According to the spirit of the Notice on Adjusting Relevant Measures for Epidemic Prevention and Control in Our City (No.58 [2022] of Great Epidemic), all citizens will carry out nucleic acid testing twice a week from September 20th, and fulfill the requirements of normalized nucleic acid testing, which does not leak one person, but should be thoroughly checked. The relevant matters are hereby notified as follows:

　　First, the centralized sampling time for normalized nucleic acid detection is from 6: 00 to 18: 00 every Tuesday and Friday.

　　Two, the normalization of nucleic acid detection by the district, city and county (pilot area) unified organization, full participation. Please follow the arrangement of the street (township) and community (village) where you are located, go to the nearby sampling point at the wrong peak, wear a mask throughout the sampling, keep a distance of more than 1 meter from others, and do not talk or gather.

　　Three, all kinds of key populations in accordance with the requirements of the city headquarters to determine the frequency of nucleic acid detection, in the designated time to participate in the sampling and testing of nucleic acid sampling points of key populations.

　　Nucleic acid detection is an important means of epidemic prevention and control. The general public should take the initiative to participate in the detection, actively cooperate with the "site code" inspection, and jointly build a barrier for epidemic prevention and control to protect the hard-won epidemic prevention achievements!

Many people have had this feeling that their chest suddenly "thumped" as if their heart had stopped. This situation is likely to be premature beats.

Premature beat is that a heartbeat rhythm is advanced, and there is a long interval after beating ahead. Some patients with less premature beats have no obvious feeling, but occasionally feel some discomfort or slight palpitation in the chest. If premature beats occur frequently, it will cause symptoms such as palpitation, shortness of breath, chest tightness and fatigue, and even worsen the original heart disease, which requires active treatment.

Western medicine treatment of premature beats is mainly "anti-"

For the treatment of premature beats, the traditional western medicine treatment method is to choose antiarrhythmic drugs, which only aim at a certain level and a certain part of arrhythmia, ignoring the interaction between factors at the same level and the interaction between different levels, and then aiming at the single cause of arrhythmia, blindly adopting the "anti-"treatment method can not solve the fundamental problem. Moreover, the side effects of antiarrhythmic drugs are increasingly obvious, which not only has serious extracardiac toxicity and leads to liver and kidney damage, but also may cause more complicated arrhythmia and even worsen the original arrhythmia symptoms. Another point is that western medicine can not effectively treat bradyarrhythmia, so there is no good way to treat arrhythmia such as sinus bradycardia with ventricular premature beats.

The treatment of premature beats with traditional Chinese medicine focuses on "regulating" 　 　 　 　 　 　 　 　 　 　 　 　 　

Shensong Yangxin capsule, a traditional Chinese medicine, has realized the thinking change from "resistance" to "modulation" in clinical treatment of premature beats. "Modulation" is the whole regulation, which takes the integration of various factors and mechanisms for regulating premature beats as the core, and starts from the interrelation among molecules, cells, tissues, the whole heart and even the whole human body, so as to regulate the autonomic nervous function of the heart, block multi-ion channels, improve the metabolism of myocardial cells, and restore the whole function of the heart, and has a good curative effect on all kinds of premature beats.

In the evidence-based medical research of Shensong Yangxin Capsule, which was attended by more than 500 doctors from 36 3A hospitals in China, 188 cases of non-organic ventricular premature beats and 671 cases of organic ventricular premature beats caused by heart diseases such as coronary heart disease and myocarditis were treated with Shensong Yangxin Capsule. Compared with the curative effect of slow heart rhythm, the results of 24-hour dynamic electrocardiogram examination show that Shensong Yangxin capsule has a good therapeutic effect on both non-organic ventricular premature beats and organic ventricular premature beats, and its curative effect is significantly better than that of slow heart rhythm, and there is no adverse cardiac reaction. By taking Shensong Yangxin Capsule, the symptoms such as palpitation, shortness of breath, chest tightness, fatigue, dizziness and sweating disappeared.

In addition, the curative effect of Shensong Yangxin Capsule on sinus bradycardia with ventricular premature beats and heart failure with ventricular premature beats has also been confirmed by evidence-based medical research.

A randomized, double-blind, placebo-controlled, multi-center clinical study of Shensong Yangxin Capsule in the treatment of sinus bradycardia with ventricular premature beats, which was jointly participated by 33 3A hospitals in China, showed that the number of premature beats in the treatment group decreased by 1827 times /24 hours, the rate of decrease of premature beats was 71.01%, the heart rate increased by 6.25 times/minute, and the heart rate percentage increased by 11.38%. The research results show that Shensong Yangxin Capsule can improve ventricular premature beats safely and effectively, and at the same time, it can increase sinus heart rate, thus screening out effective and safe therapeutic drugs for patients with sinus bradycardia and ventricular premature beats at home and abroad.

Evidence-based medical research on Shensong Yangxin Capsule in the treatment of heart failure with ventricular premature beats was completed by 31 domestic 3A hospitals for two years. The results confirmed that Shensong Yangxin Capsule can significantly reduce the number of patients with 24-hour ventricular premature beats and significantly improve the decline rate of 24-hour ventricular premature beats on the basis of standardized treatment of chronic heart failure. At the same time, it can increase the left ventricular ejection fraction, improve the cardiac function classification, reduce the plasma concentration of pro-brain natriuretic peptide (NT-ProBNP), increase the walking distance of 6 minutes, improve the quality of life of patients, and have good safety.

Based on the research results of Shensong Yangxin Capsule in treating premature beats, Shensong Yangxin Capsule was recommended by China Expert Consensus of Ventricular Arrhythmia in 2020.

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　　Now, the recommended winners and projects approved by the evaluation committee of the 2016 Shandong Science and Technology Highest Award, Natural Science Award, Technological Invention Award, Science and Technology Progress Award and International Science and Technology Cooperation Award will be publicized to the public.
　　The candidates and projects for publicity were also publicized on the websites of Shandong Provincial People’s Government (http://www.shandong.gov.cn), Shandong Provincial Department of Science and Technology (http://www.sdstc.gov.cn) and Science and Technology Information on December 6, 2016.
　　According to the relevant regulations, if there is any objection to the proposed award candidates and projects publicized, it shall be submitted in writing within 30 days from the date of publicity to the office of Shandong Science and Technology Awards Committee (located in the Science and Technology Achievements Department of the Provincial Science and Technology Department, address: No.607 Shunhua Road, Jinan High-tech Zone, zip code: 250101).

　　Shandong Province Science and Technology Highest Award (1 person)
　　Hu Dunxin, male, academician of China Academy of Sciences and researcher of Institute of Oceanography of China Academy of Sciences. Three undercurrents, such as the Mindanao undercurrent (MUC) in the tropical western Pacific Ocean, were discovered, revealing the subsurface circulation opposite to the surface circulation. Breaking through the restricted area of submarine observation, successfully deploying/recovering the deepest submarine in the western boundary current area of the world ocean at the depth of 6100 meters in the western Pacific Ocean, and obtaining valuable scientific data for four consecutive years; The discovery of "East China Sea Cold Vortex" initiated the study of mesoscale vortex on the continental shelf in China; The scientific law of "where there is upwelling on the shelf, the seabed deposit must be soft mud" is discovered, and its mechanism is expounded dynamically. It reveals the non-wind-induced mechanism of upwelling along the coast of Zhejiang Province and corrects the traditional wind-induced mechanism. It is the first to study the continental shelf ocean flux (carbon cycle) in the world, and draws an important conclusion that "the East China Sea is a sink of atmospheric carbon dioxide".
　　Organized and launched the international cooperation plan of "Northwest Pacific Ocean Circulation and Climate Experiment (NPOCE)", which was launched in 2010 and participated by 19 units from 8 countries; Invited to lead 17 scientists at home and abroad to publish review articles in Nature: Pacific Western Boundary Currents and Their Roles in Climate; Led the establishment of JGOFS and LOICZ committees in China, and initiated the research on ocean flux and land-sea interaction in China.
　　He has presided over 1 major project of National Natural Fund, 4 key national funds, 2 major projects of Chinese Academy of Sciences and 4 973 projects. Won 2 national defense science and technology progress awards and 3 Chinese Academy of Sciences awards.
Shandong Natural Science Award
First prize (2 items)
　　1. Basic research and sensing mechanism of paper chip microfluidic based on structural control and photoelectric properties.
　　Completed by: Yu Jinghua (Jinan University)
　　Ge Shenguang (Jinan University)
　　Yan Mei (Jinan University)
　　Huang Jiadong (Jinan University)
　　2. Surface interface regulation of nano-carbon materials and its physical property enhancement mechanism.
　　Completed by: Xue Qingzhong (China Shiyou University (East China))
　　Xing Wei (China Shiyou University (East China))
　　Shu Shuping (Shandong University of Technology)
　　Zheng Qingbin (China Shiyou University (East China))
　　Yan Zifeng (China Shiyou University (East China))
Second prize (7 items)
　　1. Analysis and regulation of polymer multilayer structure
　　Completed by: Zhang Jianming (Qingdao University of Science and Technology)
　　Duan Yongxin (Qingdao University of Science and Technology)
　　Yan Shouke (beijing university of chemical technology)
　　Yuan Yuan (Qingdao University of Science and Technology)
　　Zhang Tongping (Qingdao University of Science and Technology)
　　2. Rapid identification, accurate identification and biological activity study of halogenated compounds in marine red algae.
　　Completed by: Wang Bingui (Institute of Oceanography, China Academy of Sciences)
　　Ji Naiyun (Yantai Institute of Coastal Zone, Chinese Academy of Sciences)
　　Li Ke (Institute of Oceanography, China Academy of Sciences)
　　Li Xiaoming (Institute of Oceanography, China Academy of Sciences)
　　Duan Xiaojuan (Institute of Oceanography, China Academy of Sciences)
　　3. Study on analytical methods of typical pollutants in complex environmental media.
　　Completed by: Chen Lingxin (Yantai Institute of Coastal Zone, Chinese Academy of Sciences)
　　Li Jinhua (Yantai Institute of Coastal Zone, Chinese Academy of Sciences)
　　Wang Yunqing (Yantai Institute of Coastal Zone, Chinese Academy of Sciences)
　　Chen Zhaopeng (Yantai Institute of Coastal Zone, Chinese Academy of Sciences)
　　4. Study on ultra-sensitive Qualcomm single molecule detection of disease-related biomarkers.
　　Completed by: Zhang Chunyang (Shandong Normal University, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences)
　　Wang Lijuan (Shandong Normal University, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences)
　　Hu Juan (Shandong Normal University, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences)
　　Zhangyan (Shandong Normal University, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences)
　　5. Molecular mechanism of brain iron redistribution in Parkinson’s disease and intervention strategy of dopaminergic neuron injury.
　　Completed by: Xie Junxia (Qingdao University)
　　Jiang Hong (Qingdao University)
　　Shi Limin (Qingdao University)
　　Wang Jun (Qingdao University)
　　Ma Zegang (Qingdao University)
　　6. Stabilization control of nonlinear systems
　　Completed by: Zhang Xianfu (Shandong University)
　　Ma Shuping (Shandong University)
　　Zhu Shuqian (Shandong University)
　　7. Molecular mechanism of oyster genome analysis and intertidal adaptation.
　　Completed by: Zhang Guofan (Institute of Oceanography, China Academy of Sciences)
　　Li Li (Institute of Oceanography, China Academy of Sciences)
　　Xu Fei (Institute of Oceanography, China Academy of Sciences)
　　Zhang Linlin (Institute of Oceanography, China Academy of Sciences)
　　Guo Ximing (Institute of Oceanography, China Academy of Sciences)
Third prize (2 items)
　　1. Research on the theory and application of several kinds of differential equation problems.
　　Completed by: Xinguang Zhang (Yantai University)
　　Liu Lishan (Qufu Normal University)
　　Zhang Xiaoyan (Shandong University)
　　Jiang Jiqiang (Qufu Normal University)
　　2. Nano-materials assembly and analysis of pollutant detection and treatment mechanism.
　　Completed by: Ai Shiyun (Shandong Agricultural University)
　　Yin Huanshun (Shandong Agricultural University)
　　Fan Hai (Shandong Agricultural University)
　　Zhu Lusheng (Shandong Agricultural University)
　　Su Xiurong (Shandong Agricultural University)
Shandong Technological Invention Award
First prize (5 items)
　　1. The establishment of molecular breeding technology and the cultivation of new varieties of scallop.
　　Completed by: Bao Zhenmin (China Ocean University)
　　Julian Waghann (China Ocean University)
　　Hu Xiaoli (China Ocean University)
　　Li Hengde (Chinese Academy of Fishery Sciences)
　　Liu Guangmou (Weihai Changqing Ocean Technology Co., Ltd.)
　　Wang Youting (Yantai Haiyi Miaoye Co., Ltd.)
　　2. Development and application of ultrasonic logging tool.
　　Completed by: Cao Maoyong (Shandong University of Science and Technology)
　　Fandi (Shandong University of Science and Technology)
　　Liang Huibin (Shandong University of Science and Technology)
　　Wang Yi (Shandong University of Science and Technology)
　　Jiang Hao (Shandong University of Science and Technology)
　　Sun Nongliang (Shandong University of Science and Technology)
　　3. R&D and industrial application of key technologies for trehalose production
　　Completed by: Wang Ruiming (Qilu University of Technology)
　　Wang Tengfei (Qilu University of Technology)
　　Liu Zongli (Baolingbao Biology Co., Ltd.)
　　Zhaowei (Shandong Fuyang Biology Science and Technology Co., Ltd.)
　　Li Piwu (Qilu University of Technology)
　　Ma Chunling (Qilu University of Technology)
　　4. Complete sets of technologies and equipment for industrialization of seaweed fiber preparation
　　Completed by: Xia Yanzhi (Qingdao University)
　　Zhu Ping (Qingdao University)
　　Zhang Chuanjie (wuhan textile University)
　　Quanfengyu (Qingdao University)
　　Wang Bingbing (Qingdao University)
　　Sui Shuying (Qingdao University)
　　5. Creation and application of nano-seed alloy series products and heat-resistant high-strength light metal materials.
　　Completed by: Liu Xiangfa (Shandong University)
　　Wu Yuying (Shandong University)
　　Nie Jinfeng (Shandong University)
　　Bianxiufang (Shandong University)
　　Sun Qianqian (Shandong Lvmei Melting Body Technology Co., Ltd.)
　　Yao Tao (Rizhao Jingang Piston Co., Ltd.)
Second prize (7 items)
　　1. Key technologies of data center operating system for cloud computing.
　　Completed by: Zhang Dong (Inspur Electronic Information Industry Co., Ltd.)
　　Liu Zhengwei (Inspur Electronic Information Industry Co., Ltd.)
　　Yan Bingheng (Inspur Electronic Information Industry Co., Ltd.)
　　Qi Kaiyuan (Inspur Electronic Information Industry Co., Ltd.)
　　Samuel Kwok (Inspur Electronic Information Industry Co., Ltd.)
　　Liu Junpeng (Inspur Electronic Information Industry Co., Ltd.)
　　2. The supporting theory and key technology of gob-side entry without coal pillar.
　　Completed by: Tan Yunliang (Shandong University of Science and Technology)
　　Zhao Tongbin (Shandong University of Science and Technology)
　　Liu Student (Shandong University of Science and Technology)
　　Yu Fenghai (Shandong University of Science and Technology)
　　Ning Jianguo (Shandong University of Science and Technology)
　　Gu Shitan (Shandong University of Science and Technology)
　　3. Energy-saving rubber continuous mixing technology
　　Completed by: Wang Chuansheng (Qingdao University of Science and Technology)
　　Bian Huiguang (Qingdao University of Science and Technology)
　　Li Li (Qingdao University of Science and Technology)
　　Fu Ping (Qingdao University of Science and Technology)
　　Shen Bo (Qingdao University of Science and Technology)
　　Wang Xiaobo (Qingdao University of Science and Technology)
　　4. Photovoltaic crystalline silicon material tailings metallurgical regeneration manufacturing technology and industrialization
　　Completed by: Tan Yi (Dagong (Qingdao) New Energy Materials Technology Research Institute Co., Ltd.)
　　Jiang Dachuan (Dagong (Qingdao) New Energy Material Technology Research Institute Co., Ltd.)
　　Li Pengting (Dalian University of Technology)
　　Guo Xiaoliang (Dagong (Qingdao) New Energy Material Technology Research Institute Co., Ltd.)
　　Shi Shuang (Dalian University of Technology)
　　Hu Zhigang (Qingdao Longsheng Jinggui Technology Co., Ltd.)
　　5. Key technology, equipment and application of nano-particle aerosol jet micro-lubrication grinding
　　Completed by: Li Changhe (Qingdao University of Technology)
　　Zhang Naiqing (Shanghai Jinzhao Energy Saving Technology Co., Ltd.)
　　Hou Yali (Qingdao University of Technology)
　　Zhang Yanbin (Qingdao University of Technology)
　　Mao Cong (Changsha University of Science and Technology)
　　Wu Qidong (Shanghai Jinzhao Energy Saving Technology Co., Ltd.)
　　6. Sewage and surface water heat pump heating and cooling based on dredging heat exchange.
　　Completed by: Wu Ronghua (Qingdao Kechuanglan New Energy Co., Ltd.)
　　Chi Fang (Qingdao Kechuanglan New Energy Co., Ltd.)
　　Wang Gang (Qingdao Kechuanglan New Energy Co., Ltd.)
　　Sun Dexing (Qingdao Kechuanglan New Energy Co., Ltd.)
　　Yang Qirong (Qingdao University)
　　Xu Long (Qingdao Kechuanglan New Energy Co., Ltd.)
　　7. Key technologies and applications of early detection of cardiovascular diseases.
　　Completed by: Liu Changchun (Shandong University)
　　Wang Xinpei (Shandong University)
　　Liu Chengyu (Shandong University)
　　Li Peng (Shandong University)
　　Yang Lei (Ji ‘nan Hui Yi Rong Gong Technology Co., Ltd.)
　　Zhang Ming (Ji ‘nan Huiyi Ronggong Technology Co., Ltd.)
Shandong province science and technology progress award
First prize (17 items)
　　1. Cultivation, processing and utilization of new sweet potato varieties for Jishu series.
　　Completed by: Crop Research Institute of Shandong Academy of Agricultural Sciences
　　Sishui lifeng foods co., ltd
　　Jiangsu normal university
　　Completed by: Zhang Liming, Wang Qingmei, Zheng Yuanlin, Zhang Haiyan, Hou Fuyun, Li Aixian, Kong Xiankui, Xie Beitao, Wang Baoqing, Dong Shunxu, Song Huadong and Duan Wenxue.
　　2. Creation and application of double-balanced slow-release fertilizer for million-ton crops.
　　Completed by: Jin Zhengda Ecological Engineering Group Co., Ltd.
　　Shandong Agricultural University
　　shandong agricultural resource and environmental science research institute
　　National Agricultural Technology Extension Service Center
　　Completed by: Zhang Min, Chen Hongkun, Yang Li, john young, Zhang Qiang, Zhang Yufeng, Wang Huaili, Chen Haining, Wan Lianbu, Chen Deqing, Liu Zhiguang and Wang Min.
　　3. Agricultural multi-source information integration and accurate service technology
　　Completed by: Institute of Science and Technology Information, Shandong Academy of Agricultural Sciences
　　China Agricultural University
　　Beijing Agricultural Information Technology Research Center
　　Completed by: Li Daoliang, Ruan Huaijun, Wu Huarui, Fu Zetian, Feng Wenjie, Li Jingling, Chloe Wang, Liu Yanzhong, Zhao Jia, Sun Xiang, Wang Fengyun and Chen Yingyi.
　　4. Application support platform for modern service industry
　　Completed by Shandong Zhongchuang Software Engineering Co., Ltd.
　　Peking University
　　Beihang University
　　national university of defense technology
　　institute of software chinese academy of sciences
　　Shandong zhongchuang software commercial middleware co., ltd
　　Completed by: Jing Xinhai, Shi Dianxi, Cao Donggang, Wang Wei, Zhao Yongwang, Ding Bo, Gao Longlin, feng han, Liu Min, He Zhongsheng, Wang Huan, Bao Dong.
　　5. Development and application of broadband electromagnetic signal receiving, analysis and identification technology and equipment
　　Completed by: Shandong University
　　China electronics technology group company no.41 institute
　　Completed by: Xu Jianhua, Wang Hongjun, Xiang Changbo, Han Min, Wang Feng, Du Huiwen, Sun Weifeng, Juck Zhang, Xiong Hailiang, Du Yitao, Zhang Zhi and Zhao Yongzhi.
　　6. New NMR logging technology and industrial application of tight clastic reservoir.
　　Completed by: China Shiyou University (East China)
　　Exploration and Development Research Institute of China Petroleum and Natural Gas Co., Ltd.
　　Suzhou Niumai Analytical Instrument Co., Ltd.
　　Completed by: Fan Yiren, Zhou Cancan, Ge Xinmin, Hu Falong, Li Chaoliu, Deng Shaogui, Yang Peiqiang, Wu Fei, Li Changxi, Zhang Yingli, Xing Donghui, Fan Zhuoying.
　　7. Comprehensive utilization of engineering technology by chemical decomposition of industrial by-product gypsum
　　Completed by: Shandong Lubei Enterprise Group Corporation
　　Completed by: Lv Tianbao, Zhai Hongxuan, Yuan Jinliang, Wang Shucai, Bao Shutao, Wu Jianmin, Feng Xiangyi, Wang Detang, Gao Qiang, Wang Tongyong.
　　8. Development and industrialization demonstration of green synthesis technology of fine chemicals
　　Completed by: Shandong Institute of Chemical Technology
　　institute of chemistry chinese academy of sciences
　　Completed by: Feng Weichun, Yue Tao, Xing Wenguo, Chen Qi, Liu Li, Wang Hao, Zhou Ti, Yang Xu, Zhang Jian and Wei Feng.
　　9. Shot peening technology and equipment for metal surface
　　Completed by Shandong Kaitai Group Co., Ltd.
　　Jinan university
　　Shandong University
　　Completed by: Wang Shouren, Wang Ruiguo, Liu Ruwei, Li Cong, Yang Xuefeng, Wang Yanjun, Zhai Yongzhen, Zhang Xiao, Wang Yongjie and Zhang Laibin.
　　10. Key technologies for prediction, early warning and risk control of major water inrush disasters in deep and long tunnels.
　　Completed by: Shandong University
　　Hohai University
　　Highway Science Research Institute of Ministry of Transport
　　institute of mechanics, chinese academy of sciences
　　Shandong province traffic planning and design institute
　　China Railway 19th Bureau Group Co., Ltd.
　　Anhui Wan Tai Geophysical Technology Co., Ltd.
　　Completed by: Li Liping, Yang Weimin, Du Xiaotong, Zhang Ganqing, Chen Xuguang, Shi Shaoshuai, Wan Li, Lu Wei, Bao Zuojun, Feng Chun, Liu Guoqiang and Liu Qiang.
　　11. Complete sets of new technologies for building safety detection, appraisal and reinforcement.
　　Completed by: Shandong Institute of Building Science.
　　China construction science research institute
　　qingdao technological university
　　Weifang changda construction group co., ltd
　　Ji ‘nan Sijian (Group) Co., Ltd.
　　Shandong huasen concrete co., ltd
　　Completed by: Cui Shiqi, Cheng Bo, Shang Huaishuai, Di Xiaotan, Kong Xuwen, Cui Hongtao, Xie Huidong, Jiang Liping, Xing Qingyi, Zhang Lianyue, Mei Zuoyun and Wang Zifu.
　　12. Key technologies of automobile advanced power and on-board energy system and their application in new energy vehicles.
　　Completed by: Institute of Automation, Shandong Academy of Sciences
　　Tsinghua University
　　Zhongtong bus holding co., ltd
　　Completed by: Wang Qinpu, Li Liang, Wang Zhixue, Li Lei, Liu Yuanyang, Jerry Lee, Yang Chao, Zhang Yun, Wang Bo, He Dongmei, Song Jinxiang and Wang Li.
　　13. Key technologies and clinical application to improve the long-term curative effect of osteosarcoma.
　　Completed by: jinan military area command General Hospital of Chinese People’s Liberation Army.
　　Completed by: Yu Xiuchun, Xu Ming, Arqie, Bing Wang, Yu Chen, Chang Zhengqi, Song Ruoxian and Xu Songfeng.
　　14. The key technology and system construction of prevention and treatment of juvenile low vision with integrated traditional Chinese and western medicine.
　　Setting: Institute of Ophthalmology, Shandong University of Traditional Chinese Medicine
　　The Second Affiliated Hospital of Shandong University of Traditional Chinese Medicine
　　Jiangsu Provincial Hospital of Traditional Chinese Medicine
　　Affiliated Hospital of Shandong University of Traditional Chinese Medicine
　　Completed by: Bi Hongsheng, Wu Jianfeng, Xie Xiaofeng, Jiang Wenjun, Hu Yuanyuan, Bi Ailing, Wang Xingrong, Chen Rong, Wang Yuliang, Wang Jingbo, Guo Junguo and Guo Dadong.
　　15. Construction and application of new preparation system of montelukast sodium and its preparation based on key technologies of industrialization.
　　Completed by: Lunanbeite Pharmaceutical Co., Ltd.
　　Lunan pharmaceutical group co., ltd
　　Shandong new age drug co., ltd
　　Completed by: Zhang Guimin, Feng Qiguo, Jiang Qingcheng, Zhang Zicheng, Shi Jianghua, Zhu Yaoliang, Xu Chuanjin, Cui Jian, Feng Xiaoliang, Ma Qingwen, Wang Haixin and Wang Zengxue.
　　16. Key technologies for separation and preparation of natural products and development of national standard samples.
　　Completed by: Shandong Analysis and Testing Center
　　Beijing Physical and Chemical Analysis and Testing Center
　　China National Institute of Standardization
　　Quantum Hi-Tech (China) Biology Co., Ltd.
　　Completed by: Wang Xiao, Duan Wenjuan, Liu Feng, Zhang Jinghua, Wang Daijie, Xi Xingjun, Geng Yanling, Yu Jinqian, Liu Jianhua, Ji Wenhua, Shi Xingang, Wei Yuanan.
　　17 intelligent dyeing and finishing technology and equipment technology innovation platform
　　Completed by: Shandong Kangpingna Group Co., Ltd.
Second prize (58 items)
　　1. Breeding, demonstration and popularization of drought-resistant and salt-tolerant wheat varieties Qingmai 6 and Qingmai 7.
　　Completed by: Qingdao Agricultural University
　　Completed by: Lin Qi, Mu Ping, Zhang Yumei, Lan Jinhao, Shi Changhai, Zhang Hongsheng, Liu Yiguo, Wang Jianlin, Han Wei.
　　2. Creation of excellent peanut mutants and cultivation of new varieties.
　　Completed by: Biotechnology Research Center of Shandong Academy of Agricultural Sciences.
　　Shandong Weifang Academy of Agricultural Sciences
　　Shandong shengfeng seed industry technology co., ltd
　　Completed by: Wang Xingjun, Fu Chun, Xia Han, Lu Chengkai, Hou Lei, Zhao Chuanzhi, Zhao Shuzhen, Gao Xiaoyong, Jiang Yansheng.
　　3. Creation of stress-resistant pepper rootstock male sterile line, breeding and application of new varieties.
　　Completed by: Shandong Agricultural University
　　Chinese Academy of Agricultural Sciences Institute of Vegetables and Flowers
　　Shandong Agricultural Engineering College
　　Beijing agricultural college
　　Completed by: Ai Zhenzhen, Wei Youying, Zheng Huamei, Wang Shaohui, He Chaoxing, Duan Xi, Wang Hongtao, Jiang Fei, Li Qingming.
　　4. Breeding and efficient cultivation techniques of high-quality watermelon and melon series new varieties in protected facilities
　　Completed by: Vegetable and Flower Research Institute of Shandong Academy of Agricultural Sciences.
　　Shandong Shouguang Sanmu Seedling Co., Ltd.
　　Shandong shangdao biology science and technology co., ltd
　　Weifang chuangke seedling co., ltd
　　Shenxian county jiefeng vegetables technology service co., ltd
　　Completed by: Jiao Zigao, Liu Shusen, Wang Chongqi, Dong Yumei, Sun Lihua, Xiao Shouhua, Li Wendong, Wei Jiapeng and Sun Jianlei.
　　5. Integration and demonstration of key technologies for industrialization of new humic acid slow-release fertilizer
　　Completed by: Shandong Agricultural University Fertilizer Technology Co., Ltd.
　　Completed by: Ma Xuewen, Ding Fangjun, Wu Qinquan, Chen Shigeng, Ge Yuming, Meng Qingyu, Chen Weimin, Gu Duanyin and Chen Dayin.
　　6. Key technologies and applications of recycling waste from breeding industry in Huanghuaihai region.
　　Completed by: Institute of Agricultural Resources and Environment, Shandong Academy of Agricultural Sciences
　　Shandong Agricultural University
　　Shandong province agriculture sustainable development institute
　　Hebei academy of agriculture and forestry Institute of Genetic Physiology
　　Hebei academy of agriculture and forestry Institute of Agricultural Resources and Environment
　　Shijiazhuang goldsun biology organic fertilizer co., ltd
　　Shandong gufengyuan biotechnology group co., ltd
　　Completed by: Guo Honghai, Ning Tangyuan, Han Jiandong, Wang Zhanwu, Li Xinhua, Wang Liying, Sui Xueyan, Dong Xiaoxia, Tian Shensi.
　　7. Key technologies and industrialization of preparation of antioxidant and anti-inflammatory active substances in fruits and vegetables.
　　Completed by: Institute of Agricultural Products, Shandong Academy of Agricultural Sciences
　　Qufu normal university
　　Dongying Guangyuan Biotechnology Co., Ltd.
　　Shandong yuhuang grain and edible oil foods co., ltd
　　Completed by: Cheng Anwei, Wang Wenliang, Sun Jinyue, Li Guoliang, Liu Lina, Liu Chao, Gong Zhiqing, Dai Hualei, Fan Wenjing.
　　8. Nutritional needs of meat geese and efficient utilization technology of feed
　　Completed by: Qingdao Agricultural University
　　Shandong province animal epidemic disease prevention Yu control center
　　Qingdao puxing biology science and technology co., ltd
　　Shandong zhongke Jiayi biology engineering co., ltd
　　Shandong jiurui agriculture group co., ltd
　　Shandong tianpu sunshine group co., ltd
　　Completed by: Wang Baowei, Li Wenli, Ge Wenhua, Zhang Mingai, Yue Bin, Lian Ailing, Lu Guangzhou, Pan Yulin, Sun Zuowei.
　　9. Key technologies of high-quality forage and efficient production and application of precision livestock raising.
　　Completed by: Shandong Provincial Animal Husbandry Station
　　Shandong Academy of Agricultural Sciences Institute of Agricultural Quality Standards and Detection Technology
　　shandong agricultural resource and environmental science research institute
　　Shandong Agricultural University
　　Shandong Shuang Jia Nong Zhuang technology co., ltd
　　Laoling Guoyu agriculture machinery equipment co., ltd
　　Completed by: Zhai Guiyu, Jiang Huixin, Wang Yanqin, Zhang Guiguo, liu junhua, Shen Yixin, Liu Dong, Zhang Junqiang and Wang Mingtang.
　　10. Physiological and ecological response mechanism and supporting cultivation techniques of cold resistance of tea trees.
　　Completed by: Qingdao Agricultural University
　　Shandong province guocha technology popularizing station
　　Completed by: Ding Zhaotang, Wang Yu, Yusheng Li, Zhang Yunwei, Sun Haiwei, Ding Deen, Ma Dexin, Wang Yi, Bi Caihong.
　　11. Obstacle mechanism of poplar plantation continuous cropping and key technologies for long-term productivity maintenance
　　Completed by: Shandong Agricultural University
　　Shandong province forestry science study institute
　　Taian Taishan forestry science study institute
　　Ningyang County, Shandong Province State-owned Gao Qiao Forest Farm
　　Shandong changnong agriculture technology co., ltd
　　Completed by: Wang Huatian, Wang Yanping, Dong Yufeng, Jiang Yuezhong, Kong Linggang, Liu Fude, Zhang Guangcan, Wang Zongqin and Huang Qilun.
　　12. Development and industrialization of high quality, efficient and environment-friendly flounder compound feed.
　　Completed by: Qingdao Qihao Biotechnology Co., Ltd.
　　Chinese Marine University
　　Qingdao agricultural university
　　Completed by: Chen Jinghua, Zhang Wenbing, Xu Wei, Xiao Lindong and Lu Wei.
　　13 aquatic collagen and collagen peptide research, technology development and industrialization
　　Completed by: China Ocean University
　　Shandong dongfang ocean technology co., ltd
　　Completed by: Li Bafang, Hou Hu, Zhao Xue, Liu Yuntao, Lin Lin, Zhuang Yongliang, Yan Mingyan, Liu Zunying and Xue Yong.
　　14. Key technologies of water resources regulation of groundwater system and water search in poor water areas
　　Completed by: Shandong Institute of Geology and Mineral Engineering.
　　Jinan university
　　China University of Geosciences，Wuhan
　　Shandong province lunan geology engineering survey institute
　　Shandong University of Science and Technology
　　Completed by: Kang Fengxin, Zhang Zhongxiang, Xu Junxiang, Xing Liting, Bu Hua, Cheng Xiuming, Peng Hao, Feng Jianguo and Li Changsuo.
　　15. The upper level integrated measurement and control system
　　Completed by: Shandong Institute of Aerospace Electronic Technology
　　Beijing Institute of Technology
　　Completed by: Yang Zhiqun, Wang Yongqing, Ji Chunguo, Zhang Xinkui, Guo Shiyou, Gong Changhui, Yang Na, Zhang Ju and Wang Qiang.
　　16. Key technologies and applications of ultra-high definition liquid crystal display controlled by deep dynamic backlight.
　　Completed by Qingdao hisense electric Co., Ltd.
　　Completed by: Cao Jianwei, Liu Weidong, Zhang Yuxin, Gao Shang, Xu Aichen, Li Minhua, Song Zhicheng, Zhong Qiang and Li Fulin.
　　17. Research and application technology of spatial structure evolution mechanism of overlying strata in coal mine stope
　　Completed by: Shandong University of Science and Technology
　　Shandong Dongshan Wang Lou Coal Mine Co., Ltd.
　　Tengzhou Jixiang (Group) Jisuo Coal Mine
　　Tengzhou dongda mining industry co., ltd
　　Completed by: Han Zuozhen, Wen Zhijie, Shi Yongkui, Xiao Qinghua, Lu Guozhi, Tang Jianquan, Zhu Huaizhi, Huiyong Yin and Wang Chunguang.
　　18. Safe and efficient mining technology for high-magnification filling of underwater broken deposits
　　Completed by: Sanshandao Gold Mine of Shandong Gold Mining (Laizhou) Co., Ltd.
　　Central South University
　　Chongqing University
　　Henan Polytechnic University
　　Completed by: Zhang Hongxun, Peng Kang, Wang Jianbo, Liu Zhixiang, Cavin Wang, Liu Kewei, Zhang Xiaogang, Yin Tubing and Sun Hongzhou.
　　19. Metallogenic regularity of precious and nonferrous metal deposits in Jiaodong and major breakthroughs in prospecting.
　　Completed by: Shandong Third Institute of Geology and Mineral Exploration.
　　Jilin University
　　the institute of geology,chinese academy of geological sciences
　　Completed by: Ding Zhengjiang, Sun Fengyue, Liu Jianhui, Liu Fulai, Zhang Junjin, Li Guohua, Zhang Yingchuan, Ji Pan and Zhang Pijian.
　　20. Complete sets of high-efficiency oil and gas recovery technologies and their applications
　　Completed by: Qingdao Safety Engineering Research Institute of China Petrochemical Company Limited.
　　Completed by: Zhang Weihua, Zhang Jianzhong, Tao Bin, Shan Xiaowen, Zhang Hongxing, Zou Bing, Wang Zhenzhong, Guang Xu and Wu Fengbang.
　　21. Endogenous microbial flooding technology to improve oil recovery of medium and high temperature reservoirs
　　Completed by: Petroleum Engineering Technology Research Institute of Shengli Oilfield Branch of China Petrochemical Co., Ltd.
　　Completed by: Li Ximing, Wang Weidong, Song Yongting, Zhang Shaodong, Sun Gangzheng, Cao Yanying, Hu Jing, Li Caifeng, Tamia Liu.
　　22. The key technology and application of special modified starch for food.
　　Completed by: Qilu University of Technology
　　Zhucheng xingmao corn development co., ltd
　　Jiangnan University/ Southern Yangtze University
　　Completed by: Cui Bo, Qiu Lizhong, Tian Yaoqi, Yu Bin, Bian Xiliang, Sun Chunrui, Tan Yiping, Qiu Hongwei, Hou Zhaohua.
　　23. Key technologies and industrialization of green and efficient biological manufacturing of sodium gluconate
　　Completed by: Shandong Kaixiang Biochemical Co., Ltd.
　　Shandong province food fermentation industry research and design institute
　　Completed by: Tian Yanjun, Cui Guangshui, Zhang Jiaxiang, Li Guiling, Han Yanlei, Ji Hongyan, Zhang Lihe, Shiping Li and Hu Zongzhi.
　　24. Research and development and industrialization of refining technology for high-value biomass products
　　Completed by: Shandong Sun Paper Co., Ltd.
　　Qilu university of technology
　　Completed by: Ying Guangdong, Yang Guihua, Liu Zehua, Ji Xingxiang, Liu Yanbo, Qiao Jun, Zhang Wei, Lu Qinghui, Zhai Bingyan.
　　25. Development and application of new technology for preparation of high charge density resin neutral sizing emulsion.
　　Completed by: Qingdao University of Science and Technology
　　Qingdao haiwang paper industry co., ltd
　　Completed by: Song Xiaoming, Chen Fushan, Leng Yuxi, Liu Danfeng, Wang Songlin, Gao Shanshan, Zhou Jiazhong.
　　26. Innovation and application of key technologies for green preparation of special modified starch and special syrup for food.
　　Completed by: Qingdao Agricultural University
　　Shandong Luzhou Food Group Co., Ltd.
　　Shandong University
　　Institute of Biology, Shandong Academy of Sciences
　　Luzhou Biotechnology (Shandong) Co., Ltd.
　　Completed by: Sun Qingjie, Zhao Yubin, Liu Yuchun, Xiong Liu, Liang Quanfeng, Yang Junhui, Chen Haihua, Liang Caifeng and Yang Jie.
　　27. Popularization and industrialization of key technologies for low formaldehyde and high quality non-ironing finishing of cotton fiber products
　　Completed by Lutai Textile Co., Ltd.
　　Wuhan textile university
　　Completed by: Xu Weilin, Lu Wenquan, Wang Yunli, Geng Caihua, Shen Xiaolin, Zhang Shougang, Huang Yanhua, Cui Weigang, Tian Lili.
　　28. Development and industrialization of key technologies of HT-L large-scale dry pulverized coal pressurized gasification.
　　Completed by: Shandong Runyin Biochemical Co., Ltd.
　　Aerospace Changzheng Chemical Engineering Co., Ltd.
　　Completed by: Zhang Chengsheng, Han Shugang, Zhang Daofu, Li Sihua, Wang Zhiyong, Wang Aiyun, Chen Zhenwei, Jiang Congbin, Xin Wei.
　　29. Combined process of hydrogen supply and viscosity reduction-deep pyrolysis for inferior heavy oil
　　Completed by: China Shiyou University (East China)
　　Jiangshan union chemical industry group co., ltd
　　Completed by: Dong Liu, Nathan Wang, Guo Aijun, Yin Changlong, Chen Kun, Wei Yongsheng, Zhang Hongyu, Lv Renqing, Lou Bin.
　　30. Coking furnace technology with high severity and low coking rate
　　Completed by: China Shiyou University (East China)
　　China Petrochemical Company Limited Jinling Branch
　　Completed by: Xiao Jiazhi, Yang Junwei, Shen Guoping, Zhang Longli, Wang Lanjuan, Qian Zhongjian and Shan Honghong.
　　31. Synthesis technology and industrialization of triazine ring, the key intermediate of ceftriaxone.
　　Completed by: Shandong Huihai Pharmaceutical Chemical Co., Ltd.
　　Jinan university
　　Completed by: Zheng Gengxiu, Mou Yingke, Jiang Fuyuan, Zhang Zhongzheng, Zhang Shifeng, Guo Gang, Hou Xuhui.
　　32. A new functional ceramic material for manufacturing TFT-LCD liquid crystal glass substrate of 8.5 generation.
　　Completed by Zibo Gongtao Refractory Co., Ltd.
　　Completed by: Zhang Ying, Li Zhijun, Zhang Qishan, Li Yuqiang, Jiang Xugui, Wu Guanghui and Sun Wenli.
　　33. Development and application of new technologies for green and high-performance light-load commercial vehicle tires.
　　Completed by: Shandong Linglong Tire Co., Ltd.
　　Completed by: Wang Feng, Li Ming, Sui Haitao and Chen Xuemei.
　　34. Synthesis of series modified acrylic emulsion and its application in waterborne environmental protection coatings.
　　Completed by: Qingdao University of Science and Technology
　　Ocean chemical industry research institute co., ltd
　　Shandong Lehua Paint Industry Co., Ltd.
　　Qingdao Xuanwei coating material co., ltd
　　Completed by: Li Shaoxiang, Wang Huajin, Hou Peimin, Chen Xilei, Wang Zhaoan, Li Guangjun, Zhao Wei, Wang Xiao, Zhang Feng.
　　35. Preparation and industrialization of nano-montmorillonite composite polyurethane cathodic electrophoretic resin
　　Completed by: Qingdao University of Science and Technology
　　Wuhan kelier new material co., ltd
　　Completed by: Li Zaifeng, Li Zailiang, Li Jinyan and Li Cuiping.
　　36. Preparation technology of high performance magnesium alloy materials and components for locomotive lightweight.
　　Completed by Weihai Wan Feng Magnesium Technology Development Co., Ltd.
　　Shandong Academy of Sciences Institute of New Materials
　　Completed by: Zhu Xunming, Tang Shouqiu, Zhou Jixue, Duan Junpeng, Zhao Dongqing, Xu Guosong, Liu Yunteng, Liu Dan and Li Weihong.
　　37. Manufacturing technology and equipment of new aluminum alloy piston with high temperature and pressure resistance.
　　Completed by: Shandong Binzhou Bohai Piston Co., Ltd.
　　Completed by: Zhang Guohua, Feng Zengjian, Mou Jundong, Zhu Junkui, Gai Shaolei, Yunqing Xun, Gao Xiaobo, Gao Zhanyu and Wang Shili.
　　

　　38. Key equipment and intelligent high-speed automation system of robot stamping automatic line
　　Completed by: Jinan Otto Automation Co., Ltd.
　　Qilu university of technology
　　Jinan university
　　Completed by: Shan Dongri, He Ruilin, Hou Meng, water, Chen Naijian, Wang Zhenyu, Lin Fei, Ma Wenshuai and Zhang Jian.
　　39. Research and engineering application of key technologies of high-lift and high-power mine emergency multistage pump
　　Completed by: Shandong Xingyuan Mining Equipment Group Co., Ltd.
　　Jiangsu university
　　Completed by: Pan Bo, Li Wei, Zhou Ling, Shi Weidong, Pan Shuhuai, Huang Jun, Qiao Shoubin, Wang Chuan and Qu Bing.
　　40. Development and application of ECO Shuang Yuan dual-mode variable flow control technology in inverter air conditioner.
　　Completed by Hisense (Shandong) Air Conditioning Co., Ltd.
　　Completed by: Chen Xinghu, Kang Yue, Niu Jianyong, Yin Development, Liu Jintao, Zheng Xueli, Wu Lintao, Zhao Yukai and Dr. Jianbing Chen.
　　41. Key technologies and industrialization of high-performance medium-sized and high-speed diesel engines
　　Completed by Weichai Power Co., Ltd.
　　Completed by: Zhang Jiyuan, Guo Shenggang, Wang Jinbo, Wang Zhijian, Li Jianwen, Sun Jianwei, Wang Yibao, Han Feng and Li Wenguang.
　　42. Interconnection technology of charging infrastructure for the popularization of electric vehicles
　　Completed by: State Grid Shandong Electric Power Company
　　Guodian nanrui technology co., ltd
　　Xuji power supply co., ltd
　　State Grid Shandong Electric Power Company Electric Power Science Research Institute
　　Shandong luneng intelligent technology co., ltd
　　Completed by: Jiang Bin, Liu Jidong, Zhang Huadong, Dong Xinsheng, Li Yunting, Li Hongmei, Zhang Jian, Fu Mengchao and Chen Liangliang.
　　43. Research and application of key technologies for energy saving and stable operation of large-scale double-suction centrifugal pump
　　Completed by Shandong Shuanglun Co., Ltd.
　　Jiangsu university
　　Completed by: Wang Jiabin, Pei Ji, Yuan Shouqi, Zhang Xuesen, Si Qiaorui, Li Xiupeng, Yu Wenchao, Wang Wenjie and Yao Chunguang.
　　44. Thermochemical conversion technology of biomass based on pyrolysis and gasification.
　　Completed by: Institute of Energy, Shandong Academy of Sciences
　　Ji ‘nan Boiler Group Co., Ltd.
　　Completed by: Sun Rongfeng, Liu Zuo, Yan Guihuan, Zhang Weijie, Fan Xiaoxu, Guan Haibin, Jiang Jianguo, Wang Haifeng and Li Xiaoxia.
　　45. Road structural performance and material response law, life cycle integrated design and engineering application
　　Completed by: Highway Bureau of Shandong Provincial Department of Transportation
　　Tongji University
　　Shandong province traffic science study institute
　　Shandong Province Highway Construction (Group) Co., Ltd.
　　Shandong huarui road material technology co., ltd
　　Qilu communications development group co., ltd
　　Shandong Taihe highway engineering co., ltd
　　Completed by: Guo Zhongyin, Li Yingyong, Ma Shijie, Wei Jincheng, Xue Zhichao, Li Shaohui, Xin Xing, Yu Sixin, Chen Baoqiang.
　　46. Core technology, equipment development and demonstration project of kitchen waste recycling based on anaerobic digestion
　　Completed by: Shandong Shifang Environmental Protection Energy Co., Ltd.
　　Tsinghua University
　　Completed by: Wang Kaijun, Gan Hainan, Zuo Jiane, Duan Mingxiu, Liu Xiaoji, Zhang Guanglan, Gong Hui, Tang Yutong and Xu Heng.
　　47. Key technologies and applications of integrated centralized control platform for urban water supply quality security and optimal dispatching.
　　Completed by: Shandong Public Holding Co., Ltd.
　　Shandong province analysis test center
　　Shandong Province Computing Center (National Supercomputing Ji ‘nan Center)
　　Research Center for Eco-Environmental Sciences， Chinese Academy of Sciences
　　Jinan university
　　Completed by: Chen Qingfeng, Ma Geng, Li Lu, Shan Baoqing, Wang Tieyu, Fu Ying, Zhang Rangyong, Liu Wei and Deng Gang.
　　48. Epidemiological investigation and prevention demonstration of rare diseases
　　Completed by: Shandong Medical Biotechnology Research Center
　　Completed by: Han Jinxiang, Cui Asia, Lu Yanqin, Zhou Xiaoyan, Luan Jing, Zhang Yanjun, Ma Lu Yu, Xu Shuangqing, Liu Xiao.
　　49. Clinical application of cardiovascular CT precision technology
　　Completed by: Shandong Institute of Medical Imaging
　　Completed by: Wang Ximing, Cheng Zhaoping and Duan Yanhua.
　　50. Molecular pathological techniques and clinical application in diagnosis and treatment of neuromuscular diseases
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Yan Chuanzhu, Lin Pengfei, Li Wei, Wen Bing, Lou Jianwei, Shan Jingli, Ji Kungan.
　　51. Individualized targeted therapy for malignant tumors based on molecular biological information.
　　Completed by: Shandong Institute of Cancer Prevention and Treatment.
　　Completed by: Hu Man, Zhang Yan, Liu Ningbo, Han Anqin, Yang Yanqin, Liu Xijun, Chen Dawei and Fan Bingjie.
　　52. Pathogenesis, diagnosis and treatment technology and application of hepatitis B cirrhosis
　　Completed by: Shandong Provincial Hospital
　　Shenyang military area command General Hospital of Chinese People’s Liberation Army
　　Completed by: Zhu Qiang, Qin Chengyong, Li Jie, Qi Xingshun, Zhao Xinya, Ren Wanhua, Shi Yongjun and Liang Tiejun.
　　53. Application of DNA methylation biomarkers in molecular diagnosis of hepatitis B related diseases.
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Wang Kai, Fan Yuchen, Han Liyan, Fan Xiaopeng, Wang Bing, Zhao Jing, Li Feng, Qi Zhaoxia and Sun Fengkai.
　　54. Guided vector of bone marrow mesenchymal stem cells based on the mechanism of proliferation, invasion and migration of lung cancer cells
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Tian Hui, Li Lin, Li Shuhai, Lu Ming and Qi Lei.
　　55. Reconstruction of cardiac autonomic nerve and clinical application of Guizhi decoction in its intervention and adjustment.
　　Setting: Affiliated Hospital of Shandong University of Traditional Chinese Medicine.
　　Completed by: Li Xiao, Jiang Ping, Jiang Yuehua, Lin Haiqing, Wei Qin, Ma Dufang, Yang Jinlong, Yan Wang and Wang Yongcheng.
　　56. Construction and scale industrialization of preparation system of glipizide based on key technology of industrialization.
　　Completed by Disha Pharmaceutical Group Co., Ltd.
　　Weihai disen pharmaceutical co., ltd
　　Shanghai pharmaceutical industry research institute
　　Completed by: Duo Yueying, Zhang Fuli, Liu Bingpeng, Chang Xiujuan, Long Lianqing, Cong Rigang, Wang Guan, Fu Yumai and Feng Meijun.
　　57. Construction and scale industrialization of a new preparation system for a new generation of fluoroquinolones broad-spectrum antibacterial drugs.
　　Completed by: Shandong Luoxin Pharmaceutical Group Co., Ltd.
　　Shandong yuxin drug co., ltd
　　Shandong luoxin pharmaceutical group hengxin drug co., ltd
　　Completed by: Li Minghua, Sun Song, Liu Wenqi, Zuo Cuiyong, Lu Lili, Cui Campus, Zhang Xianzhen, Li Junguang and Li Xiuzhen.
　　58. Standardization of quality standards for Chinese herbal medicines and decoction pieces in Shandong Province
　　Completed by: Shandong Institute of Food and Drug Inspection
　　Shandong province traditional Chinese medicine research institute
　　Linyi food medicines inspection testing center
　　Zibo Food & Drug Inspection Testing Center
　　Ji’ nan food medicines inspection testing center
　　Binzhou food medicines inspection testing center
　　Jining food medicines inspection testing center
　　Completed by: Xu Lihua, Lin Yongqiang, Hu Defu, Wang Bing, Lin Lin, Li Qiyan, Wang Yutuan, Yin Ningning, Kun Wang.
　　
　　Third prize (35 items)
　　1. Breeding of new maize variety Tiantai 33 and research and application of its supporting cultivation techniques.
　　Completed by Shandong Tiantai Seed Industry Co., Ltd.
　　Shandong zhongnong Tiantai seed industry co., ltd
　　Completed by: Liu Ning, Feng Shangzong, Peng Meixiang, Li Chunxiang, Shi Xuhai and Kong Jinhua.
　　2. Creation and application of new apple varieties with high pollination efficiency.
　　Completed by: Shandong Agricultural University
　　Completed by: Shen Xiang, Yin Chengmiao, Hu Yanli, Wu Shujing, Wang Rong and Chen Xuesen.
　　3. Development and application of fruit tree nutrition package technology in Jin Duo.
　　Completed by: Shandong Jin Duo Agricultural Science and Technology Co., Ltd.
　　Completed by: Yang Jinduo, Wei Chunzhi, Han Jiliang, Li Guangsheng, Guo Yuanxin and Yang Yadong.
　　4. Creation of several genetic engineering vaccines for livestock and poultry virus diseases and optimization of production technology.
　　Completed by: Qingdao Xinde Pharmaceutical Co., Ltd.
　　Harbin Veterinary Institute, Chinese Academy of Agricultural Sciences
　　Shandong xinde animal vaccine co., ltd
　　Qingdao agricultural university
　　Shandong xinde technology co., ltd
　　Completed by: Li Mingyi, Tian Guobin, Liu Yang, Li Guimei, Wang Dana, Ge Dong.
　　5. Key technologies for prevention and control of foot-and-mouth disease, classical swine fever and highly pathogenic porcine blue ear disease.
　　Completed by Shandong Animal Disease Prevention and Control Center.
　　China Animal Health and Epidemiology Center
　　Lanzhou Veterinary Institute of China Academy of Agricultural Sciences
　　Weifang nuoda drug co., ltd
　　Qingdao dongbao national engineering technology research center co., ltd
　　Completed by: Li Yungang, Li Xiaocheng, Zhang Qiang, Wu Faxing and Zhang Faren, in Qinghai.
　　6. Genetic development of main characters of walnut and breeding of anthracnose resistant varieties
　　Completed by: Shandong Agricultural University
　　Completed by: Yang Keqiang, Liu Huixiang, Liu Xia, Wang Cancan.
　　7. Real-time monitoring system for ultra-long-distance intrusion security based on laser Rayleigh interference technology.
　　Completed by: Weihai Beiyang Photoelectric Information Technology Co., Ltd.
　　Weihai Beiyang electric group co., ltd
　　Completed by: Sun Zhongzhou, Ji Shenghua, Wang Jianqiang, Shi Zhenguo, Liang Mingming and Zhang Yongchen.
　　8. Highly trusted mobile computing platform system based on domestic key software and hardware.
　　Completed by: Shandong Chaoyue CNC Electronics Co., Ltd.
　　Completed by: Zhao Ruidong, Feng Lei, Li Changzhi, Zhao Bin, Chai Pingping and Niu Yufeng.
　　9. Key technologies and industrialization of high-quality semiconductor silicon carbide substrate
　　Completed by: Shandong Tianyue Advanced Materials Technology Co., Ltd.
　　Completed by: Gao Yuqiang, Zong Yanmin, Wang Xijie, Liang Qingrui, Yu Guojian, Gao Chao.
　　10. Mechanism and prediction technology of gas content in coal and gas outburst.
　　Completed by: Shandong University of Science and Technology
　　China Mining University
　　Completed by: Wang Gang, Yang Yongliang, Li Weimin, Liu Zhen, Li Jianhua and Ni Guanhua.
　　11. Dynamic mineralization and multi-information prospecting prediction of typical gold deposits in northwest Jiaodong.
　　Completed by: Hedong Gold Mine of Zhaojin Mining Co., Ltd.
　　Central South University
　　Changsha Wu Wei di ke survey technology co., ltd
　　Completed by: Wang Peishou, Yang Bin, Xi Zhenzhu, Shine Wong, Wang Yanlei, Wang Changtao.
　　12. Development and application of key technologies for collaborative heat transfer enhancement of high-power frequency conversion controller.
　　Completed by Hisense (Shandong) Air Conditioning Co., Ltd.
　　Completed by: Zhao Keke, Zhao Xifeng, Wang Zhigang, Li Benwei, Wang Zongliang and Yin Xianxin.
　　13. Key technologies and industrialization of ultra-low CO safe, environmentally friendly and comfortable gas water heaters
　　Completed by: Qingdao Economic and Technological Development Zone Haier Water Heater Co., Ltd.
　　tianjin chengjian university
　　Completed by: Li Jian, Sun Jingyan, Liu Fengguo, Zheng Tao, Cao Guanzhong and Feng Qing.
　　14. Key technologies and applications of large-scale preparation of biological preservatives.
　　Completed by: Shandong Academy of Pharmacy
　　Shandong furuida biology science and technology co., ltd
　　Shandong furuida medicine group company
　　Shandong University
　　Shandong Academy of Biomedical Sciences
　　Completed by: Ling Peixue, Zhu Xiqiang, Liu Fei, Su Yishan, Li Haijun and Zhang Xiaoyuan.
　　15. Development and industrial application of super cotton-like polyester/cotton fiber blended non-ironing fabric
　　Completed by Lufeng Weaving and Dyeing Co., Ltd.
　　China textile science research institute
　　China Petrochemical Yizheng Chemical Fiber Co., Ltd.
　　Shandong university of technology
　　Completed by: Zhang Zhanqi, Lian Zhijun, Xu Qiusheng, Wang Fangshui, Qi Yuanzhang and Fu Zhongjun.
　　16. Creation and industrialization of key technologies of green, low-consumption and high-simulation microfiber artificial leather
　　Completed by Shandong Tongda Island New Materials Co., Ltd.
　　Shaanxi university of science and technology
　　Completed by: Wang Lezhi, Qiang Taotao, Zheng Yonggui, Ma Jinmei, Zhang Fengjie and Wang Xiaolei.
　　17. Development of disperse dyes with high alkali resistance
　　Completed by: Penglai Jiaxin Dyestuff Chemical Co., Ltd.
　　Completed by: Wang Zhe, Zhang Shansheng, Wang Shuxiang, Jing Lili, Kang Hongwei and Geng Ningning.
　　18. Development and application of efficient synthesis technology for recycling 2-naphthalene series products
　　Completed by: Zaozhuang Tairui Fine Chemical Co., Ltd.
　　Completed by: Yang Yudong, Zhou Zhihui, Liu Shuyin, Meng Qingwei and Zhao Mingxia.
　　19. High purity industrial zinc sulfide
　　Completed by Weifang Dayao New Material Co., Ltd.
　　Completed by: Wang Qiang, Li Bo and Li Jun.
　　20. Preparation technology and application of high-performance high-frequency microwave and conductive shielding film materials
　　Completed by Shandong Jinding Electronic Material Co., Ltd.
　　Completed by: Geng Guoling, Zou Wei, Wu Tianxiang, Ouyang Yanhui, Zhuo Feng
　　21. Research, development and industrialization of high-precision copper thin soft strip
　　Completed by: Zhongse Obote Copper and Aluminum Co., Ltd.
　　Completed by: Wang Shijie, Zhang Jianhua, Guo Lili, Xu Bingjun, Liu Chenliang and Jing Yan.
　　22. The key technology and application of ultra-heavy CNC moving gantry boring and milling turning center (lathe)
　　Completed by: Weihai east china numerical control Co., Ltd.
　　Completed by: Qiu Yuliang, Liu Bingwen, Qin Zhixu, Che Zhongwei, Zheng Shuguang and yan wang.
　　23. CTL-2.5× 1850 automatic numerical control pendulum cutting line
　　Completed by: Jinan No.2 Machine Tool Group Co., Ltd.
　　Completed by: Zhao Jinrong, Wen Zhiquan, Wang Yanling, Zhang Faxin, Qu Shihui and Li Shuanqiang.
　　24. Mechanism, defense technology and application of disaster magnetic storm affecting the safe operation of power grid
　　Completed by: Electric Power Research Institute of State Grid Shandong Electric Power Company
　　Nanjing nanrui group company
　　North China Electric Power University
　　Completed by: Xue Yusheng, Liu Lianguang, Sun Shumin, wei li, Xue Feng and Cui Xiaodan.
　　25. Key technologies and applications of super-long and long-span subsea tunnel construction.
　　Completed by: Qingdao Guoxin Jiaozhou Bay Transportation Co., Ltd.
　　Shandong University
　　Central South University
　　China Railway Second Bureau 2 nd Engineering Co., Ltd.
　　Completed by Qu Liqing, Zhou Shuming, Xue Yiguo, Wang Xinghua, Guo Yongjian, Zhang Jianyang.
　　26. R&D and application of key technologies and equipment for 10,000-ton super-large caisson construction
　　Completed by: No.2 Engineering Co., Ltd. of China Communications No.1 Navigation Bureau.
　　Completed by: Zhang Baochang, Fu Dawei, Zhao Jianming, Feng Haibao, Ma Zongtian and Lu Lianzhou.
　　27. Innovation and application of stress myocardial perfusion and coronary vein imaging technology
　　Completed by: Yantai Yuhuangding Hospital
　　Completed by: Yang Jun, Ma Heng, Jing Liu and Sun Chunjuan.
　　28. Four-dimensional images and functional images guide precise radiotherapy for chest tumors.
　　Completed by: Shandong Institute of Cancer Prevention and Treatment.
　　Completed by: Li Jianbin, Zhang Yingjie, Wang Jinzhi, Shao Qian, Min Xu and Ma Zhifang.
　　29. The application of molecular imaging and pathology in the era of precise tumor treatment.
　　Completed by: Shandong Institute of Cancer Prevention and Treatment.
　　Completed by: Meng Xue, Xu Yaping, Wang Shijiang, Han Shumei, Teng Feifei and Jiang Liyang.
　　30. Key technologies for diagnosis, immunization and targeted therapy of endometrial cancer.
　　Completed by: Qilu Hospital of Shandong University
　　Completed by: Jiang Jie, Kong Beihua, Zhang Guiyu, Cui Baoxia and Qiu Chunping.
　　31. The establishment, transformation and application of the characteristic theory and key technology of TCM in treating diabetes.
　　Setting: Affiliated Hospital of Shandong University of Traditional Chinese Medicine.
　　The Second Affiliated Hospital of Shandong University of Traditional Chinese Medicine
　　Completed by: Xu Yunsheng, Peng Wei, Huang Yanqin, Ding Qianqian, Wang Sumei and Zhang Xiujuan.
　　32. Basic research and clinical application of "strengthening tendons and binding bones" in the treatment of lumbar instability diseases
　　Completed by: Wendeng osteopathy hospital of Shandong province.
　　Longhua Hospital Affiliated to Shanghai University of Traditional Chinese Medicine
　　Shandong province Wendeng osteopathy technology development co., ltd
　　Completed by: Yang Yongjun, Zhou Jiping, Wang Yongjun, Tan Yuanchao, Tang Dezhi and Liang Qianqian.
　　33. Development and industrialization of cefminox sodium bulk drug
　　Completed by: Qilu Antie (Linyi) Pharmaceutical Co., Ltd.
　　Completed by: Fu Ling, Zhao Weiliang, Tang Fei, Xu Hongfei, Zhang Baona.
　　34. Efficient biological transformation and industrialization of L-aspartic acid and L-alanine
　　Completed by: Yantai Hengyuan Biological Co., Ltd.
　　Shandong province food fermentation industry research and design institute
　　Completed by: Ma Yuyue, Zhao Xiangying, Jiang Zengyan, Qiao Jun, Jiang Guozheng and Yang li Ping.
　　35. Development and application of new ion chromatograph and establishment of quality control system
　　Completed by: Shandong Institute of Metrology
　　Qingdao shenghan chromatography technology co., ltd
　　Completed by: Lin Zhenqiang, Xu Aihua, Guo Bo, Zhang Xizhi, Cui Chenglai and Sui Feng.
　　
　　Shandong International Science and Technology Cooperation Award (3 persons)
　　1. Heinz Rolf Stoke
　　Country: Germany
　　Cooperation unit: Yantai Hilde New Materials Co., Ltd.
　　2. William Mathias Vindis
　　Country: Germany
　　Partner: Shandong Haizhibao Ocean Technology Co., Ltd.
　　3. Shaq alzas Land
　　Country: United Kingdom
　　Partner: Qingdao Russell Biotechnology Co., Ltd.

When the hybrid car developed into the second half, it was not the user’s taste that became higher, but the user’s eyesight became awkward. It is increasingly found that price is not the only indicator of hybrid cars, and cars with high performance, high intelligence and high safety are worthy of the money in their pockets. Cars are not toys. They will be replaced and eliminated after buying for one or two years, but will bring long-term high-value travel experience. Therefore, cars manufactured with high standards are worth starting with.

The 2025 LECK 08EM-P, which was launched on August 8, is a high-value hybrid SUV choice worthy of users’ travel and life in terms of strength and quality.

Between low price and high value, there are always people who prefer the latter.

In the former automobile market, there were always people who thought that low price was king. As users became more aware of automobiles, they tended to be more value-oriented.

The 2025 LECK 08EM-P has six models: 120 long battery life Plus version, 120 long battery life Pro version, 120 long battery life version, 245 long battery life Pro version, 245 long battery life Halo version and 220 four-wheel drive performance Halo version. The battery life in pure electric mode adopts stricter CLTC working conditions. CLTC is based on the actual driving conditions in China, including urban, suburban and high-speed driving conditions, and the battery life test is more in line with it. On the surface, the LEICK 08EM-P with a low battery life of 120km seems to be equivalent to the 121km Tang DM-i, but the Tang DM-i still uses a relatively loose NEDC working condition count. In terms of comprehensive endurance, the LECK 08EM-P with CLTC working condition of 1400km is obviously more realistic than the Tang DM-i with NEDC working condition of 1100km.

?On the power system level, the Lectra 08EM-P super extended-range electric system consists of P1 and P3 motors +P4 motor +1.5T electric hybrid engine, which together form a high-performance architecture. Specifically, the P1+P3 motor architecture is a rear-wheel drive model, and the P1+P3+P4 motor architecture is a four-wheel drive model. Logically, the engine generates electricity for P1 motor, and the rear-drive vehicle is driven by P3 motor, with a maximum power of 160 kW and a peak torque of 350 N m.. The four-wheel drive model is driven by P3+P4 motor, and the peak power of P4 motor is 156 kW. The comprehensive maximum power of the system is 436 kW, the comprehensive maximum torque is 905 N·m, and the acceleration of 100 kilometers is only 4.6 seconds.

The DHT three-speed transmission of LINKE 08EM-P can realize the flexible switching between engine and motor, and bring more accurate power distribution under different road conditions. In the specific operation experience, the driver of the 08EM-P can choose the appropriate gear in different road environments and match the power with different intensities, thus bringing a precise sense of control. And the shifting logic is very clear, and the power acceleration is not all of a sudden, but a linear acceleration experience.

In contrast, Tang DM-i’s CVT gearbox has the advantages of strong ride comfort, but its disadvantages are also quite obvious: first, CVT gearbox is prone to cold protection problems, and it may take a long time to start in cold environment, which may also lead to the inability of vehicles to speed up effectively. Secondly, the transmission belt of CVT gearbox is fragile and easy to be damaged in harsh driving environment, which requires more frequent maintenance and replacement, and the actual vehicle maintenance cost is higher. Thirdly, CVT gearbox will obviously feel the lack of power on vehicles with strong power, especially on uphill sections, which is one of the reasons why BYD plug-in and hybrid vehicles have not adopted the strategy of high power.

In the era of intelligent flooding, Linke 08EM-P has implemented the user’s needs.

At present, the new energy vehicle market has entered the era of intelligent flooding, which is manifested in the stacking of non-vehicle intelligent configurations, such as the "refrigerator color TV sofa" that people often vomit. On the aspect of integrated intelligence, LEEK 08EM-P upgraded the car system to OTA version 1.6.0. The overall intelligent cockpit performance of the car is different from the current flood era. It follows the principle of "making the car practical and intelligent to the extreme" and implements the needs of users.

If you are installed with the identity of "Leader 08EM-P Owner" now, you don’t need a physical key to get on the bus, and your Apple mobile phone, watch and proximity can open the door for you, realizing a feeling of unlocking/locking, and making your travel life more scientific and technological. When you sit in the driver’s seat, you don’t need to look down at your mobile phone or central control screen navigation when driving, because there is the largest 92-inch AR-HUD mass-produced in the industry, which directly presents three-lane information, AR navigation, ADAS assistance and other information on the front windshield. In terms of car experience, the LYNK Flyme Auto car system of LINKE 08EM-P is the first to take the Antola 1000 Pro computing platform, which integrates two 7nm "Longying No.1" chips independently developed in the industry, and the computing power of a single chip is comparable to that of Qualcomm 8155 car chip, and it has larger running and storage memory, which is smoother and faster in car startup and functional experience.

When you want to watch the video on a big screen, use the 15.4-inch ultra-clear full screen of LTPS LCD display technology, which has a picture quality of 2.5K and a color gamut as high as 85%, which can show more colors. The sound quality experience is even more impressive. As the only SUV model equipped with Harman Kardon 23 plus WANOS panoramic sound within 200,000, the Lectra 08EM-P has brought a million-level extreme sound experience at a price of 200,000. In terms of sound surround telepresence, the top "sky sound" surround channel is added to the Lectra 08EM-P cockpit, which enhances the depth and telepresence of the sound image compared with the two-channel stereo, and it seems to be surrounded by sound when sitting on it. In addition, the car system is equipped with WANOS Panoramic Audio APP, with its high-quality panoramic audio-visual entertainment resources to realize audio-visual synchronization, which can bring you and your family a more immersive and shocking audio-visual experience.

On the intelligent voice level, Aicy voice assistant can support four-tone recognition, which has higher understanding and execution ability, not only supports custom wake-up words, but also can customize a variety of images to make the dialogue more vivid and interesting. Crucially, Aicy voice assistant can realize multiple rounds of communication according to the context of the whole context, which really brings an intelligent experience of "seeing and speaking".

Not only that, LINKE 08EM-P also has innovative functions of sentry mode and car wash mode. Sentinel mode In the parking scene, vehicles can monitor suspicious targets by looking around the fisheye camera, rely on the acceleration sensor to detect the risk of collision, and give a double flash warning to the outside world in time. It can also record and store suspicious scenes and notify the owner. When the car wash mode is turned on, the vehicle will close the window, trunk, charging cap, fuel cap, wiper, etc., and disable the approaching vehicle to unlock and leave the vehicle, effectively preventing water seepage and ensuring vehicle safety.

In intelligent driving, LEEK 08EM-P is equipped with Lynk Co-Pilot Navi intelligent navigation assistance system, which not only performs sensitive and fast in daily adaptive cruising, overtaking, going up and down ramps and other road conditions, but also has various lane-changing functions such as autonomous lane change and voice control lane change, taking into account more scenes. It is worth mentioning that when the Lectra 08EM-P encounters a big car, it will take the initiative to avoid it, deliberately widen the front and rear distance from the big car, and in the process of overtaking, pull the horizontal distance from the big car, reduce the parallel time, relieve the driver’s driving fatigue and pressure, and ensure driving safety.

In terms of road perception, LEEK 08EM-P supports 10 perception cameras and 5 millimeter-wave radars, and relies on centimeter-level precision maps to guide navigation. Together with two black sesame intelligent Huashan A1000 chips with a cost-effective ratio of up to 116 TOPS, it realizes the algorithmic arrangement of road environment and helps vehicles realize the intelligent driving performance of L2+ high-order parking.

Whoever ignores security is the enemy of users.

Consumers want cars with lower prices, but irrational price wars will only harm the interests of users in the end. Some brands take the lead in setting off price involution, which seems to be more cost-effective. In fact, they cut corners on invisible core components and car-making technology, and use iron oil tanks, ultra-thin and ultra-short front and rear anti-collision beams, and chopsticks-slender chassis suspension, which bring great hidden dangers to the safety of the whole vehicle. Such cost-effective is not the price that users want, and such brands can also be regarded as the enemies of users.

In sharp contrast with such a brand model, the price of the Lexus 08EM-P, which is already quite ahead in terms of three-electric system and intelligence, starting from 179,800 yuan may not be cheap, but it is also within the reasonable price of high-value plug-in SUV. Crucially, LEEK 08EM-P is a benchmark in vehicle safety.

The LEICK 08EM-P is made of thermoformed steel with the maximum pressure of 2000MPa, and the proportion of high-strength steel and aluminum alloy in white body is as high as 75%. It is equipped with aerospace-grade 7 series aluminum alloy front crash beam, and the integrated thermoformed boron steel door knocker and superelastic honeycomb filling technology are adopted for the first time, which can alleviate more impact energy, and the performance of materials exceeds that of brand luxury cars.

In addition, the car is equipped with an extended head air curtain with a length of 2000mm, which runs through the ABC column and covers the whole window area. After bouncing off, the pressure can be maintained for 6 seconds, which brings longer personnel protection. Adding 120L super-large passenger airbag can further ensure the safety of the passenger’s head. Finally, in terms of battery safety that people are most concerned about, Linke 08EM-P adopts the first integrated DP1180 bottom guard plate with the tensile strength of 1200MPa, which far exceeds the safety standard of the national standard, and can realize 50ms high-voltage power failure due to collision and bid farewell to the natural danger of battery fire.

Based on its solid performance in safety, LEEK 08EM-P obtained the first domestic certification of "60km/h side impact protection of new energy passenger cars with superimposed side pillars" issued by China Automotive Research Institute.

Jianghu car review:

In the just-concluded platform test, the Lectra 08EM-P stood out among 35 models, and won the first lap time of SUV with 2 minutes and 19.87 seconds, which fully reflected the excellent handling performance of CMA Evo architecture. The 2025 Lectra 08EM-P is not the first model of Lectra 08EM-P. Since it was launched one year ago, the cumulative sales volume has exceeded 80,000, and its high-value travel quality has been recognized by users. Its brand, Linke, also rolled off the production line for the millionth vehicle in less than six years, becoming the fastest high-end automobile brand in China and the truly recognized high-end automobile brand in China. The Lexus 08-EM-P, which is built with heart, advanced technology and solid materials, is a high-end new energy SUV choice that most people can’t avoid.

　　[car home Information] Recently, we learned from relevant channels that the new BMW pure electric i5 xDrive40 will be launched in the spring of 2024. In May this year, a new generation of BMW 5 Series (G60) and (|) made their debut. Previously, two versions of eDrive 40 and M60 xDrive were launched, and it is expected that xDrive 40 will be positioned between them.

『M60 xDrive』

『eDrive 40』

　　BMW i5 adopts the upgraded fifth-generation eDrive electric drive system. As an entry-level model, the eDrive 40 version will be equipped with a rear motor, with a maximum power of 340 HP, a peak torque of 430 Nm, an acceleration time of 6.0 seconds at 0-100km/h and a top speed of 193 km/h.. As a version of M Performance, the M60 xDrive is equipped with stronger dual motors, sharing the powertrain with the BMW iX M60, with a maximum power of 601 HP and a peak torque of 820 Nm. It is officially announced that its 0-100km/h acceleration time is 3.8 seconds, and its top speed is limited to 230 km/h.

『eDrive 40』

　　　BMW officials did not disclose the details of the xDrive 40 model, but the BMW i5 xDrive40 will undoubtedly be welcomed by BMW electric car enthusiasts. Compared with the rear-drive single motor, the four-wheel drive dual-motor model will be more worth looking forward to. For reference, the recently released BMW i4 xDrive40 will be equipped with front and rear dual motors, which can output a maximum power of 396 HP, while the i5 xDrive40 will probably use the same power system. (Text/car home yaoyu)

For discerning consumers, the size of a car space can no longer be an important indicator for them to buy a car. The Mazda CX-30 to be talked about today is a gasoline car. Next, let’s see if its highlights can attract you with Xiaobian.

Let’s take a look at the appearance of Mazda CX-30. The front of Mazda CX-30 looks very sharp and unforgettable. Coupled with simple headlights, the design took the sports route. The car is equipped with LED daytime running lights, automatic opening and closing, adaptive far and near light, delayed closing and so on. Coming to the side of the car body, the size of the car body is 4395 mm * 1797 mm * 1545 mm. The car adopts cold lines, and the car body looks very hard. With large-sized thick-walled tires, it looks full of movement. Looking back, the overall shape of the rear of Mazda CX-30 echoes the front face, and the taillights are very individual. Coupled with the unique exhaust pipe, the overall layout is impressive.

Sitting in the car, the interior looks very avant-garde and meets the aesthetic standards of young people. The steering wheel of the car is very in line with the interior style, and it is made of genuine leather, which makes people love it. Let’s take a look at the central control, with an 8.8-inch central control screen, which makes the interior style impressive and has a certain sense of science and technology. Let Xiaobian introduce the dashboard and seats. The dashboard design is remarkable and looks very hard-core. The car uses leather seats, which are wide and thick, and have good support and comfort.

Mazda CX-30 is matched with an automatic manual transmission (AT) gearbox, with a maximum power of 116KW and a maximum torque of 202N.m, and its power performance is good.

The car is equipped with car networking, remote control key, rear wiper, engine start and stop, traction control (ASR/TCS, etc.) and other configurations, and the configuration has reached the mainstream level of the same level.

Summary of the full text: such a car with the right price is enough to meet the daily practical needs, and it doesn’t take much thought to maintain it at ordinary times, and the price is good.

As a compact SUV owned by GAC Toyota, Toyota Fenglanda has won the favor of many consumers with its fashionable and dynamic design, spacious and comfortable interior space, rich and practical intelligent technology and efficient and energy-saving power system since its listing in 2020. Recently, GAC Toyota officially announced that the 2023 Fenglanda was officially launched, and a total of nine fuel models were launched, with a price range of 125.8-169.8 million yuan.

Compared with the 2022 model, the 2023 Fenglanda is mainly upgraded for configuration, with a 7-inch LCD instrument and a 10.25-inch central control screen, and the one-step interconnection of CarPlay, CarLife and Hicar phones is also assembled, which is a more practical performance. In addition, a sports version has been added, equipped with sports style elements such as 18-inch black wheels, black front grille, black rearview mirror and black roof rack, as well as intelligent driving assistance functions such as full-speed adaptive cruise and lane centering, which improves driving pleasure and safety.

In terms of power, the 2023 Fenglanda is still equipped with a 2.0L naturally aspirated engine, with a maximum power of 126kW(171Ps) and a maximum torque of 205N·m, matching the CVT continuously variable gearbox (simulating 10 gears), and the comprehensive fuel consumption is only 6.15L/100km. For the chassis, McPherson independent suspension is used for the front suspension, trailing arm torsion beam independent suspension is used for the rear suspension, and electric power steering system is used for the steering system.

Fenglanda is a compact SUV launched by GAC Toyota. It is built on the Toyota TNGA platform, equipped with a 2.0L naturally aspirated engine and CVT gearbox. There are 10 models for consumers to choose from. What are the advantages and disadvantages of Flanders? Let’s analyze it below.

The advantages of Flanders are as follows:

-Price advantage. The starting price of Fenglanda is 135,000, which is 20,000 lower than that of hackers of the same level, and the cost performance is high.

-Configuration advantages. Fenglanda is equipped with TSS2.0 intelligent safety system, which includes many active safety functions, such as pre-collision system, dynamic radar cruise control system, lane tracking assistance system, etc. These functions are also standard on low-profile vehicles, which are more abundant than hackers.

-Quality advantage. As a product of Toyota brand, Fenglanda has a good reputation in terms of quality. The engine and gearbox are both highly reliable combinations, with relatively low fuel consumption and low maintenance cost.

-Security advantage. In addition to the active safety system, Flanders is also equipped with 7 or 9 airbags (depending on the vehicle model), high rigid body structure and TNGA platform, which bring good handling and stability and strong safety performance.

The disadvantages of Flanders mainly include the following points:

-The torque is 205 Nm, which belongs to the middle level in the same class. The explosive force is insufficient and the acceleration feeling is not strong enough.

-Interior disadvantages. Feng Landa’s interior design is relatively simple, without too many bright spots, and the materials used are not luxurious. The seat material is only imitation leather or fabric, and the steering wheel is only made of leather with the top model. The LCD instrument is only available in 4.2-inch or 7-inch sizes, not full LCD display.

-Hanging disadvantage. The rear suspension of Flanders adopts longitudinal arm torsion beam non-independent suspension. Although this suspension structure is low in cost, simple in structure and small in occupied space, its comfort and handling are not as good as that of independent suspension, and obvious vibration and noise will be felt on bumpy roads.

As a compact SUV targeted at young consumers, Toyota Fenglanda has a good performance in appearance, space, technology and power, and the 2023 model listed this time has been upgraded in configuration, and a sports version has been added to meet the needs of different consumers. But it also has its own advantages and characteristics, which are worth considering and buying. Feng Landa’s positioning is a family SUV with strong practicality, high safety and reliable quality. If you value these aspects, then Feng Landa may be your good choice.

　　Cctv newsSince the beginning of this year, China National Railway Group Co., Ltd. has gradually piloted and promoted e-tickets throughout the country. During Spring Festival travel rush in 2020, e-tickets will basically cover the national high-speed rail lines. After the implementation of e-ticket, passengers can get into the station directly through their ID cards or boarding codes without exchanging paper tickets, which reduces the trouble of reporting the loss and replacing the tickets after the paper tickets are lost.

　　As the future development trend of ticketing field, e-ticket is an important way to improve the level of railway intelligence. The implementation of e-ticket has opened up the service channels between the Internet and the station window, which is conducive to the implementation of non-interference services such as passenger self-service real-name verification and self-service ticket testing.

　　Because the e-ticket is bound with the passenger’s identity information, mobile phone number and other information, it becomes simple and fast to check the ticket. When the train staff checks the ticket, the passenger can complete the ticket check by showing the original valid identity document used when purchasing the ticket.

　　Chen Yue, Deputy Director of North Passenger Transport Workshop of Chongqing Railway StationAs there are no paper tickets, the problems of losing tickets, reporting the loss of replacement tickets and selling fake tickets will be completely solved. At the same time, the implementation of e-ticket has many advantages, such as improving the efficiency of ticketing organization and boarding and descending organization, and reducing the failure rate of equipment.

　　Extended reading:

　　E-ticket in Spring Festival travel rush: How do passengers buy and use it?

　　Railway e-ticket is a railway passenger transport contract embodied in the form of electronic data, which has the same legal effect as ordinary tickets. How do passengers buy and use e-tickets?

　　If passengers want to buy e-tickets, they can buy them through the 12306 website (including mobile APP), or they can use resident ID cards to automatically read documents and buy e-tickets at stations where e-tickets are implemented.

　　When passengers enter and leave the station, they can complete the real-name registration system verification and ticket checking procedures through the self-service gate with the original valid identity documents of the passengers used when purchasing tickets, such as ID cards; After purchasing an e-ticket, when passengers enter or leave the station, they only need to open the Railway 12306 mobile APP, click on the order to enter the ticket page, and click on "QR code ticket checking" to pop up a boarding code, which can directly check in through the automatic ticket checking machine installed with the dynamic QR code reading device at the station. If the mobile phone is temporarily out of power, you can also enter and leave the station by swiping your ID card.

　　It should be noted that e-tickets can only be used at stations where e-tickets are implemented at the departure station and the arrival station. In six situations, such as using a resident ID card to buy tickets, but the bus stop or the bus stop does not have the conditions for checking tickets with a resident ID card, or the original resident ID card cannot be produced, the resident ID card cannot be recognized, and other valid identity documents other than the resident ID card are used to buy tickets, paper tickets still need to be exchanged after purchasing tickets and before driving.

　　If you want to reimburse vouchers, you can print paper tickets by yourself.

　　Many passengers who travel by train at their own expense do not need reimbursement vouchers, but there are also many passengers who travel on business every day and need paper reimbursement vouchers. What should I do?

　　The reporter saw at Hohhot Railway Station that the function of "printing reimbursement vouchers" has been added to the self-service ticket vending machines.

　　Wang Hongli, ticket attendant of Hohhot Railway StationPassengers who need to reimburse their tickets can print their e-ticket reimbursement vouchers on the manual ticket window or self-service ticket vending machine of the railway station with the original valid identity documents used when purchasing tickets within 30 days before driving or riding.

　　Zou Xianjing, Assistant Engineer of Nanchang Station Passenger Transport Workshop: Passengers who need reimbursement receive self-service reimbursement vouchers, and they need to consult 12306 for more than 30 days. I would like to remind you that the reimbursement voucher belongs to securities and can only be processed once. Please keep it properly after receiving the reimbursement voucher.

　　Most stations have set up self-service ticket collection machines at the exit, and passengers who need to reimburse tickets can also take reimbursement vouchers when they leave the station.

　　How to return and change an e-ticket after purchasing it?

　　Railway department regulations: On the premise of transportation capacity, other trains within the pre-sale period can be changed more than 48 hours (excluding) before departure; Within 48 hours before the start of the train, other trains before the start of the train can be changed, and other trains between 24:00 on the day of the ticket date after the start of the train can also be changed, without changing the ticket on the next day or after the ticket date; After driving, passengers can still change their tickets to other trains on the same day, but they can only change their tickets at the ticket issuing station, and the tickets changed after driving cannot be refunded. Tickets that have been "changed to the station" will not be changed. If you change to another train more than 15 days before the start of the train within 48 hours to 15 days, and refund the ticket 15 days before the start of the train, you will still be charged a refund fee of 5%. If the date of arrival of the ticket is changed or changed in Spring Festival travel rush, the refund fee will be collected according to the standard of less than 24 hours before the driving time. E-tickets purchased by passengers through the railway ticketing channel by electronic payment can be changed and refunded through the 12306 website (including mobile APP) or the designated window of the station.

A few days ago, employees of Wanshan Power Supply Bureau in tongren city City, Guizhou Province inspected the electricity consumption of production equipment in the assembly workshop of Wan Jen Automobile Group to provide support for the resumption of production. Peng jun photo

　　Prevention and control, resumption of work and spring ploughing are all correct — — In the past few days, the land of Guizhou has been full of spring ploughing scenes racing against the spring, and the construction sites of several key projects have rekindled the fiery scene. Stop the epidemic and annihilate poverty, and colorful Guizhou will be stable and far-reaching.

　　Guizhou was once the province with the largest number of poverty-stricken people in the country, and it was one of the main battlefields for the decisive battle to get rid of poverty. At present, there are still 308,300 poverty-stricken people in the province who have set up a file to get rid of poverty, and nine deep poverty-stricken counties have not taken off their hats.

　　In the face of the impact of the COVID-19 epidemic, Guizhou insists on fighting the epidemic and fighting poverty with both hands. With the sense of urgency of "one moment can’t stop, one step can’t be wrong, and one day can’t be delayed", it promotes spring ploughing production, project resumption and enterprise resumption in an orderly manner, and strives to get back the delayed time and make up the losses suffered, so as to ensure that we can win the tough battle against poverty on time and with high quality.

　　Adjust the rural industrial structure

　　It’s sunny in spring, and the leeks in Xinzhongtian dam area in Puding County, Anshun City are growing happily. Dozens of villagers are weeding and ridging the soil.

　　"Affected by the epidemic, this year’s leek planting has been delayed. We timely changed the remuneration of migrant villagers from the previous timing to piecework settlement, which improved production efficiency." The person in charge of the cooperative told the Economic Daily reporter that at present, 6,404 mu of leek planting in the dam area has been completed, and "the lost time can be completely recovered."

　　The adjustment of rural industrial structure is crucial to win the battle against poverty on time and with high quality. Since the Spring Festival, Guizhou has continuously carried out listing bidding and video bidding for many times. By seizing the time to do a good job in spring ploughing and adjusting the industrial structure, it has tried to minimize the impact of the epidemic on poverty alleviation.

　　In mid-February, Guizhou issued "Policies and Measures on Promoting Agricultural Production in Spring and Agricultural Enterprises’ Resumption of Production", and introduced 13 specific measures involving project funds, temporary reserves, enterprises’ burden reduction, financial support, employment security, epidemic prevention materials, etc., to promote spring ploughing and spring sowing and agricultural enterprises’ resumption of production. In the middle and late February, the main leaders of Guizhou Provincial Party Committee successively supervised nine deep poverty-stricken counties and three uncapped counties (districts) with more than 10,000 poor people through video for six times to promote poverty alleviation and dispatch epidemic prevention and control.

　　Just after the Spring Festival this year, when the epidemic prevention and control is still in the most critical stage, the agricultural department of Guizhou Province held a video conference to deploy the work of spring ploughing and preparing for ploughing, requiring all localities to do a good job in industrial restructuring around increasing farmers’ income, vigorously reduce the cultivation of inefficient crops, continuously expand the scale of 12 advantageous industries with agricultural characteristics, and promote the rural industrial revolution.

　　Guizhou’s "no land is even", with mountains and hills accounting for 92.5%, and 1,725 dam areas with an area of more than 500 mu have become the main battlefields for adjusting the rural industrial structure. The Department of Agriculture and Rural Affairs of Guizhou Province established the working mechanism of "Director Bao Pian" and "Director Bao Xian", and sent more than 100 cadres to sink into the fields, keeping a close eye on reducing inefficient crops, strengthening the selection of alternative industries according to local conditions, strengthening technical training, and promoting the rural industrial revolution to achieve new breakthroughs.

　　Bijie City sent 305 agricultural technology experts to provide technical services around 171 dam areas and 12 characteristic agricultural industries in the city, so as to achieve "three full coverage" of technical services, characteristic industrial services and expert group consultation in the dam areas and ensure that the rural industrial structure adjustment can be adjusted, planted, sold, stabilized and increased. Up to now, the city’s agricultural technicians have carried out more than 1000 spring ploughing production services.

　　As the main channel for the supply of agricultural materials for spring ploughing, all the agricultural materials stores in Guizhou Province’s supply and marketing system have been open for business since February 24, and 128 agricultural materials enterprises in the system have also resumed work in an all-round way. Yang Xingyou, deputy director of the Board of Directors of Guizhou Supply and Marketing Cooperative, said that the reserved agricultural materials "can basically meet the needs of spring ploughing production".

　　In the rocky desertification areas of wumeng mountain, Wuling Mountain and Yunnan, Guizhou and Guangxi, the "farming war" racing against the spring is in full swing in the scattered dams. According to the data of Guizhou agricultural department, by the end of February, 1,377 leading enterprises and 4,051 cooperatives in the dam area of the province had resumed work in an all-round way, with a land transfer area of 1.65 million mu and crops in the field reaching 2.014 million mu.

　　Help enterprises to resume work and production

　　Guizhou Kangju New Material Technology Co., Ltd., located in Yuping Economic Development Zone, tongren city, is a busy scene. The automatic precision shearing machines in three production workshops keep ringing. After several processes such as semi-finished products processing, cutting and shaping, SPC new floors are off the assembly line. "Affected by the epidemic, orders have piled up a lot, and the company is currently working overtime to make up for the losses." The person in charge of the company told the reporter that with the help of the government, the company was able to resume work and production quickly, and now it has received many orders one after another.

　　As early as February 8, Guizhou Province issued a notice requesting all localities to promote enterprises to resume work and production in an orderly manner on the basis of strictly doing a good job in epidemic prevention and control. On the same day, the Ministry of Industry and Information Technology of this province issued 10 policies and measures in view of the difficulties faced by industrial enterprises in fighting epidemic and resuming production.

　　To promote enterprises to resume production, Guizhou has established a "timetable" and drawn a "construction drawing". Many departments have introduced favorable policies, and local organizations have organized special classes to go deep into the front line of enterprises to help enterprises solve the difficulties of preventing and controlling materials, raw materials, funds and employment.

　　Guizhou Big Data Development Administration launched 197 cloud service projects; Guiyang Customs has optimized services for enterprises in seven aspects, such as rapid customs clearance of materials, extension of business deadline, simplification of procedures and strengthening joint prevention and control.

　　In order to help small and medium-sized enterprises tide over the difficulties, Guizhou has launched 15 specific support policies, including reducing the burden of taxes and fees, reducing operating costs and alleviating financial pressure. Among them, for small and medium-sized enterprises that have difficulties in production and operation affected by the epidemic, the minimum contribution ratio of housing provident fund can be reduced to 5%, and eligible small and medium-sized enterprises can be deferred for up to one year. At the same time, Guizhou Province has also set up a special telephone line for industrial enterprises to return to work and resume production, to answer questions of enterprises around the clock and coordinate and solve difficult problems of enterprises.

　　As the basic supply for enterprises to resume work and production, Guizhou’s basic energy and clean and high-efficiency electric power industries are the first to achieve 100% resumption of work and production. Among them, Panjiang Coal and Electricity urgently reinforced 132,000 tons of emergency coal storage, and 21 pairs of mines quickly resumed production, effectively ensuring the normal operation of the upstream and downstream.

　　Since the order to resume work and production was issued, Guizhou has set off one climax after another to seize time and catch up with progress. By the end of February, 4,113 industrial enterprises above designated size that should have resumed production in the province had fully resumed production.

　　It is worth mentioning that, in response to the COVID-19 epidemic, many big data enterprises in Guizhou have made innovations and launched a number of new products, applications and models based on their advantages and seized opportunities, and the digital economy has ushered in a new development opportunity. Nowadays, with the rapid development of big data, new materials, equipment manufacturing and great health, the "four beams and eight pillars" of Guizhou’s industrial economy are releasing surging kinetic energy, which supports the steady transformation of old and new kinetic energy for high-quality development.

　　Promote new projects under construction.

　　On March 12th, the construction of Changtong Intelligent Manufacturing Industrial Base with a total investment of 580 million yuan started. The first phase of the project will build 10 intelligent electrical equipment production lines, which are expected to be put into production in October this year; The second phase of the project is also planned to be completed in 2022. According to Zhao Zhang, Chairman of Guizhou Changtong Group, the annual output value of Changtong Intelligent Manufacturing Industrial Base is expected to exceed 4 billion yuan after all the projects are put into production.

　　The project is the carrier of investment, and it is also the "bull’s nose" to complete the objectives and tasks of economic and social development throughout the year. In the past few days, Guizhou Province has played a series of combination punches, pressed the "fast forward button" for major project construction, and made overall plans for the resumption of construction projects and the start of new projects, and promoted them in an orderly manner.

　　On February 9, Guizhou issued a notice requesting all localities to coordinate the construction of major engineering projects, promote the resumption of work in an orderly manner, and send nine inspection teams to all localities to supervise the resumption of work.

　　For this reason, the Guizhou Provincial Development and Reform Commission also opened Guizhou Branch of the United Nations, Guizhou Branch of the Agricultural Development Bank, Guizhou Branch of The Export-Import Bank of China and Guizhou Bank, established a financing docking guarantee mechanism for key projects of epidemic prevention and control and economic and social development, and set up a special fund of 180 billion yuan to supplement short-term stable investment to support the construction of key projects of epidemic prevention and control and major provincial projects.

　　There are frequent hard moves and practical moves in all parts of Guizhou Province. Under the Office of the Leading Group for Epidemic Prevention and Control, Southwest Guizhou has set up a special class for major engineering projects to resume work, and made clear specific policies and measures in five aspects: establishing working mechanism, strengthening employment security, strengthening factor security, increasing financial support, and effectively reducing the burden, so as to promote the project to resume work; In addition, the state has also opened up a "green channel" to provide sufficient material support for the project to resume work.

　　According to the data of the development and reform department of Guizhou Province, by the end of February, all the 1963 major projects under construction in Guizhou Province had resumed work. At the same time, 371 major new projects were started, accounting for 85.9% of the planned projects in the first quarter.

　　In order to create a regional growth pole and attract more high-quality projects, Guizhou Province also issued the Opinions on Supporting the High-quality Development of Gui ‘an New District, and launched eight policies with full "gold content" to attract investors’ attention, boost the confidence of enterprises in resuming production, transformation and upgrading, and promote the high-end, green and intensive development of Gui ‘an New District.

　　A few days ago, Guizhou Province issued the list of major projects and key projects in 2020 and the promotion plan, and arranged 3,357 major projects in the province with an annual planned investment of 726.2 billion yuan, covering major infrastructure, major industrial development and major livelihood projects. (Economic Daily China Economic Net reporter Wang Xinwei Wu Bingze)

Special feature of 1905 film network Kowloon walled city, also known as Kowloon walled city, is located in a besieged city in Kowloon City, which belongs to the historical city of Hong Kong and was demolished in 1993.

On May 1st, the film was released, which was directed by,,, raymond lam,,,, and so on. It is a Hong Kong-style action movie from boxing to meat. With a gripping picture of the times, the Fortress Besieged of Kowloon Walled City vividly reproduces the chaotic zone of Kowloon Walled City in Hong Kong in the 1980s, which was called "three cares". The film shows the turbulent waves in the notorious walled city and reveals the living conditions of the people at the bottom of society at that time.

The film tells the story of Chen Luojun, a warm-blooded young man, who was framed and issued a chase order by the big boss of the legion. After being seriously injured, Luo Jun was rescued by Weishui and fled to a place where there is no competition — — Kowloon walled city and walled city are all masters of hiding. The only thing that can restrain the big boss is the tornado. The story of the brothers in walled city uniting with the big boss to fight for life and death and defend their homeland.

After the film was released on May 1st, the box office continued to decline, showing an upward performance. After the film was released, its word-of-mouth rose, which triggered a lot of competitions about the value of role force in bilibili. In this programme, starring raymond lam and Professor Suo Yabin from Communication University of China interpret the Fortress Besieged in Kowloon Castle for you.

Who is the first choice for the force value PK of Kowloon walled city?

Raymond lam chose himself. He added that Cheng Luojun, who is played by him, has a very high fighting ability, so more than 90% of the actions are all done by the actors themselves, and all the pain is extremely real.

Liu Junqian, an actor, thinks that Wang Jiu has the highest force value, because in the play, Wang Jiu can fight four times, and he can compete for many rounds regardless of the outcome. Zitong Hu, an actor, chose Tornado played by Louis Koo. In the original work, he was the figure with the highest force value, and his image was handsome and he could fight.

In this regard,forestFengEmphasis: "It seems that there has never been such an action design and such a style in action movies in Hong Kong. It seems that we have found a new language to interpret action movies."

The film critic sharply graded the film.

As a veteran fan of action movies, Suo Yabin, a professor at Communication University of China, scored 7.5 points for Fortress Besieged in Kowloon Castle, and stressed: "If the action scenes of it are taken out separately, I can score 9 points. If those two words are used to describe it, it is the rivers and lakes in the city and the martial arts in life. " Such a high evaluation shows how attractive the action drama of this film is.

Looking back at the development of Hong Kong-style action movies since this century, we can say that there has been great progress in technology. For example, in recent series, Hong Kong-style action movies will focus on the explosion of nuclear bombs; In those days, it was the first time to shoot a martial arts 3D film, and later he filmed underwater martial arts 3D in it.

However, director Zheng Baorui is just taking a different approach. His martial arts film returns to the original intention of Hong Kong action movies, and explores the performance potential of basic physical fighting actions that belong to people themselves. Therefore, Zheng Baorui borrowed a lot of old Hong Kong action movies’ sub-types. For example, the two protagonists in the film are friends but have to fight for life and death because of different positions. In the end, each of them ties a cloth and covers his eyes, which is especially like a scene in Fang Shiyu 2: Ten Thousand Enemies.

For another example, a cook who cooks barbecued pork in the film suddenly becomes a martial arts expert by dancing with two knives. This scene can also find a similar plot in the movie.

Another example is Wang Jiu, who has a magical power to protect his body. He is invulnerable and always reminds people of the films directed by him.

For those who are familiar with Hong Kong films, it is not difficult to find that the source of the Hong Kong film "Fortress Besieged in Kowloon Castle" can be traced back to director Tsui Hark’s filming more than 20 years ago. First of all, "Fortress Besieged by Kowloon Castle" and "Upstream" come down in one continuous line is the vertical design of action. The unique terrain of Kowloon Castle determines that the action design will be extended from the usual horizontal angle to the vertical action design.

Whether walking in the corridor, jumping on the stairs, or even climbing the eaves outside the building, the audience can see that this film is inheriting and innovating at the same time.

However, in the process of watching movies, there are also many viewers who think that the last four young people exaggerated their drama when they finally confronted Wang Jiu. The reason is that Hong Kong, China’s action films especially like to pursue a tension between realism and freehand brushwork. The way to deal with the action in Fortress Besieged by Heroes in Kowloon Castle is to construct the illusion of action through audio-visual language.

For example, in a narrow corridor, when the enemy is after him, he can jump over this person by jumping in the air and fall across the other side. This is a setting beyond the real physical logic, but at the climax of the film, this setting is becoming more and more obvious.

In action design, the villain was forced to swallow a truncated sword, and the enemy was defeated by using the destructiveness of the truncated sword in the body. With the action design method with fantastic and fantastic supernatural flavor, only when the audience knows how to appreciate the action scenes can they really love and appreciate this movie.

Questioning the plot and characterization?

In addition, in the plot and characterization, "Fortress Besieged by Heroes in Kowloon Castle" has also been questioned by some viewers. For example, the audience thinks that "the characters and the plot are very popular because of the opposition between good and evil" and "the protagonist Chen Luojun became attached to the tornado after entering the city village, and quickly merged into it. This plot is too coincidental and too simple".

Indeed, according to director Zheng Baorui’s previous works, the storyline and characterization in the film "Fortress Besieged by Heroes in Kowloon Walled City" are indeed substandard. For example, Chen Luojun’s growth arc is not reflected in the gradual fullness of his personality and values, but in the gradual improvement of his combat effectiveness, so it will appear that the ideological and psychological depth of the characters is not enough and relatively flat.

In addition, why does the director spend a lot of time to create a plot that the audience thinks is more coincidental and simple? Perhaps the fireworks in Kowloon Castle gave this story a particularly strong realistic color. It can be understood that the literary drama in this part of the film is actually paving the way for martial arts drama. When the realistic color is combined with the action scene behind the film review, it will produce a wonderful tension.

"Hit" Hong Kong-style action "Xintiandi"?

You know, the film’s scenery is as realistic as possible to restore the Kowloon walled city in the 1980s. According to Zheng Baorui, the director, his greatest personal feelings about the castle in this play are "inseparable" and "not staying low (staying)". These two words have profound meanings.

Historically, Kowloon Walled Park used to be a no-holds-barred zone between the Hong Kong government, Britain and the mainland. When the cession treaty was signed that year, it was declared that this piece of land in Hong Kong still belonged to China, but the Central People’s Government did not want to go deep into this area to disturb or be regarded as a provocative act, and it gradually became an anarchic den of thieves.

As a geographical space, the Kowloon walled city was demolished in 1993. In the physical sense, this walled city can’t stay, but it can’t be separated from the spirit and concept it carries. This "three-no-cares" zone, because the current civilized order and legal norms in this space are ineffective, everyone relies on the morality of the rivers and lakes, which also carries the martial arts dream and river lake dream of Hong Kong film directors. Like it or not, it actually has such a layer of charm.

At the end of this "Fortress Besieged in Kowloon City", there is a plane flying above the kite. No matter how high the kite flies, there will be a huge plane hanging over it, forming a particularly distinctive visual oppression. This scene implies that the process of modern life is crushed on the Kowloon walled city like an airplane, and the traditional way of life will be slowly dissolved and eventually passed away under the constant impact of the civilized order of modern social life.

However, is it true that modern civilization will eventually abandon such "wild" and "barbaric" things as Kowloon Castle? I remember saying, "Without humanity, people will lose a lot, but without animality, people will lose everything.".

The vitality of "wildness" is actually the core driving force to ensure that people can continue to go on. Perhaps it is also the case. When many people think that Hong Kong-style martial arts films are beginning to decline, there will be people who are willing to make such great efforts and invest so much to shoot an action film.

The greatest significance of Fortress Besieged by Kowloon Castle is that it provides a new development possibility, that is, an action that has been ignored and abandoned by us — — Fighting originated from human limbs. It still has a lot of room to explore, which may be the next starting point for Hong Kong-style action movies and Chinese-language action movies.