Xiaoyingba chip is a mining chip

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Centers for Disease Control and prevention generally include disease control department, immunization department, physical examination department, monitoring department, chronic diseases and geo diseases department, STD and AIDS department, etc

The center for Disease Control and Prevention (CDC): its mission is to create a healthy environment, maintain social stability, ensure national security and promote people's health through the prevention and control of diseases, disabilities and injuries; Its purpose is to rely on scientific research, talent as the foundation, disease control as the center

centers for Disease Control and prevention is a public welfare institution organized by the government to implement national level disease control and prevention and public health technology management and service

CDC's management responsibilities include strengthening public functions, such as the prejudging function of infectious diseases transmission, and sending warning messages to people through WeChat or mobile phone short message channels through the Internet big data platform and the infection sources and incidence rate in the surrounding area. p> The disease prevention and control institutions at or above the county level should assist the health administrative departments and relevant departments in sanitary treatment of the accident scene, and carry out epidemiological investigation on the factors related to food safety accidents

extended materials

specific responsibilities

1. Provide scientific basis for formulating laws, regulations, rules, policies, standards and disease prevention and control plans related to disease prevention and control and public health, and provide policy consultation for health administrative departments

To draw up and implement the work plan and implementation plan of national major disease prevention and control and key public health services, and to carry out quality inspection and effect evaluation of national implementation

To guide the establishment of a national public health monitoring system, to monitor the quality of living environment and the risk factors of quality of life, such as nutrition, food, labor, environment, radiation, school health, etc

the occurrence, development and distribution of infectious diseases, endemic diseases, parasitic diseases, chronic non infectious diseases, occupational diseases, public hazards, foodborne diseases, common diseases of students, elderly health, mental health, oral health, injury, poisoning and other major diseases were monitored, and the prevention and control countermeasures were put forward

Participate in and guide the local government to deal with major epidemic and public health emergencies, and establish the emergency response system of national major diseases, poisoning, health pollution, disaster relief and disease prevention and other major public health problems. Cooperate and participate in the investigation and handling of major international public health emergencies by international organizations

5. Participate in vaccine research, carry out vaccine application effect evaluation and immunization planning strategy research, and provide technical guidance and evaluation for the implementation of national immunization strategy

Research, develop and promote advanced detection and inspection methods, establish quality control system, promote the standardization of national public health inspection, provide relevant technical arbitration services, and carry out health quality detection, inspection, safety evaluation and risk analysis of health-related procts recognized by the national health and Family Planning Commission

Establish and improve the national disease prevention and control and public health information network, responsible for disease prevention and control and related information collection, analysis and prediction at home and abroad, to provide scientific basis for disease prevention and control decision-making

To organize and implement the national special investigation on major diseases and public health, so as to provide scientific basis for the formulation of national economic and social development plan and public health strategy

To carry out research and evaluation on the prevention and control strategies and measures of major diseases and public health problems that affect the national social and economic development and national health, and to promote mature technologies and programs

Organize the implementation of national health ecation and health promotion projects, guide, participate in and establish national community health service demonstration projects, explore the working mechanism of community health service, and promote mature technology and experience

To be responsible for the technical guidance of rural water and toilet improvement, to study the problems related to drinking water sanitation in the development of rural undertakings, and to provide the basis for the development, utilization and management of drinking water for relevant departments

Organize and undertake scientific research related to disease prevention and control and public health work, develop and popularize advanced technology

13. Responsible for training the staff of the lower level disease prevention and control institutions

International cooperation and technology exchange should be carried out, and advanced technology should be introced and popularized

15. Undertake other tasks assigned by the National Health Commission

5. Novel coronavirus pneumonia is unnecessary. Class B infectious diseases are reported according to class A infectious diseases.
there are three levels of notifiable infectious diseases in China: ① class A: plague and cholera; ② class B: SARS, AIDS, viral hepatitis, poliomyelitis, human infection with highly pathogenic avian influenza, human infection with h7n9 avian influenza, measles, epidemic hemorrhagic fever (now known as hemorrhagic fever with renal syndrome), rabies, epidemic encephalitis B, dengue fever, anthrax Bacillary and amebic dysentery, pulmonary tuberculosis, typhoid and paratyphoid fever, epidemic cerebrospinal meningitis, pertussis, diphtheria, neonatal tetanus, scarlet fever, brucellosis, gonorrhea, syphilis, leptospirosis, schistosomiasis, malaria, class C: influenza (including influenza A H1N1), mumps, rubella, acute hemorrhagic conjunctivitis, leprosy Epidemic and endemic typhus, Kala Azar, hydatidosis, filariasis, hand foot mouth disease, infectious diarrhea except cholera, amebic dysentery, typhoid and paratyphoid.

6. Hello, I'm from Zhongnan University of mechanics. Professor Wang is very good. I suggest that we apply for the examination.

Professor Wang Hengsheng taught us the fundamentals of mechanical control engineering. Later, he went to study abroad and visited us. His graate students taught us the course, mainly focusing on mechanical control< Main research directions: 1. Control theory and motion control of electromechanical system
2. Dynamic detection and data processing of electromechanical system
3. Electromechanical system modeling and simulation
4. Mechatronics technology and application
5. Robot control technology

projects under research
1. Participated in the ocean special project of the State Council: Research on vehicle walking technology on thin and soft sediment (dyxm-115-04-02-03) (2007.10 ~ 2010.6)
2. Participated in the ocean special project of the State Council: research platform structure of deep sea mining virtual reality and Simulation Research on nole mining (dyxm-115-04-02-01) (2007.10 ~ 2010.6)
2 />3. Participate in the National 863 Project: Research on seabed cobalt rich crust and polymetallic sulfide ore collector technology (2006aa09z232) (2006.12-2009.12)

after answering the questions, you can leave a message for me if you are not clear. I will ask questions separately now, and if you are satisfied, you can give me a message

7. Anshan Iron and Steel Group Corporation. Located in Anshan City, Liaoning Province, China. Its predecessor was Nam man Railway Co., Ltd., which started construction in 1916. After the surrender of Japan, most of the equipment was demolished by the Soviet Union. Anshan Iron and steel company was established after 1948< At present, Anshan Iron and steel company has more than 200000 employees, including 152000 workers and 114000 employees attached to Anshan Iron and steel company, including nearly 30000 scientific and technological personnel. Covering an area of 120 square kilometers, it has 8 secondary companies, 16 factories and mines (including mining, beneficiation, sintering, ironmaking, steelmaking, blooming, rolling main proction and auxiliary proction departments such as chemical instry, fire resistance, machine repair, power, transportation, construction and comprehensive utilization), more than 10 scientific research and design departments, 9 colleges and 13 general hospitals. The company has a total equipment weight of 930000 tons, the original value of fixed assets of 10.1 billion yuan, with an annual output of 25 million tons of iron ore, 7.7 million tons of pig iron, 8 million tons of steel and 5.6 million tons of steel, with a total instrial output value of 4.9 billion yuan. It proces more than 600 kinds of steel procts with more than 20000 specifications, which are supplied to more than 30 instries in China, such as metallurgy, coal and electric power, and exported to Hong Kong and Macao, Japan, Southeast Asia and other regions of the world
Anshan Iron and Steel Group Co., Ltd. is a super large state-owned enterprise in China. There are abundant magnesite, limestone, clay and manganese ores around it, providing rare auxiliary raw materials for ferrous metallurgy< The predecessor of Angang is Anshan Iron Making Institute. Anshan Iron and steel company was founded in 1948. During the period of the first five year plan (the end of 1953), Anshan Iron and steel company's large rolling mill and other three major projects were completed and put into operation. The northeast instrial base centered on Anshan Iron and steel company was formed. On July 9 of the next year, the construction started on the ruins, the proction was quickly restored, and large-scale technical transformation and capital construction were carried out. Now the total area is 176 square kilometers, including 129.19 square kilometers of instrial land. The group company has 6 large iron mines, 4 concentrators, 1 ironmaking plant, 2 steelmaking plants, 13 rolling plants, auxiliary supporting units such as coking, fire resistance, machinery, power, transportation, construction and comprehensive utilization, as well as scientific research and design units such as technical center, design and Research Institute and automation company. The comprehensive capacity of pig iron, steel and steel is more than 10 million tons< Since the founding of the people's Republic of China, Angang has made great contributions to the national economic construction. From 1949 to 2004, Angang proced 321 million tons of steel, 316 million tons of pig iron and 222 million tons of steel. 83.5 billion yuan of profits and taxes were paid, equivalent to 15.4 times of the state's investment in Angang in the same period, and more than 50000 technical talents were transferred to the national metallurgical instry. At present, Angang can proce more than 700 varieties and more than 25000 specifications of steel procts. It has passed IS09002 quality system certification, marine steel has passed 9 classification societies certification, and oil pipe has passed API certification. In the process of transforming traditional instries with high and new technologies, Anshan Iron and Steel Co., Ltd. adopted new environmental protection processes and technologies, implemented the strategy of sustainable development and strengthened environmental governance, resulting in a blue sky over the plant area. An instrial sewage treatment plant with a daily treatment capacity of 220000 tons has been built, and 168000 tons of circulating water can be recycled every day. At present, 155 hectares of mine reclamation area and 600000 trees have been completed. The greening area of the plant area reached 34.2%. The main body of iron and steel has passed ISO14000 environmental management system certification and OSHMS occupational safety and health management system certification, and the proction of steel procts in accordance with international and international advanced standards has been reliably guaranteed< Since 1995, in accordance with the requirements of "reform, reorganization, transformation and strengthening enterprise management", Angang has continuously deepened the enterprise reform, formed the system framework of parent subsidiary company, and initially established the modern enterprise system. The new iron and Steel Co., Ltd. of Angang Group was established by exploring various forms of public ownership; Angang New Steel Rolling Co., Ltd. was founded, and its shares were listed in Hong Kong and Shenzhen. Continuous large-scale technological transformation, out of a "high starting point, less input, fast output, high efficiency" old enterprise technological transformation new way, the main technical equipment and proction process to reach the international advanced level, formed from hot rolled plate, cold rolled plate to galvanized plate, color coated plate, cold-rolled silicon steel complete proct series. Angang has become one of the few steel enterprises that can proce car panel in China and the largest supplier of container steel plate in the world
to build a quality base and create a world brand is the firm business philosophy and unremitting pursuit of Angang people formed in the tempering of market economy. By 2006, a 16 million ton steel quality plate base will be formed with automobile plate, household appliance plate, container plate, pipeline steel, cold-rolled silicon steel and other leading procts; By 2010, the overall scale of Angang will reach more than 20 million tons of steel, become a world-class iron and steel enterprise, and enter the world top 500
the company ranked 31st in the 2006 top 500 Chinese enterprises jointly released by China Enterprise Federation and China Entrepreneurs Association, and 48th in the 2007 Top 500 Chinese enterprises< In 1904, the Russo Japanese war broke out, and after the defeat of Russia, the Portsmouth peace treaty was signed. Japan seized the South Manchuria Railway and LvDa leased land from Changchun to Dalian, which was originally controlled by Russia
in 1906, in order to strengthen Japan's political and economic aggression against Northeast China, Japan set up South Manchuria Railway Co., Ltd. (hereinafter referred to as Manchuria Railway) in Dalian as the base camp of economic aggression against Northeast China
in August 1909, Manchurian Railway sent illegal secret exploration to Anshan area, and investigated iron ore hill, West Anshan, East Anshan, gushushan, cherry orchard, Guan Mun hill, Xiaoling Zi, Gongchangling and more than ten iron mines, and found Dashiqiao magnesite and Yantai clay mineral resources.
therefore, the president of Manchurian iron and Steel Corporation, shojiro Nakamura, proposed a plan to plunder the iron and steel resources in Anshan area. The traitor Yu hanchong and Japanese masaku Kamata came forward to set up Sino Japanese joint Zhenxing iron ore Co., Ltd
in mid July 1916, the General Administration of Zhenxing iron ore Co., Ltd. was established in Fengtian with a capital of 140000 yen. Nominally, China and Japan invested half of each other, but in fact, it was initially invested in full by Manchurian Railway. The General Administration of mining was set up in Qianshan and moved to Anshan two years later. In 1917, the mining rights of Dagushan, yingtaoyuan, DONG'ANSHAN, xi'anshan, wangjiabaozi, bianmianshan, Guanmenshan, xiaolingzi and tieshishan were obtained. Its total area is 14578 mu. In 1921, it obtained the mining rights of jiapuzi, yidanshan and xinguanmenshan. Only from 1926 to 1933, 4.8 million tons of coal was recovered. The general administration was dissolved in 1940 and merged into Showa steel
in 1916, when Manchurian Railway started to set up a company, it began to build Anshan iron making station. In 1916, the Japanese government approved the establishment of Anshan Iron Making Institute. On April 3, 1917, the "dizhenji" was held and the construction of blast furnace was started. On May 15, 1918, "Anshan Iron Making Institute" was officially established, with yutaro batian as the director of Anshan Iron Making Institute. Most of the plant construction projects were completed at the end of the year. In March 1919, the coking plant began to proce coke. On April 29, No.1 blast furnace was ignited, marking the formal operation of Anshan Iron Making Institute< After the September 18th Incident in 1931, Japan occupied the whole northeast. In 1933, the Japanese government, with the support of the Military Ministry, relocated the Showa steel plant originally planned to be built in North Korea to Anshan. Manchurian iron and Steel Co., Ltd. fully funded the project. On the basis of Anshan Iron and Steel Co., Ltd., it built steel mills and rolling mills and became an iron and steel complex. Anshan Showa Steel Co., Ltd. is a Japanese legal person, a subsidiary of Manchuria Railway Corporation, and its president is Takeo ng. Before the establishment of Showa iron and Steel Co., Ltd., it signed an agreement with Manchurian Railway to continue to employ all the staff of the former Anshan Iron and Steel Co., Ltd., thus annexing Anshan Iron and Steel Co., Ltd. On June 4, 1936, Zhenxing company leased the mining rights of 11 mining areas such as Dagushan to Zhaohe iron making Institute for direct mining. On July 1, 1937, Showa steel took over the property rights and debts of Zhenxing company. On December 7, 1940, Zhaohe iron and steel company completed the ore transfer proceres and completely merged with Zhenxing iron and Steel Co., Ltd., forming a continuous proction system of mining, beneficiation, ironmaking and steel rolling
with the expansion of Japan's armament scale, Angang's proction scale has developed by leaps and bounds. By 1941, it had the capacity to proce 2.5 million tons of iron, 1.3 million tons of ingots and 750000 tons of steel annually. Its steel proction capacity accounts for 28.4% of the total proction capacity controlled by Japan, and its scale is second only to the Bafan iron making Institute in Kyushu (today's Nippon Steel). At that time, benxihu coal and Steel Association, another iron and steel procer in Manchuria, was only one third of the scale of Showa steel
by 1943, the proction capacity of Showa steel reached the highest, with iron proction of 1.3 million tons, steel proction of 843000 tons and steel proction of 495000 tons. According to the annals of Anshan; Anshan Iron and steel coil records: "from 1935 to 1945, Zhaohe iron and Steel Institute and Anshan plant of Manzhou iron and Steel Association proced 9.056 million tons of pig iron, 5.474 million tons of steel and 3.278 million tons of steel< Some main data of Showa Steel Co., Ltd.
I. blast furnaces
by 1944, there were nine blast furnaces using rection roasting method< No.1 blast furnace, the third generation, was built in 1932, and its main components are made by Deutschmark company with an annual proction capacity of 700000 tons of pig iron
No.2 blast furnace, the third generation, was built in 1935, and its main components are made by Deutschmark company with an annual proction capacity of 700000 tons of pig iron
No.3 blast furnace, the second generation, built in 1930, and its main components are made by GE company of the United States, No.4 blast furnace with an annual proction capacity of 800000 tons of pig iron
the first generation, built in 1937, the main components are made by German Demark company and AEG company, with an annual proction capacity of 700000 tons of pig iron
No.5 blast furnace, built in 1938, self built, with an annual proction capacity of 1 million tons of pig iron
No.6 blast furnace, built in 1938, self built, with an annual proction capacity of 1 million tons of pig iron
No.7 Blast furnace, the first generation, Built in 1939, self built, with an annual capacity of 1 million tons of pig iron
No.8 BF, the first generation, built in 1939, self built, with an annual capacity of 1 million tons of pig iron
No.9 BF, the first generation, built in 1943, self built, with an annual capacity of 250000 tons of pig iron
(the annual capacity is the ideal output calculated under the condition of using Fushun coal, the so-called "standard Dongyang coal"). In fact, e to the problems of coal supply and proction, each blast furnace has not reached the maximum output)
II. Steelmaking
the steelmaking technology at that time can be divided into separate steelmaking method and combined steelmaking method according to the equipment. The separate steelmaking process is divided into open hearth process (including acid open hearth process and basic open hearth process), converter process, electric furnace process and crucible furnace process. The combined steelmaking process is divided into acid converter and pre refining furnace, which are respectively combined with fixed open hearth furnace, tilting open hearth furnace and Talbot open hearth furnace, with a total of six kinds. Because of the grade problem of Anshan Iron Mine, only the combination method of pre refining furnace and tilting open hearth furnace can be used. According to the raw material supply, it can be divided into pig iron + scrap, pig iron + ore and scrap. The pig iron ore process is used in Anshan iron making plant
No.1 Steelmaking Plant: 1 600 t mixer, 3 300 t refining furnaces, 2 150 t open hearth furnaces and 4 100 t open hearth furnaces, with an annual capacity of 580000 tons of ingots< No.2 Steelmaking Plant: 2 600 ton mixer furnaces, 4 300 ton refining furnaces and 62 150 ton open hearth furnaces, with an annual capacity of 750000 tons of steel ingots
ingots need to be processed into steel

8.

Gudesheng is the main founder of vibration ore drawing technology and continuous underground mining technology in China
he established the principle of vibration ore drawing with the effective range of vibration energy, the behavior of the ore under vibration, the law of vibration energy dissipation and the optimization of the parameters of vibrator embedding as the core, and the theory of stope continuous process optimization with the main contents of continuous mining process system, block management of continuous operation and optimization and matching of continuous operation units
gudesheng invented the vibro type vibrating ore extractor, mobile segmented vibrating transport train and multi-function vibrating ore screening and washing equipment, which basically eliminated the ore blocking, arching, stacking stagnation, pipe flow and other accidents that could not be solved by the old process, and brought a change to the material treatment process; The original research direction of "rock mutation mechanics" was put forward, and the rock mutation experiment system was developed; Innovating various mining methods and technologies for underground metal mines; The continuous mining technology of underground mine and the mining environment of difficult to mine orebody are created, and a large number of ore collapse technology are reconstructed. The continuous operation line of ore drawing and ore transportation in stope is built, and great economic benefits are obtained. Gu Desheng published five monographs, including vibration mining technology, modern mining science and technology of metal deposits, planning and design of waste free mining of deposits, and published more than 140 papers, including "ZCYS continuous operation unit for stope mining and ore transportation" and "scientific problems in deep mining of metal deposits"
■ main paper title publication periodical publication time ZCYS continuous operation unit of stope extraction and transportation nonferrous metals issue 6, 1991 microcomputer local area network management information system of mining enterprises Chinese Journal of nonferrous metals issue 6, 1996 bulk ore management in underground continuous mining of metal deposits Jiangxi metallurgy issue 17, 1997 scientific problems in deep mining of metal deposits metal Research on the development strategy of mine management informatization in mining instry of China, issue 6, 1998 knowledge economy and mining instry in the 21st century, issue 8, 1999 mining instry research and development, issue 19, 1999 new mine EIS based on data warehouse, Issue 9, 2000 theoretical calculation of the impact area of cylindrical charge explosion shock wave, issue 20, 2000 mining and Metallurgical Engineering Reliability analysis and design of pillar continuous mining consideration on the development of mineral resources in Western China in the 3rd issue of China Engineering Science 2001 status quo of application of fly ash in the 21st issue of 2001 mining technology consideration on environmental protection of mining enterprises in China after China's accession to WTO in the 2nd issue of 2002 development trend of underground metal mining science and technology in China Mining in the 12th issue of 2003 Experimental study on vibration feeding technology of graded tailings filling system in gold 2004 issue 57 of nonferrous metals preliminary study on key structures controlling roof caving process 2006 issue 26 of mining research and development new ideas for mining environment reconstruction and Mining Development 2007 issue 16 of China mining instry Simulation of excavation and backfilling in mining engineering transaction of Nonferrous Metals Society of China determining quantity function from authorized sample using partial maximum entropy and fractional partial probability weighted motions computer methods in Applied Mechanics and engineering structures University of science and Technology Press rock impact dynamics Central South University of Technology Press Planning and evaluation of non hazardous Mining Metallurgical Instry Press mining economics Central South University Press modern metal deposit mining science and Technology Metallurgical Instry Press title of scientific research institution China Mining Association China Mining Association Consultant Consultant of mining Academic Committee of China Nonferrous Metals Society, Chinese Academy of engineering, standing committee of Ministry of energy and mining engineering, Chinese Academy of engineering, member of national engineering ecation professional certification Expert Committee of Ministry of ecation, member of Hunan Invention Association, Council member of Hunan Invention Association, national geological and mineral discipline teaching steering committee, national geological and mineral discipline teaching steering committee Director of China Federation of mining instry, senior senior minister of China Federation of mining instry, journal
served as editorial board member of nonferrous metals magazine
served as editorial board member of mining and metallurgical engineering magazine
General Consultant of world mining express
Senior Consultant of mining research and development< From 1998 to 2003, he was a member of the ninth and Tenth CPPCC National Committee< In 2010, he was a member of the Ninth CPPCC Hunan Provincial Committee, and in 2003, he was an independent director of Anhui Tong Copper Co., Ltd
in 2007, he served as an independent director of Western Mining Co., Ltd< In 2009, he served as a non-executive director of Luoyang Luanchuan Molybdenum Group Co., Ltd
in March 2012, Goodson founded a studio in Yunxi
in 2014, he was the senior technical consultant of China Gold Group Corporation. In 1983, he won the third prize of National Invention Award
in 1985, he won the national "labor model" of nonferrous metal instry
in 1986, he won the national "young and middle-aged experts with outstanding contributions"
in 1987, he won the second prize of science and technology progress award of State Ecation Commission
in 1991, he was awarded the national outstanding contributor of science and technology ring the Seventh Five Year Plan< In 1991, he won the first prize of science and technology progress of China National Nonferrous Metals Instry Corporation, in 1992, he won the first prize of national science and technology progress, in 1994, he won the science and technology award of Wang Danping, in 1994, he won the science and technology Xingxiang award and the national advanced indivial of Returned Overseas Chinese
in 1994, he was listed as "outstanding person in the world" by Cambridge World celebrity biography center
in 1995, he was awarded the national excellent teacher for returned overseas Chinese and their families<
won the "Hunan Science and technology star" in 1996
won the "science and Technology Progress Award" of He Liang He Li foundation in 2002
won the seventh "Guanghua Engineering Science and Technology Award" in 2008
won the first "Ye Jianying Award" in 2013

9. Give you a suggestion: Taiyuan University of science and technology is the predecessor of Taiyuan Institute of heavy machinery, and the predecessor of Yanshan University is also called Harbin Institute of heavy machinery; Both schools are strong in mechanical engineering. Yanshan University is very strong in the mechanical engineering discipline, ranking 14th in the 2012 discipline ranking of the Ministry of ecation. Yanshan University has no obvious mountains and no dew, so it may be easier than some 211 universities, and the risk is small, which is much stronger than many 985 universities. The above is for reference only.