1. Postgraduate scientific and technological team based on postdoctoral research center:
2. A scientific and technological team composed of engineers and university graduates from technical departments and information centers;
3.CAD/CAM Center and technical teams produce first-line technicians and technical teams.
Quantity and distribution
At the beginning of the factory, only a few teachers, such as Ge Nanyao and Zhang Guobang, were in charge of scientific and technological work. Since the 1990s, Tianle Science and Technology Team has grown with the rapid development of China's reform and opening-up, talent flow policy and enterprises, and the number of scientific and technical personnel has increased with the expansion of research fields (electroacoustic, digital and audio). In 2008, there were 680 scientific and technical personnel in the group company. The distribution of professional titles, majors and academic qualifications is as follows:
According to professional titles: it is equivalent to 9 senior engineers and 69 engineers, and middle and senior scientific and technical personnel account for11.5% of the total number of scientific and technical personnel; It is equivalent to 207 assistant engineers and 395 technicians, and junior scientific and technological personnel account for 88.5% of the total number of scientific and technological personnel.
By specialty, there are machinery (mold) 15 1 person, electronic (information) technology 165 person, chemical engineering 38 person, economy and trade 66 person, finance and economics 54 person and other scientific and technical personnel 206 person.
According to academic qualifications: doctor 1 person, 5 masters, 364 junior college students, accounting for 53.6% of the total number of scientific and technological personnel; There are 205 technical secondary school graduates, accounting for 30.1%of the total number of scientific and technical personnel; Junior and senior high school cultural projects11person, accounting for 16.3% of the total number of scientific and technological personnel. At the beginning of 1994, the factory-run electroacoustic research institute was established. At that time, there were no research institutions of electroacoustic devices in China, and there were no manufacturers of special materials and equipment for electroacoustic devices. Many technical problems need to be solved through independent development or joint development. On the other hand, as the largest manufacturer of electroacoustic accessories in China, the school-run factory should also make a breakthrough in the scientific and technological content of its products and make greater contributions to the electroacoustic industry in China. Considering these two aspects,1May, 1994, with the approval of Shengxian Science and Technology Commission, the research institute of Shengxian Electroacoustics General Factory was established, and more than 30 scientific and technological backbones of the company were convened as members of the research institute. The task of the institute is to study the development and application of new products, new processes and new equipment. Thanks to the efforts of researchers, the Institute soon developed new equipment and products, such as automatic measuring and grading machine for cone resonance frequency (in cooperation with Nanjing University), titanium dome diaphragm, spray flash cone and so on. By the end of 1996, 74 scientific research achievements had been made.
At the beginning of 1997, the address was moved to the fourth floor of Tianle Building, and the number of staff increased to more than 60. Professor from Institute of Acoustics of Nanjing University and some experts from China electroacoustic industry expert group were hired as technical consultants. Through assiduous study, bold practice and joint efforts, researchers have successively developed new products such as injection-molded sound pots, honeycomb pots, biological pots, ceramics, flat wire voice coils, and new equipment such as TL-3 automatic copying machine, YCZ-Z 130 automatic forming machine for sound pots, automatic riveting machine for circuit boards and special-shaped glue coating machine. The Institute has successively completed 2 19 company-level scientific and technological achievements and won 57 scientific and technological progress awards in Shengzhou, Shaoxing, Zhejiang and the whole country. Among them, there are 8 second prizes in the national electroacoustic industry and 2 second prizes in Zhejiang Province. Technology Center
1In September, 1998, with the approval of Zhejiang Economic and Trade Commission, an enterprise technology center was established, relying on the electroacoustic research institute and CAD/CAM mold processing center at that time to carry out research and development and application of electroacoustic special equipment and molds, research and development of high-grade electroacoustic products and independent innovation services. In 2008, the organizational structure of the enterprise technology center includes: postdoctoral science and technology workstation, high-tech research and development center for energy-saving sound devices and testing center for energy-saving sound products. In 2008, there were 250 technicians in the Technology Center, including 8 with senior titles and 59 with intermediate titles. Central color Committee system, market-oriented action, enterprise management.
In cooperation with Zhejiang University, East China University of Science and Technology, Nanjing University and Zhejiang University of Technology, the Enterprise Technology Center has developed selvage glue, electro-acoustic measurement system, automatic paper copying machine, rotary automatic paper copying machine, mold design system and automatic positioning support machine. , have achieved good results. Basalt fiber woven basin, PU edge composite basin, foamed rubber edge composite basin, PMI polyphonic basin, TPX polyphonic basin, RPM paper basin, woven PP basin, tape tweeter diaphragm, etc. All independently researched and developed by the center have independent intellectual property rights. Among them, PMI polyphonic basin and TPX polyphonic basin are provincial and national torch plan projects respectively; RPM paper pots and woven PP pots are registered as scientific and technological achievements in Zhejiang Province. In 2007, the non-pulp speaker paper basin and its manufacturing process were patented. At the same time, the center applied for patents 15 from the State Patent Office, including 4 invention patents, 3 appearance patents and 8 utility models. The technology center has played an extremely important role in the technological transformation and innovation of the group company. Postdoctoral workstation
In February 2005, with the approval of Zhejiang Provincial Personnel Department, Tianle Group Postdoctoral Research Center was established. On June 5438- 10, 2006, Dr. He Xiangming was introduced to the workstation to study the process improvement of T-iron and U-iron. After nearly two years' work, breakthroughs have been made in six aspects, namely, the research on the renewal and use of the flattening die material of the upper die of T-iron, the research on the burr removal process of T-iron, the phosphating process specification of T-iron, the solution to the cracking problem of cold heading wire rod of T-iron, the research on the new processing technology of T-iron and the annealing adjustment of T-iron. Many technical difficulties have been solved, the product qualification rate has been improved, the production cost has been reduced, and good economic benefits have been produced. And completed 2 academic papers, one of which was included in SCI. The focus of research work is mainly on the adjustment and improvement of production technology. In the case that the specific reasons and theories lack a lot of basic experimental work, more experiments and theoretical summary work should be done on the premise of solving the process. The specific research topics are as follows: (1) According to the experimental results, the theoretical analysis and calculation of force in the forming process of T-shaped iron and the design flow of T-shaped iron are established; Optimum process for cold-working phosphating film of T-iron with different mushroom head sizes and deformation rates.
In July, 2008, with the approval of Ministry of Human Resources and Social Security, the Postdoctoral Research Center of Tianle Group was upgraded to a national post-doctoral research center.