National Science and Technology Industry Development Strategy for the First Time The city’s Ministry of Science and Technology recently approved pilot projects for the first batch of 41 national innovative industrial clusters, and officially started construction. It plans to support 20 million to 30 million yuan each year for each pilot cluster, with rolling support for three consecutive years. . The “China (Wenzhou) Laser and Photovoltaic Industry Cluster†approved by the city is among them, and it is the only one that has entered the industry cluster in our province. According to Chen Xiangdong, deputy secretary-general of the municipal government, this is the first time that the city has obtained the strategic layout of the development of the science and technology industry of the national ministries and commissions. It is also the first time that the city has implemented the national development strategy at the local level. This is a historic opportunity for the city to achieve its transformation and development.
The laser and optoelectronic industry, as the basic industry of China's seven strategic emerging industries, is a typical technology and capital-intensive industry with high technological content, large industrial correlation, and good development prospects. It is the largest and most developed in the world in this century. Potential industry. The laser and optoelectronics industry is the sum of all types of components, components, equipment and application markets made up of optoelectronic technologies, including optoelectronic components, optoelectronic displays, optical input/output, optical storage, optical communications, lasers, and photovoltaic energy. Semiconductor lighting, optoelectronic peripheral products (mainly optoelectronic products for manufacturing equipment) and other nine types of industries.
Taking the lead in the development of laser, photovoltaic energy, semiconductor lighting, and optical communications. Although the laser and optoelectronic industries in our city started relatively late, they have developed rapidly and have established a certain foundation in terms of industry scale, industrial chain, industrial clusters, enterprise development, and innovation capabilities. According to statistics, in 2010, there were more than 80 laser and optoelectronic enterprises in the city, of which 21 high-tech enterprises achieved output value of 22.88 billion yuan. The laser and optoelectronic industries mainly focus on urban and surrounding areas of Rui'an, Cangnan, Yueqing and Yongjia, and initially formed an industrial chain featuring laser applications, photovoltaic power generation, LED lighting, and optical communications, especially a group of traditional industry backbones. The company is turning to the laser and optoelectronics industry.
"In the next five years, the existing enterprises in the city will increase investment by 11.2 billion yuan, and it is estimated that the new output value will exceed 50 billion yuan." The person in charge of the City Cluster Office said that according to the "China (Wenzhou) Laser and Photoelectric Industry The "Cluster Construction Development Plan" and the "Twelfth Five-Year Plan" period will focus on the development of laser, photovoltaic energy, semiconductor lighting, and optical communications. The next four major industries will implement the key, common technology and major technology research and development efforts. We will focus on the development of laser components such as laser components and laser medical equipment. We will focus on developing photovoltaic energy products such as high conversion efficiency batteries, focusing on the development of semiconductor lighting products such as electrodeless lamps, and focusing on the development of optical communication products such as optical fiber cables.
Qiu Feizhang, deputy director of the Provincial Department of Science and Technology, said that the Provincial Department of Science and Technology will increase support and policy inclinations for enterprises that are developing laser and optoelectronics industries.
To create a “GuoZihao†industrial cluster. For Wenzhou, to cultivate the “GuoZihao†industrial cluster, how should we solve the problems encountered in the development of the industry, such as the shortage of land resources, lack of professional talents, and weak corporate innovation capabilities?
The Deputy Mayor Xu Yufei said that from next year, an additional 50 million yuan will be allocated each year for scientific and technological funding, and a special fund for laser and optoelectronic industrial cluster construction will be established for the implementation of subsidies, incentives, and supporting funds for the cluster projects. Accelerate the construction of laser and optoelectronic cluster centers and launch the construction of China's laser and optoelectronic technology innovation park. In the New District of the High-tech Zone, the Economic Development Zone, and the Minjiang River Estuary New District, a 5 square kilometre start-up area will be built in advance to ensure the development of space and enhance the ability of the cluster to independently innovate.
After the briefing, Zhao Mingpeng, director of the Torch Center of the Ministry of Science and Technology, went to the New Area of ​​Minjiang River Estuary and Wenzhou High-tech Industrial Park for field research. "We plan to invest 300 million yuan next year to start the construction of the China Optoelectronics Innovation Building, laser and optoelectronics industry incubators, and the introduction of innovative platforms and innovative teams." The responsible person of the High-tech Zone Management Committee said that the core area of ​​the laser and optoelectronic industrial clusters is planned. 1.95 square kilometers, taking Wenzhou Science and Technology City as the starting area, accelerating the construction of innovative platforms, and starting the construction of R&D headquarters buildings, talented apartments and other supporting facilities. The introduction of R&D centers, key laboratories, and achievement transfer centers for elite universities and colleges, attracting domestic and foreign advanced laser and optoelectronic projects and dragon skull enterprises, and creating a domestic first-class laser and optoelectronics industry core campus.
In order to provide professional talent support for the construction of industrial clusters, while introducing leading talents and innovation teams in the field of laser and optoelectronics, laser and optoelectronic specialty courses are set up at Wenzhou University, Zhejiang Institute of Industry and Commerce, and other universities in Wenzhou, setting up undergraduate and vocational enrollment. Professional, localized cultivation of a group of professional and technical personnel with strong R&D and application skills.
Straight type rice cooker
Features
Straight type Rice Cooker is similar with drum type rice cooker , but its outer materials are more soft and have more pattern can be choose.
And It is possible to cook soups, stews or sponge cakes in electric rice cookers.
Applications
The cooking bowl is filled with rice and water. During cooking, the rice/water mixture is heated at full power. The water reaches a temperature of 100 °C (212 °F); it cannot get hotter than its boiling point (all the energy goes into vapourizing the water). At the end of cooking there will be no free water left; most will have been absorbed by the rice, and some boiled off. As heating continues, the temperature can now rise above boiling point; this makes the thermostat trip. Some cookers switch to low-power "warming" mode, keeping the rice at a safe temperature of approximately 65 °C (150 °F); simpler models switch off.
This means that if more water is added, the rice will cook for longer.
Some people prefer to achieve the water absorption by simply leaving the rice soaking in the rice cooker overnight before starting cooking in the morning. Some other types of rice, e.g., long-grain rice or scented rice such as jasmine rice, do not require washing or the water absorption step. The water for cooking is added to the inner bowl by using measuring cups or simply filling up to the appropriate graduated mark in the inner bowl. Although cold water is normally added, boiling water is used for cooking sushi rice.
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