On December 26, 2017, the General Office of the National Development and Reform Commission issued the Implementation Plan for Key Technologies for Industrialization of Key Industries in the Three-Year Action Plan for Enhancing the Core Competence of the Manufacturing Industry (2018-2020) (hereinafter referred to as “Implementation Plan”). Nine key areas.

They are nine key areas such as rail transportation equipment, high-end ships and marine engineering equipment, intelligent robots, smart cars, modern agricultural machinery, high-end medical devices and medicines, new materials, intelligent manufacturing, and major technical equipment.

In this regard, Huang Hanquan, director of the Institute of Industrial Economics, Technology, and Economics of the China Academy of Macroeconomics, analyzed 21st Century Business Herald reporters. By focusing on the nine key areas and focusing on industrialization of key technologies for the development of the industry, he can “make up for shortcomings”. This will promote China's manufacturing to a new level.

The "Three-Year Action Plan" previously issued by the National Development and Reform Commission mentions that by the end of the "Thirteenth Five-Year Plan", rail transit equipment and other manufacturing key fields have broken through a number of major key technologies to achieve industrialization and formed a group of leading companies with international influence. In order to create a group of well-known brands made in China and create a number of internationally recognized Chinese standards, the manufacturing innovation capability has been significantly improved, product quality has been greatly improved, and overall quality has been significantly enhanced.

Intelligent robots and smart cars attract attention

In the nine key areas, smart robots and smart cars have attracted much attention.

According to the “Implementation Plan for Industrialization of Key Technologies for Intelligent Robots,” key integrated technologies such as smart robot operating systems and intelligent robot cloud service platforms should be integrated and innovated, and the intelligent transformation of production processes in typical manufacturing fields should be promoted.

The National Development and Reform Commission proposed that in the area of ​​accelerating the promotion and application of intelligent service robots, the NDRC proposed to focus on the development of intelligent service robots with a large market potential, a good industrial base, and a clear spillover effect. The key development direction will be modularization, networking, and intelligence. Special service robots, medical rehabilitation robots, public service robots, personal service robots, product quality and comprehensive competitiveness, accelerate product promotion and application.

"Compared with the development level of the industrial robot market, there is still much room for improvement in the service robot market." The 7th "Wu Wenjun Artificial Intelligence Science and Technology Award" Award Ceremony and the 2017 China Artificial Intelligence Industry Annual Meeting held on December 23rd In the past, Chen Yangbin, deputy general manager of Ningbo GQY Video Co., Ltd. (300076.SZ), introduced the 21st Century Business Herald reporter.

According to the planning of the National Development and Reform Commission, in the field of public service robots, it will focus on the development of automatic reception for financial institutions, such as guides, pavilions, hospital guides, mall shopping guides, and public service robots for the security and cleanliness of public facilities such as airports and communities. Improve product complex scene service capabilities, broaden product application areas, and improve public service quality.

In response, Chen Yangbin said that for the first time, the country has proposed the direction of the development of public service robots, which has important guiding significance for enterprises. “We have now launched public service robots adapted to financial institutions, hospitals, airports, courts, and procuratorates. In the future, we will further explore new application scenarios.”

"We will launch a new robotic product in the near future to provide services in the smart retail space and more new application scenarios." Tao Chao, chairman and co-founder of cloud technology, disclosed to 21st Century Business Herald reporter.

At the same time, in the "Implementation Plan of Key Technologies for Smart Car Industrialization", the National Development and Reform Commission proposed to establish a basic technology system and database for smart cars, break key common technologies for smart cars, carry out research on smart car information security technologies, and upgrade the key software and hardware of smart cars.

Among them, in breaking key common technology fields of smart cars, new intelligent terminal modules with functions of multi-mode communication, multi-mode positioning, and intelligent gateways should be researched and developed, based on artificial intelligence basic computing architecture, loading of high-performance processing chips, and strong real-time onboard operations. The system's multi-core heterogeneous intelligent computing platform technology, all-weather complex traffic scene high-precision positioning and map technology, high-throughput, low-delay multi-sensor fusion sensing technology, LTE-V2X, 5G-V2X automotive wireless communication key technologies, and Standard cloud control platform technology for data communication and application interface standardization, cloud platform interconnection, data sharing and open sharing.

The so-called intelligent car technology, the most concerned about is the automatic driving. Sui Jun, Managing Director of SDIC Innovation, analyzed the 21st Century Business Herald reporter that the automobile industry is currently in the "assisted driving" and "semi-automated" phase, and "conditional automation" has a certain technical reserve, and is expected to be around 2020. It will usher in the industrialization of intelligent driving.

Yan Jun said that the ADAS (advanced driver assistance system) is the key place for smart driving. Currently, it is in the lead-in period, and the penetration rate continues to increase.

Industrial Investment Fund Supports Backbone Enterprises

According to the "Three-Year Action Plan," the state will make full use of existing channels, increase capital input, and support the construction of key technologies and key common technology platforms in key areas.

The National Development and Reform Commission proposed the use of innovative funds and actively used industrial investment funds such as the Advanced Manufacturing Industry Investment Fund and the Beijing-Tianjin-Hebei Industrial Cooperative Development Investment Fund to foster innovation and development of key enterprises and industrial alliances and promote key technology industrialization projects in key areas.

According to statistics, in June 2016, with the approval of the State Council, the National Development and Reform Commission, the Ministry of Finance, and the Ministry of Industry and Information Technology were involved. Other investment entities such as the United Nations Development and Investment Corporation and Industrial and Commercial Bank of China jointly invested in the establishment of an advanced manufacturing industry investment fund. The first phase will have a scale of 20 billion yuan, and the second phase will have a scale of 80 billion yuan.

In September 2017, headed by the National Development and Reform Commission, the Ministry of Finance, and the Ministry of Industry and Information Technology, Beijing, Tianjin, Hebei Province, and the National Development and Investment Corporation, China Merchants Group, Industrial and Commercial Bank of China, and Tsinghua University jointly invested in the establishment of the Beijing-Tianjin-Hebei industry. Collaborative development of investment funds, the first phase of the scale of 10 billion yuan.

Huang Hanquan explained that "the above two industry funds play a guiding role, reflecting the government's support and attention, and inciting and attracting more social capital investment."

The National Development and Reform Commission proposed to improve the encouragement policy for the first (set) of major technical equipment demonstration applications, and to improve the incentive and restraint mechanisms of research and development units in product innovation, value-added services, and demonstration applications.

In addition, the "Three-Year Action Plan" proposes to actively play the advantages of policy-based finance and commercial finance, use loan interest subsidy and guarantees, and guide various financial institutions to increase credit support for the implementation of the action plan and reasonably determine the loan interest rate.

The National Development and Reform Commission requested support for the integration of production and finance of manufacturing enterprises in key areas, the development of product financing and leasing business, and the promotion of pilot leasing asset securitization. We will improve the multi-level capital market, and provide support to enterprises that meet the requirements of the action plan in issuing stocks, corporate bonds, corporate bonds, medium-term notes, short-term financing bonds, and absorbing private equity investment.

In this regard, Silicon Valley Venture Capital Investment Director Zhang Chi analyzed 21st Century Business Herald reporters. This is a great advantage for start-up companies and listed companies in the field of smart manufacturing. Those companies that are truly technologically brave to innovate will benefit from the capital market. .

Load Cell

A load cell (force transducer) is a physical element that can translate pressure or force into an electrical signal. The most common type is the strain gauge load cell, which is a mechanical element of which the force is being sensed by the deformation of a (or several) strain gauges on the element. It converts a force such as tension, compression, pressure, or torque into an electrical signal that can be measured and standardized. As the force applied to the load cells increases, the electrical output signal changes proportionally. Load cells are designed to measure a specific force, and ignore other forces being applied. The electrical signal output by the load cell is very small and requires specialized amplification. Load cells are designed to measure force in one direction. They will often measure force in other directions, but the sensor sensitivity will be different, since parts of the load cell operating under compression are now in tension, and vice versa.
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