Hundreds of boats compete for flow, thousands of sails compete for wisdom to create a guest heroic posture exhibition

2018 "Maker China" Innovation and Entrepreneurship Competition

Smart Factory Professional Competition Project Elegance Glimpse

Sponsored by the Information Center of the Ministry of Industry and Information Technology and the China Association of Small and Medium-sized Enterprises, Tsinghua University Tianjin High-end Equipment Research Institute, Qingyan Houde (Beijing) Technology Co., Ltd. and Qingdao Hai Chuanghui Entrepreneurship Service Co., Ltd., Qingyan Haichuang (Tianjin) Entrepreneurship Service Co., Ltd., Haier Digital Technology (Shanghai) Co., Ltd. jointly organized the 2018 "Maker China" Innovation and Entrepreneurship Competition Smart Factory Professional Competition since the project solicitation started in June, attracted a large number of outstanding enterprises and maker teams from all over the country, innovative projects are even more dazzling, each with its own merits-nuclear power plant digital maintenance simulation, SMT patch intelligent manufacturing, efficient lightweight flexible wearable electromagnetic absorption MXene film, handheld smart cold App, steel tube bundle intelligent production line, bracelet magic network factory, cloud warehouse big data monitoring platform ...... Just look at the name, it is enough to make people think about it.

Let's capture a few small shots of these many highlights,

Let's experience the ups and downs of the innovation road of smart creators together!

　　Lens 1: Future private nuclear power maintenance simulation service

The nuclear power simulation creator team brought the "digital maintenance simulation of nuclear power plants" project. regarding the origin of the project, project leader sheng teacher talked about his several experiences in the nuclear power industry-in 2004, when he trained the nuclear power maintenance personnel in a nuclear power group, he was particularly shocked by what he learned: when workers entered the power station for maintenance, in order to seize the progress, the disassembled control rod absorber is placed next to it, and workers repair it on the spot, and the control rod absorber is very radioactive. Some workers were blistered on their faces due to poor physical fitness and poor radiation resistance. They were unable to work and had to go back to their hometown. However, they were young and old, and the whole family counted on this income, so they cried and cried and did not want to go back. In a large nuclear power plant, he learned that when repairing key parts, workers may receive a dose that reaches the dose limit allowed by a person stipulated by the state. Therefore, although these workers are skilled workers, they will not be able to undertake similar maintenance tasks in the rest of the year. In theory, these people should go to the seaside for vacation and have a complete rest. However, due to the limited number of personnel in the maintenance factory, in order to save costs, they have already received enough maintenance personnel, and can only do low-wage tasks such as cleaning, resulting in workers not being motivated to engage in maintenance work in high-dose locations. Because after finishing, instead of their own wages reduced. In addition, in order to familiarize workers with the maintenance scene, some nuclear power plants have specially built exactly the same equipment as the real nuclear power plant, allowing workers to do simulation training. The effect is of course very good, but the cost is too high to be widely used. In the exchange with foreign counterparts, Mr. Sheng also found that the maintenance of foreign nuclear power plants also has similar chaos. The maintenance of nuclear power plants is not carried out by the owner's own personnel, but is entrusted to outside companies. There are workers who are not familiar with the internal scenes of nuclear power plants, and various errors and safety accidents occur frequently.

In view of the fact that the radiation protection and maintenance simulation is basically zero in the maintenance phase of nuclear power plant, the nuclear simulation team innovatively developed an interactive manufacturing application software of digital enterprise based on Dassault V6 platform on the basis of the rapid development of VR and AR technology and digital factory technology, which mainly simulates, evaluates and optimizes the whole production process through digital factory technology, so that the manufacturing process can be tested in the virtual space, shorten the time from planning to production. Teacher Sheng said that this is a set of digital factory software with strong universality and multi-scene application. It has unique value when applied to nuclear power maintenance simulation. First, it can reduce the radiation dose of maintenance workers and prolong the life of workers. It is a matter of great merit; second, it can shorten the maintenance time and improve the utilization rate of nuclear power plants. The daily profit of the nuclear power plant exceeds 15 million yuan. The operator is very concerned about the safety and full power operation of the power plant. Everything makes way for the safety and full power operation of the power plant. The maintenance simulation of the nuclear power plant can help achieve this goal. It will take about 100 years for nuclear power plants to be decommissioned from the beginning of the project plan. They hope to take maintenance simulation as a breakthrough and carry out full life cycle PLM nuclear power plant management simulation service in the future, so as to develop a brand of private nuclear power maintenance simulation service in the huge nuclear power market.

　　Camera 2: Passionated College Maker Group

The maker of Beijing Institute of Technology brought to the competition more than ten innovative and entrepreneurial projects completed by graduate students from the fields of power machinery and engineering, aerospace science and technology, electronic science and technology, pattern recognition and intelligent systems, from the optimization technology of diesel engine's low-temperature starting performance based on multi-valve system, the design of new topological semi-metallic materials and the regulation of quantum characteristics to the research on structural optimization and motion stability of electric quadruped robots, portable rubber tapping robots and other projects, all of them show the excellent ability of these young makers to start their own businesses based on their studies and turn their ideals into reality with high-tech methods.

Several participating teams from Tianjin University, such as the Winter Rain Team, the Lights Team, the Dream Team, the Longqi Team and the Yineng Team, have brought innovative projects with their own characteristics, such as Andian Cat, intelligent recruiting system, intelligent coffee production and sales, modular open source 3D printer for scientific research market, "making straw 'burning' more perfect", etc, they involve a wide range of integrated intelligent monitoring of electrical equipment, intelligent storage and intelligent matching, robots in the Internet industry, integration and coupling of multi-materials and multi-technologies on 3D printers, BASIC_biomass incineration, gasification calculation software and other fields. Some projects are original in China, others have reached a sense of cooperation with well-known domestic manufacturers, and have great growth potential.

The unique "chess digital intelligent manufacturing demonstration line" project comes from Tianjin Institute of Mechanical and Electrical Technology, which is an intelligent manufacturing demonstration line training platform for vocational training. It includes a complete set of Chinese chess automatic production lines, including DNC machine tools, AGV trolleys, industrial robots, loading and unloading units, assembly stations, three-dimensional libraries and other intelligent manufacturing basic units, at the same time, it also integrates robot visual positioning and detection, MES information management, big data analysis, 3D additive manufacturing, VR synchronous virtual simulation, industrial production network security monitoring and other technologies, intuitively shows the application of various new technologies in production, has four major functions of demonstration, training, evaluation and consultation, and can provide intelligent manufacturing demonstration effect for the vast number of traditional manufacturing enterprises, the project construction plan has passed the review of the technical expert team inside and outside the school, and is currently in the initial debugging stage of the system. It will be applied to the practical teaching of hundreds of students majoring in industrial robots, mechanical manufacturing and automation (3D production).

　　Lens three: personalized custom "steel tailor"

Welding and cutting process, known as "steel tailor", is the most basic production and processing technology in modern industry, reflecting the manufacturing level of a country's major and core equipment, and is a key technical field of China's manufacturing 2025. Hebei Chuangke has selected and sent two very characteristic intelligent production projects-the intelligent production line of corrugated board for automobile carriages and the intelligent production line of steel pipe bundles for construction. The project leader, Ms. Liu, an old student of the advanced research class of the China Manufacturing 2025 of Tsinghua University, said that their company initially relied on family cohesion to help each other through various difficulties in the initial stage of entrepreneurship, but like other domestic small and medium-sized manufacturing companies, they are also faced with comprehensive costs. High, weak core competitiveness, lack of talents, financing difficulties, and difficult pace of transformation and upgrading. After 2013, with the promotion of China's comprehensive implementation of the manufacturing power strategy, more and more private enterprises realize the importance of the automation of manufacturing equipment to the development of enterprises, so the market demand for automation and even personalized welding and cutting equipment is increasing day by day. They realized that only through continuous innovation can the technological research and development capability of enterprises make a qualitative leap and become one of the market winners. Therefore, they organized designers to carry out the research and development of automatic production lines such as electric power fittings series, special vehicle series (including the research and development of corrugated plates for automobile boxes) and new steel structure building materials series (including the research and development of steel pipe bundles), which were recognized and welcomed by users and related industries. Scientific and technological innovation has brought vitality to the development of enterprises. All kinds of special automatic welding and cutting equipment "tailor-made" for customers continue to fill the gaps in the domestic industry, and become "private customized" products in short supply, which are widely praised by customers and the industry. Ms. Liu said that participating in the competition is an excellent opportunity to exchange learning and test results. They are very grateful to the China Manufacturing 2025 Advanced Research Class organized by the Department of Mechanical Engineering of Tsinghua University for inspiring their innovation inspiration, and thank the Tsinghua High-end Institute for this competition for them. It provides a platform for innovation display, hoping to find more new ideas, new technologies and new business opportunities.

At present, the 2018 "Maker China" Innovation and Entrepreneurship Competition Smart Factory Professional Competition project solicitation is nearing completion. We look forward to more outstanding small and medium-sized enterprises and maker teams bringing their innovative technologies, new products, new services and new models into our vision......

　　Registration Consultation

Contacts: Mr. Zhao and Mr. Li

Contact numbers: 18901265097 and 13920179523

Mailbox:zhaoxm@tsinghua_tj.org,lixl@tsinghua_tj.org

Address: Tianjin High-end Equipment Research Institute, Tsinghua University (Building 4, Kechuang Huigu, East Section of Hongshun Road, Huaming High-tech Zone, Dongli District, Tianjin)

For more competition information, please visit the website

　　http://www.cnmaker.org.cn/

For more information about the competition, please scan the code and enter the group.

We look forward to your joining!