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Current situation of bionic robot industry
Core hints :From its birth and development to the present, bionic robots have made a series of achievements in their research in a short period of several decades. they have opened up a unique way of technological development and research methods in the field of robo

Release date:2018-07-14

Browse number:287

From its birth and development to the present, bionic robots have made a series of achievements in their research in a short period of several decades. they have opened up a unique way of technological development and research methods in the field of robots, greatly broadened people's eyes and showed broad application prospects and strong vitality. The following is an analysis of the current situation of bionic robot industry.
 
Current situation of bionic robot industry
 
Bionic robot is a combination product of bionics and application requirements in robot field. From the perspective of robots, bionic robots are the advanced stage of robot development. Biological characteristics provide many useful references for the design of robots so that robots can learn a series of good performances from organisms, such as adaptability, robustness, movement diversity and flexibility. Bionic robots can be divided into three types according to their working environment: land surface bionic robots, air bionic robots and underwater bionic robots. In addition, there are also some research institutions that have developed bionic robots with comprehensive uses, such as amphibious robots and water-air amphibious robots. Bionic robots have the characteristics of both biology and robots. they have gradually shown good application prospects in anti-terrorism and anti - explosion, space exploration, rescue and disaster relief and other environments that are not suitable for people to undertake tasks.
 
In recent years, many investment giants have gradually shifted their focus to artificial intelligence. For example, harvest fund has set up an artificial intelligence investment research center this year, dedicated to adding the most advanced scientific and technological elements to the investment analysis and decision-making process. through the cross-cooperation of talents in various fields such as finance, mathematics, computers, and the combination of big data technology and analytical processing architecture, it has built an extensible intelligent investment and research platform to provide support for systematic scientific investment decisions.
 
On July 15, 2016, harvest fund postdoctoral research workstation was officially launched in Beijing. Bionic robot refers to a robot that imitates biology and works on biological characteristics. After the 21st century, mankind has begun to enter an aging society. the development of " humanoid robots" can make up for the shortage of labor force. in addition, it can also provide support for pension services and family services. So far, the " bionic robot" has gone through three stages and is progressing towards the fourth stage.
 
Research status of bionic robots in China
 
Harbin institute of technology simplified the biological model by analyzing the movement principle of locusts' take - off, established the theoretical model of the robot, analyzed the kinematics and dynamics, and finally designed two sets of prototype driven by motors and electromagnets respectively, and carried out experimental research. Shanghai jiao tong university has designed a joint elastic walking mechanism that imitates the lower limbs of human body. They placed elastic devices in the lower legs of the robot. through the combination of four groups of parallel elastic elements and a four-link mechanism with the robot leg shell as a frame, the mechanism produced buffering and energy storage effects. The northwest university of technology has analyzed the biological form and movement mechanism of kangaroo, proposed a bionic kangaroo robot mechanism model with flexible toes, analyzed the kinematics and dynamics of the two stages of landing and emptying of the robot, and studied the trajectory planning of the full-jump periodic joint space, laying a theoretical foundation for the realization of kangaroo robot and solving its key technologies such as jumping and bouncing dynamics. There are problems with bionic robots. since the birth and development of bionic robots, a series of achievements have been made in their research in a few decades. they have opened up a unique technological development path and research methods in the field of robots, greatly broadened people's eyes, and showed broad application prospects and strong vitality. However, due to its interdisciplinary nature, there are still many problems in the development up till now, such as " similarity in shape but dissimilarity in spirit", lack of sophistication of biological systems, and limited practical application.
 
The main reason is that there are problems in the biological mechanism, mechanism and drive design, bionic materials, bionic control, biological energy utilization, etc. In foreign countries, many bionic robot enterprises have implemented their own core algorithms and have their own core components. However, for domestic enterprises, first of all, a large amount of capital and talents have become very limited. secondly, China's ability in industrial design and brand building still needs to be strengthened.
 
 

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