The five most popular domestic bionic robots worth

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2019 top five domestic bionic robots worthy of attention

2019 top five domestic bionic robots worthy of attention



application scope

R & D team


snake arm robot

nuclear power plant reactor maintenance work and earthquake search and rescue work, etc



sensing bionic robot

dangerous task handling, such as explosives, radiation, air pollution, high voltage electricity, strong magnetic field, etc

Star printing robot


the first generation of industrial underwater fish robot roboshark 1.0

is mainly used for underwater inspection, scientific research, tracking and other tasks

Boya gongdao


Orion manipulator platform

can customize the action of the manipulator through programming, and its first landing application is "robot coffee shop"

cheetah mobile


Yao Ming robot 2.0

is applied to the artificial intelligence of competitive sports training, sports entertainment of national fitness, and social services of humanoid robots

Shanghai Hefu

2019 Internet Weekly &enet Research Institute selected rankings

the initial landing effect is remarkable, and the development prospect of bionic robots is optimistic

people's impression of robots may initially come from film and television works. In the works, the robot shows omnipotent talent, and even has a palm static experimental machine, mainly including the power to control the earth. The existence of this intelligent product has also aroused a heated polarized discussion about its advantages and disadvantages in the real society

however, with the development of science and technology, there are more and more machine products that can assist work, study and entertainment, and our lives are also affected by machine products to a certain extent

in recent years, some bionic robots with biological and robot characteristics that originally appeared only in sci-fi movies have gradually shown good application prospects in military anti-terrorism, space exploration, medical assistance, rescue and disaster relief, marine survey and other environments that are not suitable for human tasks

as a subdivision of the robot field, bionic robot is the application of Bionics in the robot field. It can extend or replace some functions of organisms by imitating the external shape, motion principle and behavior of organisms in nature, so as to achieve the purpose of convenient work in specific scenes

however, in terms of the specific application results of bionic robots, each field has its own advantages and disadvantages

in the military field, many bionic robots are criticized for their high energy consumption and strong noise, resulting in their low application value; However, in certain vertical scenarios such as medical treatment, rescue and nursing, the performance of the bionic robot is unexpectedly good. The artificial heart developed by Harvard software robot laboratory is a typical case of the successful landing of the software robot

the outer body of the robot is poured with silica gel, and the inner body is spirally embedded with artificial muscles. The artificial heart controls its own motion through the pneumatic artificial muscle (PAM), selectively activates or closes the artificial muscle unit, and then simulates the law of cardiac muscle contraction, and can use software for numerical simulation

in addition to medical assistance, recently there have been new achievements in the research and development of bionic robots, which may further accelerate the pace of robots entering the scene of daily life

recently, researchers at MIT demonstrated a "little cheetah" robot. As can be seen from the video above, this robot then measures the intensity of reflected light. Although it is small in size, it can complete many actions, such as back somersault, running, lateral walking, flat rotation and so on

it is reported that as one of the works of MIT bionic robot laboratory, this robot is the first quadruped robot to realize back somersault. The mass production of animal robots has long been a precedent, and its main application scenario is home care. However, it is unknown that this bionic robot animal may gradually become a family pet

up to now, the research on bionic robots at home and abroad has accumulated rich achievements, and this unique technical research direction will continue to extend towards extending a more harmonious landing scene and creating a better human life

bionic technology is developing rapidly in China, but the practical problems can not be underestimated

in order to cope with the aging society that human beings may face in the 21st century, make up for the serious shortage of young labor force, and help solve the problems of family service and medical treatment in the aging society, bionic robot man is experiencing a rapid development stage in recent years

from spiders and birds to octopus, cockroach and dog, all kinds of organisms are providing continuous inspiration for the progress of bionic technology, and bionic technology has also become one of the fastest growing subdivision research categories in the robot field

at present, bionic robots mainly include three categories: humanoid robots, bionic robots and biological robots. According to different environments, robots can be divided into underwater bionic robots, aerial bionic robots and ground bionic robots

among the bionic robots, the research and development of humanoid robots is one of the branches that people attach great importance to

the development of humanoid robot began with the biped walking robot in the late 1960s. Its biggest feature is that it can walk on two feet. It not only has the basic characteristics of imitating human shape, walking posture and grasping, but also integrates multi-disciplinary knowledge and a number of high and new technologies, representing the cutting-edge technology of robots

humanoid robot technology is the hotspot of intelligent robot research, and it is also the symbol of a country's robot research level. Compared with other countries, although the research on bionic technology in China started late, in the past 30 years, with the strong support of NSFC, China has experienced a gradual progress from tracking foreign research, imitating foreign achievements to local areas

China has successively developed "pioneers" of multi fingered dexterous hands, biped walking robots and humanoid robots, gradually narrowing the gap between China's humanoid robot research and the world's advanced level. The humanoid robot "Huitong" marks that China has become the second country after Japan to master the humanoid robot technology integrating mechanism, control, sensor and power supply

in recent years, robotic fish from Peking University and robotic gecko from China Southern Airlines are also very successful and leading examples in the field of bionic robots. The research and development of bionic robots not only marks the opening of new industries, but also brings more employment opportunities and social value

last year, Jiangmen Yinxing robot Co., Ltd. cooperated with a Hong Kong scientific research company to develop a sensor bionic robot with the world's advanced level. This is a robot that can imitate human subtle movements and even complete high-risk tasks such as bomb removal. At present, the company has obtained about 100 orders from British, American and other enterprises

the technical leader of the company said: "after the controller wears the controller, the robot can imitate all the actions made by the controller. The angle error we calculated is only 1.25 degrees to eliminate the abnormality, and the reaction time is less than 30 subtleties. The actions of the controller and the robot are almost the same. From the perspective of action precision, it has reached the international leading level."

with the arrival of 5g era, the company has started to develop the second generation of action robots under 5g network. The new generation of robots will integrate more new technologies, such as the control of neck degrees of freedom, matching with VR glasses, etc

however, from the current overall development of the industry, there are still many practical problems in the research of bionic robots, and there is huge room for improvement. For example, the problem of research depth also explains why the current bionic robot prototype is far from the actual functions of biology; The problem of R & D and production costs. The huge cost is the primary problem that needs to be overcome in the final mass production of products... Thanks to the technological innovation of material manufacturers that keep pace with the times...

can be infinitely close, rather than perfectly replace

at present, there is little gap between domestic and foreign countries on the level of bionic robots in theoretical research, market application and manufacturing, but in the processing and production of some bionic robots, China is facing challenges

the reason is that the production capacity of some core components is seriously insufficient, especially the key basic components such as motor, reducer and sensor. The dependence on imported parts leads to the high production cost of domestic bionic robots

as a bionic robot that has not been fully put into use, its R & D and production costs have reached millions of dollars. It is still difficult to achieve the goal of mass production and industrialization

recently, Japan released a bionic robot based on Japanese Russian hybrid women. Its appearance is almost the same as that of an ordinary Japanese girl. It looks sweet and exquisite. It can even make dozens of expressions of normal human beings. The rich language material library can also allow people to communicate with her without barriers. It seems that it will become a new business opportunity to seize the popular otaku market, but the price of 1.8 million yuan has deterred ordinary people

although the cost is high, if the perfect biological substitution effect can be achieved, the bionic robot may become a practical luxury. However, this is not the case. The current bionic robot prototype is far from the actual function of biology

the reason may be closely related to the precise structure of biology itself. Tens of millions of organisms in the world have evolved and developed over hundreds of millions of years, which makes organisms have the most harmonious internal structure characteristics. This harmony is mainly reflected in flexible movement ability, good environmental adaptability and strong viability

organism is a very complex system, and every action and function is the result of coordination of bone, muscle, nervous system and so on. Therefore, people can not help asking, can a simple program really achieve a good substitution effect

in particular, there is a long way to go for bionic robots to achieve accurate modeling and analysis of biological mechanisms, which need to span materials, electromechanical, control, design, mechanics and other disciplines, and also combine with research results in brain science, biological science and other fields

however, with the in-depth study of human brain and nervous system, bionic robots may not only have biological morphological characteristics and movement modes, but also have biological self perception, self-control and other performance characteristics, which are closer to the biology itself

the bionic robot technology developed with the help of the advantages of nature is the crystallization of human wisdom. One day, this intelligent tree will also bear fruitful results

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