Since the beginning of the year, the popularity of "new infrastructure" has been high. Different from the "old infrastructure" proposed in 2008, the "new infrastructure" focuses more on highlighting the new direction of industrial transformation and upgrading, reflecting the general trend of accelerating the development of high-end industry, generally referring to 5g infrastructure, UHV, intercity high-speed railway and urban rail transit, charging pile of new energy vehicles, big data center Artificial intelligence and industrial Internet.


After the outbreak of COVID-19, some traditional industries have been hit, but under the background of the epidemic, the "contactless economy" has been spawned, so that some key industries have accelerated into the fast lane, especially the service robot industry. When the epidemic almost stopped many social and public services, the "new infrastructure" represented by 5g, industrial Internet, big data, artificial intelligence and unmanned distribution built a new social "circular system".
 
In recent years, with the rise of artificial intelligence, service robots have been applied in many industries, such as medical treatment, security, retail, catering, finance and so on. Let the cutting-edge technology born in the scientific research laboratory enter the commercial landing, and constantly optimize the iteration according to the market demand to realize the leap from prototype to batch. The introduction of the new infrastructure policy has promoted the development of the service robot industry and brought significant benefits, not only the investment, but also the new infrastructure for stimulating the overall upstream and downstream industries of the service robot.
 
For service robots, autonomous positioning and navigation technology is one of the core and focus of its industry, which is constantly attracting attention in the industry. Autonomous positioning and navigation technology is the key technology to realize the practicality and intelligence of intelligent robot products. To realize the robots autonomous positioning and navigation, it must have the ability to independently build maps, identify obstacles and effectively avoid them. At the same time, it also needs to know its location and coordinates and feed them back to the upper application to assist in positioning and navigation.
 
Therefore, this needs to involve the perception ability of the robot. It needs to help the robot perceive the surrounding environment with the help of relevant sensors, such as lidar, so as to obtain the contour map of the surrounding environment, construct effective map data, and realize the autonomous positioning and navigation of the robot combined with corresponding algorithms.
 
For many small and medium-sized robot enterprises, it is difficult to master the comprehensive technical system of mobile robots. It is also necessary to apply these technologies to robots. It is self-evident that it is difficult to truly realize the R & D and putting into use of an intelligent mobile robot product.
 
In order to realize the rapid research and development of robot products and seize the market outlet, more and more robot enterprises prefer to choose the mature robot autonomous positioning and navigation schemes on the market, which can directly expand the application on its technology, and use limited energy and resources to meet the needs of subdivided scenes.
 
Nowadays, enterprises that only provide robot bottom technology services have emerged in endlessly. As early as a few years ago when the concept of "new infrastructure" was not put forward, Silan technology and other head robot positioning and navigation enterprises have smelled the opportunity and seized the market opportunity. Provide a series of products such as lidar, navigation algorithm and general chassis for service robot enterprises to help robots solve basic motion problems such as environmental perception, map construction and obstacle avoidance, and realize the autonomous movement of robots.
 
During the novel coronavirus pneumonia epidemic prevention, the service robot based on the LAN LAN technology products is numerous beyond count. For example, Cruzr, Kruse, uses the laser radar product of Si LAN technology, which can move freely like human beings. During the epidemic prevention and control period, cruzr undertook the epidemic publicity and guidance, which can provide visitors with the latest epidemic knowledge, epidemic policies, epidemic prevention and control and other information services. In addition to hospitals, this intelligent service robot for health and epidemic prevention can also be used in transportation hubs, living communities, square parks, industrial parks, commercial blocks and other places. Even in the face of various complex public places, cruzr does not have stage fright and can still walk flexibly.
 
Xiaoben intelligent ultra dry atomization disinfection robot. During the epidemic prevention period, Xiaoben intelligent disinfection robot completes the disinfection process by dispersing micron liquid beads in many public places that need disinfection, such as hospitals, production workshops, laboratories, service halls, airports, railway stations, subway stations, food enterprises, hotels, schools and so on. Based on the self-developed positioning and navigation system of Silan technology, it can independently scan the surrounding environment and build high-precision map data to help the robot realize autonomous navigation, obstacle avoidance and plan the optimal route to the destination. Let the robot run smoothly and ensure the smooth completion of disinfection.
 
Pegper, a 5g cloud medical assistant robot of Dagong technology, has provided non-contact 24-hour consultation and guidance services for many hospitals in Beijing, Shanghai, Wuhan and other cities in the new pneumonia epidemic. It is developed based on Silan technology mobile chassis, which can independently scan the surrounding environment information, and achieve the functions of independent positioning, mapping, path planning and so on. It can effectively help medical staff to undertake inquiry, guidance and other work.
 
Novel coronavirus pneumonia is everything in good order and well arranged. Besides the above epidemic prevention service robots, there are many mobile robots based on the technology of location navigation in the field of new crown pneumonia. In the face of various complex mobile environments, they can still walk autonomously, and do not run into walls, do not bump into people, or fall.To ensure the safety of robots and pedestrians.
 
The maturity of robot underlying technology determines its application potential in the market. With the "escort" of Silan technologys independent positioning and navigation technology, serving robot enterprises can greatly reduce the R & D cost of underlying technology, put more R & D energy into the upper application.