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The sudden epidemic disrupted all normal life, and at the same time forced the development of all walks of life, especially in the field of intelligent robots. The epidemic has spawned the development of a contactless delivery economy. In major epidemic prevention places, robots such as distribution and disinfection have been used. Become an important member of the fight against the epidemic.
In order to prevent the spread of the epidemic, large public places such as hospitals and airport stadiums have used disinfection robots to perform cleaning tasks. In addition, factories, offices and other private working environments have also begun to introduce disinfection robots, hoping to protect the health and safety of employees and save a lot of manpower. Cleaning robots have become a trend during the epidemic prevention period. Hospitals around the world have begun to use robots to perform ultraviolet disinfection in the spring of 2020. Compared with 2019, the sales volume of ultraviolet cleaning robots has increased by 600%.
In addition to disinfection robots, the demand for transportation and distribution robots is also increasing day by day. The delivery of medicines and meals in isolation points, hotels, hospitals and other places can not only reduce the workload of medical staff, and give medical staff more time. Taking care of the patient also reduces the risk of cross-infection.
With the indirect development of the epidemic, countless medical staff have stepped onto the front line, bearing the risk of infection and tremendous work pressure. The emergence of robots can become a good substitute. Some simple and repetitive tasks can be completed by robots. This can not only reduce the risk of cross-infection of anti-epidemic personnel, but also achieve long-term uninterrupted work.
Of course, whether it is a disinfection robot or a transportation and distribution robot, if you want to go to major places to complete work, autonomous mobility is essential. For some small and medium-sized enterprises with limited resources, autonomous mobility technology requires a long R&D cycle and trial and error costs. High, if there is no fixed capital investment, and the accumulation of supply chain and technology is difficult to achieve, it is even more difficult for start-ups. Therefore, choosing the mature chassis products already on the market is undoubtedly the best choice.
At present, there are many companies involved in robot chassis in the industry, but there are not many chassis that can be maturely applied to actual commercial scenarios. As the first mobile chassis in my country and its leading advantage in the field of robot positioning and navigation, Ruiman Technology has won many The trust of the enterprise, relying on the self-developed high-performance positioning and navigation system and the integration of multi-sensor technology, can work in a variety of commercial environments, without external environmental adjustments and manual programming settings, rich interfaces, strong scalability, and can meet different requirements. Application requirements.