Small-sized expandable multifunctional unmanned disinfection vehicle and use method thereof

Abstract

The invention provides a small-sized expandable multifunctional unmanned disinfection vehicle and a use method thereof An ultraviolet irradiation area is changed by stretching out and drawing back an ultraviolet light-emitting surface, and the postures of the ultraviolet lamp tubes are changed when the ultraviolet light-emitting surface stretches out and draws back, so that an ultraviolet irradiation angle is changed along with the change of the ultraviolet irradiation area; the unmanned disinfection vehicle comprises a motor and a control module, wherein the unmanned disinfection vehicle is cylindrical, and the middle of the cylindrical unmanned disinfection vehicle is provided with a vertically telescopic ultraviolet irradiation module; a plurality of ultraviolet lamp holders provided with the ultraviolet lamp tubes are arranged at the periphery of the ultraviolet irradiation module; ultraviolet rays of the ultraviolet lamp tubes are emitted from the side surface part of the ultraviolet irradiation module; and the included angle between the ultraviolet lamp tube and a horizontal plane is changed along with the stretching of the ultraviolet irradiation module. The small-sized expandable multifunctional unmanned disinfection vehicle has the functions of timing, remote control and the like, has the advantages of compact structure, convenience in operation and high stability and working efficiency, and can be widely applied to disinfection work of small spaces in places such as schools, hospitals and families.

Description

technical field [0001] The invention relates to the technical field of unmanned vehicles, in particular to a small expandable multifunctional unmanned disinfection vehicle and its usage method. Background technique [0002] Since the outbreak of the new crown epidemic, epidemic prevention facilities have been unprecedentedly tense. In order to quickly control the spread of the new coronavirus epidemic, the country quickly carried out activities such as epidemic prevention, disinfection, and disinfecting. However, the traditional disinfection method not only has a heavy workload, but also makes the work pressure and risk of medical staff high, and there is also a risk of cross-infection. Therefore, the development of unmanned automatic disinfection vehicles is of great significance to epidemic prevention work. For small spaces in schools, hospitals, families and other places in life, it is difficult to disinfect large-scale disinfection equipment, and manual disinfection will...

AI Technical Summary

Problems solved by technology

Among them, alcohol disinfection may cause fire, ozone disinfection may cause damage to human respiratory mucosa, electrostatic disinfection cannot effectively kill bacteria and viruses, and the maintenance cost is high, so disinfectant disinfection or ultraviolet disinfection is generally used

Existing disinfectant disinfection equipment generally adopts manual operation or machine automatic spraying, manual spraying wastes time, manpower and material resources, and it is difficult to spray evenly, while machine spraying occupies a large area and has a low degree of automation; existing ultraviolet disinfection equipment generally needs to be arranged Irradiation disinfection can only be completed at a fixed position such as a wall, and it is difficult to achieve uniform irradiation to all corners of the space, eliminating dead spots, and the use of ultraviolet disinfection will cause damage to human skin, etc.; most of the existing disinfection vehicles use manual carts and driving. There is no remote control, and it is bulky and heavy, making it difficult to walk freely in complex small spaces; most of the existing disinfection equipment adopts a single disinfection method, which has low disinfection efficiency and may cause incomplete disinfection

[0004] At present, there is a lack of small multifunctional unmanned disinfection vehicles for small spaces in schools, hospitals, families, etc., and the disinfection vehicles are unevenly disinfected and difficult to eliminate dead spots, low degree of automation, low disinfection efficiency, and difficult to operate in complex small spaces. The problem of free movement within the

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