An indoor unobstructed hand-push all-round disinfection spray vehicle

Abstract

The invention discloses an indoor unobstructed hand-push all-round disinfection spray vehicle, which relates to the field of indoor space disinfection, and comprises a main vehicle body, a planetary wheel, an infrared range finder, a driving mechanism, a control mechanism, a liquid pumping mechanism, a spraying mechanism and a bearing. Force belt; in actual application, the barreled disinfectant is placed in the main board of the trolley, the driving mechanism drives the pumping mechanism to spray the disinfectant through the spraying mechanism, and the infrared rangefinder transmits the measured indoor distance information to the control mechanism. The control mechanism controls the driving mechanism and then controls the pumping mechanism and the spraying mechanism to realize covered spraying and disinfection; when it is necessary to transfer the indoor unobstructed hand-push all-round disinfection spraying vehicle upstairs, the load-bearing belt is taken out and placed on both shoulders, through The rotation of the planetary wheel realizes the transportation across the steps. The device has a simple structure, is convenient to use, saves labor and is more efficient, and is suitable for popularization.

Description

technical field [0001] The invention relates to the field of indoor space disinfection, in particular to an indoor unobstructed hand-push all-round disinfection spray vehicle. Background technique [0002] The existing disinfection spraying method is commonly used as a back-box disinfection spraying method. This structure is similar to a pesticide sprayer, which is carried by the operator on his back and sprayed and disinfected by hand pressure or hydraulic pressure. Using this type of disinfection often requires the operator to reciprocate Disinfection of different areas has been carried out many times. Due to the use of manual subjective judgment, it is impossible to fully judge the disinfection of the space or area to be completely disinfected. Sometimes due to the operator's subjective judgment error, some areas are often missed. [0003] And another kind of common disinfection spraying method is the trolley type disinfection, but the existing trolley, when it is filled ...

AI Technical Summary

Problems solved by technology

[0002] The existing disinfection spraying method is commonly used as a back-box disinfection spraying method. This structure is similar to a pesticide sprayer, which is carried by the operator on his back and sprayed and disinfected by hand pressure or hydraulic pressure. Using this type of disinfection often requires the operator to reciprocate Disinfect different areas and spaces many times. Due to the use of manual subjective judgment, it is impossible to fully judge the disinfection of the space or area to be completely disinfected. Sometimes due to the operator's subjective judgment error, some areas are often missed

[0003] And another kind of common disinfection spraying method is the trolley type disinfection, but the existing trolley, when it is filled with disinfectant solution for disinfection, because the structure of the trolley is common two-wheel, three-wheel or four-wheel In the form of wheels, once it encounters uneven ground or needs to go up and down stairs, it takes time and effort for multiple people to carry or single person to carry, which affects the overall disinfection efficiency. However, the way of the planetary wheel is unstable when going up and down the stairs. If you need to rest on the stairs in the middle or if you don’t use enough force, the trolley will slip and overturn, and even cause people to be injured. In order to solve this problem, some trolleys use hand push The foot brake of the trolley, although this solution solves the possibility of the trolley slipping and overturning, it requires two people to operate, one person controls the trolley, and the other brakes the foot brake on the planetary wheel, which increases the labor cost

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