Special non-contact hand disinfection device for infectious disease isolation area

Abstract

The invention discloses a special non-contact hand disinfection device for an infectious disease isolation area. The device comprises a disinfectant bottle, a fixed cover, ultraviolet germicidal lamps, an avoiding groove, conductive rotating shafts, a rotating base, a threaded sleeve, a micro water pump, a delay relay, a detection cover and infrared induction light curtains. According to the special non-contact hand disinfection device for the infectious disease isolation area. Firstly, through an infrared induction design, hand contact of medical staff is not needed, a disinfectant in the hand disinfectant bottle can be sprayed out, convenience is brought to clinical use and the problem of cross infection is also avoided; secondly, through a rotary mounting structure, the medical staff can conveniently install the disinfectant bottle and the convenience of clinical operation is improved; and finally, the outer wall of the disinfectant bottle can be sterilized in cooperation with an ultraviolet disinfection mechanism, germ breeding is effectively avoided. In conclusion, the disinfection device is ingenious in structure, high in practicability and suitable for application and popularization in isolation areas or infectious isolation hospitals.

Description

technical field [0001] The invention relates to a hand sanitizing device, in particular to a non-contact hand sanitizing device for an infectious disease isolation area. Background technique [0002] As we all know, highly contagious epidemics are not only crucial to the treatment of severe patients, but also effective isolation and care for mild patients, and avoiding contact between infected patients and normal people is especially important. Therefore, after admitting infected patients, hospitals will divide special isolation area to accommodate patients. [0003] For example, during the period of the novel coronavirus (COVID-19), many designated hospitals across the country have set up isolation areas in their respective hospitals, and the most dangerous isolation areas generally adopt three-level protective measures, that is, every time the medical staff take off their own One layer of protective clothing requires hand hygiene five to six times to achieve complete hand...

AI Technical Summary

Problems solved by technology

[0003] For example, during the period of the novel coronavirus (COVID-19), many designated hospitals across the country have set up isolation areas in their respective hospitals, and the most dangerous isolation areas generally adopt three-level protective measures, that is, every time the medical staff take off their own One layer of protective clothing requires hand hygiene five to six times to achieve complete hand disinfection. However, in the actual operation process, there are certain problems. When hand disinfection, it is necessary to use hand sanitizer bottles to squeeze out the disinfectant , so that the hands of the medical staff will come into contact with the squeeze button area of ​​the hand sanitizer bottle. Now clinically, several levels of hand sanitizer bottles will be prepared in advance, and then the medical staff will use one level each time they take off a layer of protective clothing hand sanitizer bottle, but because the existing hand sanitizer bottle is planned to be placed and mixed, it is easy for medical staff to come into contact with the first-level hand sanitizer bottle after taking off the last layer of protective clothing, resulting in serious accidents. The order of the hand sanitizer is chaotic, which increases the risk of cross-infection. In addition, although the medical staff in some cases follow the pre-set order and use the hand sanitizer bottles in order to complete hand hygiene correctly, the squeeze on the hand sanitizer bottle The area where the button is pressed is frequently in contact with the hands of medical staff, so it is still easy to breed infectious bacteria, which eventually brings great hidden dangers to clinical operations. In view of the above defects, it is necessary to design a special non-contact type for infectious disease isolation areas hand sanitizer

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