Shoe changing and storage device suitable for ultraclean laboratory for medicine and biology

Abstract

The invention discloses a shoe changing and storage device suitable for an ultraclean laboratory for medicine and biology, and relates to the technical field of experiment equipment of medicine and biology. The device is mainly composed of a shoe changing stool, a first pedal plate placed right ahead of the front surface of the shoe changing stool on the ground, a camera arranged on the wall surface in front of the first pedal plate or a bracket, and a second pedal plate placed right ahead of the back surface of the shoe changing stool on the ground. The device has the advantages that (1), a shoe taking off area and a slipper wearing area which are in front of positions of shoe changing are separated, and it is avoided that contaminants are brought into the laboratory through slippers; (2), the functions of 'face recognition' and memory of the position of a shoe storage chamber are achieved; (3), by using the pedal plates capable of automatically sterilizing shoes and removing dust, the defects that many people share one shoe changing area, people can easily touch the ground when taking off shoes and wearing slippers in the process of changing shoes, and opportunities are created for mutual infection of bacteria of feet of different people are overcome. The advantages overcome the deficiencies existing in the prior art.

Description

technical field [0001] The invention relates to the technical field of medical and biological experiment equipment, in particular to a shoe changing and shoe storage device capable of automatic dust removal and disinfection. Background technique [0002] With the improvement of people's living standards, the emphasis on health is also increasing. The disinfection shoe cabinet can disinfect the shoes while storing the shoes, which plays an important role in reducing the spread of foot germs and preventing cross-infection of germs. Disinfecting shoes Cabinets are widely used in homes and workplaces (especially hospitals, biological laboratories, etc.). [0003] The disinfection principles include ozone disinfection, photocatalyst disinfection, and ultraviolet disinfection. The structure of the disinfection cabinet is also various, which can basically meet the functions of shoe storage and disinfection. However, for places where many people work together, such as medical and b...

AI Technical Summary

Problems solved by technology

However, for places where multiple people work together, such as medical and biological laboratories, the requirements for sterility are high, and the disinfection shoe cabinet can only meet the needs for disinfection and storage of shoes. The shoe changing area is shared by multiple people, and everyone is changing shoes. When taking off your shoes and changing them into slippers, your feet are easy to touch the ground, which creates opportunities for the bacteria on the feet of different people to infect each other. In addition, when you come in from the outside, the bottom of the shoes will carry pollutants from the outside ground. Replace the slippers on the ground, and it is easy to step on the ground and stick to the bottom of the slippers from the external pollutants, and the pollutants will be further brought into the laboratory by the slippers

Current technology pays little attention to this problem or a solution to it

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