Bedding dehumidification disinfection and sterilization device for vacuum magnetic resonance medical inpatient area

Abstract

The invention relates to the technical field of medical bedding vacuum magnetic resonance disinfection, and particularly relates to a bedding dehumidification disinfection and sterilization device forvacuum magnetic resonance medical inpatient area. The device comprises a main cabinet body, wherein the right side of the main cabinet body is provided with an auxiliary cabinet body, a vacuum innercavity is formed in the middle of the front end of the main cabinet body, and the upper end face of the main cabinet body is provided with a plurality of exhaust ports distributed in a circumferentialarray. The device has the beneficial effects that by means of the penetrating capacity of vacuum magnetic resonance extra-high frequency electromagnetic waves, water molecules in the wet bedding placed in the vacuum cavity and mites and eggs of the mites and the like which are active in the bedding and polar molecules in the other organic microorganisms generate motion, friction and heat generation under the action of the extra-high frequency electromagnetic field, so that the device can rapidly raise the temperature above 90 DEG C in tens of seconds, under the action of the extra-high-frequency electromagnetic field, and ozone and ultraviolet rays generated by a non-polar light oxygen lamp in the vacuum cavity can rapidly kill virus, bacteria and mites in a few minutes.

Description

technical field [0001] The invention relates to the technical field of vacuum magnetic resonance disinfection of medical quilts, in particular to a device for dehumidification, disinfection and sterilization of bedding in vacuum magnetic resonance medical wards. Background technique [0002] There is currently no good way to dehumidify, disinfect and sterilize the bedding in the wards of medical institutions. The bedding used by patients carries a large number of germs, and the hospital's maximum extent is to clean and replace the bedding covers and sheets of the bedding, and it is impossible to clean them. The inner cotton layer of the bedding is disinfected, which can easily lead to cross-infection of germs, which is not conducive to aseptic protection. [0003] The authorized patent number is: CN201810307655.1, a microwave fast home textile mite removal device and method, which uses the penetration ability of ultra-high frequency electromagnetic waves to make the wet home...

AI Technical Summary

Problems solved by technology

[0002] There is currently no good way to dehumidify, disinfect and sterilize the bedding in the wards of medical institutions. The bedding used by patients carries a large number of germs, and the hospital's maximum extent is to clean and replace the bedding covers and sheets of the bedding, and it is impossible to clean them. The inner cotton layer of the bedding is disinfected, which can easily lead to cross-infection of germs, which is not conducive to aseptic protection

[0003] The authorized patent number is: CN201810307655.1, a microwave fast home textile mite removal device and method, which uses the penetration ability of ultra-high frequency electromagnetic waves to make the wet home textiles in the microwave cavity (heating box) Water molecules, mites and their eggs active on home textiles, as well as polar molecules in other organic microorganisms, under the action of ultra-high frequency electromagnetic fields, produce movement, friction, and heat generation, so as to achieve rapid Raising the temperature to above 60°C can quickly kill mites and eggs within a few minutes. However, this method, because it is under normal pressure, does not dry the bedding thoroughly, and the drying time is longer each time. The consumption is also high, and in a high temperature environment, it will accelerate the destruction and aging of plant fibers

[0004] To this end, a vacuum magnetic resonance medical ward bedding dehumidification disinfection and sterilization device is provided to solve the problem of disinfection and sterilization of bedding and the problem of thorough drying

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