Portable electrostatic load microorganism inactivation device and storage kit

Abstract

The invention discloses a portable electrostatic load microorganism inactivation device. The device comprises a box body structure, a support structure, a power supply system, a storage kit and a control system. The box body structure comprises a base, a shell structure and a grounding device. The shell body comprises a shell outer protection layer, a shell middle insulation layer and a shell inner conductive inner layer. The support structure is used for supporting the storage kit. The storage kit is used for placing a target object, the size and the shape of the object placing suite are determined according to the size and the shape of the target object, and the object placing suite is tailored by high-voltage static load fabric. An external kit connector is arranged on the storage kit and is connected with a high-voltage static power supply through a power supply socket of the conductive inner layer of the shell inner layer. The conductive inner layer of the shell inner layer is connected with a grounding device through a switch functional part, and the grounding device is also connected with a ground wire arranged on the high-voltage static power supply. The high-voltage electrostatic microorganism inactivation device provided by the invention has the characteristics of safety, high efficiency, low energy consumption, portability and no secondary pollution.

Description

technical field [0001] The invention relates to the technical field of disinfection and sterilization, in particular to a portable static-loaded microorganism inactivation device and a storage kit. Background technique [0002] At present, pathogenic microorganism inactivation technology includes five types: ultraviolet inactivation technology, high temperature inactivation technology, ozone inactivation technology, plasma inactivation technology, ultrasonic sterilizer inactivation technology, and chemical reagent inactivation technology. [0003] Ultraviolet inactivation technology achieves the inactivation effect by destroying the cell phospholipid bilayer with ultraviolet rays, but the cost of the equipment is high, and the inactivation effect will decrease with the aging of the ultraviolet irradiation equipment. Ultraviolet radiation and the ozone generated are harmful to the human body , only suitable for unmanned environment; the high temperature inactivation technol...

AI Technical Summary

Problems solved by technology

This type of equipment still uses high temperature inactivation technology, ultraviolet inactivation technology or a combination of the two inactivation technologies. During the process, it will still cause certain damage to the sterilized items, or produce harmful gases that remain in the equipment. , there is a certain security risk

[0005]In summary, the existing pathogenic microorganism inactivation technology still has high technical cost, limited scope of application of pathogenic microorganisms, secondary pollution during the inactivation process and The target item causes aging and other damage and other problems

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