A modular storage device for aviation life-saving equipment that integrates drying and disinfection.

By designing a modular storage device that integrates drying and disinfection, the problem of easy damage to aviation life-saving equipment in adverse storage environments has been solved, realizing automated drying and disinfection, and improving the maintenance efficiency and environmental adaptability of the equipment.

CN224512035UActive Publication Date: 2026-07-17中国人民解放军93066部队机务大队
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
中国人民解放军93066部队机务大队
Filing Date
2025-06-05
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Aviation life-saving equipment is prone to mold, odor, aging, and corrosion in poor storage environments, leading to maintenance difficulties and affecting flight safety.

Method used

The modular storage device integrates drying and disinfection, including a dehumidification and air supply mechanism, a drying and disinfection mechanism, and an aviation life-saving equipment storage mechanism. It achieves automated drying and disinfection through components such as dehumidification fans, ultrasonic atomizing sterilizers, and ultraviolet lamps. Combined with a temperature and humidity detection and control system, it ensures a dry and clean storage environment.

Benefits of technology

It improves the ease of maintenance and environmental adaptability of aviation life-saving equipment, reduces mold and corrosion, enhances the daily maintenance efficiency of equipment, is suitable for various environments, and meets the requirements for regular disinfection and drying.

✦ Generated by Eureka AI based on patent content.

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    Figure CN224512035U_ABST
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Abstract

This utility model discloses a modular storage device for aviation life-saving equipment that integrates drying and disinfection. It includes a dehumidification and air supply mechanism, which is placed in a storage room via a base. A drying and disinfection mechanism is installed on the dehumidification and air supply mechanism. Aviation life-saving equipment storage mechanisms are stacked on top of the other dehumidification and air supply mechanisms. An exhaust cover mechanism is installed at the top of both the drying and disinfection mechanism and the top of the uppermost aviation life-saving equipment storage mechanism. This utility model integrates drying, disinfection, and storage functions, and is suitable for the modular integrated storage of various types of aviation life-saving equipment. It improves the convenience of maintaining aviation life-saving equipment, enhances the efficiency of disinfection and drying maintenance, and reduces damage caused by cold, damp, or other environmental factors by improving the storage environment for aviation life-saving equipment, thereby improving the efficiency of daily equipment maintenance.
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