Dehumidification storage cabinet based on Internet of Things

Abstract

The invention discloses a dehumidification storage cabinet based on Internet of Things. The cabinet comprises a cabinet body, a plurality of independent boxes distributed in a matrix mode are arrangedin the cabinet body. The front side face of each independent box is provided with a box door rotationally connected with the independent box, each box door is provided with an electronic lock, a control panel is arranged in the middle of the cabinet body, the front side face of each control panel is provided with an operation keyboard, a displayer and a recognizer, each electronic lock is connected with the corresponding control panel, and a camera is arranged at the top in each independent box. The cabinet comprises a control panel and an Internet of Things control box. Dual safety control is carried out from a long distance and a short distance; the security of article storage is secured, based on a technology of Internet of Things, the cabinet is simple in structure and convenient to use, the risk of article storage can be greatly reduced, the overall working state of the device can be monitored, when the hygrometer senses that the humidity in the cabinet body is high, a first fanand a second fan are started, air in the cabinet body is led out, dried by the dehumidification pipe and then fed into the cabinet body, articles are prevented from being damped and damaged, and storage safety is guaranteed.

Description

technical field [0001] The invention relates to the Internet of Things technology, in particular to a dehumidification locker based on the Internet of Things. Background technique [0002] At present, the lockers on the market mainly contain the following two types: 1; lockers with key authentication rely on information such as the name, number, and access time of items stored in the locker manually; 2; Two-dimensional code) authentication lockers, use a small PC or single-chip microcomputer to record the access time of the items in the cabinet, and other information about the stored items can only be entered manually. The deficiency of above-mentioned two kinds of lockers is: can not automatically record the attributes such as the real storage location, name of stored items, need manual record or entry. Once there are many items stored or the storage time is long, the existing lockers often lead to management confusion due to human error, so that the stored items are lost ...

AI Technical Summary

Problems solved by technology

The disadvantages of the above two lockers are: the real storage location, name and other attributes of the stored items cannot be automatically recorded, and manual recording or input is required

Once there are a lot of items stored or the storage time is long, the existing lockers often lead to management confusion due to human error, resulting in the loss of the stored items and the consequences of being unable to track them in time, which is extremely unfavorable for the custody of valuables

[0003] Chinese Patent Announcement No. CN205379044U proposes that the home storage device based on the Internet of Things adopts the Internet of Things method, although it is convenient to use with structures such as sliding cabinet doors and support plates, but it does not use the Internet of Things technology, and the above-mentioned unsafe storage still exists. problems, and the storage mode is single, and long-term storage will affect the preservation quality of the items due to moisture

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