Internet of things dense cabinet access system

Abstract

The invention discloses an Internet of things dense cabinet access system. The system is constructed in such a way that the output end of a central processing module is in parallel connection with each sub processing module, and each sub processing module comprises a sub control module, a sub communication module, a sub display module, a detection module, an input module and an execution module; the input modules are connected with the sub control modules; the detection modules are connected with the sub control modules; the sub control modules are connected with the sub display modules and the execution modules; the sub communication modules are connected with the sub control modules and a central control communication module; and the central processing module comprises a central control module, a central display module, a central input module, a data module and the central communication module. According to the invention, articles can be rapidly and efficiently stored and extracted, and the manpower cost and the time cost are greatly decreased; and article storage conditions can be detected and reflected in real time, working conditions of a plurality of dense cabinets can be remotely controlled and displayed in real time, and the system has the advantages of reasonable layout and efficient and convenient execution.

Description

technical field [0001] The invention relates to a dense cabinet access system, in particular to an Internet of Things intelligent dense cabinet access system. Background technique [0002] Intensive cabinets are book archives in public institutions and enterprises. They are suitable for storing some files and books. Different from traditional bookshelves and file racks, the dense cabinets have the advantages of large storage capacity and space saving. At present, with the continuous development of the Internet of Things technology, the intelligent technology of the Internet of Things is widely used in different places. However, the traditional dense cabinets are too simplistic, and at the same time, due to their huge data storage, it is difficult to meet the requirements of reasonable management and planning of dense cabinets. In addition, traditional dense cabinets often require a large number of personnel to manage, and the access process is more complicated, often involv...

AI Technical Summary

Problems solved by technology

The traditional dense cabinets are too simple, and because of their huge data storage, it is difficult to meet the requirements of reasonable management and planning of dense cabinets

In addition, traditional dense cabinets often require a large number of personnel to manage, and the access process is more complicated, often involving multiple steps, which leads to low data management efficiency of dense cabinets

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