Intelligent tool management system convenient for large-scale use

Abstract

The invention discloses an intelligent tool management system convenient for large-scale use. The system realizes self-service borrowing and returning of a tool by a user, an electronic tag for system identification is mounted outside the tool, and the system comprises a box body; a display controller is mounted at the top of the box body; a moving mechanism is mounted at the bottom of the box body; the internal space of the box body is divided into an equipment bin and a storage space by a partition plate in the box body; an industrial control computer, a control module, a detection module, an electric control lock, electrical equipment and a shape and position fixing module are mounted in the equipment bin; the industrial control computer is used for intensively processing and receiving signals, networking and controlling the electric control lock and the control module; a detection antenna array and a plurality of groups of drawers are mounted in the storage space; and the control module controls the electric control lock to be unlocked or locked and feeds back the use state of the electric control lock to the industrial control computer, and the industrial control computer displays the state information of the electric control lock on the display controller in an image form. The intelligent tool management system is simple in operation, easy to implement, optimal in management and convenient in tool borrowing and returning.

Description

Technical field[0001]The present invention relates to tool reserves and management technologies, and more particularly to a tool intelligent management system that is easy to use.Background technique[0002]In the fields of aviation maintenance, rail vehicle repair, automobile repair station, digital machining center, the management of tool equipment is strict, and the proceedings are strict, but the manual registration is cumbersome, and there must be special person management, in the point of time. Easy to crowding queuing, in stock fee; even if the management method of RF label is taken, there must be artificial proximity to operate, taking one by one, with high efficiency, more in the case of tool cars, and dispersed, is particularly serious. In the currently technical solution, the tool cart can be automatically detected, but it is not possible to operate the actual control on the spot, and cannot eliminate some intentional behavior. For example, put the tools in the outer wall o...

AI Technical Summary

Problems solved by technology

[0002] In the fields of aviation maintenance, rail vehicle maintenance, automobile maintenance stations, digital processing centers, etc., the management of the use of tools and equipment is strict, and the borrowing and returning procedures are strict, but the manual registration is cumbersome and must be managed by a special person. It is easy to queue up and take time to take inventory; even if the management method of radio frequency tags is adopted, manual close operations are required one by one, which is not efficient, especially when there are many tool carts and scattered layout

In the existing technical solutions, the tool cart can be automatically detected, but it cannot actually control the borrowing and returning operation on the spot, and cannot prevent some intentional behaviors, such as placing the tool near the outer wall of the tool cart to deceive the system detection. has been returned

In addition, in the field of aviation maintenance, there are many tools used, and the direct relationship between the intensity of use and tool consumption is difficult to accurately count, and it is difficult to find the law of replenishment and adjustment, and there is no grasp for management.

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