RFID identification intelligent tool management system based on Internet-of-things

Abstract

The invention discloses an RFID identification intelligent tool management system based on Internet-of-things, and the system comprises terminal intelligent equipment, a local server, and a cloud server, the local server and the cloud server are respectively provided with a data synchronization middleware, the local server is connected with a WEB end, and the cloud server is connected with a mobile platform; wherein the terminal intelligent equipment comprises a tool cabinet with a plurality of storage grids with different sizes, an RFID reader is arranged in each storage grid, tools with corresponding sizes are placed in each storage grid, RFID tags are arranged on the tools, and bar codes or two-dimensional codes are printed on the surfaces of the RFID tags; the terminal intelligent device further comprises a large-screen intelligent operation system used for receiving data sent by the RFID reader. The system has the advantages that local data and cloud data can be interacted and synchronized in real time, hardware and software of the system cooperate to form a closed loop, the coping capacity of the system for emergencies is improved, and full-life-cycle tracing management of equipment tools is achieved.

Description

technical field [0001] The invention relates to a tool management system, in particular to an intelligent tool management system based on the RFID identification of the Internet of Things. Background technique [0002] The management of traditional hydraulic and electric tool warehouses generally relies on a non-automated, paper-based system to record and track incoming and outgoing goods, and the internal management of the warehouse is completely implemented manually, so the efficiency of warehouse management is extremely low. The scale of the warehouse that can be managed is also small, and the records on the books cannot reflect the existence of equipment and tools. Management is difficult, and it is difficult to trace the loss of tools. The inventory is laborious, time-consuming, and the effect is not good. It is also a burden for enterprises to invest in a large amount of manual labor to manage equipment. [0003] For this reason, Chinese invention patent CN 105788038 ...

AI Technical Summary

Problems solved by technology

The application of RFID technology in the field of tool management has indeed improved the intelligence of the management system, but the above-mentioned patents still do not solve some problems encountered in practical applications. For example, the data in the management computer cannot be synchronized with the cloud in time. In the case of statistical errors or abnormal borrowing, the wrong data cannot be corrected in time, and the tool borrowing interface cannot reflect the real situation of the tool; the employee can complete the subsequent borrowing steps by swiping the ID card at the sensor end of the sensor control door lock. If the employee ID card is lost , that is, the borrowing cannot be completed, or the person who picks up the employee's lost ID card can borrow the tool at will. This borrowing method has a low safety factor and is an idealized management model. It cannot cope with some emergencies and the system has relatively low resilience Poor; it can be seen that the tool management method in the above patent still has huge room for improvement

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