Smart storehouse management system for live-line work tools

Abstract

The invention discloses a smart storehouse management system for live-line work tools. The smart storehouse management system comprises a storehouse monitoring system and a centralized control system which is in communication connection with and controls the storehouse monitoring system. The storehouse management system comprises a tool monitoring unit which comprises electronic labels for storing identity information of tools, and probes for detecting the electronic labels and identifying stored information of the electronic labels, wherein the electronic labels are arranged on the tools, the probes are placed on the positions where the tools are put, and the electronic labels correspond to the probes one by one. The probes are in communication connection with the centralized control system through an external communication interface. The management system can be used to individually, effectively and accurately manage and monitor tools in tool cabinets in one or more power stations or power supply stations, and smart detection and adjusting of the environment of the tool cabinets can be realized. The intelligent level and the reliability are high. The work burden of electricity operation workers can be reduced greatly. The smart storehouse management system is applicable to practical use, ensures safety and standard management of tools, and further guarantees the construction safety of workers.

Description

technical field [0001] The invention relates to a management, monitoring or control device for a safety cabinet of a safety tool, in particular to an intelligent warehouse management system for a live tool. Background technique [0002] In my country's power industry, insulated tools are widely used for live operations and operations. Insulated tools have strict requirements on the storage environment. It requires that the relative humidity of the warehouse where the tools are stored should be less than 60%, and the maximum temperature should not exceed 40°C. If the storage environment cannot meet the specified requirements, it will easily cause safety hazards such as moisture in the tool and performance degradation, which will seriously endanger the safety of maintenance operators. The State Administration of Quality and Technical Supervision also clarified the supporting management and use of insulating operation tools, live working tools and insulating protective tools, p...

AI Technical Summary

Problems solved by technology

[0003] However, whether it is a smart tool cabinet or a smart warehouse, there are many problems in the intelligent identification of tools, either poor in accuracy, poor in practicability, or inconvenient to use

For example, the relatively mature infrared detection method is widely used in the industry at present, which can only judge whether there is a tool at a certain fixed equipment location, but cannot identify what equipment it is

In the prior art, there is also a UHF card reader installed at the door of the warehouse, and UHF electronic tags are attached to the tools. When entering and leaving the door, it only needs to detect and receive the infrared rays of the electronic tags for management. This solution is less accurate. Problems are likely to occur when multiple devices enter and exit at the same time. At the same time, it is difficult for the card reader to judge whether the detected tools passing the door are out or in, so the practicability is not high.

The bar code system also has certain applications, but the system is complex and inconvenient to use

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