Field monitoring method for electric power operating personnel

Abstract

The invention provides a field monitoring method for electric power workers. The field monitoring method comprises the following steps: S1, preparing a work ticket template M; s2, comparing the filled work ticket P with a work ticket template M, and judging whether the work ticket is qualified or not; S3, obtaining (IR, IV, IT), and obtaining (r, v, t); and S4, judging whether (r, v, t) belongs to (IR, IV, IT), comparing the real-time state of the staff with the staff information, the space information and the time information permitted by the work ticket, wherein when R belongs to P, W = 1, otherwise W = 0, W = 1 indicates that field end inspection succeeds, the staff is allowed to enter the field for work, W = 1 indicates that field end inspection fails, and the staff is not allowed to enter the field for work. Based on the work ticket business, the method is closely combined with the field safety management, and through the full mapping logic of the production business and the safety business, the whole process, the whole scene and the whole coverage of the field safety management of the electric power operation are realized.

Description

technical field [0001] The invention relates to the technical field of electric power operations, in particular to an on-site monitoring method for electric power workers. Background technique [0002] The prior art focuses on the management process of electric work ticket management itself on the one hand, and on-site management information collection on the other hand, both of which have their own limitations. [0003] In terms of work ticket management for electric power operations, the existing technology only realizes the entry and approval of initial data on the PC side. After the work ticket is printed, it is executed on site without the support of information technology. Complete the work and fill in the content. The whole process of tracking, recording and monitoring of on-site work ticket management has not been achieved. [0004] In terms of on-site management information collection, the existing technology collection focuses on the parameter status of on-site e...

AI Technical Summary

Problems solved by technology

[0018] In the above-mentioned patent documents, the radio frequency identification codes of the on-site equipment, the on-site grounding device information, the on-site sign information, and the personnel identification One or more of card information, image information, and voice information are recorded, only using a single RFID technology, and do not focus on the specific links of work permits, work disclosure, work monitoring, and work termination, nor how to use these data for inventions Accurately check with the work plan

[0019] In particular, the existing technology only uses a single positioning technology, such as GPS positioning, and the difference in the position of the control point selected by the GPS positioning technology directly affects the accuracy of the observation point. There are differences between the results of different types of GPS measurement products. Sometimes the difference is relatively large, so that there will be deviations in the positioning of the staff in the power operation operating system, which may lead to safety risks, or only use RFID equipment for positioning, but the following problems will exist when using RFID equipment for positioning: (1) Technology maturity not enough

Due to the retroreflective characteristics of UHF RFID electronic tags, it is difficult to apply them in commodities such as metals and liquids; (2) High cost

Compared with ordinary barcode labels, the price of RFID electronic tags is higher, which is dozens of times that of ordinary barcode labels. If the amount of use is large, the cost will be too high, which will greatly reduce the enthusiasm of the market to use RFID technology; (3 ) security is not strong enough

The security problems faced by RFID technology are mainly manifested in the illegal reading and malicious tampering of RFID electronic tag information; (4) The technical standards are not uniform;

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