Field apparatus inspection method and system

Abstract

The invention provides a field apparatus inspection method and system. The method is characterized in that identification cards which are internally provided with an identification number respectively are arranged on the field apparatus regularly; inspectors can acquire the numbers of the identification cards and an apparatus name by swiping an information collector, and then the operating parameters of the field apparatus are input into the information collector through a keyboard; data collected by the information collector is received by a front-end inspection device; the data is sent to an inspection server through Ethernet; the inspection server analyzes and judges whether the identification cards are swiped regularly, the data is collected normally, and the regular collection is carried out and a statistical statement is produced according to the pre-stored information, and provides alarm information; and a terminal server accesses to the inspection server to acquire the statistical statement through a B/S architecture explorer.. The method and system has the advantages that the inspectors inspecting the field apparatus of an enterprise can be effectively supervised, the working quality of the inspectors can be quantitatively and qualitatively evaluated, the operating parameters of the inspection apparatus can be judged in real time, the informationzation management level of the enterprise is improved, and the production requirements of the enterprise are met.

Description

Technical field [0001] The invention relates to a field equipment inspection method and system. . Background technique [0002] Petrochemical enterprises have requirements for on-site equipment inspection process: fixed point, timing, qualitative, quantitative and real-time. Traditional petrochemical enterprise field equipment inspections generally use relatively backward manual listing and other means for management. As a manager, it is difficult to fully understand whether inspectors conduct equipment inspections at fixed points, timing, qualitative, quantitative, and real-time. Once equipment problems occur, it is often difficult for managers to identify responsibilities. Among the various equipment safety accidents that occurred in the past, most of the accidents are directly related to the inadequate, inconscientious, and untimely inspection of personnel on the job. At present, the products on the market for on-site inspection are mainly based on RFID radio frequency tech...

AI Technical Summary

Problems solved by technology

This kind of product can only rely on patrol personnel to collect data at fixed points and at regular intervals, and cannot strictly control the accuracy and real-time performance of the data collection and processing process, and the authenticity of the data cannot be verified in a timely manner. The work process cannot be effectively controlled on the inspection process, resulting in the inspection results not being able to guide the production operations of the enterprise in a timely manner

Due to poor real-time performance, this type of product cannot meet the fixed-point, timing, qualitative, quantitative and real-time needs of petrochemical enterprises for the inspection process.

In addition, the software system of this kind of product can only be oriented to workshop management, but cannot be oriented to comprehensive management of enterprises, and a certain amount of microcomputers must be configured for inspection posts, and the microcomputers need frequent maintenance by IT personnel.

This makes it difficult for enterprises adopting such products to manage equipment inspection information in a comprehensive and controllable manner, even though they have invested a lot of manpower, material resources and financial resources.

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