Client-based oxygen production equipment remote fault diagnosis system and fault diagnosis method

Abstract

A client-based oxygen production equipment remote fault diagnosis system and a fault diagnosis method are provided. The system comprises field oxygen production stations and a remote technology service center communicating with the field oxygen production stations through a network. The field oxygen production stations are field oxygen production stations distributed in different regions and at different positions. The remote technology service center comprises a service center router connected with the field oxygen production stations through a network, a data server used for receiving, analyzing and storing data of the field oxygen production stations, a WEB server used for extracting the data in the data server and releasing the data on the web, a switch used for data sharing, and a remote client used for carrying out remote monitoring and fault diagnosis and feeding the diagnosis result back to the field oxygen production stations, wherein the service center router, the data server, the WEB server, the switch and the remote client are connected in sequence. The operation status of field oxygen production equipment can be monitored in real time by an expert system of the remote technology service center or professional maintenance engineers, fault diagnosis and analysis can be carried out according to acquired data, and a solution can be given. The maintenance efficiency is improved.

Description

technical field [0001] The invention relates to remote fault diagnosis of oxygen making equipment. In particular, it relates to a client-based remote fault diagnosis system and fault diagnosis method for oxygen generators. Background technique [0002] Existing medical oxygen equipment does not have the function of remote fault diagnosis and on-site fault query, and operators are usually not familiar with the principle of oxygen generation and equipment structure. It is also very difficult for local technicians to communicate by phone. The remote technicians cannot timely and accurately understand the real status of equipment operation, so they can only go to the site for maintenance. Long, as short as one or two weeks, as long as half a year, and some places even failed to solve the problem for more than a year, such as a plateau frontier unit, which seriously affected the use of users, and caused great economic losses for hospitals. As far as plateau defense officers and...

AI Technical Summary

Problems solved by technology

[0002] Existing medical oxygen equipment does not have the function of remote fault diagnosis and on-site fault query, and operators are usually not familiar with the principle of oxygen generation and equipment structure. It is also very difficult for local technicians to communicate by phone. The remote technicians cannot timely and accurately understand the real status of equipment operation, so they can only go to the site for maintenance. Long, as short as one or two weeks, as long as half a year, and some places even failed to solve the problem for more than a year, such as a plateau frontier unit, which seriously affected the use of users, and caused great economic losses for hospitals. As far as plateau defense officers and soldiers are concerned, the problem of hypoxia cannot be solved in time, and their physical and mental health will be greatly affected

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