Operation data collection and fault response method based on WIFI

Abstract

The invention discloses an operation data collection and fault response method based on WIFI, and the method employs a system which at least consists of the following units which achieve the data interconnection based on the WIFI technology through a public network platform: a wireless data collector, a plurality of terminal devices with the built-in wireless network cards, a wireless router, a modem, and an equipment data collection and maintenance ERP cloud server. The wireless router manages a local area network which consists of the plurality of terminal devices and one wireless data collector. The plurality of terminal devices enables the real-time operation data and fault information to be transmitted to the wireless data collector through the wireless router. The wireless data collector enables the operation data and fault information to be gathered, transmits the gathered data to the public network platform through the wireless router and the modem and transmits the gathered data to the equipment data collection and maintenance ERP cloud server. The method is shorter in fault response time, is higher in speed, is more accurate in data collection and fault reaction, and is lower in cost.

Description

technical field [0001] The invention relates to wireless radio frequency technology, a signal analysis system and a processing method, in particular to a WIFI-based operation data collection and fault response method. Background technique [0002] At present, the commonly used methods of equipment operation data collection and fault emergency response are basically based on the built-in method of a device, such as a backup server. In addition, in order to ensure the real-time performance of equipment data collection, most of the equipment data collection is implemented by means of wired connection. Furthermore, the response to emergency treatment when a fault occurs is relatively slow. Especially in the case of scattered equipment layout, multiple regions, and multiple network services, this performance is more obvious: First, a large number of wiring leads to high costs, requiring fixed infrastructure, and is not suitable for low-cost data collection of equipment. Second,...

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Problems solved by technology

Furthermore, the response to emergency treatment when a fault occurs is relatively slow

Especially in the case of scattered equipment layout, multiple regions, and multiple network services, this performance is more obvious: First, a large number of wiring leads to high costs, requiring fixed infrastructure, and is not suitable for low-cost data collection of equipment

Second, for a large number of devices with scattered layouts, if you continue to use the local backup method, it will only lead to higher costs, will not shorten the system's rapid fault response time, and cannot meet the technical requirements for rapid fault response

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