Intelligent fuel gas device information collection method based on WeChat

Abstract

The invention relates to a WeChat-based intelligent gas equipment information collection method. An electronic data collector collects pressure information of equipment pipelines, transmits the collected pressure information to a collection server, performs analysis and processing according to a protocol, and a user logs in to a WeChat client through a mobile terminal. terminal, pay attention to the WeChat official account of the intelligent gas equipment management and control platform, send a request to the web server through the operation of the WeChat client, and display the obtained return data on the WeChat interface. Personnel go to the site to check the equipment, which ensures timeliness, reduces labor costs, facilitates management, and uses the WeChat platform to increase system stability and facilitate maintenance.

Description

technical field [0001] The invention relates to the technical field of intelligent gas equipment management and control, in particular to a WeChat-based intelligent gas equipment information collection method. Background technique [0002] At present, it is impossible to know and control the inlet and outlet pressures of gas equipment pipelines anytime and anywhere. It requires staff to monitor and adjust the gas equipment on site, and the work efficiency is low. This traditional working method has the following defects: [0003] 1. Inconvenient management: At present, it mainly relies on manual inspection to grasp the inlet and outlet pressure of gas equipment pipelines, so it is necessary to designate staff to conduct fixed-point and regular inspections, which increases the cost of manpower input. [0004] 2. Poor timeliness: due to the need to arrange staff to check on site, relevant information cannot be obtained anytime and anywhere. When a pressure alarm is encountered...

AI Technical Summary

Problems solved by technology

[0002] At present, it is impossible to know and control the inlet and outlet pressures of gas equipment pipelines anytime and anywhere. It requires staff to monitor and adjust the gas equipment on site, and the work efficiency is low. This traditional working method has the following defects:

[0003] 1. Inconvenient management: At present, it mainly relies on manual inspection to grasp the inlet and outlet pressure of gas equipment pipelines, so it is necessary to designate staff to conduct fixed-point and regular inspections, which increases the cost of manpower input

[0004] 2. Poor timeliness: due to the need to arrange staff to check on site, relevant information cannot be obtained anytime and anywhere. When a pressure alarm is encountered, the alarm information cannot be fed back to the corresponding staff anytime and anywhere, reducing the use of gas equipment safety

[0005] 3. Deployment difficulties: Due to the distribution of gas equipment at multiple sites and different locations, in order to control the working status of gas equipment, it is necessary to rent or build servers and establish clusters, which requires a high technical threshold and a large investment

[0006] 4. Difficult maintenance: the maintenance of different mobile terminal devices and operating systems is cumbersome, with heavy workload and poor compatibility

[0007] 5. The cost is high: you need to rent a dedicated line, control through a dedicated network, rent or build a server, and the cost of SMS is relatively high

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