Intelligent natural gas pipeline network output device

Abstract

The invention discloses an intelligent natural gas pipeline network output device. The intelligent natural gas pipeline network output device comprises an MCU, a monitoring camera, a leakage probe, a flame probe, a first flowmeter, a second flowmeter and a remote terminal, wherein the MCU is used for integrating detection data of each module; the monitoring camera is used for monitoring a gas station in real time, and video data is transmitted to the MCU after being acquired; the leakage probe is used for detecting natural gas concentration in kay areas at the gas station; the flame probe is used for detecting sparks in all areas at the gas station; the first flowmeter is used for measuring the flow of natural gas in an input pipeline of the gas station; the second flowmeter is used for measuring the flow of natural gas in an output pipeline of the gas station; and the remote terminal is used for receiving the data information integrated by the MCU, and can emit corresponding control commands remotely through a wireless transceiver module according to the received data.

Description

technical field [0001] The invention relates to the field of intelligent control of gas supply in natural gas stations, in particular to an intelligent natural gas pipeline network output device. Background technique [0002] The control system in the original gasification station has the following disadvantages: 1. The control software is relatively simple and cannot communicate with various types of equipment and intelligent control, and the intelligent safety control is relatively simple and cannot be completely separated from human on-site equipment operation , When encountering parameter alarms or potential safety hazards, it will only alarm and will not intelligently control the field equipment to clear the alarm fault. The old-fashioned control software is more troublesome in operation, and it is difficult for personnel to operate and the control software is not easy to expand; 2. The control software cannot reach Intelligent, automatic, and safe production, and manpo...

AI Technical Summary

Problems solved by technology

[0002] The control system in the original gasification station has the following disadvantages: 1. The control software is relatively simple and cannot communicate with various types of equipment and intelligent control, and the intelligent safety control is relatively simple and cannot be completely separated from human on-site equipment operation , When encountering parameter alarms or potential safety hazards, it will only alarm and will not intelligently control the field equipment to clear the alarm fault. The old-fashioned control software is more troublesome in operation, and it is difficult for personnel to operate and the control software is not easy to expand; 2. The control software cannot reach Intelligent, automatic, and safe production, and manpower is required for on-site inspection in operation. The control software is useless; 3. The data processing capability of the control software is relatively low and cannot handle too much field device data, and can only display some simple historical data. Moreover, a large amount of historical data cannot be saved. The old-fashioned control software has a very poor automatic processing ability for equipment parameter alarms. It can only display the alarm information without automatically clearing the alarm.

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