Fuel gas pipeline control valve based on Internet of Things

Abstract

The invention provides a fuel gas pipeline control valve based on the Internet of Things. The fuel gas pipeline control valve based on the Internet of Things comprises a fuel gas pipeline, a pipeline fixing block, a first connecting body, a bolt, a control valve of the Internet of Things, a flow meter and a control terminal of the Internet of Things. The pipeline fixing block and the first connecting body are arranged on the fuel gas pipeline and are fixedly connected. The first connecting body is connected with a second connecting body through the bolt. The second connecting body is connected with an intermediate. A spinning shaft is arranged on a spinning valve block and connected with a spinning device. The spinning device is connected with a spinning controller. The spilling controller is connected with the control terminal of the Internet of Things through a wire. A flow guiding body is connected with a flow guiding tail end body which is connected with a flow meter statistical meter. Compared with the prior art, the fuel gas pipeline control valve based on the Internet of Things has the beneficial effects of being compact in structure, high in safety performance, accurate in flow metering and signal transmission and fast and accurate in valve control.

Description

technical field [0001] The invention is a gas pipeline control valve based on the internet of things, belonging to the technical field of gas control pipeline equipment. Background technique [0002] With the development of the times, gas is becoming more and more common as a fuel. In the process of household gas refueling, because it is a small amount of work, flow metering and electronic valve control are not required, but in chemical gas companies and gas transportation. Said that the flow metering and accurate valve opening and closing system are relatively strict, but the existing gas pipeline control valves cannot meet the actual needs to some extent. First, there are deficiencies in the installation problem, and the flow metering Most of the meters and valve controllers are installed separately, so the installation gap must have an impact on the quality of the entire equipment in terms of service life, and the existing equipment has deficiencies in metering transmissi...

AI Technical Summary

Problems solved by technology

[0002] With the development of the times, gas is becoming more and more common as a fuel. In the process of household gas refueling, because it is a small-scale operation, flow metering and electronic valve control are not required, but in chemical gas companies and gas transportation. Said that the flow metering and accurate valve opening and closing system requirements are relatively strict, but the existing gas pipeline control valves cannot meet the actual needs to some extent. Most of the meters and valve controllers are installed separately, so the installation gap must have an impact on the quality of the entire equipment in terms of service life, and the existing equipment has deficiencies in metering transmission and valve control instructions, and the existing valve control system is not Not precisely controlled, resulting in an impact on the quantity of gas delivered, resulting in unnecessary losses throughout

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