Intelligent electric control valve

Abstract

The invention discloses an intelligent electric control valve which comprises an installing box body. A plurality of connecting pipelines are arranged in the installing box body in a communicating manner. An inner cavity is formed in the installing box body. A plurality of outer shells are arranged in the inner cavity. A containing cavity is formed in each outer shell. The containing cavities andthe connecting pipelines are arranged in a communicating manner. Penetration holes are formed in the outer shells and communicate with the containing cavities. A matched pipeline is arranged on one side of each outer shell. A lifting sliding cylinder is arranged on one side of each matched pipeline. A penetration hole is formed in each lifting sliding cylinder. A plurality of connecting holes areformed in each penetration hole in a communicating manner. The equipment adopts and is provided with the plurality of connecting pipelines. Water can be introduced from any connecting pipeline, then the water flows in the plurality of connecting pipelines, and the purpose of such design is to enable the connecting pipelines to communicate with multiple pipelines at the same time so as to solve theproblem of arrangement cost of the valve and the pipelines.

Description

technical field [0001] The invention relates to the technical field of electric control valve equipment, in particular to an intelligent electric control valve. Background technique [0002] Common electronic control valves use electromagnetic or motor to drive the corresponding blocking block to move to separately connect and disconnect the pipelines, which results in the fact that there will be many pipelines in the actual use of the equipment However, there is no way to use a single electronically controlled valve to control various pipelines. More pipelines and more valves need to be set up to achieve interlaced control between various pipeline liquids. The disadvantages of the above design On the one hand, it increases the time for personnel to maintain the equipment, and the cost of the specific setting of the above equipment is high, and it cannot be installed and used in large quantities in a short time, which causes the installation period of the corresponding pipel...

AI Technical Summary

Problems solved by technology

[0002] Common electronic control valves use electromagnetic or motor to drive the corresponding blocking block to move to separately connect and disconnect the pipelines, which results in the fact that there will be many pipelines in the actual use of the equipment However, there is no way to use a single electronically controlled valve to control various pipelines. More pipelines and more valves need to be set up to achieve interlaced control between various pipeline liquids. The disadvantages of the above design On the one hand, it increases the time for personnel to maintain the equipment, and the cost of the specific setting of the above equipment is high, and it cannot be installed and used in large quantities in a short time, which causes the installation period of the corresponding pipeline to increase. Due to the above installation period The increase will also reduce the actual reliability of the corresponding pipelines for maintenance. Due to the above shortcomings, the stability of the equipment in actual use will be reduced, and it will greatly consume the energy and time of personnel.

Images