Double valve anti-blocking high-efficiency hydraulic controller

Abstract

The invention relates to a bivalve anti-blocking efficient liquid controller, which mainly consists of a liquid inlet pipe, a discharge bolt, a liquid outlet pipe, a rear assistant pipe, a front assistant pipe, a vertical filter screen, an electromagnetic valve and a manual valve and the like which are respectively arranged in a pipe body and a valve body. The liquid inlet pipe is arranged at the front end of the electromagnetic valve, one end of the liquid inlet pipe is communicated with the front end of an opening of the electromagnetic valve, and one side of the liquid inlet pipe is communicated with the front assistant pipe. The discharge bolt is placed on one side of the liquid inlet pipe. The liquid outlet pipe is placed at the rear end of the opening of the electromagnetic valve. The rear assistant pipe is arranged at the rear end of the manual valve and on one side of the liquid outlet pipe. The front assistant pipe is arranged at the front end of the manual valve and on one side of the liquid inlet pipe. The front assistant pipe is matched with the manual valve to guide liquid and gas. The vertical filter screen is arranged inside the liquid inlet pipe. The electromagnetic valve is arranged between one end of the liquid inlet pipe and one end of the liquid outlet pipe. The manual valve is arranged between one end of the front assistant pipe and one end of the rear assistant pipe. The bivalve anti-blocking efficient liquid controller has the advantages of delicate design, excellent performance, multifunction, capabilities of improving the quality by microfiltration, preventing blocking and discharging dirt, efficiency, energy saving, convenience in installation and use, reliability, durability, low manufacturing cost and remarkable comprehensive benefit for use,.

Description

technical field [0001] The invention relates to a liquid controller, in particular to a double-valve anti-blocking high-efficiency liquid controller. Background technique [0002] At present, in the process of urban and rural production, life, sanitation flushing water and other liquid and gas processing, most of the artificial valves and automatic valves used are simple in design, backward in technology, independent, single in function, inconvenient in operation, low in energy saving rate and easy to use. Clogging is vulnerable and difficult to repair and replace, which not only affects water conservation, environmental sanitation, and normal production efficiency, but also causes practical problems such as large water waste for the whole society, increased production costs, and reduced product quality, and directly affects the comprehensive energy-saving economy. Further improvement and development of benefits and social benefits. For this reason, it is extremely necessar...

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Problems solved by technology

[0002] At present, in the process of urban and rural production, life, sanitation flushing water and other liquid and gas processing, most of the artificial valves and automatic valves used are simple in design, lagging behind in technology, independent in use, single in function, inconvenient in operation, low in energy saving rate and easy to use. Clogging is vulnerable and difficult to repair and replace, which not only affects water conservation, environmental sanitation, and normal production efficiency, but also causes practical problems such as large water waste for the whole society, increased production costs, and reduced product quality, and directly affects the comprehensive energy-saving economy. Further improvement and development of benefit and social benefit

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