Device for tapwater pipe line directly pressurizating

Abstract

The present invention discloses the running water pipeline direct pressurization equipment. Said equipment includes the components of electric valve, check valve, water pump and water-collecting tank. Said equipment is controlled by microcomputer. Said invention also provides the working principle of said equipment and its operation method.

Description

technical field [0001] The invention relates to a tap water booster. Background technique [0002] The long-distance transportation of tap water will cause head loss. With the emergence of high-rise buildings, the pressure of municipal water supply will be insufficient. In order to ensure the normal water use of long-distance and high-rise residents, pressurization is required. Boosting, if a booster pump is used directly on the pipeline, it will cause negative pressure in the pipeline at the water source end and affect the normal water use of the water source end users. For this reason, people generally used the partition water intake pressurization method in the past, specifically, a reservoir is set, the water in the water source end pipeline flows into the reservoir, and then the water in the reservoir is pumped into the next section of the pipeline, This is used to achieve pressurization, but the original pipeline pressure cannot be utilized in this way, resulting in a...

AI Technical Summary

Problems solved by technology

[0002] The long-distance transportation of tap water will cause head loss. With the emergence of high-rise buildings, the pressure of municipal water supply will be insufficient. In order to ensure the normal water use of long-distance and high-rise residents, pressurization is required.

Boosting, if a booster pump is used directly on the pipeline, it will cause negative pressure in the pipeline at the water source end and affect the normal water use of the water source end users

For this reason, people generally used the partition water intake pressurization method in the past, specifically, a reservoir is set, the water in the water source end pipeline flows into the reservoir, and then the water in the reservoir is pumped into the next section of the pipeline, This is used to achieve pressurization, but the original pipeline pressure cannot be used in this way, resulting in a large loss of power consumption, waste of resources, and easy to cause secondary pollution

For this reason, people have developed a non-negative pressure pipeline direct pressurized water supply device. Its working principle is: directly take water from the pipeline to pressurize, and can use the original pressure of the pipeline. In order to avoid negative pressure in the pipeline, a steady flow compensator is set. , When the pipeline generates negative pressure, air is added, but when entering this working state, the original pipeline network pressure can no longer be used, all energy is released ineffectively, and the adjustable function of the flow rate is very weak

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