A self-controlled water supply device

Abstract

The invention relates to the technical field of tap water supply, in particular to a self-controlled tap water supply device, which includes a base, a controller installed on the base, a negative pressure mechanism and a filter mechanism. The negative pressure mechanism includes a non-negative pressure tank and a non-negative pressure double inlet The water pump and the non-negative pressure tank communicate with one of the working ends of the non-negative pressure double-inlet water pump through the first negative pressure pipe, and the other working end of the non-negative pressure double-inlet water pump is provided with a water outlet pipe. The end close to the filter chamber communicates with the interior of the non-negative pressure tank through the second negative pressure pipe. The end of the filter chamber far away from the non-negative pressure tank is provided with a water inlet pipe. The interior of the filter chamber is provided with several filter membrane plates. The interior of the filter chamber It is also equipped with a water quality detection sensor, and the top of the filter chamber is provided with a cover that can be turned over. This technical solution solves the problem that the tap water supply room can automatically filter to ensure the quality of the water, and when the water pressure is insufficient, it can automatically increase the water pressure. Ensure the stability of tap water supply.

Description

technical field [0001] The invention relates to the technical field of tap water supply, in particular to a self-controlled tap water supply device. Background technique [0002] Nowadays, people use tap water and provide tap water to users through water companies. However, traditional water supply equipment uses pressure to transport water to far places or high places. Because if the pressure is not enough, it will It will cause the tap water to be unable to be delivered to the user's home, causing troubles to the user, and the traditional water supply equipment first loads water into the pool or the water tank, and then transports the water to the user's home through the water supply system, slowly Slowly, it developed to no need to build a pool or put water into a water tank. By directly connecting the water supply system with the municipal official network, the residual pressure of the municipal official network is used for water supply. However, although these water sup...

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Problems solved by technology

[0002] Nowadays, people use tap water and provide tap water to users through water companies. However, traditional water supply equipment uses pressure to transport water to far places or high places. Because if the pressure is not enough, it will It will cause the tap water to be unable to be delivered to the user's home, causing troubles to the user, and the traditional water supply equipment first loads water into the pool or the water tank, and then transports the water to the user's home through the water supply system, slowly Slowly, it developed to no need to build a pool or put water into a water tank. By directly connecting the water supply system with the municipal official network, the residual pressure of the municipal official network is used for water supply. However, although these water supply equipment can supply water well, these The equipment cannot guarantee the quality of the water, and cannot automatically filter the tap water, and when supplying water to high-rise buildings, the water pressure is often insufficient, which leads to unstable water pressure. Therefore, we propose a self-controlled tap water supply device to solve the above problems. proposed question

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