Novel electrically controlled water supply system

Abstract

The invention provides a novel electrically controlled water supply system. The system comprises a water tower, a water inlet pipeline and a water supply pipeline, wherein the water inlet pipeline is communicated with a water pump, and the water supply pipeline is provided with a water discharging valve. The system is characterized by comprising a water level regulating rod and a conductive sleeve cylinder arranged on the water level regulating rod in a sleeving mode, the conductive sleeve cylinder and the water level regulating rod are connected with the water pump in series through wires, a float ball is fixed to the bottom end of the water level regulating rod, and the conductive sleeve cylinder is fixed to the bottom end of a spiral lifting rod through an insulation connecting rod. Compared with the prior art, the novel electrically controlled water supply system has the advantages that a water pumping circuit is automatic, when the water level in the water tower drops, the water pump can automatically pump water to the water tower, and when water in the water tower is stored enough, the water pump automatically stops pumping; an appropriate water storage amount can be set based on the water consumption condition of people in different months, so that the situations that insufficient water storage of the water tower does not satisfy water use demands, and excessive water storage results in too long water storage updating time and influences the water quality are avoided.

Description

technical field [0001] The invention relates to an electric control water supply system. Background technique [0002] Water is the source of life, people cannot live without water. In the vast rural areas of our country, there are still many inconveniences in domestic water use, the most prominent of which is the problem of water supply. The main water supply systems in rural areas such as figure 2 As shown, people use water pumps to pump water to the water tower, and then transport it to each household through the water supply pipeline. The water supply system has the following defects: [0003] (1) The water supply system needs to manually control the water pump to draw water to the water tower, which is labor-intensive. [0004] (2) It is not easy to flexibly control the water storage capacity of the water tower. If the water storage is too small, the water supply cannot be guaranteed. If the water storage is too large, the time for updating the water storage will be ...

AI Technical Summary

Problems solved by technology

[0003](1) The water supply system needs to manually control the water pump to draw water to the water tower, which is labor-intensive

[0004](2) It is not easy to flexibly control the water storage capacity of the water tower. If the water storage is too small, the water supply cannot be guaranteed. If the water storage is too large, the water storage renewal time will be too long , affecting water quality

[0005](3) The water storage volume of the water tower is adjusted in a single way. When the water storage capacity increases, the water storage level of the water tower increases accordingly, and the water supply increases The water pressure load on the pipeline can easily cause the water supply pipeline to rupture and cause water leakage accidents

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