Anti-freezing intelligent integrated pump station adopting underground water inflow and discharge

Abstract

The invention relates to an anti-freezing intelligent integrated pump station adopting underground water inflow and discharge. The anti-freezing intelligent integrated pump station comprises an intelligent integrated pump house and is characterized in the bottom of the intelligent integrated pump house is provided with an underground anti-freezing water inflow and discharge structure; the underground part of the anti-freezing water inflow and discharge structure is provided with a municipal pipe underground water inlet and/or a use water supply underground water outlet, the municipal pipe underground water inlet is connected with a water supply component in the intelligent integrated pump house through a water inlet pipe component arranged in the anti-freezing water inflow and discharge structure, and the use water supply underground water outlet is connected with the water supply component in the intelligent integrated pump house through a water outlet pipe component arranged in the anti-freezing water inflow and discharge structure. By the anti-freezing intelligent integrated pump station, the frost damage, caused by cold weather, of water supply equipment can be avoided.

Description

technical field [0001] The invention relates to the technical field of urban water supply and drainage, in particular to an intelligent integrated pumping station for water inlet and outlet to prevent freezing. Background technique [0002] At present, most pump houses on the market are generally installed in the basement or directly outside the ground, and the pump stations generally adopt side water inlet and outlet. Due to the large temperature difference throughout the year in China, especially the very cold winter in the northern region, when the temperature in the north is too low in winter, the municipal secondary water supply equipment is supplied to the user through the pump room, because the municipal water supply equipment water inlet and the user water supply outlet are often exposed to External, water supply intake and consumer water supply lines, due to severe cold weather, often freeze. Similarly, when the water supply equipment is out of service or repaired ...

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Problems solved by technology

Similarly, when the water supply equipment is out of service or repaired in winter, it will also cause the water in the water supply and the water in the user's water pipeline to freeze

Because the water supply is directly connected to the pipeline, it is difficult to find that the water in the water supply equipment freezes. The inlet and outlet of the water supply equipment are prone to equipment freezing and freezing, which will directly lead to equipment damage or scrapping, resulting in interruption of water supply, thus affecting the normal water consumption of users.

In some areas with high humidity in summer, there is still the problem of condensation, which affects normal use; in order to prevent the municipal water supply inlet pipes and user outlet pipes from being exposed to the outside to prevent freezing, the municipal water inlet pipes and user outlet pipes are generally buried in the freezing area. Below the soil layer and the ground is covered with a thick insulation layer or wrapped with insulation material on the water inlet and outlet pipes to prevent the water pipes from freezing and freezing, but this method does not have much effect on cold areas with temperatures below minus ten degrees

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