Integrated prefabricated underground water intake pumping station

Abstract

The invention discloses an integrated prefabricated underground water intake pumping station. The integrated prefabricated underground water intake pumping station comprises a barrel cover, a barrel body, an electric control cabinet, a pressure pipeline, a submersible sewage pump, a pipeline pump and a foundation. For the device, the pumping station is prefabricated in a factory, so that the construction difficulty and complexity on the spot due to weather and working conditions are reduced, the construction period is shortened, and the efficiency is improved. The device is buried under the ground, so that evaporation is avoided, space is saved, the problem that abundant commercial land is occupied is solved, and the income is increased; for the device, the vacuum inhibition technology isadopted, a water supply device is directly connected with a pipeline network of tap water in series, no negative pressure is generated, so that secondary pressurizing is saved, and water can be provided for the device without construction of a water tool; according to the device, water of a water source is directly conveyed to an end port, so that the utilization ratio of the municipal pipe network is improved, and energy of the water source is reasonably utilized; the device adopts a remote measurement and control terminal, so that the unattended remote control of the water intake pumping station is realized by a control center through the corresponding network and protocol.

Description

technical field [0001] The invention relates to a water supply equipment, in particular to an integrated prefabricated buried water intake pumping station. Background technique [0002] Existing water intake pumps include the following: first, there is no need to arrange an underground pump room, and the water intake pump station directly installed on the water intake platform includes a water intake platform, a pile foundation and a water intake pump. The water pump is set on the water intake platform, which is suitable for the water source of the river bank; second, the mobile combined water intake pump station, including the pump room, the pump room is equipped with a water pump, and the bottom of the pump room is equipped with walking wheels. On the track laid in the direction, there is a hoist near the top of the track. The hoist is connected to the pump room through a wire rope. There is a water pipe on one side of the track. There are multiple water pipes for connecti...

AI Technical Summary

Problems solved by technology

The existing water intake pumping stations have the following disadvantages: first, the investment is large, and the area occupied by the construction of the sump, the pump room, and the power distribution room is large, and the total investment of the project is increased; second, the distance dependence of the water source is strong, and it needs to be close to In the water source area, a water intake platform is built on the ground of the water source, and pile foundations are required. When the groundwater is pumped out, it is easy to cause collapse accidents, and there are potential safety hazards

The construction of the platform at the source of water takes up the utilization of the land area and damages the environment; thirdly, the water intake pumping stations are all in the open air, without protection facilities, and are easily damaged by external impacts and cause theft by some unscrupulous people in the society, resulting in unnecessary Fourth, the adjustment range of the water inlet and outlet in the temporary water intake pumping station is small, the water intake is small, and it is necessary to install a pulley, the car body, and the wheel structure are complicated, which will bring differences to the overall equipment during the non-stop sliding adjustment process of the wheels. The degree of wear and tear affects its service life, resulting in a lot of uncertain stability; fifth, the combined structure of the water intake pump station is too dependent on some passive factors and conditions, and natural factors are difficult to use and difficult to achieve preset control Demand, the bottom is easy to produce silt deposits to increase the bearing capacity of the pump station, the well body adopts civil structure, resulting in low efficiency, and the degree of automation and humanized control is not high

Images