Manufacturing technology for integrally prefabricating base of pump station

Abstract

The invention provides a manufacturing technology for integrally prefabricating a base of a pump station. The base comprises an upper housing and a lower housing, wherein a loading plate is arranged between the upper housing and the lower housing. The manufacturing technology comprises the steps of S1, preprocessing a die, wherein the die comprises a lower die for forming the lower housing and theloading plate, and an upper die for forming the upper housing; and coating forming surfaces of the upper die and the lower die with release agents; S2, forming the lower housing and the loading platethrough the lower die; and uniformly brushing raw materials on the forming surface of the lower die; S3, arranging the upper die corresponding to the lower die; enabling the forming surface of the upper die to be in contact with a product surface of the lower housing; and brushing the raw materials on the forming surface of the upper die; and S4, curing and releasing the dies, namely, correspondingly separating out the upper die and the lower die from the cured and formed base. The manufactured base is designed to form a self-cleaning structure which promotes the discharging of wastewater mixture; the base is high in intensity, and high in adaptability, and thus the waste draining performance of the whole pump station is improved.

Description

technical field [0001] The invention relates to a manufacturing process of an integrated prefabricated pump station base. Background technique [0002] The integrated prefabricated pumping station is widely used in many fields such as tap water source water intake, sewage, rainwater, industrial wastewater transportation, etc. Due to the complex composition of the source water, it contains various particles, rags, paper products, wood products, rubber products, plastic products and various soft products, among which a considerable part of the heavier particles enters the cylinder with the incoming water and settles to The bottom of the cylinder is not easily discharged by the water pump. [0003] The base of the traditional pumping station uses a flat base, and there is a large gap between the pump and the base, which cannot quickly pump sewage, and the flat base is easy to accumulate silt and water, which affects the efficiency of the pump; sewage particles accumulate in th...

AI Technical Summary

Problems solved by technology

[0007] 1. The base adopts a flat base, and there is a large gap between the pump and the base, which cannot quickly pump sewage;

[0008] 2. It is easy to accumulate silt and water at the edge of the base, which affects the efficiency of the pump;

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