Water discharging and water collecting system

Abstract

The invention discloses a draining and collecting water system, which is characterized by the following: comprising pipe type collecting water joint, guiding block, at least two branch tube and collecting water component; setting the pipe type collecting water joint as joint body and at least two branch pipe plug; possessing upper opening end and lower opening end for the joint body; communicating the branch plug and the inner of the joint body; arranging to parallel at the latus of the joint body; arranging at least two through holes with same height and parallelism; making the through hole side direction toward the branch plug; arranging on the building base at the same time; penetrating the branch pipes through the through hole; connecting with the branch pipe plug; possessing verticaltube interface and at least one drained water interface; opening the vertical interface toward upper; connecting the vertical interface to the opening end of the lower.

Description

drainage catchment system technical field The present invention relates to a drainage device, in particular to a drainage and water collection system that can be widely used in industry, especially civil waste water, sewage and rainwater, which can connect the branch drainage pipes from buildings to the Water collection device. Background technique In the drainage and catchment system for industrial use, especially for civil waste water, sewage, and rainwater, there are often multiple drainage pipes converging into a pipe with a larger diameter at the same time. These drainage pipes may include pipes from buildings, including Pipes from the sewer cover system. Fig. 1 shows the schematic diagram of the pipeline laying structure of the traditional drainage and water collection system. As shown in Fig. 1, the drainage and water collection system includes a water collection joint 100 and a branch pipe 102 which are usually in a tubular structure, and the branch pipe 102 is co...

AI Technical Summary

Problems solved by technology

First of all, pipe joints need to be pre-connected during construction. Because the existence of pipe joints changes the laying angle of some branch pipes, it may be necessary to make some branch pipes enter the underground of the building obliquely, which increases the construction time and construction difficulty accordingly. ;Due to the existence of pipe joints, the smooth flow of water is hindered, and the flow performance of water is deteriorated; maintenance and management are labor-intensive, and it is difficult to insert cleaning devices or inspection devices into the pipeline; the cost of supplementary pipe joints is increased

In addition, inserting pipe joints also occupies the distance between the building 101 and the water collection joint 100 made of PVC resin (polyvinyl chloride) material; The branch pipe is damaged; moreover, if the water collection joint that can connect multiple branch pipes is made according to the number or diameter of the branch pipe socket, there is a problem that the number of water collection joints needs to be increased

Moreover, when the branch pipe 102 passes through the building, it is necessary to use cement 107 or the like to locate the branch pipe 102, and the construction process is more complicated.

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