Prefabricated inspection well and road construction method involving inspection well

Abstract

The invention relates to an inspection well, in particular to a prefabricated inspection well and a road construction method involving the inspection well. The road construction method involving the inspection well includes the following steps of (1) arranging a base with an opening, (2) installing a bottom cover on the base, wherein the position of the bottom cover can be determined, (3) normally laying a road bed and a road surface on the bottom cover, (4) prefabricating the inspection well, (5) determining the position of the bottom cover, (6) smoothly cutting the road surface until the bottom cover is exposed and taking out the bottom cover, (7) placing the prefabricated inspection well, and (8) wholly or partially replacing, maintaining and recycling the prefabricated inspection well. The road construction method has the advantages that labor and road manufacturing cost are effectively reduced, road on-site construction time is shortened, the situation that the road surface is uneven due to uneven sediment of the surrounding of the inspection well is effectively avoided, flatness of the road surface is improved, road construction quality is improved, maintenance time of the inspection well is substantially shortened, and the inspection well can be recycled.

Description

(1) Technical field [0001] The invention relates to an inspection shaft, in particular to a prefabricated inspection shaft and a road construction method related to the inspection shaft. (2) Background technology [0002] Inspection wells are wells used in the turns, branches, drops, etc. of rainwater and sewage pipes for inspection and dredging. The scientific name is inspection wells. Inspection wells buried underground for communication, electricity, tap water, etc. are also called inspection wells. The step of inspection shaft construction on the road is generally by on-site construction, builds inspection shaft, then carries out layered compaction and flattening around the inspection shaft, lays subgrade, road surface, and finally levels the road surface around the inspection shaft. However, in the process of flattening and compacting the subgrade and laying the road surface, construction machinery not only needs to bypass the inspection well, delaying the construc...

AI Technical Summary

Problems solved by technology

However, in the process of flattening and compacting the subgrade and laying the road surface, construction machinery not only needs to bypass the inspection well, delaying the construction progress, but also is difficult to perform uniform compaction around the inspection well, resulting in inconsistent density of the subgrade near the inspection well, which is easy to cause The uneven settlement of the road surface leads to uneven road surface and seriously affects the road quality

Moreover, when the inspection shaft is damaged, on-site maintenance and on-site maintenance for a certain period of time are required, which affects the normal operation of traffic; when the road needs to be excavated as a whole, the inspection shaft is basically destroyed

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