A kind of pipe gallery building construction system and construction method thereof

Abstract

The present invention involves a construction system and its construction method, including the electric carrier -loaded tablet car at the bottom of the underground comprehensive pipe corridor.Install the limited position support device on the horizontal limit track; the construction of the entire staff from the beginning to the end, the construction of the whole staff, the construction of the entire staff, and the construction of the segmentsAfter the operation, the operation method is implemented to build a laying operation and then dig and then dug again. It can fully concentrate the full operation of all construction personnel to implement the same working surface, which greatly improves the efficiency of work, improves personnel utilization.Only after the completion of the work progress can the construction phenomenon continue to occur. Under the premise of ensuring the efficient construction period, it can ensure the efficient and quality monitoring of all employees, and facilitate construction management and supervision operations.

Description

technical field [0001] The invention relates to the field of construction, in particular to a pipe gallery construction system and a construction method thereof. Background technique [0002] In the field of construction, the construction work of the pipe gallery often occurs, and the pipe gallery, that is, the corridor of the pipeline. Many pipes are gathered together and arranged along the outside of the installation or workshop, usually in the air, supported by brackets, forming a corridor-like appearance. There are also a few pipe galleries located underground. At present, in urban buildings, underground comprehensive pipe corridors are often used. Comprehensive pipe corridors are underground urban pipeline comprehensive corridors, that is, a tunnel space is built underground in the city to integrate various engineering pipelines such as electricity, communication, gas, heating, water supply and drainage. It is an important infrastructure and effective guarantee for th...

AI Technical Summary

Problems solved by technology

However, this kind of shallow integrated pipe gallery may have some low-efficiency defects when the current construction technology is implemented. After digging the trench at one end, stop the trench digging operation, and then start laying the side walls and the top, and then continue digging the trench towards the front side after this section of work is completed. Such construction The method is mainly to deal with the implementation of different geographical structures, to concentrate the operators within a short distance, and to allow more time for the front-end construction to be reserved, so as to discover the defects in the construction operation, but this operation method will have personnel and The waste of resources is a serious problem. When the construction work in this section is stagnant, not all construction workers are going to carry out the construction work of the vertical wall and side wall, and the laying of the top cover needs to wait for the completion of the vertical wall work to be solidified before implementation. This has resulted in an extension of the construction period. Although the quality is guaranteed efficiently, the construction period is long and there are great defects; in addition, the laying of the top cover of the traditional urban comprehensive pipe gallery must wait until the vertical wall is stable and solidified. For the operation of the cover plate, this traditional laying method will waste the construction period and cause delays in the construction period, and the cover plate cannot be laid before the vertical wall is unstable, and it will also cause the open structure of the vertical wall pipe gallery to be affected by many unfavorable factors, resulting in Repeated repair work during construction; thirdly, the vertical wall of the traditional urban underground shallow comprehensive pipe corridor needs to be laid manually, which is relatively difficult. Generally, brick structures are used for implementation, and concrete structures are also used for implementation. During construction, there is no side reference The support operation makes the construction more difficult, and the fit between the outer side and the groove is not high, and another landfill operation is required, which increases the construction steps and difficulty

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