CN-122014913-A - Tunnel pipe gallery for accommodating large-diameter drainage pipeline and construction method of tunnel pipe gallery

Abstract

Compared with the prior art, the invention has the advantages that the hanging beam is arranged at the top of the pipe gallery space, the hoist is arranged on the hanging beam, the hanging beam can provide a stable and strong-bearing-capacity installation foundation for the hoist, so that the hoist can effectively utilize the top of the pipe gallery to hoist large-size and multiple pipelines and other components, and meanwhile, the hoist has the safety characteristics of compact structure, flexible operation and reliable braking, and the high-efficiency and safety of the hoisting operation in the limited space of the pipe gallery are further ensured by combining the stable support provided by the hanging beam, so that the high-efficiency and reliable hoisting of the large-size and multiple pipelines is realized.

Inventors

• TIAN SHAOJIE
• HUANG WEI
• DENG SONG
• MAO YANLI
• LI XIAOJUN
• ZHANG ZHICHAO
• PENG ZHAOCHENG
• WANG WENHUA
• CHEN JUANDAI
• LIU YUNZHE
• ZHU QILE
• WANG JIN

Assignees

• 中船第九设计研究院工程有限公司

Dates

Publication Date

20260512

Application Date

20260413

Claims (10)

1. 1. A tunnel piping lane for holding major diameter drainage pipe, its characterized in that includes: the duct piece (1) is used for forming a duct corridor space in the tunnel; the first cushion block (21) is arranged at the bottom of the pipe gallery space, and at least two pipe brackets are arranged on the first cushion block (21); the pipelines are arranged on the pipe brackets in a one-to-one correspondence manner; A hanging beam (8) arranged at the top of the pipe gallery space; the hoist is arranged on the hanging beam (8).
2. 2. The tunnel pipe gallery according to claim 1, further comprising a partition plate (3) and a second spacer block (22), wherein the second spacer block (22) is arranged above the first spacer block (21) at intervals and is used for forming a placement space for two layers of pipes, the second spacer block (22) is arranged on the partition plate (3), and the pipes are correspondingly arranged on pipe holders of the second spacer block (22).
3. 3. The tunnel pipe gallery according to claim 2, further comprising a stand column (4), wherein cup openings are formed in the first cushion block (21), the cup openings are distributed on two sides of the pipe support, the bottom ends of the stand column (4) are arranged in the cup openings, and the other ends of the stand column (4) are connected with the partition plate (3).
4. 4. A tunnel pipe rack according to claim 3, further comprising cross members and stringers connected to each other for forming an upper support structure, said spacers (3) being arranged on said cross members and stringers, said uprights (4) connecting said cross members or stringers.
5. 5. The tunnel pipe rack according to claim 2, characterized in that the pipes comprise a water intake pipe (51) and a water drain pipe (52), the water intake pipe (51) being arranged in the first pad (21), the water drain pipe (52) being arranged in the second pad (22).
6. 6. The tunnel pipe rack according to claim 1, characterized in that the pipe comprises a discharge pipe (53) and a sensor for detecting and discharging liquid leakage, the discharge pipe (53) being arranged in a pipe groove on the first pad (21), the pipe groove being located between adjacent pipe brackets.
7. 7. The tunnel pipe lane as claimed in claim 6 further comprising a service channel (6), said service channel (6) being located between adjacent said pipes and above said pipe slots.
8. 8. The tunnel pipe gallery according to claim 1, characterized in that the first pad (21) comprises a bearing part (211) and a supporting part (212) which are connected with each other, the bearing part (211) extends bidirectionally and connects two sides of the pipe piece (1), and the supporting part (212) extends downwards and connects the bottom of the pipe piece (1).
9. 9. Tunnel pipe gallery according to claim 8, characterized in that the bottom of the support part (212) is provided with a drainage ditch (7), the drainage ditch (7) extending longitudinally through the support part (212).
10. 10. A method of constructing a tunnel pipe gallery according to any one of claims 1 to 9, comprising the steps of: Excavating a tunnel and assembling a duct piece (1) in the tunnel to form a duct space; Placing a first cushion block (21) at the bottom of the pipe gallery space; a hanging beam (8) and a hoist are arranged at the top of the pipe gallery space; and hoisting the pipelines to at least two pipe brackets of the first cushion block (21) in a one-to-one correspondence manner by using a hoist crane.

Description

Tunnel pipe gallery for accommodating large-diameter drainage pipeline and construction method of tunnel pipe gallery Technical Field The invention relates to the technical field of underground engineering, in particular to a tunnel pipe gallery for accommodating a large-diameter water taking and draining pipeline and a construction method thereof. Background For nuclear power plants, the extraction and drainage tunnels often need to be extended to deep sea or specific waters to meet environmental emissions and cooling requirements. This long distance draws water from the sea to the inland power plant for cooling, and then long distance drains the water to the sea. Seawater and radioactive drainage have certain influence on the surrounding environment, so that larger burial depth is also needed, and the construction difficulty is extremely high. Besides, the tunnel pipe gallery of the nuclear power plant has other characteristics. First, a nuclear power plant requires a large amount of seawater for dc cooling, which determines that the diameter of its drainage pipes and culverts is very large. The combination of large burial depth and limited space results in difficulty in ensuring that the pipe gallery structure and the construction method in the related technology can be installed in a narrow space with high efficiency and high quality, and the structure is inconvenient to maintain in the later period and dangerous to construct. Accordingly, there is a need to develop a new tunnel pipe gallery for accommodating a large-diameter drainage pipe and a construction method thereof to improve problems in the related art. Disclosure of Invention The invention aims to provide a tunnel pipe gallery for accommodating a large-diameter water taking and draining pipeline and a construction method thereof, which can be used for efficiently and conveniently performing construction and maintenance. The aim of the invention can be achieved by the following technical scheme: The invention provides a tunnel pipe gallery for accommodating a large-diameter water taking and draining pipeline, which comprises the following components: The duct piece is used for forming a duct corridor space in the tunnel; the first cushion block is arranged at the bottom of the pipe gallery space, and at least two pipe brackets are arranged on the first cushion block; the pipelines are arranged on the pipe brackets in a one-to-one correspondence manner; The hanging beam is arranged at the top of the pipe gallery space; and the hoist is arranged on the hanging beam. The pipeline supporting device further comprises a partition plate and a second cushion block, wherein the partition plate and the second cushion block are arranged above the first cushion block at intervals and used for forming an upper layer of placing space and a lower layer of placing space of the pipeline, the second cushion block is arranged on the partition plate, and the pipeline is correspondingly arranged on a pipe bracket of the second cushion block. The pipe bracket further comprises a stand column, wherein a cup opening is arranged on the first cushion block, the cup openings are distributed on two sides of the pipe bracket, the bottom end of the stand column is arranged in the cup opening, and the other end of the stand column is connected with the partition plate. The building structure comprises a cross beam, a longitudinal beam, a partition plate, a vertical column and a support frame. Further, the pipeline comprises a water intake pipeline and a drainage pipeline, the water intake pipeline is arranged in the first cushion block, and the drainage pipeline is arranged in the second cushion block. Further, the pipeline comprises a discharge pipeline and a sensor, wherein the discharge pipeline is used for detecting and discharging liquid leakage, and the discharge pipeline is arranged in a pipe groove on the first cushion block, and the pipe groove is positioned between the adjacent pipe brackets. Further, a service channel is also included, the service channel is located between adjacent pipelines and above the pipe groove. Further, the first cushion block comprises a pressure bearing part and a supporting part which are connected with each other, the pressure bearing part extends bidirectionally and is connected with two sides of the duct piece, and the supporting part extends downwards and is connected with the bottom of the duct piece. Further, a drain is arranged at the bottom of the supporting part, and the drain longitudinally penetrates through the supporting part. The invention also provides a construction method of the tunnel pipe gallery, which is used for constructing the tunnel pipe gallery and comprises the following steps: excavating a tunnel and assembling pipe pieces in the tunnel to form a pipe gallery space; placing a first cushion block at the bottom of the pipe gallery space; A hanging beam and a hoist are arranged at the top of the pipe gallery spa