Multifunctional bamboo-wound composite pipe gallery

Abstract

The invention discloses a multifunctional bamboo-wound composite pipe gallery, and belongs to the related technical field of bamboo composite pipe galleries. By forming an anti-rotation groove in theend surface of one end of a pipe body, an anti-rotation component is arranged corresponding to the anti-rotation groove and connected with the end of a support component after being matched with the anti-rotation groove correspondingly, thus, the end of the support component is fixed, and real-time monitoring of the temperatures of pipe body structural layers is achieved by pre-embedding a plurality of temperature measuring components between the inner wall surface and the outer wall surface of the pipe body, so that the bamboo-wound composite pipe gallery has the support component anti-rotation function and the structural layer real-time temperature measurement function. The multifunctional bamboo-wound composite pipe gallery is formed by winding and bonding bamboo materials, and is simple in structure and easy to prepare, the anti-rotation function of the support component can be achieved, real-time temperature measurement of the structural layers can be achieved, the functionality of the bamboo-wound composite pipe gallery is greatly improved, the application cost and maintenance replacement cost of the pipe gallery are reduced, the service life of the pipe gallery is prolonged,unnecessary losses are avoided, and the pipe gallery has good promotion and application value.

Description

technical field [0001] The invention belongs to the related technical field of bamboo composite pipe gallery, and in particular relates to a multifunctional bamboo winding composite pipe gallery. Background technique [0002] The pipe gallery is a structural facility built underground for laying various pipelines. It often integrates various pipelines such as electric power, communication, radio and television, gas, water supply and drainage, and heat, so as to effectively utilize urban underground space and save energy. The role of underground space resources also eliminates the irregular excavation of various professional pipelines, reduces the impact on road traffic and the surrounding environment, and completely solves the problems of "road zippers" and "air spider webs". [0003] At present, most of the widely used pipe galleries adopt reinforced concrete structures, which are formed by cast-in-place or prefabricated forms, which can meet the functional application requ...

AI Technical Summary

Problems solved by technology

The above-mentioned pipe gallery has a wide source of raw materials, green environmental protection, and renewable resources. The splicing of the pipe gallery can be completed on the project site in the form of prefabricated pipe joints, which greatly reduces the amount of engineering work for the construction of the pipe gallery. The construction is convenient, the project cycle is short, and the project cost However, in the follow-up research and practical application process of the above-mentioned bamboo winding prefabricated pipe gallery, the researchers found that there are certain problems or defects in the existing prefabricated pipe gallery, including the following two aspects : 1. Supporting components, such as supporting rings, supporting frames, etc., are often installed in bamboo composite pipe galleries. damage, it can also facilitate the angle adjustment of the support assembly, but usually, the weight of the pipeline or equipment installed on the support assembly is often inconsistent, so it may cause the support assembly to rotate around the axis, and there is a risk of damage to the pipeline or equipment; 2 , In the application process of the existing bamboo composite pipe gallery, its daily inspection and maintenance are inconvenient, and it is often impossible to find potential safety hazards in the pipe gallery in time, such as equipment damage, water leakage, electric leakage, fire, etc. that may occur in the pipe gallery. The occurrence of the above situations will have a negative impact on the structural performance and service life of the pipe gallery body. Especially when a fire occurs, the monitoring and evaluation of the overfire temperature of the pipe gallery directly affects the judgment of the maintenance or replacement of the pipe gallery structure. In the application process of the existing bamboo composite pipe gallery, it is difficult to realize real-time and accurate monitoring of the temperature of the main body of the pipe gallery, which makes the application of the bamboo composite pipe gallery have certain limitations.

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