Gas pipeline embedding system and method

Abstract

The invention discloses a gas pipeline embedding system and method. The system comprises a gas vertical pipe, the gas vertical pipe is connected with a gas meter, the top of the gas meter is providedwith a cabinet top plate, the gas meter is in separated connection with a gas conveying pipe and a water heater gas conveying pipe, multiple embedment grooves are formed in the opposite position of the left portion of the gas meter, the tops of the embedment grooves are higher than the cabinet top plate, the bottoms of the embedment grooves are lower than the cabinet top plate, the gas conveying pipe enters the embedment grooves and upwards penetrates through the cabinet top plate through the embedment grooves, the top of the gas conveying pipe is connected with a gas stove front embedment valve, a stove connecting pipe is separated out of the gas stove front embedment valve, a subsequent stove connecting pipe passes through the embedment grooves and downwards passes through the cabinet top plate again, the subsequent stove connecting pipe communicates with the gas stove on the opposite position of the lower portion of the cabinet top plate, colored filler is arranged in the embedmentgrooves, ceramic tiles are arranged on the surfaces of the colored filler, and the surfaces of the ceramic tiles are flush with the wall surface. The system has the beneficial effects that attractiveness is achieved, and construction is more convenient.

Description

technical field [0001] The invention belongs to the technical field of gas pipelines, and in particular relates to a gas pipeline buried system and method. Background technique [0002] At present, most of the indoor gas pipeline systems are installed on the surface of the wall, and the pipelines and valves are exposed to the outside, and most of the gas risers are drilled from the upper part of the wall and then introduced into the room from the outside, so most of the entire gas pipeline is located in the entire room The upper part, or the upper part and the lower part each have a part, after practice, there will be many problems in this installation. [0003] First, most of the gas pipelines are exposed to the outside, which is prone to safety hazards. If used for a long time, it will be polluted by oil and corroded by the air. Second, the pipeline is located at a high place, while the gas stove is located at a low place. In the end, the high pipe must be connected downw...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the indoor gas pipeline systems are installed on the surface of the wall, and the pipelines and valves are exposed to the outside, and most of the gas risers are drilled from the upper part of the wall and then introduced into the room from the outside, so most of the entire gas pipeline is located in the entire room The upper part, or the upper part and the lower part each have a part, after practice, there will be many problems in this installation

[0003] First, most of the gas pipelines are exposed to the outside, which is prone to safety hazards. It will be polluted by oil and corroded by air after long-term use.

Second, the pipeline is located at a high place, while the gas stove is located at a low place. In the end, the high pipe must be connected downwards to the gas stove. For example, a certain length of gas pipeline will be wasted. If the gas pipeline is buried, the construction difficulty and construction period will also increase. Moreover, when connecting the gas stove and the gas water heater from the top down, the gas connection between the gas stove and the gas water heater is generally Located at the lower part, the gas pipeline needs to be turned with an elbow according to the actual situation to connect with the gas stove and the gas water heater gas interface. This will increase the construction cost and cause safety hazards. Third, the installation of gas pipelines on the upper part of the wall is often It will interfere with the load-bearing beam, and it will affect the strength of the load-bearing beam due to the drilling and slotting construction of the load-bearing beam. However, there is no load-bearing beam in the lower part of the wall. The roof is too close, there is not much space, and the casing is difficult to install. Fifth, most of the waterways, electric circuits, air outlets and other various pipelines are installed on the upper part of the wall, and the gas pipeline is easy to interfere with other pipelines. Sixth 1. When the gas pipeline connects the gas stove and the gas water heater from the top down, it will also occupy the space in the middle of the wall, which is easy to interfere when the user installs other furniture. Seventh, the pipeline is located at a high place, and the construction workers need to look up for a long time Installation, some locations need to use scaffolding, which will cause inconvenience to the entire installation, reduce installation efficiency, and work at heights is dangerous

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