Quick mounting and fixing system for pipeline

Abstract

The invention provides a quick mounting and fixing system for pipeline. A sunken lock suspension member having a fixing rod is fastened to a fastener on a member having a hook groove, the sunken lock suspension member having the fixing rod are composed of locking hooks at two ends and a middle sunken connecting bridge, the locking hooks can cooperate with locking stations in the member having the hook groove to prevent the sunken lock suspension member having the fixing rod from rotating. A movable connecting member comprises a connecting portion connected with a pipe hoop, a connecting portion movably connected with a connecting end of the fixing rod, and a fixing rod cavity through which the connecting length of the fixing rod can be adjusted, and the connection portion connected with the pipe hoop can rotate relative to the pipe hoop. According to the quick mounting and fixing system for pipeline, a connecting structure is divided into an anti-rotation locking portion and an adjustment movable portion, and the adjustment movable portion can work like a joint, the adjustment movable portion can be adjusted during assembly and can be prevented from rotating by a pipe after assembly, the height of the pipe hoop can be freely adjusted, a whole pipeline can be conveniently, accurately and firmly mounted.

Description

Technical field [0001] The invention relates to a pipeline securing system, in particular to a quick-installing pipeline securing system. The pipeline securing system is used to install pipes on the walls, ceilings and corners of buildings, and is especially suitable for applications in densely populated people. Subways, stations, airports, tunnels, schools, high-rise buildings. Background technique [0002] At present, the safety and reliability of pipe racks and supporting structures used for building pipe fixing are poor. For example: First, there are several solder joints on the surface of the steel grille that can theoretically bear the weight of the pipe, but in actual construction, there are more welds that occur during the installation process, which not only causes cost increases, but also poses safety risks; Under the action of heat and cold, the pipe will have a linear expansion coefficient and be affected by gravity, which will produce torsional stress, which will le...

AI Technical Summary

Problems solved by technology

[0002] At present, the pipes and supporting structures used to fix the construction pipes are poor in safety and reliability

For example: First, there are several welding spots on the surface of the steel pipe that can theoretically bear the weight of the pipe, but in actual construction, many of them are desoldered during the installation process, which not only increases the cost, but also poses safety hazards; Under the action of heat and cold, the pipe will produce a linear expansion coefficient and be affected by gravity, which will generate torsional stress, which will lead to the risk of desoldering of the surface solder joints; there are also problems of poor anti-vibration and earthquake resistance in the surface solder joints

Second, use angle steel and screws to hang and fix the steel bar on the angle steel, which is laborious and laborious, lacks a complete set of quick installation solutions, and poses a serious safety hazard

Moreover, in the prior art, most of the grooved connections are fixed by T-shaped screws, and since the T-shaped screws cannot be forged by a cold heading machine, the T-shaped screws on the market are all cast. In other cases, the cast iron screws are easy to break, which makes the safety performance of pipe fixing poor

Images