CN211010385U - A vibration damping pipe clamp structure that can adapt to pipes of various specifications - Google Patents

Abstract

The utility model provides a vibration damping pipe clamp structure that can adapt to pipes of various specifications, including pipe clamps, pipes, T-shaped plates, elastic rubber pads, trapezoidal elastic rubber pads, latches, expansion screws, and walls; the pipe The card is composed of a U-shaped card slot and fixed edges at both ends of the U-shaped card slot; the U-shaped card slot includes an upper limit edge, a lower limit edge, and an arc card edge; the upper limit edge and the lower limit edge are provided with perforation; the pipe passes through the U-shaped slot and then is clamped by the T-shaped plate passing through the perforation; the perforation is provided with a continuous limit groove matching the T-shaped plate; the T-shaped plate can be The utility model solves the problems of slow construction speed and high engineering cost that occur when the pipeline specifications are reconfigured in the pipeline renovation project. problem.

Description

A vibration damping pipe clamp structure that can adapt to pipes of various specifications

technical field

The utility model relates to the field of construction equipment, in particular to a vibration damping pipe clamp structure which can be adapted to pipes of various specifications.

Background technique

In the pipeline renovation project, in order to meet different water supply and drainage needs, it is often necessary to redeploy the pipe specifications. Therefore, it is necessary to remove the original pipe clips and install new ones that match the newly allocated pipeline specifications, which undoubtedly reduces the engineering construction. speed and increased engineering costs.

Utility model content

The purpose of the utility model is to aim at the defects and deficiencies of the prior art, to provide a vibration damping pipe clamp structure that can adapt to pipes of various specifications, and to solve the problems of slow construction speed and engineering problems when the pipe specifications are reconfigured in the pipeline reconstruction project. Costly problem.

In order to achieve the above purpose, the technical scheme adopted by the present utility model is: a vibration damping pipe clamp structure that can adapt to various specifications of pipes, including pipe clamps, pipes, T-shaped plates, elastic rubber pads, trapezoidal elastic rubber pads, and latches. , expansion screw, wall; the pipe clip is composed of a U-shaped slot and the fixed edges at both ends of the U-shaped slot; the U-shaped slot includes an upper limit edge, a lower limit edge, and an arc clip edge; the upper limit There are perforations on both the position edge and the lower limit edge; the pipe passes through the U-shaped card slot and then is clamped by the T-shaped plate passing through the perforation; the perforation is provided with a continuous limit groove matching the T-shaped plate. According to the size of the pipe, the T-shaped plate can be selected and inserted into the appropriate limit groove to realize the fixing of pipes of various specifications on the same pipe clamp; the arc clamp edge is bonded in the U-shaped groove. Elastic rubber pad, the two ends of the elastic rubber pad are extended to the middle of the upper limit edge; a trapezoidal elastic rubber pad is bonded to the side where the T-shaped plate and the pipe are clamped; a continuous limit hole is arranged under the T-shaped plate; The T-shaped plate is inserted into the perforated hole and then the plug is inserted into the corresponding limit hole, which can realize the elastic fixing of the pipeline and achieve a good vibration damping effect; the pipe clip is fixed on the wall by the expansion screw passing through the fixed edge. superior.

The beneficial effects of the utility model are: the utility model can realize the fixing of pipes of various specifications through the same pipe clamp, and has a good vibration damping effect, which solves the problem of slow construction speed when the pipe specifications are re-allocated in the pipe reconstruction project. , the problem of high engineering costs.

Description of drawings

Fig. 1 is a schematic diagram of the structure of a vibration damping pipe clamp that can be adapted to pipes of various specifications.

Figure 2 is a schematic diagram of perforation.

Among them: 1 is the pipe clip, 11 is the U-shaped slot, 111 is the upper limit edge, 112 is the lower limit edge, 113 is the arc clip edge, 12 is the fixed edge, 10 is the perforation, 101 is the limit slot, 2 is the Pipe, 3 is a T-shaped plate, 31 is a limit hole, 4 is an elastic rubber pad, 5 is a trapezoidal elastic rubber pad, 6 is a latch, 7 is an expansion screw, and 8 is a wall.

Detailed ways

The present utility model will be further described in detail with reference to the accompanying drawings 1-2.

As shown in Figure 1-2, a shock-absorbing pipe clamp structure that can adapt to pipes of various specifications includes pipe clamps 1, pipes 2, T-shaped plates 3, elastic rubber pads 4, trapezoidal elastic rubber pads 5, and latches 6 , expansion screw 7, wall 8; the pipe clip 1 is composed of a U-shaped slot 11 and the fixed edges 12 at both ends of the U-shaped slot 11; the U-shaped slot 11 includes an upper limit edge 111 and a lower limit edge 112 , the arc clamping edge 113; the upper limit edge 111 and the lower limit 112 are provided with perforations 10; the pipe 2 passes through the U-shaped slot 11 and is then clamped by the T-shaped plate 3 passing through the perforation 10; The perforation 10 is provided with a continuous limit slot 101 that matches the T-shaped plate 3; the T-shaped plate 3 can be inserted into the corresponding limit slot 101 according to the size of the pipeline 2 to realize pipelines of various specifications. 2. Fixing on the same tube clip 1; the arc clip edge 113 is bonded with an elastic rubber pad 4 in the U-shaped clip slot 11, and the two ends of the elastic rubber pad 4 extend to the middle of the upper limit edge 111; the T A trapezoidal elastic rubber pad 5 is bonded on one side of the plate 3 and the pipe 2 to be fastened; there is a continuous limit hole 31 under the T-shaped plate 3; the T-shaped plate 3 is inserted into the hole 10 and then the plug 6 is inserted The elastic fixing of the pipe 2 can be realized in the corresponding limiting hole 31 so as to have a good vibration damping effect; the pipe clamp 1 is fixed on the wall 8 by the expansion screw 7 passing through the fixing edge 12 .

Claims (1)

1. A vibration damping pipe clamp structure that can be adapted to pipes of various specifications, is characterized in that: including pipe clamps, pipes, T-plates, elastic rubber pads, trapezoidal elastic rubber pads, latches, expansion screws, and walls; The tube clip is composed of a U-shaped clip slot and fixed edges at both ends of the U-shaped clip slot; the U-shaped clip slot includes an upper limit edge, a lower limit edge, and an arc clip edge; the upper limit edge and the lower limit edge are Perforations are provided; the pipes pass through the U-shaped slot and then be clamped by a T-shaped plate that passes through the perforation; the perforation is provided with a continuous limit slot matching the T-shaped plate; the T-shaped plate can be The size of the pipe can be selected and inserted into the appropriate limit groove to realize the fixing of pipes of various specifications on the same pipe clamp; the circular arc clamp edge is bonded in the U-shaped groove with an elastic rubber pad, and the elastic rubber pad The two ends are extended to the middle of the upper limit edge; the side where the T-shaped plate is clamped to the pipe is bonded with a trapezoidal elastic rubber pad; the bottom of the T-shaped plate is provided with a continuous limit hole; after the T-shaped plate is inserted into the perforation Inserting the pin into the corresponding limiting hole can realize the elastic fixation of the pipe and thus achieve a good vibration damping effect; the pipe clamp is fixed on the wall by the expansion screw passing through the fixing edge.

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