CN208364955U - Pipeline insulating support - Google Patents

Abstract

The utility model discloses a kind of pipeline insulating supports, including support chip, third convex block is connected among the right side of the support chip, and the second convex block is connected at the top of support chip, the bottom right of the support chip is connected with the first convex block, and first the intermediate thread of convex block be connected with bolt, and iron plate is fixedly connected on the right side of the first convex block, the inside of the support chip is fixed with tension rib, and rubber pad is fixedly connected on the left of support chip, the surface of the rubber pad is provided with arc convex structure, and its arc convex structure is uniformly distributed about rubber pad inner surface.The pipeline insulating support is designed using the structure of the first convex block, the second convex block, third convex block and iron plate; it allows the device in lifting pipeline; better protection is formed to pipeline; the outermost erosion resistant coating of pipeline can be effectively avoided to damage; and it facilitates installation; sound construction has both been saved the working time, and more improves the protecting effect to pipeline.

Description

Pipeline insulating support

Technical field

The utility model relates to support of pipelines technical field, specially a kind of pipeline insulating support.

Background technique

Support of pipelines be for make somebody a mere figurehead on the ground roughing-in bearing a kind of structural member, be divided into fixed bracket, sliding support, Guiding trestle, rolling support etc., support of pipelines can all be used in any place where pipelines are laid, also referred to as pipe support, Pipe portion etc., its support construction as pipeline are required according to the behavior in service of pipeline and arrangement, and pipe support is divided into fixed and movable two Kind.

Existing pipeline is all to be avoided in crossing process using the lifting of crane bit by bit when passing through cement sleeve pipe The outermost erosion resistant coating of pipeline do not caused to damage, eventually leads to pipeline reduced service life, improve later maintenance cost.

Utility model content

The purpose of this utility model is to provide a kind of pipeline insulating supports, mentioned above in the background art existing to solve Pipeline be all when passing through cement sleeve pipe using the lifting of crane bit by bit, it is unavoidable to pipeline in crossing process The problem of outermost erosion resistant coating causes to damage, and eventually leads to pipeline reduced service life, improves later maintenance cost.

To achieve the above object, the utility model provides the following technical solutions: pipeline insulating support, including support chip, institute It states and is connected with third convex block among the right side of support chip, and be connected with the second convex block at the top of support chip, the bottom of the support chip The first convex block is connected on the right side of portion, and the intermediate thread of the first convex block is connected with bolt, and the fixed company in right side of the first convex block It is connected to iron plate, the inside of the support chip is fixed with tension rib, and rubber pad is fixedly connected on the left of support chip.

Preferably, the surface of the rubber pad is provided with arc convex structure, and its arc convex structure is about rubber pad Inner surface is uniformly distributed.

Preferably, the tension rib is arc reticular structure, and the arc reticular structure of tension rib and the arc of support chip Structure matches, and the quantity of tension rib is corresponding with the quantity of support chip.

Preferably, first convex block is internally provided with T connected in star structure, and the of the T connected in star structure of the first convex block The T shape bulge-structure of two convex blocks mutually agrees with.

Preferably, the both ends of the third convex block, the second convex block and the first convex block are incline structure.

Preferably, the position of the iron plate is opposite with the position of third convex block, the second convex block and the first convex block incline structure It answers, and the apparent height of iron plate is flushed with the apparent height of third convex block, the second convex block and the first convex block.

Compared with prior art, the utility model has the beneficial effects that the pipeline insulating support uses the first convex block, second The structure of convex block, third convex block and iron plate designs, and allows the device in lifting pipeline, is formed to pipeline preferably anti- Shield, can effectively avoid the outermost erosion resistant coating of pipeline from damaging, and it facilitates installation, sound construction was both saved Working time, and more improve the protecting effect to pipeline.The surface of the rubber pad of the device is provided with arc convex structure, And its arc convex structure is uniformly distributed about rubber pad inner surface, this structure makes the surface irregularity of rubber pad, makes The frictional force between rubber pad and pipeline is obtained, so that the device is more consolidating after the installation is completed, tension rib is arc net Shape structure, and the arc reticular structure of tension rib and the arcuate structure of support chip match, and the quantity and support of tension rib The quantity of piece is corresponding, this structure can increase the integral strength of support chip, increases the lear energy of support chip, so that the dress Setting can be stronger, to improve the protecting effect to pipeline, the first convex block is internally provided with T connected in star structure, and The T shape bulge-structure of second convex block of the T connected in star structure of one convex block mutually agrees with, this structure makes can be to spell between support chip The mode connect is attached so that between support chip can engaged fixation, increase the connection tightness between support chip, So as to reduce bolt usage quantity, which can be installed and be fixed, so that the device is easier for installation, third is convex The both ends of block, the second convex block and the first convex block are incline structure, this structure makes the device when entering cement sleeve pipe, diameter Can be gradually progressive increasing, there is buffering course, reduce the direct collision of the device and cement sleeve pipe, it is more convenient to pass through peace Dress, and third convex block, the second convex block and the first convex block can effectively avoid the outermost erosion resistant coating of pipeline and cement sleeve pipe from sending out It is broken to have the function that protection erosion resistant coating occurs for raw contact, and position and third convex block, the second convex block and the first convex block of iron plate incline The position of biassed fabric is corresponding, and the apparent height of iron plate and the apparent height of third convex block, the second convex block and the first convex block are neat Flat, this structure can prevent from sending out because of collision when third convex block, the second convex block and the first convex block enter cement sleeve pipe and collide It is raw damaged, the integral strength of third convex block, the second convex block and the first convex block is enhanced, so that the device is more steady during installation It is fixed.

Detailed description of the invention

Fig. 1 is the utility model schematic cross-sectional view；

Fig. 2 is enlarged structure schematic diagram at A in the utility model Fig. 1；

Fig. 3 is the utility model side structure schematic view；

Fig. 4 is the utility model tension rib schematic perspective view.

In figure: 1, rubber pad, 2, tension rib, the 3, first convex block, 4, bolt, 5, iron plate, the 6, second convex block, 7, support chip, 8, third convex block.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-4 is please referred to, the utility model provides a kind of technical solution: pipeline insulating support, including support chip 7, support Third convex block 8 is connected among the right side of piece 7, and the top of support chip 7 is connected with the second convex block 6, third convex block 8, second is convex The both ends of block 6 and the first convex block 3 are incline structure, this structure makes the device when entering cement sleeve pipe, and diameter can be by It is gradually progressive increasing, there is buffering course, reduce the direct collision of the device and cement sleeve pipe, it is more convenient to pass through installation, and And third convex block 8, the second convex block 6 and the first convex block 3 can effectively avoid the outermost erosion resistant coating of pipeline and cement sleeve pipe from occurring It is broken to have the function that protection erosion resistant coating occurs for contact, and the bottom right of support chip 7 is connected with the first convex block 3, and the first convex block 3 intermediate thread is connected with bolt 4, and the right side of the first convex block 3 is fixedly connected with iron plate 5, and the position of iron plate 5 and third are convex The position of 3 incline structure of block 8, the second convex block 6 and the first convex block is corresponding, and the apparent height of iron plate 5 and third convex block 8, the The apparent height of two convex blocks 6 and the first convex block 3 flushes, this structure can third convex block 8, the second convex block 6 and the first convex block 3 into It when entering cement sleeve pipe and colliding, prevents from occurring because of collision damaged, enhances third convex block 8, the second convex block 6 and the first convex block 3 Integral strength so that the device is more stable during installation, the first convex block 3 is internally provided with T connected in star structure, and first is convex The T shape bulge-structure of second convex block 6 of the T connected in star structure of block 3 mutually agrees with, this structure makes can be to spell between support chip 7 The mode connect is attached so that between support chip 7 can engaged fixation, increase between support chip 7 connection fastening Property, so as to reduce 4 usage quantity of bolt, which can be installed and be fixed, so that the device is easier for installation, support The inside of piece 7 is fixed with tension rib 2, and the left side of support chip 7 is fixedly connected with rubber pad 1, and tension rib 2 is the netted knot of arc Structure, and the arc reticular structure of tension rib 2 and the arcuate structure of support chip 7 match, and the quantity and support chip of tension rib 2 7 quantity is corresponding, this structure can increase the integral strength of support chip 7, increases the lear energy of support chip 7, so that should Device can be stronger, to improve the protecting effect to pipeline, the surface of rubber pad 1 is provided with arc convex structure, And its arc convex structure is uniformly distributed about 1 inner surface of rubber pad, this structure makes the surface irregularity of rubber pad 1, So that the frictional force between rubber pad 1 and pipeline, so that the device is more firm after the installation is completed.

Working principle: when using the pipeline insulating support, first check that the device is damaged with the presence or absence of part or connects not The situation in jail carries out after inspection is errorless again using then by the second convex block 6 second group of support chip 7 of alignment of first group of support chip 7 The first convex block 3, the first convex block 3 is internally provided with T connected in star structure, and the second convex block of the T connected in star structure of the first convex block 3 6 T shape bulge-structure phase contract, by the T shape bulge-structure of first group of the second convex block 6 from one end of second group of the first convex block 3 It is fully inserted into T connected in star inside configuration, so that first group of the second convex block 6 and the formation of second group of the first convex block 3 is connected, so Bolt 4 is passed through between first group of the second convex block 6 and second group of the first convex block 3 afterwards, and tightens fixation, that is, completes first Second convex block 6 of group is fixedly connected with second group of the first convex block 3, so that first group of support chip 7 and second group of support chip 7 reach To being connected and fixed, and semicircular structure is formed, pipeline is then placed in the half of first group of support chip 7 and second group of support chip 7 Inside circular configuration, the above method is referred again to by third group and the 4th group of support chip 7 and is connected into semicircular structure, and is covered Position corresponding with first group and second group of support chip 7 makes third group and the 4th group of support chip 7 and first group and second group of branch Blade 7 is connected by above method formation, then tightens fixation with bolt 4, in this way, just complete the installation of the device, when hanging For vehicle by pipeline to when lifting inside cement sleeve pipe, the both ends of the first convex block 3, the second convex block 6 and third convex block 8 are bevelled junction Structure enables the diameter of the device to gradually increase progressive, has buffering course, so that pipeline enters cement sleeve pipe more It is convenient, and iron plate 5 can prevent the first convex block 3, the second convex block 6 and third convex block 8 from breakage occurring because of collision, allow the peace of pipeline Dress more safety and stability, and because of far prominent 7 surface of support chip of the first convex block 3, the second convex block 6 and third convex block 8, it can play Isolation effect is supported, so that pipeline will not be contacted directly with cement sleeve pipe after entering cement sleeve pipe, effectively avoid pipeline Outer wall erosion resistant coating is worn, and the surface of rubber pad 1 is provided with arc convex structure, and its arc convex structure is about rubber pad 1 inner surface is uniformly distributed, and pipeline and the device frictional force is allowed to increase, connect it is stronger so that pipeline is to cement sleeve pipe During inside is mobile, it will not slide, it is more stable, and also rubber pad 1 also has insulating property (properties), does not influence pipeline Cathodic protection so that pipeline being mounted across inside cement sleeve pipe with safety and stability, here it is the pipeline insulating supports Working principle.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (6)

1. pipeline insulating support, including support chip (7), it is characterised in that: be connected with third among the right side of the support chip (7) Convex block (8), and the second convex block (6) are connected at the top of support chip (7), the bottom right of the support chip (7) is connected with first Convex block (3), and the intermediate thread of the first convex block (3) is connected with bolt (4), and is fixedly connected on the right side of the first convex block (3) The inside of iron plate (5), the support chip (7) is fixed with tension rib (2), and is fixedly connected with rubber pad on the left of support chip (7) (1)。

2. pipeline insulating support according to claim 1, it is characterised in that: the surface of the rubber pad (1) is provided with arc Shape bulge-structure, and its arc convex structure is uniformly distributed about rubber pad (1) inner surface.

3. pipeline insulating support according to claim 1, it is characterised in that: the tension rib (2) is arc reticular structure, And the arc reticular structure of tension rib (2) and the arcuate structure of support chip (7) match, and the quantity and branch of tension rib (2) The quantity of blade (7) is corresponding.

4. pipeline insulating support according to claim 1, it is characterised in that: first convex block (3) is internally provided with T shape Groove structure, and the T shape bulge-structure of the second convex block (6) of the T connected in star structure of the first convex block (3) mutually agrees with.

5. pipeline insulating support according to claim 1, it is characterised in that: the third convex block (8), the second convex block (6) Both ends with the first convex block (3) are incline structure.

6. pipeline insulating support according to claim 1, it is characterised in that: the position of the iron plate (5) and third convex block (8), the second convex block (6) is corresponding with the position of the first convex block (3) incline structure, and the apparent height of iron plate (5) and third are convex The apparent height of block (8), the second convex block (6) and the first convex block (3) flushes.