CN2418329Y

CN2418329Y - Tube-support having heat-insulation block

Info

Publication number: CN2418329Y
Application number: CN 00219821
Authority: CN
Inventors: 周明刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-03-28
Filing date: 2000-03-28
Publication date: 2001-02-07
Anticipated expiration: 2010-03-28

Abstract

The utility model relates to a heat insulation material, particularly a pipe support which can avoid heat transfer. The pipe support which can avoid heat transfer comprises clamping members and a connecting member which is connected with two clamping members. The inner walls of the clamping members are provided with heat insulation blocks which are made by heat insulation materials. The shapes of the clamping members are two semicircular shapes, and the clamping members are connected into a circular shape by a bolt. Likewise, the heat insulation blocks are also combined into a circular shape by two semicircular shapes. Adhesive which plays bonding and buffering functions is arranged between the clamping members and the heat insulation blocks. The adhesive which plays the bonding and buffering functions is also arranged between the contact surfaces of the two heat insulation blocks. When the pipe support which can avoid heat transfer is used for fixing transport pipelines, heat leak can be reduced.

Description

The conduit saddle that insulation block is arranged

The utility model relates to thermal insulating material, the especially a kind of conduit saddle that can avoid heat transfer.

Utilizing the pipeline that seals to come conveyance fluid is a kind of common means of transportation.When fluid flowed in pipeline, factors such as the viscosity of its state that flows and fluid and speed were relevant.Viscosity is big, fluid easily sticks to tube wall, make the flow resistance of fluid become big, influence flowing of fluid, and the viscosity of fluid and temperature there is very big relation, the temperature height, viscosity is just little, therefore flow in pipeline for ease of fluid, must make fluid be in a relatively stationary temperature all the time, have good mobility to guarantee fluid.Simultaneously, fluid also must have certain speed, so that it has enough mobilization dynamics.

Usually, the length of pipeline can reach several kilometers to thousands of kilometers and not wait, and just has a conduit saddle that it is supported every a segment distance.Existing conduit saddle mostly is a metal folder, during use this metal conduit saddle is directly wrapped in outside the pipeline, thereby the heat of pipeline runs off by heat-conducting property preferred metal conduit saddle easily, has caused certain waste.In some occasion such as central air-conditioner, carry the pipeline of refrigerant agent, then need cold insulation, at this moment, also should avoid extraneous heat transferred pipeline.

The purpose of this utility model is a kind of conduit saddle with insulation block of design, and to avoid the loss of pipeline inner fluid heat, perhaps Wai Jie heat imports the fluid in the pipeline into.

Its main technical schemes comprises folder and connects the link of two folders, inwall at folder has the insulation block that utilizes thermal-protective material to make, folder be shaped as two semicircles, utilize bolt to connect into a circle again, equally, insulation block is also formed a circle by two semicircles, has had bonding between folder and insulation block and Bond buffer function, also had bonding between the surface of contact of two insulation blocks and Bond buffer function, folder should utilize support to be installed on the bearing.

The utility model has the advantages that owing to be provided with one deck thermal insulating material at the folder inwall, during use, heat on the pipeline can directly not passed to heat-conducting property preferred metal folder, thereby avoided the loss of heat, saved the required energy of heating pipe, and the required equipment of heating pipe, reduced freight; Secondly, used insulation block is shaped as two semicircle circles of forming, and is more approaching with the shape of conveyance conduit, is easy to fixing tube, also is convenient to manufacturing; In addition, after being provided with Bond between folder and insulation block with bonding and buffer function, both can make insulation block can be connected the jail with folder, can make again between the folder of the insulation block of rigidity and rigidity has reasonable buffer strip, to avoid influence of vibration folder that pipeline produced when the transporting fluid and the stability between insulation block.

Fig. 1 is the utility model phase diagram in use.

Fig. 2 is a structural drawing of the present utility model.

As shown in the figure: semicircle folder 3 utilizes the flank 2 at its two ends and bolt 1 to be interconnected to a circle, wherein following half semicircle utilizes support 6 to be connected with bearing 7, bearing 7 is installed on the piping erection frame, two semicircular insulation blocks 4 are arranged in folder 3, and between the surface of contact of

insulation block

4 and 3 and two insulation blocks 4 of folder, be provided with bonding and Bond 8 buffer function, during use, pipeline 5 is positioned at insulation block 4.

Claims

The conduit saddle that 1, insulation block is arranged comprises folder (3) and connects the link (1) of two folders (3), and it is characterized in that has the insulation block (4) that utilizes heat-resistant material to make at the inwall of folder (3).
2, conduit saddle according to claim 1 is characterized in that folder (3) is that two semicircles utilize bolt to be formed by connecting, and is same, and insulation block (4) is also by two semicircle compositions.
3, conduit saddle according to claim 1 is characterized in that having had between folder (3) and insulation block (4) bonding and Bond (8) buffer function, has also had bonding between the surface of contact of two insulation blocks (4) and Bond (8) buffer function.
4, conduit saddle according to claim 1 is characterized in that folder (3) utilizes support (6) to be installed on the bearing (7).