阅读说明：本技术 减震及减噪音的包管支架 (Shock-absorbing and noise-reducing pipe-wrapping support ) 是由 马振 顾兴根 宋振江 侯冠宇 于 2021-10-13 设计创作，主要内容包括：本发明涉及一种减震及减噪音的包管支架。采用的技术方案是包括处于阳角位置的阳角架和处于阴角位置的阴角架,阳角架和阴角架之间通过横向连接杆相连,所述阳角架设有两个朝向垂直的竖向的瓷砖槽,所述阴角架设有朝向相邻阳角架的瓷砖槽,瓷砖槽内设置弹片,相邻阳角架之间或阳角架和阴角架的瓷砖槽内塞入瓷砖及减震隔音板,隔音板处于瓷砖槽的内侧,所述弹片将瓷砖及隔音板向外挤压固定瓷砖及减震隔音板。在瓷砖的背面加装了隔音减震材料,实现了隔音的目的,而且弹性的材料能够消减周围震动对瓷砖的影响,避免瓷砖晃动；弹片结构将瓷砖紧密贴合在瓷砖槽内,能够增大瓷砖槽宽度,方便瓷砖安装,也避免增大瓷砖槽宽度后的缝隙大造成瓷砖晃动。(The invention relates to a shock-absorbing and noise-reducing pipe wrapping bracket. The technical scheme who adopts is including the external corner frame that is in the external corner position and the internal corner frame that is in the internal corner position, links to each other through transverse connection pole between external corner frame and the internal corner frame, the external corner is erect and is equipped with two vertical ceramic tile grooves of orientation, the internal corner frame is equipped with the ceramic tile groove of the adjacent external corner frame of orientation, and the ceramic tile inslot sets up the shell fragment, fills in ceramic tile and shock attenuation acoustic celotex board between the adjacent external corner frame or in the ceramic tile inslot of external corner frame and internal corner frame, and the acoustic celotex board is in the inboard in ceramic tile groove, the shell fragment outwards extrudees fixed ceramic tile and shock attenuation acoustic celotex board with ceramic tile and acoustic celotex board. The back of the ceramic tile is additionally provided with the sound insulation and shock absorption material, so that the purpose of sound insulation is achieved, and the elastic material can reduce the influence of peripheral vibration on the ceramic tile and avoid the ceramic tile from shaking; the elastic sheet structure closely laminates the ceramic tile in the ceramic tile groove, can increase ceramic tile groove width, makes things convenient for the ceramic tile installation, also avoids the gap behind the increase ceramic tile groove width to cause the ceramic tile to rock greatly.)

1. A shock-absorbing and noise-reducing pipe wrapping bracket comprises an external corner bracket (1) at an external corner position and an internal corner bracket (2) at an internal corner position, wherein the external corner bracket (1) and the internal corner bracket (2) are connected through a transverse connecting rod (3),

it is characterized in that the external corner bracket (1) is provided with two vertical ceramic tile grooves which face to the vertical direction, the internal corner bracket (2) is provided with ceramic tile grooves which face to the adjacent external corner bracket (1), a plurality of elastic sheets (6) are arranged in the ceramic tile grooves,

between adjacent external corner frame (1) or ceramic tile (4) inslot of external corner frame (1) and reentrant corner frame (2) is filled in ceramic tile (4) and shock attenuation acoustic celotex board (5), and the acoustic celotex board is in the inboard in ceramic tile groove, and shock attenuation acoustic celotex board (5) have elasticity, shell fragment (6) outwards extrude fixed ceramic tile (4) and shock attenuation acoustic celotex board (5) with ceramic tile (4) and acoustic celotex board.

2. A shock-absorbing and noise-reducing pipe-wrapping support according to claim 1, wherein the external corner bracket (1) comprises an external corner inner layer right-angle section bar (101) and an external corner outer layer section bar (102), a right-angle outer part of the inner layer right-angle section bar is provided with an external corner connecting plate (103) connected with the inner side of the outer layer section bar, and an external corner tile groove (104) is formed between one right-angle side of the inner layer right-angle section bar and the connecting plate and the outer layer section bar.

3. The shock-absorbing and noise-reducing pipe-wrapping bracket as claimed in claim 2, wherein the internal corner bracket (2) is an internal corner sheet-like section bar (201), the outer side of the sheet-like section bar is provided with parallel internal corner outer-layer section bars (202), an internal corner connecting plate (203) is arranged between the outer edge of the internal corner sheet-like section bar (201) and the internal corner outer-layer section bar (202), and the internal corner tile groove (204) is formed by the internal corner sheet-like section bar (201), the internal corner connecting plate (203) and the internal corner outer-layer section bar (202).

4. A shock-absorbing and noise-reducing pipe wrapping bracket as defined in claim 2 or 3, wherein said spring plate (6) comprises a V-shaped plate and a spring plate clamping plate, one side edge of the V-shaped plate is connected with the spring plate clamping plate in a bending way, and the V-shaped plate and the spring plate clamping plate are embedded in and clamp the right angle section (101) at the inner layer of the external corner bracket (1) or the internal corner section (201) of the corner bracket.

5. A shock-absorbing and noise-reducing tube-wrapped support according to claim 4, wherein the elastic sheet (6) is made of a metal sheet, and the shock-absorbing and noise-insulating plate (5) is a foam plate or an organic material having a honeycomb structure inside.

6. The shock-absorbing and noise-reducing pipe-wrapping bracket as claimed in claim 3, wherein the external corner tile grooves (104) of the external corner bracket (1) are symmetrically arranged on two sides of the external corner connecting plate (103), the external corner outer section bar (102) is right-angled, two right-angled wings are symmetrically arranged relative to the connecting plate, the external corner is an arc-shaped fillet (105), the two right-angled wings of the external corner outer section bar (102) are parallel to the two right-angled sides of the internal right-angled section bar, and the internal corner sheet section bar (201) is parallel to the internal corner outer section bar (202).

7. The shock-absorbing and noise-reducing pipe wrapping bracket as claimed in claim 3, wherein the outer corner inner layer right angle section bar (101) and the inner corner sheet section bar (201) are respectively provided with a connecting hole, the two ends of the transverse connecting rod (3) are provided with connecting holes, the transverse connecting rod (3) is horizontally arranged, the connecting holes on the two sides of the transverse connecting rod are connected with the connecting holes on the outer corner inner layer right angle section bar (101) and the inner corner sheet section bar (201) through screws, and the transverse connecting rod (3) is respectively perpendicular to the outer corner inner layer right angle section bar (101) and the inner corner sheet section bar (201).

8. A shock-absorbing and noise-reducing pipe bracket as set forth in claim 3, wherein said pipe bracket is characterized in that the inside of the female angle sheet-like section bar (201) of the female angle bracket (2) is provided with a right angle connecting member, one side of the right angle connecting member is connected with the female angle sheet-like section bar (201) by means of a screw, and the other side of the right angle connecting member is connected with an adjacent wall body.

9. A shock-absorbing and noise-reducing pipe-wrapped support according to claim 3, wherein the male corner bracket (1) is a set of female corner brackets (2) and two sets of female corner brackets (2) are two-sided pipe-wrapped supports, and the plane formed by the male corner bracket (1) and the female corner brackets (2) is perpendicular to the adjacent wall surface.

10. The shock-absorbing and noise-reducing pipe-wrapping support according to claim 7, wherein the male angle brackets (1) are two female angle brackets (2), the female angle brackets (2) are two groups to form a three-surface pipe-wrapping support, the two male angle brackets (1) are connected through the transverse connecting rod (3), the plane formed by the male angle brackets (1) and the female angle brackets (2) is connected through the transverse connecting rod (3), and the plane formed by the male angle brackets (1) and the female angle brackets (2) is perpendicular to the adjacent wall surfaces.

Technical Field

The invention relates to a shock-absorbing and noise-reducing pipe-wrapping support, belonging to a decoration building material.

Background

The patent "alloy pipe-wrapping bracket" (patent No. 201420371132.0) is a building material for wrapping decoration of sewer pipes. Its main purpose is to wrap the underwater pipeline through the frame structure and then fix the tiles. The aim of decorating and wrapping the sewer pipe without building a brick wall is fulfilled.

This kind of product market is very well sold at present, but this product is after the input use, also has a great deal of problem, for example launch sound big, the effect that gives sound insulation is poor, the fixed inconvenient of ceramic tile during the installation ceramic tile, the ceramic tile of taking off that later maintenance can not be convenient, lack buffer structure between ceramic tile and support, the ceramic tile has slight rocking problem.

Disclosure of Invention

The invention provides a shock-absorbing and noise-reducing pipe wrapping support, which solves the problems of reducing vibration of tiles and insulating sound when the tiles wrap a sewer pipeline.

In order to achieve the purpose, the invention adopts the technical scheme that:

the shock-absorbing and noise-reducing pipe wrapping bracket comprises an external corner bracket at an external corner position and an internal corner bracket at an internal corner position, the external corner bracket and the internal corner bracket are connected through a transverse connecting rod,

it is characterized in that the external corner bracket is provided with two vertical ceramic tile grooves which face to the vertical direction, the internal corner bracket is provided with ceramic tile grooves which face to the adjacent external corner bracket, a plurality of elastic sheets are arranged in the ceramic tile grooves,

ceramic tile and shock attenuation acoustic celotex board are filled in the ceramic tile groove of adjacent external corner frame or external corner frame and reentrant corner frame, and the acoustic celotex board is in the inboard in ceramic tile groove, the shell fragment outwards extrudees fixed ceramic tile and shock attenuation acoustic celotex board with ceramic tile and acoustic celotex board.

Preferably, the external corner frame comprises an external corner inner layer right-angle section and an external corner outer layer section, an external corner connecting plate is arranged outside a right angle of the internal layer right-angle section and connected with the inner side of the external layer section, and an external corner tile groove is formed among one right-angle side of the internal layer right-angle section, the connecting plate and the external layer section.

Further preferably, the internal corner frame is an internal corner sheet-shaped section, parallel internal corner outer-layer sections are arranged on the outer sides of the sheet-shaped sections, an internal corner connecting plate is arranged between the outer edge of each internal corner sheet-shaped section and each internal corner outer-layer section, and the internal corner sheet-shaped sections, the internal corner connecting plates and the internal corner outer-layer sections form internal corner tile grooves.

Preferably, the elastic sheet comprises a V-shaped sheet and an elastic sheet clamping plate, one side edge of the V-shaped sheet is connected with the elastic sheet clamping plate in a bending mode, and the V-shaped sheet and the elastic sheet clamping plate are embedded into and clamp the right-angle inner layer section of the external corner frame or the internal corner sheet section of the corner frame.

Preferably, the elastic sheet is made of a metal sheet.

Preferably, the outer profile of the external corner is in a right-angle shape, right-angle wings at two sides are symmetrically arranged relative to the connecting plate, the external corner of the outer profile of the external corner is an arc-shaped fillet, the two right-angle wings of the outer profile of the external corner are parallel to the two right-angle sides of the inner-layer right-angle profile, and the sheet profile of the internal corner is parallel to the outer profile of the internal corner.

Still further preferably, the outer corner inner layer right angle section bar and the inner corner sheet section bar are respectively provided with a connecting hole, two ends of the transverse connecting rod are provided with connecting holes, the transverse connecting rod is horizontally arranged, the connecting holes on two sides of the transverse connecting rod are connected with the connecting holes on the outer corner inner layer right angle section bar and the inner corner sheet section bar through screws, and the transverse connecting rod is respectively vertical to the outer corner inner layer right angle section bar and the inner corner sheet section bar.

Still further preferably, the pipe bracket is characterized in that a right-angle connecting piece is arranged on the inner side of the internal corner sheet-shaped section of the internal corner bracket, one side of the right-angle connecting piece is connected with the internal corner sheet-shaped section through a screw, and the other side of the right-angle connecting piece is connected with an adjacent wall body.

Preferably, the external corner bracket is a group of internal corner brackets and two groups of internal corner brackets form a two-sided tube-wrapped bracket, and the plane formed by the external corner bracket and the internal corner brackets is vertical to the adjacent wall surface.

Preferably, the external corner frames are two groups of internal corner frames, the two groups of internal corner frames form a three-surface tube-wrapping bracket, the two external corner frames are connected through a transverse connecting rod,

the plane formed by the external corner bracket and the internal corner bracket is connected with each other through a transverse connecting rod, and the formed plane is vertical to the adjacent wall surface.

The invention has the advantages that:

the back of the ceramic tile is additionally provided with the sound insulation and shock absorption material, so that the purpose of sound insulation is achieved, and the elastic material can reduce the influence of peripheral vibration on the ceramic tile and avoid the ceramic tile from shaking;

the elastic sheet structure tightly attaches the ceramic tile in the ceramic tile groove, so that the width of the ceramic tile groove can be increased, the ceramic tile is convenient to mount, and the ceramic tile is prevented from shaking due to the large gap after the width of the ceramic tile groove is increased;

the structure of the pipe wrapping bracket is shaped, and standardized manufacturing production is realized.

Drawings

Figure 1 is a structural view of embodiment 1 of the present invention,

figure 2 is a side view of embodiment 1 of the present invention,

figure 3 is a top view of embodiment 1 of the present invention,

figure 4 is a structural view of embodiment 2 of the present invention,

figure 5 is a top view of embodiment 2 of the present invention,

figure 6 is a schematic diagram of the structure of the spring plate of the present invention,

reference numerals: 1 external corner frame 101 external corner inner layer right angle section bar 102 external corner outer layer section bar 103 external corner connecting plate 104 external corner tile groove 105 arc fillet 2 internal corner frame 201 internal corner sheet section bar 202 internal corner outer layer section bar 203 internal corner connecting 204 internal corner tile groove 3 transverse connecting rod 4 tile 5 damping acoustic celotex board 6 shell fragment 601V type piece 602 shell fragment splint.

Detailed Description

The invention is further illustrated below:

the invention relates to a shock-absorbing and noise-reducing pipe-wrapping support, which comprises an external corner frame 1 and an internal corner frame 2, wherein the external corner frame 1 is positioned at an external corner, the internal corner frame 2 is positioned at an internal corner, the external corner frame 1 is connected with the internal corner frame 2 through a transverse connecting rod 3, the external corner frame 1 is provided with two vertical ceramic tile grooves which face to the vertical direction, the internal corner frame 2 is provided with ceramic tile grooves which face to the adjacent external corner frame 1, a plurality of elastic sheets 6 are arranged in the ceramic tile grooves, ceramic tiles 4 and shock-absorbing sound-insulating plates 5 are stuffed between the adjacent external corner frames 1 or between the external corner frame 1 and the internal corner frame 2, the shock-absorbing sound-insulating plates are positioned at the inner sides of the ceramic tile grooves, the shock-absorbing sound-insulating plates 5 have elasticity, and the ceramic tiles 4 and the shock-absorbing sound-insulating plates 5 are outwards extruded and fixed by the sound-insulating sheets 6.

Fix the ceramic tile in the ceramic tile groove through shell fragment and 5 structures of shock attenuation acoustic celotex board, realize fixed and shock attenuation effect.

The width that can increase the ceramic tile groove after the shell fragment structure uses is favorable to the ceramic tile from the opposite side in the ceramic tile groove of one side embedding back, and the shell fragment withstands ceramic tile and shock attenuation acoustic celotex board behind and realizes effectual fixed.

The structure of the spring plate 6 is shown in fig. 6, and comprises a V-shaped plate and a spring plate clamping plate, wherein one side edge of the V-shaped plate is connected with the spring plate clamping plate in a bending way, and the V-shaped plate and the spring plate clamping plate are embedded into and clamp an external corner inner layer right-angle section bar 101 of the external corner frame 1 or an internal corner sheet section bar 201 of the corner frame. The elastic sheet 6 is made of metal sheet, and the damping and sound insulating plate 5 is a foam plate or an organic material with a honeycomb structure inside. The honeycomb structure of the damping and sound insulation board 5 is beneficial to reducing the outward diffusion of noise from the wrapped sewer pipe, and the sound insulation effect is realized.

The structure of the external corner bracket 1 is explained below, the external corner bracket 1 comprises an external corner inner layer right-angle section bar 101 and an external corner outer layer section bar 102, an external corner connecting plate 103 is arranged outside a right angle of the internal layer right-angle section bar and connected with the inner side of the outer layer section bar, and an external corner tile groove 104 is formed between one right-angle side of the internal layer right-angle section bar and the connecting plate and the outer layer section bar.

The structure of the internal corner bracket 2 is explained below, the internal corner bracket 2 is an internal corner sheet-shaped section bar 201, parallel internal corner outer layer section bars 202 are arranged outside the sheet-shaped section bar, an internal corner connecting plate 203 is arranged between the outer edge of the internal corner sheet-shaped section bar 201 and the internal corner outer layer section bars 202, and the internal corner sheet-shaped section bar 201, the internal corner connecting plate 203 and the internal corner outer layer section bars 202 form an internal corner tile groove 204.

Two right-angle wings of the outer profile 102 of the external corner are parallel to two right-angle sides of the inner-layer right-angle profile, and the sheet profile 201 of the internal corner is parallel to the outer profile 202 of the internal corner, so that a regular tile groove structure is formed, and the fixing of the tiles is facilitated.

Connecting holes are respectively formed in the external corner inner layer right-angle section bar 101 and the internal corner sheet-shaped section bar 201, connecting holes are formed in two ends of the transverse connecting rod 3, the transverse connecting rod 3 is horizontally arranged, the connecting holes in two sides of the transverse connecting rod are connected with the connecting holes in the external corner inner layer right-angle section bar 101 and the internal corner sheet-shaped section bar 201 through screws, and the transverse connecting rod 3 is perpendicular to the external corner inner layer right-angle section bar 101 and the internal corner sheet-shaped section bar 201 respectively. Perpendicular connection structure can be fixed with the distance between external corner frame and the reentrant corner frame, avoids both position to remove and leads to overall structure's deformation.

The inside of the internal corner flaky profile 201 of the internal corner frame 2 is provided with a right-angle connecting piece, one side of the right-angle connecting piece is connected with the internal corner flaky profile 201 through a screw, and the other side of the right-angle connecting piece is connected with an adjacent wall body.

The profile structure setting of reentrant corner support 2 and reentrant corner support is favorable to the normalized production of product, can promote the outward appearance quality of product, will wrap the structural section ization of pipe support, has promoted the quality of product.

The damping and noise-reducing pipe-wrapping bracket of the device has two structural shapes, one is as shown in figures 1-3,

the external corner frames 1 are in one group, the internal corner frames 2 are in two groups to form two-side pipe wrapping supports, and when the external corner frame is used, a sewer pipe at a corner is wrapped. In the installation, perpendicular between plane and the adjacent wall that external corner frame 1 and reentrant corner frame 2 are constituteed, use right angle connecting piece on the reentrant corner frame to pass through expansion screw to be fixed in on the wall, perhaps with trompil on the reentrant corner connecting plate of reentrant corner frame, with reentrant corner connecting plate direct contact wall, use expansion screw to fix.

And the other is that as shown in fig. 2-5, the external corner frames 1 are divided into two groups, the internal corner frames 2 are divided into two groups, the three-surface pipe wrapping support is formed, and the sewer pipes which are positioned on the wall surface and leak independently are wrapped when the three-surface pipe wrapping support is used. The two external corner frames 1 are connected through the transverse connecting rod 3, the plane formed by the external corner frames 1 and the internal corner frames 2 is connected through the transverse connecting rod 3, and the formed plane is vertical to the adjacent wall surface.