CN218990787U

CN218990787U - Assembled composite gypsum line structure

Info

Publication number: CN218990787U
Application number: CN202223298782.0U
Authority: CN
Inventors: 杨恩东; 查垚润; 吴磊
Original assignee: China Construction Shenzhen Decoration Co Ltd
Current assignee: China Construction Shenzhen Decoration Co Ltd
Priority date: 2022-12-09
Filing date: 2022-12-09
Publication date: 2023-05-09
Anticipated expiration: 2032-12-09

Abstract

The utility model provides an assembled compound gypsum line structure, including the wall, roof and connect the assembled gypsum line in both structure reentrant corners department, be equipped with on the wall female spare, assembled gypsum line includes gypsum line body, gypsum recess and embedded sub-piece, go up female spare of wall and embedded sub-piece cooperation and form the embedded component, the cell body profile of gypsum recess suits with the external profile of embedded component, embedded sub-piece is the channel-piece, go up female spare of wall and embedded sub-piece one-to-one and the equal altitude setting, go up female spare of wall and insert including connecting portion and insert portion, go up female spare of wall and pass through connecting portion fixed connection on the wall, insert portion flat push inserts in the embedded sub-piece and rather than the joint. The utility model adopts an assembled dry construction method, can be manufactured and assembled in factories, is installed on site, is convenient to replace and disassemble, can be recycled, has low carbon and energy conservation, saves labor hour, saves material loss and reduces cost.

Description

Assembled composite gypsum line structure

Technical Field

The utility model belongs to the technical field of assembly type decoration, and particularly relates to an assembly type composite gypsum line structure.

Background

The gypsum line is a common decoration material for indoor decoration, is used for the decoration of the connection between the ceiling and the wall at the indoor top, and has the effects of beautiful appearance, concealing and softening corners.

The traditional gypsum line is installed in the modes of gypsum powder pasting, foam glue pasting, nailing fixing and the like, the pasting mode is wet operation, pollution to the site is large, the environment is not protected, the waiting time is long, the working hours are consumed, and before the plaster line is pasted, the original horizontal position can be deviated under the influence of dead weight. The mode of nailing is fixed consumes man-hour, and the condition of fracture damage can appear in nailing position. Most gypsum lines are of standard length when leaving factories, and are cut by pulling to a site measuring scale, so that the site cutting has the defects of large dust pollution, high material loss, difficult precision control and the like. The traditional mode installation can all have a problem, changes and dismantle difficultly, but the recycle after dismantling.

There are also partially fabricated products in the assembled finishing market, but the installation process has problems such as patent: the utility model provides a multi-functional gypsum line 2019213736350, with the pendant, the gypsum line fluting, the mode of hanging on the wall is simple and convenient, this kind of mode, but it has neglected a more important problem, the pendant adopts the structure of simple punching press bending, make the gypsum line hang on the swash plate of pendant, hang down the in-process, with the smallpox top must leave the clearance, this mode is not applicable to simultaneously with wall and smallpox seamless connection, and for a long time, the pendant receives the influence of gypsum line and lamps and lanterns weight, the swash plate can take place to warp, the gypsum line can the skew downwards, influence the effect of wall veneer.

Disclosure of Invention

The utility model aims to provide an assembled composite gypsum line structure, which solves the technical problems that the traditional gypsum line installation process has large pollution to the environment due to wet operation in a wet operation pasting mode, is not environment-friendly, has long waiting time, and can deviate under the influence of dead weight before being dried; the problems of on-site cutting of the gypsum wire, high dust pollution, high material loss and difficult precision control are solved, the technical problems of fixed nailing, labor hour consumption, easy cracking and breakage of the gypsum wire are solved, and the technical problems of difficult replacement and disassembly of the gypsum wire and incapability of recycling after disassembly are solved.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

an assembled composite gypsum line structure comprises a wall surface, a top plate and an assembled gypsum line connected at the internal corner of the two structures,

an upper wall parent component is arranged on the wall surface,

the assembled gypsum line comprises a gypsum line body, a gypsum groove arranged on the gypsum line body and an embedded sub-piece integrally and compositely embedded in the gypsum groove, the upper wall parent piece and the embedded sub-piece are matched to form an embedded component,

the cross section of the gypsum line body comprises a gypsum body top surface clung to the bottom surface of the top plate, a gypsum body inner side surface clung to the side surface of the wall surface and a gypsum body outer side decoration surface, the gypsum body top surface and the gypsum body inner side surface form a gypsum body external corner which is matched with the internal corner of the structure,

the contour of the groove body of the gypsum groove is matched with the external contour of the embedded component, the gypsum groove is formed by inward concave inner side surface of the gypsum body, the opening direction of the gypsum groove faces the wall surface, the top surface of the gypsum groove is spaced from the top surface of the gypsum body,

the embedded sub-pieces are arranged at intervals along the length direction of the plaster line body, the embedded sub-pieces are groove-shaped pieces, the openings of the groove-shaped pieces face the wall surface, the upper wall parent pieces and the embedded sub-pieces are arranged in one-to-one correspondence and at equal heights, the upper wall parent component comprises a connecting part and an inserting part, the upper wall parent component is fixedly connected to the wall surface through the connecting part, and the inserting part is horizontally pushed into the embedded sub-component and is clamped with the embedded sub-component.

The groove-shaped piece of the insert comprises a groove bottom plate and two groove side plates, wherein the groove side plates are bending plates with narrow front and wide rear in the groove, and clamping protrusions are formed at the bending positions.

The insertion part of the upper wall parent component is two clamping plates corresponding to the ledge plates, the front end parts of the clamping plates are respectively provided with a clamping hook, and the clamping hooks are in locking connection with the clamping protrusions.

The connecting part is a connecting plate, and the connecting plate is vertical to the clamping plate and fixedly connected with the clamping plate to form a horizontal pi shape.

The gypsum groove comprises an inner groove surface which is in integral and composite fit with the outer contour of the embedded part, and a reserved outer groove surface which is in size fit with the connecting plate.

At least two connecting holes are formed in the horizontal middle line of the connecting plate, and each connecting hole is internally provided with a screw in a penetrating manner, and the screw is anchored into the wall surface.

The horizontal width of the connecting plate is not larger than the horizontal width of the insert.

The upper wall master part is made of steel members or aluminum alloy parts.

The material of the insert is a steel member or an aluminum alloy member.

Compared with the prior art, the utility model has the following characteristics and beneficial effects:

the utility model adopts the screw fixing of the wall-mounted parent component on the wall surface, the embedded child component and the gypsum line are compounded in the factory and embedded in the gypsum groove of the gypsum line, and the compounded gypsum line is pushed into the wall-mounted parent component in a flat way, so that the installation is completed.

Compared with the traditional wet operation pasting mode of the gypsum line installation process, the method can be manufactured and assembled in factories, is convenient to replace and disassemble in site installation, can be recycled, is low in carbon and energy-saving, saves labor hours, saves material loss and reduces cost.

The utility model adopts the embedding piece and the gypsum line to be compounded in a factory, and compared with the existing assembly type gypsum line installation technology, the installation mode of flat pushing and buckling is simple and convenient to install and disassemble, the influence of the weight of the gypsum line and the lamp on the components is effectively reduced, the wall surface can be in seamless connection with the wall surface ceiling, the effect of the wall facing is not influenced, the wall facing is also suitable for plastering the facing of gypsum, and the facing and the gypsum line can be perfectly combined.

Drawings

The utility model is described in further detail below with reference to the accompanying drawings.

FIG. 1 is a schematic view of the completion of the assembly of the composite gypsum line.

Fig. 2 is a schematic view of an assembled composite gypsum line wall-mounting.

Fig. 3 is a vertical sectional view of an assembled composite gypsum line.

Fig. 4 is an exploded view of a fabricated composite gypsum line part.

Reference numerals: 1-wall surface, 2-assembled gypsum line, 21-wall-mounting female part, 211-screw, 212-connecting part, 213-inserting part, 214-clamping hook, 22-insert, 221-groove bottom plate, 222-groove side plate, 223-clamping convex, 23-gypsum groove, 231-inner groove surface, 232-reserved outer groove surface, 24-gypsum body top surface, 25-gypsum inner side surface, 26-gypsum body outer side decoration surface and 3-top plate.

Detailed Description

1-4, a fabricated composite gypsum line structure includes a wall surface 1, a top panel 3, and a fabricated gypsum line 2 attached at the inside corner of the two structures.

The wall surface 1 is provided with an upper wall parent piece 21.

The assembled gypsum line 2 comprises a gypsum line body, a gypsum groove 23 formed in the gypsum line body and an embedded sub-piece 22 integrally and compositely embedded in the gypsum groove 23, and the wall-mounted parent piece 21 and the embedded sub-piece 22 are matched to form an embedded component.

The cross section of the gypsum line body comprises a gypsum body top surface 24 which is tightly attached to the bottom surface of the top plate 3, a gypsum body inner side surface 25 which is tightly attached to the side surface of the wall surface 1 and a gypsum body outer side decoration surface 26, wherein the gypsum body top surface 24 and the gypsum body inner side surface 25 form a gypsum body external corner which is suitable for the internal corner of the structure.

The groove body profile of the gypsum groove 23 is matched with the external profile of the embedded component, the gypsum groove 23 is formed by inwards concave inner side 25 of the gypsum body, the opening direction of the gypsum groove 23 faces the wall surface 1, and the top surface of the gypsum groove 23 is spaced from the top surface 24 of the gypsum body.

The inserts 22 are arranged in a group at intervals along the length direction of the gypsum line body, and four inserts are arranged in the utility model. The embedded sub-pieces 22 are groove-shaped pieces, the openings of the groove-shaped pieces face the wall surface 1, the upper wall main pieces 21 and the embedded sub-pieces 22 are arranged in one-to-one correspondence and at the same height, the upper wall main pieces 21 comprise connecting portions 212 and inserting portions 213, the upper wall main pieces 21 are fixedly connected to the wall surface 1 through the connecting portions 212, and the inserting portions 213 are inserted into the embedded sub-pieces 22 in a flat pushing mode and are clamped with the embedded sub-pieces.

The groove-shaped member of the insert 22 comprises a groove bottom plate 221 and two ledge plates 222, wherein the ledge plates 222 are bending plates with narrow front and wide rear in the groove, and the bending positions form clamping protrusions 223. The material of the insert 22 is a steel member or an aluminum alloy member.

The insertion portion 213 of the upper wall parent member 21 is two clamping plates corresponding to the ledge 222, the front end portions of the clamping plates are respectively provided with a hook 214, and the hooks 214 are fastened with the clamping protrusions 223. The upper wall master 21 is made of steel members or aluminum alloy members.

In this embodiment, the connection portion 212 is a connection plate, and the connection plate is perpendicular to the clamping plate and is fixedly connected to form a horizontal pi shape. The groove body profile of the gypsum groove 23 comprises an inner groove surface 231 which is in integral composite fit with the outer profile of the insert 22, and also comprises a reserved outer groove surface 232 which is in size fit with the connecting plate.

In this embodiment, two connecting holes are formed in the horizontal middle line of the connecting plate, and each connecting hole is internally provided with a screw 211 in a penetrating manner, and the screw 211 is anchored into the wall surface 1.

In this embodiment, the horizontal width of the web is no greater than the horizontal width of the insert 22.

The construction process of the utility model is as follows:

firstly, measuring pay-off, positioning the position of a wall-mounted parent part, marking, and fastening the wall-mounted parent part on a wall by using a screw;

compounding the embedded piece with the gypsum line body in a factory, wherein the embedded piece is embedded in a gypsum groove of the gypsum line body;

thirdly, horizontally pushing the compounded gypsum line body into the upper wall parent piece to finish the installation.

And fourthly, if the gypsum plaster is to be used for plastering the facing of gypsum, the assembled gypsum line is firstly installed, and then the gypsum plaster is directly plastered, so that the gypsum plaster can be in seamless connection with the wall surface and the top plate. The gypsum line structure is not limited to the form shown in the drawings, and various gypsum line shapes can be used in combination with the insert, such as the installation of a light strip.

Claims

1. An assembled composite gypsum line structure, characterized in that: comprises a wall surface (1), a top plate (3) and an assembled gypsum line (2) connected at the internal corner of the two structures,

an upper wall parent piece (21) is arranged on the wall surface (1),

the assembled gypsum line (2) comprises a gypsum line body, a gypsum groove (23) arranged on the gypsum line body and an embedded sub-piece (22) integrally and compositely embedded in the gypsum groove (23), the wall-mounted parent piece (21) and the embedded sub-piece (22) are matched to form an embedded component,

the cross section of the gypsum line body comprises a gypsum body top surface (24) which is tightly attached to the bottom surface of the top plate (3), a gypsum body inner side surface (25) which is tightly attached to the side surface of the wall surface (1) and a gypsum body outer side surface decoration surface (26), the gypsum body top surface (24) and the gypsum body inner side surface (25) form a gypsum body external corner which is matched with the internal corner of the structure,

the groove body profile of the gypsum groove (23) is matched with the external profile of the embedded component, the gypsum groove (23) is formed by inwards concave inner side surfaces (25) of the gypsum body, the opening direction of the gypsum groove (23) faces the wall surface (1), the top surface of the gypsum groove (23) is spaced from the top surface (24) of the gypsum body,

the gypsum plaster comprises gypsum plaster lines, wherein a group of embedded sub-pieces (22) are arranged at intervals along the length direction of the gypsum plaster lines, the embedded sub-pieces (22) are groove-shaped pieces, openings of the groove-shaped pieces face a wall surface (1), the upper wall parent-pieces (21) are in one-to-one correspondence with the embedded sub-pieces (22) and are arranged at equal heights, the upper wall parent-pieces (21) comprise connecting portions (212) and inserting portions (213), the upper wall parent-pieces (21) are fixedly connected to the wall surface (1) through the connecting portions (212), and the inserting portions (213) are horizontally pushed to be inserted into the embedded sub-pieces (22) and are clamped with the embedded sub-pieces.

2. The fabricated composite gypsum line structure of claim 1, wherein: the groove-shaped piece of the insert (22) comprises a groove bottom plate (221) and two groove side plates (222), wherein the groove side plates (222) are bending plates with narrow front and wide rear in the groove, and clamping protrusions (223) are formed at the bending positions.

3. The fabricated composite gypsum line structure of claim 2, wherein: the insertion part (213) of the upper wall parent part (21) is two clamping plates corresponding to the groove side plates (222), the front end parts of the clamping plates are respectively provided with a clamping hook (214), and the clamping hooks (214) are buckled with the clamping protrusions (223).

4. A fabricated composite gypsum line structure according to claim 3, wherein: the connecting part (212) is a connecting plate, and the connecting plate is vertical to the clamping plate and fixedly connected with the clamping plate to form a horizontal pi shape.

5. The fabricated composite gypsum line structure according to claim 4, wherein: the groove body profile of the gypsum groove (23) comprises an inner groove surface (231) which is in integral and compound fit with the outer profile of the inner insert (22), and also comprises a reserved outer groove surface (232) which is in size fit with the connecting plate.

6. The fabricated composite gypsum line structure according to claim 4, wherein: at least two connecting holes are formed in the horizontal middle line of the connecting plate, screws (211) penetrate through each connecting hole, and the screws (211) are anchored into the wall surface (1).

7. The fabricated composite gypsum line structure of claim 6, wherein: the horizontal width of the connecting plate is not greater than the horizontal width of the insert (22).

8. The fabricated composite gypsum line structure of claim 1, wherein: the upper wall parent component (21) is made of steel members or aluminum alloy components.

9. The fabricated composite gypsum line structure of claim 1, wherein: the material of the insert (22) is a steel member or an aluminum alloy member.