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Building decoration plate dry-hanging connection system and construction method

A technology for decorative panels and architectural decoration, applied in the field of building exterior wall decoration, can solve problems such as easy cracking, safety accidents, and large force at the groove, and achieve the effects of saving space, ensuring stable connection, and convenient panel installation and adjustment.

Active Publication Date: 2021-01-29
BEIJING EVEREST GREEN BUILDING TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Because the thickness of the plate is only about 1.2-2.5cm, the thickness of the groove needs to be about 1cm, which means that the pendant only hooks the thickness of the plate about 0.5cm, so the force on the groove is large, and it is easy to Cracking, if the plate falls off due to this, it is very easy to cause a safety accident

Method used

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  • Building decoration plate dry-hanging connection system and construction method
  • Building decoration plate dry-hanging connection system and construction method
  • Building decoration plate dry-hanging connection system and construction method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0086] Such as Figure 1-3 As shown, a dry-hanging connection system for building decorative panels includes seven horizontally placed and parallel dry-hanging keels 302 and a decorative panel layer formed by splicing 18 decorative panels 401 of 6×3. Each decorative panel 401 are all dry-hanged connected together by dry-hanging connectors and the dry-hanging keel 302 adjacent to the inner side thereof.

[0087] It also includes 4 vertical keels 2 placed vertically and parallel to each other. The vertical keels 2 are positioned at the rear side of the dry hanging keel 302 and fixed together with the inside of the dry hanging keel 302. The vertical keel 2 passes through the vertical The keel fixing bolts 3 are fixed together with the outer end face of the building floor 1.

[0088] The upper part of the back of each decorative plate 401 is provided with two left and right symmetrical dry-hanging expansion bolt installation holes, and the upper part of the back of each decorativ...

Embodiment 2

[0101] A dry-hanging connection system for architectural decorative boards, the difference from Embodiment 1 is that the installation holes of the dry-hanging expansion bolts are replaced with bolt through holes, and the decorative board 401 passes through the through-hole bolt 411 of the decorative board 401 and the first back bolt. The dry-hanging connector 408 , the second back bolt dry-hanging connector 409 or the third back-bolt dry-hanging connector 410 are fixed together; the decorative board 401 is a cement fiberboard.

[0102] Among them, the top connection nodes such as Figure 35 shown.

Embodiment 3

[0104] Such as Figure 37 As shown, a dry-hanging connection system for building decorative boards differs from Embodiment 1 in that: the inner side of each row of decorative boards 401 is provided with two upper and lower dry-hanging keels 302, and each decorative board 401 passes through The 2 dry-hanging expansion bolts 407 on the upper part are fixed with the backs of the 3rd back-bolt dry-hanging connectors 410 of the 2 upper rows, and the 2 dry-hanging expansion bolts 407 of the lower row and the 3rd of the 2 lower rows are fixed together. The back side of the back bolt dry hanging connector 410 is fixed together; the bottom surface of the third back bolt dry hanging connector 410 on the top of each decorative plate 401 is connected with the upper dry hanging keel 302 by bolts; the lower part of each decorative plate 401 The bottom surface of the third back bolt dry-hanging connector 410 and the lower dry-hanging keel 302 are connected together by bolts;

[0105] The la...

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Abstract

The invention discloses a building decoration plate dry-hanging connection system and a construction method. The system comprises a plurality of dry-hanging keels (302) which are horizontally arrangedand are parallel to one another, and a decoration plate layer which is formed by mutual splicing of a plurality of decoration plates (401), wherein each decoration plate (401) is in dry-hanging connection with the adjacent dry-hanging keel (302) on the inner side of the decoration plate (401) through a dry-hanging connecting piece. Every two adjacent decoration plates of the system share one keelto be connected, namely a back bolt type single keel connection structure is formed, so that 50% of keel materials are saved, and the weight of an outer wall hanging plate is greatly reduced; and thetransverse distance between each decoration plate and each dry-hanging keel is within 20 mm, so that the thickness of the decoration plate layer is greatly reduced, and the space is saved.

Description

technical field [0001] The invention relates to the technical field of building exterior wall decoration, in particular to a dry-hanging connection system for building decoration boards. Background technique [0002] The exterior wall decoration basically serves the facade of the building and is a key factor in determining whether the building is beautiful and long-lasting. Nowadays, the exterior wall decorations used on the exterior surface of buildings are mainly various decorative materials such as exterior wall coatings, ceramic tiles, stones, pottery panels, decorative panels and metal panels. Different choices of each material and construction technique create different styles and forms of building appearance. [0003] The coatings or ceramic tiles selected for the external surface of the building need to be sprayed, brushed or wiped on the surface of the external wall at the construction site. The construction speed is slow, the safety risk is high, the environment i...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E04F13/075E04F13/076E04F13/23E04F13/25
CPCE04F13/0875E04F13/0889E04F13/0803E04F13/0898E04F13/081
Inventor 张英保张裕照廖丽英
Owner BEIJING EVEREST GREEN BUILDING TECH
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