Combined mounting structure for atrium overhanging curve cambered surface glass railing

Abstract

The invention relates to the technical field of cambered surface glass mounting, and discloses a combined mounting structure for an atrium overhanging curve cambered surface glass railing. The structure comprises railing bodies, outer bases, inner bases and an atrium edge, the number of the railing bodies, the number of the outer bases and the number of the inner bases are all two, the railing bodies are fixedly connected with the outer bases, and the outer bases and the inner bases are fixedly connected with the atrium edge. According to the combined mounting structure for the atrium overhanging curve cambered surface glass railing, by means of the eccentric structures of clamping wheels, when the clamping wheels rotate, the extending distance of the peripheries of the clamping wheels canbe changed towards the inner side, namely the side where glass is mounted, and when rotating handles make contact with limiting blocks, the extending distance reaches the maximum, and the clamping wheels on the two sides can cooperate to forcefully clamp the glass between the clamping wheels; and during disassembling, only the rotating handles need to be rotated reversely, the clamping effect isgood, mounting and disassembling are convenient, operation is easy, the burden of workers is relieved, and the mounting efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of curved glass installation, in particular to a combined installation structure of a cantilevered curved curved glass railing in an atrium. Background technique [0002] Today's shopping malls and other public entertainment places generally adopt the atrium cantilever ring corridor design in order to pursue beauty and comfort. Therefore, curved glass has become the first choice for the beautification of this type of ring corridor, but the existing curved arc surface There are still things to be improved when the glass railings are assembled and installed. [0003] The curved glass installed in the cantilevered ring corridor of the atrium is generally hot-bent glass, and the corresponding curvature can be determined in advance according to the demand of the ring corridor during production. This kind of glass needs to be fixed with glue when it is fixed. The device is attached to the surface. This installati...

AI Technical Summary

Problems solved by technology

[0002] Today's shopping malls and other public entertainment places generally adopt the atrium cantilever ring corridor design in order to pursue beauty and comfort. Therefore, curved glass has become the first choice for the beautification of this type of ring corridor, but the existing curved arc surface There is still room for improvement when installing glass railings in combination

[0003] The curved glass installed in the cantilevered ring corridor of the atrium is generally hot-bent glass, and the corresponding curvature can be determined in advance according to the demand of the ring corridor during production. This kind of glass needs to be fixed with glue when it is fixed. The device is attached to the surface. This installation method is more troublesome and inconvenient for subsequent disassembly. Moreover, for the glass with different curvatures on the market, it is not convenient to directly attach the fixing device to the surface of the glass during installation. Although it is in direct contact with the glass The rubber can be deformed to meet the requirements, but the fixed device cannot adjust the corresponding angle, which makes the installation relatively inconvenient

[0004] The existing hot-bending glass supports its gravity when it is fixed, all of which are completed by the surface-attached fixing device. When it receives a certain external impact, the stabilization effect provided by it is not ideal, and there is a risk of falling off

Images