An anti-shock glass connection device

Abstract

An anti-seismic glass connection device, mainly composed of a glass rib (1), a glass panel (2), and a point-supported support structure component (3), wherein the glass rib (1) and the glass panel (2) are connected through a point-supported The support structure component (3) is connected; the point-supported support structure component (3) mainly includes the barge joint (4), the connection clamp body (5), the movable adapter (6), the gasket (7), the connection sleeve barrel (8), connecting sleeve retainer (9), wherein the barge joint (4) is connected to the movable adapter (6), and the movable adapter (6) is connected to the connecting clamp body (5) through the gasket (7) ) connection, in order to adjust the size and eliminate noise, the connecting clamp body (5) is connected with the connecting sleeve (8), and the connecting sleeve (8) is externally sleeved with the connecting sleeve retainer (9); the present invention particularly provides an anti-shock Type glass connection device, the structure design of the device is user-friendly, with extremely high lighting, safety, aesthetics, shock resistance, low production cost, easy to use, and has great economic and social value.

Description

technical field [0001] The invention relates to the design of the maintenance structure outside the building, and in particular provides an anti-seismic glass connection device. Background technique [0002] In the past, single-layer cable-net point-supported glass curtain wall structures, metal and steel truss structures supporting point-supported glass curtain wall structures or glass-rib point-supported glass curtain wall structures were often used in the large openings of building facades. [0003] The supporting structure of the single-layer cable mesh point-supported glass curtain wall is stainless steel rods or cables, and the glass is connected with the rods or cables by metal fasteners and metal connectors. In the structure of this type of glass curtain wall, it has a very high architectural lighting effect , but because the cable material is expensive, the pre-tension force of the cable has a large load on the main structure, which causes the cost of the main struc...

AI Technical Summary

Problems solved by technology

[0003]Single-layer cable-net point-supported glass curtain wall support structure is stainless steel tie rods or cables, and the glass is connected with the tie rods or cables by metal fasteners and metal connectors. In the structure of this kind of glass curtain wall, it has a very high architectural lighting effect, but because the cable material is expensive, the pretension of the cable has a large load on the main structure, resulting in an increase in the cost of the main structure and due to an extra road in its construction. The construction cost is increased due to the pre-tensioning process, so its economic performance is poor compared to other glass curtain wall structures

[0004] The metal and steel truss structure support point-supported glass curtain wall structure has a relatively short construction period and good economy. However, because the supporting steel truss structure has a relatively large geometric size and many rods, its lighting effect is poor. At the same time, the rigid truss The rigidity of the structural connection is strong, the displacement absorption function is small, and the anti-seismic effect is not good

[0005] The glass rib point-supported glass curtain wall structure uses metal fasteners and connectors to connect the glass panels and glass ribs to form a glass curtain wall. The all-glass glass curtain wall composed of glass panels and glass ribs has a wide field of vision, simple structure, and high economy. , which eliminates the indoor and outdoor feeling of the building to the greatest extent, but according to its structural characteristics, the anti-seismic effect is also not good

Images