Glass supporting structure of inhaul cable glass curtain wall

Abstract

The utility model discloses a glass supporting structure of an inhaul cable glass curtain wall, which comprises a plurality of glass clamps used for clamping corners of glass, transverse inhaul cables and vertical inhaul cables, the transverse inhaul cables and the vertical inhaul cables are crisscrossed to form a cable net, each glass clamp comprises a clamping part and a fixing part, the front end of each clamping part is used for clamping glass, and the rear end of each fixing part is used for allowing the transverse inhaul cables and the vertical inhaul cables to penetrate through. A pull rod which vertically penetrates through the vertical inhaul cable and is connected with the upper glass clamp and the lower glass clamp is further arranged between the vertical inhaul cable and the glass. The transverse inhaul cables horizontally penetrate through the fixing parts of the glass clamps to form horizontal supporting, the vertical inhaul cables vertically penetrate through the fixing parts of the glass clamps to form vertical supporting, the pull rods vertically penetrate through the positions between the vertical inhaul cables and the glass, and vertical pulling force is increased between every two adjacent glass clamps, so that the pull rods can bear the dead weight of the glass and can also bear the dead weight of the glass. And the glass can be fixed between the clamps, so that the clamps are prevented from rotating and lowering the head after the glass is mounted, and the risk of inconsistent structural deformation caused by uneven stress of multiple connected spans of the inhaul cable curtain wall is solved.

Description

Technical Field

[0001] The utility model relates to the field of installation of cable glass curtain walls, in particular to a glass supporting structure of a cable glass curtain wall. Background Art

[0002] The cable curtain wall has the characteristics of simple and clean facade, small cable components that do not block the line of sight, etc. It can create a simple, clean and transparent visual effect. It is widely used in buildings in scenic spots for tourists to view or rest. Figure 1 As shown. Cable curtain walls generally use vertical cables or cable nets (both horizontal cables and vertical cables) as the supporting structure. The corners of the glass are clamped by clamps at the cross seams between the glass panels. The longitudinal tensile and compressive deformation and stress fluctuation of the cable body of this structure under the action of external loads are large. Due to the large span of the cable curtain wall and the fluctuating force generated by the irregular wind load on the cable curtain wall, the entire glass curtain wall will sway to a certain extent under the support of the cable net, resulting in instability of the curtain wall. While the horizontal cables only bear horizontal forces, the vertical cables need to bear the deadweight of the entire glass curtain wall and the force of wind loads in the vertical direction. Therefore, the strength of the vertical cables needs to be much greater than that of the horizontal cables. This inevitably requires increasing the diameter of the vertical cables to increase the strength of the cables. However, if the vertical cables are too thick, they will block the line of sight and affect the transparent visual effect. Utility Model Content

[0003] The utility model aims to provide a glass supporting structure of a cable glass curtain wall which has a simple structure and can improve the supporting strength of the cable net without affecting the transparent visual effect.

[0004] The glass supporting structure of the cable glass curtain wall described in the utility model comprises a plurality of glass clamps for clamping glass corners, transverse cables and vertical cables crisscrossed to form a cable network, the glass clamps comprising a clamping portion at the front end for clamping the glass and a fixing portion at the rear end for the transverse cables and the vertical cables to pass through, and a pull rod is also provided between the vertical cables and the glass, which passes through vertically and connects the upper and lower adjacent glass clamps.

[0005] Preferably, the pull rod includes a sleeve that passes through the glass clamp, an adjusting sleeve and a connecting rod, the two ends of the sleeve are ball joint bearings, and the two ends of the sleeve are also threaded with nuts that clamp the sleeve on the glass clamp. The two ends of the adjusting sleeve are respectively threadedly connected to the ball joint bearing and the connecting rod, and the threads of the ball joint bearing and the connecting rod are opposite. When the adjusting sleeve is rotated, the distance between the ball joint bearings and the connecting rod threads at both ends can be changed.

[0006] Preferably, the tie rod is positively aligned and arranged behind the left and right adjacent glass seams, and the vertical cable is also positively aligned and arranged behind the tie rod, so that the left and right adjacent glass seams, the tie rod and the vertical cable are positively aligned and overlap as a vertical line.

[0007] In the glass support structure of the cable-stayed glass curtain wall, the transverse cables horizontally pass through the fixing parts of the glass clamps to form horizontal supports, the vertical cables vertically pass through the fixing parts of the glass clamps to form vertical supports, and the pull rods vertically pass through the vertical cables and the glass, thereby increasing the vertical tension between adjacent glass clamps. In this way, the pull rods can bear the dead weight of the glass and fix the glass between the clamps to prevent the clamps from rotating and lowering after the glass is installed. In this way, the diameter of the vertical cables can be set smaller, which does not affect the transparent visual effect and can improve the supporting strength of the cable net, thereby solving the risk of inconsistent structural deformation caused by uneven force on multiple spans of the cable-stayed curtain wall. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 Schematic diagram of the cable-stayed glass curtain wall structure.

[0009] Figure 2 The figure is a schematic diagram of the glass support structure of a cable-stayed glass curtain wall.

[0010] Figure 3 This is a partial schematic diagram of the front side of the glass support structure of a cable-stayed glass curtain wall. DETAILED DESCRIPTION

[0011] like Figure 1-3 As shown, a glass support structure of a cable glass curtain wall comprises a plurality of glass clamps 2 for clamping the corners of a glass 1, transverse cables 3 and vertical cables 4 which are crisscrossed to form a cable network, characterized in that the glass clamp 2 comprises a clamping portion 201 at the front end for clamping the glass and a fixing portion 202 at the rear end for the transverse cables and the vertical cables to pass through, and a pull rod 5 which passes vertically between the vertical cables and the glass and connects the upper and lower adjacent glass clamps is also provided. The transverse cable passes horizontally through the fixing part of the glass clamp to form a horizontal support, the vertical cable passes vertically through the fixing part of the glass clamp to form a vertical support, and the pull rod passes vertically between the vertical cable and the glass, increasing the vertical tension between adjacent glass clamps, so that the pull rod can bear the dead weight of the glass and fix the glass between the clamps to prevent the clamps from rotating and lowering after the glass is installed. In this way, the diameter of the vertical cable can be set smaller, which does not affect the transparent visual effect and can improve the supporting strength of the cable net, thereby solving the risk of inconsistent structural deformation caused by uneven force on multiple spans of the cable curtain wall.

[0012] The pull rod 5 includes a sleeve 501 that passes through the glass clamp, an adjusting sleeve 502 and a connecting rod 503. The two ends of the sleeve 501 are ball joint bearings 504. The two ends of the sleeve are also threadedly connected with nuts 505 that clamp the sleeve on the glass clamp. The two ends of the adjusting sleeve are respectively threadedly connected with the ball joint bearing and the connecting rod. The threads of the ball joint bearing and the connecting rod are opposite. When the adjusting sleeve is rotated, the distance between the ball joint bearing and the connecting rod threads at both ends can be changed. Through the threaded connection of the nut and the sleeve, the sleeve can be passed through and fixed on the glass clamp, and then the ball joint bearing and the connecting rod at the end of the sleeve are threadedly connected by the adjusting sleeve, so that two adjacent glass clamps are connected by the connecting rod, and the vertical tension is increased between each adjacent glass clamp. Since the threads of the ball joint bearing and the connecting rod are opposite, the distance between the ball joint bearing and the connecting rod threads at both ends can be changed when the adjusting sleeve is rotated, and the upper and lower adjacent glass clamps can be quickly connected through the connecting rod.

[0013] The tie rod is positively aligned and arranged behind the left and right adjacent glass joints, and the vertical cable is also positively aligned and arranged behind the tie rod, so that the left and right adjacent glass joints, the tie rod and the vertical cable are positively aligned and overlap as a vertical line. In this way, the tie rod does not block the line of sight and can create a simple, clean and transparent visual effect.

Claims

1. A glass support structure for a cable-stayed glass curtain wall, comprising a plurality of glass clamps (2) for clamping the corners of glass (1), transverse cables (3) and vertical cables (4) crisscrossed to form a cable net, characterized in that: The glass clamp (2) comprises a clamping portion (201) at the front end for clamping the glass and a fixing portion (202) at the rear end for the transverse cables and the vertical cables to pass through, and a pull rod (5) is provided between the vertical cables and the glass and passes through vertically to connect the upper and lower adjacent glass clamps.

2. The glass support structure of the cable glass curtain wall according to claim 1, characterized in that: The pull rod (5) comprises a sleeve (501) passing through the glass clamp, an adjusting sleeve (502) and a connecting rod (503). The sleeve (501) has ball joint bearings (504) at both ends. The sleeve has nuts (505) threadedly connected at both ends to clamp the sleeve on the glass clamp. The adjusting sleeve has two ends threadedly connected to the ball joint bearing and the connecting rod respectively. The threads of the ball joint bearing and the connecting rod are opposite. When the adjusting sleeve is rotated, the distance between the ball joint bearing and the connecting rod threads at both ends can be changed.

3. The glass supporting structure of the cable glass curtain wall according to claim 1, characterized in that: The tie rod is positively aligned and arranged behind the left and right adjacent glass joints, and the vertical cable is also positively aligned and arranged behind the tie rod, so that the left and right adjacent glass joints, the tie rod and the vertical cable are positively aligned and overlap as a vertical line.

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