Glass clamp

Abstract

A glass clamp includes a fixing seat (1), a bottom plate seat (2) hinged to the fixing seat (1), a sliding block (3) slidably mounted in the bottom plate seat (2) to slide in the bottom plate seat (2) while the bottom plate seat (2) is rotated with respect to the fixing seat (1), a spring (4) and a buffer cylinder (5), wherein the spring (4) and the buffer cylinder (5) are both fixed between the bottom plate seat (2) and the sliding block (3). The glass clamp provides enough resilience force for ensuring a glass door to automatically rebound after its opening by the combination of the buffer cylinder (5) and the spring (4). The buffer action of the buffer cylinder (5) allows rebounding process to be steady and smooth. The glass door can be finally and exactly rebounded to a close state without impacting and vibrating. A floor spring can be removed in order to reduce mounting and adjusting of the glass door. The glass door would not hurt people when it rebounds suddenly. In addition, the glass clamp can be provided with micro adjusting bolts on a guide plate (13) in order to adjust an angle between a spring seat (12) and a fixing plate (11). Therefore, the glass clamp is suitable for use when there is a misalignment between the glass door and a fixed glass and is convenient.

Description

technical field [0001] The invention relates to a glass clamp, in particular to a glass clamp capable of automatically rebounding. Background technique [0002] At present, in various places such as shopping malls, office buildings, and stations, people generally install hinge clips with a pull-back function on glass doors, which are used to automatically bounce back to the closed state after the opened door. However, the existing glass clips have a small return force, so the return force is not enough, and the door leaf cannot be accurately pulled back to the closed position. An additional floor spring is required, and the floor spring has strict requirements on the size of the hole dug on the bottom surface, and the installation is easy to fail, which is very inconvenient. convenient. And after using the floor spring, because the rebound force is relatively large, it is easy to make the door leaf reciprocate after the rebound, and the user may be injured, so there is a po...

AI Technical Summary

Problems solved by technology

However, the existing glass clips have a small return force, so the return force is not enough, and the door leaf cannot be accurately pulled back to the closed position. An additional floor spring is required, and the floor spring has strict requirements on the size of the hole dug on the bottom surface, and it is easy to fail to install. convenient

And after the floor spring is used, due to the large rebound force, it is easy to cause the door leaf to reciprocate after the rebound, and may injure the user, posing a safety hazard

In addition, for the misalignment of the glass door and the fixed glass, the current glass clips cannot adjust the misalignment, and special custom-made glass clips are required for installation, and the corresponding installation error requirements for the installation object are relatively high. Accumulated processing errors or misprocessing will have more serious consequences, ranging from barely used, it is inconvenient to open and close the door; seriously, the glass is scrapped, causing the door structure to be damaged

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