Transparent cabinet and assembly method thereof

Abstract

The invention discloses a transparent cabinet, which comprises a frame body and transparent parts combined onto the frame body. The frame body comprises compression assemblies and fastening assemblies. The fastening assemblies are compressed by matching the compression assemblies with the transparent parts to generate pre-stressing force to further fasten the transparent parts. During a whole implementation process of pre-stressing force fastening, irregular compression and surface deformation caused to the transparent parts due to the fastening cannot be generated, and therefore, the phenomenon that the existing flatness and the balanced internal stress of the transparent parts can be possibly broken due to the errors of all members and errors of the transparent parts is avoided. Meanwhile, the section stress of a single transparent part of an original transparent cabinet is changed into the overall stress of the transparent cabinet, and therefore, the overall strength, the torsion resistance and the external force resistance of the transparent cabinet are greatly enhanced.

Description

technical field [0001] The invention relates to a cabinet structure, in particular to a transparent cabinet and an assembly method thereof. Background technique [0002] Transparent cabinets include transparent showcases, transparent display cabinets, transparent cabinets, etc., hereinafter referred to as transparent cabinets, and their main functions are display, display and storage of items. [0003] At present, the usual installation structure of transparent cabinets is roughly as follows: the transparent parts are placed in the U-shaped groove of the base or frame of the transparent cabinet, at the gap between the transparent part and the base or the U-shaped groove, and at the joint between the transparent part and the transparent part. Connections are made by filling silica gel, while hardware accessories such as hinges, handles, and locks are installed by punching holes in transparent parts. The above-mentioned transparent cabinet structure usually has the following ...

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Problems solved by technology

[0004] 1. The transparent part is placed in the base of the transparent cabinet or in the U-shaped groove of the frame. The transparent part and the frame are not integrated. When the transparent cabinet is subjected to violent impact, if the transparent part is laminated glass, it will not be tempered. Glass is broken into particles, but under the action of impact, it will deform in the impact direction and remain intact. However, the outer dimension of the glass will be smaller than the inner diameter of the frame, so the glass may be separated from the frame as a whole and cannot achieve its due protection. damage or theft of exhibits;

[0005] 2. The transparent parts are only fixed by silica gel, etc., and the fastness and stability of the structure are very poor. Not only is it easy to shake, but it is also difficult to withstand large loads such as leaning on the human body;

[0006] 3. Although the anti-escape ability of transparent parts can be enhanced by increasing the width of the frame, the display function of the transparent cabinet will be greatly reduced, and the appearance will be more clumsy. It is often impossible to use this kind of transparent cabinet in places such as museums and jewelry stores. However, as the requirements for the safety of transparent cabinets in these occasions continue to increase, the contradiction that the existing transparent cabinet structure is difficult to balance in terms of aesthetics and safety has become increasingly prominent;

[0007] 4. The structure of the transparent cabinet with transparent parts embedded in the frame often causes the transparent parts to fall and cause the overall deformation of the transparent cabinet. This is because the rectangular frame that fixes the transparent parts is spliced, and the frame and the transparent parts are not integrated. , and only rely on the combination of the section of the upper and lower frames and the sides of the two frames to counter the falling force of the

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