Sliding door system for embedded disinfection cabinet

Abstract

The invention discloses a sliding door system for an embedded disinfection cabinet. The sliding door system mainly consists of a nonmagnetic soft sealing strip and a self-attraction buffer slide rail mechanism together with a check member and an adjusting bracket of the sliding door; in a drawer closing process, the drawer is slightly pushed and then quickly moves toward the door body along the movement track of the slide rail; when the drawer moves to a reset point of a spring and under the action of a hydraulic cylinder connected with the spring, the quick movement of the drawer is changed into slow movement; after the contact with the sealing strip, the drawer continuously moves to compress the sealing strip under the tension of the spring, and stops moving after reaching the limiting position of the check member to finish the drawer closing action; in production, through the cooperation between the adjustable bracket at the joint between a slide bar and the drawer and the check member structure on the door frame, the adjustment of the appearance roughness is realized; and moreover, the sealing strip is a nonmagnetic soft sealing strip and a soft compressible cantilever is arranged at the end part, thus the airtightness can be improved without influencing the appearance roughness.

Description

technical field [0001] The invention relates to a sliding door system for a cabinet body, in particular to an embedded disinfection cabinet sliding door system, which belongs to the field of disinfection cabinet components. Background technique [0002] Traditional disinfection cabinets in the market generally use the combination of magnetic sealing strips and slide rails to realize the movement of the drawer and ensure the sealing of the cavity, but there are common problems in this combination: poor sealing will cause potential safety hazards of ozone leakage; product appearance The surface is uneven, which affects the appearance of the product and the aesthetic needs of consumers; when the door is forced to close, the noise generated by the collision between the drawer and the door body and the collision between the internal bowls and plates may even damage the machine and the bowls, which affects the consumer's experience; during production, it is common The method of be...

AI Technical Summary

Problems solved by technology

[0002] Traditional disinfection cabinets in the market generally use the combination of magnetic sealing strips and slide rails to realize the movement of the drawer and ensure the sealing of the cavity, but there are common problems in this combination: poor sealing will cause potential safety hazards of ozone leakage; product appearance The surface is uneven, which affects the appearance of the product and the aesthetic needs of consumers; when the door is forced to close, the noise generated by the collision between the drawer and the door body and the collision between the internal bowls and plates may even damage the machine and the bowls, which affects the consumer's experience; during production, it is common Use the method of beating and shaping to adjust the appearance flatness to treat the symptoms but not the root cause

[0003] Research and analysis on the above problems: the magnetic sealing strip and the drawer are attracted by the strip magnet and the inner panel of the drawer to achieve surface-to-surface contact to achieve a sealing effect, but this type of sealing strip is welded by four straight strips at the diagonal , during welding, it is easy to have melting residue and uncontrollable high compression of the middle airbag, which will cause the material at the joint to harden and the height to be misaligned, resulting in local gaps between the sealing strip and the inner panel, which cannot be fully fitted and affect the sealing and flatness; When the drawer of this kind of disinfection cabinet is closed, the height between the drawer panel and the door frame is determined by the sealing strip. When the sealing strip is welded, it will be partially hardened, and the air bag will not achieve the compression effect, and it will easily appear uneven. And this kind of sealing strip is made of PVC. Material, its poor long-term temperature resistance leads to aging deformation and cracking after long-term use, which affects the smoothness of the product appearance; after the sealing strip ages and hardens, the middle airbag loses its buffering effect and the door is closed forcefully, resulting in noise and damage caused by the above-mentioned impact

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