Stable type correcting groove for sliding door

Abstract

The invention relates to the technical field of furniture equipment, and discloses a stable type correcting groove for a sliding door. The stable type correcting groove comprises a sliding rail door frame, wherein two correcting groove door frames are arranged on the two sides of the sliding rail door frame, a sliding groove door frame is arranged in the middle of the sliding rail door frame, and a pulley door frame is movably arranged in the sliding groove door frame. Through holes are formed in the two sides of a sliding groove, the sliding moving speed of a pulley in the sliding groove is used for promoting the pressure difference to be generated in the correcting groove and the sliding groove in the two sides of the sliding rail, the correcting groove and the sliding groove are promoted to be kept stable, the phenomenon that the pulley shakes, and consequently the sliding door swings greatly is avoided, through the correcting groove in the specific shape, a compression sliding block is used for moving forwards, air flow in the correcting groove is compressed, the sliding speed of the pulley is promoted to start to be reduced, and therefore speed reduction and stopping of the pulley are achieved, and the problems that due to the fact that the sliding speed of the pulley is too high, a door plate collides with the door frame, the door plate is damaged, and springback is caused are solved.

Description

technical field [0001] The invention relates to the technical field of furniture equipment, in particular to a stable straightening groove for a sliding door. Background technique [0002] A sliding door is a family door that can be pushed and pulled at will. It is mainly composed of upper sliding rails, lower rails, pulleys, and correction groove components. It is mainly used in living rooms, exhibition halls, bookcases, etc. [0003] For the sliding of the sliding door, it mainly achieves the effect through the sliding movement between the rectifying groove assembly and the slide rail. The existing rectifying groove assembly is generally composed of a circular shaft wheel, which slides in the slide rail groove with a fixed width. However, when manufacturing slide rails, the width between the inner walls of the channels is slightly larger than the width of the correction groove. When the correction groove is artificially pushed and pulled, the correction groove will sway le...

AI Technical Summary

Problems solved by technology

[0003] For the sliding of the sliding door, it mainly achieves the effect through the sliding movement between the rectifying groove assembly and the slide rail. The existing rectifying groove assembly is generally composed of a circular shaft wheel, which slides in the slide rail groove with a fixed width. However, when manufacturing slide rails, the width between the inner walls of the channels is slightly larger than the width of the correction groove. When the correction groove is artificially pushed and pulled, the correction groove will sway left and right, which will cause the sliding door to swing greatly. phenomenon, and the left and right swing of the correction groove will collide with the inner wall of the slide rail, causing collision noise when the sliding door moves, and also causing damage to the correction groove components

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