Synchronous deflection stabilization mechanism for drawer slide rails

Abstract

A synchronous deflection stabilization mechanism for drawer slide rails, comprising two sets of slide rail assemblies arranged on the side panels of left and right cabinets, drawers are arranged on the slide rail assemblies, the drawers at least include a back panel and a front panel, and the slide rail assemblies include dynamic sliding Rails and fixed slide rails, left and right moving slide rails or fixed slide rails are provided with a push rebound device, and the drawer can be automatically opened by pressing the rebound device at least in the closed state, and a synchronous deflection device is installed on the inner side of the rear end of the left and right movable slide rails or fixed slide rails , a synchronous rod is arranged between the left and right synchronous deflection devices, and is connected through the transmission of the synchronous rod. Rails or fixed slide rails are provided with a rebound toggle part and a synchronous toggle part at intervals. The left and right sliding rails are at least in the closed state of the drawer by pressing the rebound device and the synchronous deflection device respectively by the rebound toggle part and the synchronous toggle part. The relative left and right fixed slide rails are automatically opened synchronously and / or simultaneously.

Description

technical field [0001] The invention relates to a drawer slide rail, in particular to a synchronous deflection stabilization mechanism of the drawer slide rail. Background technique [0002] Chinese patent document CN101316530A disclosed a drawer on December 3, 2008, which can move from a position in the furniture to a pull-out position in front of the furniture through a pull-out guide device relative to the furniture, wherein the drawer is in the opposite position. There is at least one toothed wheel on each of the opposite sides, which meshes with a toothed rack fixed on the furniture body and is connected with a toothed wheel on the opposite side, each toothed rack can be lengthened via a deflectable rod , thereby also ensuring that the drawer is guided by the gears in the pulled-out position, a deflectable rod can be disengaged from the engaged gears so that the skewed position of the drawer can be corrected, thus ensuring that the drawer is guided by the gears througho...

AI Technical Summary

Problems solved by technology

The structure is complex, the gears are arranged on the side of the drawer through the side elements, the installation and positioning are difficult, and the gears are prone to displacement during the opening and closing of the drawer, which affects the service life of the drawer

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