Ultrathin display support

Abstract

The invention discloses an ultrathin display support. The ultrathin display support comprises a base, a support body, a lifting seat and two lifting mechanisms symmetrically arranged in the support body. Each lifting mechanism comprises a slide rail body, a lifting body, a ball retainer and a constant force spring; containing grooves allowing the ball retainers to be embedded are formed in the slide rail bodies; a plurality of balls are arranged on each of the two opposite side walls of the ball retainers, and slide grooves which make sliding contact with the balls on the corresponding ball retainers are formed in the two opposite groove walls of the containing grooves correspondingly; each lifting body is in a plate shape; inserting grooves allowing one sides of the lifting bodies to be inserted are formed in the ball retainers; and guiding grooves are symmetrically formed in the two opposite end surfaces of the sides, wherein the lifting bodies are inserted, in the ball retainers correspondingly, and the guiding grooves also make sliding contact with the balls on the corresponding ball retainers. According to the ultrathin display support, the whole structure is small in thickness and weight, the space is saved, and carrying is convenient.

Description

technical field [0001] The invention relates to the technical field of display auxiliary equipment, in particular to an ultra-thin display stand. Background technique [0002] Due to the characteristics of smooth movement and stable structure, ball-type slide rails (slide rails can also be called guide rails) are widely used in server cabinets, display brackets, and sliding frames for other electronic products. [0003] Chinese utility model patent (authorized notification number is CN201237068Y) discloses a lifting mechanism for a display stand, which includes a track vertically arranged on the display stand, a lifting body that slides along the track and is fixedly connected with the display, and is fixedly embedded in the lifting body. The friction plate on and in frictional contact with the track, one end connected with the lifting body and used to balance the weight of the display, the friction plate is provided with a first square groove on the side facing the track, a...

AI Technical Summary

Problems solved by technology

However, the cross section of the friction plate is approximately an open U-shaped structure, so limited by this structural factor, its dimension (that is, the thickness of the friction plate) perpendicular to the U-shaped opening direction is relatively large, which limits the design range of the display bracket

[0004] In recent years, due to the progress in the mechanism design of electronic products, more and more electronic products are pursuing the appearance of light and thin brackets. Therefore, the use of the lifting mechanism in the prior art is limited to a certain extent, and it cannot be applied to ultra-thin display bracket products.

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