Anti-fatigue monitor stand

Abstract

The invention relates to an automatically adjusted fatigue-proof support of a displayer, a tablet personal computer or a notebook computer. The support comprises a base, two groups of inequilateral shear type telescoping mechanisms, a screen bracket and a driving control device. Two circular sliding guide rods pointing towards a sphere centre O serving as the view point are arranged on the base, the two groups of inequilateral shear type telescoping mechanisms can generate curve telescoping motions, left and right swinging and radial motion with the sphere centre serving as the view point under the effect of the driving control device, screen composite motions driven by the inequilateral shear type telescoping mechanisms can be up and down, left and right, front and back, horizontal rotating and vertical rotating motions with the sphere centre O of a viewer serving as the view point, and a screen is kept horizontal constantly and the screen center vertical line is kept pointing towards the view point of the viewer constantly so as to obtain the best visual effect. The support only needs a driving controller and is low in cost and simple to control. Visual fatigue, cervical vertebra fatigue and lumbar vertebra fatigue of human bodies can be prevented by aid of the screen motions.

Description

technical field [0001] The invention relates to an anti-fatigue monitor, a flat panel or a notebook computer bracket through automatic adjustment to prevent human vision, cervical and lumbar fatigue. Background technique [0002] People are now spending a lot of time working, studying and entertaining in front of monitors. This phenomenon also brings harm to human health while providing convenience to people. Maintaining a visual posture for a long time will cause visual fatigue and damage to the cervical spine and lumbar spine. This shows that this is a problem that needs to be solved urgently. [0003] Therefore there are patents or products of various adjustable monitors or computer supports on the market, but manual adjustment is required, and the effect is not ideal. For example, the utility model patent No. 200720125374.1 discloses a multi-angle adjustment structure; the utility model patent No. 201020129694.6 discloses a display support structure that can be lifted;...

AI Technical Summary

Problems solved by technology

However, these devices generally have complex adjustments, can only produce simple movements, and are difficult to achieve five-dimensional adjustment centered on the human eye.

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