Method and method for realizing position automatic adjustment

Abstract

The invention relates to a method for realizing the position automatic adjustment of a display. The method is characterized in that a PC processes the information seized by a camera through the seized information processing module of the display, calculates the present data through a control information processing module according to the processed information, and compares the calculated result with the preset standard; when a deviation exists, the PC transmits the control information to the mircroprocessing and controlling module of the display, and a prompt menu pops up in the display; if auser chooses to start the position automatic adjustment function of the display, the mircroprocessing and controlling module of the display drives a motor adjusting module according to the control information, so as to enable a corresponding motor to adjust correspondingly, and meanwhile a seizing and tracking module synchronously tracks, and the PC processes information till the standard information is output by the control information processing module to finish the adjustment. Furthermore, a device for realizing the position automatic adjustment of the display is correspondingly provided. The invention can ensure a user to correctly use the PC and the display in a healthy way.

Description

Technical field [0001] The invention relates to a method and a device for realizing automatic adjustment of the position of a display, and is suitable for the field of liquid crystal displays or liquid crystal televisions. Background technique [0002] There are two types of monitor base designs currently on the market: one is that the monitor base bracket has a fixed height and cannot be adjusted left and right, front and back, and height; the other is that users can manually adjust the height, left and right, and front and back. The design of the first type of monitor base and bracket is relatively rigid and fixed, cannot adapt to the different physiological characteristics of each person, and cannot be adjusted as desired. For example, for the same display, for the tall user group, the display screen will be lower than the line of sight, for the short user group (such as children, special groups, etc.), the display screen will be higher than the line of sight; the second manua...

AI Technical Summary

Problems solved by technology

The design of the first type of display base and bracket is relatively rigid and fixed, and cannot adapt to the different physiological characteristics of each person, and cannot be adjusted at will

For example, for the same monitor, for tall user groups, the display screen will be lower than the human line of sight, and for short user groups (such as children, special populations, etc.), the display screen will be higher than human line of sight; Adjusting the monitor requires manual adjustment

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