There are two main solutions
First, the way of adding pulleys to the cabinet
As shown in the figure, the entire LCD splicing screen uses a 3 * 3 splicing cabinet. In order to meet the requirements of this sport, we added six pulleys at the bottom of the cabinet. Since the bottom components of the bottom cabinet are assembled separately, each column is composed of two pulleys, and each pulley is located in the column, so as to maintain the balance of the entire cabinet.
It should be noted that the entire display wall is formed by splicing multiple LCD splicing screens. In order to obtain a better visual effect, technicians will adjust the seams between the screens. The seam of the stitch should not be too large or too small, otherwise it will affect the viewing effect. If they are too small, they can easily squeeze the screen. Therefore, when we move the screen, we should also pay attention to the fact that the force should not be too large, and even the screen collision should be avoided. In addition, since the entire splicing wall is heavy, it can only move on a horizontal surface.
Second, the track screen
It also designs according to each column. A guide rail is designed under the cabinet to control the LCD splicing screen to move back and forth. It has the advantage that it can be opened and closed freely without manual movement. All are controlled by electronic equipment. However, it can only move where there are tracks, and the range of movement is very small. Basically, only these two methods can be used to design mobile LCD splicing screens. However, the design and manufacturing must be cautious. The demands on technicians and manufacturers are high. In addition, moving house also has certain risks. We recommend using it unless it is necessary to make the LCD splicing screen movable.
