Novel sliding door

Abstract

The invention provides a novel sliding door. An active door is driven to move by meshing of a driving gear on a motor and a rack. The active door is provided with two first pulleys and a first flexible connecting piece arranged on the first pulleys in a sleeving mode. The two parallel sections of the first flexible connecting piece are separately connected with a door head and a first driven door,and when the active door moves, the first flexible connecting piece drives the two first pulleys to rotate, thereby driving the first driven door to move. The time of opening and closing the slidingdoor is greatly reduced, cables do not need to be laid, the structure is simple, and parts of the sliding door are easy to replace. The distance between the two first pulleys can be adjusted, the degree of tightness of the first flexible connecting piece can be adjusted, and the problem that the first flexible connecting piece becomes loose as the use time becomes longer is solved. The sliding door does not need to be disassembled for replacement, the service life of the first flexible connecting piece is prolonged, and the operating quality of the sliding door is not affected.

Description

technical field [0001] The invention relates to the technical field of translation doors, in particular to a novel translation door. Background technique [0002] The sliding door is a door body that is driven by a motor to move, so as to realize the function of opening or closing the door. Although the existing translation door uses a combination of multiple door bodies to realize the function of the translation door and solve the problem of occupying space, the opening and closing of this method has the same problem as the opening and closing of the integrated translation door. The speed depends on the speed of the motor, which cannot meet the needs of fast opening and closing: at the same time, there is a big defect in this telescopic translation door, and multiple door bodies are driven by the motor installed on the active door. Cables should be laid between the door body of a driven door and adjacent driven doors, which will easily cause failures in the later stage. Du...

AI Technical Summary

Problems solved by technology

Although the existing translation door uses a combination of multiple door bodies to realize the function of the translation door and solve the problem of occupying space, the opening and closing of this method has the same problem as the opening and closing of the integrated translation door. The speed depends on the speed of the motor, which cannot meet the needs of fast opening and closing: at the same time, there is a big defect in this telescopic translation door, and multiple door bodies are driven by the motor installed on the active door. Cables should be laid between the door body of a driven door and adjacent driven doors, which will easily cause failures in the later stage. During the expansion and contraction process, the cables are likely to be mixed together, and the lines are broken, resulting in the door not working properly.

Images