Linkage control method for translational door and linked translational door

Abstract

The invention discloses a sliding door linkage control method and a linkage type sliding door. The method is characterized in that at least three door bodies sequentially arranged at the door body installation positions at a doorway from inside to outside are in linkage connection through a pull rope linkage way, the outer door body is driven to move together with the middle door body under the effect of the pull rope linkage way, and door body linkage opening or closing is achieved. The linkage type sliding door is simple in structure, skillful in design and easy to implement.

Description

technical field [0001] The invention relates to the technical field of translation doors, in particular to a linkage control method for translation doors and a linkage translation door. Background technique [0002] Sliding doors are widely used, suitable for gates, movable sound insulation walls, cabinet doors, etc. According to their load-bearing classification, there are mainly upper load-bearing type and lower load-bearing type. Upper load-bearing type: the weight of the door body is borne by the upper part, and the lower part is guided. The load-bearing track on the upper part of the door body requires high strength, excellent load-bearing performance, high reliability of door body operation, small friction during door operation, and easy and stable opening; bottom load-bearing Type: The door body is loaded by the bottom track and guided by the top, which has strong durability and requires little maintenance. No matter what kind of load-bearing method is adopted, no ma...

AI Technical Summary

Problems solved by technology

No matter what kind of load-bearing method is adopted, no matter how many doors are included in the door body, most of the sliding doors are controlled by manual push and pull, and only one door leaf can be opened at a time. Although the structure and operation are not complicated, the door must be moved from Turning from fully closed to fully unfolded, or vice versa, changing the door from fully unfolded to fully closed state requires pushing or pulling each door leaf separately, which is obviously very inconvenient for frequently opened doors, cabinet doors, etc. , for this reason, it is necessary to develop a structure of a translational door that is simple in structure and convenient to open and close.

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