Wire rope type flexible stacking door

Abstract

The invention discloses a wire rope type flexible stacking door, belongs to the technical field of flexible stacking doors, and particularly relates to the wire rope type flexible stacking door which utilizes wire ropes as wind resistance girders, a base girder and a top girder. The wire rope type flexible stacking door comprises the base girder, a plurality of sets of wind resistance girders, the top girder, a guide rail, steel wire ropes, a fixed pulley, a movable pulley, a lifting machine and door curtains, wherein the base girder, the top girder and the wind resistance girders all comprise the steel ropes and wheel frames. Two ends of the steel ropes are respectively fixed on the wheel frames of the two sides of the steel ropes, and guide wheels are fixedly arranged in the wheel frames. The wheel frames are matched with the guide rail through the guide wheels. The sets of wheel frames at one sides of the steel ropes are connected through the steel wire ropes, one ends of the steel wire ropes are connected on the lifting machine fixed on the ground, and the other ends of the steel wire ropes are fixedly connected on the top end of a house body through the fixed pulley fixed on the top end of the house body and the movable pulley fixed on the base girder. Door curtains are arranged on the top girder, the wind resistance girder and the base girder. In the process of manufacturing the wire rope type flexible stacking door, a production cycle is short, dosage of raw materials is greatly reduced, and manufacture cost of the whole door is finally lowered.

Description

technical field [0001] The invention belongs to the technical field of flexible stacking doors, in particular to a steel cable type flexible stacking door using steel cables as wind-resistant beams, bottom beams and top beams. Background technique [0002] Traditional stacking doors are mostly composed of bottom beams, wind-resistant beams and top beams. The welding forming process is generally used in the manufacturing process. In terms of material selection, the bottom beams and top beams are generally welded by section steel, while the wind-resistant beams are Made of spliced ​​aluminum profiles. [0003] The traditional stacking door is more troublesome in the process of processing, production, transportation and installation, and the whole door is larger in size and heavier in weight. In the manufacturing process of the whole door, more raw materials are used, and the cycle of processing the whole door is also relatively long. Long, and the processing technology is rel...

AI Technical Summary

Problems solved by technology

[0003] Traditional stacking doors are troublesome in processing, manufacturing, transportation, and installation, and the whole door is larger in size and heavier in weight. More raw materials are used in the manufacturing process of the whole door, and the cycle of processing the whole door is also relatively long. Long, the processing technology is relatively complicated, which eventually leads to relatively high manufacturing costs and high energy consumption

[0004] Due to the limitations of the manufacturing process and material selection of the wind-resistant beams, bottom beams and roof beams of the traditional stacking door, there will be an upper limit on the manufacturing size of the whole door. Once this upper limit is exceeded, the wind resistance of the whole door will be affected. It will be greatly reduced. Under the force of strong wind, the wind-resistant beams are prone to deformation, which will eventually affect the normal use of the accumulation door.

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