According to the modular flexible connection cantilever lifting appliance and the assembling operation method, high-strength aluminum materials are adopted for extrusion forming, then CNC machining is conducted, a cavity-shaped module body (3) is manufactured, the module body (3) can be customized to be of different lengths according to the load size, an inner cavity of the module body is of an air cylinder structure, and the top and the bottom of the module body can be in a sealed state according to the air cylinder requirement; module guide holes (2) are formed in the two sides of the module body (3), and a guide column (1) is inserted into the module guide hole (2) on the rightmost side; and the upper and lower guide columns (1) are inserted into the adjacent module guide holes (2), so that the module bodies (3) are connected in series like a chain. The modules can rotate by a large angle relatively, and the modules of different numbers can be connected in series to form a flexible cantilever which has a certain radius length and can be bent at will. The radius of a traditional cantilever crane can be flexibly changed, and hoisting and carrying in a narrow area can be easily achieved.
一种模块化柔性联接悬臂吊具和组装操作方法,采用高强度铝材挤压成型,再经过CNC加工制备成呈空腔状的模组本体(3),模组本体(3)可以根据负载大小,定制不同的长度,模组本体内腔为气缸结构,顶部和底部可以根据气缸要求,成密封状态;模组本体(3)的两侧设置有模组导孔(2),最右侧的模组导孔(2)中插入有导柱(1);通过上下两个导柱(1)插入相邻的模组导孔(2),把模组本体(3)同链条一样串联起来。模组之间可以相对大角度旋转,不同数目的模组串联起来,即可组成一定半径长度的可以任意弯曲的柔性悬臂。本发明可以灵活改变传统悬臂吊的半径,可以轻松在狭小区域起吊搬运。
Modularized flexible connection cantilever lifting appliance and operation method
一种模块化柔性联接悬臂吊具及操作方法
2025-03-25
Patent
Electronic Resource
Chinese
IPC: | B66C Krane , CRANES |
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