Self-balancing reverse locking wheel structure of suspension basket

Abstract

The invention discloses a self-balancing reverse locking wheel structure of a suspension basket. The structure includes reverse locking wheels (1), reverse locking wheel connection boards (4), reverse locking wheel pins (2), reverse locking wheel hanging boards (3), a distribution beam (5), reverse locking wheel hanging board pin rolls (6), a distribution beam hanging board (7), a distribution beam hanging board pin (8), hanging basket rear anchor hanging boards (9) and a hanging basket rear anchor pin (10). The reverse locking wheels (1) are connected with the reverse locking wheel connection boards (4) through the reverse locking wheel pins (2). The reverse locking wheel hanging boards (3) are welded between the two reverse locking wheel connection boards (4). The reverse locking wheel hanging boards (3) are connected with the distribution beam (5) through the reverse locking wheel hanging board pin rolls (6). The distribution beam hanging board (7) is connected with the distribution beam through the distribution beam hanging board pin (8). The distribution beam hanging board (7) is welded with the two hanging basket rear anchor hanging boards (9). The hanging basket rear anchor hanging boards (9) are connected with a hanging basket lower level rod through the hanging basket rear anchor pin (10). The hanging basket is stable and quick in movement, so that the construction efficiency can be improved effectively. The hanging basket self-balancing capability is good when meeting conditions with railway joints or out-sync movement and the like, so that hanging basket derailing and capsizing risks are reduced substantially.

Description

technical field [0001] The invention relates to a hanging basket self-balancing buckle wheel structure. Background technique [0002] The traditional hanging basket only has 2 reverse buckle wheels on each walking track. When the track interface is not synchronized with the running, the self-balancing ability is poor, and the stress state is extremely unfavorable, which is easy to cause damage to the reverse buckle wheel structure. Then cause the hanging basket to derail or overturn as a whole. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a self-balancing reverse buckle wheel structure of the hanging basket to ensure safe and fast walking conditions of the hanging basket and solve the above problems. [0004] The technical solution of the present invention is: it includes reverse buckle wheel, reverse buckle wheel connecting plate, reverse buckle wheel pin shaft, reverse buckle wheel hanging plate, distributi...

AI Technical Summary

Problems solved by technology

[0002] The traditional hanging basket only has 2 reverse buckle wheels on each walking track. When the track interface and walking are not synchronized, the self-balancing ability is poor, and the stress state is extremely unfavorable, which is easy to cause damage to the reverse buckle wheel structure. And then cause the overall derailment or overturning of the hanging basket

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