Climbing frame adopting rotary wheel centrifugal triggering type falling protector

Abstract

The invention relates to a climbing frame adopting a rotary wheel centrifugal triggering type falling protector. The climbing frame adopting the rotary wheel centrifugal triggering type falling protector comprises scaffold floors, a connection plate, an overturning plate, a stand rod, a protective net frame, a connection component, a power system, a guide rail and a plurality of guide seats, wherein the guide rail and the guide seats are connected in sliding and sleeving manners. The guide rail is a T-shaped guide rail. Each guide seat comprises a rotating wheel and an anti-falling swinging pin, wherein the rotating wheel is connected with the anti-falling swinging pin through a centrifugal triggering structure, when the guide rail rapidly falls, the rotating wheel drives the anti-fallingswinging pin to abut against the guide rail and brake the guide rail through the centrifugal triggering structure. By arranging the T-shaped guide rail, the locating interval is small, machining is easy, structure deformation is little, and the T-shaped guide rail is in closer fit with the guide seats. The top of each guide seat is provided with the rotating wheel, the anti-falling swinging pin and the centrifugal triggering structure, when the guide rail falls out of power control, the rotating wheel drives the anti-falling swinging pin to conduct linkage to clamp the guide rail through the centrifugal triggering structure, and the guide rail is prevented from falling; and in this way, automatic braking is conducted, and safety accidents are avoided.

Description

technical field [0001] The invention relates to the technical field of building construction equipment, and more specifically, to a climbing frame of a runner centrifugal trigger type fall arrester. Background technique [0002] In the current climbing frame, when the guide rail climbs and stops for construction, it needs to cooperate with the guide rail anti-falling holes on the guide rails by means of the supporting devices on several guide seats for positioning. After each lifting, the supporting device must be manually operated to be attached to the anti-fall hole of the guide rail, and the workload is large. During the construction process, when the climbing frame needs to be lowered, many climbing frames do not have automatic anti-fall devices, and rely on artificial attachment of workpieces to prevent falling. The measures for anti-falling are not perfect, and there are potential safety hazards. Contents of the invention [0003] The technical problem to be solved ...

AI Technical Summary

Problems solved by technology

During the construction process, when the climbing frame needs to be lowered, many climbing frames do not have an automatic anti-fall device, and rely on artificial attachment of the workpiece to prevent the fall. The anti-fall measures are not perfect, and there are potential safety hazards

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