Hydraulic automatic climbing unloading platform

Abstract

The invention discloses a novel hydraulic automatic climbing discharging platform. The discharging platform is attached to a building structure through a hydraulic climbing discharging platform machine position (2). The discharging platform is connected with the hydraulic climbing discharging platform machine position (2) through a main operating platform beam (3), a climbing operating platform beam (4) and a maintaining operating platform beam (5). A shaping discharging platform (1) is mounted above the main operating platform beam (3). A protection system (38) is mounted on the outer side of the novel hydraulic automatic climbing discharging platform to achieve totally-closed protection, and the protection system (38) can climb automatically along a main body structure. The novel hydraulic automatic climbing discharging platform is scientific, safe and simple in structure and convenient to mount and dismount, the discharging platform can be attached to a wall or a floor slab, the design range of the width and span of the shaping discharging platform is large, the one-time climbing height is large, and the applicability is high. The carrying capacity is obviously higher than that of a traditional discharging platform, tower hoist time does not need to be occupied during conversion between floors, and thus automatic climbing can be achieved.

Description

technical field [0001] The technology of the invention relates to a workbench for material transfer in building construction, that is, a discharge platform. Background technique [0002] As a key platform for transferring materials between floors, the unloading platform is indispensable in engineering construction, especially in the construction of high-rise buildings, the unloading platform is used more frequently. The load capacity of the traditional unloading platform is only 1KN / m 2 ;In the process of use, it needs to be installed and dismantled repeatedly; and the protection measures use steel wire ropes to tie obliquely with the superstructure structure, which further increases the difficulty of installation and dismantling; each installation and dismantling requires more personnel to operate, occupying 3 to It took 4 hours to complete; and the protective measures were erected with steel pipes, the protection was simple and not tight, and there were major safety hazar...

AI Technical Summary

Problems solved by technology

The load capacity of the traditional unloading platform is only 1KN / m 2 ; It needs to be installed and dismantled repeatedly during use; and the protection measures adopt steel wire ropes to tie obliquely with the superstructure structure, which further increases the difficulty of installation and dismantling; each installation and dismantling requires more personnel to operate, occupying 3 to It takes 4 hours to complete; and the protective measures are erected with steel pipes, the protection is simple and not tight, and there are major safety hazards

The current unloading platform can no longer meet the requirements of high-rise building construction for high safety, low labor intensity, low cost of use, high construction efficiency, large carrying capacity, and easy operation.

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