A hydraulic stepping self-climbing material transfer device and method

Abstract

The invention provides a hydraulic stepping type self-climbing transferring device and method. The hydraulic stepping type self-climbing transferring device comprises a carrying platform system, a hoop attachment system, a hydraulic power system and an auxiliary transferring system. The hoop attachment system is fixedly arranged on a structural beam, and the outer end of the hoop attachment system is connected with the carrying platform system. The bottom of the hydraulic power system is fixedly arranged at the top of the hoop attachment system, and the top of the hydraulic power system is arranged on the carrying platform system, so that the carrying platform system is driven to climb upwards. The auxiliary transferring system is mounted on a carrying platform. According to the hydraulic stepping type self-climbing transferring device and method, climbing is achieved through the hydraulic power system of the device, so that a system is formed for construction of a horizontal structure in a core cylinder, the construction progress gap is reduced, and the construction safety is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of high-rise building material turnover, and in particular relates to a hydraulic stepping self-climbing material transfer device and method. Background technique [0002] In the rapid development of super high-rise buildings at home and abroad, the composite frame-core tube structure is more and more widely used, and the vertical structure of the core tube is promoted before the construction of the horizontal floor and the steel structure of the outer frame in the core tube. This special process requires The vertical structure of the core tube, the horizontal floor in the core tube, the composite floor of the outer frame and other working surfaces must maintain a certain reasonable drop and be constructed simultaneously to ensure that the construction of the horizontal floor in the low-level core tube is safe and controllable. However, judging from the actual construction status of related domestic projects...

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Problems solved by technology

However, judging from the actual construction status of related domestic projects, it is often because the horizontal structure in the core tube must rely on the steel beams of the outer frame to circulate materials, and the construction of the horizontal structure in the core tube is affected by the construction of the outer frame structure, resulting in a serious lag behind the horizontal floor in the low core tube. The construction of the vertical structure of the high-level core tube has aggravated the seriousness of potential safety hazards, and even made it impossible to construct the horizontal floor in the core tube, affecting the overall construction progress

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