Adjustable sliding-rail type suspension girder operating platform for high-rise building

Abstract

The invention discloses an adjustable sliding-rail type suspension girder operating platform for a high-rise building. The operating platform comprises a basketry body and a hanger structure. The hanger structure comprises a telescopic beam, front clamping arms and rear clamping arms, wherein the front clamping arms and the rear clamping arms are all perpendicularly and fixedly connected with the telescopic beam. The telescopic beam comprises a front beam body and a rear beam body which are partially and mutually sleeved, and the front beam body and the rear beam body can adjust the working length of the telescopic beam through a telescopic device. The side, close to the front clamping arms, of the basketry body is provided with basketry sliding sleeves, the basketry sliding sleeves are connected with the front clamping arms in a sleeving mode, and the height of the basketry body can be adjusted through a height adjusting device. According to the adjustable sliding-rail type suspension girder operating platform for the high-rise building, the relative planar distances of the front clamping arms and the rear clamping arms can be adjusted through the front beam body and the rear beam body so that the working length of the telescopic beam can be adaptable to the width of the cross section of a suspension girder, and a hanger of the operating platform can be adaptable to the suspension girders with different specifications and sizes. In addition, adjustment of the working height of the basketry body is achieved through the height adjusting device between the front clamping arms and the basketry sliding sleeves, and thus the requirement that the operating platform is adaptable to fastening of the suspension girders under different working conditions is met.

Description

technical field [0001] The invention relates to the field of high-rise building installation engineering tooling equipment, in particular to an adjustable slide rail type suspension beam operating platform for high-rise buildings. Background technique [0002] With the continuous development of my country's economy, the number of high-rise buildings continues to increase, and most high-rise buildings use steel structures as the main structure, and the nodes of steel structures are generally welded or bolted. Since the steel structure project is under construction, the floor slab can only be laid after the suspension beam is installed. Therefore, the steel structure suspension beam is generally temporarily fixed after being hoisted in place, and then the operator needs to use the corresponding equipment to fasten the suspension beam. The operation is extremely dangerous, and creates greater psychological pressure on the construction workers. [0003] In the prior art, when t...

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Problems solved by technology

[0006] The main purpose of the present invention is to propose a high-rise building adjustable slide-rail type suspension beam operating platform that is adaptable, convenient to transfer, safe and comfortable, aiming at solving the problem that the operating platform in the prior art cannot be applied to a variety of suspension beams and requires other personnel Assist in the technical issues of station transfer, poor operating platform safety and poor comfort

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