Equipment hoisting platform and method for super high-rise buildings

Abstract

The invention discloses an equipment hoisting platform and method for super high-rise buildings. The equipment hoisting platform is characterized in that a bottom plate of the platform is overhung on the outer side of a wall body of a high-rise building, and the bottom plate of the platform and heavy equipment on the bottom plate of the platform are supported by virtue of main support girders, secondary support girders and small support girders installed at the bottom of the bottom plate of the platform. During the heavy equipment hoisting operation, the heavy equipment is hoisted onto a load car on the bottom plate of the platform by virtue of a tower crane, and then the load car is pulled by a winch to place the heavy equipment in a demanded installation position. Through adoption of the equipment hoisting platform and the equipment hoisting method based the equipment hoisting platform, the labor intensity for hosting the heavy equipment onto the high-rise building can be reduced effectively, and the work efficiency of workers is improved. The equipment hoisting platform and method can be applied to the field of renovation of traditional industries through high and new technologies.

Description

technical field [0001] The invention relates to the field of equipment hoisting, in particular to a hoisting platform used for equipment hoisting and a hoisting method through the hoisting platform. Background technique [0002] With the accelerated pace of urbanization, the land resources in the central urban areas of large cities are extremely precious, so the development of super high-rise buildings has been rapid in recent years. For functional needs, super high-rise buildings are generally equipped with multi-layer equipment layers. Large-scale functional equipment is arranged in the equipment layer, such as: air conditioning units, water pumps, cooling towers, wind cabinets, etc. The largest equipment is about 5 meters long. The width is about 3 meters, the height is about 3 meters, and the weight is about 20 tons. [0003] When using the traditional hoisting method to hoist the equipment into the floor, the method of "duo hoisting" is usually used, that is, it is pul...

AI Technical Summary

Problems solved by technology

The construction progress of this hoisting method is very slow. It takes several hours for each large-scale equipment to enter the floor, ranging from two hours to as many as three or four hours, and the construction safety is poor. Phenomenon of partial suspended operation

[0004] Therefore, the traditional method of entering the floor when hoisting large-scale equipment has the disadvantages of high labor intensity, slow hoisting progress, and poor hoisting safety.

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