Lifting platform for protecting safety of high-level construction

Abstract

The invention relates to a lifting platform for protecting safety of high-level construction, which comprises an attached lifting scaffold working position system, a plurality of platform units for protecting the safety of the high-level construction and a supporting assembly. The attached lifting scaffold working position system is composed of a strength bearing guide seat and a vertical member slidably connected with the strength bearing guide seat. An upper lifting point member is fixedly arranged at the upper end of the vertical member, a lower lifting point truss is fixedly arranged at the lower end of the vertical member, and a lower lifting point member and an upside down electric hoist are fixedly arranged at the lower end of the lower lifting point truss. Each of platform units for protecting the safety of the high-level construction is composed of an outer vertical safety net and a scaffold floor assembly. One end of the supporting assembly is fixed on the vertical member, and the other end of the supporting assembly is fixed on the outer vertical safety nets. When in use, only the platform units are mutually connected together, and no steel tube group and component structure is required to be jointed in overlapping mode, thereby improving efficiency of erecting the scaffold, reducing required labor quantity and labor strength of operators and having the advantages of being simple in structure, rapid in installation and dismounting, safe in use and cost-saving.

Description

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AI Technical Summary

Benefits of technology

This patented technical effect that this new design allows for efficient tower building maintenance by connecting multiple units together without overlapping them with pipes or wires. It also simplifies the process of attaching these components while reducing their weightiness compared to traditional methods like bolts and nuts.

Problems solved by technology

The technical problem addressed in this patented text relates to manual elevation or deployment of screw shelfings during building security incidents caused by falls over objects such as buildings' external walls that may cause injury if they hit people accidentally. These methods require skilled workers who must move around constantly at different levels within an area where the structure stands out underground. Additionally, current systems involve bulky equipment which requires heavy machinery to install and transport, making their use limited because of low speeds.

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