Unilateral-control between-high-rise both-way traction rope system

Abstract

The invention relates to a unilateral-control between-high-rise both-way traction rope system, belongs to the field of mechanical control and safety engineering projects and aims at achieving the technical purpose that professionals erect and operate the traction rope system between an stricken high-rise and a safety high-rise on the safety high-rise in an overall unilateral manner. The traction rope system mainly comprises a traction rope, traction rope hooks, a traction ring, both-way tractors, a pulley support with an anchor hook, a fixing base frame of the pulley support and a remotely-piloted vehicle. Firstly, the traction rope on the safety building is arranged on the pulley support with the anchor hook in a sleeving manner, then the remotely-piloted vehicle is controlled to convey and throw the pulley support to the fixing base frame of the stricken high-rise, the anchor hook is firmly clamped on the fixing base frame, and accordingly the system erected in a unilateral manner is finished. The both-way tractors on the safety between-high-rise are used, and the traction rope system can be operated unilaterally. Correctness and reliability in the erecting process of the system can be effectively guaranteed, a person does not need to worry about the traction power source failure of the stricken high-rise, and the problems of disorder and low efficiency of coordinated matching of both sides are solved.

Description

Technical field: [0001] The invention provides a unilaterally controlled two-way traction rope system between tall buildings, which belongs to the field of mechanical control and safety technical engineering. Background technique: [0002] With the continuous development of the economy and the continuous increase of high-rise buildings, there is a need to transport people or goods between adjacent high-rise buildings (especially when a disaster occurs in a high-rise building, the victims cannot evacuate the affected high-rise buildings through normal channels such as elevators and corridors. in the case of). For example, when a high-rise fire occurs, setting up a temporary escape and rescue zipline system between the fire high-rise and the adjacent safe high-rise is an effective means to transfer and transport victims and rescuers, thereby reducing fire casualties (patent application number: 201510239856.9). For this purpose, there is a need for a two-way traction rope syst...

AI Technical Summary

Problems solved by technology

In addition, when erecting a temporary escape and rescue zipline system (including the erection of a two-way traction rope system) between a disaster-stricken high-rise building and an adjacent safe high-rise building, if the victims of the disaster-stricken high-rise building are responsible for erecting the system equipment of the disaster-stricken high-rise building (after the system is erected In the past, professional rescuers may not be able to reach the trapped floors of the disaster-stricken high-rise buildings), because the victims may lack relevant training, and the victims may have poor psychological and physical fitness, so in the event of a disaster emergency, it may be difficult for the victims to Ensure the correctness, safety and reliability of system erection

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