Rescue mechanical device and rescue mechanical system

Abstract

The invention provides a rescue mechanical device and a rescue mechanical system. The rescue mechanical device comprises a rescue device and a control device. The control device is used for controlling the rescue device to work according to received control commands, and the rescue device comprises a fixed end and multiple probes; one end of each probe is fixedly arranged on one side of the fixed end, a bent joint is arranged at the other end of each probe, and the bent joints are used for adjusting the bent degree of the probes according to the control commands sent by the control device. Each bent joint is provided with a self-locking device, and the bent joints are self-locked when being bent by a preset angle. The multiple probes of the rescue device are used for effectively rescuing rescued staff in real time, the bent joints are arranged at the free ends of the probes and are self-locked when being bent by proper angles, the rescued staff are prevented from falling off midway, the whole process is controlled by the control device (the control device has a whole-journey picture recording function and can achieve remote monitoring, talkback and control), and the rescue mechanical device is simple, convenient to use, and low in cost, and mainly is applied to rescue in irregular small-bore deep wells.

Description

technical field [0001] The invention relates to the field of mechanical rescue, in particular to a rescue mechanical device and a rescue mechanical system. Background technique [0002] In people's daily life and work, disasters and accidents are inevitable, especially for children and people engaged in special occupations, such as well drilling personnel and mining personnel. At the same time, there are many rescue environments for disasters. There are various types of rescue, so the difficulty of rescue is also different. [0003] The first method of disaster rescue provided in the related art is: use the rescue tool with its own rope to cooperate with the rescuer, and first use the rope to bind the rescuer regularly, wherein the specific binding method of the rope is based on the Choose according to the state of the rescuer and the trapped environment, such as binding the waist and shoulders of the rescuer to make the rescuer stand upright, (or bind the legs of the rescu...

AI Technical Summary

Problems solved by technology

[0004] However, in the first rescue method provided by related technologies, due to the limitation of the rescuer's own conditions, it is necessary to ensure that the rescuer is not injured and that the environment in which the rescuer is located is suitable for the rescuer to save people, which makes the rescue The environment is limited to wide-caliber, small-depth, and high-visibility conditions. For irregular small-caliber deep wells (such as mine disasters, earthquake areas and small-caliber deep wells in construction sites, etc.), timely and effective rescue cannot be implemented, and the second rescue can be used However, the second rescue method is not only expensive, but also complicated to operate, which makes the rescue process take a lot of time

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