Deep well mechanical rescue device

Abstract

The invention relates to a deep well mechanical rescue device, which comprises a control device and an enclasping device and is characterized in that a connection rod is arranged between the control device and the enclasping device, an executing part of the control device and an executing part of the enclasping device are transferred through steel wire ropes, the control device is arranged at the top, and the enclasping device is arranged at the bottom end of the deep well mechanical rescue device for implementing rescue. When in use, the rescue device with the structure is placed into the well, and a supporting plate supports trapped persons by adjusting the control device. Simultaneously, protection plates on two sides fold to surround the trapped persons from around in an annular mode to ensure the safety of the trapped persons. After the trapped persons are ensured to be safely firmed, the trapper persons and the rescue device are pulled out of the well bottom by means of labor power, thereby avoiding danger caused by the fact that rescuers go into the well to rescue the trapped persons. Therefore, the rescue method of the deep well mechanical rescue device is simple, easy to implement and strong in operability, the rescue cost is low, the trapper persons can be rescued out of the well bottom successfully, firefighters have no need to go into the well to rescue the trapped persons, and life safety of the trapper persons and the firefighter are ensured.

Description

technical field [0001] The invention belongs to the technical field of deep well mechanical rescue, and in particular relates to deep well mechanical rescue equipment. Background technique [0002] In recent years, the number of times the fire brigade has participated in the rescue of falling wells has gradually increased. However, there are very few types of deep well rescue equipment on the market at present. The traditional rescue method is digging wells and small firefighters go down the well. Due to the complex situation in the deep well, the small nerve mouth and the lack of oxygen in the territory, the difficulty of rescue poses a great threat to the life safety of rescuers and rescued people. The rescue process of the Philadelphia air crash consumes a lot of manpower and material resources, and sometimes delays the precious rescue. Time cannot liberate people from the rescue process, nor can it guarantee the safety of rescuers. According to reports: when firefighter...

AI Technical Summary

Problems solved by technology

[0002] In recent years, the number of fire brigades involved in the rescue of falling wells has gradually increased. However, there are very few types of deep well rescue equipment on the market.

Due to the complex situation in the deep well, the small nerve opening and the lack of oxygen in the territory, the difficulty of rescue poses a great threat to the life safety of rescuers and rescued people. The rescue process of the Philadelphia air crash consumes a lot of manpower and material resources, and sometimes delays the precious rescue. Time cannot liberate people from the rescue process, nor can it guarantee the safety of rescuers

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