Forest fire protection to carry out high-altitude rope rescue training

微信图片_20210701113703 微信图片_20210701113715 微信图片_20210701113729 微信图片_20210701113736 微信图片_20210701113740 微信图片_20210701113753To comprehensive rescue ability comprehensively strengthen team construction, enhance the commanders disposal application under complicated environment rope rescue capabilities, for days, jiamusi forest fire detachment group of eight outstanding emergency rescue backbone for rope rescue technology training, and invited Beijing ZhongHu taught two AXES career coach to guide all the emergency rescue rope.

 

The detachment arranged the training contents scientifically, and strictly organized the training according to the principle of “theory first, practice later, from easy to difficult”.Coach in combination with its own rich experience in actual combat and teaching, the theoretical study and interpretation of the demonstration, a combination of field operation, first of all from the rope rescue technology standard, genre, and expounds development evolution of the system, make the participation students create intuitive knowledge on the advantages and disadvantages of the bungee cords rescue technology, enhance the overall cognition of the concept of advanced rope technique

 

In order to ensure the quality of training, training to actual combat, outstanding professional ability construction as the goal, focus on the rope system erection, single up and down, across the rescue, oblique upward rescue, T V rescue team integrated technology in field training, such as forging force application of rope rescue technology under complicated environment.At the same time, the training class used spare time to carry out typical case study, guide participants to analyze problems, analyze causes, research countermeasures, and apply various equipment and technologies through the combination of theory, practical operation and case study.In addition, the rescue methods, techniques, equipment application and team cooperation training under different types of wild disaster environments such as broken Bridges, water surface and mountains can be simulated to achieve the effect of mutual learning and mutual improvement.


Post time: Jul-01-2021