SRT Rope Rescue: Crossing Technology, Tow Handling and Safety Protection

Crossing technology

Uses: Mainly used for crossover technology when crossing across the shore and a single traction rope.

One, crossing skills (sitting)

Sit in a well-built cross-rope.

Action essentials:

The first step is to install the handheld riser on the crossing rope. Protect yourself by hooking the short oxtail on the safety harness into the force plate, and use a hook or short hook to link the safety buckle and the force plate at the chest of the safety harness (shorten the distance between the body and the force plate), and then Install the handheld riser across the master rope.

Step Two: Wear - Pass the gaiter on the handheld riser through the link between the heart-shaped pulley and the force plate.

The third step: step - will pedal into the lap.

Step 4: Extend – Hold the riser with one hand and stretch forward along the main rope to reach the maximum distance. The foot that steps into the foot ring lifts and bends upwards.

Step 5: Step - Use the foot that steps into the lap to force the lap, and hold the raiser's hand tightly. Pull the raiser backwards. The rescuer can move forward along the master rope (repeat the action. Before moving)

Precautions:

1 , before crossing, use oxtail hook to hang into the force board for protection.

2. The body should sit in a crossed rope on a sitting posture.

3 , the pedestal must pass through the hook that connects the heart-shaped pulley and the force board.

4 , when crossing the first squatting pedal and then pull the device along the rope pull.

5 , coordination of hands and feet movements should be consistent.

Second, crossing skills (lying)

Prone to fast movements on a well-built crossing rope.

Action essentials:

The first step is to make a protection - hook the short oxtail on the safety harness into the force plate and use a hook to link the safety buckle and the force plate in front of the safety harness (shorten the distance between the body and the force plate).

Step 2: Load - Install the handheld riser on the cross cord.

Step 3: Wear - Pass the gaiter on the handheld riser through the hook that connects the heart-shaped pulley and the force plate.

Step 4: Bring the foot into the lap.

Step 5: Hang - Hang the foot riser across the master rope.

Step 6: Extend—Hands push the riser up to the furthest distance along the main rope. The foot stepped into the foot rope is bent along with the power of the foot rope. Press down on your knees and straighten your back.

Step 7: Step - step into the foot rope and forcefully squat backwards. Hold the riser in two hands and pull it backwards in the direction of crossing the rope. Bend the other knee with the foot-type ascender. (Alternating action, moving forward)

Precautions:

1 , before crossing, use oxtail hook to hang into the force board for protection.

2. The body should sit in a cross position on a cross.

3 , the pedestal must pass through the hook that connects the heart-shaped pulley and the force board.

4. When you cross, first step on the pedal and pull the riser along the rope.

5 , coordination of hands and feet movements should be consistent.

6 , as short as possible to shorten the distance between the waist and the force plate, you can use a short fast hanging or short oxtail to connect the force plate , you can also use the safety hook to directly connect the force plate and the seat belt.

7 , wear foot-type riser feet, exercise knees must do bending pressure action, knee bending height can not exceed the height of the foot-type riser.

Towing and handling system erection

First, vertical transport system erection

Second, slope handling system erection

Third, Shaft rescue system production

Security

The use of SRT 's rescue skills is an indispensable part of the entire rope rescue system. Handling of towing and labor-saving systems, rope and bridge rescue, and rope climbing are the applications of SRT rescue. The correct high-altitude rope rescue demonstration exercise is used to enhance search and rescue. The technology and safety of personnel will make the operational skills of the ropes more sophisticated, improve the awareness of search and rescue personnel in safety protection, and deepen the understanding of rope rescue.

First, engaged in climbing or at high altitude workers

Climbing or working at high altitudes is a highly risky activity. The vertical or airborne environment is slightly careless. It may result in serious crashes, injuries, and even death. In particular, rope rescues not only need to be idle but also have to be rescued. People, who need more awareness of temporary strains and more skilled rescue techniques, rely on us for continuous practice.

Second, enhance the skilled rescue rope rescuer rescue system

In order to avoid accidents when working with ropes, and to improve the safety of mountain rescue skills to enhance the safety of mountain activities, this handbook focuses on selective demonstration and interpretation of rope rescue to improve rescue skills of search and rescue team rope rescue systems.

Third, safe and efficient rope rescue attitude

Safe and efficient rope rescue methods and techniques can never be learned in a day or two. It is even more worthwhile for us to continuously research and use our professional knowledge to replace the usual habit of judging things and maintain the right attitude at any time. It is helpful. Rescue techniques have always been refined, and there are many methods. The concept of safety protection has not changed at all. In the rescue, the protection principle of connecting more than two points is required.

Fourth, continuous training can participate in the actual rescue

The technical data and operating methods introduced by this mosquito provide you with reference to the safety and efficiency of high altitude vertical environment, climbing, rescue and high-altitude workers. Even though the rope rescue techniques and equipment facilities introduced by the demonstration operations have been continuously tested, they may cause major harm to the operators if they are not careful. Learners should always accept professionals in a controlled environment before operating applications. The guidance, after the mastery of technology, can participate in the actual rescue work.

This article was edited by China Rescue Equipment Network.