High Strength Tension Carbon Fiber Extension Bar for Marine Rescue

Background technology:

At present, the commonly used telescopic rod for marine rescue is similar to the telescopic structure of fishing rod. The end of the rod can be equipped with hooks, grabs and other devices, which can be used to connect small objects such as life buoys and debris at sea and drag them to designated positions for remote rescue. With the development of large-scale water lifesaving equipment, large inflatable lifeboats (up to 15 people) and powerless liferafts have been widely used. However, there is no good way for this kind of lifesaving equipment to close to the mother ship. It can only be established by throwing ropes close to the distance, which has the disadvantages of poor accuracy and waste of time, especially in harsh sea conditions. In addition, for more and more unmanned vessels, small fishing vessels and other devices at sea, the connection with the mother ship and towing also have the same problems. The ordinary rescue telescopic rod is limited by the strength of the telescopic rod itself, so it can not be applied to the above situation.

Technological implementation elements:

In order to solve the above problems, the utility model provides a high-strength tension rescue telescopic device which can quickly establish contact with the target towing device and has high accuracy.

To achieve the above purpose, the technical scheme of the utility model is as follows:

The utility model relates to a high-strength tension rescue telescopic device, which comprises the following components: a high-strength tension rescue telescopic device, a high-strength tension rescue telescopic device, a high-strength tension rescue telescopic device and a high-strength tension rescue telescopic device.

Internal hollow expansion rod;

The hook is fixed at the top of the telescopic rod.

One end of the high-strength fiber rope is connected with a hook through the inside of the telescopic rod, and the other end of the high-strength fiber rope is provided with a fixed end.

The high-strength fibre rope can be placed in the rope bag.

 

The beneficial effects of the utility model are as follows:

(1) The connection between the telescopic rod and the target towing device can be quickly established with high accuracy.

(2) The strength of the high-strength fibre rope can be changed according to the target object, and the application scope is wider. Especially the connection and dragging of large floating bodies such as large rescue equipment, the strength is guaranteed.

(3) The length of telescopic pole can be changed according to the need, and it can be fixed on the mother ship in the future to increase the length of telescopic pole and become rescue equipment.

(4) When not in use, it can be retracted and placed without occupying space; high-strength fibre rope is placed in the receiving bag and not scattered.