JP3223650U - Mooring can of pressure belt - Google Patents

Abstract

An object of the present invention is to provide a moored can of a pressure belt that does not interfere with solid matter on limbs even when subjected to an impact during training, and can avoid injury and pain. A mooring can for holding a pressure belt in a ring shape, wherein a soft resin tube 1 is cut to the same length as the width of the pressure belt 4 and a rope 2 is passed through a hole of the soft resin tube 1. A square can is formed and used as a mooring can. The soft resin tube 1 rotates around the rope 2 as a central axis, but an adhesive, a cello chip, a resin, or a metal wire caulking 3 according to a desired pressure strength is applied to the rope 2 in contact with the inside of the tunnel of the soft resin tube 1. Reinforcement processing was added. [Selection] Figure 3

Description

The present invention relates to a mooring part of a pressure belt wound around an extremity.

The pressure belt wraps around the limbs of the human body, pressurizes, restricts blood flow, and exercises, thereby causing the body to secrete growth hormone and increase muscle mass.
The structure of the long belt is provided with a resin square can at one end, and the other end is reversed through a mooring can, pulled and pressurized to give a desired pressure to the extremities and fastened with a hook-and-loop fastener.

The original purpose of pressurization is not only to strengthen muscles, but also to improve the performance of each event.
It is well known that the performance in the state where the pressure belt is wound is that the brain, the motor nerve and the muscle are integrated and synchronized to enhance the performance ability of each item.
Most of the mooring cans of the belt are made of metal or molded resin.
In the practice of wearing, when the individual shape of this molded product falls, it gives the human body an impact such as floor movement.
For example, it causes dangerous impacts such as pain and injury on the limbs wrapped around the belt, such as parade ball rotation receive, judo sleeping technique, rugby game training. Competitions are often removed from the training guidance menu because of the risk of pain and injury.

In order to avoid the mooring can interfering with the extremities, a soft resin tube is cut to the width of the pressure belt instead of the conventional resin molded product, and the mooring can is made through the rope in the center hole.
The rope part inscribed in the cut soft resin tube is reinforced with a metal tube caulking.

When the pressure belt is squeezed by the holding can, the soft tube rotates to reduce friction with the contact surface and smooth the movement of the belt.

Since it is a flexible mooring can formed by a rope even when subjected to an impact during training, there is no interference of solids on the extremities as in the case of a conventional resin can, and the problems of injury and pain are avoided.

It is a front view of a mooring can. It is a side view of a mooring can. It is a square can formed with a rope. It is a reference drawing of metal wire caulking.

A rectangular can is formed by passing a rope through a soft resin tube cut to the width of the pressure belt, and reinforcement such as iron caulking is added to the rope in contact with the rotating tube and used as a mooring can.

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1. 1. Soft resin tube Rope 3. 3. Iron wire caulking Pressure belt body

Claims (2)

A mooring can that holds the pressure belt in a ring-like form and when the desired pressure is obtained on the extremities, the other end is pulled through the mooring can fixed to the tip of the belt to obtain the pressure. The pressure belt mooring can is used as a mooring can by cutting the wire into the same length as the width of the pressure belt and forming a square can through a rope in the hole of the resin tube. The mooring can rotates with the rope as the central axis, but the soft tube rotates, but the core rope in contact with the inside of the rotating soft tube tunnel can be made of adhesive, cello chip, resin, metal wire caulking, etc. 2. The mooring can of a pressure belt according to claim 1, further comprising a reinforcing process.

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