JP3239406U - pneumatic pressure belt - Google Patents

Abstract

A pneumatic pressurization belt that restores or enhances hormones, blood vessels, and muscle strength by exercising under ischemic conditions with the belt wrapped around the extremities. A pneumatic pressurizing belt prepared by using an ultra-thin and stretchable non-slip fabric 1 on the adhesion surface with the limbs, which is compact and has increased adhesion. [Selection drawing] Fig. 1

Description

The present invention relates to a pneumatic pressurization belt for the purpose of repairing or strengthening hormones, blood vessels, and muscles by exercising under ischemic conditions by wrapping the belt around the extremities.

As a method of pressurization, two types of belts are currently used on the market.
One is a hand-wound type that uses a long stretchy belt, and the other has a built-in tube that stores air in the belt. There is a pneumatic pressure belt that determines the degree.

Document 1

Patent publication 5121077

The effect of pressurization can be obtained only by exercising in a state in which blood flow is suppressed.
Hands-free belts can be used for simple exercises such as rehabilitation, martial arts, weightlifting, and other purposes for athletes to improve their muscles and technique.
On the other hand, the pneumatic type controls the pressure by increasing or decreasing the amount of air that is sent. When kicking in, the conventional pneumatic type was replaced with a hand-wound type to continue training.
In other words, there were exercises that could not be used depending on the training menu.

In recent years, the fabric developed by a major textile manufacturer has been widely used as a glove for handling precision machinery because it has both anti-slip properties and elasticity by folding thin threads in a special way.
In recent years, it has been marketed as a golf glove, and it is widely known that it has improved adhesion to the grip of the club.
Adhesion, light weight, stretchability, and compactness were greatly improved by using the properties of this fiber for the adhesion surface of the pneumatic compression belt to the extremities.
Since there is no thick fabric, the effect of pressure transmission continues with a stable feeling of wearing without interrupting the training menu, and the discomfort associated with the cramped feeling of wrapping a conventional belt has been reduced.
The fabric of the present invention used for the inflatable portion of the pressure belt is characterized by its extremely thin structure, non-slip properties due to its structural organization, and stretchability, which are the most ideal properties for a pneumatic pressure belt.

Depending on the body shape, crotch misalignment can be seen when applying pressure during walking.
In particular, during stretching training for women, the belt fell off while wearing it, and rubbed skin marks were seen on the belt wearing area after exercise.
By using the fabric of this proposal, such a phenomenon is reduced, and even if worn for a long time, the feeling of wearing is low, and the feeling of stiffness caused by winding is low.
I became able to handle the training menu consistently.

FIG. 4 is a side view of the pneumatic belt when worn on the thigh; It is a cross-sectional view of the belt head and neck portion D-D'. FIG. 4 is a top view of a pneumatic belt; FIG. 4 is a rear view of a pneumatic belt;

1, Anti-slip, elastic, ultra-thin fabric used in this invention.
2, Bore type female Velcro tape 3, Square tube with tube 4, Mooring root leather of tube 5, Hook type male Velcro tape 6, Blower tube of air bag 7, Baffle plate panel 8, Plate rubber 9, Tube expansion body A Human body limb

Claims (1)

By tightening the limbs of the human body with a belt and exercising while restricting the blood flow, growth hormone and nitric oxide are released into the blood vessels in the body, and at the same time, the purpose is to strengthen the muscles, mainly the slow twitch muscles. When a pneumatic pressure belt with built-in air bags is attached to the extremities and adheres to them, the inner circumference of the belt, which is in close contact with the extremities, is made of an ultra-thin fabric that is both anti-slip and elastic. A pneumatic pressurization belt characterized by being made of fabric.

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