Training device based on non-elastic band

Abstract

The invention provides a training device based on a non-elastic band. The training device includes a pair of long and thin components. The long and thin components are the non-elastic bands. The device also includes fixing devices of a first part and a second coupling part. The first part is used for installing on a structural component. The training device also includes a rigid yoke. The rigid yoke includes a yoke shell having a first end part and a second end part. The first end part of the yoke shell is connected to the second coupling part of the fixing device. The second end part of the yoke shell defines a transitional channel accommodating the long and thin components.

Description

technical field [0001] Training devices traditionally employ free weights lifted by the user or weight stacks actuated by cables pulled by the user of the device. More recently, resistance elastic members, such as straps or plates, have been incorporated into exercise equipment to provide motion resistance. Although these devices provide beneficial resistance training, they are often large and bulky, which precludes their ease of transport and / or storage. Background technique [0002] More recently, resistance training devices made almost entirely of elastic bands have gained popularity. These elastic straps generally limit the movement of the user's arms and / or legs, or between the user and the support structure. Elasticity training devices can be small, even portable, but have limited use due to their resistance properties, which depend on the length and elasticity of the elastic bands. These properties make elastic bands useful for certain length ranges, thus limiting ...

AI Technical Summary

Problems solved by technology

Many traditional devices incorporating non-elastic straps have a fixed length and are limited in the range of exercises they can be applied to

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