Rehabilitation shoe with integrated vibration therapy for achilles tendon

Abstract

This invention relates to a rehabilitation shoe that integrates vibration therapy technology to aid in the recovery of patients with Achilles tendon injuries. The shoe includes an insole with a built-in vibration module positioned on the sole of the foot, providing adjustable stimulation positions via movable bumps / pads to accommodate different foot sizes and individual needs. The vibration system operates at a frequency range of approximately 30Hz to 60Hz with an amplitude of approximately 5mm, providing optimized therapeutic effects. Furthermore, the shoe features an adjustable fixation system to ensure optimal contact between the foot and the vibration module, improving vibration transmission efficiency. Through targeted vibration therapy, this invention promotes blood circulation, accelerates wound healing, prevents muscle atrophy, and stimulates proprioceptors to maintain neuromuscular function.

Claims

1. A rehabilitation shoe for Achilles tendon recovery, comprising: an insole configured to support a user's foot; a vibration module disposed within the insole and corresponding to the area below or directly below the user's big toe on the plantar side, to indirectly stimulate the user's Achilles tendon; a vibration bump disposed within the vibration module and in a slide rail, wherein the vibration bump is horizontally adjustable to accommodate different foot sizes and optimal stimulation positions; a power supply electrically connected to the vibration module; and a control unit electrically or signalally connected to the vibration module and configured to adjust the vibration parameters of the vibration module, the vibration parameters including frequency and amplitude, wherein the vibration module is configured to provide vibrations with a frequency range of 30Hz to 60Hz and an amplitude of approximately 5mm.

2. The rehabilitation shoe as described in claim 1, wherein, It further includes an adjustable securing system to secure the foot, thereby ensuring contact between the insole and the user's foot.

3. The rehabilitation shoe as described in claim 1, wherein, The control unit is configured to allow manual or automatic adjustment of vibration intensity.

4. The rehabilitation shoe as described in claim 1, wherein, The power source is a rechargeable battery, which is integrated into the rehabilitation shoe.

5. The rehabilitation shoe as described in claim 1, wherein, The vibration module can be activated by a sensor that detects the user's weight distribution, so that the vibration module is automatically activated when the foot is placed in the rehabilitation shoe.

6. The rehabilitation shoe as described in claim 1, wherein, The insole is removable.

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