Shoes and insoles for fitness and strength training with the option of a custom insole (height adjustment), for health-oriented training with symptoms (pelvic tilt, leg length discrepancy, scoliosis)

A hybrid shoe design with customizable insoles and toe exposure addresses biomechanical issues in strength training, preventing complications by maintaining pelvic alignment and promoting anatomical balance.

DE202025000699U1Active Publication Date: 2025-06-12KRATSCHKE FR
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Patent Information

Application Number
DE202025000699
Authority / Receiving Office
DE · DE
Patent Type
Utility models
Current Assignee / Owner
Priority Date
2024-10-21
Filing Date
2025-03-15
Publication Date
2025-06-12
Estimated Expiration
2035-03-31

AI Technical Summary

Technical Problem

Existing strength training shoes do not adequately address the specific biomechanical needs of strength-oriented training, particularly in preventing negative effects on the spine, pelvis, and lower extremities due to high forces exerted during exercises involving additional loads, and they restrict barefoot training which is beneficial for anatomical development.

Method used

A hybrid shoe design combining a sandal-like forefoot and ankle-high shoe with a customizable sole for load-bearing, featuring adjustable insoles to correct pelvic tilt and leg length discrepancies, and allowing toe exposure for air circulation.

Benefits of technology

The shoe design effectively prevents spinal and lower extremity complications by maintaining a horizontal pelvis position and promoting anatomical balance during strength training, reducing risks of conditions like herniated discs and osteoarthritis.

✦ Generated by Eureka AI based on patent content.

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Abstract

Is the rear recess for the use of a wedge / height adjustment (individually aligned to the support).
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Description

For training in the motor sports field, there are different manufacturers / shoe providers who have focused on / limited to the appearance of a piece of clothing, but not on the specific requirements for sports or force-oriented training. Here, not only high forces, due to the additionally absorbed loads (of dumbbell, disks and accessories), act on the body or feet, but also on the skeleton, in particular the spinal column, pelvis and lower extremities.The best training in the motor sport should be barfoot. The positive phenomena / results have been known for many decades. The ankle joints as well as all other lower extremities would be designed according to the type, differentiated and health-oriented if no shoes are used during training. Due to the hygienic requirements in fitness installations barfoot training cannot be implemented. The plant statutes specify footwear.According to various technical institutions (such as the WHO), two thirds of all persons have a discomfort pattern such as, for example; pelvic slate, leg length difference or scoliosis (often without being aware of it). These "non-uniformities" and with the addition of weight loads correspondingly increase the possible late consequences such as disc incidence, arthrosis and meniscus damage.This problem is solved by the features set out in the claim.The shoes (sketches 1 and 2) which are protected in the utility model - provide a remedy for negative effects (depression / torsion), from training the forces in the presence of a discomfort pattern. By means of an individual height compensation (sketches 3 and 4th), the basin can be brought into a horizontal position for the time of a force influence.The shoe is a kind of "hybrid", a compensation / compensation for div between a sandale in the forefoot region and a sports shoe "ankle high", including a special sole structure, which can bear high loads. Comforters provide, individual height compensation, insert) as well as the freeness of the forefoot, the toes provide space and air (to dissipate moisture). Anterior "sandale", - posterior firm footwear on the ankle. Special sole for the "application" of further loads to the training person's body. Protection of the Lower Extremities, Bone and Spinal Column.Recording of an individual insert wedge / height compensation of 3-5-7-10 mm (point 5) counteract or reduce the protrusion / consequence of a pelvic slate, scoliosis and dysbalaneum in the case of a leg length difference in the present condition. To use them on both sides (for the respective shorter side, leg length).Forefoot / toes are exposed to allow air circulation to counteract moisture

Claims

Is the rear recess for the use of a wedge / height compensation (individually oriented according to the beam).The construction / combination between the sandal forefoot design and a sports shoe in the heel area includes. Installation of a height compensation depending on the leg length difference of the wearer