Protective device for the instep area of ​​the foot in children playing football

Abstract

Protective device for the instep area of ​​the foot, especially for children playing football, comprising at least one flexible or dimensionally stable element designed to protect the instep from mechanical impacts, especially from shocks, kicks or pressure loads, wherein the device is designed in such a way that it: regardless of whether it is worn directly on the skin, on or under a sock, on a shoe, or incorporated into clothing or footwear; may be made from any material or combination of materials, including but not limited to silicone, thermoplastic elastomers, rubber, TPU, plastics, foams, textile materials, metal, carbon, paper, natural materials or other materials; may or may not have any fastening means, including but not limited to straps, belts, elastic elements, hook and loop fasteners, adhesives, or held purely by friction or fit; can be in any shape, thickness or surface texture, including planar pads, point-shaped or strip-shaped elements or multi-layered structures; is suitable for dampening or distributing mechanical loads without significantly restricting the mobility of the foot; It can be installed both permanently and temporarily.

Description

Technical subject and function

[0001] The invention relates to a protective device for use in children's football, which protects the upper The foot area – especially the instep (dorsum of the foot) – is effectively protected from external influences. The device is worn between the sock and the shoe or can be integrated with a textile (e.g. toe cover, short sock) should be connected.

[0002] It preferably consists of a flexible, shock-absorbing material such as silicone, TPU, TPE or comparable plastics and can additionally be shaped (e.g. curvature, structure, The device is fixed to the foot (toe tab). The device adapts to the instep without the to significantly impair ball control.

[0003] The technical function lies in the distribution and damping of point-source pressure effects, such as They occur regularly during football matches due to kicks from opponents (e.g., studs).

[0004] Purpose and effect - Why is this good for children? In children's football (especially Bambini to F-Youth, approx. 4-8 years old), kicks occur on the The span is particularly frequently affected – mostly unintentionally. However, the span is a highly sensitive area, poorly protected area where growth zones, tendons, nerve pathways and periosteum are particularly vulnerable are prone to injury.

[0005] Repeated exposure to this area can lead to: - Pains - Movement restrictions - Protective postures - long-term developmental disorders (e.g., malformations, inflammation). SafeKick provides preventative protection against these microtraumas and thus prevents medical issues. Long-term effects may occur. Psychological aspect - fun & self-confidence

[0006] Children who regularly experience pain while playing football develop insecurities or lose their... Enjoyment of the game. Many avoid challenges or pull their foot back. This leads to: - Inhibition in playing behavior - Delayed technological development - Fear and frustration instead of joy of playing

[0007] By protecting the clamping area, SafeKick enables more daring play and strengthens the Self-confidence increases activity during training and enhances enjoyment of sport. Legal scope of protection - product AND function

[0008] The subject of this utility model protection is not only the specific design (shape, material, design), but also explicitly functionality: The protection of the instep area during children's football games by a pad between sock and shoe or An elastic, shock-absorbing device integrated into a textile – regardless of the material chosen. Construction type, color or mechanical design.

[0009] This explicitly includes variants that: - are integrated into socks or shin guards, - consist of other materials (e.g. carbon, EVA, gel, textile composite), - have a different shape or structure (honeycomb, smooth, padded).

[0010] All versions that technically fulfill the described protective function are subject to this. Utility model protection. Summary

[0011] The invention not only provides physical protection for the child's foot, but also contributes significantly to… It contributes to psychological relief and game development. It fills a real gap in children's football and It makes sense from a medical, sporting, and market economic perspective – with high social relevance. Image 1: Top view of the protective element covering the clamping area. Lateral bulges for dimensional stability are visible. Image 2: Side view of the protective element with indicated material thickness and contour. Figure 3 shows the inside of the protective element, lying face up on a surface. The fasteners are visible. Figure 4: Protective element in worn position on the foot. Top view, with fasteners on the sides. Image 5: Protective element in worn position on the foot, side perspective, with visible fasteners and the front area of ​​the shoe.

Claims

[1] Protective device for the instep area of ​​the foot, especially for children playing football, comprising at least one flexible or dimensionally stable element designed to protect the instep from mechanical impacts, especially from impacts, kicks or pressure loads, wherein the device is designed in such a way that it: regardless of whether it is worn directly on the skin, on or under a sock, on a shoe, or incorporated into clothing or footwear; may be made from any material or combination of materials, including but not limited to silicone, thermoplastic elastomers, rubber, TPU, plastics, foams, textile materials, metal, carbon, paper, natural materials or other materials; may or may not have any fastening means, including but not limited to straps, belts, elastic elements, hook and loop fasteners, adhesives, or held purely by friction or fit; can be in any shape, thickness or surface texture, including planar pads, point-shaped or strip-shaped elements or multi-layered structures; is suitable for dampening or distributing mechanical loads without significantly restricting the mobility of the foot; It can be installed both permanently and temporarily.

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