Nail Correction Band With Variable Elastic Units

The patent replaces the surgical mechanical system with an elastic mechanical system. The elastic piece applies continuous tensile force to the ingrown nail edge, gradually pulling it outward without surgical intervention. This substitution eliminates the need for painful surgery while maintaining correction effectiveness through sustained mechanical force.

The patent changes the correction approach from immediate surgical reshaping to gradual elastic deformation. By applying continuous tensile force over time, the nail edge slowly moves to its correct position, reducing pain and allowing natural recovery while achieving the same corrective result.

The patent uses a dynamic elastic piece that can stretch and contract. The elastic material naturally adjusts its tensile force based on the degree of nail deformation - applying more force when the nail is severely ingrown and reducing force as correction progresses. This dynamic adjustment prevents excessive pain while maintaining effective correction.

The patent changes the force application from static to dynamic. The elastic piece's tensile force varies over time as the nail corrects itself, starting with higher force for severe cases and gradually reducing to maintenance levels, thereby avoiding excessive pain while ensuring thorough correction.

The patent uses a thin, flexible elastic piece that conforms to the nail surface. This flexible structure allows natural nail movement and flexion during daily activities, reducing discomfort and secondary pain while maintaining continuous corrective force over the required duration.

The patent employs a dynamic elastic structure that moves with the nail and surrounding tissues. The elastic piece accommodates natural nail flexion and movement, preventing discomfort during daily life while sustaining the corrective force needed for long-term correction.

The patent replaces permanent metal components with a disposable or replaceable elastic piece. The elastic component can be applied and removed easily, providing effective correction force during the treatment period without the long-term inconvenience of metal implants. Once correction is achieved, the elastic piece is removed, restoring full comfort.

The patent substitutes metal mechanical systems with elastic mechanical systems. The elastic material provides the necessary correction force through elastic deformation rather than metal elasticity, eliminating the inconvenience of metal implants while maintaining effective force application during the correction period.

The patent uses a dynamic adhesive system that allows for easy removal. The adhesive is designed to hold the elastic piece securely during correction but can be removed without damaging the nail or causing discomfort. This dynamic adhesion balance ensures long-lasting attachment while preventing harmful effects.

The patent introduces an intermediary adhesive layer between the elastic piece and the nail. This adhesive mediator provides sufficient holding strength for long-term attachment while being gentle on the nail surface, preventing damage and discomfort during both attachment and removal phases.