FOLDABLE? LOSS-PROOF SMART TEMPLE GLASSES

Abstract

This invention relates to smart glasses equipped with a mechanical-magnetic system that enables the temples to close automatically and be magnetically attached to the neck or head. The system provides comfort, safety, and practicality to the user by preventing the glasses from falling off and getting lost through the use of torsion springs and magnets.

Description

FOLDABLE-LOSS SMART TEMPLE GLASSES TECHNICAL FIELD This invention belongs to the field of optical eyewear technology and personal accessories, and specifically concerns eyeglasses. The handle sections can be automatically folded, and it can be magnetically attached to the user's neck or head. It involves a mechanical-magnetic system that allows it to be fixed in place. STATE OF THE ART Modern eyeglasses have temples that operate using a classic hinge system. In these systems... The temples of the glasses can only be folded manually; there is no automatic or magnetic folding option. It does not have a fixing feature. Leaving the temples open while carrying glasses increases the risk of them falling, breaking, or getting lost. This increases the cost. Additionally, there are often extra cords for users to carry their glasses around their necks. or hangers are used. These solutions are neither aesthetically pleasing nor practical. Therefore, it can both automatically shut off and be magnetically attached to the neck or head area. A need arose for a fixed eyeglass system. THE INNOVATIVE ASPECTS OF YOUR INVENTION Unlike classic hinges, eyeglass temples contain a torsion spring and Thanks to the spring hinge system, it opens automatically without user intervention. The ability to close is the fundamental innovation of the invention. This structure is not found in known eyeglass systems. It provides an automatic folding function. The bidirectional magnetic system located at the temple ends and neck area allows the glasses to stay on your head or... It automatically attaches to the neck area. This feature both prevents the glasses from getting lost and increases their portability. The process of carrying existing glasses, which is done only with the use of a strap or cord, is done here. It is directly integrated into the eyeglass structure. The invention is purely mechanical and operates without the use of any electronic circuits, batteries, or sensors. It offers a "smart" function through magnetic forces. This allows it to operate without requiring maintenance. It ensures long-lasting use. 1 The special magnetic ear hook design at the ends of the eyeglass frames provides an ergonomic fit behind the ear. It sits securely and magnetically releases when needed. This system provides both user comfort. It also provides protection and prevents the glasses from falling off. When the user removes the glasses and lowers them to their neck, the magnets at the ends of the temples attract the neck. It is aligned with the stabilizing magnet on the back. This structure keeps the glasses suspended at the balance point. It prevents falling by keeping it in place. This solution is superior to traditional eyeglasses in the literature. It is not available. The system operates on the principle of magnetic attachment, both between the neck and the shoulder, and between the neck and shoulder. This dual-action design allows the glasses to both close when not in use and stay securely in place while being transported. It ensures it stays put. The spring-magnet combination integrated into the hinge provides both mechanical strength. It enhances and also provides a simple appearance without any bulging or mechanical additions. It offers design. 2

Claims

Claim 1 It is a spectacle structure with torsion spring hinges (D₁) on both temples (B), inner rod (B₁) and Having a magnetic tip (M); the handles in question close automatically and the neck Foldable, non-lose smart temple glasses that can be secured with a magnet (E). Claim 2 According to claim 1; the magnets (M) located at the ends of the handles are attached to each other and to the neck By applying magnetic force (E) to the magnet, the glasses are fixed around the neck without falling off. holding on. Claim 3 Depending on claim 1 or 2; the torsion spring (D₁) controls the opening and closing movement of the stems. Performing it in a controlled manner. Claim 4 Depending on any of the previous requirements; any electronic component of the system, using only spring force and magnetic attraction force, without any sensors or power source. work. Claim 5 Depending on any of the previous requirements; magnetic ear hooks located at the ends of the stems. The (B₁) structure fits ergonomically behind the ear, preventing the glasses from slipping or falling out. It is designed to prevent damage and to be magnetically separable when necessary. 3