Wirelessly sensitive rechargeable glasses and manufacture method thereof

Abstract

A wireless inductive charging glasses and a manufacturing method thereof, comprising a frame (1), a magnetically conductive temple (2), a lens (3), a coil frame (4), an induction receiving coil (5), a coil shield (6), The wireless charging receiving circuit module (7), the lithium battery (8), the electric load (9), the inner cover (10), and the glasses case (11) with a wireless charging transmitting device inside, are characterized in that: The jacket of the magnetically conductive temple (2) has a coil frame (4), the induction receiving coil (5) is wound on the coil frame (4), and the coil shield (6) is added, and the magnetically conductive temple (2) has a built-in wireless charging receiver The circuit module (7), lithium battery (8) and electric load (9), the above-mentioned devices are combined and assembled into one body, and then connected with the mirror frame (1) to form a complete pair of wireless induction charging glasses. The invention solves the power consumption requirement of the smart glasses, and has the characteristics of novel design and convenient use.

Description

technical field [0001] The invention relates to the technical field of application of wireless charging products, in particular to wireless induction charging glasses and a manufacturing method thereof. Background technique [0002] In recent years, with the rapid introduction and development of functional glasses and smart glasses, the scope of application of glasses in various fields and occasions has been greatly expanded, and the work and life of human beings have been facilitated and enriched. However, functional glasses must be realized Various functions require electricity, which increases the trouble of charging functional glasses. In order to improve the convenience of charging electronic consumer products, a wireless induction charging method has emerged. For example, the wireless induction charging of mobile phones is behind the mobile phone. A very thin wireless charging receiving device chip circuit is installed in the cover and then placed on the wireless charg...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the rapid introduction and development of functional glasses and smart glasses, the scope of application of glasses in various fields and occasions has been greatly expanded, and the work and life of human beings have been facilitated and enriched. However, functional glasses must be realized Various functions require electricity, which increases the trouble of charging functional glasses. In order to improve the convenience of charging electronic consumer products, a wireless induction charging method has emerged. For example, the wireless induction charging of mobile phones is behind the mobile phone. A very thin wireless charging receiving device chip circuit is installed in the cover and then placed on the wireless charging transmitter base of the plastic shell to perform wireless charging. If this wireless charging experience method is applied to the wireless charging of glasses, it is very inconvenient, because the glasses themselves The shape is unique, unlike the flat structure of the mobile phone, which has the convenience of implanting the charging and receiving part. Therefore, to solve the problem of wireless charging of glasses, a new path must be found.

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