Intelligent spectacles

Abstract

A pair of intelligent spectacles comprises spectacle lenses and a supporting rack. The supporting rack is provided with a first wireless signal sending and receiving module, an image acquisition module, a distance measuring sensor and a voice module, wherein the image acquisition module, the distance measuring sensor and the voice module are respectively and electrically connected with the first wireless signal sending and receiving module. The intelligent spectacles further comprise an image correction module which is respectively and electrically connected with the image acquisition module and the first wireless signal sending and receiving module. The image acquisition module is used for calibrating directions of document images collected by a pinhole camera lens. The supporting rack is further provided with an LED lamp electrically connected with a first power module. A processing device comprises a central processing module, a satellite navigating and positioning module and a second wireless signal sending and receiving module, and the satellite navigating and positioning module and the second wireless signal sending and receiving module are respectively and electrically connected with the central processing module. Because the LED lamp, the distance measuring sensor and the image correction module are adopted for the intelligent spectacles, the intelligent spectacles have the advantages of having a navigation function, being convenient to use and simple in structure, achieving wireless charging, and being accurate in reading, fashionable, attractive and the like.

Description

technical field [0001] The invention belongs to the technical field of glasses, in particular to smart glasses. Background technique [0002] In real life, many people have visual defects, such as presbyopia, nearsightedness, hyperopia or blindness. People with presbyopia, myopia and hyperopia need professional glasses to read books and newspapers. But very often, because the light is too dark or the characters are too small, people who wear myopia glasses, hyperopia glasses or presbyopia may not be able to see the small characters on newspapers and magazines clearly, seriously affecting the life and study of these people. And blind people can't read ordinary books and newspapers in life, they need to read books and newspapers printed in Braille. [0003] In order to solve this problem, people have invented a kind of glasses that can read newspapers. This kind of glasses converts the collected document image information into corresponding sounds, and reads the text on books...

AI Technical Summary

Problems solved by technology

This kind of glasses mainly collects document image information through CCD, and can only be used in the case of sufficient light. When the light is relatively dark, the document image information cannot be collected or the collected document image information is poor.

Especially when the position of the book in the user's hand is incorrect, such as deflection, upside down or reverse, then the document image collected by the glasses is likely to be only a part of the document image in a page (such as one of the paragraphs, a few sentences), it is difficult to capture a complete document image in one page, so that the read information will not be complete or unreadable, which will cause great misunderstanding or confusion to the user, and the existing one can be Glasses for newspaper reading do not have navigation functions

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