Method for integrating at least one electronic module in or on the glass of a watch and watch glass obtained by such a method

Abstract

The invention relates to the Integration method of at least one electronic module ( 1 ) in or on the glass ( 3 ) on watches, generally wristwatches, by means of a non-solid solution ( 4 ). The electronic module ( 1 ) is injected or positioned with a non-solid solution ( 4 ) in a cavity hole ( 2 ) in the glass ( 3 ), provided for housing the same, or on a part of the surface of the glass ( 3 ). The electronic module is perfectly integrated and / or fixed within or on the glass ( 3 ), in particular, as a result of the epoxide characteristics and the transparent vitrification of the solution ( 4 ).

Description

technical field [0001] The invention relates to a method for integrating at least one electronic module in or on a watch glass, and to a watch glass obtained by this method. Background technique [0002] It is well known that watches - generally referred to as watches - are equipped with electronic modules for storing information, these electronic modules include an integrated circuit chip connected to an antenna, and said integrated circuit chip can be read and / or written to the outside by radio signals Device communication. These electronic modules, often referred to as transponders or tags, are often passive and are supplied with energy via radio frequencies emitted by the readers. According to various known modes of realization, the electronic module is integrated in the bezel, in the case bezel, under the dial, in the case, on the cover on the back of the case or in the control body as the crown, or in the strap. The idea of ​​integrating such electronic modules in w...

AI Technical Summary

Problems solved by technology

It is currently known that commercially available electronic modules have dimensions equal to or less than 0.4mm 2 , which will soon be smaller than a tenth of a millimeter, and thus will become invisible or very difficult to see with the naked eye, so that their proper integration in the watch glass creates a process problem that can no longer be achieved by Today's general integration technology to solve, and will soon face the limits of current technology, while not giving more satisfactory results

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