Magnetic clasp are typically visually apparent. This detracts from the visual appearance of the piece of jewelry. Thus, there is a need for a magnetic clasp having magnets that are completely visually obscured.A magnetic clasp having completely visually obscured magnets is disclosed.
The magnetic clasp includes an end cap, a first magnet (disposed within the end cap), a sleeve, a divider (dividing the sleeve into two inner portions) and a second magnet (disposed within one of the inner portions of the sleeve).
The end cap has an end wall having an inner surface and an outer surface, and a side wall having an inner surface and an outer surface, the side wall extending perpendicularly from the end wall. The inner surface of the end wall and the inner surface of the sidewall form a cavity. The cavity is configured to secure a first end of an object.
Magnetic clasp are added for ease of use as well as therapeutic value. We use magnetic hemitite, swarovski crystal , turquoise , coral , tigers eye , and other semi precious gemstones. Quite lovely , therapeutic , and affordable.
That is the reason why this type of clasp has hitherto enjoyed little success, its use remaining confined to articles of little value for which the safety requirements are less stringent. It is therefore the object of the present invention to provide a magnetic clasp for bracelets, necklaces and similar articles of goldsmithery and jewelry that, thanks to an original configuration of its component elements, succeeds in assuring a high degree of safety, such as to permit its use also for articles of considerable value.
This aim is attained by means of the magnetic clasp in accordance with the present invention, comprising two elements suitable for being fixed to the two ends of an elongated flexible or articulated body that forms a bracelet, a necklace or some similar article of goldsmithery or jewelry, to provide a reversible connection between said ends along a common longitudinal axis, said elements comprising respective small magnetic coupling pads that will lock the elements to each other in a coaxial position, characterized in that the clasp comprises male and female engagement means between the elements that are so shaped to be mutually engaged in a transverse direction with respect to said longitudinal axis to prevent the disconnection of the elements along the longitudinal axis.
