FR2683151A1 - Device for rendering magnetic (magnetising) collars, bracelets, belts made of plastics, wood, metal - Google Patents

Abstract

The invention relates to a device making it possible to incorporate in a non-magnetic support anisotropic permanent magnets isolated from external aggression and retaining remainant induction. It consists of a main body (1) comprising at (d) an anisotropic and permanent magnet whose poles are suitably oriented and which will be screwed into the body 2, solidly attaching them to each other. The device according to the invention is intended to allow the user to wear an aesthetic jewellery item in conjunction with the curative effect of the incorporated magnets.

Description

The present invention consists in incorporating magnets in a support, for example, a wrist bracelet, in order to use the magnetism given off by the magnets in contact with the skin, for a therapeutic purpose.

The device according to the invention makes it possible to create jewelry made of synthetic material or non-magnetic metal, having the capacity to integrate magnetic bodies such as anisotropic magnets and to keep them with a good remanent induction.

For centuries, magnetic stones and magnets have been and are used by men for curative care. Placed in leather canvas supports, in our plastic era, making bracelets, necklaces, belts, they are difficult to carry continuously, annoying, unsightly and above all a significant residual induction loss, the magnets being isotropic .

The present invention consists in creating real jewelry made of non-magnetic material or metal, plastic, silver gold, copper, etc. and incorporating therein anisotropic miniaturized, inviolable, invisible magnets, impervious to any infiltration of any kind. either - water, vapor, dust - and retaining significant residual induction.

According to particular embodiments, the bracelets can have symmetrical, asymmetrical, round, square, oval shapes with streaks, engravings, gaudrons or the like above. Be in one or more parts in these different shapes, held together by one or more joints, pins, rings, chains, etc.

The magnets incorporated may be of different shapes: cylindrical, cubic, parallelepipedic, etc. They must be anisotropic, have a high GAUSS power compared to their volume, waterproof and a good residual induction.

The accompanying drawings illustrate the invention: FIG. 1 showing in section the device according to the invention.

Figure 2 shows in section, a variant of this device.

With reference to these drawings, the device comprises a cylindrical metal body (1) representing a part of the bracelet assembly, with at its ends threads (a) and windows (b).

A second hollow body (2) in its center also comprising a female thread (c).

A magnet (d) will be embedded in the window (b). The body 1 will be screwed by (a) into the body 2 at (c), ensuring rigidity of the assembly and perfect sealing of the magnet to external agents.

The bodies 1 and 2 can be fixed to each other by any other means such as crimping, gluing, pinning, etc.

According to a variant not illustrated, the supports 1 and 2 may include covers of the section of the magnets, said magnets being inserted therein and protected from external actions by the means already described.

By way of nonlimiting example, the whole bracelet will have a dimension of the order of 15 to 20 centimeters for the length, from 4 to 7 m / m for the width and ditto for the height.

The device according to the invention is particularly intended to incorporate into a non-magnetic support, for example, a bracelet, anisotropic magnets, isolated from all external agents and having retained good residual induction.

Claims (4)

I / Device for making bracelets, necklaces, belts magnetic by incorporating miniaturized magnets into non-magnetic supports such as plastics, metals, wood, connected to each other, characterized in that they comprise a body (I ) fitted with threaded or non-threaded ends (a) and having in their center a window (b) receiving a magnet. 2 / Device according to claim I characterized by a body (2) of the same section and internal length as (a) of (I). 3 / Device according to the claims I characterized by a magnet (d) embedded in the window (b) of (I). 4 / Device according to claim I characterized in that the body (I) will fit into (2) by screw -sage, bonding, crimping or any other process making them integral with each other ensuring a perfect seal of the magnet (d)