Method and device for transmitting force magnetically

H - Electricity – 02 – K

Patent

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H02K 49/10 (2006.01)

Patent

CA 2428419

The present invention relates to a method and a device for transmitting force, in particular an impetus, by magnetic interaction. Thereby, a plurality of supports are fitted with one or more magnets and rotatably supported by bearing means. Each support is connected to one or more freewheel means, i.e. freewheeling bearings, so that each support can be put into rotation or motion, about an axis of rotation or along a straight or curved path in only one direction. Also, each supports is fitted with one or more individual magnets in a predetermined arrangement. A plurality of such supports are arranged at a distance relative to one another in such a way that an impetus transmitted to a first support is transmitted by this first support to an adjacent second support by magnetic interaction, is transmitted by said second support to the third support adjacent said second support, and so on. It is of importance that the freewheel means make it impossible for a support which has been set in motion to go into reverse and this causes virtually the whole of the impetus to be transmitted to whichever is the next support at the time. Hence a starting impetus to be transmitted to whichever is the next support at the time. Hence a starting impetus, having once been transmitted to the magnetic impetus-transmitting device from an external source of impetus, can be transmitted for long distances with virtually no losses in a similar way to a wave. If the distance is a closed loop, e.g. a circle, the impetus can be maintained for quite long periods.

La présente invention concerne un procédé et un dispositif pour transmettre une force, en particulier, un impulsion, par interaction magnétique. Ainsi, plusieurs supports sont équipés d'un ou plusieurs aimants et supportés en vue de leur rotation par des moyens formant paliers. Chaque support est relié à un ou plusieurs moyens formant roues libres, c'est-à-dire, des paliers de roues libres, de telle sorte que chaque support peut entrer en rotation ou en mouvement, autour d'un axe de rotation ou le long d'une trajectoire droite ou incurvée dans un seul sens. En outre, chaque support est équipé d'un ou plusieurs aimants individuels dans une disposition prédéterminée. Plusieurs supports de ce type sont placés à une certaine distance les uns par rapport aux autres de telle sorte qu'un impulsion transmise à un premier support est transmise par ce premier support à un deuxième support adjacent par interaction magnétique, puis est transmis par ledit deuxième support au troisième support adjacent, et ainsi de suite. Il est capital que les moyens formant roues libres empêchent un support en mouvement de se déplacer en sens inverse, ce qui assure la transmission de la totalité de l'impulsion au support suivant à ce moment-là. Ainsi, une impulsion de démarrage, une fois transmise au dispositif de transmission de l'impulsion magnétique à partir d'une source externe d'impulsion peut être transmise sur des longues distances sans pertes d'aucune sorte, de la même manière qu'une onde. Si la distance est une boucle fermée, par exemple, un cercle, l'impulsion peut être maintenue pendant de longues périodes.

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