Abstract:
The invention relates to an induction generator (1) for a wireless switch, comprising a magnetic element (20) having a north pole contact section (27) and a south pole contact section (25), and comprising a coil core (11), which comprises pole contact sections (15) that can be contacted with the north pole contact section (27) and the south pole contact section (25), wherein the magnetic element (20) and the coil core (11) are arranged such as to be movable relative to one another, such that a reversal of the magnetic flux direction in the coil core (11) can be generated during a switch between a first (Y1) and a second idle position (Y3), which define a movement direction (X; Y) for the relative movement and in which the north pole contact section (27) and south pole contact section (25) contact the respective associated pole contact sections (15), respectively, characterized in that the induction generator (1) comprises a magnetizable sliding contact section (31) for the sliding guidance of the relative movement between the coil core (11) and magnetic element (20), said sliding contact section extending parallel to the movement direction (X; Y).
Abstract:
A wireless control system includes multiple wireless transmitters and a control circuit configured to transmit information from the wireless transmitters, wherein the control circuit is configured to selectably enable and disable each of the wireless transmitters.
Abstract:
Induktionsgenerator (1) für einen Funkschalter umfassend ein Magnetelement (20) mit einem Nordpolkontaktabschnitt (27) und einem Südpolkontaktabschnitt (25), und einen Spulenkern (11), der mit dem Nordpolkontaktabschnitt (27) und dem Südpolkontaktabschnitt (25) kontaktierbare Polkontaktabschnitte (15) aufweist, wobei das Magnetelement (20) und der Spulenkern (11) zueinander relativ beweglich derart angeordnet sind, dass eine Magnetflussrichtungsumkehr in dem Spulenkern (11) bei Wechsel zwischen einer eine Bewegungsrichtung (X; Y) für die Relativbewegung definierenden ersten (Y1) und zweiten Ruhestellung (Y3), in welcher jeweils der Nordpol- (27) und Südpolkontaktabschnitt (25) die jeweilig zugeordneten Polkontaktabschnitte (15) kontaktieren, erzeugbar ist, dadurch gekennzeichnet, dass der Induktionsgenerator (1) einen sich parallel zu der Bewegungsrichtung (X; Y) erstreckenden magnetisierbaren Gleitkontaktabschnitt (31) zur gleitenden Führung der Relativbewegung zwischen Spulenkern (11) und Magnetelement (20) aufweist.
Abstract:
The invention relates to an identification device (5) for a remote control arrangement of a vehicle (9), comprising a first communication module (6a) configured for wirelessly transmitting a remote control signal (15) to the vehicle (9), a second communication module (6b) configured for wireless communication with a control device (3), and having an energy supply unit (8) configured for generating electrical energy out of the wireless communication with the control device (3) for supplying the first communication module (6a) with that generated electrical energy, wherein the first communication module (6a) and the second communication module (6b) operate at different frequencies and to a remote control arrangement (1) for a vehicle (9) comprising such an identification device (5).
Abstract:
A wireless command device adapted to cooperate with a command regenerator device is described, said command device comprising: - a command transmitter adapted to issue a command signal receivable by the command regenerator device; - an activation transmitter adapted to send an activation signal for activating the command regenerator device; - energy collecting means arranged to collect energy from electromagnetic waves picked up by a main antenna connected thereto; - processing means configured for determining if said command device has sufficient energy to issue the command signal; said activation signal being adapted to activate energy irradiating means included in the command regenerator device, said energy irradiating means being adapted to irradiate electromagnetic waves with at least a first power value Pc capable of powering the command device for the purpose of issuing the command signal.
Abstract:
A method, performed by a tag device that is coupled to an electronic device, for initiating a function in the electronic device includes receiving a signal from an interrogator device. The method also includes determining from the signal to initiate a function in the electronic device, and signaling the electronic device to initiate the function.
Abstract:
The invention relates to an induction generator (1) for a wireless switch, comprising a magnetic element (20) having a north pole contact section (27) and a south pole contact section (25), and comprising a coil core (11), which comprises pole contact sections (15) that can be contacted with the north pole contact section (27) and the south pole contact section (25), wherein the magnetic element (20) and the coil core (11) are arranged such as to be movable relative to one another, such that a reversal of the magnetic flux direction in the coil core (11) can be generated during a switch between a first (Y1) and a second idle position (Y3), which define a movement direction (X; Y) for the relative movement and in which the north pole contact section (27) and south pole contact section (25) contact the respective associated pole contact sections (15), respectively, characterized in that the induction generator (1) comprises a magnetizable sliding contact section (31) for the sliding guidance of the relative movement between the coil core (11) and magnetic element (20), said sliding contact section extending parallel to the movement direction (X; Y).