mhurhangee/ep-ind-claims huggingface dataset:
A stud for a shoe comprising: a first part for engaging a ground, wherein the first part a. has a shape which provides for a higher traction along at least a first direction compared to a second direction different from the first direction; b. is adapted, such that it can be secured relative to a shoe sole in at least two different positions, wherein in a first position the first direction is oriented differently relative to the shoe sole than in a second position; and c. comprises essentially a triangular shaped cross section at the surface which is adapted to contact a shoe sole, wherein the cross section of the first part transitions from an essentially triangular shape at its surface which is adapted to contact a shoe sole to a round shape at its opposite surface. a first part for engaging a ground, wherein the first part a. has a shape which provides for a higher traction along at least a first direction compared to a second direction different from the first direction; b. is adapted, such that it can be secured relative to a shoe sole in at least two different positions, wherein in a first position the first direction is oriented differently relative to the shoe sole than in a second position; and c. comprises essentially a triangular shaped cross section at the surface which is adapted to contact a shoe sole, wherein the cross section of the first part transitions from an essentially triangular shape at its surface which is adapted to contact a shoe sole to a round shape at its opposite surface. a. has a shape which provides for a higher traction along at least a first direction compared to a second direction different from the first direction; b. is adapted, such that it can be secured relative to a shoe sole in at least two different positions, wherein in a first position the first direction is oriented differently relative to the shoe sole than in a second position; and c. comprises essentially a triangular shaped cross section at the surface which is adapted to contact a shoe sole, wherein the cross section of the first part transitions from an essentially triangular shape at its surface which is adapted to contact a shoe sole to a round shape at its opposite surface.
A method of depositing a MOF, comprising: depositing a metal solution onto a substrate; spinning the substrate at 500-6000 rpm for a time sufficient to spread the metal solution thoroughly across the substrate; depositing an organic ligand solution onto the substrate; and spinning the substrate at 500-6000 rpm for a time, sufficient for the metal solution to react with the organic ligand solution and form a MOF layer. depositing a metal solution onto a substrate; spinning the substrate at 500-6000 rpm for a time sufficient to spread the metal solution thoroughly across the substrate; depositing an organic ligand solution onto the substrate; and spinning the substrate at 500-6000 rpm for a time, sufficient for the metal solution to react with the organic ligand solution and form a MOF layer.
A method of providing a presence service in a communications system, the system comprising a first user terminal capable of receiving presence status information on a second user terminal, and in response to receiving (2-7, 3-1), in the first user terminal from a network apparatus (XDMS2, PS2), presence status information on the second user terminal and a corresponding presence status information identifier, the method comprises displaying (2-7, 3-2), on the first user terminal, said presence status information and a related command element; wherein, in response to recognising (2-7, 3-3) an act performed by the user of the first user terminal, said act comprising the user entering a presence comment on said presence status information on the second user terminal by means of said command element, the method comprises transmitting (2-8, 3-4) said presence comment and said presence status information identifier from the first user terminal to the network apparatus (IM2, XDMS2, PS2).
A method for increasing the resonant frequency of a hexagonal ferrite material, the method comprising: providing a Y phase hexagonal ferrite material having the composition Sr 2 Co 2 Fe 12 O 22; and doping the hexagonal ferrite with Na, K or other univalent alkali metal on an Sr site and characterised in charge compensating with scandium or indium on a cobalt site. providing a Y phase hexagonal ferrite material having the composition Sr 2 Co 2 Fe 12 O 22; and doping the hexagonal ferrite with Na, K or other univalent alkali metal on an Sr site and characterised in charge compensating with scandium or indium on a cobalt site.
Sliding door arrangement comprising a frame and a leaf of a door, window or the like that is displaceable relative to the frame along a displacement plane (yz), and comprising a running mechanism having at least one carriage (38, 40) supporting the leaf, wherein the leaf can be moved along a projection axis (x) relative to the frame between a projection position and a pressing position, and wherein the leaf is released for displacement along the displacement plane (yz) in the projection position, wherein the running mechanism has at least one guide unit (44, 46) guiding the leaf, wherein the guide unit (44, 46) has at least one bearing element for coupling to the leaf and, as a guide arrangement, a slider arrangement or a roller arrangement for guiding the leaf on the frame, wherein the guide arrangement is guided in a guide rail on the frame, characterized in that - the carriage has a pressure adjustment device with an adjusting element, by means of which the position of a bearing element of the carriage along the projection axis (x) and relative to a roller arrangement of the carriage that is stationary with respect to the projection axis (x) can be adjusted, wherein the leaf is mounted so as to be displaceable along the projection axis (x) relative to the bearing element of the carriage for the movement of the leaf between the projection position and the pressing position, and/or - in that the guide unit has a pressure adjustment device with an adjusting element, by means of which the position of the bearing element of the guide unit along the projection axis (x) and relative to the guide arrangement of the guide unit that is stationary with respect to the projection axis (x) can be adjusted, wherein the leaf is mounted so as to be displaceable along the projection axis (x) relative to the bearing element of the guide unit for the movement of the leaf between the projection position and the pressing position. - the carriage has a pressure adjustment device with an adjusting element, by means of which the position of a bearing element of the carriage along the projection axis (x) and relative to a roller arrangement of the carriage that is stationary with respect to the projection axis (x) can be adjusted, wherein the leaf is mounted so as to be displaceable along the projection axis (x) relative to the bearing element of the carriage for the movement of the leaf between the projection position and the pressing position, and/or - in that the guide unit has a pressure adjustment device with an adjusting element, by means of which the position of the bearing element of the guide unit along the projection axis (x) and relative to the guide arrangement of the guide unit that is stationary with respect to the projection axis (x) can be adjusted, wherein the leaf is mounted so as to be displaceable along the projection axis (x) relative to the bearing element of the guide unit for the movement of the leaf between the projection position and the pressing position.
A contactless power feeder configured to contactlessly feed power to a power receiver, the power feeder including: a primary coil configured to generate magnetic flux by an input AC (alternating current) voltage; and a capacitive sensor including an electrode and a voltage supply unit configured to supply the AC voltage to the electrode; the power feeder further comprising a cover configured to cover the primary coil; wherein the capacitive sensor is configured to supply an AC voltage to the electrode by the voltage supply unit to measure a capacitance occurring between the electrode and foreign matter present around the cover and thereby detect the foreign matter; the power transmission device characterized in that the frequency of the AC voltage of the capacitive sensor is set to be higher than the frequency of the magnetic flux generated by the primary coil. a primary coil configured to generate magnetic flux by an input AC (alternating current) voltage; and a capacitive sensor including an electrode and a voltage supply unit configured to supply the AC voltage to the electrode;
A hearing aid device (10, 10') configured to be worn in or at an ear of a user comprising, at least two environment sound inputs, e.g. microphones (14, 14'), each for receiving sound and generating an electrical sound signal representing sound, a wireless sound input for receiving wireless sound signals, configured to be wirelessly connected to a communication device and to receive wireless sound signals from the communication device, an output transducer configured to stimulate hearing of the hearing aid device user, electric circuitry, a dedicated beamformer-noise-reduction-system comprising a beamformer, CHARACTERIZED IN THAT the hearing aid device further comprises a transmitter unit configured to transmit signals representing sound and/or voice, and in that the electric circuitry - at least in specific modes of operation of the hearing aid device - is operationally coupled to the two or more environment sound inputs (14, 14'), to the wireless sound input, to the output transducer, to the transmitter unit, and to the dedicated beamformer-noise-reduction-system, and the beamformer-noise-reduction-system is configured to retrieve a user voice signal representing the voice of a user from the electrical sound signals, wherein the transmitter unit is configured to be wirelessly connected to the communication device and to transmit the user voice signal to the communication device.
A signal conversion circuit for converting from client signals to an optical transmitted signal, comprising: means for adding new overheads to the client signals; and means for generating transmission signals with new overheads and payloads corresponding to the new overheads, wherein the client signals are contained in the payloads, wherein data storing bits for negative stuffing and stuffing information notification bits in the overhead area, and bits for positive stuffing in the payload area are defined in plurality as stuffing bits for adjusting clock frequencies of the client signals; clock frequency difference detection means for detecting clock frequency differences between a client side with at least two input client signals and a transmission path side; and means for stuff processing by utilizing a plurality of stuffing bits based on the frequency differences detected by the clock frequency difference detection means; and wherein the clock frequency difference detection means is adapted to detect frequency differences by comparing counted numbers of divided clocks in the client side and the transmission path side, the clock frequency difference detection means comprising a plurality of detection circuits for detecting clock frequency differences with frequencies corresponding to different clock division ratios. means for adding new overheads to the client signals; and means for generating transmission signals with new overheads and payloads corresponding to the new overheads, wherein the client signals are contained in the payloads, wherein data storing bits for negative stuffing and stuffing information notification bits in the overhead area, and bits for positive stuffing in the payload area are defined in plurality as stuffing bits for adjusting clock frequencies of the client signals; clock frequency difference detection means for detecting clock frequency differences between a client side with at least two input client signals and a transmission path side; and means for stuff processing by utilizing a plurality of stuffing bits based on the frequency differences detected by the clock frequency difference detection means; and wherein the clock frequency difference detection means is adapted to detect frequency differences by comparing counted numbers of divided clocks in the client side and the transmission path side, the clock frequency difference detection means comprising a plurality of detection circuits for detecting clock frequency differences with frequencies corresponding to different clock division ratios.
A four-way switch including a knob configured to be tilted in four directions to perform a switching operation in the four directions, the four-way switch comprising: a housing to which the knob is attached in a tiltable manner; a stopper formed on a surface of the housing so as to protrude by a predetermined height, the stopper being configured to limit a downward motion of the knob by contacting a portion of a lower surface of the knob while the knob is tilted; a guide protrusion formed on the lower surface of the knob so as to protrude by a predetermined length; and a guide groove portion formed on the surface of the housing so as to protrude by a predetermined height so as to face the guide protrusion, the guide groove portion including a recess portion having a structure that engages with the guide protrusion; characterized in that the stopper includes a total of four stoppers, each of the four stoppers being disposed in a direction away by a predetermined angle from one of the four directions in which the knob performs the switching operation, in a plan view; and each of the stoppers is disposed at a position forming an angle of 45 degrees from one of the four directions of the knob, centered on a tilt central axis of the knob, in a plan view. a housing to which the knob is attached in a tiltable manner; a stopper formed on a surface of the housing so as to protrude by a predetermined height, the stopper being configured to limit a downward motion of the knob by contacting a portion of a lower surface of the knob while the knob is tilted; a guide protrusion formed on the lower surface of the knob so as to protrude by a predetermined length; and a guide groove portion formed on the surface of the housing so as to protrude by a predetermined height so as to face the guide protrusion, the guide groove portion including a recess portion having a structure that engages with the guide protrusion; characterized in that the stopper includes a total of four stoppers, each of the four stoppers being disposed in a direction away by a predetermined angle from one of the four directions in which the knob performs the switching operation, in a plan view; and each of the stoppers is disposed at a position forming an angle of 45 degrees from one of the four directions of the knob, centered on a tilt central axis of the knob, in a plan view.
Head-up display system comprising a combiner to display information in an operating position, wherein the combiner is movable by drive means between the operating position and a storage position in a substantial linear movement in Z-direction to protect the combiner in its storage position with a cover, wherein the drive means comprise a rotation drive means with a motor that drives a gearwheel, wherein the gearwheel is arranged substantially parallel to the combiner in its operating position and its storage position, characterized in that the gearwheel comprises a driver pin that interacts with a slider curved guiding member formed in a first slider of a linear drive means to guide the substantial linear movement of the combiner between its operating position and its storage position, and wherein curved guiding member comprises a sector in which the guiding curve is a segment of a circle with the same midpoint as the gearwheel to enable that a rotation of the gearwheel with the driver pin within that angle sector causes no movement of the combiner in Z-direction.
Apparatus for holding a winding shaft, - by way of which apparatus the shaft can be fixed in a receptacle by at least one body being set against it, - and having a lever which is mounted such that it can be rotated about a first axis, characterized in that the first axis is positioned displaceably with respect to the receptacle. - by way of which apparatus the shaft can be fixed in a receptacle by at least one body being set against it, - and having a lever which is mounted such that it can be rotated about a first axis,
A method of coating a ceramic-containing nuclear fuel rod cladding for a nuclear water reactor, comprising: providing the cladding, comprising: a tubular wall having an interior surface and an exterior surface; a cavity formed by the tubular wall; a first open end; and a second open end; providing a first end plug and a second end plug; inserting the first end plug into the first open end of the cladding; sealing the first end plug; filling the fuel rod cladding with nuclear fuel and a hold down device; inserting the second end plug into the second open end of the cladding; sealing the second end plug; pressurizing the cavity; providing a first composition comprising an oxidation resistant material; providing a second composition comprising silicon carbide; applying the first composition to at least a portion of the exterior surface of the cladding to form a first exterior coating; and applying the second composition to at least a portion of the first exterior coating to form a second exterior coating, comprising: depositing SiC reinforced fibers having voids formed between at least a portion of the SiC reinforced fibers; and depositing a SiC material to at least partially fill the voids formed between at least a portion of the SiC reinforced fibers; wherein the second exterior coating substantially encapsulates the exterior surface of the cladding. providing the cladding, comprising: a tubular wall having an interior surface and an exterior surface; a cavity formed by the tubular wall; a first open end; and a second open end; a tubular wall having an interior surface and an exterior surface; a cavity formed by the tubular wall; a first open end; and a second open end; providing a first end plug and a second end plug; inserting the first end plug into the first open end of the cladding; sealing the first end plug; filling the fuel rod cladding with nuclear fuel and a hold down device; inserting the second end plug into the second open end of the cladding; sealing the second end plug; pressurizing the cavity; providing a first composition comprising an oxidation resistant material; providing a second composition comprising silicon carbide; applying the first composition to at least a portion of the exterior surface of the cladding to form a first exterior coating; and applying the second composition to at least a portion of the first exterior coating to form a second exterior coating, comprising: depositing SiC reinforced fibers having voids formed between at least a portion of the SiC reinforced fibers; and depositing a SiC material to at least partially fill the voids formed between at least a portion of the SiC reinforced fibers; depositing SiC reinforced fibers having voids formed between at least a portion of the SiC reinforced fibers; and depositing a SiC material to at least partially fill the voids formed between at least a portion of the SiC reinforced fibers; wherein the second exterior coating substantially encapsulates the exterior surface of the cladding.
Floor cleaning system, comprising a user-guided floor cleaning machine for cleaning a floor surface, a sensor device, a control device, and an actuatable display device, wherein the floor cleaning machine comprises an operating device for a user, a chassis for moving the cleaning machine over the floor surface, and at least one cleaning device having a cleaning tool and preferably a drive device for the cleaning tool, wherein, during operation of the floor cleaning machine, a cleaning path along which, proceeding from a starting point, the cleaning machine travels over the floor surface is determinable by the control device on the basis of signals from the sensor device, and wherein the control device actuates the display device in order to display cleaning-related information, depending upon the cleaning path along which the cleaning machine is determined to have traveled.
A rewinding machine for producing logs of web material, comprising a first winding roller; a concave plate extending around the first winding roller, said first winding roller and said concave plate defining a feed channel of the web material; a feed path of the web material extending along said channel; upstream of said concave plate, a moving member having a pinching surface cooperating with said first winding roller to pinch the web material against the first winding roller; wherein said moving member is arranged and controlled to pinch the web material against the surface of the first winding roller and decelerate the web material between the moving member and the surface of the first winding roller, causing a leading edge to wind around itself to form a winding nucleus of a log (L; L1).
A method for communicating a plurality of medium access control, MAC, frames in a visible light communication, VLC, network, each MAC frame associated with a configurable MAC frame structure and having a plurality of slots, the MAC frame structure configurable for multiple VLC topologies, the method comprising: providing a single MAC frame structure to support the multiple VLC topologies, wherein, depending on the VLC topology, the plurality of slots of the MAC frame are configured for transmission of at least one type of data among payload data, beaconing, contention management, uplink, downlink, and visibility support, and wherein the multiple VLC topologies comprise peer-to-peer topology, broadcast topology, star topology and topologies using visibility support techniques; and transmitting a plurality of frames comprising a plurality of frame types using the single MAC frame structure, the plurality of frame types comprising data, beacon, command, acknowledgement, and color-visibility-dimming, CVD, frames. providing a single MAC frame structure to support the multiple VLC topologies, wherein, depending on the VLC topology, the plurality of slots of the MAC frame are configured for transmission of at least one type of data among payload data, beaconing, contention management, uplink, downlink, and visibility support, and wherein the multiple VLC topologies comprise peer-to-peer topology, broadcast topology, star topology and topologies using visibility support techniques; and transmitting a plurality of frames comprising a plurality of frame types using the single MAC frame structure, the plurality of frame types comprising data, beacon, command, acknowledgement, and color-visibility-dimming, CVD, frames.