mhurhangee/ep-ind-claims huggingface dataset:
A non-contact power transmission apparatus, comprising: a power supply circuit configured to generate electrical power; a switch connected to an output of the power supply circuit; a first rectangular coil power transmission antenna connected to a first output of the switch via a first matching circuit; a second rectangular coil power transmission antenna connected to a second output of the switch via a second matching circuit; a communication interface configured to communicate with a device; and a control unit configured to control the switch based on a state of the device obtained via the communication interface; wherein the area defined by the periphery of the second rectangular coil power transmission antenna is larger than the area defined by the periphery of the first rectangular coil power transmission antenna and characterised in that the area defined by the periphery of the second rectangular coil power transmission antenna is located on a parallel plane to the first rectangular coil power transmission antenna and is configured such that the second rectangular coil power transmission antenna in its plane extends around the first rectangular coil power transmission antenna in its plane. a power supply circuit configured to generate electrical power; a switch connected to an output of the power supply circuit; a first rectangular coil power transmission antenna connected to a first output of the switch via a first matching circuit; a second rectangular coil power transmission antenna connected to a second output of the switch via a second matching circuit; a communication interface configured to communicate with a device; and a control unit configured to control the switch based on a state of the device obtained via the communication interface; wherein the area defined by the periphery of the second rectangular coil power transmission antenna is larger than the area defined by the periphery of the first rectangular coil power transmission antenna and characterised in that the area defined by the periphery of the second rectangular coil power transmission antenna is located on a parallel plane to the first rectangular coil power transmission antenna and is configured such that the second rectangular coil power transmission antenna in its plane extends around the first rectangular coil power transmission antenna in its plane.
Electronic authentication device for a bottle for which the neck is closed off by a stopper covered with a long and narrow capsule, said device designed to be placed between said bottle and said capsule comprising an electronic circuit comprising a flexible insulating support on which there is at least one conducting wire in the longitudinal direction without overlapping, forming the tracks of said circuit, said electronic circuit comprising: - an electronic chip storing identification data containing at least one piece of information related to the content of said bottle, and - an antenna configured to cooperate with said chip for contactless transmission of at least one item of identification data to an external reader, for example when said antenna is within the coverage range of said reader, said device 100) being characterised in that said electronic circuit comprises pierced stopper detection means at least partially covering said neck when said device is positioned between said bottle and said capsule, and electrically connected to said electronic chip through the tracks of said circuit, said electronic chip being configured so as to determine that the stopper has been pierced or removed when the electrical connection with the pierced stopper detection means is broken. - an electronic chip storing identification data containing at least one piece of information related to the content of said bottle, and - an antenna configured to cooperate with said chip for contactless transmission of at least one item of identification data to an external reader, for example when said antenna is within the coverage range of said reader,
Bobbin-changing device for a winding machine comprising: - a first feed path of plates bearing bobbins which comprise a tube on which a yarn is wound, the plates comprising an enlarged base supporting a collar and an upper central pin on which said tube is engaged, said first feed path being shaped to feed a plurality of plates bearing bobbins to be unraveled, - an input disc, arranged so as to intercept the first feed path, rotatable around a first axis of rotation, and comprising a first side wall shaped with first curvilinear sections provided with at least a first recess or radial seat, with convexity facing said first axis of rotation, configured to selectively retain and release at least one bobbin-holder plate, - an output disc, rotatable about a second axis of rotation, comprising a second side wall shaped with second curvilinear sections provided with at least one second recess or radial seat, with convexity facing said second axis of rotation, configured to retain a bobbin-holder plate received from the input disc and release the plate supporting the tube of said bobbin after it has been unraveled, - a second release path of the bobbin-holder plates shaped and positioned so as to receive said plates released from the output disc, - a branch connecting the first feed path and the second release path and intercepting the input disc and the output disc to allow the exchange of bobbin-holder plates between the input disc and the output disc. - a first feed path of plates bearing bobbins which comprise a tube on which a yarn is wound, the plates comprising an enlarged base supporting a collar and an upper central pin on which said tube is engaged, said first feed path being shaped to feed a plurality of plates bearing bobbins to be unraveled, - an input disc, arranged so as to intercept the first feed path, rotatable around a first axis of rotation, and comprising a first side wall shaped with first curvilinear sections provided with at least a first recess or radial seat, with convexity facing said first axis of rotation, configured to selectively retain and release at least one bobbin-holder plate, - an output disc, rotatable about a second axis of rotation, comprising a second side wall shaped with second curvilinear sections provided with at least one second recess or radial seat, with convexity facing said second axis of rotation, configured to retain a bobbin-holder plate received from the input disc and release the plate supporting the tube of said bobbin after it has been unraveled, - a second release path of the bobbin-holder plates shaped and positioned so as to receive said plates released from the output disc, - a branch connecting the first feed path and the second release path and intercepting the input disc and the output disc to allow the exchange of bobbin-holder plates between the input disc and the output disc.
A map display device, comprising: a map display control unit adapted to display a map upon a display monitor; a map scroll unit adapted to scroll the map; a weather information reception unit adapted to receive weather information; and a weather information display control unit adapted to display the weather information as overlaid upon the map, using weather information image data created on the basis of the weather information, characterized in that the weather information display control unit is further adapted to: display weather information over the map after scrolling using weather information image data created before the map is scrolled, if the scale of the map being displayed on the display monitor is less than a predetermined value; and display weather information over the map after scrolling using weather information image data created after the map is scrolled, if the scale of the map being displayed on the display monitor is greater than or equal to the predetermined value. a map display control unit adapted to display a map upon a display monitor; a map scroll unit adapted to scroll the map; a weather information reception unit adapted to receive weather information; and a weather information display control unit adapted to display the weather information as overlaid upon the map, using weather information image data created on the basis of the weather information, characterized in that display weather information over the map after scrolling using weather information image data created before the map is scrolled, if the scale of the map being displayed on the display monitor is less than a predetermined value; and display weather information over the map after scrolling using weather information image data created after the map is scrolled, if the scale of the map being displayed on the display monitor is greater than or equal to the predetermined value.
A MEMS-type resonator comprising a substrate in which an input electrode for a high frequency signal, an output electrode for a high frequency signal, and wirings disposed outside of the input and output electrodes (14, 15) are formed and a beam configured as oscillation electrode formed on the substrate, wherein two anchor portions (19A, 19B) are provided between said beam and said wirings; at least one support column is provided between said substrate and said beam at a position corresponding to a node of a desired oscillation mode of said beam; and wherein said support column is formed such that one end thereof is integrated with said substrate and the other end thereof is formed not to contact with said beam wherein the at least one support column is adapted to prevent sticking of said beam to the side of the substrate.
A method of controlling aerosol production in an electrically heated smoking device, the device comprising: a heater comprising at least one heating element; and a power source for providing power to the heating element, comprising the steps of: determining the temperature of the heating element; and adjusting the power to the heating element to maintain the temperature of the heating element within a desired temperature range, wherein the desired temperature range is dynamically calculated based on a measured flow rate of gas through or past the device. a heater comprising at least one heating element; and a power source for providing power to the heating element, comprising the steps of: determining the temperature of the heating element; and adjusting the power to the heating element to maintain the temperature of the heating element within a desired temperature range, wherein the desired temperature range is dynamically calculated based on a measured flow rate of gas through or past the device. determining the temperature of the heating element; and adjusting the power to the heating element to maintain the temperature of the heating element within a desired temperature range, wherein the desired temperature range is dynamically calculated based on a measured flow rate of gas through or past the device.
A pivot pin for an epicyclic gear train sliding bearing, the pivot pin having a portion forming a central shank extending around an axial passage having an axis, and axially opposed circumferential grooves (25a,25b) which are open laterally and which radially separate two axially opposed lateral end portions (230a,230b) of the central shank from two cantilevered lateral portions (27a,27b), each circumferential groove (25a,25b) having at least one depth, in a direction in which the circumferential groove (25a,25b) extends inwardly of the pivot pin, from a free lateral end (250a,250b) of one of said cantilevered lateral portions (27a,27b) to a bottom end (35a,35b) of the circumferential groove (25a,25b), characterised in that, with respect to a plane perpendicular to said axis of the axial passage and passing through the axial centre of the axial passage, the axial distance between said plane and the bottom end of one of the circumferential grooves is smaller than the axial distance between said plane and the bottom end of the axially opposite circumferential groove.
A dental appliance selected from the group consisting of a relined full denture and relined partial denture, comprising a reline material applied to a prepared surface of a denture base containing a fluorescent agent, which prepared surface is a bonding agent applied to an outer surface of the denture base where the fluorescing agent is visually perceptible.
Hydraulic circuit for a multi-surface cylinder, which has a piston with two retraction surfaces (A2, A3) and a deployment surface, wherein the circuit has a hydraulic machine and control valves (58, 64) for switching over between a rapid-traverse stroke and a force stroke of the piston, wherein the first retraction surface and the deployment surface can be switched to regeneration using the control valves (58, 64) for the rapid-traverse stroke, and wherein both retraction surfaces (A2, A3) can be interconnected using the control valves (58, 64) for the force stroke, wherein the hydraulic machine is reversible, wherein a first control valve of the control valves (58, 64) is provided in the pressure medium flow path between the hydraulic machine and the first retraction surface and a second control valve of the control valves (58, 64) is provided fluidically in series with the first control valve in the pressure medium flow path between this first control valve and the deployment surface, wherein a shut-off valve is provided in the pressure medium flow path between the hydraulic machine and the deployment surface, and wherein a compensating accumulator is provided, characterized in that the compensating accumulator is connected via a first accumulator valve to a pressure medium flow path between the hydraulic machine and the first control valve and via a second accumulator valve to a pressure medium flow path between the hydraulic machine and the shut-off valve, and in that a check valve (92, 96) which closes towards the compensating accumulator is provided fluidically in parallel with respect to a respective accumulator valve (84, 86).
A heat exchanger comprising: a first header unit including a first header and a second header; a second header unit including a third header and a fourth header; a first heat exchanging unit arranged between the first header of the first header unit and the third header of the second header unit; and a second heat exchanging unit arranged between the second header of the first header unit and the fourth header of the second header unit, wherein each of the first header of the first header unit and the third and fourth headers (21, 22) of the second header unit is partitioned into a plurality of sections by at least one plate to define a plurality of refrigerant circuits (101, 102), through which a plurality of refrigerant flows pass, the second header of the first header unit has a single section to allow refrigerant to flow in the second header of the first header unit in the form of a unified flow, and the second header of the first header unit communicates with a single refrigerant discharge pipe, characterized in that each section of the first header of the first header unit communicates with one of a plurality of refrigerant introduction pipes (81, 82). a first header unit including a first header and a second header; a second header unit including a third header and a fourth header; a first heat exchanging unit arranged between the first header of the first header unit and the third header of the second header unit; and a second heat exchanging unit arranged between the second header of the first header unit and the fourth header of the second header unit, wherein each of the first header of the first header unit and the third and fourth headers (21, 22) of the second header unit is partitioned into a plurality of sections by at least one plate to define a plurality of refrigerant circuits (101, 102), through which a plurality of refrigerant flows pass, the second header of the first header unit has a single section to allow refrigerant to flow in the second header of the first header unit in the form of a unified flow, and the second header of the first header unit communicates with a single refrigerant discharge pipe, characterized in that each section of the first header of the first header unit communicates with one of a plurality of refrigerant introduction pipes (81, 82).
A method for monitoring components in an exhaust after treatment system (EATS) for a diesel engine, the EATS comprising, in order from upstream to downstream, an AHI nozzle, a diesel oxidation catalyst, a diesel particulate filter, and a selective catalytic reduction catalyst system, comprising: measuring heat released (QDOC) across the DOC during an AHI injection event; measuring heat release from AHI fuel (QEATS) across the DOC and the DPF during the AHI injection event; measuring NOX conversion efficiency (ηSCR) from NOX to N2 across the SCR while AHI is not in use; calculating heat input from AHI fuel (QAHI) during performance of the AHI injection event with a fully functioning AHI nozzle; calculating a DOC HC Slip Factor = 1 - (QDOC/QEATS); calculating an AHI Flow Loss Factor = 1 - (QEATS/QAHI); and identifying a malfunctioning AHI nozzle, DOC, DPF, or SCR by comparing each of calculated DOC HC Slip Factor, calculated AHI Flow Loss Factor, and measured NOX conversion efficiency with desired values. measuring heat released (QDOC) across the DOC during an AHI injection event; measuring heat release from AHI fuel (QEATS) across the DOC and the DPF during the AHI injection event; measuring NOX conversion efficiency (ηSCR) from NOX to N2 across the SCR while AHI is not in use; calculating heat input from AHI fuel (QAHI) during performance of the AHI injection event with a fully functioning AHI nozzle; calculating a DOC HC Slip Factor = 1 - (QDOC/QEATS); calculating an AHI Flow Loss Factor = 1 - (QEATS/QAHI); and identifying a malfunctioning AHI nozzle, DOC, DPF, or SCR by comparing each of calculated DOC HC Slip Factor, calculated AHI Flow Loss Factor, and measured NOX conversion efficiency with desired values.
A method performed by a network node in a communication network for handling data of objects in the communication network, wherein the method comprises: - determining (204,402) a position of an object based on a signal strength or a signal quality of a beamforming transmission, wherein the beamforming transmission comprises transmitted radio beams that swipe a surrounding, and wherein determining the position of the object comprises analysing the signal strength or the signal quality of the transmitted radio beams and comparing the signal strength or the signal quality with signal strength or signal quality from a previous beamforming transmission that swipe the surrounding characterized in that the method further comprises - managing (205,409) traffic in an area based on the determined position of the object, wherein managing the traffic in the area comprises allocating road space for one or more pedestrians by adding a virtual zebra crossing in a virtual traffic map; and - providing (206,410) an output indicating the determined position of the object by sending information to one or more vehicles indicating the virtual zebra crossing. - determining (204,402) a position of an object based on a signal strength or a signal quality of a beamforming transmission, wherein the beamforming transmission comprises transmitted radio beams that swipe a surrounding, and wherein determining the position of the object comprises analysing the signal strength or the signal quality of the transmitted radio beams and comparing the signal strength or the signal quality with signal strength or signal quality from a previous beamforming transmission that swipe the surrounding characterized in that the method further comprises - managing (205,409) traffic in an area based on the determined position of the object, wherein managing the traffic in the area comprises allocating road space for one or more pedestrians by adding a virtual zebra crossing in a virtual traffic map; and - providing (206,410) an output indicating the determined position of the object by sending information to one or more vehicles indicating the virtual zebra crossing.
An arousal-level determining apparatus comprising: a generating unit that is configured to generate heartbeat-interval variation data, which indicates changes in heartbeat intervals, on the basis of heartbeat signals indicating heartbeats of a subject; a calculating unit that is configured to apply a plurality of times a band-pass filter, which allows passage of a frequency band of certain range of frequencies, to the heartbeat-interval variation data, the frequency band being changed for each of the times by shifting a previously applied frequency band by an amount smaller than the passband width of said filter such that, the changed frequency band partially overlaps with the previously applied frequency band, and calculate spectral densities respectively for each frequency band applied with the band-pass filter; an identifying unit that is configured to identify a feature point corresponding to a peak in the spectral densities calculated by the calculating unit; and a determining unit that is configured to determine arousal level of the subject on the basis of the feature point identified by the identifying unit. a generating unit that is configured to generate heartbeat-interval variation data, which indicates changes in heartbeat intervals, on the basis of heartbeat signals indicating heartbeats of a subject; a calculating unit that is configured to apply a plurality of times a band-pass filter, which allows passage of a frequency band of certain range of frequencies, to the heartbeat-interval variation data, the frequency band being changed for each of the times by shifting a previously applied frequency band by an amount smaller than the passband width of said filter such that, the changed frequency band partially overlaps with the previously applied frequency band, and calculate spectral densities respectively for each frequency band applied with the band-pass filter; an identifying unit that is configured to identify a feature point corresponding to a peak in the spectral densities calculated by the calculating unit; and a determining unit that is configured to determine arousal level of the subject on the basis of the feature point identified by the identifying unit.
A method of using a remote control (10, 90) to provide relevant content to a user, comprising: displaying to the user a list of favourites associated with a device to be controlled; accepting input by which the user selects one of the favourites from the list of favourites; and transmitting command codes to the device to be controlled to cause the device to be controlled to access the user selected favourite, the method being characterised in that, simultaneously to transmitting the command codes, the remote control retrieves Web content associated with the user selected favourite from a URL associated in the remote control with that favourite and displays that content.