mhurhangee/ep-ind-claims huggingface dataset:
A control method of a smart card (20, 50), said smart card (20, 50) including a microcontroller (22, 22', 52), a fingerprint sensor (24, 24', 54) and a light-emitting element (26, 56), an operation of said smart card (20, 50) including a plurality of indication periods (Ti1~Ti5), said light-emitting element (26, 56) indicating operation statuses of said smart card (20, 50) in said plurality of indication periods (Ti1~Ti5), characterized in that the control method comprises the steps of: generating a light source control signal; and controlling a current (Is) supplied to said light-emitting element (26, 56) by said microcontroller (22, 22', 52) according to said light source control signal, wherein a first indication period of said plurality of indication periods (Ti1~Ti5) comprises at least one power-saving period (P1~P4), and said current (Is) supplied to said light-emitting element (26, 56) is decreased or zero in said at least one power-saving period (P1~P4), wherein each of said power-saving periods (P1~P4) corresponds to a high current consumption of said microcontroller (22, 22', 52), said fingerprint sensor (24, 24', 54) or said smart card (20, 50), and each of said power-saving period (P1~P4) is so short that a user will feel that said light emitting element (26, 56) is always lightened in said first indication period. generating a light source control signal; and controlling a current (Is) supplied to said light-emitting element (26, 56) by said microcontroller (22, 22', 52) according to said light source control signal, wherein a first indication period of said plurality of indication periods (Ti1~Ti5) comprises at least one power-saving period (P1~P4), and said current (Is) supplied to said light-emitting element (26, 56) is decreased or zero in said at least one power-saving period (P1~P4), wherein each of said power-saving periods (P1~P4) corresponds to a high current consumption of said microcontroller (22, 22', 52), said fingerprint sensor (24, 24', 54) or said smart card (20, 50), and each of said power-saving period (P1~P4) is so short that a user will feel that said light emitting element (26, 56) is always lightened in said first indication period.
A computer program which, when executed on a computer, causes the computer to perform a procedure, the procedure comprising: setting a first point on a first part represented in a plurality of tomographic images (1a, 1b, 1c, and 1d) of an organ; determining a relative position of the first point with respect to a reference position of the first part represented in the plurality of tomographic images (1a, 1b, 1c, and 1d) and a reference position of a second part represented in the plurality of tomographic images (1a, 1b, 1c, and 1d); setting a second point in association with the first point, on a first part in a 3D model representing a structure of the organ, such that a relative position of the second point with respect to a reference position of the first part in the 3D model and a reference position of a second part in the 3D model matches the relative position of the first point; and deforming the 3D model such that, when the plurality of tomographic images (1a, 1b, 1c, and 1d) and the 3D model are placed in a same coordinate system, a position of the second point matches a position of the first point corresponding to the second point. setting a first point on a first part represented in a plurality of tomographic images (1a, 1b, 1c, and 1d) of an organ; determining a relative position of the first point with respect to a reference position of the first part represented in the plurality of tomographic images (1a, 1b, 1c, and 1d) and a reference position of a second part represented in the plurality of tomographic images (1a, 1b, 1c, and 1d); setting a second point in association with the first point, on a first part in a 3D model representing a structure of the organ, such that a relative position of the second point with respect to a reference position of the first part in the 3D model and a reference position of a second part in the 3D model matches the relative position of the first point; and deforming the 3D model such that, when the plurality of tomographic images (1a, 1b, 1c, and 1d) and the 3D model are placed in a same coordinate system, a position of the second point matches a position of the first point corresponding to the second point.
An automated drive device that automatically stops a vehicle in a pick-up and drop-off area in which a passenger gets on and off the vehicle, the automated drive device comprising: at least one processor configured to acquire a type of the passenger (21, 22, 23) before the vehicle reaches the pick-up and drop-off area as a first process, and change a behavior for stopping the vehicle in the pick-up and drop-off area in accordance with the type of the passenger as a second process; and at least one memory that stores a program and information to be read by the at least one processor, wherein the at least one processor is configured to: perform a first approaching operation to cause the vehicle to approach the pick-up and drop-off area in the second process when the type of the passenger acquired in the first process is a vulnerable pedestrian; and perform a second approaching operation to cause the vehicle to approach the pick-up and drop-off area in the second process when the type of the passenger acquired in the first process is not a vulnerable pedestrian, characterized in that position at which an advancing direction of the vehicle is varied in the second approaching operation is closer to a waiting position of the passenger than a position at which the advancing direction of the vehicle is varied in the first approaching operation, the waiting position being a position at which the passenger waits to get on and off the vehicle. at least one processor configured to acquire a type of the passenger (21, 22, 23) before the vehicle reaches the pick-up and drop-off area as a first process, and change a behavior for stopping the vehicle in the pick-up and drop-off area in accordance with the type of the passenger as a second process; and acquire a type of the passenger (21, 22, 23) before the vehicle reaches the pick-up and drop-off area as a first process, and change a behavior for stopping the vehicle in the pick-up and drop-off area in accordance with the type of the passenger as a second process; and at least one memory that stores a program and information to be read by the at least one processor, perform a first approaching operation to cause the vehicle to approach the pick-up and drop-off area in the second process when the type of the passenger acquired in the first process is a vulnerable pedestrian; and perform a second approaching operation to cause the vehicle to approach the pick-up and drop-off area in the second process when the type of the passenger acquired in the first process is not a vulnerable pedestrian, characterized in that position at which an advancing direction of the vehicle is varied in the second approaching operation is closer to a waiting position of the passenger than a position at which the advancing direction of the vehicle is varied in the first approaching operation, the waiting position being a position at which the passenger waits to get on and off the vehicle.
A switch lock device of a railway switching actuator connected to a switching slide and a tie bar/locking slide of said actuator, said switching slide and a tie bar/locking slide being slidable one over the other so as to lock a blade of a railway switch in a closed position, the switch lock comprising an oscillating catch unit articulated at the end of the tie bar in an oscillating way between two positions wherein it engages respectively a stationary step of a casing of the actuator and a head surface of the switching slide, wherein the oscillating catch unit is linked to the end of the tie bar by means of a spring actuated mechanism, characterised in that the spring actuated mechanism is arranged to block the oscillation of the oscillating catch unit in an unlocked position corresponding to the engagement of the switching slide so that, when during a switching maneuver the tie bar exercises a compression on the spring actuated mechanism, the oscillating catch unit is made free to oscillate towards a locking position in which it engages the step of the casing of the actuator.
A wireless charger base for use in an aircraft comprising: a wireless charger configured to transmit a wireless power signal; a back cover configured to be coupled to the aircraft; a case coupled to the back cover such that the back cover and the case define a volume in which the wireless charger is positioned; and a first base magnet, characterised in that the base further comprises a padding or a spring coupled between the wireless charger and the back cover, which is compressed in response to the back cover being coupled to the case and exerts a force onto the wireless charger to reduce the likelihood of the wireless charger moving relative to the case and the back cover. a wireless charger configured to transmit a wireless power signal; a back cover configured to be coupled to the aircraft; a case coupled to the back cover such that the back cover and the case define a volume in which the wireless charger is positioned; and a first base magnet, characterised in that the base further comprises a padding or a spring coupled between the wireless charger and the back cover, which is compressed in response to the back cover being coupled to the case and exerts a force onto the wireless charger to reduce the likelihood of the wireless charger moving relative to the case and the back cover.
A shunt resistor based current sensor comprising: a busbar that includes a shunt resistor portion, and that has a substantially planar plate shape; a circuit board that is disposed on the busbar; a pair of connection terminal portions that are disposed corresponding to both end portions of the shunt resistor portion, and that are electrically connected to the circuit board; a voltage detecting unit that is disposed on the circuit board, and that detects a value of a voltage which is applied to the circuit board through the pair of connection terminal portions, in order to detect a magnitude of a current to be measured flowing through the busbar; and a temperature detecting unit that is disposed on the circuit board, and that detects a temperature of a vicinity of the busbar in order to allow the voltage detecting unit to perform correction, characterized in that the temperature detecting unit is placed positionally corresponding to a central portion of the shunt resistor portion in the busbar, wherein the busbar further has a connecting portion which is connected to the circuit board by deforming a part of the busbar toward the circuit board. a busbar that includes a shunt resistor portion, and that has a substantially planar plate shape; a circuit board that is disposed on the busbar; a pair of connection terminal portions that are disposed corresponding to both end portions of the shunt resistor portion, and that are electrically connected to the circuit board; a voltage detecting unit that is disposed on the circuit board, and that detects a value of a voltage which is applied to the circuit board through the pair of connection terminal portions, in order to detect a magnitude of a current to be measured flowing through the busbar; and a temperature detecting unit that is disposed on the circuit board, and that detects a temperature of a vicinity of the busbar in order to allow the voltage detecting unit to perform correction, characterized in that the temperature detecting unit is placed positionally corresponding to a central portion of the shunt resistor portion in the busbar, wherein the busbar further has a connecting portion which is connected to the circuit board by deforming a part of the busbar toward the circuit board.
A method for producing an anti-resonant hollow-core fiber which comprises a hollow core extending along a fiber longitudinal axis and an inner casing region that surrounds the hollow core and comprises a plurality of anti-resonant elements, comprising the method steps of: (a) providing a primary preform for the hollow-core fiber, which preform has at least one sheath comprising a sheath inner bore and a sheath longitudinal axis along which a sheath wall delimited by an inner side and an outer side extends, (b) forming a number of precursors or preforms for anti-resonance elements at desired positions of the sheath wall, and (c) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising a single or repeated collapse of additional casing material in the form of an overlay cylinder, the overlay cylinder comprising an overlay cylinder inner side facing the sheath, an overlay cylinder outer side and an overlay cylinder wall therebetween, characterized in that during the further processing of the primary preform according to method step (c), an overlay cylinder is used which has a radial viscosity profile in which the viscosity in the overlay cylinder wall increases from a viscosity minimum η(Z min) toward the inner side of the overlay cylinder. (a) providing a primary preform for the hollow-core fiber, which preform has at least one sheath comprising a sheath inner bore and a sheath longitudinal axis along which a sheath wall delimited by an inner side and an outer side extends, (b) forming a number of precursors or preforms for anti-resonance elements at desired positions of the sheath wall, and (c) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising a single or repeated collapse of additional casing material in the form of an overlay cylinder, the overlay cylinder comprising an overlay cylinder inner side facing the sheath, an overlay cylinder outer side and an overlay cylinder wall therebetween, characterized in that during the further processing of the primary preform according to method step (c), an overlay cylinder is used which has a radial viscosity profile in which the viscosity in the overlay cylinder wall increases from a viscosity minimum η(Z min) toward the inner side of the overlay cylinder.
A method, in a Mobility Management Entity, MME, or a Serving General Packet Radio Service Support Node, SGSN, for priority service or application based paging, the MME or SGSN being comprised in a wireless communications network, the method comprising: receiving, from a Serving Gateway, SGW, a downlink data notification message on a control plane, said downlink data notification message comprising a Service Class Indicator, SCI; determining a paging method based on the SCI, wherein the paging method comprises to page the device or to respond to the SGW with an acknowledge or a failure indication message; and sending, to a device, a paging request comprising information related to a priority, service or application derived from the SCI, wherein the information is mapped to a priority, service or application identifier, or wherein the information comprises a new information element which directly comprises the priority, service or application identifier, wherein a specific Temporary Mobile Subscriber Identity, TMSI, used for paging which is mapped to the priority, service or application identifier and the priority service or application identifier are comprised in or a part of the information. receiving, from a Serving Gateway, SGW, a downlink data notification message on a control plane, said downlink data notification message comprising a Service Class Indicator, SCI; determining a paging method based on the SCI, wherein the paging method comprises to page the device or to respond to the SGW with an acknowledge or a failure indication message; and sending, to a device, a paging request comprising information related to a priority, service or application derived from the SCI, wherein the information is mapped to a priority, service or application identifier, or wherein the information comprises a new information element which directly comprises the priority, service or application identifier, wherein a specific Temporary Mobile Subscriber Identity, TMSI, used for paging which is mapped to the priority, service or application identifier and the priority service or application identifier are comprised in or a part of the information.
A pre-transmission unit for a hybrid drive system, comprising: a housing; an input shaft adapted to be driven by an internal combustion engine; an output shaft; an electric motor including a rotor fixed for rotation with the output shaft, and a stator fixed to the housing; a multi-plate clutch positioned in the housing and drivingly interconnecting the input shaft and the rotor, the clutch including a piston for applying an input force to the clutch plates (70, 72); a pump positioned in the housing and including an input member fixed for rotation with the rotor, the pump providing pressurized fluid to the piston; and a valve for regulating the fluid pressure applied to the piston and varying the torque transferred by the clutch, characterized in that the pump input member includes a multi-lobed gerotor rotor and the pump also including a multi-lobed gerotor stator fixed to the housing. a housing; an input shaft adapted to be driven by an internal combustion engine; an output shaft; an electric motor including a rotor fixed for rotation with the output shaft, and a stator fixed to the housing; a multi-plate clutch positioned in the housing and drivingly interconnecting the input shaft and the rotor, the clutch including a piston for applying an input force to the clutch plates (70, 72); a pump positioned in the housing and including an input member fixed for rotation with the rotor, the pump providing pressurized fluid to the piston; and a valve for regulating the fluid pressure applied to the piston and varying the torque transferred by the clutch, characterized in that the pump input member includes a multi-lobed gerotor rotor and the pump also including a multi-lobed gerotor stator fixed to the housing.
Energy transmission strand for a range extender module, having a sequence comprising an internal combustion engine, an AC generator which is mechanically driven by the said internal combustion engine, and a rectifier which is electrically connected to the said AC generator and has a unidirectional microprocessor-controlled DC/DC converter connected downstream for the purpose of feeding a high-voltage battery for an electric traction drive, wherein the internal combustion engine is equipped with its own electric starter motor, and wherein the DC/DC converter can provide the voltage level for the high-voltage battery in a microprocessor-controlled manner.
A method for producing an RFID transponder, the method comprising: - attaching an RFID chip onto a conductive sheet, and - forming an antenna element (10a, 10b, CA1) by cutting the conductive sheet with a laser beam after the RFID chip has been attached to the conductive sheet, characterized in that less than 20% of the surface area of the antenna element (10a, 10b, CA1) is covered by a dielectric material. - attaching an RFID chip onto a conductive sheet, and - forming an antenna element (10a, 10b, CA1) by cutting the conductive sheet with a laser beam after the RFID chip has been attached to the conductive sheet,
A hearing aid for use in a binaural system comprising a hearing aid at a left ear of a user and a hearing aid at the right ear of the user, wherein the hearing aid is configured to be worn by a user at an ear, wherein the hearing aid is configured to communicate with the hearing aid of the contralateral side when used in the binaural system, wherein said hearing aid comprises - an input transducer for receiving a sound signal from the environment and for generating an electrical signal from the received sound signal, and - a signal processing unit, wherein the signal processing unit comprises a processing unit for processing the higher frequency part of said electrical signal with a processing filter prior to transmission of said part of the electrical signal to another hearing aid worn by the user at the other ear, wherein the hearing aid is configured to communicate with an external unit, the external unit comprising a user interface and wherein the user interface is configured to allow the user to select a hearing direction relative to the hearing aids of the binaural hearing system, and the hearing aid is configured to receive said hearing direction from said external unit wherein the processing unit applies a head related transfer function in accordance with said hearing direction selected by the user, the transfer function simulating a head shadowing effect corresponding to transmission of the sound signal from ipsilateral side of the head to the contralateral side of the head wherein the processing filter is a low-pass filter, and said processing unit further comprises a time delay unit configured to delay the output of said processing filter in time. - an input transducer for receiving a sound signal from the environment and for generating an electrical signal from the received sound signal, and - a signal processing unit,
A method of cleaning an air intake valve of an engine comprising: introducing a cleaning composition into the air intake of an engine as said engine is running; said cleaning composition comprising: a micro-emulsion including an alkyl hydroxybutyrate having a Hansen solubility parameter greater than 6 and a fuel value sufficiently low that it does not combust in a diesel engine and having a solvency effective to dissolve buildup on said valves; water; a surfactant effective to establish a micro emulsion of said alkyl hydroxybutyrate and said water. a micro-emulsion including an alkyl hydroxybutyrate having a Hansen solubility parameter greater than 6 and a fuel value sufficiently low that it does not combust in a diesel engine and having a solvency effective to dissolve buildup on said valves; water; a surfactant effective to establish a micro emulsion of said alkyl hydroxybutyrate and said water.
An identification device being operable to generate position identification data of the device, and transmit said position identification data to a central server system, characterized in that the identification device is capable of operating in a plurality of modes and is capable of switching between modes of the plurality of modes based on property identification data, the property identification data being at least one of position of the device, light sensed by the device, motion of the device, and pressure and wherein the plurality of modes include a first mode in which the identification device is operable to receive and transmit data and a second mode in which the identification device is disabled from receiving and transmitting data.
A ready-to-use composition of a mixture of reagents for amplification or sequencing of a template nucleic acid said mixture comprising at least one thermostable enzyme, at least one buffer salt, at least one deoxynucleoside triphosphate and at least one nonionic detergent, wherein said at least one thermostable enzyme is a thermostable DNA polymerase having a concentration of 0.1 to 200 units per milliliter, and wherein the activity of said composition retains at least 70% of the enzymatic activity of said enzyme after storage at about -20° C to 25°C for at least four weeks as compared to the activity of said enzyme prior to storage and wherein said composition does not contain said template nucleic acid.
An intravascular rotary blood pump, comprising a catheter, a pumping device disposed distally of the catheter and having at its distal end a flexurally flexible flow cannula through which blood is either sucked or discharged by the pumping device during operation of the blood pump, and at least one pressure sensor (27, 28A, 30) having at least one optical fiber, characterized in that the optical fiber is laid along a neutral fiber of the flow cannula.