mhurhangee/patent-ind-claim-en huggingface dataset:
Dynamic transaction card comprising: a sensor within the dynamic transaction card (120, ...); and data storage within the dynamic transaction card (120, ...); wherein the data storage stores optimal card configurations; and wherein the sensor is configured to: monitor a plurality of hardware components of the dynamic transaction card (120, ...) to determine functionality data; monitor a plurality of software configurations to determine configuration data; wherein the sensor of the dynamic transaction card (120,. ...) is configured to transmit, via a network , the functionality data and the configuration data to a processor , wherein the processor (212, ...) is configured to: process the functionality data and configuration data with respect to a user group segment; and calculate optimal card configurations based on the functionality data and the configuration data as variables; receive, via the network , the optimal card configurations from the processor (212, ...); and apply the optimal card configurations to the dynamic transaction card (120, ...). a sensor within the dynamic transaction card (120, ...); and data storage within the dynamic transaction card (120, ...); wherein the data storage stores optimal card configurations; and wherein the sensor is configured to: monitor a plurality of hardware components of the dynamic transaction card (120, ...) to determine functionality data; monitor a plurality of software configurations to determine configuration data; wherein the sensor of the dynamic transaction card (120,. ...) is configured to transmit, via a network , the functionality data and the configuration data to a processor , wherein the processor (212, ...) is configured to: process the functionality data and configuration data with respect to a user group segment; and calculate optimal card configurations based on the functionality data and the configuration data as variables; receive, via the network , the optimal card configurations from the processor (212, ...); and apply the optimal card configurations to the dynamic transaction card (120, ...). monitor a plurality of hardware components of the dynamic transaction card (120, ...) to determine functionality data; monitor a plurality of software configurations to determine configuration data; wherein the sensor of the dynamic transaction card (120,. ...) is configured to transmit, via a network , the functionality data and the configuration data to a processor , wherein the processor (212, ...) is configured to: process the functionality data and configuration data with respect to a user group segment; and calculate optimal card configurations based on the functionality data and the configuration data as variables; process the functionality data and configuration data with respect to a user group segment; and calculate optimal card configurations based on the functionality data and the configuration data as variables; receive, via the network , the optimal card configurations from the processor (212, ...); and apply the optimal card configurations to the dynamic transaction card (120, ...).
A near-eye display system assembly comprising: a head-mounted display device adapted to be worn by a user , the head-mounted display device adapted to house an image projecting device and an optical assembly (112, 114, 116; 206, 208, 210; 600), the optical assembly including for at least one eyepiece, at least one refracting lens (210; 610); a first flat filter stack (114; 206; 606) operable to be oriented in a first direction, the first flat filter stack (114; 206; 606) including at least one surface coated with a flat beam splitting layer ; a second flat filter stack (116; 208; 608) operable to be oriented in a second direction tilted relative to the first direction, the second flat filter stack (116; 208; 608) arranged between the first flat filter stack (114; 206; 606) and the at least one refracting lens (210; 610); and a display panel (204; 604) adapted to receive image content from the image projecting device, wherein the display panel (204; 604) is adapted to be oriented in the second direction, and wherein the display panel is tilted relative to the optical axis of the refracting lens and housed in the head-mounted display device . a head-mounted display device adapted to be worn by a user , the head-mounted display device adapted to house an image projecting device and an optical assembly (112, 114, 116; 206, 208, 210; 600), the optical assembly including for at least one eyepiece, at least one refracting lens (210; 610); a first flat filter stack (114; 206; 606) operable to be oriented in a first direction, the first flat filter stack (114; 206; 606) including at least one surface coated with a flat beam splitting layer ; a second flat filter stack (116; 208; 608) operable to be oriented in a second direction tilted relative to the first direction, the second flat filter stack (116; 208; 608) arranged between the first flat filter stack (114; 206; 606) and the at least one refracting lens (210; 610); and a display panel (204; 604) adapted to receive image content from the image projecting device, wherein the display panel (204; 604) is adapted to be oriented in the second direction, and wherein the display panel is tilted relative to the optical axis of the refracting lens and housed in the head-mounted display device .
An insulating material comprising: a silica xerogel ; and a nonwoven fabric fiber capable of generating carbon dioxide by reacting with atmospheric oxygen at a temperature of 300°C or more, wherein the nonwoven fabric fiber is of a fiber having a diameter of 1 to 30 μm, the nonwoven fabric fiber is an oxidized acrylic , and the nonwoven fabric fiber has a surface modified with a carboxyl group . a silica xerogel ; and a nonwoven fabric fiber capable of generating carbon dioxide by reacting with atmospheric oxygen at a temperature of 300°C or more, wherein the nonwoven fabric fiber is of a fiber having a diameter of 1 to 30 μm, the nonwoven fabric fiber is an oxidized acrylic , and the nonwoven fabric fiber has a surface modified with a carboxyl group .
A walkable floor arrangement for a gangway for arrangement between a first vehicle part and a second vehicle part adjoining in a longitudinal direction , in particular of a rail vehicle, comprising a first section (1.1) adjoining a higher-lying vehicle corridor (I) of the first vehicle part and at least one second section (1.2) adjoining a lower vehicle floor (II) of the second vehicle part , characterised in that the first section (1.1) and the at least one further section (1.2) comprise a continuous, uninterrupted structure which is formed in one piece in the longitudinal direction .
A method for resource configuration, comprising: receiving , by a terminal, first control information from a network device, wherein the first control information comprises slot structure information of N slots, and N is a positive integer; and characterized by : determining, by the terminal according to the slot structure information, slot format indication, SFI, index information corresponding to the N slots respectively, and determining , by the terminal, slot structures of the N slots according to the SFI index information corresponding to the N slots respectively , receiving, by the terminal, first configuration information from the network device, wherein the first configuration information is used for determining time-domain positions of the N slots in a first period, and wherein the first period is a monitoring period of the first control information, or the first period is a monitoring period of a search space where the first control information is located. receiving , by a terminal, first control information from a network device, wherein the first control information comprises slot structure information of N slots, and N is a positive integer; and characterized by : determining, by the terminal according to the slot structure information, slot format indication, SFI, index information corresponding to the N slots respectively, and determining , by the terminal, slot structures of the N slots according to the SFI index information corresponding to the N slots respectively , receiving, by the terminal, first configuration information from the network device, wherein the first configuration information is used for determining time-domain positions of the N slots in a first period, and wherein the first period is a monitoring period of the first control information, or the first period is a monitoring period of a search space where the first control information is located. determining, by the terminal according to the slot structure information, slot format indication, SFI, index information corresponding to the N slots respectively, and determining , by the terminal, slot structures of the N slots according to the SFI index information corresponding to the N slots respectively , receiving, by the terminal, first configuration information from the network device, wherein the first configuration information is used for determining time-domain positions of the N slots in a first period, and wherein the first period is a monitoring period of the first control information, or the first period is a monitoring period of a search space where the first control information is located.
A stylus pen for inputting data into an electronic device , comprising: a cylinder housing provided with at least one grip receiving opening formed lengthwise in the cylindrical housing; a moving body slidably disposed within the cylinder housing ; a head coupled to the moving body via an opening at the one end of the cylinder housing ; wherein the moving body is configured to move in a lengthwise direction together with the head and at least one grip disposed within the cylinder housing and selectively protruding outwardly through the at least one grip receiving opening depending on a movement of the head and the moving body ; and an interrupt means for preventing the at least one grip from protruding outwardly; wherein the interrupt means comprises: an elastic unit having a body coupled to the at least one grip and a plate spring extending from the body; and a cam formed on the moving body and having an opening for receiving the plate spring depending on a movement of the moving body. a cylinder housing provided with at least one grip receiving opening formed lengthwise in the cylindrical housing; a moving body slidably disposed within the cylinder housing ; a head coupled to the moving body via an opening at the one end of the cylinder housing ; wherein the moving body is configured to move in a lengthwise direction together with the head and at least one grip disposed within the cylinder housing and selectively protruding outwardly through the at least one grip receiving opening depending on a movement of the head and the moving body ; and an interrupt means for preventing the at least one grip from protruding outwardly; wherein the interrupt means comprises: an elastic unit having a body coupled to the at least one grip and a plate spring extending from the body; and a cam formed on the moving body and having an opening for receiving the plate spring depending on a movement of the moving body. an elastic unit having a body coupled to the at least one grip and a plate spring extending from the body; and a cam formed on the moving body and having an opening for receiving the plate spring depending on a movement of the moving body.
A control panel assembly comprising: a housing ; a main cavity that houses a first printed circuit board; a light panel ; a secondary cavity ; the light panel having an access port through an outer surface of the light panel to enable access to a first connector positioned in the secondary cavity ; and a visual indicator removably coupled to the outer surface of the light panel , the visual indicator having a light assembly including a second connector , the second connector to couple to the first connector positioned in the secondary cavity via the access port when the visual indicator is coupled to the light panel , characterized in that the control panel assembly further comprises: a first housing portion having a rear cover removably coupled to a first side of the housing to form the main cavity , the light panel being removably coupled to a second side of the housing to define the secondary cavity , wherein the secondary cavity houses a second printed circuit board, the second printed circuit board being electrically coupled to the first printed circuit board. a housing ; a main cavity that houses a first printed circuit board; a light panel ; a secondary cavity ; the light panel having an access port through an outer surface of the light panel to enable access to a first connector positioned in the secondary cavity ; and a visual indicator removably coupled to the outer surface of the light panel , the visual indicator having a light assembly including a second connector , the second connector to couple to the first connector positioned in the secondary cavity via the access port when the visual indicator is coupled to the light panel , characterized in that the control panel assembly further comprises: a first housing portion having a rear cover removably coupled to a first side of the housing to form the main cavity , the light panel being removably coupled to a second side of the housing to define the secondary cavity , wherein the secondary cavity houses a second printed circuit board, the second printed circuit board being electrically coupled to the first printed circuit board.
A moisture separator , comprising: a body that has a hollow shape and extends in a horizontal direction; a steam inlet portion that is provided in a longitudinally intermediate portion of the body ; a manifold that communicates with the steam inlet portion , and has plural steam blowout portions provided along a longitudinal direction; a moisture separating portion that separates moisture from steam blown out from the plural steam blowout portions ; and a steam outlet portion that is provided in the body , and discharges steam having had the moisture separated therefrom in the moisture separating portion and flowing along an inner wall surface of the body , characterized in that the manifold is arranged with a predetermined gap from the inner wall surface of the body . a body that has a hollow shape and extends in a horizontal direction; a steam inlet portion that is provided in a longitudinally intermediate portion of the body ; a manifold that communicates with the steam inlet portion , and has plural steam blowout portions provided along a longitudinal direction; a moisture separating portion that separates moisture from steam blown out from the plural steam blowout portions ; and a steam outlet portion that is provided in the body , and discharges steam having had the moisture separated therefrom in the moisture separating portion and flowing along an inner wall surface of the body , characterized in that the manifold is arranged with a predetermined gap from the inner wall surface of the body .
A flexible tissue-modification device for removing tissue from a patient, the device having a flexible elongate body with an axial length, a width and a thickness, wherein the axial length is greater than the width and the width is greater than the thickness, the device comprising: a connector extending longitudinally along the axial length of the device; a plurality of tissue-cutting rungs that are flexibly connected by the connector, wherein each rung extends at least partially across the width of the body; and at least one cutting edge on each of the tissue-cutting rungs , characterized in that further comprising a plurality of spacers configured as ferrules on the connector, wherein the tissue cutting-rungs are separated from adjacent tissue-cutting rungs by one or more spacers along the connector. a connector extending longitudinally along the axial length of the device; a plurality of tissue-cutting rungs that are flexibly connected by the connector, wherein each rung extends at least partially across the width of the body; and at least one cutting edge on each of the tissue-cutting rungs , characterized in that further comprising a plurality of spacers configured as ferrules on the connector, wherein the tissue cutting-rungs are separated from adjacent tissue-cutting rungs by one or more spacers along the connector.
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: a compressor installed inside a casing; and a soundproof material covering at least the compressor , the soundproof material including a lower soundproof material surrounding a lateral periphery of a lower portion of the compressor , and an upper soundproof material surrounding a lateral periphery of an upper portion of the compressor , a lower end portion of the upper soundproof material facing and being in contact with an upper end portion of the lower soundproof material , the upper soundproof material being formed by overlaying an inner part having a band-like shape and an outer part having a band-like shape on each other, the upper soundproof material including a lower extension portion at which the outer part projects from the lower end portion of the upper soundproof material , the lower extension portion covering an external face of the upper end portion of the lower soundproof material , the lower extension portion not covering an external face of a lower end portion of the lower soundproof material . a compressor installed inside a casing; and a soundproof material covering at least the compressor , the soundproof material including a lower soundproof material surrounding a lateral periphery of a lower portion of the compressor , and an upper soundproof material surrounding a lateral periphery of an upper portion of the compressor , a lower end portion of the upper soundproof material facing and being in contact with an upper end portion of the lower soundproof material , the upper soundproof material being formed by overlaying an inner part having a band-like shape and an outer part having a band-like shape on each other, the upper soundproof material including a lower extension portion at which the outer part projects from the lower end portion of the upper soundproof material , the lower extension portion covering an external face of the upper end portion of the lower soundproof material , the lower extension portion not covering an external face of a lower end portion of the lower soundproof material .
A system for implanting an endovascular shunt in a patient, comprising: an expandable anchor configured for being deployed in a dural venous sinus of a patient at a location distal to a curved portion of a wall of an inferior petrosal sinus (IPS) of the patient; an elongate guide member coupled to, and extending proximally from, the anchor ; a shunt delivery catheter comprising a first lumen configured to receive the guide member , and a second lumen extending between respective proximal and distal openings in the shunt delivery catheter , a penetrating element coupled to a distal end of the shunt delivery catheter ; and a guard at least partially disposed over, and movable relative to, the penetrating element , characterized in that the guard comprises a tubular guard body having a first guard body lumen or recess configured to receive the penetrating element , and a pull wire having a distal portion attached to the guard body , wherein the pull wire is configured to translate the guard body proximally or distally relative to the shunt delivery catheter so as to at least partially expose or cover, respectively, the penetrating element . an expandable anchor configured for being deployed in a dural venous sinus of a patient at a location distal to a curved portion of a wall of an inferior petrosal sinus (IPS) of the patient; an elongate guide member coupled to, and extending proximally from, the anchor ; a shunt delivery catheter comprising a first lumen configured to receive the guide member , and a second lumen extending between respective proximal and distal openings in the shunt delivery catheter , a penetrating element coupled to a distal end of the shunt delivery catheter ; and a guard at least partially disposed over, and movable relative to, the penetrating element , characterized in that the guard comprises a tubular guard body having a first guard body lumen or recess configured to receive the penetrating element , and a pull wire having a distal portion attached to the guard body , wherein the pull wire is configured to translate the guard body proximally or distally relative to the shunt delivery catheter so as to at least partially expose or cover, respectively, the penetrating element .
Device for injecting a fuel gas for a gas-powered fastening tool , characterized in that it conprises an evaporator block comprising: - a cavity for evaporation of the fuel, - a duct for evaporation of the fuel leaving said cavity, and - a recess in which there is mounted an essentially planar filter that is configured to retain impurities of said fuel, characterized in that said recess is located upstream of said cavity. - a cavity for evaporation of the fuel, - a duct for evaporation of the fuel leaving said cavity, and - a recess in which there is mounted an essentially planar filter that is configured to retain impurities of said fuel,
An electric vehicle comprising: a motor unit configured to drive a wheel , the motor unit including motor coils ; a control system (U1) that controls the motor unit , the control system (U1) including an inverter ; a motor temperature sensor (Sma) that is associated with the motor coils of the motor unit and is configured to sense temperature Tmc of the motor coils or an inverter temperature sensor (Sia) that is associated with the inverter and is configured to sense temperature Tic of the inverter ; and a limiter configured to, if the temperature Tmc sensed by the motor temperature sensor (Sma) exceeds a motor coils temperature threshold, reduce a motor current of the motor unit until a derivative dTmc/dt of the sensed temperature Tmc with time t drops to zero or below, or to, if the temperature Tic sensed by the inverter temperature sensor (Sia) exceeds an inverter temperature threshold, limit a current command to the inverter until a derivative dTic/dt of the sensed temperature Tic with time t drops to zero or below, the limiter being further configured to, when the dTmc/dt or dTic/dt drops to zero or below, stop reducing a motor current of the motor or limiting the current command to the inverter . a motor unit configured to drive a wheel , the motor unit including motor coils ; a control system (U1) that controls the motor unit , the control system (U1) including an inverter ; a motor temperature sensor (Sma) that is associated with the motor coils of the motor unit and is configured to sense temperature Tmc of the motor coils or an inverter temperature sensor (Sia) that is associated with the inverter and is configured to sense temperature Tic of the inverter ; and a limiter configured to, if the temperature Tmc sensed by the motor temperature sensor (Sma) exceeds a motor coils temperature threshold, reduce a motor current of the motor unit until a derivative dTmc/dt of the sensed temperature Tmc with time t drops to zero or below, or to, if the temperature Tic sensed by the inverter temperature sensor (Sia) exceeds an inverter temperature threshold, limit a current command to the inverter until a derivative dTic/dt of the sensed temperature Tic with time t drops to zero or below, the limiter being further configured to, when the dTmc/dt or dTic/dt drops to zero or below, stop reducing a motor current of the motor or limiting the current command to the inverter .