mhurhangee/ep-ind-claims huggingface dataset:
A catheter, comprising: a hollow shaft including a tip part having an outer diameter stepwise decreasing toward a distal end of the hollow shaft in an axial direction; a coil body wound to cover an outer periphery of the hollow shaft; and a cover member covering the coil body and provided on the outer periphery of the hollow shaft, wherein the tip part of the hollow shaft includes a small diameter portion that is a distalmost portion of the tip part, a large diameter portion having a larger outer diameter than the small diameter portion and located at a rear of the small diameter portion in the axial direction, and a taper portion that is continuous with the small diameter portion and the large diameter portion and gradually increases in diameter from the small diameter portion toward the large diameter portion; the coil body includes a joint part in a substantially cylindrical shape at which a distal end portion of the coil body in the axial direction is joined in a circumferential direction; the joint part is located over the taper portion and/or the small diameter portion along the axial direction; and in a state in which the hollow shaft extends substantially linearly, a distance between an inner peripheral surface of the joint part and outer peripheral surfaces of the taper portion and/or the small diameter portion increases toward the tip part of the hollow shaft in the axial direction. a hollow shaft including a tip part having an outer diameter stepwise decreasing toward a distal end of the hollow shaft in an axial direction; a coil body wound to cover an outer periphery of the hollow shaft; and a cover member covering the coil body and provided on the outer periphery of the hollow shaft, wherein the tip part of the hollow shaft includes a small diameter portion that is a distalmost portion of the tip part, a large diameter portion having a larger outer diameter than the small diameter portion and located at a rear of the small diameter portion in the axial direction, and a taper portion that is continuous with the small diameter portion and the large diameter portion and gradually increases in diameter from the small diameter portion toward the large diameter portion; the coil body includes a joint part in a substantially cylindrical shape at which a distal end portion of the coil body in the axial direction is joined in a circumferential direction; the joint part is located over the taper portion and/or the small diameter portion along the axial direction; and in a state in which the hollow shaft extends substantially linearly, a distance between an inner peripheral surface of the joint part and outer peripheral surfaces of the taper portion and/or the small diameter portion increases toward the tip part of the hollow shaft in the axial direction.
A method for operating a battery system with a plurality of cells, comprising: - monitoring a state of health of each of the plurality of cells, - detecting at least one malfunctioning cell, - analysing the state of health of the malfunctioning cell, characterized in - limiting a discharge power over a time period if the malfunctioning cell has the worst state of health among the cells in the battery system or limiting a charge power over a time period if the malfunctioning cell has the best state of health among the cells in the battery system, and - reducing a minimum state of charge of the battery system over the time period, a malfunction of the cell being detected based on at least one lost or corrupted voltage signal. - monitoring a state of health of each of the plurality of cells, - detecting at least one malfunctioning cell, - analysing the state of health of the malfunctioning cell, - limiting a discharge power over a time period if the malfunctioning cell has the worst state of health among the cells in the battery system or limiting a charge power over a time period if the malfunctioning cell has the best state of health among the cells in the battery system, and - reducing a minimum state of charge of the battery system over the time period,
A docking station for mechanically coupling an electronic accessory with a portable electronic device, the docking station comprising: a first docking station port having a first set of docking station pins for electrically coupling said docking station with pins of said portable electronic device; an accessory charging port having a recess portion for providing mechanical support to said electronic accessory when said electronic accessory is coupled to said docking station to be charged, the accessory charging port further having a second set of docking station pins configured to electrically couple with pins disposed on said electronic accessory, wherein said electronic accessory is charged by power provided by said portable electronic device through said first set of docking station pins; characterized in that the docking station further comprises electronic circuitry configured to cause said portable electronic device to enter a state whereby power from a battery in said portable electronic device is present on at least one pin of said pins of said portable electronic device. a first docking station port having a first set of docking station pins for electrically coupling said docking station with pins of said portable electronic device; an accessory charging port having a recess portion for providing mechanical support to said electronic accessory when said electronic accessory is coupled to said docking station to be charged, the accessory charging port further having a second set of docking station pins configured to electrically couple with pins disposed on said electronic accessory, wherein said electronic accessory is charged by power provided by said portable electronic device through said first set of docking station pins; characterized in that the docking station further comprises electronic circuitry configured to cause said portable electronic device to enter a state whereby power from a battery in said portable electronic device is present on at least one pin of said pins of said portable electronic device.
Seating furniture, in particular office chair, having a seat support for a horizontal seating part and with a backrest support for a vertical backrest, - wherein along at least one axis of rotation extending below the seating part a first pivot and a second pivot are provided for lateral tilting movement of the backrest relative to the seat support, and - wherein the first and second pivots (20, 22) are arranged at a distance from each other along the axis of rotation, characterized in - that the backrest support is substantially U-shaped with two vertically oriented U-legs and with a horizontal upper U-leg, - that, at their seat-side free ends, the vertical U-legs have horizontally directed retaining arms extending below the seat part, which - at least in sections - surround the seat support laterally, and - that the backrest support formed by the retaining arms and the U-legs is made of one piece and of a flexible elastic deformable material. - wherein along at least one axis of rotation extending below the seating part a first pivot and a second pivot are provided for lateral tilting movement of the backrest relative to the seat support, and - wherein the first and second pivots (20, 22) are arranged at a distance from each other along the axis of rotation, characterized in - that the backrest support is substantially U-shaped with two vertically oriented U-legs and with a horizontal upper U-leg, - that, at their seat-side free ends, the vertical U-legs have horizontally directed retaining arms extending below the seat part, which - at least in sections - surround the seat support laterally, and - that the backrest support formed by the retaining arms and the U-legs is made of one piece and of a flexible elastic deformable material.
A pressure sensitive adhesive composition comprising: at least 50 wt-% of polymerized units derived from alkyl (meth)acrylate monomer(s) having a glass transition temperature no greater than 0°C when reacted to form a homopolymer; and 0.2 to 15 wt-% of at least one crosslinking monomer comprising a (meth)acrylate group and a C 6 -C 20 olefin group wherein the olefin comprises at least one hydrocarbon unsaturation, the olefin group being straight-chained or branched and optionally substituted; wherein the crosslinked composition is a pressure sensitive adhesive wherein the storage modulus of the pressure sensitive adhesive at the application temperature of 25 °C is less than 3 N/cm (3x10 5 dynes/cm) at a frequency of 1 Hz. at least 50 wt-% of polymerized units derived from alkyl (meth)acrylate monomer(s) having a glass transition temperature no greater than 0°C when reacted to form a homopolymer; and 0.2 to 15 wt-% of at least one crosslinking monomer comprising a (meth)acrylate group and a C 6 -C 20 olefin group wherein the olefin comprises at least one hydrocarbon unsaturation, the olefin group being straight-chained or branched and optionally substituted; wherein the crosslinked composition is a pressure sensitive adhesive wherein the storage modulus of the pressure sensitive adhesive at the application temperature of 25 °C is less than 3 N/cm (3x10 5 dynes/cm) at a frequency of 1 Hz.
A method comprising: receiving, at data processing hardware of a query processing backend, an automated speech recognition request from a user device, the ASR request comprising: a speech input captured by the user device that includes a voice query; and content metadata associated with the speech input, the content metadata generated by the user device; determining, by the data processing hardware, a priority score for the ASR request based on the content metadata associated with the speech input; caching, by the data processing hardware, the ASR request in a pre-processing backlog of pending ASR requests each having a corresponding priority score, the pending ASR requests in the pre-processing backlog ranked in order of the priority scores; and providing, by the data processing hardware from the pre-processing backlog, one or more of the pending ASR requests to a backend-side ASR module based on processing availability of the backend-side ASR module, wherein pending ASR requests associated with higher priority scores are processed by the backend-side ASR module before pending ASR requests associated with lower priority scores. receiving, at data processing hardware of a query processing backend, an automated speech recognition request from a user device, the ASR request comprising: a speech input captured by the user device that includes a voice query; and content metadata associated with the speech input, the content metadata generated by the user device; a speech input captured by the user device that includes a voice query; and content metadata associated with the speech input, the content metadata generated by the user device; determining, by the data processing hardware, a priority score for the ASR request based on the content metadata associated with the speech input; caching, by the data processing hardware, the ASR request in a pre-processing backlog of pending ASR requests each having a corresponding priority score, the pending ASR requests in the pre-processing backlog ranked in order of the priority scores; and providing, by the data processing hardware from the pre-processing backlog, one or more of the pending ASR requests to a backend-side ASR module based on processing availability of the backend-side ASR module, wherein pending ASR requests associated with higher priority scores are processed by the backend-side ASR module before pending ASR requests associated with lower priority scores.
Artificial thorax comprising at least one deformable air reservoir comprising an internal volume containing air and comprising a first orifice in fluidic communication with the internal volume, said deformable air reservoir deforming, and at least some of the air leaving the internal volume via the first orifice, when a compression action is exerted, directly or indirectly, on said deformable air reservoir, characterized in that it additionally comprises a CO 2 source containing CO 2, connected fluidically to the internal volume of the deformable air reservoir in such a way as to supply said internal volume with gaseous CO 2.
A stevia composition comprising steviolbioside and rebaudioside A, wherein the total content of rebaudioside C and dulcoside A in the composition is below 0.1 weight percent.
Equalization circuitry for programmably providing equalization to a data signal received over a transmission medium, the circuitry comprising: a plurality of stages, wherein each stage is controlled using a control signal, the control signal of each stage determines whether said stage is to insert a zero in a transfer function of the equalization circuitry and, if so, also the frequency location within a frequency range of the respective stage at which the zero is inserted, wherein a first of the plurality of stages is configured to insert a zero within a first frequency range and a second of the plurality of stages is configured to insert a zero within a second frequency range, wherein the first frequency range differs from the second frequency range, and wherein the frequency location of each inserted zero is programmably controlled to provide gain to the data signal to compensate for an attenuation caused by the transmission medium; characterized in that the upper and lower frequency limits of the respective frequency range of each respective stage are programmably controlled. a plurality of stages, wherein each stage is controlled using a control signal, the control signal of each stage determines whether said stage is to insert a zero in a transfer function of the equalization circuitry and, if so, also the frequency location within a frequency range of the respective stage at which the zero is inserted, wherein a first of the plurality of stages is configured to insert a zero within a first frequency range and a second of the plurality of stages is configured to insert a zero within a second frequency range, wherein the first frequency range differs from the second frequency range, and wherein the frequency location of each inserted zero is programmably controlled to provide gain to the data signal to compensate for an attenuation caused by the transmission medium; characterized in that the upper and lower frequency limits of the respective frequency range of each respective stage are programmably controlled.
A cutting device for use with a powered surgical tool, comprising: an outer blade including a tubular body, an end cap, and a cutting window defined by a beveled edge on the tubular body and the end cap; and an inner blade including a cutting tip, the inner blade co-axially disposed within the outer blade such that the cutting tip is rotatably exposed at the cutting window, the cutting tip having castellations (112a, 112b), opposing teeth, a first opening, and a second opening, wherein the second opening is formed by a notch, wherein the second opening is circumferentially spaced from the first opening at a distal most end of the inner blade, wherein the castellations extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade between the first opening and the second opening, and wherein the opposing teeth extend toward one another across the first opening of the cutting tip and generally perpendicular to the castellations. an outer blade including a tubular body, an end cap, and a cutting window defined by a beveled edge on the tubular body and the end cap; and an inner blade including a cutting tip, the inner blade co-axially disposed within the outer blade such that the cutting tip is rotatably exposed at the cutting window, the cutting tip having castellations (112a, 112b), opposing teeth, a first opening, and a second opening, wherein the second opening is formed by a notch, wherein the second opening is circumferentially spaced from the first opening at a distal most end of the inner blade, wherein the castellations extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade between the first opening and the second opening, and wherein the opposing teeth extend toward one another across the first opening of the cutting tip and generally perpendicular to the castellations.
A scroll compressor (200; 300), comprising: a casing; a main frame (220; 320) fixedly installed within the casing; a first scroll (230; 330) rotatably supported by the main frame (220; 320); a second scroll (240; 340) supported by the main frame (220; 320), such that the second scroll (240; 340) is movable in a vertical direction with respect to the first scroll (230; 330); a guide (204, 224a, 226a, 242a, 241; 324a, 324b, 342a, 344) that guides movement of the second scroll in the vertical direction, while preventing the second scroll from being rotated in an axial direction; and a movement limiter (102b; 102b'; 110a) disposed on an inner wall of the casing and separated from the second scroll (240; 340), the movement limiter (102b; 102b'; 110a) being configured to limit a movement distance of the second scroll (240; 340) in an upward direction, characterized in that the main frame (220; 320) includes a protrusion portion (224, 226; 324) protruding toward the second scroll (240; 340), and the guide (204, 224a, 226a, 242a, 241; 324a, 324b, 342a, 344) includes: a first guide surface (224a, 226a; 324a) formed on an inner side of the protrusion portion (224, 226; 324); and a second guide surface (242a; 342a) formed on a lateral surface of the second scroll (240; 340) and disposed to be in contact with the first guide surface (224a, 226a; 324a). a casing; a main frame (220; 320) fixedly installed within the casing; a first scroll (230; 330) rotatably supported by the main frame (220; 320); a second scroll (240; 340) supported by the main frame (220; 320), such that the second scroll (240; 340) is movable in a vertical direction with respect to the first scroll (230; 330); a guide (204, 224a, 226a, 242a, 241; 324a, 324b, 342a, 344) that guides movement of the second scroll in the vertical direction, while preventing the second scroll from being rotated in an axial direction; and a movement limiter (102b; 102b'; 110a) disposed on an inner wall of the casing and separated from the second scroll (240; 340), the movement limiter (102b; 102b'; 110a) being configured to limit a movement distance of the second scroll (240; 340) in an upward direction, characterized in that the main frame (220; 320) includes a protrusion portion (224, 226; 324) protruding toward the second scroll (240; 340), and the guide (204, 224a, 226a, 242a, 241; 324a, 324b, 342a, 344) includes: a first guide surface (224a, 226a; 324a) formed on an inner side of the protrusion portion (224, 226; 324); and a second guide surface (242a; 342a) formed on a lateral surface of the second scroll (240; 340) and disposed to be in contact with the first guide surface (224a, 226a; 324a). a first guide surface (224a, 226a; 324a) formed on an inner side of the protrusion portion (224, 226; 324); and a second guide surface (242a; 342a) formed on a lateral surface of the second scroll (240; 340) and disposed to be in contact with the first guide surface (224a, 226a; 324a).
A protection and recovery circuit for an implantable medical device, comprising: a rechargeable battery with a terminal; a charge controller for charging the rechargeable battery, wherein the charge controller has a first output and a second output; a first charging path between the first output of the charge controller and the battery terminal, wherein the first charging path comprises at least one first diode; a second charging path between the second output of the charge controller and the battery terminal, wherein the second charging path comprises a gateable first switch; and at least one second diode coupled between the first output and the second output, the anode of the second diode being connected to the first output of the charge controller and the cathode of the second diode being connected to the second output of the charge controller. a rechargeable battery with a terminal; a charge controller for charging the rechargeable battery, wherein the charge controller has a first output and a second output; a first charging path between the first output of the charge controller and the battery terminal, wherein the first charging path comprises at least one first diode; a second charging path between the second output of the charge controller and the battery terminal, wherein the second charging path comprises a gateable first switch; and at least one second diode coupled between the first output and the second output, the anode of the second diode being connected to the first output of the charge controller and the cathode of the second diode being connected to the second output of the charge controller.
Bridge including a first abutment and a second abutment between which extend longitudinal beams having ends attached to the abutments, characterized in that the first abutment includes a concrete foundation block which receives a lower portion of a armature and is embedded in the ground and an absorptive formwork cap capping an upper part of the armature, the cap having a peripheral wall which has a lower edge embedded in the concrete foundation block and is surmounted by an upper wall pierced by at least one opening for introduction of concrete into the cap, the cap including openings for receiving the ends of the longitudinal beams so that they are set in the concrete introduced into the cap.
Pre-chamber spark plug for igniting a fuel/air mixture in an internal combustion engine, in particular a gas engine, having a spark plug member which has a pre-chamber housing and a cap which at least partially closes the pre-chamber, an earth electrode, a central electrode which protrudes into the pre-chamber and a valve, wherein additional fuel can be introduced into the pre-chamber via a passage, which is constructed in the pre-chamber housing and which is connected to the valve in flow terms, characterised in that the valve adjoins at least the pre-chamber housing.