mhurhangee/ep-ind-claims huggingface dataset:
An implantable lead comprising: an elongate body extending between a proximal region and a distal region, the elongate body including: an outer sheath; and an inner member disposed within the outer sheath, the inner member including a coil lumen, a conductor lumen and one or more longitudinally extending crumple zones arranged in an outer surface of the inner member; a connector assembly secured to the proximal region for coupling the lead to an implantable medical device, the connector assembly including a terminal pin rotatable relative to the body; a conductor coil disposed longitudinally within the coil lumen and coupled to the terminal pin, the conductor coil rotatable relative to the body; a conductor cable disposed longitudinally within the cable lumen; a coupler rotatably disposed within the distal region of the elongate body and connected to the conductor coil; a fixation helix secured to the coupler; and an electrode disposed about the distal region of the elongate body, the electrode electrically connected to the conductor cable; wherein the terminal pin is rotatably engaged with the coupler via the conductor coil such that rotation of the terminal pin causes the coupler and the fixation helix to rotate and therefore translate relative to the elongate body. an elongate body extending between a proximal region and a distal region, the elongate body including: an outer sheath; and an inner member disposed within the outer sheath, the inner member including a coil lumen, a conductor lumen and one or more longitudinally extending crumple zones arranged in an outer surface of the inner member; an outer sheath; and an inner member disposed within the outer sheath, the inner member including a coil lumen, a conductor lumen and one or more longitudinally extending crumple zones arranged in an outer surface of the inner member; a connector assembly secured to the proximal region for coupling the lead to an implantable medical device, the connector assembly including a terminal pin rotatable relative to the body; a conductor coil disposed longitudinally within the coil lumen and coupled to the terminal pin, the conductor coil rotatable relative to the body; a conductor cable disposed longitudinally within the cable lumen; a coupler rotatably disposed within the distal region of the elongate body and connected to the conductor coil; a fixation helix secured to the coupler; and an electrode disposed about the distal region of the elongate body, the electrode electrically connected to the conductor cable; wherein the terminal pin is rotatably engaged with the coupler via the conductor coil such that rotation of the terminal pin causes the coupler and the fixation helix to rotate and therefore translate relative to the elongate body.
A power supply for generating an output signal, comprising: - a pulse width modulator, adapted to generate a first pulse width modulation control signal with a modulation wave signal m(n), wherein n is a time index, - a first inverter leg, adapted to generate a first pulse width modulation signal by modulating an input DC voltage from the first pulse width modulation control signal, - a second inverter leg, adapted to generate a second pulse width modulation signal by modulating the input DC voltage from a second pulse width modulation control signal, - a phase shifter, adapted to generate a provisional second pulse width modulation signal by phase shifting the first pulse width modulation control signal, - a compensator, adapted to determine the second pulse width modulation control signal from the provisional second pulse width modulation signal, by adding a compensation signal, wherein the compensation signal is determined dependent upon the modulation wave signal m(n), and - a coupled inductor, adapted to combine the first pulse width modulation signal and the second pulse width modulation signal to form the output signal, wherein the compensator is adapted to determine the second pulse width modulation control signal in order to compensate for a circulation current within the coupled inductor, characterized in that the compensator is adapted to determine the compensation signal as: Y = 2 x Δ m, wherein Y is the compensation signal, and wherein Δm is determined as m(n) - m(n-1). - a pulse width modulator, adapted to generate a first pulse width modulation control signal with a modulation wave signal m(n), wherein n is a time index, - a first inverter leg, adapted to generate a first pulse width modulation signal by modulating an input DC voltage from the first pulse width modulation control signal, - a second inverter leg, adapted to generate a second pulse width modulation signal by modulating the input DC voltage from a second pulse width modulation control signal, - a phase shifter, adapted to generate a provisional second pulse width modulation signal by phase shifting the first pulse width modulation control signal, - a compensator, adapted to determine the second pulse width modulation control signal from the provisional second pulse width modulation signal, by adding a compensation signal, wherein the compensation signal is determined dependent upon the modulation wave signal m(n), and - a coupled inductor, adapted to combine the first pulse width modulation signal and the second pulse width modulation signal to form the output signal, wherein the compensator is adapted to determine the second pulse width modulation control signal in order to compensate for a circulation current within the coupled inductor, characterized in that the compensator is adapted to determine the compensation signal as: Y = 2 x Δ m, wherein Y is the compensation signal, and wherein Δm is determined as m(n) - m(n-1).
An infusion state detection system comprising: a pump unit configured to deliver a liquid in an infusion line to a living body lumen by sequentially pressing a tube with a squeezing mechanism; a pressure detector (38, 40) arranged in the infusion line and configured to detect a pressure in the infusion line; and characterized by a determination processing unit configured to stop driving of the pump unit when said detected pressure has a pressure value that is a set pressure threshold (Ps) or above, and said determination processing unit being configured to determine an infusion state on the basis of the pressure value detected by the pressure detector (38, 40) when driving of said pump unit is stopped to deliver said liquid during a liquid delivery stop period or when driving of the pump unit is restarted after the end of the liquid delivery stop period; and wherein said determination processing unit is configured to distinguish between an extravasation state of the system with leakage of the liquid to the outside of the living body lumen, and an occlusion state of the system with an occluded infusion line, based on the pressure value detected by the pressure detector (38, 40) during the liquid delivery stop period. a pump unit configured to deliver a liquid in an infusion line to a living body lumen by sequentially pressing a tube with a squeezing mechanism; a pressure detector (38, 40) arranged in the infusion line and configured to detect a pressure in the infusion line; and characterized by a determination processing unit configured to stop driving of the pump unit when said detected pressure has a pressure value that is a set pressure threshold (Ps) or above, and said determination processing unit being configured to determine an infusion state on the basis of the pressure value detected by the pressure detector (38, 40) when driving of said pump unit is stopped to deliver said liquid during a liquid delivery stop period or when driving of the pump unit is restarted after the end of the liquid delivery stop period; and wherein said determination processing unit is configured to distinguish between an extravasation state of the system with leakage of the liquid to the outside of the living body lumen, and an occlusion state of the system with an occluded infusion line, based on the pressure value detected by the pressure detector (38, 40) during the liquid delivery stop period.
Use of an agent whose active ingredient is a rice flour whose damaged starch content is 15% by mass or more in an amount of 0.1 to 15 parts by mass based on 100 parts by mass of a wheat flour for preventing bread hardening.
A valve assembly comprising a valve and a guard structure for connection to a gas cylinder body to form a gas cylinder assembly, the gas cylinder body including a base and a neck to which a proximal end of the valve is connected in use, the guard structure being secured to the valve and comprising a mounting structure attached to an upper end of the valve and a guard body connected to the mounting structure such that the mounting structure supports at least a portion of the guard body, wherein the guard body is arranged to surround the valve and mounting structure and comprises first and second clamshell portions (112, 114), each arranged to engage conformally with the mounting structure, and a dependent lip extending around the perimeter of the guard body, the dependent lip being located and arranged to be graspable by at least one user to enable the gas cylinder assembly to be lifted and/or manoeuvred.
A payload dispenser for a launch vehicle, wherein the payload dispenser comprises from three to more than ten panels, wherein at least one panel comprises at least one payload mounted onto the panel, where the payload is a satellite, wherein the payload dispenser has an extension in a longitudinal direction and in a radial direction, wherein each panel comprises attachment means in the longitudinal direction being attachable to neighboring panels, wherein the panels are attachable to each other forming a self-supporting dispenser, wherein the attachment means are arranged to lock in position with relation to each other to allow for the self-supporting dispenser, where the self-supporting dispenser is a primary load bearing structure arranged to transfer loads from a launch vehicle to the at least one payload, wherein the number of panels gives the self-supporting payload dispenser a polygon shape with at least three sides when seen in the longitudinal direction, and wherein the attachment means are arranged to allow removal of a panel from the self-supporting payload dispenser wherein at least one panel comprises at least one payload mounted onto the panel, where the payload is a satellite, wherein the payload dispenser has an extension in a longitudinal direction and in a radial direction, wherein each panel comprises attachment means in the longitudinal direction being attachable to neighboring panels, wherein the panels are attachable to each other forming a self-supporting dispenser, wherein the attachment means are arranged to lock in position with relation to each other to allow for the self-supporting dispenser, where the self-supporting dispenser is a primary load bearing structure arranged to transfer loads from a launch vehicle to the at least one payload, wherein the number of panels gives the self-supporting payload dispenser a polygon shape with at least three sides when seen in the longitudinal direction, and wherein the attachment means are arranged to allow removal of a panel from the self-supporting payload dispenser
Process for heating a polymer-containing stream being transferred from a polymerisation reactor to a degassing vessel operating at a pressure between 6 bara and 12 bara, comprising passing the stream through a heater comprising a transfer line for the stream and means for heating the transfer line, wherein the ratio of the stream velocity at the outlet of the heater to that at the inlet, V o /V i, at least 1.1, the total specific heat transfer area of the transfer line is at least 0.5m 2 per tonne/h of production of polymer, and the pressure drop across the length of the heater is less than 0.5 bar per tonne/h of polymer, such that at least 90mol% of the hydrocarbon fluids withdrawn from the polymerisation reactor operation are vaporised before entry into the degassing vessel.
A planetary roller screw, having a nut arranged on a threaded spindle and divided into two nut parts transversely to the spindle axis, and having planetary rollers distributed over the circumference between the threaded spindle and the nut, which mesh on the one hand with the nut parts and on the other hand with the threaded spindle, and having a rotationally driven planetary roller carrier arranged on the threaded spindle, in whose pockets arranged over the circumference the planetary rollers are kept at a distance in the circumferential direction and are rotatably mounted about their planetary roller axis, and having a housing, in which the planetary roller carrier is rotatably mounted, characterised in that a pretensioning device is provided for adjusting an axial pretension between the housing and the planetary rollers.
A method for manufacturing a tubular knitted article on a circular knitting machine comprised of a needle cylinder, comprising the following steps: knitting a tubular knitted article with the needle cylinder, starting from an initial edge and ending at a final edge forming the toe of the tubular knitted article; after knitting the knitted tubular article, arranging coaxial with the needle cylinder a transfer unit, which is provided with a plurality of pick-up members (27A, 27B) arranged according to a circular ring divided into two circular half-rings which can be overturned over each other, each pick-up member (27A, 27B) engaging a respective needle of the needle cylinder; discharging loops of a last-formed course of loops by transferring each single loop from the respective needle, which has formed the loop, onto the corresponding pick-up member (27A, 27B) which engages the needle; removing the knitted tubular article from the needle cylinder by means of the transfer unit; overturning one of the circular half-rings of pick-up members onto the other of said circular half-rings of pick-up members, arranging the pick-up members of one circular half-ring in front of respective pick-up members of the other circular half-ring, so as to arrange two edge portions of the final edge of the tubular knitted article one onto the other; joining the two edge portions to one another by means of joining stitches (A, B, C, D) formed in intermediate spaces between contiguous pick-up members, whereon the knitted tubular article is retained; unloading the knitted tubular article with the closed toe from the transfer unit. knitting a tubular knitted article with the needle cylinder, starting from an initial edge and ending at a final edge forming the toe of the tubular knitted article; after knitting the knitted tubular article, arranging coaxial with the needle cylinder a transfer unit, which is provided with a plurality of pick-up members (27A, 27B) arranged according to a circular ring divided into two circular half-rings which can be overturned over each other, each pick-up member (27A, 27B) engaging a respective needle of the needle cylinder; discharging loops of a last-formed course of loops by transferring each single loop from the respective needle, which has formed the loop, onto the corresponding pick-up member (27A, 27B) which engages the needle; removing the knitted tubular article from the needle cylinder by means of the transfer unit; overturning one of the circular half-rings of pick-up members onto the other of said circular half-rings of pick-up members, arranging the pick-up members of one circular half-ring in front of respective pick-up members of the other circular half-ring, so as to arrange two edge portions of the final edge of the tubular knitted article one onto the other; joining the two edge portions to one another by means of joining stitches (A, B, C, D) formed in intermediate spaces between contiguous pick-up members, whereon the knitted tubular article is retained; unloading the knitted tubular article with the closed toe from the transfer unit.
A communication method, comprising: sending, by a session management network element, first information to a first network element, wherein the first information indicates the first network element to send a report message to the session management network element when receiving a first domain name server, DNS, response message that meets a first condition, and the report message comprises information about an application server indicated by the first DNS response message; and inserting, by the session management network element, a local session anchor based on the report message. sending, by a session management network element, first information to a first network element, wherein the first information indicates the first network element to send a report message to the session management network element when receiving a first domain name server, DNS, response message that meets a first condition, and the report message comprises information about an application server indicated by the first DNS response message; and inserting, by the session management network element, a local session anchor based on the report message.
A fuel cell comprising: - a successive stacking of an anode, an electrolytic membrane and a cathode, - and an assembly arranged on at least a part of an outer surface of the cathode and comprising a hydrophilic element in contact with at least a first area of the outer surface of the cathode and with a hydrophobic element covering the whole of a face of the hydrophilic element opposite the outer surface of the cathode and comprising at least one through opening releasing an area of said face of the hydrophilic element, characterized in that the fuel cell comprises a cathodic current collector in contact with at least one second area of the outer surface of the cathode and formed by a thin layer comprising at least one transverse passage releasing the first area of the outer surface of the cathode and in that the through opening (27, 27a, 27b) of the hydrophobic element is arranged above the transverse passage of the cathodic current collector. - a successive stacking of an anode, an electrolytic membrane and a cathode, - and an assembly arranged on at least a part of an outer surface of the cathode and comprising a hydrophilic element in contact with at least a first area of the outer surface of the cathode and with a hydrophobic element covering the whole of a face of the hydrophilic element opposite the outer surface of the cathode and comprising at least one through opening releasing an area of said face of the hydrophilic element,
A positive electrode for a secondary battery, which has a multi-layer structure including a first positive electrode active material layer and a second positive electrode active material layer, wherein the first positive electrode active material layer includes a first lithium composite transition metal oxide containing nickel, cobalt, and manganese, the second positive electrode active material layer includes a second lithium composite transition metal oxide containing nickel, cobalt, and manganese, the first lithium composite transition metal oxide and the second lithium composite transition metal oxide have mutually different nickel contents, wherein the first lithium composite transition metal oxide has a nickel content accounting for 80 mol% or more of metals excluding lithium, the second lithium composite transition metal oxide has a lower nickel content than the first lithium composite transition metal oxide, the first positive electrode active material layer includes an electrolyte additive, and the second positive electrode active material layer does not include an electrolyte additive, wherein the electrolyte additive is succinonitrile, wherein the electrolyte additive is included in an amount of 0.1 to 5 parts by weight with respect to 100 parts by weight of the first positive electrode active material layer. wherein the first positive electrode active material layer includes a first lithium composite transition metal oxide containing nickel, cobalt, and manganese, the second positive electrode active material layer includes a second lithium composite transition metal oxide containing nickel, cobalt, and manganese, the first lithium composite transition metal oxide and the second lithium composite transition metal oxide have mutually different nickel contents, wherein the first lithium composite transition metal oxide has a nickel content accounting for 80 mol% or more of metals excluding lithium, the second lithium composite transition metal oxide has a lower nickel content than the first lithium composite transition metal oxide, the first positive electrode active material layer includes an electrolyte additive, and the second positive electrode active material layer does not include an electrolyte additive, wherein the electrolyte additive is succinonitrile, wherein the electrolyte additive is included in an amount of 0.1 to 5 parts by weight with respect to 100 parts by weight of the first positive electrode active material layer.
A method of surgical modeling, comprising: displaying a set of related two-dimensional anatomical images (44, 46); identifying a plurality of anatomical landmarks (76, 78, 92, 94) on the set of related 2D anatomical images; scaling a three-dimensional representation of at least one prosthesis (80,90) to match a scale of the 2D anatomical images based at least in part on a relationship between the anatomical landmarks, wherein the at least one prosthesis comprises a parent prosthesis and one or more child prostheses; and utilizing 3D information from the at least one prosthesis along with information based on at least one of the plurality of anatomical landmarks to create procedure-based information, wherein creating procedure-based information comprises predicting the patient's range of motion based on: a) a range of motion of the parent prosthesis and the one or more child prostheses; and b) a relationship between the parent prosthesis, the one or more child prostheses, and a 3D anatomical model, wherein the 3D anatomical model is created from the set of related 2D anatomical images. displaying a set of related two-dimensional anatomical images (44, 46); identifying a plurality of anatomical landmarks (76, 78, 92, 94) on the set of related 2D anatomical images; scaling a three-dimensional representation of at least one prosthesis (80,90) to match a scale of the 2D anatomical images based at least in part on a relationship between the anatomical landmarks, wherein the at least one prosthesis comprises a parent prosthesis and one or more child prostheses; and utilizing 3D information from the at least one prosthesis along with information based on at least one of the plurality of anatomical landmarks to create procedure-based information, wherein creating procedure-based information comprises predicting the patient's range of motion based on: a) a range of motion of the parent prosthesis and the one or more child prostheses; and b) a relationship between the parent prosthesis, the one or more child prostheses, and a 3D anatomical model, wherein the 3D anatomical model is created from the set of related 2D anatomical images. a) a range of motion of the parent prosthesis and the one or more child prostheses; and b) a relationship between the parent prosthesis, the one or more child prostheses, and a 3D anatomical model, wherein the 3D anatomical model is created from the set of related 2D anatomical images.