mhurhangee/ep-ind-claims huggingface dataset:
An automated power injection system comprising: an injector housing having at least two injector rams; a first subassembly comprising a first fluid barrel and a second fluid barrel, the first fluid barrel having a protective outer shell and being in fluid communication with a saline source, the second fluid barrel having a protective outer shell and being in fluid communication with a contrast source, the first subassembly further comprising a fill chamber (90, 92) and at least two valves; a second subassembly comprising tubing capable of mixing a contrast solution with a saline solution, a tubing junction, a pressure protection valve, a pressure transducer and a catheter connection; a controller configured to control the movement of the at least two injector rams independently, the controller comprising a selector for selecting a fluid source, an actuator, a sensor for measuring a position of the actuator, and a feedback means; a user interface configured to receive a user input which includes at least one injection parameter that specifies the dilution percentage of the contrast solution with the saline solution and programs the controller based on the received user input; wherein the system is configured to mix the contrast solution and the saline solution in-line at the tubing junction. an injector housing having at least two injector rams; a first subassembly comprising a first fluid barrel and a second fluid barrel, the first fluid barrel having a protective outer shell and being in fluid communication with a saline source, the second fluid barrel having a protective outer shell and being in fluid communication with a contrast source, the first subassembly further comprising a fill chamber (90, 92) and at least two valves; a second subassembly comprising tubing capable of mixing a contrast solution with a saline solution, a tubing junction, a pressure protection valve, a pressure transducer and a catheter connection; a controller configured to control the movement of the at least two injector rams independently, the controller comprising a selector for selecting a fluid source, an actuator, a sensor for measuring a position of the actuator, and a feedback means; a user interface configured to receive a user input which includes at least one injection parameter that specifies the dilution percentage of the contrast solution with the saline solution and programs the controller based on the received user input; wherein the system is configured to mix the contrast solution and the saline solution in-line at the tubing junction.
An igniter device (230;330) for a combustion system, the device comprising: an igniter housing (242;342) surrounding an electrode (246;346) and an insulating body (244;344) and having a tip (234;334) configured to be positioned within a chamber for combustion; and a first pressure sense passage (250;350) integrated with the igniter housing, wherein the first pressure sense passage is configured to direct a fluid to a first pressure sensor; characterised by a second pressure sense passage (266;366) configured to direct a fluid to a second pressure sensor and integrated with the igniter, the second pressure sense passage having a first end (266a;366a) and a second end (266b;366b), wherein the second end is positioned at the tip of the igniter housing; wherein the second pressure sense passage (266;366) is attached to an exterior surface of the igniter housing; wherein the second pressure sense passage (266;366) is configured to direct fluid from within the chamber for combustion to the second pressure sensor; wherein the first pressure sense passage has a first end and a second end; and wherein the second end of the first pressure sense passage is at a location intermediate the first end of the first pressure sense passage and the tip of the igniter. an igniter housing (242;342) surrounding an electrode (246;346) and an insulating body (244;344) and having a tip (234;334) configured to be positioned within a chamber for combustion; and a first pressure sense passage (250;350) integrated with the igniter housing, wherein the first pressure sense passage is configured to direct a fluid to a first pressure sensor; characterised by a second pressure sense passage (266;366) configured to direct a fluid to a second pressure sensor and integrated with the igniter, the second pressure sense passage having a first end (266a;366a) and a second end (266b;366b), wherein the second end is positioned at the tip of the igniter housing; wherein the second pressure sense passage (266;366) is attached to an exterior surface of the igniter housing; wherein the second pressure sense passage (266;366) is configured to direct fluid from within the chamber for combustion to the second pressure sensor; wherein the first pressure sense passage has a first end and a second end; and wherein the second end of the first pressure sense passage is at a location intermediate the first end of the first pressure sense passage and the tip of the igniter.
An electromechanical converter, including a dielectric elastomer which is in contact with a first electrode and a second electrode, in which the dielectric elastomer includes a polyurethane polymer, characterised in that the polyurethane polymer can be obtained by reacting A) trifunctional polyisocyanate having a biuret and/or isocyanurate structure with B) a compound having at least two isocyanate-reactive groups, in which the compound having at least two isocyanate-reactive groups B) includes polyester and/or polycarbonate units, and in which the molar ratios of isocyanate groups in A) to isocyanate-reactive groups in B) are from 0.8: 1.0 to 1.3: 1.0. A) trifunctional polyisocyanate having a biuret and/or isocyanurate structure with B) a compound having at least two isocyanate-reactive groups, in which the compound having at least two isocyanate-reactive groups B) includes polyester and/or polycarbonate units, and in which the molar ratios of isocyanate groups in A) to isocyanate-reactive groups in B) are from 0.8: 1.0 to 1.3: 1.0.
A method performed by a user equipment, UE, for receiving physical downlink shared channel, PDSCH, transmissions from one or more sources configured by a wireless network, the method comprising: receiving, from the wireless network, a single downlink control information, DCI, message including: a first indication of one or more frequency-domain resource allocations for respective corresponding one or more PDSCH transmissions by the respective corresponding one or more sources configured by the wireless network, and one or more second indications of further characteristics of the respective corresponding one or more PDSCH transmissions; based on the second indications, determining a number of the frequency-domain resource allocations indicated by the first indication; and receiving, from the one or more sources configured by wireless network, PDSCH transmissions corresponding to the determined number of frequency-domain resource allocations based on the respective indicated frequency-domain resource allocations. receiving, from the wireless network, a single downlink control information, DCI, message including: a first indication of one or more frequency-domain resource allocations for respective corresponding one or more PDSCH transmissions by the respective corresponding one or more sources configured by the wireless network, and one or more second indications of further characteristics of the respective corresponding one or more PDSCH transmissions; a first indication of one or more frequency-domain resource allocations for respective corresponding one or more PDSCH transmissions by the respective corresponding one or more sources configured by the wireless network, and one or more second indications of further characteristics of the respective corresponding one or more PDSCH transmissions; based on the second indications, determining a number of the frequency-domain resource allocations indicated by the first indication; and receiving, from the one or more sources configured by wireless network, PDSCH transmissions corresponding to the determined number of frequency-domain resource allocations based on the respective indicated frequency-domain resource allocations.
A method for automatically determining at least one pre-operative portal for arthroscopy from acquired pre-operative medical images of a bone of a patient, the method comprising the following steps: i) constructing a 3D surface of the bone from the 3D image of the bone; ii) determining anatomical landmarks of the bone from the 3D surface; iii) determining a bone reference coordinate system (Rbone) from the anatomical landmarks; iv) selecting at least one predetermined portal in a database of positions of predetermined portals previously defined on a 3D model representing a bone of a reference person, wherein the model coordinate system (Ratlas) is built using the same method as the determination of the bone reference coordinate system (Rbone); v) determining a transform between the bone reference coordinate system (Rbone) and the model coordinate system (Ratlas) so that the bone of the patient represented in the bone reference coordinate system and the bone of the reference person represented in the model coordinate system are matched in size, in position and/or shape; vi) inferring, from the transform and the at least one predetermined portal, the pre-operative portal in the bone reference coordinate system. i) constructing a 3D surface of the bone from the 3D image of the bone; ii) determining anatomical landmarks of the bone from the 3D surface; iii) determining a bone reference coordinate system (Rbone) from the anatomical landmarks; iv) selecting at least one predetermined portal in a database of positions of predetermined portals previously defined on a 3D model representing a bone of a reference person, wherein the model coordinate system (Ratlas) is built using the same method as the determination of the bone reference coordinate system (Rbone); v) determining a transform between the bone reference coordinate system (Rbone) and the model coordinate system (Ratlas) so that the bone of the patient represented in the bone reference coordinate system and the bone of the reference person represented in the model coordinate system are matched in size, in position and/or shape; vi) inferring, from the transform and the at least one predetermined portal, the pre-operative portal in the bone reference coordinate system.
Cortical stimulating and recording electrode comprising a flexible support element for at least one conductive element, which flexible support element has a head end and a tail end, the conductive element having at least one head contact and at least one tail contact, arranged at the head end and tail end respectively of the flexible support element, such that said conductive element transmits signals from said head contact to said tail contact and vice versa, said conductive element being composed of a conductive track formed of a layer of conductive ink deposited on said flexible support element, said head contact and tail contact being composed each one of a plate (21, 23) composed of a first layer of conductive ink, characterized in that said head contact comprises a second layer of metal material.
An electrochemical device, comprising: a housing; an electrode assembly accommodated in the housing; the electrode assembly comprising a first electrode plate, a second electrode plate and a separator disposed between the first electrode plate and the second electrode plate; wherein the first electrode plate, the second electrode plate, and the separator are stacked and then wound; the first electrode plate comprises a first current collector; the second electrode plate comprises a second current collector and a plurality of conductive sheets disposed together with the second current collector in one piece; and the plurality of conductive sheets protrude from the second current collector along a first direction, the plurality of conductive sheets are stacked in a thickness direction of the electrode assembly to form a collection portion, and the first direction is perpendicular to the thickness direction; a first tab, connected to the first current collector and protruding out of the housing; and a second tab, connected to the collection portion and protruding out of the housing, wherein a conductivity of the first tab is g 1 S/mm, a cross-sectional area of the first tab perpendicular to an extension path of the first tab is s 1 mm 2, a conductivity of the plurality of conductive sheets is g 2 S/mm, a sum of cross-sectional areas of the plurality of conductive sheets perpendicular to an extension direction of the conductive sheets is s 2 mm 2, and 0.8 ≤ (g 1 × s 1)/(g 2 × s 2) ≤ 1.2. a housing; an electrode assembly accommodated in the housing; the electrode assembly comprising a first electrode plate, a second electrode plate and a separator disposed between the first electrode plate and the second electrode plate; wherein the first electrode plate, the second electrode plate, and the separator are stacked and then wound; the first electrode plate comprises a first current collector; the second electrode plate comprises a second current collector and a plurality of conductive sheets disposed together with the second current collector in one piece; and the plurality of conductive sheets protrude from the second current collector along a first direction, the plurality of conductive sheets are stacked in a thickness direction of the electrode assembly to form a collection portion, and the first direction is perpendicular to the thickness direction; a first tab, connected to the first current collector and protruding out of the housing; and a second tab, connected to the collection portion and protruding out of the housing, wherein a conductivity of the first tab is g 1 S/mm, a cross-sectional area of the first tab perpendicular to an extension path of the first tab is s 1 mm 2, a conductivity of the plurality of conductive sheets is g 2 S/mm, a sum of cross-sectional areas of the plurality of conductive sheets perpendicular to an extension direction of the conductive sheets is s 2 mm 2, and 0.8 ≤ (g 1 × s 1)/(g 2 × s 2) ≤ 1.2.
A communication method, wherein the method comprises: obtaining, by an application function network element, transport information for a data stream, wherein the transport information comprises information about an ingress port for the data stream and information about an egress port for the data stream; determining, by the application function network element based on the transport information, that the data stream is between terminal devices; and sending, by the application function network element, information for triggering a core network device to configure a policy and charging control, PCC, rule for a first session corresponding to the information about the ingress port and configure a PCC rule for a second session corresponding to the information about the egress port. obtaining, by an application function network element, transport information for a data stream, wherein the transport information comprises information about an ingress port for the data stream and information about an egress port for the data stream; determining, by the application function network element based on the transport information, that the data stream is between terminal devices; and sending, by the application function network element, information for triggering a core network device to configure a policy and charging control, PCC, rule for a first session corresponding to the information about the ingress port and configure a PCC rule for a second session corresponding to the information about the egress port.
A fastening unit for an operating table for fastening a device for supporting a patient to be x-rayed during an operation on an operating table, having a base body, which has a receptacle for receiving a coupling element of a device fastening unit which is attachable to the device (12, 14), having a locking bar that is fastened to the base body, so that said locking bar is movable relative to the base body, wherein the locking bar, when in a locked position, prevents removal of the coupling element from the receptacle, and in an unlocked position, allows removal of the coupling element from the receptacle, having an elastic element prestressing the locking bar in the locked position, having an actuating element for manual movement of the locking bar out of the locked position into the unlocked position, and having a locking mechanism for holding the locking bar in the unlocked position, characterized in that the locking mechanism holds the locking bar in the unlocked position at least as long as a coupling element is arranged in the receptacle and the locking bar has been moved into the unlocked position with the help of the actuating element, until the coupling element has been removed from the receptacle or the actuating element has been actuated again.
A pharmaceutical composition adapted for oral administration comprising: a core comprising hydrocortisone and a carrier and contacting said core a layer comprising a delayed release polymer wherein said delayed release polymer consists essentially of a mixture of poly(methacrylic acid, methyl methacrylate) in a ratio of 1:2 and poly(methacrylic acid, methyl methacrylate) in a ratio of 1:1 and is adapted to delay release of hydrocortisone from said core characterized in that the core comprises microcrystalline cellulose particles wherein the diameter of said particles is between 200μm-1200 μm and is 75-85% w/w of the composition.
A lane-dividing line detection device comprising pickup means configured to pick up a road surface around a vehicle and characteristic point extraction means configured to extract characteristic points where a value of a predetermined parameter meets a reference value from an image picked up by the pickup means, each of the characteristic points representing a lane-dividing line on the road surface, and to detect the lane-dividing line drawn on a road based on the characteristic points extracted by the characteristic point extraction means, the lane-dividing line detection device comprising: candidate line generation means configured to generate candidate lines for the lane-dividing line based on characteristic points extracted by the characteristic point extraction means; reference change means configured to change the reference value used when the characteristic point extraction means extracts characteristic points from a subsequent image, so as to facilitate an extract of the characteristic points when the number of the candidate lines (COUNT) generated by the candidate line generation means does not reach a predetermined number (COUNT0) and characterized by comprising predetermined number change means which is repeatedly activated every predetermined time and is configured to increase the predetermined number (COUNTO) when it is determined that a shape of a lane-dividing line drawn on the road where the vehicle is running is a composite line and wherein the determination of the shape of the lane dividing line is performed based on whether the position of the vehicle on the road detected using a navigation system which stores information of the shape of the lane-dividing line drawn on the road matches the position where the lane-dividing line is drawn as a composite line. candidate line generation means configured to generate candidate lines for the lane-dividing line based on characteristic points extracted by the characteristic point extraction means; reference change means configured to change the reference value used when the characteristic point extraction means extracts characteristic points from a subsequent image, so as to facilitate an extract of the characteristic points when the number of the candidate lines (COUNT) generated by the candidate line generation means does not reach a predetermined number (COUNT0)
A cooling system (100; 500) for a gas turbine engine, comprising: an outer engine case structure (106; 506); an inner engine case structure (108; 508) disposed radially inward of the outer engine case structure, the inner engine case structure and the outer engine case structure defining a bypass duct (102; 502); a heat exchanger disposed between the outer engine case structure and the inner engine case structure; a supply conduit (114; 514) disposed radially outward of the outer engine case structure, the supply conduit extending circumferentially about the outer engine case structure, the supply conduit fluidly coupled to the heat exchanger; a return conduit (116; 516) disposed radially outward of the outer engine case structure and axially adjacent to the supply conduit, the return conduit extending circumferentially about the outer engine case structure, the return conduit fluidly coupled to the heat exchanger; and a first plurality of heat fins (214; 614) and a second plurality of heat fins (216; 616), characterised in that the first plurality of heat fins extend from a first radially inner surface of the supply conduit, and wherein the second plurality of heat fins extend from a second radially inner surface of the return conduit. an outer engine case structure (106; 506); an inner engine case structure (108; 508) disposed radially inward of the outer engine case structure, the inner engine case structure and the outer engine case structure defining a bypass duct (102; 502); a heat exchanger disposed between the outer engine case structure and the inner engine case structure; a supply conduit (114; 514) disposed radially outward of the outer engine case structure, the supply conduit extending circumferentially about the outer engine case structure, the supply conduit fluidly coupled to the heat exchanger; a return conduit (116; 516) disposed radially outward of the outer engine case structure and axially adjacent to the supply conduit, the return conduit extending circumferentially about the outer engine case structure, the return conduit fluidly coupled to the heat exchanger; and a first plurality of heat fins (214; 614) and a second plurality of heat fins (216; 616), characterised in that the first plurality of heat fins extend from a first radially inner surface of the supply conduit, and wherein the second plurality of heat fins extend from a second radially inner surface of the return conduit.
A crystalline salt of 2-(tert-butylamino)-4-((1R,3R,4R)-3-hydroxy-4-methylcyclohexylamino)-pyrimidine-5-carboxamide, wherein the crystalline salt is a hydrochloride salt, a sulfate salt, a phosphate salt, an L-tartrate salt, or an L-lactate salt.
A floor cleaning machine comprising: a chassis configured to move along a cleaning path; a cleaning mechanism connected to the chassis to perform a cleaning operation; a liquid system connected to the chassis to provide liquid to the cleaning mechanism; a recovery system (22, 32) connected to the chassis to recover liquid from the cleaning operation; a control system connected to the floor cleaning machine to control performance of the cleaning operation; and a cleaning operation sensing system connected to the control system to detect a condition of the cleaning operation, characterized in that the cleaning operation sensing system includes a moisture sensor configured to detect moisture from the cleaning operation. a chassis configured to move along a cleaning path; a cleaning mechanism connected to the chassis to perform a cleaning operation; a liquid system connected to the chassis to provide liquid to the cleaning mechanism; a recovery system (22, 32) connected to the chassis to recover liquid from the cleaning operation; a control system connected to the floor cleaning machine to control performance of the cleaning operation; and a cleaning operation sensing system connected to the control system to detect a condition of the cleaning operation,