mhurhangee/ep-ind-claims huggingface dataset:
A system for detecting leakage around an occlusive implant disposed in the left atrial appendage, the system comprising: an occlusive implant configured to be disposed in a left atrial appendage; an elongate shaft having a port disposed at a distal end region thereof; a first sensor disposed adjacent the elongate shaft; and a core wire configured to be coupled to the occlusive implant; wherein the elongate shaft is configured to be positioned adjacent the occlusive implant such that the first sensor is positioned on a first side of the occlusive implant, and wherein the port is positioned on a second side of the occlusive implant; wherein the first sensor is configured to measure a first parameter; wherein the first parameter is utilized to determine a fluid leak between the occlusive implant and a tissue wall defining the left atrial appendage; and wherein the first sensor is positioned along a portion of the core wire or along the elongate shaft. an occlusive implant configured to be disposed in a left atrial appendage; an elongate shaft having a port disposed at a distal end region thereof; a first sensor disposed adjacent the elongate shaft; and a core wire configured to be coupled to the occlusive implant; wherein the elongate shaft is configured to be positioned adjacent the occlusive implant such that the first sensor is positioned on a first side of the occlusive implant, and wherein the port is positioned on a second side of the occlusive implant; wherein the first sensor is configured to measure a first parameter; wherein the first parameter is utilized to determine a fluid leak between the occlusive implant and a tissue wall defining the left atrial appendage; and wherein the first sensor is positioned along a portion of the core wire or along the elongate shaft.
A kit for intervertebral disc repair comprising: a spacer having an oblique hole (31, 33) for receiving a bone screw configured to be secured to a vertebra and a channel (36, 38) extending along at least one of a superior surface and an inferior surface of the spacer and configured for slideably receiving an anchor configured to be secured to a vertebra; a first plate configured to attach to the spacer, the first plate having a hole extension that aligns with the oblique hole of the spacer when the first plate is attached to the spacer; and a second plate configured to attach to the spacer, the second plate having a channel extension that aligns with the channel of the spacer when the second plate is attached to the spacer, wherein the first and the second plates interchangeably attach to the spacer. a spacer having an oblique hole (31, 33) for receiving a bone screw configured to be secured to a vertebra and a channel (36, 38) extending along at least one of a superior surface and an inferior surface of the spacer and configured for slideably receiving an anchor configured to be secured to a vertebra; a first plate configured to attach to the spacer, the first plate having a hole extension that aligns with the oblique hole of the spacer when the first plate is attached to the spacer; and a second plate configured to attach to the spacer, the second plate having a channel extension that aligns with the channel of the spacer when the second plate is attached to the spacer, wherein the first and the second plates interchangeably attach to the spacer.
Hot forming line having a heating station and a forming station for producing hot formed and in particular press-hardened sheet metal products made of metal blanks, wherein the heating station has a bottom tool and a top tool between which a metal blank can be received for heating and the bottom tool and/or the top tool has an electric resistance heater having at least one surface-heating element and the surface-heating element is a heating plate (8, 8', 35, 40) and the heating plate (8, 8', 35, 40) is in the form of a plate body (9, 36, 41) made of an electrically conductive material and the plate body (9, 36, 41) is formed as a thermal conductor (11, 38, 47) characterised in that the heating plate is furnished with an electrical insulating layer on its heating surface contacting the metal blank.
A transferring system having a transfer head and a semiconductor light emitting device, wherein the transfer head comprises a base substrate (2010, 3010, 4010, 5010); a protrusion (2020, 3020, 4020, 5020) protruding from the base substrate (2010, 3010, 4010, 5010); and a head electrode (2030, 3030, 5030) arranged at the protrusion (2020, 3020, 5020) and configured to generate an electrostatic force by electrifying an undoped semiconductor layer of the semiconductor light emitting device, wherein the undoped semiconductor layer is an uppermost layer of the semiconductor light emitting device.
A shunt tube entry device comprising: one or more inlet ports; a shroud disposed at least partially about a wellbore tubular, wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more entry ports; and a shunt tube in fluid communication with the chamber; and one or more baffles disposed between the shroud and the wellbore tubular, wherein the baffles are aligned at a non-normal angle and a non-parallel angle to the longitudinal axis. one or more inlet ports; a shroud disposed at least partially about a wellbore tubular, wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more entry ports; and a shunt tube in fluid communication with the chamber; and one or more baffles disposed between the shroud and the wellbore tubular, wherein the baffles are aligned at a non-normal angle and a non-parallel angle to the longitudinal axis.
A mobile terminal comprising: a case (101, 102) in which electronic components are mounted; a top button located in a surface of the case, the top button including a light blocking part to block light and having a front side exposed through the surface of the case and a back side opposite the front side; a metal dome arranged at the back side of the top button, the metal dome having a projected center; an actuator configured to press the projected center of the metal dome to deform the metal dome when the top button is pressed; a circuit board having the metal dome seated on a side thereof, the circuit board configured to generate a signal as the metal dome is deformed; and a light source mounted at the circuit board to emit light, characterized in that the top button includes: a light transmitting part formed at a circumferential portion of the light blocking part to transmit light therethrough; an upper button configured to reflect the light from the light source to the light blocking part toward a back side of the mobile terminal; a light guide layer configured to direct the light of the light source toward the surface of the case, and coupled to a back side of the upper button to disperse the light emitted from the light source uniformly; and a lower button coupled to a back side of the light guide layer, wherein the light source is located in a central portion of the lower button. a case (101, 102) in which electronic components are mounted; a top button located in a surface of the case, the top button including a light blocking part to block light and having a front side exposed through the surface of the case and a back side opposite the front side; a metal dome arranged at the back side of the top button, the metal dome having a projected center; an actuator configured to press the projected center of the metal dome to deform the metal dome when the top button is pressed; a circuit board having the metal dome seated on a side thereof, the circuit board configured to generate a signal as the metal dome is deformed; and a light source mounted at the circuit board to emit light, a light transmitting part formed at a circumferential portion of the light blocking part to transmit light therethrough; an upper button configured to reflect the light from the light source to the light blocking part toward a back side of the mobile terminal; a light guide layer configured to direct the light of the light source toward the surface of the case, and coupled to a back side of the upper button to disperse the light emitted from the light source uniformly; and a lower button coupled to a back side of the light guide layer,
A chin guard positioning assembly which connects a helmet body and a chin guard to each other, wherein the helmet body provides a certain space to allow a user's head to be inserted thereinto and a position of the chin guard is moved from a protective position, which is a position where a user's chin is protected, to an open position, which is a position where the user's chin is not protected, or moved from the open position to the protective position, the chin guard positioning assembly comprising: a movable base part which provides a certain region to allow the chin guard to be connected thereto and in which a position thereof is moved together with the chin guard when the position of the chin guard is moved; a fixed base part connected to the helmet body, and connected to the movable base part to serve as a reference for the movement of the position of the movable base part; characterized by a fixed magnetic force part fixed to the fixed base part; and a movable magnetic force part fixed to the movable base part to fix the movable base part to a first position or a second position by interacting with a magnetic force of the fixed magnetic force part. a movable base part which provides a certain region to allow the chin guard to be connected thereto and in which a position thereof is moved together with the chin guard when the position of the chin guard is moved; a fixed base part connected to the helmet body, and connected to the movable base part to serve as a reference for the movement of the position of the movable base part; characterized by a fixed magnetic force part fixed to the fixed base part; and a movable magnetic force part fixed to the movable base part to fix the movable base part to a first position or a second position by interacting with a magnetic force of the fixed magnetic force part.
Device system having at least one device (12a-c) and a sensor device (14a-c) formed separately from the device (12a-c), and having at least one coupling device (16a-c) at least partly having at least one mechanical coupling unit (22a, 24a; 22b, 24b; 22c, 24c), which is provided for coupling the sensor device (14a-c) to the device (12a-c), the coupling device (16b; 16c) at least partly having at least one signal coupling unit (26b; 26c), the signal coupling unit (26b; 26c) having at least a first and a second signal coupling element (28b, 30b; 28c, 30c), and the first signal coupling unit (28b; 28c) being at least partly contained by the device (12b; 12c), and the second signal coupling element (30b; 30c) being at least partly contained by the sensor device (14b; 14c), characterized in that at least the signal coupling elements (28c, 30c) are provided for cable-free coupling.
A rod position indicator system comprising: a drive rod operably coupled to a control rod, wherein the control rod is configured to be both withdrawn from and inserted into a reactor core; a number of sensing devices (1111-1113, 1121-1123) arranged along a path of the drive rod, wherein an end of the drive rod passes by one or more of the sensing devices (1111-1113, 1121-1123) in response to movement of the control rod with respect to the reactor core, and wherein the sensing devices (1111-1113, 1121-1123) are arranged into a plurality of groups (1110, 1120), characterized in that each group (1110, 1120) comprises two or more of the sensing devices (1111-1113, 1121-1123) that are (i) electrically coupled together and (ii) each positioned at different vertical locations along the path of the drive rod; and in that the rod position indicator system further comprises a control rod monitoring device electrically coupled to each group (1110, 1120) of sensing devices (1111-1113, 1121-1123) by a separate routing wire (1102, 1124). a drive rod operably coupled to a control rod, wherein the control rod is configured to be both withdrawn from and inserted into a reactor core; a number of sensing devices (1111-1113, 1121-1123) arranged along a path of the drive rod, wherein an end of the drive rod passes by one or more of the sensing devices (1111-1113, 1121-1123) in response to movement of the control rod with respect to the reactor core, and wherein the sensing devices (1111-1113, 1121-1123) are arranged into a plurality of groups (1110, 1120), characterized in that each group (1110, 1120) comprises two or more of the sensing devices (1111-1113, 1121-1123) that are (i) electrically coupled together and (ii) each positioned at different vertical locations along the path of the drive rod; and in that the rod position indicator system further comprises a control rod monitoring device electrically coupled to each group (1110, 1120) of sensing devices (1111-1113, 1121-1123) by a separate routing wire (1102, 1124).
A power transmission device comprising: a planetary gear mechanism; a first rotary machine connected to a sun gear of the planetary gear mechanism; an engine and a one-way clutch that are connected to a carrier of the planetary gear mechanism; a second rotary machine and a drive wheel that are connected to a ring gear of the planetary gear mechanism; and a parking device connected to the ring gear, characterized in that the power transmission device is configured to positively rotate the first rotary machine at a time a command to disengage the parking device is received and thereafter disengage the parking device, wherein a direction of the positive rotation is a rotational direction of the carrier rotary-driven by the engine. a planetary gear mechanism; a first rotary machine connected to a sun gear of the planetary gear mechanism; an engine and a one-way clutch that are connected to a carrier of the planetary gear mechanism; a second rotary machine and a drive wheel that are connected to a ring gear of the planetary gear mechanism; and a parking device connected to the ring gear, characterized in that the power transmission device is configured to positively rotate the first rotary machine at a time a command to disengage the parking device is received and thereafter disengage the parking device, wherein a direction of the positive rotation is a rotational direction of the carrier rotary-driven by the engine.
An ionic liquid represented by the structure of the following Formula 1: wherein (a) R 1 and R 2 are each independently H, or a C 1 to C 12 straight-chain alkyl group or branched alkyl group or aryl group, (b) m is an integer 1 to 6, (c) X is -N(R 3)-(CH 2) q -OH, wherein R 3 is H or C 1 to C 6 straight-chain or branched alkyl group and q is an integer from 2 to 4, and (d) A - is an anion selected from the group consisting of [BF 4] -, [PF 6] -, [CH 3 CO2] -, [HSO 4] -, [CF 3 SO 3] -, [(CF 3 SO 2) 2 N] -, [(CF 3 SO 2) 3 C] -, [SO 4] 2-, Cl -, Br -, I -, [N 2] -, [(PO 4)(C 4 H 9) 2] -, [(PO 4)(C 2 H 5) 2] -, [(PO 4)(C 6 H 5) 2] -, [CH 3 CH 2 OSO 3] -, [CH 3 OCO 2] - and amino acid. (a) R 1 and R 2 are each independently H, or a C 1 to C 12 straight-chain alkyl group or branched alkyl group or aryl group, (b) m is an integer 1 to 6, (c) X is -N(R 3)-(CH 2) q -OH, wherein R 3 is H or C 1 to C 6 straight-chain or branched alkyl group and q is an integer from 2 to 4, and (d) A - is an anion selected from the group consisting of [BF 4] -, [PF 6] -, [CH 3 CO2] -, [HSO 4] -, [CF 3 SO 3] -, [(CF 3 SO 2) 2 N] -, [(CF 3 SO 2) 3 C] -, [SO 4] 2-, Cl -, Br -, I -, [N 2] -, [(PO 4)(C 4 H 9) 2] -, [(PO 4)(C 2 H 5) 2] -, [(PO 4)(C 6 H 5) 2] -, [CH 3 CH 2 OSO 3] -, [CH 3 OCO 2] - and amino acid.
A combination of an elongate structure and a lifting arrangement for upending the structure, the arrangement comprising: rigging of elongate elements that are connected to the structure at respective connection axes spaced longitudinally along the structure, at least one of those elements extending to a first connection axis and at least one other of those elements extending to a second connection axis and being of variable length, wherein the structure has a centre of gravity that lies in a vertical plane disposed between the first and second connection axes; and a frame suspended from a crane, via a hoisting system of the crane, the frame supporting at least one winch that acts on the at least one variable-length element of the rigging; wherein the at least one variable-length element of the rigging extends laterally from the winch and over a sheave that defines a suspension point of the frame that is offset laterally from said vertical plane, and the combination being characterised in that said vertical plane intersects the winch. rigging of elongate elements that are connected to the structure at respective connection axes spaced longitudinally along the structure, at least one of those elements extending to a first connection axis and at least one other of those elements extending to a second connection axis and being of variable length, wherein the structure has a centre of gravity that lies in a vertical plane disposed between the first and second connection axes; and a frame suspended from a crane, via a hoisting system of the crane, the frame supporting at least one winch that acts on the at least one variable-length element of the rigging; wherein the at least one variable-length element of the rigging extends laterally from the winch and over a sheave that defines a suspension point of the frame that is offset laterally from said vertical plane, and the combination being characterised in that said vertical plane intersects the winch.
A thermoformed article comprising: a propylene homopolymer comprising a substituted 1,2-phenylene dibenzoate selected from the group consisting of 3-methyl-5-tert-butyl-1,2-phenylene dibenzoate and 3,5-diisopropyl-1,2-phenylene dibenzoate; the thermoformed article having a haze value from 1% to 10% as measured in accordance with ASTM D 1003. a propylene homopolymer comprising a substituted 1,2-phenylene dibenzoate selected from the group consisting of 3-methyl-5-tert-butyl-1,2-phenylene dibenzoate and 3,5-diisopropyl-1,2-phenylene dibenzoate; the thermoformed article having a haze value from 1% to 10% as measured in accordance with ASTM D 1003.
A vacuum switch comprising: a main circuit vacuum switch accommodated in a first vacuum chamber and including two vacuum switches (51A, 51B) whose movable conductors (17A, 17B) are interconnected by a stiff transition rod, an earth switch accommodated in a second vacuum chamber, a first operating rod connected to the stiff transition rod to operate the moveable conductors (17A, 17B) of the two vacuum switches synchronously, a second operating rod connected to the movable conductor of the earth switch, and a molding case enclosing the first and second vacuum chambers and the first operating rod, wherein the operating rods are connectable with an operating mechanism, and the fixed conductors (18A, 18B, 43) of the main circuit switch and the earth switch are connected with bushing conductors (12A, 12B), characterized in that said first vacuum chamber includes two separate vacuum chambers (1A, 1B) within which the two vacuum switches (51A, 51B) of the main circuit switch are respectively disposed, the first operating rod is connected to the stiff transition rod through an insulating operating rod, and a transition conductor is fixed to the molding case, and the moveable conductors (17A, 17B) of the two vacuum switches are electrically connected to each other via said fixed transition conductor. a main circuit vacuum switch accommodated in a first vacuum chamber and including two vacuum switches (51A, 51B) whose movable conductors (17A, 17B) are interconnected by a stiff transition rod, an earth switch accommodated in a second vacuum chamber, a first operating rod connected to the stiff transition rod to operate the moveable conductors (17A, 17B) of the two vacuum switches synchronously, a second operating rod connected to the movable conductor of the earth switch, and a molding case enclosing the first and second vacuum chambers and the first operating rod, wherein the operating rods are connectable with an operating mechanism, and the fixed conductors (18A, 18B, 43) of the main circuit switch and the earth switch are connected with bushing conductors (12A, 12B), characterized in that said first vacuum chamber includes two separate vacuum chambers (1A, 1B) within which the two vacuum switches (51A, 51B) of the main circuit switch are respectively disposed, the first operating rod is connected to the stiff transition rod through an insulating operating rod, and a transition conductor is fixed to the molding case, and the moveable conductors (17A, 17B) of the two vacuum switches are electrically connected to each other via said fixed transition conductor.
A method, comprising: obtaining a first image corresponding to a specimen, the first image corresponding to the specimen shows a first section surface of the specimen; identifying a first position in the first image corresponding to a target object; cutting a thin slice from the block face of the specimen; obtaining a second image corresponding to the specimen, wherein the second image is captured by a microscope, the second image corresponding to the specimen shows a second section surface of the specimen; characterized by applying an image segmentation technique to the second image to obtain a segmented image, wherein the segmented image indicates (a) a first set of segments corresponding to objects of interest and (b) a second set of segments not corresponding to any objects of interest; determining a particular object of interest, of the objects of interest shown in the segmented image, that is associated with a highest similarity score with the target object shown in the first image as the target object shown in the segmented image; identifying a second position in the segmented image corresponding to the target object; determining a movement vector from the first position in the first image to the second position in the segmented image; causing a field of view of the microscope to move, with respect to the specimen, according to the movement vector to capture a third image corresponding to the specimen; wherein the method is performed by at least one device including a hardware processor. obtaining a first image corresponding to a specimen, the first image corresponding to the specimen shows a first section surface of the specimen; identifying a first position in the first image corresponding to a target object; cutting a thin slice from the block face of the specimen; obtaining a second image corresponding to the specimen, wherein the second image is captured by a microscope, the second image corresponding to the specimen shows a second section surface of the specimen; characterized by applying an image segmentation technique to the second image to obtain a segmented image, wherein the segmented image indicates (a) a first set of segments corresponding to objects of interest and (b) a second set of segments not corresponding to any objects of interest; determining a particular object of interest, of the objects of interest shown in the segmented image, that is associated with a highest similarity score with the target object shown in the first image as the target object shown in the segmented image; identifying a second position in the segmented image corresponding to the target object; determining a movement vector from the first position in the first image to the second position in the segmented image; causing a field of view of the microscope to move, with respect to the specimen, according to the movement vector to capture a third image corresponding to the specimen; wherein the method is performed by at least one device including a hardware processor.