mhurhangee/ep-ind-claims huggingface dataset:
Electro-hydrostatic drive for an actuating drive, having a variable-volume and/or variable-speed hydraulic machine which is driven by an electric motor, for providing a volumetric flow of a hydraulic fluid, a cylinder with a piston, a piston rod and a first piston chamber, a valve with a first position and a second position, which valve can be moved by a first hydraulic actuator into the first position and by a second hydraulic actuator into the second position, wherein the second position controls a greater volumetric flow of the hydraulic fluid than the first position, a sink, main line (130, 160) which connects a first piston chamber of the cylinder to the sink and in which the hydraulic machine is arranged, an auxiliary line (110, 120) which connects the first piston chamber to the sink and in which the valve is arranged, a first control line to the first hydraulic actuator, and a second control line to the second hydraulic actuator, wherein a hydraulic resistance is arranged in the main line (130, 160) in series with the hydraulic machine, wherein the first control line is connected to the main line (130, 160), and wherein the second control line is connected between the hydraulic resistance and the first piston chamber characterized in that the sink is the second piston chamber of the cylinder, wherein the cylinder is a synchronizing cylinder. a variable-volume and/or variable-speed hydraulic machine which is driven by an electric motor, for providing a volumetric flow of a hydraulic fluid, a cylinder with a piston, a piston rod and a first piston chamber, a valve with a first position and a second position, which valve can be moved by a first hydraulic actuator into the first position and by a second hydraulic actuator into the second position, wherein the second position controls a greater volumetric flow of the hydraulic fluid than the first position, a sink, main line (130, 160) which connects a first piston chamber of the cylinder to the sink and in which the hydraulic machine is arranged, an auxiliary line (110, 120) which connects the first piston chamber to the sink and in which the valve is arranged, a first control line to the first hydraulic actuator, and a second control line to the second hydraulic actuator, wherein a hydraulic resistance is arranged in the main line (130, 160) in series with the hydraulic machine, wherein the first control line is connected to the main line (130, 160), and wherein the second control line is connected between the hydraulic resistance and the first piston chamber characterized in that the sink is the second piston chamber of the cylinder, wherein the cylinder is a synchronizing cylinder.
A blood bag (10, 10a to 10e) including a bag body (80, 80a to 80e) formed of a soft material in a bag-shaped manner, and being able to house blood, the bag body (80, 80a to 80e) comprising: a first housing portion provided with a blood inflow portion (82, 106); a second housing portion provided with a blood outflow portion; and a communication path (90, 90a, 90b) configured from a partition (86, 88, 102, 104, 108, 110, 120) that partitions an inside of the bag body (80, 80a to 80e) into the first housing portion and the second housing portion, and allowing the first housing portion and the second housing portion to communicate with each other, characterized in that when an outer opening of the blood outflow portion at the side of a blood sampling holder is directed in an approximately horizontal direction, it is configured to be in a state where a portion of the communication path in the bag body may be pressed in order to bend the blood outflow portion and thus block the flow path of the communication path to prevent inflow of air discharged from the second housing portion to the first housing portion, into the second housing portion, whereas when the portion of the communication path in the bag body is bent in an acute angle, it is constructed to block the flow path of the communication path without pressing the outflow portion, and the outer opening of the blood outflow portion can be upwardly directed. a first housing portion provided with a blood inflow portion (82, 106); a second housing portion provided with a blood outflow portion; and a communication path (90, 90a, 90b) configured from a partition (86, 88, 102, 104, 108, 110, 120) that partitions an inside of the bag body (80, 80a to 80e) into the first housing portion and the second housing portion, and allowing the first housing portion and the second housing portion to communicate with each other, characterized in that when an outer opening of the blood outflow portion at the side of a blood sampling holder is directed in an approximately horizontal direction, it is configured to be in a state where a portion of the communication path in the bag body may be pressed in order to bend the blood outflow portion and thus block the flow path of the communication path to prevent inflow of air discharged from the second housing portion to the first housing portion, into the second housing portion, whereas when the portion of the communication path in the bag body is bent in an acute angle, it is constructed to block the flow path of the communication path without pressing the outflow portion, and the outer opening of the blood outflow portion can be upwardly directed.
Guide device for fixing and transfixing sliding blades for dynamic implants for postural correction and/or spine treatment, comprising a plurality of pedicle screws, a plurality of double intermediate connectors each coupled to a respective polyaxial threaded rod, a plurality of blade platforms (13, 14), and a set of blades, where the set of blades comprises two or more flexible blades which slide between themselves and within the platforms (13, 14), where the platforms (13, 14) have two sides, one side in a box shape having a rail through which the set of blades slides and another side having a hole for attachment to a double intermediate connector, where each double intermediate connector comprises a single piece, in the form of a boomerang, equipped with first and second holes (19, 20), the first hole flanked by higher walls where the polyaxial threaded rod is coupled, which consists of a cylindrical rod, whose lower end has a sphere preceded by a threaded region, and the second hole receiving one of the plurality of the pedicle screws on one side and a fixing screw on the other, which is threaded into a concentric hole in the head of the pedicle screw, so as to fix it against an internal flange provided in said second hole, said internal flange being responsible for orienting the angle of the pedicle screw where the plurality of double intermediate connectors have internal flange angles that vary for the different positions they occupy in the blade set. where the set of blades comprises two or more flexible blades which slide between themselves and within the platforms (13, 14), where the platforms (13, 14) have two sides, one side in a box shape having a rail through which the set of blades slides and another side having a hole for attachment to a double intermediate connector, where each double intermediate connector comprises a single piece, in the form of a boomerang, equipped with first and second holes (19, 20), the first hole flanked by higher walls where the polyaxial threaded rod is coupled, which consists of a cylindrical rod, whose lower end has a sphere preceded by a threaded region, and the second hole receiving one of the plurality of the pedicle screws on one side and a fixing screw on the other, which is threaded into a concentric hole in the head of the pedicle screw, so as to fix it against an internal flange provided in said second hole, said internal flange being responsible for orienting the angle of the pedicle screw where the plurality of double intermediate connectors have internal flange angles that vary for the different positions they occupy in the blade set.
A monitoring system for monitoring the condition of a cable, which is guided in an energy guide chain between a base and a moving end movable relative thereto, comprising: - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end, a stationary run with a connection end for the base and a deflection arc between the two runs; and - a monitoring device with at least one sensor unit arranged on the energy guide chain, which monitoring device evaluates a signal generated using the sensor unit in order to monitor the occurrence of a fault condition during operation of the energy guide chain, characterized in that - the sensor unit includes two electrical indicator conductors (62A, 62B) guided by the energy guide chain, which indicator conductors run at least along the greater part of the length of the mobile run, and - the monitoring device comprises a circuit with a measurement device for measuring resistance or conductance, and - in that in each case one end point of each of the two indicator conductors (62A, 62B) is connected at one connection end of the energy guide chain to the measurement device and the respective other end points of the indicator conductors, in particular at the other connection end of the energy guide chain, are short-circuited, such that the conductors form (62A, 62B) a measurement loop, the resistance or conductance of which is measurable by the measurement device. - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end, a stationary run with a connection end for the base and a deflection arc between the two runs; and - a monitoring device with at least one sensor unit arranged on the energy guide chain, which monitoring device evaluates a signal generated using the sensor unit in order to monitor the occurrence of a fault condition during operation of the energy guide chain, characterized in that - the sensor unit includes two electrical indicator conductors (62A, 62B) guided by the energy guide chain, which indicator conductors run at least along the greater part of the length of the mobile run, and - the monitoring device comprises a circuit with a measurement device for measuring resistance or conductance, and - in that in each case one end point of each of the two indicator conductors (62A, 62B) is connected at one connection end of the energy guide chain to the measurement device and the respective other end points of the indicator conductors, in particular at the other connection end of the energy guide chain, are short-circuited, such that the conductors form (62A, 62B) a measurement loop, the resistance or conductance of which is measurable by the measurement device.
Communication device for a network of the multiplexed type and comprising at least one first bundle comprising at least one group of N wires with N ≥ 2, said device comprising a first connector provided with N first main terminals (BP1n) adapted to be connected respectively to said N wires of the group of the first bundle, characterised in that it further comprises termination means adapted to define N specific impedances and at least one second connector provided with i) N second main terminals (BP2n) connected respectively to said N first main terminals (BP1n) and suitable to be connected respectively to N wires of a group of a second bundle of said network, and ii) N auxiliary terminals (BAn) connected to said termination means in order to be placed respectively at said N specific impedances and suitable, when said member is installed at one end of said network, to be respectively coupled to said N second main terminals (BP2n) of said second connector so as to respectively apply to said N first main terminals (BP1n) said N specific impedances.
Laundry washing and drying machine comprising: - a logic unit adapted to control the electric/electronic components of the machine, a plurality of operating programs of said laundry washing and drying machine, each one designed specifically for a prefixed kind of laundry, being stored in said logic unit, for any prefixed kind of laundry being so stored a corresponding washing program and a corresponding drying program, - a display device adapted for presenting user information, - a user input device where control elements are provided for selecting one operating program among said plurality of operating programs stored in said logic unit, characterized in that said input device comprises: - a first input device operable by the user for setting, among said plurality of prefixed operating programs stored in said logic unit, an operating program associated to a prefixed kind of laundry; - a second input device, different from said first input device, operable by the user to set that said operating program associated to a prefixed kind of laundry and set via said first input device is a program between the washing program and the drying program associated to said prefixed kind of laundry. - a logic unit adapted to control the electric/electronic components of the machine, a plurality of operating programs of said laundry washing and drying machine, each one designed specifically for a prefixed kind of laundry, being stored in said logic unit, for any prefixed kind of laundry being so stored a corresponding washing program and a corresponding drying program, - a display device adapted for presenting user information, - a user input device where control elements are provided for selecting one operating program among said plurality of operating programs stored in said logic unit, - a first input device operable by the user for setting, among said plurality of prefixed operating programs stored in said logic unit, an operating program associated to a prefixed kind of laundry; - a second input device, different from said first input device, operable by the user to set that said operating program associated to a prefixed kind of laundry and set via said first input device is a program between the washing program and the drying program associated to said prefixed kind of laundry.
Super-insulating multilayer glass comprising: at least five sheets of glass separated from each other, wherein first and second sheets of glass are separated from each other to face each other; and wherein a plurality of third sheets of glass having a thickness of 1 mm to 3 mm are separated from each other between the first and second sheets of glass; at least four filling gas layers each being formed to a thickness of 11 mm to 13 mm between two adjoining sheets of glass among the first to third sheets of glass and comprising argon (Ar) gas; and a sealant sealing lateral sides of the filling gas layers, wherein the super-insulating multilayer glass has a thermal transmittance of less than 0.7 W/m 2 K, wherein the multilayer glass further comprises an anti-reflective coating layer formed on a surface of the third sheets of glass, wherein the anti-reflective coating layer comprises magnesium fluoride. at least five sheets of glass separated from each other, wherein first and second sheets of glass are separated from each other to face each other; and wherein a plurality of third sheets of glass having a thickness of 1 mm to 3 mm are separated from each other between the first and second sheets of glass; at least four filling gas layers each being formed to a thickness of 11 mm to 13 mm between two adjoining sheets of glass among the first to third sheets of glass and comprising argon (Ar) gas; and a sealant sealing lateral sides of the filling gas layers,
A corona igniter, comprising: an insulator including an inner surface surrounding a bore; a metallic coating disposed on said inner surface of said insulator; a center electrode disposed in said bore of said insulator); and a braze disposed between said center electrode and said metallic coating, wherein the corona igniter is characterized in that the inner surface of the insulator extends straight along the center axis from an upper connection end to an insulator nose end, such that a diameter of the bore is constant, and the braze secures the center electrode to the metallic coating on the inner surface. an insulator including an inner surface surrounding a bore; a metallic coating disposed on said inner surface of said insulator; a center electrode disposed in said bore of said insulator); and a braze disposed between said center electrode and said metallic coating, wherein the corona igniter is characterized in that the inner surface of the insulator extends straight along the center axis from an upper connection end to an insulator nose end, such that a diameter of the bore is constant, and the braze secures the center electrode to the metallic coating on the inner surface.
Wind turbine blade transport frame having a longitudinal, lateral and upright extent, and being configured for receiving either a tip or root portion of a longitudinally extending wind turbine blade, said frame being stackable with similar frames, said frame comprising four upright frame struts (71, 72, 91, 92) which together define a generally cuboid internal space having a longitudinal extent between two pairs of said upright struts; said frame having, within said generally cuboid internal space, a tip or root saddle assembly (50, 80) comprising a saddle (52, 82) with a support surface shaped to receive a respective blade root or tip; said frame furthermore having four top shoulders and four feet, said feet of said frame being conformed to be stackable on corresponding said shoulders of another frame; characterised in that said frame, proximate one or more said top or bottom corner (12, 14) thereof, comprises a retractable arm arrangement; wherein said frame further comprises, proximate at least one said top or bottom corner thereof, a claw arrangement; said retractable arm arrangement being configured to fixingly engage a corresponding claw arrangement at an adjacent similar frame in a stacked arrangement of the frames; further wherein a retractable arm and a claw comprise a tensioner capable of creating a fixed engagement between them under tension, wherein said tensioner is provided at a said retractable arm, and wherein said tensioner is manually operable by an operator, to apply tension between two adjacent stacked frames.
A method of training a classifier model to detect cell conditions in a wireless cellular network, the method comprising: obtaining time-series data for a plurality of performance metrics for each cell of a plurality of cells of the wireless cellular network; converting the time-series data to respective image data sets for each cell of the plurality of cells, wherein each image data set comprises a first dimension representative of time and a second dimension representative of the performance metric, and wherein each pixel comprises a value for the performance metric at a particular time instant; classifying the image data sets into one of a plurality of predefined cell conditions; and applying a machine-learning algorithm to training data comprising the classified image data sets to generate a classifier model for classifying image data sets into one of the plurality of predefined cell conditions. obtaining time-series data for a plurality of performance metrics for each cell of a plurality of cells of the wireless cellular network; converting the time-series data to respective image data sets for each cell of the plurality of cells, wherein each image data set comprises a first dimension representative of time and a second dimension representative of the performance metric, and wherein each pixel comprises a value for the performance metric at a particular time instant; classifying the image data sets into one of a plurality of predefined cell conditions; and applying a machine-learning algorithm to training data comprising the classified image data sets to generate a classifier model for classifying image data sets into one of the plurality of predefined cell conditions.
An antibody drug conjugate comprising: (a) an anti-TNFa antibody comprising a heavy chain set forth as SEQ ID NO: 3 and a light chain set forth as SEQ ID NO: 4; and (b) a glucocorticoid receptor agonist comprising a radical represented by the formula: wherein the antibody is conjugated to the glucocorticoid receptor agonist via a linker represented by the formula: (a) an anti-TNFa antibody comprising a heavy chain set forth as SEQ ID NO: 3 and a light chain set forth as SEQ ID NO: 4; and (b) a glucocorticoid receptor agonist comprising a radical represented by the formula: wherein the antibody is conjugated to the glucocorticoid receptor agonist via a linker represented by the formula:
A power-take-off system for a wave energy conversion buoy (W EC) of the type having a float to extract the wave motion in a body of water, comprising: a screw shaft having a helical groove therein; a nut on said shaft having an internal helical groove conformed to the shaft groove and cooperating mechanically therewith; a driver (112, 202) connected to one of said screw shaft and said nut, said driver being constructed to be coupled to receive the wave motion extracted by the float; and a coupling connected to the other of said screw shaft and said nut, said coupling being constructed to couple rotational motion of said other to an electrical generator; whereby force received by said driver moves said one and causes said other to rotate, the rotational motion being transferred to said coupling and therefrom to the connected generator, characterised by said driver comprising a drive tube concentric with said screw shaft, the drive tube having a first end fixed to said nut and a second end constructed to be coupled to receive the wave motion extracted by the float, and by means for mounting said PTO for rotational movement about two orthogonal axes substantially perpendicular to an axis of said screw shaft, wherein said means for mounting is a two-axis gimbal, and bearing means mounts said screw shaft in said gimbal for rotation, whereby said drive tube is self-aligning to receive said wave motion substantially axially. a screw shaft having a helical groove therein; a nut on said shaft having an internal helical groove conformed to the shaft groove and cooperating mechanically therewith; a driver (112, 202) connected to one of said screw shaft and said nut, said driver being constructed to be coupled to receive the wave motion extracted by the float; and a coupling connected to the other of said screw shaft and said nut, said coupling being constructed to couple rotational motion of said other to an electrical generator; whereby force received by said driver moves said one and causes said other to rotate, the rotational motion being transferred to said coupling and therefrom to the connected generator, characterised by said driver comprising a drive tube concentric with said screw shaft, the drive tube having a first end fixed to said nut and a second end constructed to be coupled to receive the wave motion extracted by the float, and by means for mounting said PTO for rotational movement about two orthogonal axes substantially perpendicular to an axis of said screw shaft, wherein said means for mounting is a two-axis gimbal, and bearing means mounts said screw shaft in said gimbal for rotation, whereby said drive tube is self-aligning to receive said wave motion substantially axially.