mhurhangee/ep-ind-claims huggingface dataset:
Steering column for a motor vehicle, comprising a jacket unit in which a steering spindle is mounted rotatably about a longitudinal axis and which can be connected directly or indirectly to the body of a motor vehicle via a height-adjustment lever, the height-adjustment lever having two side cheeks, between whose inner sides, which are opposite one another with respect to the longitudinal axis, the casing unit is received so as to be pivotable about a hinge axis, wherein the casing unit having guide grooves extending in the direction of the longitudinal axis, wherein at least one sliding body is arranged between a side cheek and the casing unit, which sliding body is slidably displaceable in a guide groove in the direction of the longitudinal axis and is supported on a side cheek, wherein a supporting element is arranged between a sliding body and a side cheek in each case, which supporting element is supported from the inside against the side cheek and presses the sliding body from the outside into the guide groove, characterised in that the hinge axis being arranged above the longitudinal axis and that the casing unit has a lower casing tube which can be connected to the body of a motor vehicle so as to be vertically pivotable about a height adjustment axis and which has the guide grooves, and which accommodates an upper casing tube so as to be telescopically adjustable in the direction of the longitudinal axis. wherein a supporting element is arranged between a sliding body and a side cheek in each case, which supporting element is supported from the inside against the side cheek and presses the sliding body from the outside into the guide groove, characterised in that the hinge axis being arranged above the longitudinal axis and that the casing unit has a lower casing tube which can be connected to the body of a motor vehicle so as to be vertically pivotable about a height adjustment axis and which has the guide grooves, and which accommodates an upper casing tube so as to be telescopically adjustable in the direction of the longitudinal axis.
A device comprising: at least one source (201, 620.1, 620.2, 13) emitting electromagnetic radiation in a plurality of directions through a transparent barrier, some of the radiation entering a volume of space behind a first side of the barrier; a position sensitive detector (210, 14, 265) behind a second side of the barrier measuring a position and intensity of the electromagnetic radiation reflected off a body part of an organism, the at least one source modulated to reduce an effect of ambient radiation on the measurement; and the position sensitive detector comprising respective first (230.1) and second (230.2) electrical contacts at opposing first and second ends thereof, and wherein the position sensitive detector is configured to generate respective first (I L) and second (I R) currents at the first and second electrical contacts which vary with a location of the reflected electromagnetic radiation on the position sensitive detector; characterized by electronics to calculate a position of the body part in the volume of space or on the surface of the first side of the barrier based on the position of the measured reflected radiation and a photoplethysmograph from changes to the reflected radiation intensity. at least one source (201, 620.1, 620.2, 13) emitting electromagnetic radiation in a plurality of directions through a transparent barrier, some of the radiation entering a volume of space behind a first side of the barrier; a position sensitive detector (210, 14, 265) behind a second side of the barrier measuring a position and intensity of the electromagnetic radiation reflected off a body part of an organism, the at least one source modulated to reduce an effect of ambient radiation on the measurement; and the position sensitive detector comprising respective first (230.1) and second (230.2) electrical contacts at opposing first and second ends thereof, and wherein the position sensitive detector is configured to generate respective first (I L) and second (I R) currents at the first and second electrical contacts which vary with a location of the reflected electromagnetic radiation on the position sensitive detector; characterized by electronics to calculate a position of the body part in the volume of space or on the surface of the first side of the barrier based on the position of the measured reflected radiation and a photoplethysmograph from changes to the reflected radiation intensity.
A computing device comprising: a containerized routing protocol process configured for execution on processing circuitry of the computing device and configured to receive routing information; a containerized set of workloads configured for execution on the processing circuitry; a data plane development kit-based virtual router configured for execution on the processing circuitry and configured to forward traffic from the workloads based on the routing information from the containerized routing protocol process; and a virtual router agent for the virtual router, the virtual router agent executing on the processing circuitry and configured to expose a generic data plane interface, wherein the virtual router agent is configured to interface, via the generic data plane interface, with multiple different types of control planes. a containerized routing protocol process configured for execution on processing circuitry of the computing device and configured to receive routing information; a containerized set of workloads configured for execution on the processing circuitry; a data plane development kit-based virtual router configured for execution on the processing circuitry and configured to forward traffic from the workloads based on the routing information from the containerized routing protocol process; and a virtual router agent for the virtual router, the virtual router agent executing on the processing circuitry and configured to expose a generic data plane interface, wherein the virtual router agent is configured to interface, via the generic data plane interface, with multiple different types of control planes.
A semiconductor device comprising: a substrate structure including a substrate; a plurality of semiconductor fins protruding from the substrate structure, each of the semiconductor fins comprising a first portion, a second portion on opposite sides of the first portion, and a third portion at an outer side of the first portion and adjacent to the second portion, the first portion protruding from the second portion and having an upper surface, the second portion having an upper surface lower than the upper surface of the first portion, and the third portion having an upper surface lower than the upper surface of the second portion; a gate structure on the upper surface of the first portion; sidewall spacers on opposite sides of the gate structure and covering the upper surface of the second portion; and a source region and a drain region on the third portion and at an outer side of the sidewall spacers, the source and drain regions each having an upper surface higher than the upper surface of the second portion, the first portion comprises an epitaxial layer adjacent to the gate structure; and the first portion protrudes from the upper surface of the second portion. a substrate structure including a substrate; a plurality of semiconductor fins protruding from the substrate structure, each of the semiconductor fins comprising a first portion, a second portion on opposite sides of the first portion, and a third portion at an outer side of the first portion and adjacent to the second portion, the first portion protruding from the second portion and having an upper surface, the second portion having an upper surface lower than the upper surface of the first portion, and the third portion having an upper surface lower than the upper surface of the second portion; a gate structure on the upper surface of the first portion; sidewall spacers on opposite sides of the gate structure and covering the upper surface of the second portion; and a source region and a drain region on the third portion and at an outer side of the sidewall spacers, the source and drain regions each having an upper surface higher than the upper surface of the second portion, the first portion comprises an epitaxial layer adjacent to the gate structure; and the first portion protrudes from the upper surface of the second portion.
A wound dressing comprising or consisting of (a) a covering layer; (b) a sheath on the wound facing side of the covering layer, (c) an absorbent core within the sheath, and (d) an adherent layer on the wound facing side of the sheath; wherein the sheath comprises an adhesive sheath layer, a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer; wherein the adherent layer comprises an opening, and wherein the adherent layer has (i) a wound facing proximal side adapted to adhere to a body part, and (ii) a distal side adhering to an outer rim of the covering layer. (a) a covering layer; (b) a sheath on the wound facing side of the covering layer, (c) an absorbent core within the sheath, and (d) an adherent layer on the wound facing side of the sheath; wherein the sheath comprises an adhesive sheath layer, a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer; an adhesive sheath layer, a proximal sheath layer on the proximal sides of the absorbent core and the adhesive sheath layer and a distal sheath layer on the distal sides of the absorbent core and the adhesive sheath layer; wherein the adherent layer comprises an opening, and wherein the adherent layer has (i) a wound facing proximal side adapted to adhere to a body part, and (ii) a distal side adhering to an outer rim of the covering layer. (i) a wound facing proximal side adapted to adhere to a body part, and (ii) a distal side adhering to an outer rim of the covering layer.
A complementary metal oxide semiconductor (CMOS) wafer, comprising: a semiconductor substrate; an ultrasonic transducer comprising a cavity defined by the partial removal of a first metallization layer of the CMOS wafer; an electrode disposed between the cavity and the semiconductor substrate; and an acoustic membrane of the CMOS wafer comprising a dielectric layer and a second metallization layer of the CMOS wafer, the cavity being disposed between the semiconductor substrate and the acoustic membrane; and integrated circuitry on the semiconductor substrate, coupled to the ultrasonic transducer and configured to control operation of the ultrasonic transducer; wherein the electrode disposed between the cavity and the semiconductor substrate is a first electrode of the ultrasonic transducer, and wherein the ultrasonic transducer further comprises a second electrode disposed opposite the first electrode, the second electrode disposed in the acoustic membrane between the cavity and the second mettalization layer. a semiconductor substrate; an ultrasonic transducer comprising a cavity defined by the partial removal of a first metallization layer of the CMOS wafer; an electrode disposed between the cavity and the semiconductor substrate; and an acoustic membrane of the CMOS wafer comprising a dielectric layer and a second metallization layer of the CMOS wafer, the cavity being disposed between the semiconductor substrate and the acoustic membrane; and a cavity defined by the partial removal of a first metallization layer of the CMOS wafer; an electrode disposed between the cavity and the semiconductor substrate; and an acoustic membrane of the CMOS wafer comprising a dielectric layer and a second metallization layer of the CMOS wafer, the cavity being disposed between the semiconductor substrate and the acoustic membrane; and integrated circuitry on the semiconductor substrate, coupled to the ultrasonic transducer and configured to control operation of the ultrasonic transducer;
A composition comprising: a peptide that is capable of destabilizing an epidermal growth factor receptor (EGFR) protein and a sodium/glucose co-transporter 1 (SGLT 1) protein of cancer cells, wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011; or a peptide that destabilizes a binding interaction between an epidermal growth factor receptor (EGFR) and a sodium/glucose co-transporter 1 (SGLT 1), wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011. a peptide that is capable of destabilizing an epidermal growth factor receptor (EGFR) protein and a sodium/glucose co-transporter 1 (SGLT 1) protein of cancer cells, wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011; or a peptide that destabilizes a binding interaction between an epidermal growth factor receptor (EGFR) and a sodium/glucose co-transporter 1 (SGLT 1), wherein the peptide consists of one of SEQID: 001, SEQID: 002, SEQID: 003, SEQID: 004, SEQID: 005, SEQID: 006, SEQID: 007, SEQID: 008, SEQID: 009, SEQID: 0010, and SEQID: 0011.
An anchoring system configured to be implanted in bone, comprising: a screw including a screw head, a screw shaft and a plurality of interface elements, each pair of the interface elements having an interface by-pass channel located therebetween; a boring ring including an interface seating surface, cutting teeth, and a ring by-pass channel; and a coupling assembly that is adjustable with respect to a longitudinal axis of the screw, the coupling assembly being adapted to attach to the screw head, wherein each of the plurality of interface elements contain an interface surface configured to engage the interface seating surface to seat the boring ring on top of the plurality of interface elements. a screw including a screw head, a screw shaft and a plurality of interface elements, each pair of the interface elements having an interface by-pass channel located therebetween; a boring ring including an interface seating surface, cutting teeth, and a ring by-pass channel; and a coupling assembly that is adjustable with respect to a longitudinal axis of the screw, the coupling assembly being adapted to attach to the screw head, wherein each of the plurality of interface elements contain an interface surface configured to engage the interface seating surface to seat the boring ring on top of the plurality of interface elements.
A spin-torque magnetoresistive memory element (100, 900) formed on a substrate having a surface defining a plane, the spin-torque magnetoresistive memory element (100, 900) comprising: a first electrode comprising a ferromagnetic material (216, 220) formed over the substrate, wherein the first electrode comprises a ferromagnetic spin polarizer; a non-ferromagnetic second electrode comprising a non-ferromagnetic material and a ferromagnetic material including Fe or Co, or an alloy thereof; a free magnetic layer; a first tunnel barrier positioned between the free magnetic layer and the first electrode to form a first tunnel junction having a first magnetoresistance and a first resistance-area product; and characterized in that a second tunnel barrier positioned between the free magnetic layer and the second electrode to form a second tunnel junction having zero tunneling magnetoresistance, and a conductor, wherein the second electrode is positioned between the conductor and the second tunnel barrier. a first electrode comprising a ferromagnetic material (216, 220) formed over the substrate, wherein the first electrode comprises a ferromagnetic spin polarizer; a non-ferromagnetic second electrode comprising a non-ferromagnetic material and a ferromagnetic material including Fe or Co, or an alloy thereof; a free magnetic layer; a first tunnel barrier positioned between the free magnetic layer and the first electrode to form a first tunnel junction having a first magnetoresistance and a first resistance-area product; and characterized in that a second tunnel barrier positioned between the free magnetic layer and the second electrode to form a second tunnel junction having zero tunneling magnetoresistance, and a conductor, wherein the second electrode is positioned between the conductor and the second tunnel barrier.
A light emitting element mounting substrate, comprising: a metal plate; an insulating layer; and an electrode layer on which one or more light emitting elements are mountable, the metal plate, the insulating layer, and the electrode layer being stacked in this order, wherein the metal plate comprises a bottomed screw hole opened at a surface opposite to a surface in contact with the insulating layer, the bottomed screw hole having a depth (b) less than a thickness (a) of the metal plate, characterized in that a metal joint (70a, 70b, 70c) is disposed in a deepest portion of the bottomed screw hole of the metal plate, the metal joint (70a, 70b, 70c) having a hardness less than a hardness of the metal plate or a heat conductivity equal to or greater than a heat conductivity of the metal plate, or a metal joint (70a, 70b, 70c) is disposed in a deepest portion of the bottomed screw hole of the metal plate, the metal joint (70a, 70b, 70c) having a hardness less than a hardness of the metal plate and a heat conductivity equal to or greater than a heat conductivity of the metal plate. a metal plate; an insulating layer; and an electrode layer on which one or more light emitting elements are mountable, the metal plate, the insulating layer, and the electrode layer being stacked in this order, wherein the metal plate comprises a bottomed screw hole opened at a surface opposite to a surface in contact with the insulating layer, the bottomed screw hole having a depth (b) less than a thickness (a) of the metal plate, characterized in that a metal joint (70a, 70b, 70c) is disposed in a deepest portion of the bottomed screw hole of the metal plate, the metal joint (70a, 70b, 70c) having a hardness less than a hardness of the metal plate or a heat conductivity equal to or greater than a heat conductivity of the metal plate, or a metal joint (70a, 70b, 70c) is disposed in a deepest portion of the bottomed screw hole of the metal plate, the metal joint (70a, 70b, 70c) having a hardness less than a hardness of the metal plate and a heat conductivity equal to or greater than a heat conductivity of the metal plate.
A wall insulation system comprising: a. a thermoplastic polymer foam board having mutually perpendicular height, width and thickness dimensions and opposing inside and outside primary surfaces; b. ribs of melt barrier material extending horizontally across the width of the thermoplastic polymer foam board; characterized in that it further comprises c. a metallic facing that has a thickness of at least 0.45 millimeters bonded to the outside surface of the thermoplastic polymer foam board and covering the outside primary surface, including any ribs of barrier material along the outside primary surface, of the thermoplastic polymer foam board; wherein there is a rib of melt barrier material extending across the width of the thermoplastic polymer foam board in any 50 centimeter distance along the height of the foam board and wherein the melt barrier material has a melting temperature of 800 degrees Celsius or higher or that decomposes instead of melting; and the ribs of melt barrier material extending through at least 75 percent of the thickness of the thermoplastic polymer foam board and extending at least 30 millimeters in the height dimension of the thermoplastic polymer foam; and wherein the metallic facing is spaced apart from and free from contact with the ribs of the melt barrier material so that if the ribs expand upon heating the expanded ribs will not push out or deform the metallic facing material. a. a thermoplastic polymer foam board having mutually perpendicular height, width and thickness dimensions and opposing inside and outside primary surfaces; b. ribs of melt barrier material extending horizontally across the width of the thermoplastic polymer foam board; characterized in that it further comprises c. a metallic facing that has a thickness of at least 0.45 millimeters bonded to the outside surface of the thermoplastic polymer foam board and covering the outside primary surface, including any ribs of barrier material along the outside primary surface, of the thermoplastic polymer foam board;
A bone material removal device, comprising: a tubular element (10600, 10400, 10200) comprising a proximal end and a distal end; a shaft received within said tubular element and comprising a proximal end and a distal end; a cutting tooth movably coupled to said distal end of said shaft; a shaft displacement actuator (11600, 11400, 11200) at said proximal end of said tubular element rotatably coupled to said shaft; wherein at least partial rotation of said actuator in a first direction brings said cutting tooth to travel from a closed retracted position to an open extended position; characterized in that said actuator comprises a rotatable coupling comprising at least one slot in a wall of said tubular element proximal end, said slot having a longitudinal axis, said axis being at an angle between 10 and 40 degrees in respect to said shaft. a tubular element (10600, 10400, 10200) comprising a proximal end and a distal end; a shaft received within said tubular element and comprising a proximal end and a distal end; a cutting tooth movably coupled to said distal end of said shaft; a shaft displacement actuator (11600, 11400, 11200) at said proximal end of said tubular element rotatably coupled to said shaft; wherein at least partial rotation of said actuator in a first direction brings said cutting tooth to travel from a closed retracted position to an open extended position; characterized in that said actuator comprises a rotatable coupling comprising at least one slot in a wall of said tubular element proximal end, said slot having a longitudinal axis, said axis being at an angle between 10 and 40 degrees in respect to said shaft.
Display device for an interior of a motor vehicle with an on-board computer, with: - a detection unit, which is configured to detect the presence of at least one occupant in the motor vehicle, - a control unit, which is coupled to the detection unit and which is configured to retrieve data from the detection unit and vehicle-related and surroundings-related data from the on-board computer, which are suitable for characterising past travel behaviour and/or influencing future travel behaviour, and - a display unit which can be controlled by the control unit and which is configured to display the vehicle-related data retrieved by the control unit, characterised in that the control unit is configured to control the display unit such that the latter displays vehicle-related and surroundings-related data at least in part until the detection unit senses that a driver is no longer in the motor vehicle. - a detection unit, which is configured to detect the presence of at least one occupant in the motor vehicle, - a control unit, which is coupled to the detection unit and which is configured to retrieve data from the detection unit and vehicle-related and surroundings-related data from the on-board computer, which are suitable for characterising past travel behaviour and/or influencing future travel behaviour, and - a display unit which can be controlled by the control unit and which is configured to display the vehicle-related data retrieved by the control unit,