mhurhangee/ep-ind-claims huggingface dataset:
A method, in a Life Cycle Management, LCM, component in a virtual network, wherein the virtual network comprises a first orchestration layer comprising a first network function virtualisation orchestrator, NFVO, and a second orchestration layer, subordinate to the first orchestration layer, comprising a second NFVO, the method comprising: receiving a first request, from the first NFVO, to determine a first substitution for a first VNF, wherein a first network service request received by the first NFVO requests instantiation of a first network service comprising the first VNF, and wherein the first substitution maps the first network service onto the second orchestration layer; responsive to receiving the first request, determining the first substitution; responsive to a determination, based on a topology of the second orchestration layer, that the first substitution comprises a second VNF associated with the second NFVO, receiving a second request from the second NFVO to provide a second substitution for the second VNF in a second network service request transmitted by the first NFVO to the second NFVO, the second network service request requesting instantiation of a second network service comprising the second VNF, wherein the second substitution maps the second network service onto a third network layer, and the second network service implements at least part of the first network service; and responsive to receiving the second request, determining the second substitution. receiving a first request, from the first NFVO, to determine a first substitution for a first VNF, wherein a first network service request received by the first NFVO requests instantiation of a first network service comprising the first VNF, and wherein the first substitution maps the first network service onto the second orchestration layer; responsive to receiving the first request, determining the first substitution; responsive to a determination, based on a topology of the second orchestration layer, that the first substitution comprises a second VNF associated with the second NFVO, receiving a second request from the second NFVO to provide a second substitution for the second VNF in a second network service request transmitted by the first NFVO to the second NFVO, the second network service request requesting instantiation of a second network service comprising the second VNF, wherein the second substitution maps the second network service onto a third network layer, and the second network service implements at least part of the first network service; and responsive to receiving the second request, determining the second substitution.
A ventricular assist device for intraventricular placement inside a heart of a mammalian subject comprising: an anchor element configured to be mounted to the subject's heart; an elongate member (60;160;260;360) having proximal (61;161;261) and distal (63;163;263) ends; and a pump (20;120) comprising a housing (22;122), an inlet (21;121) and an outlet (23;123), a rotor (26;126) within the housing and electric drive coils carried on the housing for magnetically driving the rotor, wherein the anchor element and the pump are connected to the elongate member remote from one another; characterised in that: the pump has an axis (19;119) extending between the inlet and the outlet, and the elongate member has an axis offset from and substantially parallel to the axis of the pump, the elongate member includes a bore (62;162;262;362) extending in the proximal and distal directions thereof, and the ventricular assist device includes wiring extending through the bore of the elongate member to the pump. an anchor element configured to be mounted to the subject's heart; an elongate member (60;160;260;360) having proximal (61;161;261) and distal (63;163;263) ends; and a pump (20;120) comprising a housing (22;122), an inlet (21;121) and an outlet (23;123), a rotor (26;126) within the housing and electric drive coils carried on the housing for magnetically driving the rotor, wherein the anchor element and the pump are connected to the elongate member remote from one another; characterised in that: the pump has an axis (19;119) extending between the inlet and the outlet, and the elongate member has an axis offset from and substantially parallel to the axis of the pump, the elongate member includes a bore (62;162;262;362) extending in the proximal and distal directions thereof, and the ventricular assist device includes wiring extending through the bore of the elongate member to the pump. the pump has an axis (19;119) extending between the inlet and the outlet, and the elongate member has an axis offset from and substantially parallel to the axis of the pump, the elongate member includes a bore (62;162;262;362) extending in the proximal and distal directions thereof, and the ventricular assist device includes wiring extending through the bore of the elongate member to the pump.
Apparatus for strapping pallets and/or articles with at least one strapping band, comprising a band-guiding device for guiding the strapping band, wherein the band-guiding device comprises a rigid-back guide chain, a conveying mechanism for extending and retracting the guide chain and also a guide carriage, on which is arranged a deflecting unit which is capable of deflecting the guide chain, wherein the guide carriage can be connected in a releasable manner to a front portion of the guide chain, as seen in the conveying direction, characterized in that the strapping apparatus also has a carrying structure, which is designed to displace the guide carriage and/or to hold it at a height above the ground when the guide chain is being extended and retracted.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive configuration information, wherein the configuration information is associated with a transition to a first activity level from a second activity level, and wherein the configuration information indicates conditions associated with determining a secondary cell group, SCG, activation level associated with resumption of the first activity level, wherein the SCG activation level is an activated SCG or a deactivated SCG; transition from the first activity level to the second activity level; transition from the second activity level to the first activity level; determine the SCG activation level based on an evaluation of the conditions in the configuration information, wherein the conditions in the configuration information comprise a WTRU condition and a network condition, wherein the network condition comprises at least whether a bearer type associated with UL data is a first bearer type or a second bearer type; and indicate, to a base station, the determined SCG activation level. transition from the first activity level to the second activity level; transition from the second activity level to the first activity level; determine the SCG activation level based on an evaluation of the conditions in the configuration information, wherein the conditions in the configuration information comprise a WTRU condition and a network condition, wherein the network condition comprises at least whether a bearer type associated with UL data is a first bearer type or a second bearer type; and indicate, to a base station, the determined SCG activation level.
Device for supplying a reducing agent, in particular a urea-water solution for the reduction of nitrogen oxides in the exhaust-gas flow of a diesel engine, to an exhaust-gas aftertreatment system, having a tank for the reducing agent and having a delivery module for conveying the reducing agent out of the tank via an in particular electrically heatable suctioning line which runs outside the tank and is connected to a pump sump situated in the region of a tank base, wherein an in particular electrically operated pump sump heater is arranged in the region of the pump sump, characterized in that a) at least one, in particular electrically operated heating bar extends into the tank, wherein the heating bar extends between the tank vent, which is situated on the top side of the tank, and the pump sump, and b) at least one fill level sensor runs outside the tank between the top side of the tank and the pump sump, wherein the level of the reducing agent in the fill level sensor always corresponds, based on the principle of communicating pipes, to the fill level of the reducing agent in the tank. a) at least one, in particular electrically operated heating bar extends into the tank, wherein the heating bar extends between the tank vent, which is situated on the top side of the tank, and the pump sump, and b) at least one fill level sensor runs outside the tank between the top side of the tank and the pump sump, wherein the level of the reducing agent in the fill level sensor always corresponds, based on the principle of communicating pipes, to the fill level of the reducing agent in the tank.
An oxidation catalyst device for exhaust gas purification comprising: a porous filter substrate having a wall flow structure having one end as an exhaust gas inflow portion and having the other end as an exhaust gas outflow portion; and an oxidation catalyst supported on the porous filter substrate and comprised of a complex metal oxide, the oxidation catalyst device for exhaust gas purification comprising the oxidation catalyst formed by applying an aqueous solution of compounds of a plurality of metals constituting the complex metal oxide to a surface of the porous filter substrate by any one method of a spray drying method, a spray pyrolysis method, and a freeze drying method, and calcining the aqueous solution, the oxidation catalyst coating the surface of the porous filter substrate into which exhaust gas flowing in from the exhaust gas inflow portion is to be introduced, and comprised of a porous body having pores having a smaller pore diameter than that of pores of the porous filter substrate, wherein the oxidation catalyst is comprised of any one complex metal oxide represented by a chemical formula Y 1-x Ag x Mn 1-y Fe y O 3 (0.01 ≤ x ≤ 0.30 and 0.005 ≤ y ≤ 0.30), and a total porosity of the porous filter substrate and the porous body is in the range of 50 to 80% by volume. a porous filter substrate having a wall flow structure having one end as an exhaust gas inflow portion and having the other end as an exhaust gas outflow portion; and an oxidation catalyst supported on the porous filter substrate and comprised of a complex metal oxide, the oxidation catalyst device for exhaust gas purification comprising the oxidation catalyst formed by applying an aqueous solution of compounds of a plurality of metals constituting the complex metal oxide to a surface of the porous filter substrate by any one method of a spray drying method, a spray pyrolysis method, and a freeze drying method, and calcining the aqueous solution, the oxidation catalyst coating the surface of the porous filter substrate into which exhaust gas flowing in from the exhaust gas inflow portion is to be introduced, and comprised of a porous body having pores having a smaller pore diameter than that of pores of the porous filter substrate, wherein the oxidation catalyst is comprised of any one complex metal oxide represented by a chemical formula Y 1-x Ag x Mn 1-y Fe y O 3 (0.01 ≤ x ≤ 0.30 and 0.005 ≤ y ≤ 0.30), and a total porosity of the porous filter substrate and the porous body is in the range of 50 to 80% by volume.
A transceiver configured to indicate delays added to packets due to retransmission events, comprising: a first scheduler, memory, a retransmission module, a second scheduler, a delay indicator module, and a physical layer module; the first scheduler is configured to receive packet streams, multiplex the packet streams into a first multiplexed packet stream, and to add time indications; the memory is configured to store the first multiplexed packet stream together with the time indications; the retransmission module is configured to receive a retransmission request and to select data for retransmission; the second scheduler is configured to receive the first multiplexed packet stream and the data for retransmission, and to multiplex the first multiplexed packet stream and the data for retransmission into a second multiplexed packet stream; the delay indicator module is configured to utilize the time indications to calculate delays added to packets of the second multiplexed packet stream, as a result of fulfilling the retransmission request, in order to achieve an approximately fixed transmission latency with latency variation below 5 microseconds; the delay indicator module is further configured to add the calculated delays to at least some of the packets of the second multiplexed packet stream; and the physical layer module is configured to transmit the second multiplexed packet stream. a first scheduler, memory, a retransmission module, a second scheduler, a delay indicator module, and a physical layer module; the first scheduler is configured to receive packet streams, multiplex the packet streams into a first multiplexed packet stream, and to add time indications; the memory is configured to store the first multiplexed packet stream together with the time indications; the retransmission module is configured to receive a retransmission request and to select data for retransmission; the second scheduler is configured to receive the first multiplexed packet stream and the data for retransmission, and to multiplex the first multiplexed packet stream and the data for retransmission into a second multiplexed packet stream; the delay indicator module is configured to utilize the time indications to calculate delays added to packets of the second multiplexed packet stream, as a result of fulfilling the retransmission request, in order to achieve an approximately fixed transmission latency with latency variation below 5 microseconds; the delay indicator module is further configured to add the calculated delays to at least some of the packets of the second multiplexed packet stream; and the physical layer module is configured to transmit the second multiplexed packet stream.
An engine control system for an aircraft, comprising: an engine disposed within the aircraft; a digital engine control disposed on the aircraft and being configured to receive and process inputs (109, 111) from the aircraft; and a gain logic stored on the digital engine control for utilizing the inputs (109, 111) and transmitting command data to the engine to allow rotor speed deviations from a set point, thereby regulating the performance of the engine, wherein the gain logic allows rotor speed deviations from the set point for a selected durational time constant (T 2). characterized in that the durational time constant (T 2) acts as a timer which begins to run as soon as a deviation in rotor speed from the set point is detected. an engine disposed within the aircraft; a digital engine control disposed on the aircraft and being configured to receive and process inputs (109, 111) from the aircraft; and a gain logic stored on the digital engine control for utilizing the inputs (109, 111) and transmitting command data to the engine to allow rotor speed deviations from a set point, thereby regulating the performance of the engine, wherein the gain logic allows rotor speed deviations from the set point for a selected durational time constant (T 2). characterized in that the durational time constant (T 2) acts as a timer which begins to run as soon as a deviation in rotor speed from the set point is detected.
A method of reconstituting a dry composition comprising at least one reagent for a chemical and/or biotechnological method, comprising the following steps: a) obtaining a dry composition comprising at least one reagent and at least one control dye, preferably a fluorescent dye; b) reconstituting the dry composition; c) analyzing the reconstitution process by measuring at least one property of the control dye, preferably its fluorescence, during and/or after reconstitution. a) obtaining a dry composition comprising at least one reagent and at least one control dye, preferably a fluorescent dye; b) reconstituting the dry composition; c) analyzing the reconstitution process by measuring at least one property of the control dye, preferably its fluorescence, during and/or after reconstitution.
Steam generating device for the household, with a water tank, an outlet through which the steam generated in the device escapes, whereby the outlet is fitted with a replaceable textile cover, characterised by the fact that the textile cover in the area of the outlet of the steam generating device in a section corresponding to the outlet has at least one holder for an active substance carrier.
Apparatus, in particular for a motor vehicle, comprising a torque sensor for determining a torque of a steering shaft and comprising a rotation angle sensor for determining a rotation angle of the steering shaft, wherein - the torque sensor operates with the aid of a magnetic field, - the rotation angle sensor comprises a permanent magnet and a magnetic field detector (3, 3a, 3b), wherein the magnetic field detector (3, 3a, 3b) is designed to detect the direction of a magnetic field, and - the torque sensor and the rotation angle sensor are arranged adjacent to one another, wherein the permanent magnet of the rotation angle sensor is formed with two poles axial to a main axis in such a way that the permanent magnet has two regions of different magnetization in its interior, wherein a first subregion of the magnet is subdivided into a magnetic north pole and a magnetic south pole and the two poles are formed along the main axis of the magnet, and wherein there is once again a magnetic north pole and a magnetic south pole in the axial direction with respect to the main axis in the second subregion of the permanent magnet, which second subregion is different from the first subregion, but the orientation of the magnetic field in the second subregion is exactly opposite to the orientation of the magnetic field in the first subregion. - the torque sensor operates with the aid of a magnetic field, - the rotation angle sensor comprises a permanent magnet and a magnetic field detector (3, 3a, 3b), wherein the magnetic field detector (3, 3a, 3b) is designed to detect the direction of a magnetic field, and - the torque sensor and the rotation angle sensor are arranged adjacent to one another,
Pen, in which a first and a second plastic phase are combined in the pen, the plastic phases differing in polarity and being either weakly polar with an electronegativity difference ΔEN in the range of 0.3 ≤ ΔEN ≤ 0.5 or strongly polar with an electronegativity difference ΔEN in the range of 0.5 < ΔEN ≤ 1.7, characterized in that the first plastic phase or the second plastic phase comprises at least one weakly polar plastic with an electronegativity difference ΔEN in the range of 0.3 ≤ ΔEN and ≤ 0.5.
A saw chain comprising: a drive link including: a body; a first rivet hole through the body, the first rivet hole having a first diameter; and a second rivet hole through the body, the second rivet hole having a second diameter; a tie strap; a first rivet coupled to the tie strap, the first rivet including a first flange disposed in the first rivet hole, the first flange having a third diameter, a second rivet including a second flange disposed in the second rivet hole, the second flange having a fourth diameter, characterised in that a difference between the diameter of the first flange and the diameter of the first rivet hole is 0.25 mm (0.010 inches) or more to permit relative movement of the first flange within the first rivet hole and in that a difference between the diameter of the second flange and the diameter of the second rivet hole is 0.25 mm (0.010 inches) or more to permit relative movement of the second flange within the second rivet hole. a drive link including: a body; a first rivet hole through the body, the first rivet hole having a first diameter; and a second rivet hole through the body, the second rivet hole having a second diameter; a tie strap; a body; a first rivet hole through the body, the first rivet hole having a first diameter; and a second rivet hole through the body, the second rivet hole having a second diameter; a tie strap; a first rivet coupled to the tie strap, the first rivet including a first flange disposed in the first rivet hole, the first flange having a third diameter, a second rivet including a second flange disposed in the second rivet hole, the second flange having a fourth diameter,
A bone access instrument (100;100a; 100b), comprising: a shaft (102; 151) having a first shaft portion (106;106b;152) and a second shaft portion (108;108b;154); in which the first shaft portion has a first diameter and a tapered distal end (112;158) including: at least three tapered, planar surfaces which are similarly sized and shaped; at least three cutting edges formed on the distal end by interconnection of the planar surfaces; and at least three parallel flutes (123, 168) forming cutting edges; and in which the second shaft portion has a second diameter and a tapered distal end, the second diameter being less than the first diameter and the second shaft portion extending axially from the distal end of the first shaft portion. a shaft (102; 151) having a first shaft portion (106;106b;152) and a second shaft portion (108;108b;154); in which the first shaft portion has a first diameter and a tapered distal end (112;158) including: at least three tapered, planar surfaces which are similarly sized and shaped; at least three cutting edges formed on the distal end by interconnection of the planar surfaces; and at least three parallel flutes (123, 168) forming cutting edges; at least three tapered, planar surfaces which are similarly sized and shaped; at least three cutting edges formed on the distal end by interconnection of the planar surfaces; and at least three parallel flutes (123, 168) forming cutting edges; and in which the second shaft portion has a second diameter and a tapered distal end, the second diameter being less than the first diameter and the second shaft portion extending axially from the distal end of the first shaft portion.
A touch surface device, comprising at least: - an element comprising a first face forming the touch surface and a second face (106, 107) opposite to the first face; - an acoustic wave sensor including at least one portion of piezoelectric material disposed between two electrodes (112, 114), the portion of piezoelectric material and both electrodes (112, 114) being structured by forming surface wavinesses as wrinkles, the sensor being secured to the second face (106, 107) of the element such that apexes or valleys of the wrinkles are in contact with the second face (106, 107) of the element; - an electronic circuit coupled to the electrodes (112, 114) of the sensor and configured to identify, from an electric signal intended to be outputted from the electrodes (112, 114) of the sensor, at least one touch gesture made on the touch surface. - an element comprising a first face forming the touch surface and a second face (106, 107) opposite to the first face; - an acoustic wave sensor including at least one portion of piezoelectric material disposed between two electrodes (112, 114), the portion of piezoelectric material and both electrodes (112, 114) being structured by forming surface wavinesses as wrinkles, the sensor being secured to the second face (106, 107) of the element such that apexes or valleys of the wrinkles are in contact with the second face (106, 107) of the element; - an electronic circuit coupled to the electrodes (112, 114) of the sensor and configured to identify, from an electric signal intended to be outputted from the electrodes (112, 114) of the sensor, at least one touch gesture made on the touch surface.