mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: at a user equipment device, UE,: establishing a connection with a network; receiving, from the network, a broadcast message including a first indication that the network supports a fully protected connection resume message, wherein all fields except a ResumeMAC-I part are protected in the fully protected connection resume message; receiving, from the network, a second indication in a radio resource control, RRC, Release message with SuspendConfig that the network supports the fully protected connection resume message; releasing the connection with the network; in response to both the first and second indication, determining that the network supports the fully protected connection resume message; and in response to the determination that the network does support the fully protected connection resume message: transmitting, to the network, the fully protected connection resume message; and resuming the connection with the network. establishing a connection with a network; receiving, from the network, a broadcast message including a first indication that the network supports a fully protected connection resume message, wherein all fields except a ResumeMAC-I part are protected in the fully protected connection resume message; receiving, from the network, a second indication in a radio resource control, RRC, Release message with SuspendConfig that the network supports the fully protected connection resume message; releasing the connection with the network; in response to both the first and second indication, determining that the network supports the fully protected connection resume message; and in response to the determination that the network does support the fully protected connection resume message: transmitting, to the network, the fully protected connection resume message; and resuming the connection with the network. transmitting, to the network, the fully protected connection resume message; and resuming the connection with the network.
A system comprising: a neurostimulator that is connectable to a plurality of electrodes that are implantable in a patient; and an external device that is configured to: determine a trajectory of each of one or more dorsal roots of the patient by causing the neurostimulator to provide stimulation at a plurality of sample locations, determining a neural response to the stimulation at each of the sample locations, and determining the trajectory of the dorsal roots based on the neural responses; receive one or more inputs that are associated with a desired location of a stimulation field that is to be generated by the neurostimulator; determine an electrode configuration that causes the stimulation field to be substantially parallel with the trajectory of the dorsal root that is nearest to the desired location of the stimulation field; and communicate the electrode configuration to the neurostimulator. a neurostimulator that is connectable to a plurality of electrodes that are implantable in a patient; and an external device that is configured to: determine a trajectory of each of one or more dorsal roots of the patient by causing the neurostimulator to provide stimulation at a plurality of sample locations, determining a neural response to the stimulation at each of the sample locations, and determining the trajectory of the dorsal roots based on the neural responses; receive one or more inputs that are associated with a desired location of a stimulation field that is to be generated by the neurostimulator; determine an electrode configuration that causes the stimulation field to be substantially parallel with the trajectory of the dorsal root that is nearest to the desired location of the stimulation field; and communicate the electrode configuration to the neurostimulator. determine a trajectory of each of one or more dorsal roots of the patient by causing the neurostimulator to provide stimulation at a plurality of sample locations, determining a neural response to the stimulation at each of the sample locations, and determining the trajectory of the dorsal roots based on the neural responses; receive one or more inputs that are associated with a desired location of a stimulation field that is to be generated by the neurostimulator; determine an electrode configuration that causes the stimulation field to be substantially parallel with the trajectory of the dorsal root that is nearest to the desired location of the stimulation field; and communicate the electrode configuration to the neurostimulator.
A shielded electrical cable (2, 2002), comprising: a plurality of conductor sets (4, 2104) extending along a length of the cable (2, 2002) and being spaced apart from each other along a width (w) of the cable (2, 2002), each conductor set (4, 2104) including one or more insulated conductors; a first shielding film (8, 2008) including cover portions and pinched portions arranged such that the cover portions cover the conductor sets (4, 2104) and the pinched portions are disposed at pinched regions of the cable (2, 2002) on each side of each conductor set (4, 2104); and a first drain wire (2012, 2112a) in electrical contact with the first shielding film (8, 2008) and also extending along the length of the cable (2, 2002); the first shielding film (8, 2008) comprising a non-conductive layer and a first conductive layer, wherein the first conductive layer is disposed between the non-conductive layer and the first drain wire (2012, 2112a); characterized in that there is electrical contact of the first drain wire (2012, 2112a) to the first conductive layer of the first shielding film (8, 2008) is localized at at least a first treated area (2213a, 2313a) and a dielectric material between the first drain wire (2012, 2112a) and the first conductive layer separates the first drain wire (2012, 2112a) from the first conductive layer and the first shielding film (8, 2008) at a second area, and at the first treated area (2213a, 2313a) there is little or no separation of the first drain wire (2012, 2112a) from the first shielding film (8, 2008) by the dielectric material. a plurality of conductor sets (4, 2104) extending along a length of the cable (2, 2002) and being spaced apart from each other along a width (w) of the cable (2, 2002), each conductor set (4, 2104) including one or more insulated conductors; a first shielding film (8, 2008) including cover portions and pinched portions arranged such that the cover portions cover the conductor sets (4, 2104) and the pinched portions are disposed at pinched regions of the cable (2, 2002) on each side of each conductor set (4, 2104); and a first drain wire (2012, 2112a) in electrical contact with the first shielding film (8, 2008) and also extending along the length of the cable (2, 2002); the first shielding film (8, 2008) comprising a non-conductive layer and a first conductive layer, wherein the first conductive layer is disposed between the non-conductive layer and the first drain wire (2012, 2112a); characterized in that there is electrical contact of the first drain wire (2012, 2112a) to the first conductive layer of the first shielding film (8, 2008) is localized at at least a first treated area (2213a, 2313a) and a dielectric material between the first drain wire (2012, 2112a) and the first conductive layer separates the first drain wire (2012, 2112a) from the first conductive layer and the first shielding film (8, 2008) at a second area, and at the first treated area (2213a, 2313a) there is little or no separation of the first drain wire (2012, 2112a) from the first shielding film (8, 2008) by the dielectric material.
A reservoir component provided as part of a spray gun reservoir for containing a supply of liquid, the reservoir component comprising: a spout; a platform projecting from an outer face of the reservoir component at a location external the spout; a connector format having a connector structure including a first undercut and a first contact surface, wherein the first contact surface defines a ramp region, and further wherein the first undercut is formed at an end of the ramp region; wherein the connector structure is configured for mating interface with a complementary connector structure of a spray gun inlet, wherein the reservoir component is a lid; and wherein the platform forms the connector structure. a spout; a platform projecting from an outer face of the reservoir component at a location external the spout; a connector format having a connector structure including a first undercut and a first contact surface, wherein the first contact surface defines a ramp region, and further wherein the first undercut is formed at an end of the ramp region; wherein the connector structure is configured for mating interface with a complementary connector structure of a spray gun inlet, wherein the reservoir component is a lid; and wherein the platform forms the connector structure.
A catheter lock solution comprising: 3.8 % ±10% w/v to 4.2 % ±10% based on the volume of the lock solution, of a citrate salt; water for injection; and 0.1% ±10% v/v to 0.7%±10% v/v, based on the volume of the lock solution, of 10% HCl, wherein a pH of the catheter lock solution is between 6.4 ±10% and 7.5 ±10%, and wherein the catheter lock solution includes no additional anticoagulant or antimicrobial additives. 3.8 % ±10% w/v to 4.2 % ±10% based on the volume of the lock solution, of a citrate salt; water for injection; and 0.1% ±10% v/v to 0.7%±10% v/v, based on the volume of the lock solution, of 10% HCl, wherein a pH of the catheter lock solution is between 6.4 ±10% and 7.5 ±10%, and wherein the catheter lock solution includes no additional anticoagulant or antimicrobial additives.
Glass sheet having a glass composition comprising the following in weight percentage, expressed with respect to the total weight of glass: 60 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 0.9 < K 2 O ≤ 12 % 4.9 ≤ AL 2 O 3 ≤ 7.5 % 0.4 < CaO < 2 % 5 ≤ MgO ≤ 12% ZrO 2 < 0.1%. 60 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 0.9 < K 2 O ≤ 12 % 4.9 ≤ AL 2 O 3 ≤ 7.5 % 0.4 < CaO < 2 % 5 ≤ MgO ≤ 12% ZrO 2 < 0.1%.
A display device comprising a flexible display, the device comprising: a housing; a roller disposed in the housing; a flexible display configured to be rolled around the roller; an upper assembly (48,49) coupled to an upper portion of the flexible display; a lift assembly comprising: a motor; a first arm coupled to the upper assembly (48,49); and a second arm coupled to the first arm and configured to be pivotably raised in response to operation of the motor; characterized in that the lift assembly further comprises: a main gear configured to rotate in response to pivoting of the second arm; a driven gear engaged with the main gear; and a first sensor (1150,1160) configured to detect an angle of the second arm based on a rotation of the driven gear, wherein the detected angle of the second arm based on the rotation of the driven gear is used to determine a vertical position of the upper assembly (48,49). a housing; a roller disposed in the housing; a flexible display configured to be rolled around the roller; an upper assembly (48,49) coupled to an upper portion of the flexible display; a lift assembly comprising: a motor; a first arm coupled to the upper assembly (48,49); and a second arm coupled to the first arm and configured to be pivotably raised in response to operation of the motor; a motor; a first arm coupled to the upper assembly (48,49); and a second arm coupled to the first arm and configured to be pivotably raised in response to operation of the motor; a main gear configured to rotate in response to pivoting of the second arm; a driven gear engaged with the main gear; and a first sensor (1150,1160) configured to detect an angle of the second arm based on a rotation of the driven gear,
A method, comprising: (a) aligning a plurality of guard sub-carriers between adjacent frequency channels in a multi-carrier OFDM wireless system to compensate any frequency offset between overlapping guard sub-carriers, wherein adjacent radio frequency carriers are used to carry radio signals transmitted through the adjacent frequency channels; (b) identifying a number of guard sub-carriers among the plurality of guard sub-carriers available for data transmission in a pre-defined physical resource unit, wherein the identified guard sub-carriers do not overlap with normal data sub-carriers of the radio signals transmitted through the adjacent frequency channels; and (c) reserving, when each frequency channel is transmitted by a corresponding separate multi-carrier RF module, the RF carrier frequency of each frequency channel as a NULL sub-carrier, or, alternatively, reserving, when several frequency channels are transmitted by one multi-carrier RF module, the RF carrier frequency of said multi-carrier RF module as a NULL sub-carrier. (a) aligning a plurality of guard sub-carriers between adjacent frequency channels in a multi-carrier OFDM wireless system to compensate any frequency offset between overlapping guard sub-carriers, wherein adjacent radio frequency carriers are used to carry radio signals transmitted through the adjacent frequency channels; (b) identifying a number of guard sub-carriers among the plurality of guard sub-carriers available for data transmission in a pre-defined physical resource unit, wherein the identified guard sub-carriers do not overlap with normal data sub-carriers of the radio signals transmitted through the adjacent frequency channels; and (c) reserving, when each frequency channel is transmitted by a corresponding separate multi-carrier RF module, the RF carrier frequency of each frequency channel as a NULL sub-carrier, or, alternatively, reserving, when several frequency channels are transmitted by one multi-carrier RF module, the RF carrier frequency of said multi-carrier RF module as a NULL sub-carrier.
A recombinant adeno-associated virus (rAAV) comprising (i) a capsid protein of AAV9 or AAVrh.10 and (ii) a nucleic acid comprising a promoter operably linked with a transgene for use as a medicament; wherein the transgene is to be delivered to central nervous system tissue in a subject by intrathecal administration and by intracerebral administration, and wherein the rAAV infects cells in the brain and in the spinal cord of the subject.
An arrangement comprising: a housing; and a plurality of sampling and analysis sites contained within the housing, each of the sampling and analysis sites comprising: a skin-penetration member having a first end configured to pierce skin and an inner lumen in communication with the first end; an opening through which said skin-penetration member is configured to pass when activated; an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member; characterised in that (i) each of the plurality of sampling and analysis sites further comprises an actuator constructed and arranged to drive the skin penetration member; and (ii) the arrangement further comprises a seal configured to seal said openings so as to protect the skin-penetration member, actuator, and analyte quantification member from contamination. a housing; and a plurality of sampling and analysis sites contained within the housing, each of the sampling and analysis sites comprising: a skin-penetration member having a first end configured to pierce skin and an inner lumen in communication with the first end; an opening through which said skin-penetration member is configured to pass when activated; an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member; characterised in that (i) each of the plurality of sampling and analysis sites further comprises an actuator constructed and arranged to drive the skin penetration member; and (ii) the arrangement further comprises a seal configured to seal said openings so as to protect the skin-penetration member, actuator, and analyte quantification member from contamination. a skin-penetration member having a first end configured to pierce skin and an inner lumen in communication with the first end; an opening through which said skin-penetration member is configured to pass when activated; an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member; characterised in that (i) each of the plurality of sampling and analysis sites further comprises an actuator constructed and arranged to drive the skin penetration member; and (ii) the arrangement further comprises a seal configured to seal said openings so as to protect the skin-penetration member, actuator, and analyte quantification member from contamination. (i) each of the plurality of sampling and analysis sites further comprises an actuator constructed and arranged to drive the skin penetration member; and (ii) the arrangement further comprises a seal configured to seal said openings so as to protect the skin-penetration member, actuator, and analyte quantification member from contamination.
A pressure sensor for sensing a pressure of a process fluid, comprising: a deformable sensor body exposed to the pressure of the process fluid and having a cavity formed therein which receives a differential pressure, wherein the sensor body deforms in response to a line pressure; a diaphragm suspended in the cavity of the sensor body and having a tension which changes in response to deformation of the sensor body; the diaphragm flexing in response to the differential pressure; and an acoustic transducer configured to apply an acoustic signal to the diaphragm and to excite the diaphragm into resonance; and a resonant frequency sensor (20A,20B) configured to sense a resonant frequency of the diaphragm, the resonant frequency indicative of the line pressure of the process fluid; and a deflection sensor (20A,20B) configured to sense deflection of the diaphragm which is indicative of the differential pressure. a deformable sensor body exposed to the pressure of the process fluid and having a cavity formed therein which receives a differential pressure, wherein the sensor body deforms in response to a line pressure; a diaphragm suspended in the cavity of the sensor body and having a tension which changes in response to deformation of the sensor body; the diaphragm flexing in response to the differential pressure; and an acoustic transducer configured to apply an acoustic signal to the diaphragm and to excite the diaphragm into resonance; and a resonant frequency sensor (20A,20B) configured to sense a resonant frequency of the diaphragm, the resonant frequency indicative of the line pressure of the process fluid; and a deflection sensor (20A,20B) configured to sense deflection of the diaphragm which is indicative of the differential pressure.
A method comprising: executing redundant threads on corresponding processing elements; generating encoded values of results of one or more instructions designated as an event trigger (402;404) and performed by the redundant threads by hashing the results with at least one of a previous encoded value and an initial value, wherein the encoded values are generated via the redundant threads executing hash code (430;431) inserted by a compiler after the one or more instructions; and selectively bypassing at least one comparison of the encoded values depending on whether the event trigger (402;404) has occurred a configurable number of times since a previous comparison of previously encoded values of the results. executing redundant threads on corresponding processing elements; generating encoded values of results of one or more instructions designated as an event trigger (402;404) and performed by the redundant threads by hashing the results with at least one of a previous encoded value and an initial value, wherein the encoded values are generated via the redundant threads executing hash code (430;431) inserted by a compiler after the one or more instructions; and selectively bypassing at least one comparison of the encoded values depending on whether the event trigger (402;404) has occurred a configurable number of times since a previous comparison of previously encoded values of the results.
A hospital sink and faucet assembly for use in a hospital or other healthcare facility, comprising: a sink with a sink body having a faucet deck, a bowl adapted to receive water, and a rim; a laminar flow faucet connected to the faucet deck and having an outlet adapted to direct a laminar flow water stream into the bowl, the laminar flow faucet comprising: an elongate chamber having a top and a bottom, a water inlet located at the bottom and the outlet being located at the top, a flow control valve connected to the water inlet; wherein the deck is set at an angle downwardly from horizontal toward the bowl, and the outlet is located on the deck; characterized by a first mesh extending across a cross-section of the chamber at a medial position between the top and the bottom to define a first chamber portion between the bottom and the first mesh, the first mesh having a first open area, wherein the first mesh creates a generally constant velocity profile for the water flow across the cross-section of the chamber.
Stopper for a container neck, comprising: - a skirt, which has a globally tubular form, centred on an axis (X-X) and suitable for encircling a neck of a container, and which is internally provided with snap-fitting means suitable for fixing the skirt removably on the neck by wedging with an outward protruding boss of the neck of the container, and - an unstoppering band, which has a globally annular form and a peripheral portion of which is permanently linked to a peripheral portion of the skirt, the band being displaceable relative to the skirt between: - a first position, in which the band encircles an outer lateral face of the skirt, radially forming, between this outer lateral face of the skirt and an inner face of the band, an annular space, and - a second position, in which the interior of the band is substantially free of the skirt to allow the band to be grasped manually in order to drive the skirt to unsnap it from the neck of the container, said respective peripheral portions of which (24, 32) of the skirt and of the band are permanently linked by a non-frangible strand, which extends protrudingly from at least said outer lateral face of the skirt and which is designed to be deformed when the band is displaced between the first and second positions, characterized in that, at least in said respective peripheral portions (24, 32) of the skirt and of the band, the respective bottom ends of the skirt and of the band in first position, which are to be turned axially towards the container, are radially facing one another level with one another. - a skirt, which has a globally tubular form, centred on an axis (X-X) and suitable for encircling a neck of a container, and which is internally provided with snap-fitting means suitable for fixing the skirt removably on the neck by wedging with an outward protruding boss of the neck of the container, and - an unstoppering band, which has a globally annular form and a peripheral portion of which is permanently linked to a peripheral portion of the skirt, the band being displaceable relative to the skirt between: - a first position, in which the band encircles an outer lateral face of the skirt, radially forming, between this outer lateral face of the skirt and an inner face of the band, an annular space, and - a second position, in which the interior of the band is substantially free of the skirt to allow the band to be grasped manually in order to drive the skirt to unsnap it from the neck of the container, - a first position, in which the band encircles an outer lateral face of the skirt, radially forming, between this outer lateral face of the skirt and an inner face of the band, an annular space, and - a second position, in which the interior of the band is substantially free of the skirt to allow the band to be grasped manually in order to drive the skirt to unsnap it from the neck of the container,