mhurhangee/patent-ind-claim-en huggingface dataset:
A bone displacement device , comprising: an elongate outer tube ; an elongate stylet coaxially disposed within the outer tube , wherein the stylet comprises a tubular shaft and a plurality of pull wires disposed within the shaft , the plurality of pull wires are configured to be pulled proximally; a handle coupled to a proximal portion of the outer tube and the stylet wherein the handle comprises a rotatable grip , and wherein the plurality of pull wires are coupled to a pull member disposed within the rotatable grip , and wherein the rotatable grip engages with threads of the pull member to displace the pull member proximally and distally, wherein the pull member is displaced proximally when the rotatable grip is rotated in a first direction to apply a tension force to the plurality of pull wires , and displaced distally when the rotatable grip is rotated in a second direction to release the tension force from the plurality of pull wires , and wherein a distal portion of the stylet articulates when the tension force is applied to the plurality of pull wires ; a balloon disposed adjacent a distal end of the outer tube ; a tip tie tube disposed within the balloon and coupled to a distal end of the balloon and slidably disposed over a distal portion of the stylet , wherein the tip tie tube is displaced proximally relative to the distal portion of the stylet when the balloon is expanded, and is displaced distally relative to the distal portion of the stylet when the balloon is contracted; and a plug sealingly disposed within a distal end of the tip tie tube . an elongate outer tube ; an elongate stylet coaxially disposed within the outer tube , wherein the stylet comprises a tubular shaft and a plurality of pull wires disposed within the shaft , the plurality of pull wires are configured to be pulled proximally; a handle coupled to a proximal portion of the outer tube and the stylet wherein the handle comprises a rotatable grip , and wherein the plurality of pull wires are coupled to a pull member disposed within the rotatable grip , and wherein the rotatable grip engages with threads of the pull member to displace the pull member proximally and distally, wherein the pull member is displaced proximally when the rotatable grip is rotated in a first direction to apply a tension force to the plurality of pull wires , and displaced distally when the rotatable grip is rotated in a second direction to release the tension force from the plurality of pull wires , and wherein a distal portion of the stylet articulates when the tension force is applied to the plurality of pull wires ; a balloon disposed adjacent a distal end of the outer tube ; a tip tie tube disposed within the balloon and coupled to a distal end of the balloon and slidably disposed over a distal portion of the stylet , wherein the tip tie tube is displaced proximally relative to the distal portion of the stylet when the balloon is expanded, and is displaced distally relative to the distal portion of the stylet when the balloon is contracted; and a plug sealingly disposed within a distal end of the tip tie tube .
An apparatus comprising: a receiver that receives a configuration message , wherein the configuration message comprises information that configures one or more gap periods within a transmission period; and a transmitter that transmits data in the transmission period, wherein the receiver further receives a control indication message in the one or more gap periods, wherein the control indication message adjusts a next one or more transmission duration and/or a next one or more gap duration. a receiver that receives a configuration message , wherein the configuration message comprises information that configures one or more gap periods within a transmission period; and a transmitter that transmits data in the transmission period, wherein the receiver further receives a control indication message in the one or more gap periods, wherein the control indication message adjusts a next one or more transmission duration and/or a next one or more gap duration.
A method of operating a gateway to control user data transmission between a user equipment and one or more packet data networks, PDNs, via the gateway in a communication system, the method comprising the steps of : forming, at the gateway , a default bearer between the user equipment and the gateway , the default bearer enabling transmission of user data between the user equipment and one or more PDNs via the gateway ; transmitting, by the gateway to the user equipment , a parameter specifying a transmission characteristics of the default bearer for the transmission of the user data between the user equipment and the gateway ; transmitting (S205), by the gateway , a first message to the user equipment including information indicating that a block data capability of a core network for controlling user data transmission for the user equipment is available; when the information included in the first message indicates that the core network has the block data capability, receiving (S206, S207), by the gateway , a second message for requesting modification of the default bearer from the user equipment , wherein the second message includes first information indicating a block data configuration in a traffic flow template, TFT, of the default bearer and second information identifying a packet filter list for the block data configuration; and blocking (S208), by the gateway , a transmission of the user data for the user equipment based on the first information and the second information, by selectively blocking data identified by the packet filter list . forming, at the gateway , a default bearer between the user equipment and the gateway , the default bearer enabling transmission of user data between the user equipment and one or more PDNs via the gateway ; transmitting, by the gateway to the user equipment , a parameter specifying a transmission characteristics of the default bearer for the transmission of the user data between the user equipment and the gateway ; transmitting (S205), by the gateway , a first message to the user equipment including information indicating that a block data capability of a core network for controlling user data transmission for the user equipment is available; when the information included in the first message indicates that the core network has the block data capability, receiving (S206, S207), by the gateway , a second message for requesting modification of the default bearer from the user equipment , wherein the second message includes first information indicating a block data configuration in a traffic flow template, TFT, of the default bearer and second information identifying a packet filter list for the block data configuration; and blocking (S208), by the gateway , a transmission of the user data for the user equipment based on the first information and the second information, by selectively blocking data identified by the packet filter list .
Motor vehicle trim element , the trim element being monolithic and intended to be mounted on one face of a bodyshell side panel oriented toward the exterior of the vehicle, and configured to form a trim of an A pillar of the motor vehicle and of at least a portion of a roof rail of the motor vehicle forming an extension of the A pillar , the trim element being characterized in that it is formed of a composite material and that it has locally different thicknesses and/or zones of different compositions of the material and in that the composite material includes a matrix consisting of a hardened thermoplastic or thermoset resin and an assembly of fibers.
A multiple-beam triangulation-based range finder , comprising: a housing defining a longitudinal axis extending from the housing toward a target to be measured; a light source coupled to the housing , the light source configured to emit a first light beam from a first location on the housing with an orientation to intersect the longitudinal axis at a first distance from the housing , the light source further configured to emit a second light beam from a second location on the housing , different from the first location, with an orientation to intersect the longitudinal axis at the first distance from the housing ; a quadrant detector coupled to the housing , centered with respect to the longitudinal axis, and configured to receive light from the first and second light beams (1204 and 1208) that is reflected from a target when the target is positioned along the longitudinal axis; and circuitry coupled to the quadrant detector and configured to produce a trigger signal that has a first output voltage value when the target is spaced from the housing by less than half the first distance and has a second output voltage value , different from the first output voltage value , when the target is spaced from the housing by more than half the first distance, the circuitry further configured to trigger an event when the trigger signal changes ; wherein the circuitry produces the trigger signal by subtracting a first of at least two signals produced by elements of the quadrant detector from a second of the at least two signals produced by the elements of the quadrant detector . a housing defining a longitudinal axis extending from the housing toward a target to be measured; a light source coupled to the housing , the light source configured to emit a first light beam from a first location on the housing with an orientation to intersect the longitudinal axis at a first distance from the housing , the light source further configured to emit a second light beam from a second location on the housing , different from the first location, with an orientation to intersect the longitudinal axis at the first distance from the housing ; a quadrant detector coupled to the housing , centered with respect to the longitudinal axis, and configured to receive light from the first and second light beams (1204 and 1208) that is reflected from a target when the target is positioned along the longitudinal axis; and circuitry coupled to the quadrant detector and configured to produce a trigger signal that has a first output voltage value when the target is spaced from the housing by less than half the first distance and has a second output voltage value , different from the first output voltage value , when the target is spaced from the housing by more than half the first distance, the circuitry further configured to trigger an event when the trigger signal changes ; wherein the circuitry produces the trigger signal by subtracting a first of at least two signals produced by elements of the quadrant detector from a second of the at least two signals produced by the elements of the quadrant detector .
Method of monitoring intake of breast milk by an infant wearing a collar , comprising calculating the intake, for example, in terms of volume, mass, or energy, from a flow rate of the milk through a cross-sectional area of the infant's esophagus, characterized in transmitting light from light sources (L1-L4) through the esophagus, receiving the transmitted light at photosensors (P) arranged diametrically opposite the light sources (L1-L4) with respect to the esophagus, and, based on the light received, determining the intake by estimating the flow rate by means of absorption spectroscopy. calculating the intake, for example, in terms of volume, mass, or energy, from a flow rate of the milk through a cross-sectional area of the infant's esophagus, characterized in transmitting light from light sources (L1-L4) through the esophagus, receiving the transmitted light at photosensors (P) arranged diametrically opposite the light sources (L1-L4) with respect to the esophagus, and, based on the light received, determining the intake by estimating the flow rate by means of absorption spectroscopy.
An assembly structure comprising a cylindrical part with an end closed on one side, wherein the cylindrical part includes: three columnar protrusions that protrude from the end to one side; and a cylindrical boss portion that is positioned within the cylindrical part such that the three protrusions of another assembly structure are fitted, in use, between the boss portion and an inner peripheral surface of the cylindrical part , to couple the assembly structure to the other assembly structure , characterised in that the boss portion has a plurality of flat face portions where an inner peripheral surface of the boss portion is flat and a plurality of curved face portion where the inner peripheral surface of the boss portion is curved, and wherein the plurality of flat face portions and the plurality of curved face portions are alternately arranged in a circumferential direction of the boss portion . three columnar protrusions that protrude from the end to one side; and a cylindrical boss portion that is positioned within the cylindrical part such that the three protrusions of another assembly structure are fitted, in use, between the boss portion and an inner peripheral surface of the cylindrical part , to couple the assembly structure to the other assembly structure , characterised in that the boss portion has a plurality of flat face portions where an inner peripheral surface of the boss portion is flat and a plurality of curved face portion where the inner peripheral surface of the boss portion is curved, and wherein the plurality of flat face portions and the plurality of curved face portions are alternately arranged in a circumferential direction of the boss portion .
A method for transmitting, by a user equipment, UE, a physical uplink control channel, PUCCH, signal in a wireless communication system, the method comprising: configuring (S100) a first number of repetitions for PUCCH format 1; configuring (S100) a second number of repetitions for PUCCH format 2a or 2b; and transmitting (S110) a PUCCH signal based on the PUCCH format 1 by the first number of repetitions or based on the PUCCH format 2a or 2b by the second number of repetitions, wherein the first number of repetitions and the second number of repetitions are configured based on a coverage enhancement, CE, level. configuring (S100) a first number of repetitions for PUCCH format 1; configuring (S100) a second number of repetitions for PUCCH format 2a or 2b; and transmitting (S110) a PUCCH signal based on the PUCCH format 1 by the first number of repetitions or based on the PUCCH format 2a or 2b by the second number of repetitions, wherein the first number of repetitions and the second number of repetitions are configured based on a coverage enhancement, CE, level.
A method of making a permanent magnet rotor comprising: positioning a fixation sleeve about a rotor core assembly having a plurality of permanent magnets mounted upon a rotor core defining a longitudinal axis; fitting a plurality of pressure tools into a plurality of bores extending through the rotor core ; and deforming material of the rotor core via the pressure tools so as to bias the plurality of permanent magnets in a radially outward direction against the fixation sleeve . positioning a fixation sleeve about a rotor core assembly having a plurality of permanent magnets mounted upon a rotor core defining a longitudinal axis; fitting a plurality of pressure tools into a plurality of bores extending through the rotor core ; and deforming material of the rotor core via the pressure tools so as to bias the plurality of permanent magnets in a radially outward direction against the fixation sleeve .
A method for covering a glass article with a coating formed of at least one flexible retention film, said method being characterized in that it comprises a step of forming said flexible film including at least one first electrostatic spraying operation, on said article brought to an application temperature higher than or equal to 50°C, of a first composition formed by a dispersion of a polyurethane-based substance in a solvent, in order to obtain a first layer which is intended to form said flexible film and which is sufficiently thick so that said flexible film presents a thickness of at least 50 μm, said solvent being water, so that said first composition is formed by a dispersion in an aqueous phase of said polyurethane-based substance.
A method for joining, assembling, at least two parts made of silicon carbide-based materials by non-reactive brazing, wherein the parts are contacted with a non-reactive brazing composition , the assembly formed by the parts and the brazing composition is heated to a brazing temperature sufficient to melt the brazing composition totally or at least partly, and the parts and the brazing composition are cooled, so that after solidification of the brazing composition, a moderately refractory joint is formed, characterized in that the non-reactive brazing composition is an alloy comprising, in atomic percentages, 45% to 65% silicon, 28% to 45% nickel and 5% to 15% aluminium.
An information display apparatus for irradiating a transmissive reflection member with light for forming an image so as to make a virtual image of the image visible on the transmissive reflection member , comprising an information input unit configured to receive object information that is information related to a real object existing around a moving object on which the apparatus is installed, wherein the information display apparatus is configured to control, upon a change in depth of a scene position at which to superimpose the virtual image over the real object from a viewpoint of a viewer, a degree of change in a part or an entirety of the virtual image to be displayed, characterized in that if the degree of the change in depth is within a predetermined range, the degree of the change in the part or the entirety of the virtual image to be displayed is controlled in accordance with the degree of the change in depth, and if the degree of the change in depth is outside the predetermined range, a degree of change in a dimension in a vertical direction of the virtual image is controlled so as to be larger than the degree of the change in depth, and a degree of change in a dimension in a horizontal direction of the virtual image is controlled in accordance with the degree of the change in depth.
An electrochemical device (20; 120) comprising: a plurality of electrode assemblies (22; 122) defining a plurality of electrochemically active areas ; an electrically non-conductive manifold (26; 126) including a common manifold passage (28; 128a, 128b) configured to transport ionic-conductive fluids; and a plurality of branch passages (30; 130) that extend, respectively, between the plurality of electrochemically active areas and the common manifold passage (28; 128a, 128b), each of the plurality of branch passages (30; 130) including a first region (32; 132) and a second region (34; 134) that differ in surface area due to the first region (32; 132) and the second region (34; 134) differing in wall surface roughness; and a bipolar plate that includes a plurality of channels (142; 242) that are fluidly connected with the plurality of branch passages (30; 130), the plurality of channels (142; 242) being in the plurality of electrochemically active areas , wherein the plurality of channels (142; 242) run between channel walls (142a; 242a) and each of the channel walls (142a; 242a) includes a tapered end (160; 260), and the plurality of channels (142; 242) are interdigitated channels. a plurality of electrode assemblies (22; 122) defining a plurality of electrochemically active areas ; an electrically non-conductive manifold (26; 126) including a common manifold passage (28; 128a, 128b) configured to transport ionic-conductive fluids; and a plurality of branch passages (30; 130) that extend, respectively, between the plurality of electrochemically active areas and the common manifold passage (28; 128a, 128b), each of the plurality of branch passages (30; 130) including a first region (32; 132) and a second region (34; 134) that differ in surface area due to the first region (32; 132) and the second region (34; 134) differing in wall surface roughness; and a bipolar plate that includes a plurality of channels (142; 242) that are fluidly connected with the plurality of branch passages (30; 130), the plurality of channels (142; 242) being in the plurality of electrochemically active areas , wherein the plurality of channels (142; 242) run between channel walls (142a; 242a) and each of the channel walls (142a; 242a) includes a tapered end (160; 260), and the plurality of channels (142; 242) are interdigitated channels.
A method of traffic classification, comprising: receiving, at a traffic classifier , a first flow packet of a current traffic flow; identifying, by the traffic classifier , based on the first flow packet , a target destination of the current traffic, wherein the target destination is identified by an Internet Protocol, IP, address or a fully qualified domain name, FQDN; checking a history , by the traffic classifier , wherein the history associates a plurality of target destinations with an associated classification type, wherein the history comprises a lookup table mapping one or more destination IP addresses to one or more FQDNs, and a lookup table mapping each FQDN of the one or more FQDNs to a quality of service, QoS, class, wherein the lookup table mapping each FQDN of the one or more FQDNs to a QoS class is updated over time based on characteristics of received traffic flows and web resources the received traffic flows requested access to; and using at least the check of the history , tagging, by the traffic classifier , the current traffic flow as belonging to the classification type associated with the target destination; wherein the classification type comprises one of a plurality of quality of service, QoS, classes having one or more QoS requirements. receiving, at a traffic classifier , a first flow packet of a current traffic flow; identifying, by the traffic classifier , based on the first flow packet , a target destination of the current traffic, wherein the target destination is identified by an Internet Protocol, IP, address or a fully qualified domain name, FQDN; checking a history , by the traffic classifier , wherein the history associates a plurality of target destinations with an associated classification type, wherein the history comprises a lookup table mapping one or more destination IP addresses to one or more FQDNs, and a lookup table mapping each FQDN of the one or more FQDNs to a quality of service, QoS, class, wherein the lookup table mapping each FQDN of the one or more FQDNs to a QoS class is updated over time based on characteristics of received traffic flows and web resources the received traffic flows requested access to; and using at least the check of the history , tagging, by the traffic classifier , the current traffic flow as belonging to the classification type associated with the target destination; wherein the classification type comprises one of a plurality of quality of service, QoS, classes having one or more QoS requirements.