mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying if a subject is at risk of developing a blood clotting disease, the method comprising determining in a sample from said subject the genotype of single nucleotide polymorphisms consisting of rs1799853 (SEQ ID NO: 1) and rs4379368 (SEQ ID NO: 2).
A surgical stapling and cutting instrument, comprising: a displacement member (1111, 2514); a motor coupled to the displacement member (1111, 2514), the motor operable to translate the displacement member (1111, 2514); a control circuit coupled to the motor; and a position sensor coupled to the control circuit; wherein the control circuit is configured to: receive a position output of the position sensor indicative of at least one position of the displacement member (1111, 2514) along the distance between the proximal position and the distal positon; drive the motor at a plurality of duty cycles corresponding to the position output, wherein each of the plurality of duty cycles is maintained constant at a predetermined value when the position of the displacement member is in a corresponding predetermined zone between the proximal position and the distal position; and drive the motor at a first duty cycle in a first zone and a second duty cycle in a second zone, and wherein the second zone is distal to the first zone; wherein the second duty cycle is greater than the first duty cycle. a displacement member (1111, 2514); a motor coupled to the displacement member (1111, 2514), the motor operable to translate the displacement member (1111, 2514); a control circuit coupled to the motor; and a position sensor coupled to the control circuit; wherein the control circuit is configured to: receive a position output of the position sensor indicative of at least one position of the displacement member (1111, 2514) along the distance between the proximal position and the distal positon; drive the motor at a plurality of duty cycles corresponding to the position output, wherein each of the plurality of duty cycles is maintained constant at a predetermined value when the position of the displacement member is in a corresponding predetermined zone between the proximal position and the distal position; and drive the motor at a first duty cycle in a first zone and a second duty cycle in a second zone, and wherein the second zone is distal to the first zone; wherein the second duty cycle is greater than the first duty cycle. receive a position output of the position sensor indicative of at least one position of the displacement member (1111, 2514) along the distance between the proximal position and the distal positon; drive the motor at a plurality of duty cycles corresponding to the position output, wherein each of the plurality of duty cycles is maintained constant at a predetermined value when the position of the displacement member is in a corresponding predetermined zone between the proximal position and the distal position; and drive the motor at a first duty cycle in a first zone and a second duty cycle in a second zone, and wherein the second zone is distal to the first zone; wherein the second duty cycle is greater than the first duty cycle.
A communication method in a handover process, comprising: when a terminal is handed over from a source access network device to a target access network device, obtaining, by a gateway device, address information of the target access network device; obtaining, by the gateway device, address information of a Mobile Edge Computing, MEC, network element; and sending, by the gateway device, the address information of the target access network device to the MEC network element based on the address information of the MEC network element, so that the MEC network element modifies stored address information of the source access network device to the address information of the target access network device. when a terminal is handed over from a source access network device to a target access network device, obtaining, by a gateway device, address information of the target access network device; obtaining, by the gateway device, address information of a Mobile Edge Computing, MEC, network element; and sending, by the gateway device, the address information of the target access network device to the MEC network element based on the address information of the MEC network element, so that the MEC network element modifies stored address information of the source access network device to the address information of the target access network device.
A trimmer head for a trimmer, the trimmer head comprising: a base plate defining an axial direction; a pivot head attached to the base plate, the pivot head comprising an extended post having a blade support surface to selectively receive a flail blade; and a blade retainer comprising: a radial arm extending radially from the distal end to rotate relative to the base plate between a first position at which the radial arm is circumferentially aligned with the pivot head and a second position at which the radial arm is circumferentially spaced apart from the pivot head, characterized in that the blade retainer further comprises a mounting arm rotatably mounted to the base plate below the blade support surface relative to the axial direction and an axial arm extending axially from a proximal end at the mounting arm to a distal end above the blade support surface, wherein the blade support surface is positioned between the radial arm and the base plate relative to the axial direction. a base plate defining an axial direction; a pivot head attached to the base plate, the pivot head comprising an extended post having a blade support surface to selectively receive a flail blade; and a blade retainer comprising: a radial arm extending radially from the distal end to rotate relative to the base plate between a first position at which the radial arm is circumferentially aligned with the pivot head and a second position at which the radial arm is circumferentially spaced apart from the pivot head, characterized in that the blade retainer further comprises a mounting arm rotatably mounted to the base plate below the blade support surface relative to the axial direction and an axial arm extending axially from a proximal end at the mounting arm to a distal end above the blade support surface, wherein the blade support surface is positioned between the radial arm and the base plate relative to the axial direction. a mounting arm rotatably mounted to the base plate below the blade support surface relative to the axial direction and an axial arm extending axially from a proximal end at the mounting arm to a distal end above the blade support surface, wherein the blade support surface is positioned between the radial arm and the base plate relative to the axial direction.
Wear plate or pressure plate for packaging presses, wherein the wear plate or the pressure plate comprises a carrier made of a first metal and an outer layer made of a second metal applied to the carrier by a generative manufacturing method and fixedly connected thereto, wherein the outer layer has a higher hardness than the carrier and the profiled surface of the wear plate or the pressure plate is formed by an outer surface of the outer layer.
Safety device for a motor vehicle, comprising: - control means functionally connectible to command means which command the activation and the functions of said motor vehicle, - connection means with a further electronic device on board, used to functionally connect said electronic device to said control means, - localization means of said electronic device, used to check if said electronic device is located in a predetermined localized area inside the vehicle interior compartment, - notification means of a lack of connection of said electronic device with said connection means, - aforementioned safety device being characterized in that said control means configured to signal or to hinder the active handling of said motor vehicle if said connection means of are not connected with said electronic device, and if said localization means do not locate said electronic device in said predetermined localized area, and wherein said notification means, of said lack of connection of said electronic device with said connection means, can be activated if said motor vehicle exceeds a predetermined speed limit. - control means functionally connectible to command means which command the activation and the functions of said motor vehicle, - connection means with a further electronic device on board, used to functionally connect said electronic device to said control means, - localization means of said electronic device, used to check if said electronic device is located in a predetermined localized area inside the vehicle interior compartment, - notification means of a lack of connection of said electronic device with said connection means, - aforementioned safety device being characterized in that said control means configured to signal or to hinder the active handling of said motor vehicle if said connection means of are not connected with said electronic device, and if said localization means do not locate said electronic device in said predetermined localized area, and wherein said notification means, of said lack of connection of said electronic device with said connection means, can be activated if said motor vehicle exceeds a predetermined speed limit.
A medicament for use in treating Alzheimer's disease comprising as active ingredients a carbostyril derivative of the general formula: wherein A is a C 1-6 alkylene group, R is a cycloalkyl group, the bonding between 3- and 4-positions of the carbostyril skeleton is a single bond or a double bond, or a salt thereof; and donepezil or a salt thereof.
A battery management system for managing a battery pack, comprising: N battery management units configured to manage secondary batteries included in the battery pack, in which N is a natural number greater than or equal to 2; N communication lines electrically connected to each battery management unit to transmit data to an external device which controls the battery management system; an insulation element configured to transmit a signal while electrically separating the external device from the battery management system; characterized by further comprising: a selective connection device (350, 360, 370) configured to selectively connect any one of the N communication lines to the insulation element by a control signal, wherein each battery management unit transmits at least two pieces of data through time division. N battery management units configured to manage secondary batteries included in the battery pack, in which N is a natural number greater than or equal to 2; N communication lines electrically connected to each battery management unit to transmit data to an external device which controls the battery management system; an insulation element configured to transmit a signal while electrically separating the external device from the battery management system; characterized by further comprising: a selective connection device (350, 360, 370) configured to selectively connect any one of the N communication lines to the insulation element by a control signal, wherein each battery management unit transmits at least two pieces of data through time division. a selective connection device (350, 360, 370) configured to selectively connect any one of the N communication lines to the insulation element by a control signal, wherein each battery management unit transmits at least two pieces of data through time division.
A surgical instrument, comprising: a first drive assembly coupled to a first component, the first drive assembly configured to translate a first longitudinal distance X1 to deploy the first component; a second drive assembly coupled to a second component, the second drive assembly configured to translate a second longitudinal distance X2 to deploy the second component, wherein the first longitudinal distance X1 is greater than the second longitudinal distance X2; and a deployment mechanism operably coupled to both the first and second drive assemblies (240,260), the deployment mechanism configured to move from a first position to a second position to translate the first and second drive assemblies the respective first and second longitudinal distances X1 and X2 to deploy the first and second components, characterized in that the deployment mechanism is configured to simultaneously translate the first and second drive assemblies (240,260) respective first and second longitudinal distances X1 and X2 to simultaneously deploy the first and second components. a first drive assembly coupled to a first component, the first drive assembly configured to translate a first longitudinal distance X1 to deploy the first component; a second drive assembly coupled to a second component, the second drive assembly configured to translate a second longitudinal distance X2 to deploy the second component, wherein the first longitudinal distance X1 is greater than the second longitudinal distance X2; and a deployment mechanism operably coupled to both the first and second drive assemblies (240,260), the deployment mechanism configured to move from a first position to a second position to translate the first and second drive assemblies the respective first and second longitudinal distances X1 and X2 to deploy the first and second components,
Method of using sensors to detect edges of objects delimiting a parking space, in which the sensors determine a signal profile of distance signals of objects delimiting the parking space, characterized in that a plausibility check on the edge detection is carried out with the aid of a kerb signal by additionally considering a signal profile of distance signals of a kerb for plausibility as well as the signal profile of the distance signals from objects delimiting a parking space, an edge profile firstly being determined with the aid of the signal profile of the distance signals of the objects delimiting the parking space, the kerb subsequently being determined, after which it is checked whether the determined kerb is visible, and if a determined edge is situated in the region of a visible kerb and at a boundary of the objects, the edge is displaced to a boundary of the visible kerb, and if the determined edge is situated outside the region of the visible kerb, the edge remains unchanged at the boundary of the objects.
A wet textured fibrous structure comprising a first group of first line elements and a second group of second line elements, wherein the first line elements and the second line elements have different densities and/or basis weights so that the fibrous structure exhibits a GM Flexural Rigidity of less than 18.0 mg*cm 2 /cm as measured according to the Flexural Rigidity Test Method; wherein the first line elements extend in a first direction and the second line elements extend in a second direction, and wherein the ratio of the average distance between two adjacent second line elements and the average distance between two adjacent first line elements is greater than 1.
An isolated anti-hemagglutinin antibody comprising three heavy chain hypervariable regions (HVR-H1, HVR-H2, and HVR-H3) and three light chain hypervariable regions (HVR-L1, HVR-L2, and HVR-L3), wherein: (a) HVR-H1 comprises the amino acid sequence of SEQ ID NO:191; (b) HVR-H2 comprises the amino acid sequence of SEQ ID NO:193; (c) HVR-H3 comprises the amino acid sequence of SEQ ID NO:194; (d) HVR-L1 comprises the amino acid sequence of SEQ ID NO:195; (e) HVR-L2 comprises the amino acid sequence of SEQ ID NO:196; and (f) HVR-L3 comprises the amino acid sequence of SEQ ID NO:197. (a) HVR-H1 comprises the amino acid sequence of SEQ ID NO:191; (b) HVR-H2 comprises the amino acid sequence of SEQ ID NO:193; (c) HVR-H3 comprises the amino acid sequence of SEQ ID NO:194; (d) HVR-L1 comprises the amino acid sequence of SEQ ID NO:195; (e) HVR-L2 comprises the amino acid sequence of SEQ ID NO:196; and (f) HVR-L3 comprises the amino acid sequence of SEQ ID NO:197.
An evaporator comprising a plurality of horizontal tubes, which are vertically elongated and arranged to support a vertical film of saline water, and to evaporate water from the film by heat transfer from a condensate film of condensing vapor within the tubes, characterized in that: the horizontal tubes are vertically and circumferentially corrugated in at least a specified outer profile comprising alternating outer ridges and grooves on an outer face of the tubes, the specified outer profile selected to thin the film on the outer ridges to enhance heat transfer therethrough and evaporation therefrom.
A sweetener composition comprising: 5% to 95% by dry weight of glucose; and 5% to 95% by dry weight of a purified hemicellulose. wherein the purified hemicellulose composition includes 82% to 92% by dry weight of xylan; 8% to 9% by dry weight of xylo-oligosaccharide; and 4% to 5% by dry weight of xylose 5% to 95% by dry weight of glucose; and 5% to 95% by dry weight of a purified hemicellulose. wherein the purified hemicellulose composition includes 82% to 92% by dry weight of xylan; 8% to 9% by dry weight of xylo-oligosaccharide; and 4% to 5% by dry weight of xylose
A wind turbine comprising a rotor having three rotor blades and a rotor head, and a mist eliminator in the region of the rotor head so that outside air can flow into the interior of the rotor head, wherein the mist eliminator has a first end and a second end, wherein the first end of the mist eliminator is in the form of an opening of the rotor head, wherein the mist eliminator has at least one slat of a spiral-shaped configuration. a rotor having three rotor blades and a rotor head, and a mist eliminator in the region of the rotor head so that outside air can flow into the interior of the rotor head, wherein the mist eliminator has a first end and a second end, wherein the first end of the mist eliminator is in the form of an opening of the rotor head, wherein the mist eliminator has at least one slat of a spiral-shaped configuration.
A prime-boost kit for use in a method of inducing a prophylactic immune response against dengue virus, the prime-boost kit comprising two or more doses of a priming DEN virus immunogen to be administered consecutively, and one or more doses of a boosting DEN virus immunogen, wherein the priming DEN virus immunogen is composed of a DNA expression system, and wherein the boosting DEN virus immunogen is composed of a Venezuelan equine encephalitis virus replicon system, wherein the VRP system and the DNA expression system contain DNA encoding DEN virus pre-membrane and envelope genes from DEN strains selected from the group consisting of DEN1, DEN2, DEN3 or DEN4, wherein capsid and glycoprotein genes of the VRP system are replaced by pre-membrane and envelope genes of the same DEN serotype as in the DNA expression system, wherein RNA encoding the VRP system and RNA encoding the Venezuelan equine encephalitis glycoprotein or capsid gene are expressed together, and wherein VRP particles are purified and used in the vaccine.
An antenna base comprising a support body having a longitudinal axis and, in turn, comprising a fixed lower portion and a rotary upper portion aligned to one another along the longitudinal axis, the upper portion being designed to support an antenna and being mounted on the lower portion to rotate, during operation, together with the antenna, about the longitudinal axis; the antenna base further comprising actuator means, which are configured to rotate the upper portion and comprise an electric motor having a stator rigidly connected to the lower portion, and a rotor rigidly connected to the upper portion and coaxial to the longitudinal axis; the lower portion comprising a tubular body having an inner cylindrical cavity, which is coaxial to the longitudinal axis and has an opening at its lower axial end; the stator and the rotor being arranged inside the cavity; and the upper portion being mounted on the lower portion with the interposition of at least a radial bearing (72; 73), which is mounted inside the cavity, is coaxial to the longitudinal axis and comprises an inner ring rigidly connected to the upper portion, and an outer ring rigidly connected to the lower portion; the antenna base being characterized in that the upper portion comprises a rotary upper platform, which is rotationally mounted on the lower portion about the longitudinal axis, bounds the cavity at its upper axial end, and is adapted to be rigidly connected to an attachment portion of the antenna; and a rotary lower support element, which is arranged inside the cavity, is rigid with the inner ring and comprises a first axial end portion rigidly connected to the rotary upper platform, and a second axial end portion arranged between the bearing (72; 73) and said opening and connected to the rotor; whereby the opening is so sized to allow the cavity to be accessible from the bottom without any need to preventively disassemble the antenna from the rotary upper platform.
A vehicle-side connector to be connected to a battery mounted in a vehicle, comprising: an outer housing to be fixed to a body of the vehicle, an inner housing to be fitted into the outer housing from a vehicle interior side, terminal fittings respectively connected to a plurality of wires (20P, 20S) drawn out from the interior of the vehicle including the battery; a plurality of terminal accommodating chambers (53, 40) provided from the inner housing to the outer housing and configured such that the respective terminal fittings are inserted and accommodated thereinto from behind; a retainer assemblable with the inner housing to lock and retain each terminal fitting; and a lock mechanism portion (47, 70) configured to lock the retainer and the outer housing in a joined state, characterized in that the inner housing includes a sensor accommodating chamber configured to accommodate a temperature sensor provided on an end of a wire drawn out from the interior of the vehicle, and the retainer includes a sensor locking portion configured to lock and retain the temperature sensor, and the temperature sensor is formed into a column shape having a larger diameter than the wire, whereas the sensor locking portion is a hole formed by connecting a large-diameter hole having a larger diameter than the temperature sensor and a small-diameter hole having a smaller diameter than the temperature sensor and enabling the wire to be inserted therethrough. an outer housing to be fixed to a body of the vehicle, an inner housing to be fitted into the outer housing from a vehicle interior side, terminal fittings respectively connected to a plurality of wires (20P, 20S) drawn out from the interior of the vehicle including the battery; a plurality of terminal accommodating chambers (53, 40) provided from the inner housing to the outer housing and configured such that the respective terminal fittings are inserted and accommodated thereinto from behind; a retainer assemblable with the inner housing to lock and retain each terminal fitting; and a lock mechanism portion (47, 70) configured to lock the retainer and the outer housing in a joined state, characterized in that the inner housing includes a sensor accommodating chamber configured to accommodate a temperature sensor provided on an end of a wire drawn out from the interior of the vehicle, and the retainer includes a sensor locking portion configured to lock and retain the temperature sensor, and the temperature sensor is formed into a column shape having a larger diameter than the wire, whereas the sensor locking portion is a hole formed by connecting a large-diameter hole having a larger diameter than the temperature sensor and a small-diameter hole having a smaller diameter than the temperature sensor and enabling the wire to be inserted therethrough.