mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node in a network where the network node maintains a source cell in the network, to which source cell a user equipment, UE, is connected, the method comprising: - receiving, from at least one cell in the network, data that comprises information regarding handover, whereby the at least one cell in the network from which the data is received defines at least one predetermined target cell to which the UE is to perform handover, - providing, to the UE, handover configuration data comprising the data received from the at least one cell and comprising at least one event triggering condition that defines radio signal measurement conditions for use by the UE when performing an autonomous decision to initiate the handover, and - providing, to the at least one predetermined target cell, context information associated with the UE for preparing the target cell for a handover procedure initiated by the UE; the method being characterized by - determining a mobility profile for the UE, the mobility profile comprising at least one movement criterion associated with the UE, and - the provision of the handover configuration data to the UE being conditional of the at least one movement criterion; wherein the at least one movement criterion associated with the UE comprises any of: - a speed of the UE is above a speed threshold, - a maximum Doppler frequency associated with radio signals transmitted by and/or received by the UE is above a Doppler frequency threshold, - a rate of change of direction of the UE is above a rate of change of direction threshold, and - a determination of whether or not the UE is operating in a high speed train environment. - receiving, from at least one cell in the network, data that comprises information regarding handover, whereby the at least one cell in the network from which the data is received defines at least one predetermined target cell to which the UE is to perform handover, - providing, to the UE, handover configuration data comprising the data received from the at least one cell and comprising at least one event triggering condition that defines radio signal measurement conditions for use by the UE when performing an autonomous decision to initiate the handover, and - providing, to the at least one predetermined target cell, context information associated with the UE for preparing the target cell for a handover procedure initiated by the UE; the method being characterized by - determining a mobility profile for the UE, the mobility profile comprising at least one movement criterion associated with the UE, and - the provision of the handover configuration data to the UE being conditional of the at least one movement criterion; - a speed of the UE is above a speed threshold, - a maximum Doppler frequency associated with radio signals transmitted by and/or received by the UE is above a Doppler frequency threshold, - a rate of change of direction of the UE is above a rate of change of direction threshold, and - a determination of whether or not the UE is operating in a high speed train environment.
A screening method for PGC-1β protein-function regulator, comprising a step of causing a test substance to act on adipose tissue cells or an individual animal, and measuring or detecting one or more of the following in the adipose tissue cells: expression level of synoviolin; a bond between synoviolin and PGC-1β protein; and ubiquitination of PGC-1β protein caused by synoviolin, excluding an in vivo screening method performed on a human being.
Kitchen module having at least one sink arrangement and a support structure on which the sink arrangement is mounted in a suspended manner, wherein the sink arrangement comprises a body and a sink which is retained by the body, wherein the body forms a rectangular receiving space with a front-side opening for receiving the sink and two parallel and vertical side walls and a vertical rear wall which extends perpendicularly to the side walls and which connects the side walls to each other, wherein the sink has a clear width which corresponds to a clear width of the opening so that the sink is received in a substantially positive-locking manner via the opening in the receiving space, and wherein the body further comprises at the outer side of the rear wall thereof facing away from the receiving space securing means for the suspended assembly of the sink arrangement, characterised in that the support structure is a rectangular table with table legs arranged at the four corners thereof, wherein the sink arrangement is mounted on the table via the body at one of four table sides.
A DNA polymerase having increased reverse transcriptase efficiency, mismatch tolerance, extension rate and/or tolerance of RT and polymerase inhibitors compared with a control DNA polymerase, wherein the DNA polymerase has at least 80% amino acid sequence identity to a polymerase selected from the group consisting of: (a) SEQ ID NO:1; (b) SEQ ID NO:2; (c) SEQ ID NO:3; (d) SEQ ID NO:4; (e) SEQ ID NO:5; (f) SEQ ID NO:6; (g) SEQ ID NO:7; (h) SEQ ID NO:32; (i) SEQ ID NO:33; (j) SEQ ID NO:34; (k) SEQ ID NO:35; (l) SEQ ID NO:36; and (m) SEQ ID NO:37 and wherein the amino acid of the DNA polymerase corresponding to position 709 of SEQ ID NO: 1 is any amino acid other than I, L, or M, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that the amino acid of the control DNA polymerase corresponding to position 709 of SEQ ID NO:1 is I, L, or M. (a) SEQ ID NO:1; (b) SEQ ID NO:2; (c) SEQ ID NO:3; (d) SEQ ID NO:4; (e) SEQ ID NO:5; (f) SEQ ID NO:6; (g) SEQ ID NO:7; (h) SEQ ID NO:32; (i) SEQ ID NO:33; (j) SEQ ID NO:34; (k) SEQ ID NO:35; (l) SEQ ID NO:36; and (m) SEQ ID NO:37
A method for extracting and characterizing molecular clones, comprising: providing a substrate on which molecular clones are formed; applying energy to desired ones of the molecular clones in a non-contact mode to extract the desired molecular clones from the substrate; chemically linking DNA barcodes to the sequences of the extracted molecular clones; and determining the DNA barcode-linked sequences by parallel sequencing.
An application device for applying a viscous material to a substrate, comprising an inner container which is for receiving the viscous material and has a dispensing opening, an outer casing which surrounds the inner container and has a substantially hollow-cylindrical neck region of an inner diameter D1 and an opening formed in the neck region, and an applicator which is connected to the outer casing, it being possible for the viscous material to be conveyed out of the inner container into the applicator by means of pressure on the outer casing and to be applied to a substrate by means of the applicator, the application device having a ventilation device comprising an insert which is connected in an airtight manner to the inner container in the region of the dispensing opening and which is substantially hollow-cylindrical and has an outer diameter D2, the outer diameter D2 of the insert being smaller than the inner diameter D1 of the neck region of the outer casing, and the insert having latching means on its outer side, by means of which it is latched in the insertion position within the neck region of the outer casing, in this insertion position an annular gap being formed between the insert and the neck region of the outer casing owing to the different diameters D1 and D2, through which gap air can flow from the outside into the intermediate space between the outer casing and the inner container, characterized in that air can also flow to the outside from the intermediate space between the outer casing and the inner container, and in that the connection between the applicator and the outer casing is air-permeable and the applicator comprises a sealing means by means of which, in the insertion position of the applicator, airtight and leak-proof sealing of the inner volume of the inner container with respect to the intermediate space between the outer casing and the inner container is provided.
A printer comprising: a hub assembly to hold one end of a media roll, the hub assembly including: a hub to engage the roll, the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support; the printer further comprising a print bar including multiple printheads, and edge detectors (32, 34) to signal a position of a roll, wherein the edge detectors are connected to a controller; wherein in response the detectors (32, 34) signalling the new position when the position of the roll is adjusted, the controller is to adjust printhead control data to account for the shift. a hub assembly to hold one end of a media roll, the hub assembly including: a hub to engage the roll, the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support; a hub to engage the roll, the hub rotatable on an axis; a spacer operatively connected to the hub to vary a distance along the axis between the hub and a first support supporting the hub; and an actuator to move the spacer along the axis to vary the distance between the hub and the first support; the printer further comprising a print bar including multiple printheads, and edge detectors (32, 34) to signal a position of a roll, wherein the edge detectors are connected to a controller; wherein in response the detectors (32, 34) signalling the new position when the position of the roll is adjusted, the controller is to adjust printhead control data to account for the shift.
Cantilever lift for attachment to a vehicle having a loading platform, wherein a plug-in connection, which has a socket that can be fixed to the cantilever lift with a guide element and a plug, wherein the plug can be guided into the socket on the guide element before the connection to the socket.
Method for imaging a surrounding region of a motor vehicle with an image display system as a bird-view system having at least two cameras (2, 5), which are attached to the outside of the vehicle and have recording angle ranges that overlap (overlap region 7), with the recorded images of the cameras being joined together to form a displayed image by way of so-called stitching at a separating line as a stitching edge in the overlap region, wherein the pose and/or orientation and/or width of a stitching region, which is defined by two adjacent separating lines (11, 12) that are assigned to one another, is/are settable and adaptable, characterized in that the image components of both cameras (2, 5) are presented in the stitching region as transparently overlapping.
A battery control device connectable to a battery acquisition unit and to a battery, the battery control device comprising: an SOHR calculation unit configured to calculate an SOHR based on information from the battery acquisition unit and an SOC of the battery; an SOHQ calculation unit configured to calculate an SOHQ based on a value including a current value and/or a voltage value of the battery; and a threshold value determination unit configured to determine an SOHQ threshold value based on an internal resistance of the battery obtained from the calculated SOHR; the battery control device being characterized by further comprising: an SOHQ determination unit configured to calculate a final SOHQ by performing averaging processing shown by a previous result of the SOHQ calculation using a degree of coincidence, α, based on a comparison between the SOHQ calculated by the SOHQ calculation unit and the SOHQ threshold value. an SOHR calculation unit configured to calculate an SOHR based on information from the battery acquisition unit and an SOC of the battery; an SOHQ calculation unit configured to calculate an SOHQ based on a value including a current value and/or a voltage value of the battery; and a threshold value determination unit configured to determine an SOHQ threshold value based on an internal resistance of the battery obtained from the calculated SOHR; the battery control device being characterized by further comprising: an SOHQ determination unit configured to calculate a final SOHQ by performing averaging processing shown by a previous result of the SOHQ calculation using a degree of coincidence, α, based on a comparison between the SOHQ calculated by the SOHQ calculation unit and the SOHQ threshold value.
A system for estimating a source location of a projectile, comprising: a radar subsystem comprising a transmitter receiver unit and a signal processor which is configured to perform an initial processing of signals generated by the transmitter receiver unit and to provide data related to the measurements performed by the radar subsystem to a further processor for further processing; an optics subsystem, configured to detect the launch of the projectile, and the further processor characterized in that it is configured to: - obtain an event start time and a source direction based on data related to the launch provided by the optics subsystem, and estimate a range to a source location of the projectile based on: ∘ range and velocity measurements of the projectile provided by the radar subsystem, ∘ said source direction, ∘ said event start time, and ∘ a predefined kinematic model for the projectile wherein the predefined kinematic model assumes that the launch of the projectile occurs at the event start time, t=0. a radar subsystem comprising a transmitter receiver unit and a signal processor which is configured to perform an initial processing of signals generated by the transmitter receiver unit and to provide data related to the measurements performed by the radar subsystem to a further processor for further processing; an optics subsystem, configured to detect the launch of the projectile, and the further processor characterized in that it is configured to: - obtain an event start time and a source direction based on data related to the launch provided by the optics subsystem, and - obtain an event start time and a source direction based on data related to the launch provided by the optics subsystem, and estimate a range to a source location of the projectile based on: ∘ range and velocity measurements of the projectile provided by the radar subsystem, ∘ said source direction, ∘ said event start time, and ∘ a predefined kinematic model for the projectile wherein the predefined kinematic model assumes that the launch of the projectile occurs at the event start time, t=0. ∘ range and velocity measurements of the projectile provided by the radar subsystem, ∘ said source direction, ∘ said event start time, and ∘ a predefined kinematic model for the projectile wherein the predefined kinematic model assumes that the launch of the projectile occurs at the event start time, t=0.
A submergible, flexible conduit for conveying high pressure gas or liquids with dissolved gases through a body of deep water in an offshore oil or gas field, comprising: an elongate, tubular conduit constructed of multiple adjoining conduit sections, said sections each comprising an axially extending tubular conduit having a wall constructed of radially spaced material layers, including radially inner and outer sealing material layers, and at least two armor layers therebetween, said sealing layers defining an annular vent passage for axially conveying fluids contained between said inner and outer layers toward the axial ends of said section; end connectors at respective ends of the conduit sections arranged to engage a similar end connector in an adjoining section for securing and sealing adjoining sections together to thereby form the elongate tubular conduit; and end connector passages connecting annular vent passages in adjoining conduit sections together to form a continuous vent passage whereby fluids in said vent passages may flow between connected conduit sections to a pressure area having a pressure below that of the pressure exerted on said conduit by the water within which said conduit is submerged. an elongate, tubular conduit constructed of multiple adjoining conduit sections, said sections each comprising an axially extending tubular conduit having a wall constructed of radially spaced material layers, including radially inner and outer sealing material layers, and at least two armor layers therebetween, said sealing layers defining an annular vent passage for axially conveying fluids contained between said inner and outer layers toward the axial ends of said section; end connectors at respective ends of the conduit sections arranged to engage a similar end connector in an adjoining section for securing and sealing adjoining sections together to thereby form the elongate tubular conduit; and
A moving contact assembly for electric power switching apparatus comprising: a carrier body; an outer carrier secured to the carrier body; an inner carrier mounted in the outer carrier for pivotal movement between a withstand position and a blow open position and having a cam profile; a plurality of contact fingers mounted on the inner carrier; a cam follower pin; cam springs seated against the outer carrier biasing the cam follower pin against the cam profile, the cam profile being configured so that for current through the plurality of contact fingers less than a threshold current the inner carrier is biased to the withstand position, characterized by: the carrier legs supporting the carrier body for pivotal movement between a closed position and an open position; the outer carrier having an outer carrier stop; the inner carrier having an inner carrier stop; and the withstand position being established by the inner carrier stop engaging the outer carrier stop, and for current through the plurality of contact fingers greater than the threshold current, the inner carrier rapidly pivots to the blow open position. a carrier body; an outer carrier secured to the carrier body; an inner carrier mounted in the outer carrier for pivotal movement between a withstand position and a blow open position and having a cam profile; a plurality of contact fingers mounted on the inner carrier; a cam follower pin; cam springs seated against the outer carrier biasing the cam follower pin against the cam profile, the cam profile being configured so that for current through the plurality of contact fingers less than a threshold current the inner carrier is biased to the withstand position, the carrier legs supporting the carrier body for pivotal movement between a closed position and an open position; the outer carrier having an outer carrier stop; the inner carrier having an inner carrier stop; and the withstand position being established by the inner carrier stop engaging the outer carrier stop, and for current through the plurality of contact fingers greater than the threshold current, the inner carrier rapidly pivots to the blow open position.
A method for exhausting gas from a coating material, in which method, the coating material is fed in the bottom part area of a drum rotating around an essentially vertical axis inside a vacuum tank, whereby the rotating motion of the drum causes the coating material to rise up the inner wall of the drum and to discharge from the upper edge of the drum as a thin film against the inner wall of a vacuum tank, wherefrom the coating material flows downwards, characterised in that in the method, the coating material is arranged to rise up the wall of the drum stepwise, so that the coating material will form a thin veil-like film on at least two different step levels (10, 11, 12), whereupon the gas bubbles in the coating material will break and/or discharge from the coating material to be then conducted out of the tank, in that an absolute pressure of about 1 kPa - 15 kPa is provided in the vacuum tank, and in that after gas exhaustion, the coating material is conducted from the vacuum tank to a curtain coater.
A system of surgical instruments for use with at least a first implant in an orthopaedic surgical procedure in which size specific instrumentation is used, the system comprising a first container (2, 4, 6, 22, 24) containing at least first and second surgical instruments, wherein: the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; wherein both the first and second surgical instruments are of a first size corresponding to the first implant, wherein both the first and second instruments relate to preparation, finishing or trialling for the first implant, wherein the container, - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments. specific instrumentation is used, the system comprising a first container (2, 4, 6, 22, 24) containing at least first and second surgical instruments, wherein: the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; wherein both the first and second surgical instruments are of a first size corresponding to the first implant, wherein both the first and second instruments relate to preparation, finishing or trialling for the first implant, wherein the container, - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments. - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments.