mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for configuring a graphical user interface, the method comprising: displaying, by a display device, a graphical user interface including an object in a three-dimensional space; receiving first data, the first data comprising a link between a flag and a component of the object, the flag indicative of an engineering requirement associated with the component of the object; responsive to receiving the first data, displaying the flag in the 3D space approximate to the component of the object; receiving second data, the second data including a message from the graphical user interface indicative of altering a perspective of the object that conceals the component from displaying; and responsive to receiving the second data, providing instructions to remove the flag from the graphical user interface. displaying, by a display device, a graphical user interface including an object in a three-dimensional space; receiving first data, the first data comprising a link between a flag and a component of the object, the flag indicative of an engineering requirement associated with the component of the object; responsive to receiving the first data, displaying the flag in the 3D space approximate to the component of the object; receiving second data, the second data including a message from the graphical user interface indicative of altering a perspective of the object that conceals the component from displaying; and responsive to receiving the second data, providing instructions to remove the flag from the graphical user interface.
Optical beam switch (1; 21; 31) comprising at least one input optical wave guide, a plurality of output optical wave guides (3, 3a, 3b, 3 1 to 3 8), and an optical switching element which is provided therebetween for switching the light beam which is guided in the at least one input optical wave guide selectively to one of the output optical wave guides (3, 3a, 3b, 3 1 to 3 8), wherein the optical switching element is formed by a beam propagation element (6; 26) having two mutually opposed end faces (7, 8; 27, 28) in which the light beam freely expands, wherein the beam propagation element (6; 26) is formed from an elastically flexible or twistable transparent solid material, wherein the at least one input optical wave guide is attached directly or via an upstream optical collimation system to one end face (7; 27) of the beam propagation element (6; 26), wherein the output optical wave guides (3, 3a, 3b, 3 1 to 3 8) are arranged beside each other in at least one deflection direction (10; 29) or in the twisting direction of the beam propagation element (6; 26) and are attached directly or via a downstream optical focusing system to the other end face (8; 28) of the beam propagation element (6; 26), and wherein the beam propagation element (6; 26) and optionally the downstream optical focussing system can be deflected transversely to their optical axis and/or can be twisted about their optical axis or parallel thereto.
A robot for cleaning the exterior of tubes of a heat exchanger, the robot comprising a lance for directing a jet of fluid into spaces between the tubes, a carriage for transporting the lance in a direction of travel parallel to axes of the tubes of the heat exchanger, and traction assemblies for engaging the tubes to enable the carriage to be advanced along the tubes, wherein two traction assemblies are provided and located on opposite sides of the carriage, the robot being characterized in that at least one of the traction assemblies (12a, 12b) is movable relative to the carriage in a direction transverse to that of travel in order to change the track width of the robot. a lance for directing a jet of fluid into spaces between the tubes, a carriage for transporting the lance in a direction of travel parallel to axes of the tubes of the heat exchanger, and traction assemblies for engaging the tubes to enable the carriage to be advanced along the tubes, wherein two traction assemblies are provided and located on opposite sides of the carriage, the robot being characterized in that at least one of the traction assemblies (12a, 12b) is movable relative to the carriage in a direction transverse to that of travel in order to change the track width of the robot.
A sensing apparatus comprising: surface enhanced infrared absorption stage (20, 420, 520, 620, 720) comprising a substrate; a static island extending from the substrate having a dimension parallel to the substrate of at least one micrometer, the static island having a plasmonically active island cap; and a movable nano finger extending from the substrate and aligned with the dimension, the movable nano finger having a plasmonicaly active finger cap closable to less than or equal to 5 nm of the island cap. surface enhanced infrared absorption stage (20, 420, 520, 620, 720) comprising a substrate; a static island extending from the substrate a substrate; a static island extending from the substrate having a dimension parallel to the substrate of at least one micrometer, the static island having a plasmonically active island cap; and a movable nano finger extending from the substrate and aligned with the dimension, the movable nano finger having a plasmonicaly active finger cap closable to less than or equal to 5 nm of the island cap.
Lamp trough, which is configured to be connected to a light-transmissive lamp cover so as to form a closed lamp housing, wherein the lamp trough comprises ribs (70, 80) which project into the interior of said lamp trough and are configured for releasable mounting of a carrier element for lighting units, characterized in that there are at least two different types of ribs, both of which respectively comprise a catch recess (75, 84) that is provided for snapping onto the carrier element, wherein the catch recesses (75, 84) of the different types of ribs are designed differently, and wherein the catch recesses (75, 84) jointly secure the carrier element in a planned position.
An apparatus for heating preforms made of thermoplastic material, comprising a conveyance device for preforms having a longitudinal axis of extension, intended to move said preforms along a predefined path, and heating means arranged along at least one portion of said predefined path, said heating means comprising at least one heating element and at least one front reflective element, which are mutually opposite with respect to said predefined path in order to form between them a transit tunnel for said preforms, said heating element comprising a plurality of IR (Infra-Red) and/or NIR (Near-Infra-Red) lamps, said front reflective element comprising at least one contoured plate-like body in order to form, in the direction of extension of said predefined path, an alternation of closer portions and spaced portions with respect to said predefined path that is extended substantially parallel to the axes of extension of said preforms, wherein said closer portions and said spaced portions are formed on substantially planar surfaces, characterized in said plate-like body comprising, between contiguous spaced portions and closer portions, respective connecting parts, at least one of said connecting parts forming at least one transit opening for a cooling air flow.
Solder material containing particles composed of a soft solder alloy having a melting point T S or a lower limit of the melting range T S and an additive material, where the particles are surrounded by the additive material, the additive material contains a reactive component which reacts exothermically at a temperature T F and T F < T S, characterized in that the reactive component contains a metal carbonyl compound which can react exothermically with oxygen.
A suture package comprising: a base having an upwardly extending peripheral wall and an upper surface; a cover having a downwardly extending inner wall, the inner wall having a height that is substantially similar to a height of the upwardly extending peripheral wall; and a plurality of sets of elongated finger members extending downwardly from the cover, characterized in that each finger member has a height that is substantially similar to the height of the upwardly extending peripheral wall, and the sets of elongated finger members extend radially outward from a center of the cover to partition the suture package into a plurality of suture retaining areas. a base having an upwardly extending peripheral wall and an upper surface; a cover having a downwardly extending inner wall, the inner wall having a height that is substantially similar to a height of the upwardly extending peripheral wall; and a plurality of sets of elongated finger members extending downwardly from the cover, characterized in that each finger member has a height that is substantially similar to the height of the upwardly extending peripheral wall, and the sets of elongated finger members extend radially outward from a center of the cover to partition the suture package into a plurality of suture retaining areas.
A data communication method, applied to a wireless local area network, wherein the wireless local area network comprises a root access point, root AP, a relay, and a station STA, the root AP is associated with a plurality of relays, each of the plurality of relays is associated with one or more STAs, and wherein the method comprises: receiving, by a network node which is an access point station in a first BSS, a preset frame from a target relay, wherein the target relay and the network node belong to the first BSS; receiving, by the network node, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a basic service set BSS identifier; if the BSS identifier in the PPDU is different from a first BSS identifier, and the BSS identifier in the PPDU is the same as a second BSS identifier, wherein the preset frame comprises the second BSS identifier of an extended BSS to which the target relay belongs, determining, by the network node, whether the PPDU meets a preset spatial reuse condition, wherein the first BSS identifier is an identifier of the first BSS; and if the PPDU meets the preset spatial reuse condition, contending for, by the network node, a channel, and communicating with a station other than the target relay in the first BSS. receiving, by a network node which is an access point station in a first BSS, a preset frame from a target relay, wherein the target relay and the network node belong to the first BSS; receiving, by the network node, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a basic service set BSS identifier; if the BSS identifier in the PPDU is different from a first BSS identifier, and the BSS identifier in the PPDU is the same as a second BSS identifier, wherein the preset frame comprises the second BSS identifier of an extended BSS to which the target relay belongs, determining, by the network node, whether the PPDU meets a preset spatial reuse condition, wherein the first BSS identifier is an identifier of the first BSS; and if the PPDU meets the preset spatial reuse condition, contending for, by the network node, a channel, and communicating with a station other than the target relay in the first BSS.
A device for intermittent operation of a cooling fan of a three-phase electric induction motor comprising: an electric motor, a motor shaft, a cooling fan, a fan casing, a clutch mechanism located between the fan and the motor shaft and consisting of two flanges, the first one, the shaft coupling flange, mounted on the motor shaft and configured to rotate next to the motor, a coupling flange, coupled to the fan and an electric linear actuator fixed at the rear of the fan casing, wherein the linear electric actuator engages and disengages the coupling flange with the shaft coupling flange, a temperature sensor placed in the motor stator winding, a thermostat that responds to the temperature sensor installed in the motor stator winding and operates the linear actuator, such that an intermittent coupling between the fan and the motor shaft is operated according to the temperature measured by the temperature sensor. an electric motor, a motor shaft, a cooling fan, a fan casing, a clutch mechanism located between the fan and the motor shaft and consisting of two flanges, the first one, the shaft coupling flange, mounted on the motor shaft and configured to rotate next to the motor, a coupling flange, coupled to the fan and an electric linear actuator fixed at the rear of the fan casing, wherein the linear electric actuator engages and disengages the coupling flange with the shaft coupling flange, a temperature sensor placed in the motor stator winding, a thermostat that responds to the temperature sensor installed in the motor stator winding and operates the linear actuator, such that an intermittent coupling between the fan and the motor shaft is operated according to the temperature measured by the temperature sensor.
A shock-absorbing device for a mobile robot characterized in that it comprises: - a rigid structure linked to the mobile robot, - a deformable outer shell (21; 23), and - a shock-absorber (22; 24); - an electronic module fixed to the rigid structure, the shock-absorber (22; 24) consisting of a flexible cellular structure comprising a set of cells emerging in a main direction, and being secured to the rigid structure at a first end in the main direction, and linked to the deformable outer shell (21; 23) at a second end opposite the first in the main direction, the shock-absorber comprising a chimney emerging at both ends in the main direction, making it possible to discharge heat emitted by the electronic module out of the robot. - a rigid structure linked to the mobile robot, - a deformable outer shell (21; 23), and - a shock-absorber (22; 24); - an electronic module fixed to the rigid structure,
A method for operating a transmit end of a wireless communication system, the method comprising: determining Receive (Rx) beamforming capability information of a receive end; receiving channel information on at least one Transmit (Tx) beam pattern from the receive end; determining at least one Tx beam pattern for transmitting a signal to the receive end, based on the Receive (Rx) beamforming capability information of the receive end and the channel information on the at least one Tx beam pattern; and transmitting a signal to the receive end using the at least one Tx beam pattern, wherein the Rx beamforming capability information comprises at least one of: concurrent usability or non-usability of a plurality of Rx beams, the number of Rx beams concurrently usable by the receive end, and the number of multiple antenna streams usable by the receive end. determining Receive (Rx) beamforming capability information of a receive end; receiving channel information on at least one Transmit (Tx) beam pattern from the receive end; determining at least one Tx beam pattern for transmitting a signal to the receive end, based on the Receive (Rx) beamforming capability information of the receive end and the channel information on the at least one Tx beam pattern; and transmitting a signal to the receive end using the at least one Tx beam pattern, wherein the Rx beamforming capability information comprises at least one of: concurrent usability or non-usability of a plurality of Rx beams, the number of Rx beams concurrently usable by the receive end, and the number of multiple antenna streams usable by the receive end.
A method for the writing (S9, S11) of operating data by a writing system (1, 2) to data carriers within the framework of a manufacture of the data carriers, wherein the operating data are initialization data and/or personalization data, wherein the writing system (1, 2) comprises a central station and several distribution stations connected to the central station, and wherein several of the data carriers are connected to at least one of the distribution stations, comprising: a sending of the operating data from the central station via the at least one distribution station to one of the several data carriers, wherein for the data carrier an individual addressing is generated (S4, S5), via which the data carrier can be uniquely addressed writing-system-wide upon writing (S9, S11) the operating data, and the operating data are forwarded from the central station via the distribution station to the data carrier in accordance with a uniform communication protocol, wherein in this communication protocol the writing-system-wide unique addressing is used throughout. a sending of the operating data from the central station via the at least one distribution station to one of the several data carriers, wherein for the data carrier an individual addressing is generated (S4, S5), via which the data carrier can be uniquely addressed writing-system-wide upon writing (S9, S11) the operating data, and the operating data are forwarded from the central station via the distribution station to the data carrier in accordance with a uniform communication protocol, wherein in this communication protocol the writing-system-wide unique addressing is used throughout.
An item of upholstered furniture having a frame of the item of upholstered furniture, a backrest, at least one seat element having a seat surface, wherein either at least one seat element may be advanced and retracted relative to the rest of the upholstered furniture or wherein the item of upholstered furniture, alternatively or in addition to the displaceable seat element, comprises at least one long-chair seat element, and at least one long-chair seat element may be advanced and retracted relative to the rest of the item of upholstered furniture, wherein a fill element is provided, which may be displaced between an at least essentially horizontal position and an at least essentially vertical position, in which it is positioned in the backrest, wherein a guide is provided, which guides the fill element on the rest of the item of upholstered furniture, characterized in that the guide comprises two guide tracks and the guide tracks each have an at least essentially horizontal region and an at least essentially vertical region and on the fill element guide rollers are positioned, which roll over the guide tracks.
A device assembly applied to a mobile terminal comprising a fingerprint assembly, the fingerprint assembly comprising: a fingerprint tray electrically connected to a ground of a circuit board of the mobile terminal; a fingerprint module disposed on the fingerprint tray; a conductive assembly; an interface; and an insulating layer, characterized in that: the conductive assembly is disposed between the fingerprint tray and the fingerprint module, the fingerprint module is connected to the ground of the circuit board of the mobile terminal by the conductive assembly and the fingerprint tray, and the insulating layer is disposed between the interface and the fingerprint tray. a fingerprint tray electrically connected to a ground of a circuit board of the mobile terminal; a fingerprint module disposed on the fingerprint tray; a conductive assembly; an interface; and an insulating layer, characterized in that: the conductive assembly is disposed between the fingerprint tray and the fingerprint module, the fingerprint module is connected to the ground of the circuit board of the mobile terminal by the conductive assembly and the fingerprint tray, and the insulating layer is disposed between the interface and the fingerprint tray.
A system for processing recirculation air discharged from an aircraft cabin, the system comprising: - a recirculation air supply line being connectable to the aircraft cabin so as to allow a flow of recirculation air discharged from the aircraft cabin therethrough, and characterized by further comprising: - an absorber connected to the recirculation air supply line and being adapted to remove CO 2 from the recirculation air flowing through the recirculation air supply line by absorption of CO 2 in a liquid absorption medium, - a recirculation air discharge line connected to the absorber and being connectable to the aircraft cabin so as to allow a flow of absorption treated recirculation air exiting the absorber to the aircraft cabin, and - an air processing device disposed in the recirculation air discharge line, being connected to an O 2 -source and being adapted to enrich the recirculation air exiting the absorber with O 2. - a recirculation air supply line being connectable to the aircraft cabin so as to allow a flow of recirculation air discharged from the aircraft cabin therethrough, - an absorber connected to the recirculation air supply line and being adapted to remove CO 2 from the recirculation air flowing through the recirculation air supply line by absorption of CO 2 in a liquid absorption medium, - a recirculation air discharge line connected to the absorber and being connectable to the aircraft cabin so as to allow a flow of absorption treated recirculation air exiting the absorber to the aircraft cabin, and - an air processing device disposed in the recirculation air discharge line, being connected to an O 2 -source and being adapted to enrich the recirculation air exiting the absorber with O 2.
A polypeptide consisting of the amino acid sequence: ProLysProGluXaa 1 ProGlyXaa 2 AspAlaSerXaa 3 GluGluXaa 4 Xaa 5 Xaa 6 TyrTyrAlaXaa 7 LeuArgXaa 8 TyrXaa 9 AsnTrpXaa 10 ThrArgGlnArgTyr-NH 2 (SEQ ID NO:2) or a salt thereof, wherein: Xaa 1 is Ala, His, or Ser; Xaa 2 is Glu or Lys; Xaa 3 is Pro or Ala; Xaa4 is Leu or Trp; Xaa 5 is Asn, Ala, or Thr; Xaa 6 is Arg or Lys; Xaa 7 is Ser, Asp, or Ala; Xaa 8 is His or Lys; Xaa 9 is Leu or Ile; and Xaa 10 is Val or Leu. Xaa 1 is Ala, His, or Ser; Xaa 2 is Glu or Lys; Xaa 3 is Pro or Ala; Xaa4 is Leu or Trp; Xaa 5 is Asn, Ala, or Thr; Xaa 6 is Arg or Lys; Xaa 7 is Ser, Asp, or Ala; Xaa 8 is His or Lys; Xaa 9 is Leu or Ile; and Xaa 10 is Val or Leu.