mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a network node, the method comprising: the network node receiving data indicating that a wireless transmit/receive unit, WTRU, is operating on a first channel using a radio access technology, RAT; the network node determining, based on the RAT being used by the WTRU, that the WTRU should move to a second channel prior to a quiet period on the first channel; determining a start time for the quiet period based on a radio characteristic of a radio access network on which the WTRU is operating; and the network node sending a command to the WTRU, the command indicating that the WTRU should move to the second channel, and the command being based at least in part on the start time for the quiet period. the network node receiving data indicating that a wireless transmit/receive unit, WTRU, is operating on a first channel using a radio access technology, RAT; the network node determining, based on the RAT being used by the WTRU, that the WTRU should move to a second channel prior to a quiet period on the first channel; determining a start time for the quiet period based on a radio characteristic of a radio access network on which the WTRU is operating; and the network node sending a command to the WTRU, the command indicating that the WTRU should move to the second channel, and the command being based at least in part on the start time for the quiet period.
A method, implemented by at least one processor device executing computer-executable instructions, for detecting an anatomical region of interest, comprising: identifying a plurality of objects in a medical image; selecting a subset of the objects by applying a morphology filter to the plurality of objects, wherein the morphology filter determines a morphological feature associated with each of the plurality of objects and excludes at least one object from the subset when the morphological feature of the at least one object exceeds a predetermined threshold; classifying the objects in the subset into one of a predetermined set of shapes; and detecting the anatomical region of interest based on the classified objects in the subset, characterized in that the morphological feature includes a depth of a convexity defect and the method further comprises: determining the depth (622;624;626) of the convexity defect based on a distance from the convexity defect to a convex hull enclosing a corresponding object. identifying a plurality of objects in a medical image; selecting a subset of the objects by applying a morphology filter to the plurality of objects, wherein the morphology filter determines a morphological feature associated with each of the plurality of objects and excludes at least one object from the subset when the morphological feature of the at least one object exceeds a predetermined threshold; classifying the objects in the subset into one of a predetermined set of shapes; and detecting the anatomical region of interest based on the classified objects in the subset, characterized in that the morphological feature includes a depth of a convexity defect and the method further comprises: determining the depth (622;624;626) of the convexity defect based on a distance from the convexity defect to a convex hull enclosing a corresponding object.
Simulator for a training of a windlass leader at a windlass, in particular of a helicopter, with a training box which comprises: a windlass-replica with a windlass rope, wherein the windlass rope is formed as an endless rope which is guided in the training box via a plurality of guide rollers (11 - 14), wherein a drive for at least one of the guide rollers (11 - 14) is provided, a platform for the windlass leader for actuating the windlass rope, and a representation device for outputting a simulated visual representation when actuating the windlass rope, wherein the windlass-replica comprises two reels (9, 10) on which the windlass rope can be rolled up and rolled down, wherein a drive for each of the reels (9, 10) is provided, wherein the drives are configured to set different rope tensions of the windlass rope during the training in the training box. a windlass-replica with a windlass rope, wherein the windlass rope is formed as an endless rope which is guided in the training box via a plurality of guide rollers (11 - 14), wherein a drive for at least one of the guide rollers (11 - 14) is provided, a platform for the windlass leader for actuating the windlass rope, and a representation device for outputting a simulated visual representation when actuating the windlass rope, wherein the windlass-replica comprises two reels (9, 10) on which the windlass rope can be rolled up and rolled down, wherein a drive for each of the reels (9, 10) is provided, wherein the drives are configured to set different rope tensions of the windlass rope during the training in the training box.
A method for monitoring gases (GG, GG') produced in an insulating medium circuit (IM, IM'), wherein the insulating medium circuit (IM, IM') is in contact with a transition resistor of an on-load tap-changer, and wherein - a time profile of a resistor temperature of the transition resistor during a loading time period is ascertained, - at least one characteristic value for characterizing the gases (GG, GG') produced is determined from the time profile of the resistor temperature. - a time profile of a resistor temperature of the transition resistor during a loading time period is ascertained, - at least one characteristic value for characterizing the gases (GG, GG') produced is determined from the time profile of the resistor temperature.
Acoustic attenuating device for compressor, comprising: a hollow body having at least one input port, at least one output channel and at least one output port disposed in the at least one output channel; said hollow body defining at least two acoustic chambers (A, A'), which are defined by at least one intermediate body; said intermediate body being shaped by a platform that has a connection channel capable of providing fluid communication between the at least two acoustic chambers (A, A'); said connection channel being built by at least two sub-channels (26a, 26b); wherein at least one among the at least two sub-channels (26a, 26b) accommodate, at least partially, the output channel; the acoustic attenuating device being characterized by comprising at least one blocking means disposed between the at least two sub-channels (26a, 26b) and the output channel; wherein the blocking means comprises a sealing element capable of blocking the flow of liquid flow between the internal side of the at least two sub-channels (26a, 26b) and the external side of the output channel. a hollow body having at least one input port, at least one output channel and at least one output port disposed in the at least one output channel; said hollow body defining at least two acoustic chambers (A, A'), which are defined by at least one intermediate body; said intermediate body being shaped by a platform that has a connection channel capable of providing fluid communication between the at least two acoustic chambers (A, A'); said connection channel being built by at least two sub-channels (26a, 26b); wherein at least one among the at least two sub-channels (26a, 26b) accommodate, at least partially, the output channel; the acoustic attenuating device being characterized by comprising at least one blocking means disposed between the at least two sub-channels (26a, 26b) and the output channel; wherein the blocking means comprises a sealing element capable of blocking the flow of liquid flow between the internal side of the at least two sub-channels (26a, 26b) and the external side of the output channel.
An adapter for connecting an embedded system, namely a motor vehicle control device, to a workstation (RCP, PC), comprising a standard interface, a first partial circuit, and a second partial circuit, the first partial circuit being set up for communicating with the workstation (RCP, PC) via the standard interface by means of a standard protocol, the first partial circuit being connected to the second partial circuit via an internal interface, the second partial circuit comprising a programmable calculating block configured for providing at least one elementary function from an overall set of elementary functions able to be invoked via the internal interface by means of a call, the first partial circuit being set up for translating one or more values received via the internal interface into a protocol format of the standard protocol, the second partial circuit being able to be connected to the embedded system via an individual interface, and the second partial circuit comprising a memory writeable by the user in which binary code of the programmable calculating block can be saved, characterized in that the first partial circuit comprises a programmable logic device and a non-volatile memory in which a fixed configuration of the programmable logic device is saved, wherein the first partial circuit is set up for translating a protocol functionality from a plurality of supported protocol functionalities requested in the standard protocol via the standard interface into the call of one or more elementary functions from a predefined overall set of elementary functions, and in that the second partial circuit is implemented separately from the first partial circuit, wherein the second partial circuit as a calculating block comprises an independent, programmable logic device and/or a microcontroller, wherein the memory writeable by the user comprises a logic configuration and/or program instructions for providing the at least one elementary function from the overall set of elementary functions, wherein the adapter comprises at least two boards, at least one flexible conductor being disposed between the same, wherein the first partial circuit is implemented on the first board and the second partial circuit is implemented on the second board.
A mountain bike shoe sole (10, 110), comprising an outsole (20, 120) having a lower surface and a tread (30, 130), at least a recessed area (40, 140), provided in said lower surface of said outsole (20, 120) and recessed with respect thereof, such recessed area (40, 140) being for housing a cleat assembly and comprising an inner surface and lateral walls, wherein said sole (10, 110) further comprises at least one ramp (50, 150, 52, 152) which has a sloped surface with respect of said inner surface and of said lower surface of said outsole (20, 120), wherein said at least one ramp includes a first ramp (50, 150) placed at a fore position with respect to said inner surface for an easy access of an engagement mechanism of a clipless pedal in said recessed area (40, 140) and a second ramp (52, 152) placed at a rear position with respect to said inner surface for an easy exit of an engagement mechanism of a clipless pedal, characterized in that said first ramp has lateral sides (50c, 50d), in connection with said lateral walls of said recessed area, which are substantially perpendicular to said lower surface of the sole (10, 110).
An information transmission method, comprising: determining, by a base station, that a receiving bandwidth of first User Equipment, UE, is smaller than a system bandwidth; and transmitting, by the base station, downlink data to the first UE within the receiving bandwidth of the first UE according to a preset Radio Frame, RF, preset subframes and preset time-domain and frequency-domain resources, wherein a preset frequency-domain resources position comprises: a central frequency-domain position of the system bandwidth in at least one of subframes 0 and 5 and preset positions of the other subframes in subframe positions, wherein the preset positions are determined by the indication information or a preset frequency hopping pattern. determining, by a base station, that a receiving bandwidth of first User Equipment, UE, is smaller than a system bandwidth; and transmitting, by the base station, downlink data to the first UE within the receiving bandwidth of the first UE according to a preset Radio Frame, RF, preset subframes and preset time-domain and frequency-domain resources, wherein a preset frequency-domain resources position comprises: a central frequency-domain position of the system bandwidth in at least one of subframes 0 and 5 and preset positions of the other subframes in subframe positions, wherein the preset positions are determined by the indication information or a preset frequency hopping pattern.
Louvre luminaire (11; 31), - comprising a plurality of reflector cells (12; 32), which each have a neck opening (15; 35) and a light-exit opening (16; 36), and - comprising a plurality of semiconductor light sources in the region of the respectively associated neck opening (15; 35), wherein exactly one semiconductor light source is assigned to each reflector cell (12; 32); - wherein the lateral positions of the associated semiconductor light sources in relation to the associated neck openings (15; 35) differ for at least two of the reflector cells (12; 32) - and wherein a set (G1-G9) of the different lateral positions occurring in the reflector cells (12; 32) has a regular arrangement. - comprising a plurality of reflector cells (12; 32), which each have a neck opening (15; 35) and a light-exit opening (16; 36), and - comprising a plurality of semiconductor light sources in the region of the respectively associated neck opening (15; 35), wherein exactly one semiconductor light source is assigned to each reflector cell (12; 32); - wherein the lateral positions of the associated semiconductor light sources in relation to the associated neck openings (15; 35) differ for at least two of the reflector cells (12; 32) - and wherein a set (G1-G9) of the different lateral positions occurring in the reflector cells (12; 32) has a regular arrangement.
A plurality of tape agents, comprising: an autonomous master wireless tape agent comprising a first wireless communications interface type operative to communicate over a wireless communications link with an associated secondary wireless agent, the autonomous master wireless tape agent corresponding to a child node in a wireless agent hierarchy; and the secondary wireless agent comprising a second wireless communications interface type that has a longer wireless communications range than a wireless communications range of the first wireless communications interface type, the secondary wireless agent corresponding to a parent node in the wireless agent hierarchy, wherein the master wireless tape agent governs the wireless communications link and traffic between the master wireless tape agent and the secondary wireless agent, the master wireless tape agent is operative to schedule a designated time slot for each secondary wireless agent transmission, and the secondary wireless agent is operative to synchronize its transmit and receive timing with that of the master wireless tape agent and respond to requests received from the master wireless tape agent. an autonomous master wireless tape agent comprising a first wireless communications interface type operative to communicate over a wireless communications link with an associated secondary wireless agent, the autonomous master wireless tape agent corresponding to a child node in a wireless agent hierarchy; and the secondary wireless agent comprising a second wireless communications interface type that has a longer wireless communications range than a wireless communications range of the first wireless communications interface type, the secondary wireless agent corresponding to a parent node in the wireless agent hierarchy, wherein the master wireless tape agent governs the wireless communications link and traffic between the master wireless tape agent and the secondary wireless agent, the master wireless tape agent is operative to schedule a designated time slot for each secondary wireless agent transmission, and the secondary wireless agent is operative to synchronize its transmit and receive timing with that of the master wireless tape agent and respond to requests received from the master wireless tape agent.
A battery accommodating device, comprising: an outer insertion-connected assembly comprising first and second outer insertion-connected components (11, 12) opposed to and spaced from each other in a right and left direction; an inner insertion-connected assembly disposed between the first and second outer insertion-connected components (11,12) in the right and left direction, and comprising first and second inner insertion-connected components (21, 22) and a chamber configured to accommodate a battery wherein each of the first and second outer insertion-connected components (11,12) is fitted with adjacent the first and second inner insertion-connected components (21,22) via a sliding rail structure, characterized in that the first and second inner insertion-connected components (21, 22) are staggerly arranged with each other in a front and rear direction and in that the chamber is defined between the inner insertion-connected component of the inner insertion-connected assembly and adjacent one of the first and second outer insertion-connected components (11, 12). an outer insertion-connected assembly comprising first and second outer insertion-connected components (11, 12) opposed to and spaced from each other in a right and left direction; an inner insertion-connected assembly disposed between the first and second outer insertion-connected components (11,12) in the right and left direction, and comprising first and second inner insertion-connected components (21, 22) and a chamber configured to accommodate a battery wherein each of the first and second outer insertion-connected components (11,12) is fitted with adjacent the first and second inner insertion-connected components (21,22) via a sliding rail structure, characterized in that the first and second inner insertion-connected components (21, 22) are staggerly arranged with each other in a front and rear direction and in that the chamber is defined between the inner insertion-connected component of the inner insertion-connected assembly and adjacent one of the first and second outer insertion-connected components (11, 12).
A tyre comprising: a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the main grooves comprising a crown main groove located on a same side with respect to the at least one crown land portion as a tyre equator, the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion, each of the crown lateral grooves, in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion, wherein the main portion has a width enlarging from the sipe portion, the main portion has a depth smaller than depths of the main grooves, and the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, characterized in that the crown main groove comprises first groove elements inclined with respect to the tyre circumferential direction, and second groove elements inclined with respect to the tyre circumferential direction at a greater angle than that of the first groove elements, and the first groove elements and the second groove elements are alternated in the tyre circumferential direction. a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the main grooves comprising a crown main groove located on a same side with respect to the at least one crown land portion as a tyre equator, the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion, each of the crown lateral grooves, in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion, wherein the main portion has a width enlarging from the sipe portion, the main portion has a depth smaller than depths of the main grooves, and the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, characterized in that the crown main groove comprises first groove elements inclined with respect to the tyre circumferential direction, and second groove elements inclined with respect to the tyre circumferential direction at a greater angle than that of the first groove elements, and the first groove elements and the second groove elements are alternated in the tyre circumferential direction.
A Power Over Data Lines, PoDL, system comprising: Power Source Equipment, PSE, coupled to a Powered Device, PD, via a wire pair, wherein differential data signals and DC power are transmitted over the same wire pair; a memory circuit in the PSE that stores information identifying PoDL power requirements for the PD for powering the PD over the wire pair, wherein the information stored in the memory is from an earlier handshaking routine for PoDL or is pre-loaded by a manufacturer, wherein a handshaking routine for PoDL consists in a low power/voltage signal being generated by the PSE on the wire pair and the PD responding in a characteristic way to identify to the PSE that the PD is PoDL compatible, called a detection routine, as well as to identify power and power requirements, called a classification routine, wherein the PSE contains a PSE controller, and wherein, when the PSE is powered up and the PD is disconnected from the PSE, then the same PD or a replacement PD of the same type is connected and powered up to the PSE, or the PD is powered down and then powered up and a PD load resistance across the wire pair has been continuously equal or below a maintain power signature resistor value, the PSE controller is configured to access the information stored in the memory and, based on the information, control the PSE to supply the power to the wire pair to power the respective PD without performing the handshaking routine. Power Source Equipment, PSE, coupled to a Powered Device, PD, via a wire pair, wherein differential data signals and DC power are transmitted over the same wire pair; a memory circuit in the PSE that stores information identifying PoDL power requirements for the PD for powering the PD over the wire pair, wherein the information stored in the memory is from an earlier handshaking routine for PoDL or is pre-loaded by a manufacturer, wherein a handshaking routine for PoDL consists in a low power/voltage signal being generated by the PSE on the wire pair and the PD responding in a characteristic way to identify to the PSE that the PD is PoDL compatible, called a detection routine, as well as to identify power and power requirements, called a classification routine, wherein the PSE contains a PSE controller, and wherein, when the PSE is powered up and the PD is disconnected from the PSE, then the same PD or a replacement PD of the same type is connected and powered up to the PSE, or the PD is powered down and then powered up and a PD load resistance across the wire pair has been continuously equal or below a maintain power signature resistor value, the PD is disconnected from the PSE, then the same PD or a replacement PD of the same type is connected and powered up to the PSE, or the PD is powered down and then powered up and a PD load resistance across the wire pair has been continuously equal or below a maintain power signature resistor value, the PSE controller is configured to access the information stored in the memory and, based on the information, control the PSE to supply the power to the wire pair to power the respective PD without performing the handshaking routine.