mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling delivery of a machine type communication, MTC, group message in an MTC interworking function, MTC-IWF,, wherein the method comprises: receiving a request message from a services capability server, SCS,, wherein the request message includes a group identification, and the SCS requests to transmit a message to user equipments, UEs, within the group; transmitting a policy information request to a policy and charging rules function, PCRF,, which includes the identification for the group and a request to the PCRF for a policy that defines at least one restriction for message delivery of the group; receiving a reply for the policy information request from the PCRF, the reply including the at least one restriction for message delivery of the group, the at least one restriction including a relay mode of the group message indicating whether the group message is relayed through a gateway or a primary UE; and controlling the message delivery to the group according to the at least one restriction for message delivery defined by the policy. receiving a request message from a services capability server, SCS,, wherein the request message includes a group identification, and the SCS requests to transmit a message to user equipments, UEs, within the group; transmitting a policy information request to a policy and charging rules function, PCRF,, which includes the identification for the group and a request to the PCRF for a policy that defines at least one restriction for message delivery of the group; receiving a reply for the policy information request from the PCRF, the reply including the at least one restriction for message delivery of the group, the at least one restriction including a relay mode of the group message indicating whether the group message is relayed through a gateway or a primary UE; and controlling the message delivery to the group according to the at least one restriction for message delivery defined by the policy.
Device for determining the volume portion of at least one component of a multi-phase medium on the basis of the transit time of an electromagnetic desired signal emitted in the multi-phase medium, having at least one transmitting device for emitting the desired signal into the multi-phase medium, having at least one receiving device for receiving the desired signal and with an evaluation unit for determining the transit time of the desired signal between the transmitting device and the receiving device, characterized in that at least one polarization device (8, 9) is arranged between the transmitting device and the receiving device, the desired signal is emitted at least indirectly by the transmitting device through the multi-phase medium to the polarization device (8, 9), the polarization device (8, 9) is designed to influence the desired signal in its polarization and to emit the desired signal influenced in its polarization at least indirectly from the polarization device (8, 9) to the receiving device, wherein the receiving device is designed to receive the desired signal influenced in its polarization and the evaluation unit is designed to evaluate a received entire signal vectorially in view of the polarization of the received desired signal in order to differentiate the received desired signal from other signals of the received overall signal.
Method of repairing a variable guide vane for a gas turbine, wherein filler material is applied to the variable guide vane by material application as part of the method, wherein the material is applied by laser beam build-up welding, wherein the filler material is in the form of a powder, characterised in that the powder particle sizes of the filler material is in a range of from 5 to 150 μm, wherein a plurality of material layers is applied to the variable guide vane in succession, and wherein, between applying two material layers to the variable guide vane, at least one material layer is applied to at least one further variable guide vane.
A method for tracking a reference picture in a decoded picture buffer and decoding a video bitstream comprising: receiving a buffer description of decoded reference pictures from said video bitstream, wherein each decoded reference picture is associated with a picture order count value, wherein the picture order count values of decoded reference pictures are ordered in a plurality of sets, each set having a range [0..MaxPOC-1] of POC values, and a particular value of MaxPOCSetIndex corresponds to a particular set of [0..MaxPOC-1] values, wherein MaxPOC is a unique integer value; wherein said buffer description includes a poc cycle parameter for one set of long term reference pictures, and said poc cycle parameter is used to calculate a picture order count for said decoded long term reference pictures; identifying said decoded reference pictures of a current picture from a decoded picture buffer, based on said poc cycle parameter; determining whether a transition has occurred between picture sets when a predetermined maximum number of pictures in the set is decoded; modifying the poc cycle parameter if the transition has occurred; decoding said current picture using inter-frame prediction based on said decoded reference pictures; and buffering said decoded picture in said decoded picture buffer for prediction, wherein the poc cycle parameter for the reference picture is a distance between the MaxPOCSetIndex of the reference picture and the MaxPOCSetIndex of the picture being decoded. receiving a buffer description of decoded reference pictures from said video bitstream, wherein each decoded reference picture is associated with a picture order count value, wherein the picture order count values of decoded reference pictures are ordered in a plurality of sets, each set having a range [0..MaxPOC-1] of POC values, and a particular value of MaxPOCSetIndex corresponds to a particular set of [0..MaxPOC-1] values, wherein MaxPOC is a unique integer value; wherein said buffer description includes a poc cycle parameter for one set of long term reference pictures, and said poc cycle parameter is used to calculate a picture order count for said decoded long term reference pictures; identifying said decoded reference pictures of a current picture from a decoded picture buffer, based on said poc cycle parameter; determining whether a transition has occurred between picture sets when a predetermined maximum number of pictures in the set is decoded; modifying the poc cycle parameter if the transition has occurred; decoding said current picture using inter-frame prediction based on said decoded reference pictures; and buffering said decoded picture in said decoded picture buffer for prediction, wherein the poc cycle parameter for the reference picture is a distance between the MaxPOCSetIndex of the reference picture and the MaxPOCSetIndex of the picture being decoded.
A support roller rack of a conveyor belt system, which comprises a plurality of support roller racks arranged in series and supporting a conveyor belt on support rollers (18, 19, 20, 30), wherein preferably in each case at least four support rollers (18, 19, 20, 30) arranged in a trough-like manner relative to one another are held rotatably and replaceably in at least one of said support roller racks and are supported by means of the ends of their respective axle in elongate guiding and retaining slits (11, 12, 15, 16, 26, 27) formed in the respective support roller rack and having an insertion opening at one end, wherein at least one first and one second support roller (20, 30) are arranged centrally and aligned substantially horizontally at a distance from one another in the at least one support roller rack, on a pivot frame supported centrally in the at least one support roller rack so as to be pivotable about a pivoting axle extending transversely to the longitudinal direction of the conveyor belt, and in each case at least one third and one fourth support roller (18, 19) are arranged laterally and opposite one another on the pivot frame each in an orientation sloping upward toward the edge of the at least one support roller rack, characterized in that at least the support rollers (20, 30) arranged in the pivot frame are driven electrically and comprise a dedicated electric drive formed inside the support rollers (20, 30), and in that at least the axle ends of the at least first and second support rollers (20, 30) are supported in guiding and retaining slits (26, 27), which each accommodate one axle end of a support roller (20, 30), which are formed and arranged in the pivot frame so as to be aligned with the longitudinal extent thereof, starting from the insertion opening, at least substantially parallel to the longitudinal direction of the conveyor belt, so that the support rollers (20, 30) can be drawn out of the respective guiding and retaining slit (26, 27) and can be inserted therein without the resting conveyor belt having to be raised.
A base station of a wireless communication system, said base station (10, 30) being arranged to simultaneously provide different transmission system instances (11-14, 31) as a plurality of software-implemented virtual base station, each transmission system instance (11-14, 31) being independently and dynamically configurable, and each transmission system instance (11-14, 31) providing a functionality with a control plane, a user plane, and a corresponding protocol hierarchy, the base station further comprising a manager configured tao instantiate a new virtual base station and to provide full control over the instantiated virtual base stations to different communication service providers.
An ignition powder composition for an igniter (1,14,23), comprising: metal hydride; tungsten powder; and perchlorate. metal hydride; tungsten powder; and perchlorate.
A power supply circuit for an electric motor, the circuit comprising a plurality of inverter bridge arms, each having means for connection to a respective winding of the motor, wherein each inverter bridge arm comprises in series a first insulated gate bipolar transistor and a junction field effect transistor that are connected to a controller, and wherein the circuit includes a second insulated gate bipolar transistor connected in series with each field effect transistor and connected to the controller, and a damping resistor connected in parallel with the second bipolar transistor.
An optical fingerprint apparatus, wherein the optical fingerprint apparatus is configured to be disposed under a display screen of an electronic device, and the optical fingerprint apparatus comprises: an optical fingerprint chip configured to receive a fingerprint detecting signal, wherein the fingerprint detecting signal is used to detect fingerprint information of a finger; a filter structure, wherein the filter structure is deposited or sputtered on the optical fingerprint chip, the optical fingerprint chip serving as a support structure of the filter structure, and a thickness of the filter structure being less than or equal to 20μm; and a light directing component and a light shielding layer prepared on the filter structure, wherein the light directing component comprises a micro-lens array. an optical fingerprint chip configured to receive a fingerprint detecting signal, wherein the fingerprint detecting signal is used to detect fingerprint information of a finger; a filter structure, wherein the filter structure is deposited or sputtered on the optical fingerprint chip, the optical fingerprint chip serving as a support structure of the filter structure, and a thickness of the filter structure being less than or equal to 20μm; and a light directing component and a light shielding layer prepared on the filter structure, wherein the light directing component comprises a micro-lens array.
An aircraft cable tray comprising a profile section which comprises two lateral walls (27,28) running parallel to a retention lateral plane, each lateral wall (27,28) having an external face and an internal face, this profile section delimiting at least one cable guiding channel (2,3) running parallel to the retention lateral plane, this aircraft cable tray being characterized in that it comprises: - a lateral lip projecting from the external face of one lateral wall (24,28) of the profile section, this lateral lip comprising: a fixing through-orifice; an upper bearing surface juxtaposed with the fixing through-orifice; a lower bearing surface juxtaposed with the fixing through-orifice; - a cable retention device comprising: a base equipped with a leg inserted into the fixing through-orifice and comprising stop surfaces (18,20) positioned against the lower bearing surface and against the upper bearing surface; a piston comprising a rod that can be immobilized with respect to the base, this rod being equipped at one of its ends with a foot positioned in the cable guide channel (2,3). - a lateral lip projecting from the external face of one lateral wall (24,28) of the profile section, this lateral lip comprising: a fixing through-orifice; an upper bearing surface juxtaposed with the fixing through-orifice; a lower bearing surface juxtaposed with the fixing through-orifice; - a cable retention device comprising: a base equipped with a leg inserted into the fixing through-orifice and comprising stop surfaces (18,20) positioned against the lower bearing surface and against the upper bearing surface; a piston comprising a rod that can be immobilized with respect to the base, this rod being equipped at one of its ends with a foot positioned in the cable guide channel (2,3).
A communications method, comprising: receiving, by a user equipment, UE, first information from a network device, wherein the first information comprises information which indicates a first time domain offset, wherein the first time domain offset is a minimum time domain offset; receiving, by the UE, first downlink control information, DCI, wherein the first DCI comprises a time domain resource assignment field; determining, by the UE, based on the time domain resource assignment field, a second time domain offset of a downlink data channel scheduled by the first DCI, wherein the first time domain offset is smaller or equal than the second time domain offset; receiving, by the UE, based on the second time domain offset, the downlink data channel. receiving, by a user equipment, UE, first information from a network device, wherein the first information comprises information which indicates a first time domain offset, wherein the first time domain offset is a minimum time domain offset; receiving, by the UE, first downlink control information, DCI, wherein the first DCI comprises a time domain resource assignment field; determining, by the UE, based on the time domain resource assignment field, a second time domain offset of a downlink data channel scheduled by the first DCI, wherein the first time domain offset is smaller or equal than the second time domain offset; receiving, by the UE, based on the second time domain offset, the downlink data channel.
A monitoring system for monitoring a piece of aircraft equipment, the system comprising a master electronic module and a slave electronic module, each fitted with first wireless communication means for communicating with each other, the slave electronic module further comprising measurement means including a sensor for the purpose of taking measurements of a parameter of the aircraft equipment, and power supply means making the slave electronic module independent in terms of energy, the system being characterized in that the master electronic module further comprises detector means adapted to detect a stage of flight in which the aircraft is to be found, and control means for acting via the first wireless communication means to control the measurement means of the slave electronic module so as to adapt the measurements taken by the measurement means to the detected stage of flight.
Delta robot comprising a robot base, an end effector carrier which can be positioned in space, and three parallelogram joint arrangements (4.1, 4.2, 4.3) which connect the end effector carrier to the robot base and are designed to connect the end effector carrier adjustably relative to the rotor base while maintaining its orientation in space, wherein each parallelogram joint arrangement (4.1, 4.2, 4.3) can be adjusted in a manner driven by means of a motor (M1, M2, M3) in order to automatically move the end effector carrier, wherein each motor (M1, M2, M3) can be braked by means of a brake (B1, B2, B3) in order to automatically stop the end effector carrier and/or to hold the end effector carrier in its current position, wherein the end effector carrier has at least one input means which is connected in terms of control to the brakes (B1, B2, B3) and is designed to release the brakes (B1, B2, B3) in an actuated switching state of the input means in such a way that the end effector carrier is manually adjustable, characterized in that the end effector carrier has a housing with a hollow interior, wherein the at least one input means is electrically contacted within the hollow interior of the housing of the end effector carrier and wherein an electrical line is connected to the at least one input means and is guided via a line passage formed on the housing of the end effector carrier, the line passage comprising a strain-relief grommet, out of the interior of the housing to outside the housing of the end effector carrier. wherein the end effector carrier has at least one input means which is connected in terms of control to the brakes (B1, B2, B3) and is designed to release the brakes (B1, B2, B3) in an actuated switching state of the input means in such a way that the end effector carrier is manually adjustable, characterized in that the end effector carrier has a housing with a hollow interior, wherein the at least one input means is electrically contacted within the hollow interior of the housing of the end effector carrier and wherein an electrical line is connected to the at least one input means and is guided via a line passage formed on the housing of the end effector carrier, the line passage comprising a strain-relief grommet, out of the interior of the housing to outside the housing of the end effector carrier.
A scrambling method of a device supporting a device-to-device communication, the method comprising: acquiring a preconfigured value; determining a first initial value of a first scrambling sequence for the device-to-device communication based on the preconfigured value; generating the first scrambling sequence using the first initial value; encoding information into a bit block; performing a scrambling of the bit block with the first scrambling sequence; and performing a modulation on the scrambled bit block, wherein the preconfigured value is an arbitrary integer from 504 to 511. acquiring a preconfigured value; determining a first initial value of a first scrambling sequence for the device-to-device communication based on the preconfigured value; generating the first scrambling sequence using the first initial value; encoding information into a bit block; performing a scrambling of the bit block with the first scrambling sequence; and performing a modulation on the scrambled bit block, wherein the preconfigured value is an arbitrary integer from 504 to 511.
A computer-implemented method, comprising: rendering an interactive interface for display on a display device; receiving a virtual skeleton including a plurality of joints, the virtual skeleton providing a machine readable representation of a user observed with a depth camera; and identifying a two-handed tracing gesture of the user via the virtual skeleton, characterized in the two-handed tracing gesture being one of a plurality of different recognizable two-handed tracing gestures to select respective actions executable within the interactive interface, each of the different recognizable two-handed tracing gestures including the two hands of the user tracing different portions of a same traced shape (82, 84, 86, 88, 90, 92), the portions starting from a ready posture with left hand and right hand held together and ending at an ending position of the two hands which is based on a predetermined ending position of each hand, each traced shape being associated with a different action executable within the interactive interface. rendering an interactive interface for display on a display device; receiving a virtual skeleton including a plurality of joints, the virtual skeleton providing a machine readable representation of a user observed with a depth camera; and identifying a two-handed tracing gesture of the user via the virtual skeleton, characterized in the two-handed tracing gesture being one of a plurality of different recognizable two-handed tracing gestures to select respective actions executable within the interactive interface, each of the different recognizable two-handed tracing gestures including the two hands of the user tracing different portions of a same traced shape (82, 84, 86, 88, 90, 92), the portions starting from a ready posture with left hand and right hand held together and ending at an ending position of the two hands which is based on a predetermined ending position of each hand, each traced shape being associated with a different action executable within the interactive interface.
A sample preparation device, comprising a reservoir member having a sample reservoir, a column extending axially from said reservoir, and an outlet positioned on said column and spaced from and in fluid communication with said sample reservoir, and a filtration device attached to said reservoir member, said filtration device comprising side walls, a filtrate collection chamber, one or more filtration membranes (12A, 12B) arranged on said sidewalls and spaced from each other and sealingly positioned between said sample reservoir and said filtrate collection chamber, a retentate chamber defining a dead-stop volume below said filtration membranes (12A, 12B), wherein said outlet of said reservoir member is positioned in said dead-stop volume.