mhurhangee/ep-ind-claims huggingface dataset:
An audio processing apparatus comprising: an acquisition unit configured to acquire metadata including position information indicative of a position of an audio object and sound image information configured from a vector of three dimensions and representative of an extent of a sound image from the position; a vector calculation unit configured to: determine a three-dimensional vector representative of the position (p) of the audio object, wherein a start point of the three-dimensional vector is the origin in a three-dimensional coordinate system whose origin is given by a position of a user; and calculate, based on the three-dimensional vector and a ratio between a horizontal direction angle and a vertical direction angle of a region representative of the extent of the sound image determined by the sound image information, at least one spread vector (pi, i=1 to 18) indicative of a position in the region, wherein the number of spread vectors is determined in advance; and a gain calculation unit configured to calculate, based on the at least one spread vector, a gain of each of audio signals supplied to two or more sound outputting units positioned in the proximity of the position indicated by the position information. an acquisition unit configured to acquire metadata including position information indicative of a position of an audio object and sound image information configured from a vector of three dimensions and representative of an extent of a sound image from the position; a vector calculation unit configured to: determine a three-dimensional vector representative of the position (p) of the audio object, wherein a start point of the three-dimensional vector is the origin in a three-dimensional coordinate system whose origin is given by a position of a user; and calculate, based on the three-dimensional vector and a ratio between a horizontal direction angle and a vertical direction angle of a region representative of the extent of the sound image determined by the sound image information, at least one spread vector (pi, i=1 to 18) indicative of a position in the region, wherein the number of spread vectors is determined in advance; and determine a three-dimensional vector representative of the position (p) of the audio object, wherein a start point of the three-dimensional vector is the origin in a three-dimensional coordinate system whose origin is given by a position of a user; and calculate, based on the three-dimensional vector and a ratio between a horizontal direction angle and a vertical direction angle of a region representative of the extent of the sound image determined by the sound image information, at least one spread vector (pi, i=1 to 18) indicative of a position in the region, wherein the number of spread vectors is determined in advance; and a gain calculation unit configured to calculate, based on the at least one spread vector, a gain of each of audio signals supplied to two or more sound outputting units positioned in the proximity of the position indicated by the position information.
Method for managing the distribution of air in the passenger compartment of a motor vehicle, the passenger compartment comprising an air conditioning circuit equipped with a blower, with an air filter, with a conditioning exchanger designed to modify at least one physical characteristic of the air passing through the exchanger, in which method a forced circulation of air in the conditioning circuit and through the air filter by means of the blower is triggered if the driver of the vehicle actuates a first air conditioning control, characterized in that, if the driver of the vehicle actuates a second control separate from the first control, a closed-circuit forced circulation of air in the conditioning circuit, that passes through the air filter, is triggered for a predefined minimum duration specific to the second control and at a flow rate higher than during the actuation of the first conditioning control.
A method for producing artificial broken sand or crushed sand by means of thermal treatment using desert sand in the form of fine sand and/or round sand as the starting material, wherein the starting material is heated A) through the bundling of solar rays, and/or B) through the use of a conventional melting device which achieves its energy supply using converted or stored solar power, to a melting temperature, whereby a plurality of sand grains is melted together in each case to form a three-dimensional intermediate product, wherein the resulting intermediate product is cooled, and finally comminuted to a particle size of less than 2 mm, wherein an end product is produced which differs from the starting material with respect to the shape and surface roughness. A) through the bundling of solar rays, and/or B) through the use of a conventional melting device which achieves its energy supply using converted or stored solar power,
A method for supporting partition-aware routing in a multi-tenant cluster environment, comprising: supporting one or more tenants within the multi-tenant cluster environment; associating each of the one or more tenants with a partition of a plurality of partitions (110, 120, 130); associating each of the plurality of partitions with one or more nodes of a plurality of nodes (A501... H508), each of the plurality of nodes being associated with a leaf switch of a plurality of switches, the plurality of switches comprising a plurality of leaf switches (520, 521) and a plurality of switches at other levels (525, 535); generating one or more linear forwarding tables, the one or more linear forwarding tables providing isolation between the plurality of partitions; and wherein each of the plurality of nodes is associated with a partitioning order. supporting one or more tenants within the multi-tenant cluster environment; associating each of the one or more tenants with a partition of a plurality of partitions (110, 120, 130); associating each of the plurality of partitions with one or more nodes of a plurality of nodes (A501... H508), each of the plurality of nodes being associated with a leaf switch of a plurality of switches, the plurality of switches comprising a plurality of leaf switches (520, 521) and a plurality of switches at other levels (525, 535); generating one or more linear forwarding tables, the one or more linear forwarding tables providing isolation between the plurality of partitions; and wherein each of the plurality of nodes is associated with a partitioning order.
Surface acoustic wave component, consisting at least of a piezoelectric material, interdigital transducers, a non-piezoelectric material and electrical contact-connections, wherein the interdigital transducers are connected to the non-piezoelectric material at least in a force-locking and/or a positively locking manner and they can excite surface waves in the piezoelectric material, and, at least partly in the region of the aperture of the interdigital transducers, by means of the realisation of a spacing between the interdigital transducers and the piezoelectric material, which spacing is delimited minimally by the roughness of the surfaces of the interdigital transducers and of the piezoelectric material and maximally by a spacing of 1,000 nm, is realised, by means of which the interdigital transducers and the piezoelectric material are mechanically decoupled, wherein the spacing is realised by spacers outside the aperture of the interdigital transducers and/or by the removal of sacrificial layers or of one or more other layers in order to produce a free surface on the interdigital transducers or in order to realise a smaller layer thickness between the interdigital transducers and the piezoelectric material.
Security element, in particular in the form of a multi-layer flexible film body, having an upper side facing toward a viewer and a rear side facing away from the viewer, wherein the security element has one or more light-emitting elements (71 to 75) arranged in a first region of the security element, which elements (71 to 75) radiate light upon activation and, in particular, are each formed from a self-luminous, electrically operated display element, wherein the security element has one or more transmissive diffraction structures (51 to 59, 91 to 96) in the first region, wherein the one or more transmissive diffraction structures (51 to 59, 91 to 96) are arranged in such a way that at least one part of the light which is radiated by the one or more activated light-emitting elements (71 to 75) transmits through at least one sub-region of the transmissive diffraction structures (51 to 59, 91 to 96), characterised in that the first region has one or more first zones (33, 361, 371) which are each covered by a first of the transmissive diffraction structures (91, 93, 96), and has one or more second zones (34, 362, 382) which are covered by a second of the transmissive diffraction structures (92, 94, 97), wherein the first transmissive diffraction structure (91, 93, 96) is different from the second transmissive diffraction structure (92, 94, 97).
{1-{1-[3-Fluoro-2-(trifluoromethyl)isonicotinoyl]piperidin-4-yl}-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]azetidin-3-yl}acetonitrile, or a pharmaceutically acceptable salt thereof, for use in a method of treating an autoimmune disease, a cancer, a myeloproliferative disorder, an inflammatory disease, a bone resorption disease, or organ transplant rejection in a patient in need thereof, comprising orally administering to said patient a once-daily dose of 200 mg, 300 mg, or 600 mg on a free base basis of {1-{1-[3-fluoro-2-(trifluoromethyl)isonicotinoyl] piperidin-4-yl}-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]azetidin-3-yl} acetonitrile, or a pharmaceutically acceptable salt thereof, wherein the dose comprises one or more sustained release dosage forms each comprising {1-{1-[3-fluoro-2-(trifluoromethyl)isonicotinoyl]piperidin-4-yl}-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]azetidin-3-yl}acetonitrile, or a pharmaceutically acceptable salt thereof.
An electronic circuit for protecting a load against over-voltage, comprising: an input port for receiving a voltage from a power source; an output port for feeding the voltage to the load; a switching unit, connected to the input port and the output port, wherein the switching unit is arranged to switch on and off the voltage from the input port; a capacitive component, connected to the output port, wherein the capacitive component is arranged to receive the voltage when the switching unit is switched on and to feed voltage to the output port when the switching unit is switched off; characterised in that the electronic circuit further comprises a comparing unit, connected to the switching unit and the output port and arranged to obtain a value of the voltage at the output port; wherein the comparing unit is configured to: control the switching unit to be switched off when the value exceeds a first threshold indicating a highest voltage to be fed to the output port; and control the switching unit to be switched on when the value is below a second threshold indicating a least voltage to be fed to the output port. an input port for receiving a voltage from a power source; an output port for feeding the voltage to the load; a switching unit, connected to the input port and the output port, wherein the switching unit is arranged to switch on and off the voltage from the input port; a capacitive component, connected to the output port, wherein the capacitive component is arranged to receive the voltage when the switching unit is switched on and to feed voltage to the output port when the switching unit is switched off; characterised in that the electronic circuit further comprises a comparing unit, connected to the switching unit and the output port and arranged to obtain a value of the voltage at the output port; wherein the comparing unit is configured to: control the switching unit to be switched off when the value exceeds a first threshold indicating a highest voltage to be fed to the output port; and control the switching unit to be switched on when the value is below a second threshold indicating a least voltage to be fed to the output port. control the switching unit to be switched off when the value exceeds a first threshold indicating a highest voltage to be fed to the output port; and control the switching unit to be switched on when the value is below a second threshold indicating a least voltage to be fed to the output port.
A method for establishing a user plane between a user plane entity and different access nodes assigned to different pool areas simultaneously for multicast or broadcast service provision, the method comprising the steps of: receiving at a respective access node assigned to the different pool areas simultaneously plural session start messages for a multicast or broadcast service indicating different user plane entities of the different pool areas, selecting by a respective access node assigned to the different pool areas simultaneously one user plane entity out of the indicated user plane entities indicated in the session start messages based on a selection rule common to all access nodes assigned to the different pool areas simultaneously, wherein the selection rule ensures that the access nodes assigned to different pool areas simultaneously select the same user plane entity out of one of the different pool areas, and establishing by the access nodes a respective user plane to the selected user plane entity for multicast or broadcast service provision. receiving at a respective access node assigned to the different pool areas simultaneously plural session start messages for a multicast or broadcast service indicating different user plane entities of the different pool areas, selecting by a respective access node assigned to the different pool areas simultaneously one user plane entity out of the indicated user plane entities indicated in the session start messages based on a selection rule common to all access nodes assigned to the different pool areas simultaneously, wherein the selection rule ensures that the access nodes assigned to different pool areas simultaneously select the same user plane entity out of one of the different pool areas, and establishing by the access nodes a respective user plane to the selected user plane entity for multicast or broadcast service provision.
A stacked half-bridge package comprising: a control transistor (Q 1) having a control drain (D 1) for connection to a high voltage input, a control source (S 1) coupled to an output terminal, and a control gate (G 1) for being driven by a driver IC; a sync transistor (Q 2) having a sync drain (D 2) for connection to said output terminal, a sync source (S 2) coupled to a low voltage input, and a sync gate (G 2) for being driven by said driver IC; a current carrying layer situated on said sync drain (D 2), said control and sync transistors (Q 1, Q 2) being stacked on one another, wherein said current carrying layer provides a high current connection between said sync drain (D 2) and said control source (S 1), wherein an output terminal leadframe provides mechanical and electrical connection for said current carrying layer, wherein a conductive source clip provides connection between said sync source (S 2) and a sync source leadframe, characterized in that said sync source leadframe and said output terminal leadframe are situated laterally adjacent to said control transistor (Q 1), wherein respective bottom surfaces of said sync source leadframe, a control drain leadframe, a sync gate leadframe, a control gate leadframe, and said output terminal leadframe are substantially flush with one another, wherein surfaces that are substantially flush can be mounted on and electrically connected to a substrate, wherein said output terminal leadframe is of a thickness greater than a combined thickness of a control drain leadframe and said control transistor (Q 1). a control transistor (Q 1) having a control drain (D 1) for connection to a high voltage input, a control source (S 1) coupled to an output terminal, and a control gate (G 1) for being driven by a driver IC; a sync transistor (Q 2) having a sync drain (D 2) for connection to said output terminal, a sync source (S 2) coupled to a low voltage input, and a sync gate (G 2) for being driven by said driver IC; a current carrying layer situated on said sync drain (D 2), said control and sync transistors (Q 1, Q 2) being stacked on one another, wherein said current carrying layer provides a high current connection between said sync drain (D 2) and said control source (S 1), wherein an output terminal leadframe provides mechanical and electrical connection for said current carrying layer, wherein a conductive source clip provides connection between said sync source (S 2) and a sync source leadframe, characterized in that said sync source leadframe and said output terminal leadframe are situated laterally adjacent to said control transistor (Q 1), wherein respective bottom surfaces of said sync source leadframe, a control drain leadframe, a sync gate leadframe, a control gate leadframe, and said output terminal leadframe are substantially flush with one another, wherein surfaces that are substantially flush can be mounted on and electrically connected to a substrate, wherein said output terminal leadframe is of a thickness greater than a combined thickness of a control drain leadframe and said control transistor (Q 1).
A handbrake assembly (110, 210) comprising a handbrake lever (112, 212) mounted to a bracket for pivotal movement between brake-off and brake-on positions, a lock mechanism (120, 220) for releasably holding the handbrake lever in a brake-on position, a release button (122, 222) mounted to the lever and a linkage (124, 224) for transmitting movement of the button when it is depressed to the lock mechanism to cause the lock mechanism to be released; wherein the linkage includes a coupling arrangement including a coupling member (152, 252) movable between an operative position in which movement of the release button (122, 222) is transmitted to the lock mechanism (120, 220) and an inoperative position in which movement of the release button is not transmitted to the lock mechanism; the assembly having an actuator (154, 272) for moving the coupling member (152, 252) between the operative and inoperative positions; characterized in that: the linkage (124, 224) comprises a first part (124a, 224a) and a second part (124b, 224b), which first part and second part are mechanically coupled in the operative position of the coupling member (152, 252), but are mechanically decoupled in the inoperative position of the coupling member (152, 252).
A wireless electronic device for use in a wireless communication system, the wireless electronic device configured to perform operations comprising: detecting a person in a geographical area serviced by a base station; and communicating with a user equipment, UE,, responsive to the detecting the person in the geographical area serviced by the base station; wherein the detecting the person in the geographical area serviced by the base station comprises: performing image recognition to recognize the person located in the geographic area serviced by the base station; and wherein the communicating with the user equipment comprises: scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, wherein the scanning for the UE comprises: performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station, wherein beams of the beam sweep include pilot beams and/or pilot signals. detecting a person in a geographical area serviced by a base station; and communicating with a user equipment, UE,, responsive to the detecting the person in the geographical area serviced by the base station; wherein the detecting the person in the geographical area serviced by the base station comprises: performing image recognition to recognize the person located in the geographic area serviced by the base station; and wherein the communicating with the user equipment comprises: scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, wherein the scanning for the UE comprises: performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station, wherein beams of the beam sweep include pilot beams and/or pilot signals. performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station, wherein beams of the beam sweep include pilot beams and/or pilot signals.
A method of supporting handover at a target network node in a mobile communication system, comprising: receiving from a source network node, at least one first data block during handover; receiving from a user equipment, identification information identifying at least one second data block to be transmitted to the user equipment during the handover, wherein the identification information includes each sequence number of the at least one second data block, which the user equipment has failed to receive from the source network node; requesting an upper network node to transfer the at least one second data block and receiving the at least one second data block from the upper network node; and transmitting the at least one second data block to the user equipment. receiving from a source network node, at least one first data block during handover; receiving from a user equipment, identification information identifying at least one second data block to be transmitted to the user equipment during the handover, wherein the identification information includes each sequence number of the at least one second data block, which the user equipment has failed to receive from the source network node; requesting an upper network node to transfer the at least one second data block and receiving the at least one second data block from the upper network node; and transmitting the at least one second data block to the user equipment.