mhurhangee/ep-ind-claims huggingface dataset:
A method for rendering a partially occluded audio element (602, 902), the audio element having an extent and being represented using a set of two or more virtual loudspeakers (SpL, SpC, SpR), the set comprising a first and a second virtual loudspeaker, a projection of the audio element being divided into sub-areas, wherein each sub-area is associated with one virtual loudspeaker, the method comprising: determining a first occlusion amount, O1, for a first sub-area; modifying a first virtual loudspeaker signal for the first virtual loudspeaker based on O1 such that the modified loudspeaker signal is equal to: g1 * VS1, where g1 is a gain factor that is calculated using O1 and VS1 is the first virtual loudspeaker signal, thereby producing a first modified virtual loudspeaker signal; determining a second occlusion amount, O2, for a second sub-area; modifying a second virtual loudspeaker signal for the second virtual loudspeaker based on O2 such that the second modified loudspeaker signal is equal to: g2 * VS2, where g2 is a gain factor that is calculated using O2 and VS2 is the second virtual loudspeaker signal, thereby producing a second modified virtual loudspeaker signal; and using the first and second modified virtual loudspeaker signals to render the audio element. determining a first occlusion amount, O1, for a first sub-area; modifying a first virtual loudspeaker signal for the first virtual loudspeaker based on O1 such that the modified loudspeaker signal is equal to: g1 * VS1, where g1 is a gain factor that is calculated using O1 and VS1 is the first virtual loudspeaker signal, thereby producing a first modified virtual loudspeaker signal; determining a second occlusion amount, O2, for a second sub-area; modifying a second virtual loudspeaker signal for the second virtual loudspeaker based on O2 such that the second modified loudspeaker signal is equal to: g2 * VS2, where g2 is a gain factor that is calculated using O2 and VS2 is the second virtual loudspeaker signal, thereby producing a second modified virtual loudspeaker signal; and using the first and second modified virtual loudspeaker signals to render the audio element.
Submarine having a coupling device for coupling an underwater rescue suit to a submarine, in combination with an underwater rescue suit, wherein, with the coupling device, a mechanical connection and a connection for supplying breathing air between the underwater rescue suit and the submarine can be produced, wherein, when the coupling device is released, the mechanical connection and the connection for supplying breathing air can be released at the same time, characterized in that the mechanical connection is produced with respect to a belt which is integrated in the underwater rescue suit.
A method for a terminal in a wireless communication system, the method comprising: detecting physical downlink control channels, PDCCHs, over control channel elements, CCEs, of downlink, DL, subframes in time division duplex, TDD, each of the PDCCHs including downlink control information, DCI, comprising information indicating an acknowledge resource offset, ARC, field; determining a physical uplink control channel, PUCCH, resource for transmitting acknowledge information in response to detection of a PDCCH in a physical resource block, PRB, set and in a DL subframe, based on a sum of i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and transmitting the acknowledge information on the determined PUCCH resource, wherein in case that a value associated with the DL subframe is equal to zero, the ARO value is one among 0, -2, -1 and 2, and wherein in case that the value associated with the DL subframe is greater than zero, the ARO value is one among 0, 2, a value defined by a sum of -Σ N CCE and -1, and a value defined by a sum of -Σ N CCE and -2. detecting physical downlink control channels, PDCCHs, over control channel elements, CCEs, of downlink, DL, subframes in time division duplex, TDD, each of the PDCCHs including downlink control information, DCI, comprising information indicating an acknowledge resource offset, ARC, field; determining a physical uplink control channel, PUCCH, resource for transmitting acknowledge information in response to detection of a PDCCH in a physical resource block, PRB, set and in a DL subframe, based on a sum of i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and i. nccε denoting a lowest CCE index of the PDCCH, ii. ∑ N CCE denoting a sum of at least one number of CCEs for at least one DL sub frame, wherein the N CCE denotes a number of CCEs in the PRB set and in a re spective DL subframe, iii. an ARO value mapped to the ARO field via a mapping function, and iv. N PUCCH denoting an offset for the PRB set, the offset being configured through a higher layer signaling; and transmitting the acknowledge information on the determined PUCCH resource, wherein in case that a value associated with the DL subframe is equal to zero, the ARO value is one among 0, -2, -1 and 2, and wherein in case that the value associated with the DL subframe is greater than zero, the ARO value is one among 0, 2, a value defined by a sum of -Σ N CCE and -1, and a value defined by a sum of -Σ N CCE and -2.
Ceiling or wall light with connection to a customary power circuit, which ceiling or wall light includes, in a common housing (1, 6, 10, 11), at least one lighting element, at least one electrical heating element, at least one fan, and at least one programmable electronic controller by means of which the lighting element, the fan and the heater, together and/or separately from one another, are controllable by open-loop and/or closed-loop control, wherein the ceiling or wall light is controllable by repeated switching-on and switching-off of the lighting power circuit or by a time-varying sequence of at least two switching-on operations of the lighting power circuit, the selection of an operating mode being effected by multiple actuation of a light switch of the lighting power circuit or by variation in the actuation of the light switch in terms of time, which operating mode includes default settings at least in respect of a lighting intensity, a heating function, including a target temperature, a fan function and a time-related or event-controlled variation or switching-off of the lighting and heating fan functions.
A method for spatial detection and/or analysis of RNA in a tissue sample or a portion thereof, comprising: (a) providing an object substrate on which at least one species of capture probe, wherein the capture probe comprises a capture domain, wherein the capture domain is designed for the selective capture of mRNA, is directly or indirectly immobilized such that the probes are oriented to have a free 3' end to enable said probe to function as a reverse transcriptase primer; (b) contacting said substrate with a tissue sample and allowing RNA of the tissue sample to hybridise to the capture probes; (c) generating cDNA molecules from the captured RNA molecules using said capture probes as RT primers; (d) labelling the cDNA molecules generated in step (c), wherein said labelling step may be contemporaneous with, or subsequent to, said generating step, wherein the label is not the capture probe or a part thereof; (e) detecting a signal from the labelled cDNA molecules. (a) providing an object substrate on which at least one species of capture probe, wherein the capture probe comprises a capture domain, wherein the capture domain is designed for the selective capture of mRNA, is directly or indirectly immobilized such that the probes are oriented to have a free 3' end to enable said probe to function as a reverse transcriptase primer; (b) contacting said substrate with a tissue sample and allowing RNA of the tissue sample to hybridise to the capture probes; (c) generating cDNA molecules from the captured RNA molecules using said capture probes as RT primers; (d) labelling the cDNA molecules generated in step (c), wherein said labelling step may be contemporaneous with, or subsequent to, said generating step, wherein the label is not the capture probe or a part thereof; (e) detecting a signal from the labelled cDNA molecules.
A lip balm applicator product, comprising: a receptacle, comprising, an upper portion and a lower portion, the lower portion having an upper end and a lower end, the upper portion being locatable on the upper end of the lower portion, a support platform located at the upper end of the lower portion, and the upper portion and the lower portion are connectable together; and a lip balm mounted on the support platform, the lip balm having an exposed arcuate surface for contact with the lips of a user and being closable by the upper portion of the receptacle; wherein the receptacle is substantially spherical in shape, ovate or egg-shaped, characterized in that the support platform is a wheel having an outer rim wherein the support platform includes a plurality of spokes that extend from the outer rim and that terminate at a hub. a receptacle, comprising, an upper portion and a lower portion, the lower portion having an upper end and a lower end, the upper portion being locatable on the upper end of the lower portion, a support platform located at the upper end of the lower portion, and the upper portion and the lower portion are connectable together; and a lip balm mounted on the support platform, the lip balm having an exposed arcuate surface for contact with the lips of a user and being closable by the upper portion of the receptacle; wherein the receptacle is substantially spherical in shape, ovate or egg-shaped, characterized in that the support platform is a wheel having an outer rim wherein the support platform includes a plurality of spokes that extend from the outer rim and that terminate at a hub.
A display comprising: a display panel support member arranged at the back of a display panel to support said display panel so that part of a rear surface constitutes a rear housing (4, 5); and a cover member mounted on said display panel support member to cover said part of said rear surface of said display panel support member constituting said rear housing, wherein a movement regulating portion (41, 42, 43a, 44a) regulating movement of said cover member is provided on said rear surface of said display panel support member; characterised in that the movement regulating portion (41, 42, 43a, 44a) includes an inner side surface that is opposed to an outer side surface of the cover member. a display panel support member arranged at the back of a display panel to support said display panel so that part of a rear surface constitutes a rear housing (4, 5); and a cover member mounted on said display panel support member to cover said part of said rear surface of said display panel support member constituting said rear housing, wherein a movement regulating portion (41, 42, 43a, 44a) regulating movement of said cover member is provided on said rear surface of said display panel support member; characterised in that the movement regulating portion (41, 42, 43a, 44a) includes an inner side surface that is opposed to an outer side surface of the cover member.
A power conversion device, comprising: an AC rotating machine having saliency, and including a multi-phase winding of three phases or more; a DC power supply configured to output a DC voltage; a voltage command calculation part configured to calculate voltage commands based on a control command from an outside for the AC rotating machine; a switching signal generation part configured to output switching signals corresponding to at least two voltage vectors on both sides of an axis having a larger inductance out of d and q axes of the AC rotating machine, and corresponding to the voltage commands; a power conversion part configured to carry out, based on the switching signals, one or both of an operation of converting the DC voltage from the DC power supply to an AC voltage and supplying the AC voltage to the AC rotating machine during a power running operation, and an operation of converting an electromotive force of the AC rotating machine to DC power and supplying the DC power to the DC power supply during a regeneration operation; a current detection part configured to detect a bus current, which is a current flowing between the DC power supply and the power conversion part; and a phase current calculation part configured to calculate, based on the detected bus current, a phase current flowing through the multi-phase winding of the AC rotating machine, wherein the current detection part is configured to detect the bus current when the switching signals corresponding to the at least two voltage vectors are output. an AC rotating machine having saliency, and including a multi-phase winding of three phases or more; a DC power supply configured to output a DC voltage; a voltage command calculation part configured to calculate voltage commands based on a control command from an outside for the AC rotating machine; a switching signal generation part configured to output switching signals corresponding to at least two voltage vectors on both sides of an axis having a larger inductance out of d and q axes of the AC rotating machine, and corresponding to the voltage commands; a power conversion part configured to carry out, based on the switching signals, one or both of an operation of converting the DC voltage from the DC power supply to an AC voltage and supplying the AC voltage to the AC rotating machine during a power running operation, and an operation of converting an electromotive force of the AC rotating machine to DC power and supplying the DC power to the DC power supply during a regeneration operation; a current detection part configured to detect a bus current, which is a current flowing between the DC power supply and the power conversion part; and a phase current calculation part configured to calculate, based on the detected bus current, a phase current flowing through the multi-phase winding of the AC rotating machine, wherein the current detection part is configured to detect the bus current when the switching signals corresponding to the at least two voltage vectors are output.
A therapeutically effective amount of a sulfonylurea and a pharmaceutically acceptable carrier, for use in treating glaucoma in a subject, wherein the subject has a nonsense mutation rs5215 in the KCN11 gene that results in the substitution of isoleucine for valine at position 337 (V337I) of the Kir 6.2 protein, and wherein the sulfonylurea is at a concentration of 0.1 - 0.9% (w/v).
A pressure-sensitive adhesive tape package that accommodates an adhesive tape having a support and an adhesive agent layer provided on one surface of the support, wherein the adhesive tape being bent into a first portion and a second portion such that the adhesive agent layer faces outward, and wherein the pressure-sensitive adhesive tape package comprising: a first release sheet releasably attached to the adhesive agent layer of the first portion of the adhesive tape, and a second release sheet releasably attached to the adhesive agent layer of the second portion of the adhesive tape to seal the adhesive tape with the first release sheet between the first and second release sheets (16, 18), the pressure-sensitive adhesive tape package being characterized in that: the first release sheet and the second release sheet are superimposed; a portion surrounding the adhesive tape in which the first release sheet and the second release sheet are superimposed in sealed; the second portion of the adhesive tape is larger than the first portion of the adhesive tape, and the second portion has an extending portion that extends from the first portion; temporary attaching means is provided in at least a part of a portion facing the extending portion in a portion of the first release sheet; and an adhesive force of the support of the adhesive tape to the first release sheet through the temporary attaching means is larger than an adhesive force of the adhesive agent layer to the second release sheet. the first release sheet and the second release sheet are superimposed; a portion surrounding the adhesive tape in which the first release sheet and the second release sheet are superimposed in sealed; the second portion of the adhesive tape is larger than the first portion of the adhesive tape, and the second portion has an extending portion that extends from the first portion; temporary attaching means is provided in at least a part of a portion facing the extending portion in a portion of the first release sheet; and an adhesive force of the support of the adhesive tape to the first release sheet through the temporary attaching means is larger than an adhesive force of the adhesive agent layer to the second release sheet.
Fish length measuring apparatus, comprising: a transceiver means (10, 20, 30) operable to transmit an ultrasonic wave and receive an echo signal; a kind identifier means operable to detect a fish and to identify a kind of said fish, based on said echo signal received by said transceiver means (10, 20, 30); a measuring means operable to measure a target strength of said fish based on said echo signal received by said transceiver means (10, 20, 30); a memory means operable to store standardized values of the target strength associated with kinds of fish; and a calculator means operable to calculate a fish length of said fish using a standardized value of the target strength stored in said memory means corresponding to the fish kind identified by said kind identifier means, and said target strength of said fish measured by said measuring means. a transceiver means (10, 20, 30) operable to transmit an ultrasonic wave and receive an echo signal; a kind identifier means operable to detect a fish and to identify a kind of said fish, based on said echo signal received by said transceiver means (10, 20, 30); a measuring means operable to measure a target strength of said fish based on said echo signal received by said transceiver means (10, 20, 30); a memory means operable to store standardized values of the target strength associated with kinds of fish; and a calculator means operable to calculate a fish length of said fish using a standardized value of the target strength stored in said memory means corresponding to the fish kind identified by said kind identifier means, and said target strength of said fish measured by said measuring means.
An agonist of the insulin-like growth factor-binding protein 3 receptor (IGFBP-3R), wherein said agonist is an antibody that binds to and activates IGFBP-3R and comprises: - a heavy chain complementary determining region 1 having the sequence GYTFTFNYG (SEQ NO: 25), - a heavy chain complementary determining region 2 having the sequence INTYTRET (SEQ NO: 27), - a heavy chain complementary determining region 3 having the sequence ARGSTMYGLDK (SEQ NO: 29), - a light chain complementary determining region 1 having the sequence QNVGTN (SEQ NO: 31), - a light chain complementary determining region 2 having the sequence SAS, - a light chain complementary determining region 3 having the sequence HQYNSYPLT (SEQ NO: 33). - a heavy chain complementary determining region 1 having the sequence GYTFTFNYG (SEQ NO: 25), - a heavy chain complementary determining region 2 having the sequence INTYTRET (SEQ NO: 27), - a heavy chain complementary determining region 3 having the sequence ARGSTMYGLDK (SEQ NO: 29), - a light chain complementary determining region 1 having the sequence QNVGTN (SEQ NO: 31), - a light chain complementary determining region 2 having the sequence SAS, - a light chain complementary determining region 3 having the sequence HQYNSYPLT (SEQ NO: 33).
An apparatus adapted to detect objects in a detection area near a wireless power transfer system for charging an electric vehicle, the apparatus comprising: a plurality of radar transceivers; and at least one processor configured to: receive radar data from the plurality of radar transceivers, detect an object in the detection area based on the received radar data, and characterized in that the at least one processor is configured to: adjust the detection area based on at least one of a type of chargeable vehicle present, an amount of power being wirelessly transferred by the wireless power transfer system, an alignment of a vehicle with the wireless power transfer system, or a speed of the object approaching the detection area. a plurality of radar transceivers; and at least one processor configured to: receive radar data from the plurality of radar transceivers, detect an object in the detection area based on the received radar data, and characterized in that the at least one processor is configured to: adjust the detection area based on at least one of a type of chargeable vehicle present, an amount of power being wirelessly transferred by the wireless power transfer system, an alignment of a vehicle with the wireless power transfer system, or a speed of the object approaching the detection area. receive radar data from the plurality of radar transceivers, detect an object in the detection area based on the received radar data, and characterized in that the at least one processor is configured to: adjust the detection area based on at least one of a type of chargeable vehicle present, an amount of power being wirelessly transferred by the wireless power transfer system, an alignment of a vehicle with the wireless power transfer system, or a speed of the object approaching the detection area. adjust the detection area based on at least one of a type of chargeable vehicle present, an amount of power being wirelessly transferred by the wireless power transfer system, an alignment of a vehicle with the wireless power transfer system, or a speed of the object approaching the detection area.
A method, comprising: by a user equipment, UE: receiving configuration information from a base station, BS, the configuration information directing the configuration of a plurality of frequency partitions of a system bandwidth, including a primary partition; monitoring a physical downlink control channel, PDCCH, according to a PDCCH configuration transmitted using dedicated signaling to the UE, wherein the PDCCH configuration specifies a periodicity and offset in time for the PDCCH monitoring, wherein the periodicity and the time offset are jointly defined by an index; and receiving the PDCCH in the primary of the frequency partitions, wherein the PDCCH is time and frequency division multiplexed with a physical downlink shared channel, PDSCH. receiving configuration information from a base station, BS, the configuration information directing the configuration of a plurality of frequency partitions of a system bandwidth, including a primary partition; monitoring a physical downlink control channel, PDCCH, according to a PDCCH configuration transmitted using dedicated signaling to the UE, wherein the PDCCH configuration specifies a periodicity and offset in time for the PDCCH monitoring, wherein the periodicity and the time offset are jointly defined by an index; and receiving the PDCCH in the primary of the frequency partitions, wherein the PDCCH is time and frequency division multiplexed with a physical downlink shared channel, PDSCH.