mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring communication between a client device and a host device using a first Radio Access Technology, RAT, the host device communicating with a base station of a network using a second RAT, different from the first RAT, to provide services of the network to or from the client device, the communication between the host device and the base station distinguishing data traffic in accordance with a set of network traffic rules, the method comprising: communicating (112, 212), from the host device to the client device, information relating to the set of network traffic rules, the information relating to the set of network traffic rules comprising a User Equipment Route Selection Policy, URSP, data based on a URSP or a network slicing configuration; configuring, at the client device and the host device, the communication between the client device and the host device using the first RAT, according to a set of client traffic rules that are based on the communicated information about the network traffic rules; communicating the data traffic between the host device and the client device using the first RAT; and communicating the data traffic between the host device and the base station using the second RAT. communicating (112, 212), from the host device to the client device, information relating to the set of network traffic rules, the information relating to the set of network traffic rules comprising a User Equipment Route Selection Policy, URSP, data based on a URSP or a network slicing configuration; configuring, at the client device and the host device, the communication between the client device and the host device using the first RAT, according to a set of client traffic rules that are based on the communicated information about the network traffic rules; communicating the data traffic between the host device and the client device using the first RAT; and communicating the data traffic between the host device and the base station using the second RAT.
A data processing method for image recognition, comprising: determining a source data address, a destination data address, and an extension parameter of data corresponding to a decoded processing instruction, on condition that the decoded processing instruction is a vector extension instruction, wherein a first vector data of the source data address includes N data points, where N is an integer greater than 1, and the extension parameter comprises N values, wherein each value k n represents copying the n th data point for k n times, wherein 1 ≤ n ≤ N, and k n ≥ 0; obtaining a second vector data extended by extending the first vector data of the source data address according to the extension parameter; and storing the second vector data to the destination data address, wherein the source data address and the destination data address include consecutive data addresses. determining a source data address, a destination data address, and an extension parameter of data corresponding to a decoded processing instruction, on condition that the decoded processing instruction is a vector extension instruction, wherein a first vector data of the source data address includes N data points, where N is an integer greater than 1, and the extension parameter comprises N values, wherein each value k n represents copying the n th data point for k n times, wherein 1 ≤ n ≤ N, and k n ≥ 0; obtaining a second vector data extended by extending the first vector data of the source data address according to the extension parameter; and storing the second vector data to the destination data address, wherein the source data address and the destination data address include consecutive data addresses.
A system comprising: a reinstating engine to: obtain a random-access code corresponding to print operation interrupted from completing, by a print intervention event, wherein the print operation is interrupted when a print system is rendering content onto print media; generate a reinstated print operation based on the intervened print operation; communicate the random-access code to a user who had initiated the intervened print operation; store the reinstated print operation in a reinstated print queue in a hidden state and not accessible nor visible when a queue corresponding to the system is explored or accessed; and securely maintain the reinstated print operation, wherein the reinstated print operation is accessible and visible upon providing the random-access code. obtain a random-access code corresponding to print operation interrupted from completing, by a print intervention event, wherein the print operation is interrupted when a print system is rendering content onto print media; generate a reinstated print operation based on the intervened print operation; communicate the random-access code to a user who had initiated the intervened print operation; store the reinstated print operation in a reinstated print queue in a hidden state and not accessible nor visible when a queue corresponding to the system is explored or accessed; and securely maintain the reinstated print operation, wherein the reinstated print operation is accessible and visible upon providing the random-access code.
A rolled aluminum-based alloy product having a thickness of at least 50 mm comprising, in weight %,: Zn 7.0 - 7.20 Mg 1.8 - 2.2 Cu 1.8 - 2.2, wherein the sum Cu + Mg is between 3.8 and 4.2 Zr 0.04 - 0.14 Mn 0 - 0.1 Ti 0 - 0.15 V 0 - 0.1 Fe ≤ 0.15 Si ≤ 0.15 impurities ≤ 0.05 each and ≤ 0.15 wt.% total, balance aluminum. Zn 7.0 - 7.20 Mg 1.8 - 2.2 Cu 1.8 - 2.2, wherein the sum Cu + Mg is between 3.8 and 4.2 Zr 0.04 - 0.14 Mn 0 - 0.1 Ti 0 - 0.15 V 0 - 0.1 Fe ≤ 0.15 Si ≤ 0.15
Device for inkjet printing comprising printing bars disposed in succession to one another in a direction of printing material transport, each printing bar printing a different colour and including a row of nozzle groups including - a first nozzle group and - a second nozzle group, further comprising - a joint ink tank for the first nozzle group and the second nozzle group, - a joint detergent tank for the first nozzle group and the second nozzle group, wherein means for selectively connecting the first nozzle group and the second nozzle group to the detergent tank are provided. - a first nozzle group and - a second nozzle group, further comprising - a joint ink tank for the first nozzle group and the second nozzle group, - a joint detergent tank for the first nozzle group and the second nozzle group,
An aircraft wheel including a rim comprising two assembled-together rim halves (3a, 3b), each rim half (3a, 3b) having a bearing surface extending in a plane perpendicular to an axis of rotation of the aircraft wheel, the bearing surfaces of the rim halves being positionable one against the other when the rim is assembled, the aircraft wheel being characterized in that it further includes a spacer situated between the two bearing surfaces when the rim halves (3a, 3b) are assembled together, the spacer extending over all of each bearing surface.
Gripping device adapted for gripping a stack of flat-folded cartons, where the gripping device comprises a first gripping jaw and a second gripping jaw arranged adjacent each other and enclosing a holding space, where a centre axis of the gripping device is parallel with a gripping surface (21, 22) of a gripping jaw (2, 3), where the gripping device is provided with a first open state in which the distance between the gripping jaws (2, 3) is greater than the height of the stack of flat-folded cartons, characterized in that the gripping device is adapted to displace an upper or lower side of the stack of flat-folded cartons in a longitudinal direction parallel to a centre axis of the gripping device, and that the gripping device is provided with a second closed state in which the distance between the gripping jaws (2, 3) is less than the height of the stack of flat-folded cartons, such that each flat-folded carton of the stack of flat-folded cartons will be held in an angled state by the gripping device.
An animal blanket for arranging in or at an animal transport device with a sheath comprising an upper side and a lower side and being substantially flat, wherein the upper side forms a seat surface for an animal and the lower side of the sheath faces away from the seat surface, and with a tensioning element which is arranged within the sheath in a clearance between the upper side and the lower side and configured as a ring with an adjustable ring diameter and which is configured to span the sheath in a substantially flat manner, wherein the ring diameter may be varied by at least 50%, and wherein the lower side comprises an access opening to the clearance.
A method of processing an audio signal, comprising: receiving: a downmix signal being generated from a plural-channel signal and spatial information indicating an attribute of the plural-channel signal, in order to upmix the downmix signal; obtaining an inter-channel phase difference, IPD, coding flag indicating whether an IPD value is used to the spatial information from a header of the spatial information; obtaining an IPD mode flag from a frame, based on the IPD coding flag, the IPD mode flag indicating whether the IPD value is used to a frame of the spatial information; obtaining the IPD value of a parameter band in the frame based on the IPD mode flag; obtaining a quantization mode flag indicating which quantization method is applied in the frame, the quantization method including at least one fine quantization mode using fine quantization distance and coarse quantization mode using coarse quantization distance; dequantizing the IPD value according to the quantization mode flag; generating the plural-channel signal by applying the dequantized IPD value to the downmix signal, wherein the spatial information is divided by the header and a plurality of the frame and wherein the IPD value indicates a phase difference between two channels of the plural-channel signal and wherein the parameter band is at least one sub-band of frequency domain including the IPD value. receiving: a downmix signal being generated from a plural-channel signal and spatial information indicating an attribute of the plural-channel signal, in order to upmix the downmix signal; a downmix signal being generated from a plural-channel signal and spatial information indicating an attribute of the plural-channel signal, in order to upmix the downmix signal; obtaining an inter-channel phase difference, IPD, coding flag indicating whether an IPD value is used to the spatial information from a header of the spatial information; obtaining an IPD mode flag from a frame, based on the IPD coding flag, the IPD mode flag indicating whether the IPD value is used to a frame of the spatial information; obtaining the IPD value of a parameter band in the frame based on the IPD mode flag; obtaining a quantization mode flag indicating which quantization method is applied in the frame, the quantization method including at least one fine quantization mode using fine quantization distance and coarse quantization mode using coarse quantization distance; dequantizing the IPD value according to the quantization mode flag; generating the plural-channel signal by applying the dequantized IPD value to the downmix signal, wherein the spatial information is divided by the header and a plurality of the frame and wherein the IPD value indicates a phase difference between two channels of the plural-channel signal and wherein the parameter band is at least one sub-band of frequency domain including the IPD value.
A communications device configured to receive signals from an infrastructure equipment of a wireless communications network, the communications device being configured to periodically switch between an active operating mode and a reduced power operating mode in accordance with a discontinuous reception, DRX, operation, the communications device comprising transceiver circuitry (401.1) configured to transmit signals and receive signals via a wireless access interface provided by the wireless communications network, and controller circuitry (401.2) configured to control the transceiver circuitry to monitor for signals transmitted by the infrastructure equipment to the communications device, to receive, from the infrastructure equipment, a dynamic DRX indicator, DDI, the DDI indicating that the DRX operation should be updated by the communications device, and to update the DRX operation in accordance with the received DDI, the communication device being characterized by the DDI indicating that the DRX operation should be updated by a plurality of communications devices including the communications device, each of the plurality of communications devices operating in accordance with the same DRX operation, wherein the DDI indicates that the DRX operation should be updated by the communications device differently to one or more of the others of the plurality of communications devices. transceiver circuitry (401.1) configured to transmit signals and receive signals via a wireless access interface provided by the wireless communications network, and controller circuitry (401.2) configured to control the transceiver circuitry to monitor for signals transmitted by the infrastructure equipment to the communications device, to receive, from the infrastructure equipment, a dynamic DRX indicator, DDI, the DDI indicating that the DRX operation should be updated by the communications device, and to update the DRX operation in accordance with the received DDI, the communication device being characterized by the DDI indicating that the DRX operation should be updated by a plurality of communications devices including the communications device, each of the plurality of communications devices operating in accordance with the same DRX operation, wherein the DDI indicates that the DRX operation should be updated by the communications device differently to one or more of the others of the plurality of communications devices.
A method for identifying a subject as biomarker positive for response to β-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy, the method comprising: (i) providing a biological sample obtained from a subject; (ii) analyzing the sample and computing a concentration of a biomarker anti-β-glucan antibody compared to a reference standard; and (iii) identifying the subject as biomarker positive for response to 3-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy-based on the concentration of the biomarker anti-β-glucan antibody in the sample compared to a predetermined cutoff value for the biomarker anti-β-glucan antibody, wherein the predetermined cutoff value is selected based on analysis of specificity and sensitivity of the concentration of the biomarker anti-β-glucan antibody for one or more endpoints that stratifies biomarker-positive subjects and biomarker-negative subjects, and wherein the one or more endpoints are overall survival; overall response rate; β-glucan binding to monocytes or neutrophils; activation of complement components C4a, C5a or SC5b-9; modulation of neutrophil CR1, CR3, CD88 or CD62L surface marker expression; or induction of IL-8. (i) providing a biological sample obtained from a subject; (ii) analyzing the sample and computing a concentration of a biomarker anti-β-glucan antibody compared to a reference standard; and (iii) identifying the subject as biomarker positive for response to 3-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy-based on the concentration of the biomarker anti-β-glucan antibody in the sample compared to a predetermined cutoff value for the biomarker anti-β-glucan antibody, wherein the predetermined cutoff value is selected based on analysis of specificity and sensitivity of the concentration of the biomarker anti-β-glucan antibody for one or more endpoints that stratifies biomarker-positive subjects and biomarker-negative subjects, and wherein the one or more endpoints are overall survival; overall response rate; β-glucan binding to monocytes or neutrophils; activation of complement components C4a, C5a or SC5b-9; modulation of neutrophil CR1, CR3, CD88 or CD62L surface marker expression; or induction of IL-8.
A method for sharing, by a master inverter, input and output ports in a system comprising the master inverter including a first interface unit and a slave inverter including a second interface unit, where the first interface unit is connected to the second interface unit, the method characterized by: - storing data to be used by the master inverter and data to be used by the slave inverter in the master inverter; - transmitting, by the master inverter, a request frame requesting use of an output port of the slave inverter to the slave inverter; - transmitting, by the master inverter, data to be outputted through the output port of the slave inverter among stored data to the slave inverter; and - receiving, by the master inverter, data from the slave inverter when there is data to be used by the master inverter among data received through an input port of the slave inverter. - storing data to be used by the master inverter and data to be used by the slave inverter in the master inverter; - transmitting, by the master inverter, a request frame requesting use of an output port of the slave inverter to the slave inverter; - transmitting, by the master inverter, data to be outputted through the output port of the slave inverter among stored data to the slave inverter; and - receiving, by the master inverter, data from the slave inverter when there is data to be used by the master inverter among data received through an input port of the slave inverter.
Maintenance device for a bogie with two maintenance columns (1A, 1B) that comprise each at least a first lifting device and a gripping device (2A; 2B), with which the bogie can be lifted and preferably can be rotated, characterised in that each of the maintenance columns (1A; 1B) comprises on sides opposite to one another a first and a second swivel-mounted tool arm (3A1, 3A2; 3B1, 3B2), which comprises a support member serving for the placement of the bogie and an arm tool serving for the treatment of the bogie.
Fuel operated vehicle heating device, comprising a fuel connection unit with a connection unit body and a heating device housing, wherein the connection unit body is integrated into the heating device housing whereby the fuel connection unit is mounted at the heating device housing and wherein the fuel connection unit comprises a fuel feed line connection area projecting from the connection unit body for connecting a fuel feed line, characterized by a fuel release line connection area projecting from the connection unit body for connecting a fuel release line leading to a combustion chamber, wherein at least one functional unit for influencing the flow of fuel is provided in a fuel flow volume formed in the connection unit body.
A medical appliance for placement within a portion of the anatomy of a patient, the appliance comprising: a scaffolding, the scaffolding configured to define a substantially cylindrical member having a distal end and a proximal end and extending longitudinally therebetween, forming a lumen therethrough, said scaffolding including: circumferential bands; and a plurality of flexible connectors extending between adjacent ones of the circumferential bands, wherein at least a portion of the scaffolding comprises a material that is radially contractible in response to exposure to a magnetic field such that the scaffolding is configured to pulse in response to the magnetic field and facilitate clearing of stagnant material within the lumen thereof; characterized in that the relative hardness/softness of regions of the scaffolding differ from other regions of the scaffolding, and in that the scaffolding comprises a plurality of zones of varying magnetic charge such that the scaffolding is contractible in sections. a scaffolding, the scaffolding configured to define a substantially cylindrical member having a distal end and a proximal end and extending longitudinally therebetween, forming a lumen therethrough, said scaffolding including: circumferential bands; and a plurality of flexible connectors extending between adjacent ones of the circumferential bands, wherein at least a portion of the scaffolding comprises a material that is radially contractible in response to exposure to a magnetic field such that the scaffolding is configured to pulse in response to the magnetic field and facilitate clearing of stagnant material within the lumen thereof; characterized in that the relative hardness/softness of regions of the scaffolding differ from other regions of the scaffolding, and in that the scaffolding comprises a plurality of zones of varying magnetic charge such that the scaffolding is contractible in sections. circumferential bands; and a plurality of flexible connectors extending between adjacent ones of the circumferential bands, wherein at least a portion of the scaffolding comprises a material that is radially contractible in response to exposure to a magnetic field such that the scaffolding is configured to pulse in response to the magnetic field and facilitate clearing of stagnant material within the lumen thereof; characterized in that the relative hardness/softness of regions of the scaffolding differ from other regions of the scaffolding, and in that the scaffolding comprises a plurality of zones of varying magnetic charge such that the scaffolding is contractible in sections.
System for remote monitoring of at least one observation area, comprising at least one first camera arranged on a rotating platform, said first camera is a line scanning camera for providing high definition panorama pictures of said observation area, characterized in further comprising: a. at least one second camera arranged on a stationary platform, said second camera is a video camera with Pan/Tilt/Zoom functionality for providing real time video from a selected scene within said observation area; b. an angular position sensor device for triggering the read-out of each line in said first line scanning camera for providing each pixel in the panorama image with a corresponding azimuth and elevation angle, and c. a processing device connected to said first and second cameras (110, 130) for capturing, processing and coordinating azimuth and elevation signals received from said first and second cameras (110, 130). a. at least one second camera arranged on a stationary platform, said second camera is a video camera with Pan/Tilt/Zoom functionality for providing real time video from a selected scene within said observation area; b. an angular position sensor device for triggering the read-out of each line in said first line scanning camera for providing each pixel in the panorama image with a corresponding azimuth and elevation angle, and c. a processing device connected to said first and second cameras (110, 130) for capturing, processing and coordinating azimuth and elevation signals received from said first and second cameras (110, 130).