mhurhangee/ep-ind-claims huggingface dataset:
Method for selecting at least one image portion to be downloaded in order to render audiovisual content by way of a rendering device, the method being characterized in that it includes the following steps: - determining a current direction of observation of a user, - determining the location of a sound source in a spatialized audio component of the audiovisual content, - determining a future direction of observation on the basis of the determined location, - selecting at least one first portion of the image on the basis of the determined future direction of observation, comprising image portions visible from at least said determined future direction of observation, - selecting at least one second portion of the image comprising visible image portions between the determined current direction of observation and the determined future direction of observation, and - downloading said selected image portions with a quality at least greater than a first quality used to download another portion of the image. - determining a current direction of observation of a user, - determining the location of a sound source in a spatialized audio component of the audiovisual content, - determining a future direction of observation on the basis of the determined location, - selecting at least one first portion of the image on the basis of the determined future direction of observation, comprising image portions visible from at least said determined future direction of observation, - selecting at least one second portion of the image comprising visible image portions between the determined current direction of observation and the determined future direction of observation, and - downloading said selected image portions with a quality at least greater than a first quality used to download another portion of the image.
A method of printing on a printable medium using a print head having a plurality of nozzles, and a print bed having a platen to support the printable medium, the platen having an absorbent portion formed of a print-agent absorbent material, the printable medium having a leading edge and a margin adjacent to the leading edge, wherein the print head is to deposit print agent onto the printable medium via the plurality of nozzles during successive printing passes, the method comprising: during a first printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium outside the margin; advancing the printable medium by a defined distance; and during a second printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium within the margin, wherein print agent is not deposited within the margin while the leading edge of the printable medium is over the platen unless the leading edge of the printable medium is over the absorbent portion, characterised in that the method further comprises: after the second pass, advancing the printable medium by the defined distance; and during a third printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium within the margin. during a first printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium outside the margin; advancing the printable medium by a defined distance; and during a second printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium within the margin, wherein print agent is not deposited within the margin while the leading edge of the printable medium is over the platen unless the leading edge of the printable medium is over the absorbent portion, characterised in that the method further comprises: after the second pass, advancing the printable medium by the defined distance; and during a third printing pass, depositing print agent from a subset of the plurality of nozzles onto the printable medium within the margin.
A system for assisting a pilot of an aircraft that includes a cockpit and a windshield, the system comprising: a near-eye display having a transparent display panel, wherein the transparent display panel is adapted to be oriented in proximity to at least one eye of the pilot; and a processing subsystem communicatively coupled to the near-eye display, wherein the processing subsystem is adapted to receive aircraft data that indicates an attitude of the aircraft, to determine whether the pilot has provided one or more control inputs to a rudder of the aircraft, to determine whether a combination of the aircraft data and the one or more control inputs provided by the pilot indicate a likelihood that the pilot is experiencing a potential spatial disorientation situation, and if the aircraft data and the one or more control inputs indicate the likelihood of the potential spatial disorientation situation, to cause the near-eye display to display an exterior display indicator overlying at least a portion of the windshield, wherein the exterior display indicator includes a visual representation of an earth-based reference, and the exterior display indicator is oriented to indicate the attitude of the aircraft. a near-eye display having a transparent display panel, wherein the transparent display panel is adapted to be oriented in proximity to at least one eye of the pilot; and a processing subsystem communicatively coupled to the near-eye display, wherein the processing subsystem is adapted to receive aircraft data that indicates an attitude of the aircraft, to determine whether the pilot has provided one or more control inputs to a rudder of the aircraft, to determine whether a combination of the aircraft data and the one or more control inputs provided by the pilot indicate a likelihood that the pilot is experiencing a potential spatial disorientation situation, and if the aircraft data and the one or more control inputs indicate the likelihood of the potential spatial disorientation situation, to cause the near-eye display to display an exterior display indicator overlying at least a portion of the windshield, wherein the exterior display indicator includes a visual representation of an earth-based reference, and the exterior display indicator is oriented to indicate the attitude of the aircraft.
A pneumatic tire having a circumferential tread of a cap/base construction comprising an outer tread cap rubber layer containing a plurality of ribs having tread running surfaces with intervening tread grooves between the ribs, together with an underlying tread base rubber layer (10A, 10B); wherein the tire tread further includes at least one circumferential tread rubber block (8A, 8B) or tread rubber encasement (8A, 8B) which contains at least a portion of at least one of the tread grooves including the bottom of the contained tread groove or which encases at least one of the tread grooves including the bottom of the encased tread groove; wherein the tread groove-containing rubber block (8A, 8B) or the tread groove encasing tread rubber encasement (8A, 8B) extends within the outer tread cap rubber layer to include a portion of the outer tread running surface of at least one rib of the tread cap rubber layer, or extends within the outer tread cap rubber layer without extending to a running surface of the tire tread; wherein the rubber composition of the tread cap rubber layer and the rubber composition of the tread groove containing rubber block (8A, 8B) or the tread groove encasing tread rubber encasement (8A, 8B) each is an individual sulfur cured diene elastomer-containing rubber composition; characterized in that the rubber composition of the tread groove containing rubber block (8A, 8B) or the tread groove encasing tread rubber encasement (8A, 8B) has a first cut growth resistance value, when applying the DeMattia cut growth test in accordance with ASTM D813-07 at 95°C; wherein the rubber composition of the tread cap rubber layer has a second cut growth resistance value, when applying the DeMattia cut growth test in accordance with ASTM D813-07 at 95°C; and wherein: (i) the first cut growth resistance value is greater than 30 min/mm and the second cut growth resistance value is equal to or less than 20 min/mm; and/or (ii) the first cut growth resistance value is at least 10 min/mm greater than the second cut growth resistance value. extends within the outer tread cap rubber layer to include a portion of the outer tread running surface of at least one rib of the tread cap rubber layer, or extends within the outer tread cap rubber layer without extending to a running surface of the tire tread; (i) the first cut growth resistance value is greater than 30 min/mm and the second cut growth resistance value is equal to or less than 20 min/mm; and/or (ii) the first cut growth resistance value is at least 10 min/mm greater than the second cut growth resistance value.
A central processing unit CPU comprising: an interrupt unit for interrupting execution of instructions; a plurality context defining register sets (130, 140), wherein each set of registers (130, 140) having the same number of CPU registers; a switching unit for coupling a selected register set (130, 140) within the CPU, characterized in that the switching unit switches to a predetermined register set (130, 140) of said plurality of context defining register sets (130, 140) either directly upon occurrence of an exception or upon execution of a context switch instruction; and in that the central processing unit CPU further comprises a context status register coupled with the switching unit comprising a first bitfield CCTX indicating a current context and a second bitfield MCTX indicating a most recent context selected by said context switch instruction. an interrupt unit for interrupting execution of instructions; a plurality context defining register sets (130, 140), wherein each set of registers (130, 140) having the same number of CPU registers; a switching unit for coupling a selected register set (130, 140) within the CPU, the switching unit switches to a predetermined register set (130, 140) of said plurality of context defining register sets (130, 140) either directly upon occurrence of an exception or upon execution of a context switch instruction; and in that the central processing unit CPU further comprises a context status register coupled with the switching unit comprising a first bitfield CCTX indicating a current context and a second bitfield MCTX indicating a most recent context selected by said context switch instruction.
A method performed after locking a first clock of a computing device to synchronize with a second clock associated with a first device, wherein a difference between the first clock and the second clock is determined during the locking, the method comprising: measuring, by the computing device, a path delay to a second device based on sending one or more messages including one or more first timestamps of the first clock to the second device and receiving one or more messages including one or more second timestamps of a third clock from the second device; and sending, by the computing device, a third message to the second device that includes a third timestamp of the first clock that has been locked to the second clock by the exchange of messages between the computing device and the first device using a timestamp of the first clock and a timestamp of the second clock, wherein the third message includes the path delay, and wherein the third timestamp and the path delay allow the second device to analyze a lock quality of the first clock to the second clock based on a time of the third clock; wherein the path delay is inserted in the third message in a correction field of the third message. measuring, by the computing device, a path delay to a second device based on sending one or more messages including one or more first timestamps of the first clock to the second device and receiving one or more messages including one or more second timestamps of a third clock from the second device; and sending, by the computing device, a third message to the second device that includes a third timestamp of the first clock that has been locked to the second clock by the exchange of messages between the computing device and the first device using a timestamp of the first clock and a timestamp of the second clock, wherein the third message includes the path delay, and wherein the third timestamp and the path delay allow the second device to analyze a lock quality of the first clock to the second clock based on a time of the third clock; wherein the path delay is inserted in the third message in a correction field of the third message.
Apparatus to lay cables, comprising a work unit bearing at least a pair of capstans to support the cables and provided with a safety device cooperating with said pair of capstans; an adjustment and safety hydraulic circuit in which a work fluid flows and with which the following are associated: a first power transmission unit to transmit power to the work unit and to pump the work fluid toward said safety device and toward said dynamic braking device, a second motorized braking unit of the work unit cooperating with a third command unit of the safety device, in which said third command unit of the safety device comprises an accumulator connected to an adjustment valve to open and close the safety device, characterized in that the apparatus comprises: a winding and unwinding unit for the cables, provided with a dynamic braking device cooperating with a reel for winding and unwinding the cables; and a fourth regulation unit to regulate the winding and unwinding unit comprising at least a motorized counter-traction valve of the winding and unwinding unit and cooperating with said power transmission unit, wherein said fourth regulation unit of the winding and unwinding unit comprises a blocking device to block the suction of the winding and unwinding unit.
Method to implement a Virtual Primary Platform using a Tamper Resistant Element and an External Execution Environment, said Virtual Primary Platform comprising a VPP Low Level Operating System (VPP LLOS) distributed across: - a VPP Process Execution Environment (VPEE) in the Tamper Resistant Element, - the External Execution Environment, said VPP Low Level Operating System (VPP LLOS) comprising: - VPP LLOS API stubs installed in the VPP Process Execution Environment (VPEE) and routing communications between the VPP Process Execution Environment (VPEE) and the External Execution Environment, - an external agent installed in the External Execution Environment and comprising processes' codes and data stored in the External Execution Environment to be loaded for execution into the VPP Process Execution Environment (VPEE) in order, for the VPP Process Execution Environment (VPEE) to get a secure access to VPP external processes' code and data, to emulate the VPP Low Level Operating System (VPP LLOS) functions and to manage processes' switches for the execution of any VPP application relying on the Virtual Primary Platform to be executed. - a VPP Process Execution Environment (VPEE) in the Tamper Resistant Element, - the External Execution Environment, - VPP LLOS API stubs installed in the VPP Process Execution Environment (VPEE) and routing communications between the VPP Process Execution Environment (VPEE) and the External Execution Environment, - an external agent installed in the External Execution Environment and comprising processes' codes and data stored in the External Execution Environment to be loaded for execution into the VPP Process Execution Environment (VPEE) in order, for the VPP Process Execution Environment (VPEE) to get a secure access to VPP external processes' code and data, to emulate the VPP Low Level Operating System (VPP LLOS) functions and to manage processes' switches for the execution of any VPP application relying on the Virtual Primary Platform to be executed.
A method of obtaining a magnetic encoder from an annular magnetic encoder body having a plurality of annular, unmagnetized magnetic encoder tracks (2, 3) integral therewith and juxtaposed relative to each other, the method comprising: magnetizing a first magnetic track of the plurality of magnetic encoder tracks (2, 3) by a magnetizing head comprised of a magnetizing yoke and an exciting coil while the annular magnetic encoder body is rotated, a second magnetic encoder track (2, 3) of the plurality of magnetic encoder tracks (2, 3) being covered with a magnetic shielding mask when the first magnetic encoder track (2, 3) is magnetized, and magnetizing the second magnetic encoder track (2, 3) by a magnetizing head comprised of a magnetizing yoke and an exciting coil while the annular magnetic encoder body is rotated, the first magnetic encoder track (2, 3) being covered with a magnetic shielding mask when the second magnetic encoder track (2, 3) is magnetized, thereby obtaining the magnetic encoder having a plurality of magnetized magnetic encoder tracks (2, 3). magnetizing a first magnetic track of the plurality of magnetic encoder tracks (2, 3) by a magnetizing head comprised of a magnetizing yoke and an exciting coil while the annular magnetic encoder body is rotated, a second magnetic encoder track (2, 3) of the plurality of magnetic encoder tracks (2, 3) being covered with a magnetic shielding mask when the first magnetic encoder track (2, 3) is magnetized, and magnetizing the second magnetic encoder track (2, 3) by a magnetizing head comprised of a magnetizing yoke and an exciting coil while the annular magnetic encoder body is rotated, the first magnetic encoder track (2, 3) being covered with a magnetic shielding mask when the second magnetic encoder track (2, 3) is magnetized, thereby obtaining the magnetic encoder having a plurality of magnetized magnetic encoder tracks (2, 3).
A method for wireless communication, comprising: early decoding, by a processor of a user equipment,UE, (10, 210, 330, 332, 334, 336, 338, 340, 550), a downlink,DL, transmission from a base station, wherein the early decoding is deemed to be successful if a Downlink dedicated Traffic Channel, DTCH, frame is decoded before all DTCH frames are received; estimating a signal-to-interference ratio,SIRE, of the DL transmission; characterized by; based on the SIRE, selecting a Transmission Power Control,TPC, command sequence transmitted on an uplink during a low power mode of operation of the UE in which a receiver is powered down and no longer decodes a pilot; activating the low power mode after successful early decoding; and transmitting, in the low power mode, the selected TPC command sequence to the base station to adjust a DL transmission power during the low power mode. early decoding, by a processor of a user equipment,UE, (10, 210, 330, 332, 334, 336, 338, 340, 550), a downlink,DL, transmission from a base station, wherein the early decoding is deemed to be successful if a Downlink dedicated Traffic Channel, DTCH, frame is decoded before all DTCH frames are received; estimating a signal-to-interference ratio,SIRE, of the DL transmission; characterized by; based on the SIRE, selecting a Transmission Power Control,TPC, command sequence transmitted on an uplink during a low power mode of operation of the UE in which a receiver is powered down and no longer decodes a pilot; activating the low power mode after successful early decoding; and transmitting, in the low power mode, the selected TPC command sequence to the base station to adjust a DL transmission power during the low power mode.
An in vitro method of separating target cells from non-target cells (16, 20) in a biofluid, comprising: (a) altering at least one of the size of the target cells, size of the non-target cells (16, 20), compressibility of the biofluid, compressibility of the target cells, compressibility of the non-target cells (16, 20) and aggregation potential of the non-target cells (16,20); and altering at least one of density of the biofluid, density of the target cells, and density of the non-target cells by introducing a predetermined volume of at least one additive to the biofluid to produce a pre-treated biofluid, the predetermined volume of the at least one additive being selected to alter or regulate the biofluid to have a desired density; (b) flowing the pre-treated biofluid into an inlet of a microfluidic separation channel; (c) applying acoustic energy to the pre-treated biofluid within the microfluidic separation channel to separate the target cells from the non-target cells (16, 20), such that the target cells accumulate within at least one primary stream along the separation channel and the non-target cells (16, 20) accumulate within at least one secondary stream along the separation channel; (d) collecting the at least one primary stream comprising the target cells; and (e) optionally separately collecting the at least one secondary stream comprising the non-target cells (16, 20). (a) altering at least one of the size of the target cells, size of the non-target cells (16, 20), compressibility of the biofluid, compressibility of the target cells, compressibility of the non-target cells (16, 20) and aggregation potential of the non-target cells (16,20); and altering at least one of density of the biofluid, density of the target cells, and density of the non-target cells by introducing a predetermined volume of at least one additive to the biofluid to produce a pre-treated biofluid, the predetermined volume of the at least one additive being selected to alter or regulate the biofluid to have a desired density; (b) flowing the pre-treated biofluid into an inlet of a microfluidic separation channel; (c) applying acoustic energy to the pre-treated biofluid within the microfluidic separation channel to separate the target cells from the non-target cells (16, 20), such that the target cells accumulate within at least one primary stream along the separation channel and the non-target cells (16, 20) accumulate within at least one secondary stream along the separation channel; (d) collecting the at least one primary stream comprising the target cells; and (e) optionally separately collecting the at least one secondary stream comprising the non-target cells (16, 20).
Wire arrangement fixation comb configured to fix a wire arrangement in a low voltage compartment, the comb comprising a number of parallel teeth, between which the wires or cables can be arranged, wherein each tooth is provided on both flanks with bendable or flexible slit flags, which are configured to fix the wires in position, after they are inserted between the teeth of the fixation comb, characterized in that the flags on both flanks are slit in alternating wavelike line, in such, that the wavelined flag of one flank of a first tooth is shifted, and complementarily fits into the wavelined flag of a second directly neighbouring tooth, and so on.