mhurhangee/ep-ind-claims huggingface dataset:
A method for triggering commands based on event notifications, comprising: identifying (1146, 1342), at a control device (1120, 1320), an event notification supported on a source device (1110, 1310); identifying, at the control device (1120, 1320), one or more commands supported on a target device (1130, 1330); displaying at the control device, the one or more commands for selection by a user; defining (1148, 1346), at the control device, a trigger that links the event notification supported on the source device to a user selected command of the one or more commands supported on the target device, wherein the defined trigger causes the target device to execute the identified command in response to the source device broadcasting the identified event notification; the method characterized in further comprising transmitting, from the control device to the source device, the trigger that links the event notification supported on the source device to the command supported on the target device, wherein the transmitted trigger causes the source device to directly invoke the command on the target device, without communicating with the control device, when the source device broadcasts the identified event notification. identifying (1146, 1342), at a control device (1120, 1320), an event notification supported on a source device (1110, 1310); identifying, at the control device (1120, 1320), one or more commands supported on a target device (1130, 1330); displaying at the control device, the one or more commands for selection by a user; defining (1148, 1346), at the control device, a trigger that links the event notification supported on the source device to a user selected command of the one or more commands supported on the target device, wherein the defined trigger causes the target device to execute the identified command in response to the source device broadcasting the identified event notification; the method characterized in further comprising transmitting, from the control device to the source device, the trigger that links the event notification supported on the source device to the command supported on the target device, wherein the transmitted trigger causes the source device to directly invoke the command on the target device, without communicating with the control device, when the source device broadcasts the identified event notification.
A golf club shaft formed of one or more fiber-reinforced resin layers, the golf club shaft comprising: a bias layer that is formed by overlapping fiber-reinforced resin layers, in which orientation directions of reinforcing fibers are +35° to +55° and -35° to -55° relative to a longitudinal direction of the shaft, with each other; a straight layer (6, 7, 8) that is formed of a fiber-reinforced resin layer in which an orientation direction of the reinforcing fiber is -5° to +5° relative to the longitudinal direction of the shaft; and a hoop layer (3C, 5C) that is formed of a fiber-reinforced resin layer in which an orientation directions of the reinforcing fiber is +85° to +95° relative to the longitudinal direction of the shaft, wherein the hoop layer is formed of two fiber-reinforced resin layers of a first hoop layer and a second hoop layer, the two hoop layers have an overlapped portion, one end of the overlapped portion is located between 125 mm and 375 mm apart from the small-diameter end part of the shaft, and characterised in that: the other end of the overlapped portion is located between 675 mm and 925 mm from the small-diameter end part of the shaft. a bias layer that is formed by overlapping fiber-reinforced resin layers, in which orientation directions of reinforcing fibers are +35° to +55° and -35° to -55° relative to a longitudinal direction of the shaft, with each other; a straight layer (6, 7, 8) that is formed of a fiber-reinforced resin layer in which an orientation direction of the reinforcing fiber is -5° to +5° relative to the longitudinal direction of the shaft; and a hoop layer (3C, 5C) that is formed of a fiber-reinforced resin layer in which an orientation directions of the reinforcing fiber is +85° to +95° relative to the longitudinal direction of the shaft, wherein the hoop layer is formed of two fiber-reinforced resin layers of a first hoop layer and a second hoop layer, the two hoop layers have an overlapped portion, one end of the overlapped portion is located between 125 mm and 375 mm apart from the small-diameter end part of the shaft, and characterised in that: the other end of the overlapped portion is located between 675 mm and 925 mm from the small-diameter end part of the shaft. the other end of the overlapped portion is located between 675 mm and 925 mm from the small-diameter end part of the shaft.
An automatic repeat request, ARQ, method for use in a free-space optical communication system, the method comprising: transmitting, by a transmitter device, one or more frames to a receiver device of the free-space optical communication system; storing, upon transmission, the one or more frames in a retransmission buffer; obtaining current state information identifying a current state of a resequencing buffer, the current state information including sequence data of a most advanced received frame, h rs, a most recent received frame, r rs, and a next frame to be delivered, d rs; tracking a most advanced transmitted frame and an oldest unresolved frame in accordance with the current state information; selecting, by the transmitter device and based on the current state information, an unresolved frame that is not currently in transit for retransmission according to the tracked most advanced transmitted frame and the oldest unresolved frame; retrieving the selected frame from the retransmission buffer; and retransmitting the retrieved frame to the receiver device. transmitting, by a transmitter device, one or more frames to a receiver device of the free-space optical communication system; storing, upon transmission, the one or more frames in a retransmission buffer; obtaining current state information identifying a current state of a resequencing buffer, the current state information including sequence data of a most advanced received frame, h rs, a most recent received frame, r rs, and a next frame to be delivered, d rs; tracking a most advanced transmitted frame and an oldest unresolved frame in accordance with the current state information; selecting, by the transmitter device and based on the current state information, an unresolved frame that is not currently in transit for retransmission according to the tracked most advanced transmitted frame and the oldest unresolved frame; retrieving the selected frame from the retransmission buffer; and retransmitting the retrieved frame to the receiver device.
An aircraft, comprising: a hydrogen tank, a tank connection element (46, 48) for releasable coupling the hydrogen tank to the aircraft, an engine, wherein the hydrogen tank is an external hydrogen tank, wherein the engine is adapted to be supplied with hydrogen from the hydrogen tank, characterized in that the engine is adapted to be supplied with hydrocarbon fuel in a normal cruise mode and the hydrogen tank is adapted to be dropped from the aircraft when the aircraft is flying, such that no hydrogen may be on board the aircraft during the normal cruise. a hydrogen tank, a tank connection element (46, 48) for releasable coupling the hydrogen tank to the aircraft, an engine, wherein the hydrogen tank is an external hydrogen tank, wherein the engine is adapted to be supplied with hydrogen from the hydrogen tank, characterized in that the engine is adapted to be supplied with hydrocarbon fuel in a normal cruise mode and the hydrogen tank is adapted to be dropped from the aircraft when the aircraft is flying, such that no hydrogen may be on board the aircraft during the normal cruise.
A lubricating oil composition comprising: a) a major amount of oil of lubricating viscosity, wherein the amount of the oil of lubricating viscosity is at least 40 wt. % of the lubricating oil composition, b) at least one or more non-post treated succinimide dispersant, c) 0.01-0.5 wt. % phosphoric acid, d) a metal detergent providing no more than 350 ppm of metal to the composition, e) at least one or more organic phosphorus compound, wherein the weight ratio of nitrogen from the non-post treated succinimide to the phosphorous from phosphoric acid is 1 to 3. a) a major amount of oil of lubricating viscosity, wherein the amount of the oil of lubricating viscosity is at least 40 wt. % of the lubricating oil composition, b) at least one or more non-post treated succinimide dispersant, c) 0.01-0.5 wt. % phosphoric acid, d) a metal detergent providing no more than 350 ppm of metal to the composition, e) at least one or more organic phosphorus compound, wherein
A system for generating electrical power, the system comprising a turbine that is mechanically connected to a generator, the generator being electrically connected via a first converter to a load, wherein the first converter generates a first output current, a second converter is provided which generates a second output current which is added to the first output current, characterized in that the second output current is generated such that an actual current (Iact) over the load follows a desired current (Ides), wherein the second converter is serially connected to a second transformer, wherein the first converter is connected to the load via a first switch, wherein the first converter is connected to the second converter via a serial connection of a second switch and a third switch, and wherein the second transformer is located between the connection of the first switch and the load on one hand and the connection of the second switch and the third switch on the other hand, wherein, in normal operation, the first switch and the third switch are closed and the second switch is opened, and wherein, during start-up of the turbine, the first switch and the third switch are opened and the second switch is closed whereby the generator is operated as a motor and accelerates the turbine.
Insulation roof board comprising a thermal insulation layer and a multi-layered waterproof coating, which comprises at least two tar paper layers ( 2,3,4,) extending beyond the outline of the thermal insulation layer, wherein said thermal-insulation layer in the form of a cuboid, wherein the lowest tar paper layer of said at least two tar paper layers ( 2, 3, 4) is connected and glued, on the upper contact surface of said thermal layer, and wherein each subsequent tar paper layer ( 3, 4) is connected and glued on the upper surface of the directly underlying tar paper layer ( 2,3), wherein each subsequent tar paper sheet ( 3, 4) is displaced with respect to the directly underlying tar paper layer ( 2,3) along two perpendicular directions, 2), wherein each tar paper layers ( 2, 3, 4) contains a carrying insert (5,9,13) and a bottom surface and a top surface in the form of a bituminous layer ( 6,10,14), characterized in that the outer top surface of each tar paper layer ( 2,3,4) is finished with a grit ( 8, 12, 16), and in that two adjacent perpendicular sides of the lowest layer are aligned with two side surfaces of the cuboidal thermal insulation layer, and in that each tar paper layer ( 2,3,4,) has along two adjacent sides a strip extending beyond the outline of the thermal insulation board, which strip from the bottom is covered with a meltable plastic foil ( 7, 11,15), so that in the area where the tar paper layers (2, 3, 4) are in contact and overlapping, the tar paper layers ( 2,3,4,) are not connected to each other.
A heat exchanger bypass system for use in a fuel and oil system for a gas turbine engine, the heat exchanger bypass system comprising: a liquid circuit (48, 50, 52); a first fluid circuit (42A, 42B); a second fluid circuit (44A, 44B); a first heat exchanger thermally coupling the first fluid circuit (42A, 42B) to the liquid circuit (48, 50, 52); a second heat exchanger thermally coupling the second fluid circuit (44A, 44B) to the liquid circuit (48, 50, 52); a liquid bypass line circumventing the first heat exchanger; and a bypass valve controlling flow through the liquid bypass line, the bypass valve being positioned to be heated by the second fluid circuit (44A, 44B), wherein the bypass valve is positioned within the second heat exchanger. a liquid circuit (48, 50, 52); a first fluid circuit (42A, 42B); a second fluid circuit (44A, 44B); a first heat exchanger thermally coupling the first fluid circuit (42A, 42B) to the liquid circuit (48, 50, 52); a second heat exchanger thermally coupling the second fluid circuit (44A, 44B) to the liquid circuit (48, 50, 52); a liquid bypass line circumventing the first heat exchanger; and a bypass valve controlling flow through the liquid bypass line, the bypass valve being positioned to be heated by the second fluid circuit (44A, 44B), wherein the bypass valve is positioned within the second heat exchanger.
An arrangement for supporting a monitoring camera, the arrangement comprising: an arm, a ball formed by a free end of the arm, a first and a second ball segment, a body having a ball socket accommodating the ball, an arm opening arranged in the ball socket and an abutment opening, wherein the arm extends from the ball socket through the arm opening, and wherein the first and second ball segments are connectible to the free end of the arm by insertion of the free end of the arm into the ball socket through the arm opening and insertion of the first and second ball segments into the ball socket through the abutment opening, and wherein the free end of the arm comprises a third ball segment and characterized in that, the first, the second and the third ball segments jointly form the outer envelope surface of the ball. received in use inside the ball socket an arm, a ball formed by a free end of the arm, a first and a second ball segment, a body having a ball socket accommodating the ball, an arm opening arranged in the ball socket and an abutment opening, wherein the arm extends from the ball socket through the arm opening, and wherein the first and second ball segments are connectible to the free end of the arm by insertion of the free end of the arm into the ball socket through the arm opening and insertion of the first and second ball segments into the ball socket through the abutment opening, and wherein the free end of the arm comprises a third ball segment and characterized in that, the first, the second and the third ball segments jointly form the outer envelope surface of the ball. received in use inside the ball socket
A speech/audio signal processing method, comprising: if a first wideband speech/audio signal is a harmonic signal, adjusting a determining condition for determining that a second wideband speech/audio signal is a harmonic signal, to obtain a first determining condition, so as to raise a possibility of determining that the second wideband speech/audio signal is a harmonic signal, wherein the first wideband speech/audio signal is a speech/audio signal before wideband switching, and the second wideband speech/audio signal is a speech/audio signal after the wideband switching; wherein, the first wideband speech/audio signal bandwidth is different from the second wideband speech/audio signal bandwidth; and determining, according to the first determining condition, whether the second wideband speech/audio signal is a harmonic signal. if a first wideband speech/audio signal is a harmonic signal, adjusting a determining condition for determining that a second wideband speech/audio signal is a harmonic signal, to obtain a first determining condition, so as to raise a possibility of determining that the second wideband speech/audio signal is a harmonic signal, wherein the first wideband speech/audio signal is a speech/audio signal before wideband switching, and the second wideband speech/audio signal is a speech/audio signal after the wideband switching; wherein, the first wideband speech/audio signal bandwidth is different from the second wideband speech/audio signal bandwidth; and determining, according to the first determining condition, whether the second wideband speech/audio signal is a harmonic signal.
An open channel solid state drive comprising: a flash memory including a first block; and a controller configured to control the flash memory, the controller configured to receive write data and a physical address of the first block from a host and attempt a write of the data in the first block, wherein the controller is configured to receive power from an external source and auxiliary power from an internal battery or capacitor within the drive for a period of time after the power from the external source is lost, and to use the auxiliary power to preserve first data which is not written in the first block among the write data when a power-off of the power from the external source occurs during the writing attempt, the write data including the first data and second data already written in the first block during the writing attempt, wherein the controller is configured to determine based on a time from a timing at which the second data was written in the first block (B 1) to a present time, whether successive writing of the first data in the first block (B 1) is possible or impossible, wherein a said successive writing is subsequent to the writing of the already written second data, wherein the controller is configured to successively write the first data in the first block when the successive writing is determined to be possible, wherein the host or the controller is configured to write the first data and the second data in a second block of the flash memory when the successive writing is determined to be impossible. a flash memory including a first block; and a controller configured to control the flash memory, the controller configured to receive write data and a physical address of the first block from a host and attempt a write of the data in the first block, wherein the controller is configured to receive power from an external source and auxiliary power from an internal battery or capacitor within the drive for a period of time after the power from the external source is lost, and to use the auxiliary power to preserve first data which is not written in the first block among the write data when a power-off of the power from the external source occurs during the writing attempt, the write data including the first data and second data already written in the first block during the writing attempt, wherein the controller is configured to determine based on a time from a timing at which the second data was written in the first block (B 1) to a present time, whether successive writing of the first data in the first block (B 1) is possible or impossible, wherein a said successive writing is subsequent to the writing of the already written second data, wherein the controller is configured to successively write the first data in the first block when the successive writing is determined to be possible, wherein the host or the controller is configured to write the first data and the second data in a second block of the flash memory when the successive writing is determined to be impossible.
A growth hormone fusion protein, comprising: a double-stranded structure having a first constant region Fc segment and a second constant region Fc segment; and a growth hormone linked to the first constant region Fc segment of the double-stranded structure, and a linker peptide having one end connected to the growth hormone and another end connected to the double-stranded structure, the linker peptide containing 3 sequence units GXaa 1 PXaa 2, wherein in each of the sequence unit, each Xaa 1 represents A, and each Xaa 2 represents Q; wherein the growth hormone has no methionine at a N-terminus thereof, and the growth hormone fusion protein is expressed by a non-mammalian cell expression system. a double-stranded structure having a first constant region Fc segment and a second constant region Fc segment; and a growth hormone linked to the first constant region Fc segment of the double-stranded structure, and a linker peptide having one end connected to the growth hormone and another end connected to the double-stranded structure, the linker peptide containing 3 sequence units GXaa 1 PXaa 2, wherein in each of the sequence unit, each Xaa 1 represents A, and each Xaa 2 represents Q; wherein the growth hormone has no methionine at a N-terminus thereof, and the growth hormone fusion protein is expressed by a non-mammalian cell expression system.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: identifying one or more first resources associated with a resource pool configured for UE autonomous resource selection; identifying a second resource among the one or more first resources based on first sidelink control information, SCI, associated with a reference signal received power, RSRP, measurement, wherein the first SCI is received from another UE; identifying one or more third resources by excluding the second resource from the one or more first resources; identifying that a fourth resource is pre-empted based on second SCI received from another UE, wherein the second SCI includes priority information associated with the fourth resource, and wherein the fourth resource is a resource among the one or more third resources; removing the fourth resource from the one or more third resources; and transmitting a physical sidelink shared channel, PSSCH, after removing the fourth resource from the one or more third resources. identifying one or more first resources associated with a resource pool configured for UE autonomous resource selection; identifying a second resource among the one or more first resources based on first sidelink control information, SCI, associated with a reference signal received power, RSRP, measurement, wherein the first SCI is received from another UE; identifying one or more third resources by excluding the second resource from the one or more first resources; identifying that a fourth resource is pre-empted based on second SCI received from another UE, wherein the second SCI includes priority information associated with the fourth resource, and wherein the fourth resource is a resource among the one or more third resources; removing the fourth resource from the one or more third resources; and transmitting a physical sidelink shared channel, PSSCH, after removing the fourth resource from the one or more third resources.
A performance analysis method, comprising: detecting a cue gesture of a performer who plays a piece of music; calculating a distribution of likelihood of observation by analyzing an audio signal representative of a sound of the piece of music being played, wherein the likelihood of observation is an index showing a correspondence probability of a time point within the piece of music to a playback position; and estimating the playback position depending on the distribution of the likelihood of observation, wherein calculating the distribution of the likelihood of observation includes decreasing the likelihood of observation during a period prior to a reference point specified on a time axis for the piece of music in a case where the cue gesture is detected. detecting a cue gesture of a performer who plays a piece of music; calculating a distribution of likelihood of observation by analyzing an audio signal representative of a sound of the piece of music being played, wherein the likelihood of observation is an index showing a correspondence probability of a time point within the piece of music to a playback position; and estimating the playback position depending on the distribution of the likelihood of observation,