mhurhangee/patent-ind-claim-en huggingface dataset:
A printer, comprising: a printer cartridge that includes a nozzle plate and an ink reservoir ; and a controller , configured to initiate at least one of a nozzle plate wiping operation and an intermediate spitting operation, wherein the controller is configured to determine, prior to initiating each nozzle plate wiping operation, whether to initiate the intermediate spitting operation instead of the nozzle plate wiping operation, based on a determination, wherein the determination is made based on an information including an ink usage of the ink reservoir and a number of nozzle plate wiping operations, characterized in that the determination is made based at least in part on at least one of: a projection of whether the ink in the ink reservoir will be exhausted prior to the nozzle plate being wiped a predetermined number of times, and whether an initial spitting operation associated with the nozzle plate wiping operation will consume more ink than a projected amount of ink consumed by the intermediate spitting operation. a printer cartridge that includes a nozzle plate and an ink reservoir ; and a controller , configured to initiate at least one of a nozzle plate wiping operation and an intermediate spitting operation, wherein the controller is configured to determine, prior to initiating each nozzle plate wiping operation, whether to initiate the intermediate spitting operation instead of the nozzle plate wiping operation, based on a determination, wherein the determination is made based on an information including an ink usage of the ink reservoir and a number of nozzle plate wiping operations, characterized in that the determination is made based at least in part on at least one of: wherein the determination is made based on an information including an ink usage of the ink reservoir and a number of nozzle plate wiping operations, characterized in that the determination is made based at least in part on at least one of: a projection of whether the ink in the ink reservoir will be exhausted prior to the nozzle plate being wiped a predetermined number of times, and whether an initial spitting operation associated with the nozzle plate wiping operation will consume more ink than a projected amount of ink consumed by the intermediate spitting operation.
A water dispenser comprising a water tank which includes an outlet , a mounting portion for detachably mounting it to an inner side of a door of a refrigeration appliance, a lid for accessing an interior thereof, and a check valve assembly that is detachably engaged with the outlet , the check valve assembly comprising - a body which has a first opening , a second opening , and a passage which is formed between the first opening and the second opening , wherein the first opening is engaged with the outlet , - a shaft which is loaded by a spring and inserted through the second opening into the passage until a leading end of the shaft projects out of the first opening and the spring is compressed between a first seat on the body and a second seat on the shaft , - an elastic first sealing element which is detachably engaged with a first groove which is circumferentially formed on a periphery of the leading end of the shaft , wherein the first sealing element leak-tightly closes the first opening as the shaft is pushed rearward by the spring characterized by - a snap-ring element which is detachably engaged with a second groove which is circumferentially formed on a periphery of the leading end of the shaft , wherein the second groove is closer to a tip of the leading end than the first groove , and wherein the snap-ring element abuts against the first sealing element and blocks rearward movement of the shaft in a state where the first sealing element firmly closes the first opening . - a body which has a first opening , a second opening , and a passage which is formed between the first opening and the second opening , wherein the first opening is engaged with the outlet , - a shaft which is loaded by a spring and inserted through the second opening into the passage until a leading end of the shaft projects out of the first opening and the spring is compressed between a first seat on the body and a second seat on the shaft , - an elastic first sealing element which is detachably engaged with a first groove which is circumferentially formed on a periphery of the leading end of the shaft , wherein the first sealing element leak-tightly closes the first opening as the shaft is pushed rearward by the spring - a snap-ring element which is detachably engaged with a second groove which is circumferentially formed on a periphery of the leading end of the shaft ,
A blade comprising a root portion and an elongate portion extending from the root portion to a tip, the elongate portion having an aerofoil-shaped cross section having a leading edge , a trailing edge , a suction side and a pressure side , the tip including a squealer defining a gutter at the tip wherein the squealer comprises a wall extending from the trailing edge along the entirety of a first of the suction side and pressure side , around the leading edge and partly along a second of the suction side and pressure side leaving a gap between the trailing edge and an end of the wall on the second side, a main trailing edge cooling channel extending within the elongate portion in a direction from root to tip adjacent the trailing edge and exiting into the gutter , characterised in that the main trailing edge cooling channel includes a bend just upstream of the exit such that the exit is displaced from a camber line (C-C) of the blade elongated portion towards the second side.
Stand for supporting devices such as microphones, lamps or the like, comprising a support base , a stem extending from the base and intended to support a device and/or a swivelling arm , a foot for providing a connection between the stem and the base , wherein said connection is of the magnetic type, characterized in that it comprises a magnet housed in the foot and secured thereto via removable fastening means , wherein the fastening means comprise a screw extending through a hole in the body of the foot and engaging a threaded hole in the magnet .
A manufacturing method of laminate panels having a decoration layer wherein said method comprises a single pass inkjet printing method to form said decoration layer comprising the steps of: - printing copies of a decorative image, which represents a wood, with a printing unit on a web-shaped substrate by transmitting consecutive bitmap rows of the decorative image to the printing unit; wherein the wood is having wood grains which are oriented perpendicular to the bitmap rows of the decorative image; and wherein during said printing step the following steps are performed: - measuring dimensional changes in the web-shaped substrate; - compensating the dimensional changes by: - skipping at least one bitmap row of a copy of said copies; or - reprinting at least one bitmap row of a copy of said copies on the web-shaped substrate. - printing copies of a decorative image, which represents a wood, with a printing unit on a web-shaped substrate by transmitting consecutive bitmap rows of the decorative image to the printing unit; - measuring dimensional changes in the web-shaped substrate; - compensating the dimensional changes by: - skipping at least one bitmap row of a copy of said copies; or - reprinting at least one bitmap row of a copy of said copies on the web-shaped substrate. - skipping at least one bitmap row of a copy of said copies; or - reprinting at least one bitmap row of a copy of said copies on the web-shaped substrate.
A non-pneumatic tire comprising: - an annular beam having an inner radius R, the annular beam comprising a circumferential reinforcement ; - an annular support extending radially inward from the annular beam , said annular support comprising a thermoplastic elastomer; - a rim extending radially inward from the annular beam ; and the non-pneumatic tire having an initial tangent vertical stiffness that is at least twice a tangent vertical stiffness at a design load, characterised in that a ratio of a tire deflection at a design load to a contact patch length at the design load is no less than 5. - an annular beam having an inner radius R, the annular beam comprising a circumferential reinforcement ; - an annular support extending radially inward from the annular beam , said annular support comprising a thermoplastic elastomer; - a rim extending radially inward from the annular beam ; and the non-pneumatic tire having an initial tangent vertical stiffness that is at least twice a tangent vertical stiffness at a design load,
An electronic device for generating a pulse, the device comprising: a plurality of Marx generators , wherein the plurality of Marx generators are connected in parallel; a control interface , wherein the control interface is configured to send and receive one or more control signals from each Marx generator of the plurality of Marx generators; and a transformer , wherein the transformer comprises a first primary winding configured to receive a first output signal from a first Marx generator of the plurality of Marx generators and a second primary winding configured to receive a second output signal from a second Marx generator of the plurality of Marx generators wherein the transformer is configured to generate an output pulse based on the plurality of received signals. a plurality of Marx generators , wherein the plurality of Marx generators are connected in parallel; a control interface , wherein the control interface is configured to send and receive one or more control signals from each Marx generator of the plurality of Marx generators; and a transformer , wherein the transformer comprises a first primary winding configured to receive a first output signal from a first Marx generator of the plurality of Marx generators and a second primary winding configured to receive a second output signal from a second Marx generator of the plurality of Marx generators wherein the transformer is configured to generate an output pulse based on the plurality of received signals.
A transmitting apparatus comprising: an analog transmitting unit configured to perform analog processing on a multiplex signal represented by M N signal points obtained from combinations of N (N is two or more) digital signals each taking M values (M is two or more), to generate a transmission signal, characterized in that the apparatus further comprising: a signal multiplexing and learning unit configured to multiplex the digital signals with a neural network whose parameters have been adjusted based on analog characteristics of the analog transmitting unit , a distance from a signal point of the multiplex signal received by a receiving apparatus to an ideal signal point, and a difference between a peak of correlation between the multiplex signal received by the receiving apparatus and a replica of the multiplex signal and an ideal value of the correlation peak, to generate the multiplex signal.
A method performed by a terminal in a communication system, the method comprising: receiving , from a base station, information on at least a control channel resource on higher layer signaling; receiving , from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for an unavailable resource of the downlink data, wherein the at least the control channel resource is contained in the unavailable resource of the downlink data; and receiving, from the base station, the downlink data based on the resource allocation information of the downlink data and the indicator for the unavailable resource of the downlink data, wherein in case that the indicator for the unavailable resource indicates that the unavailable resource is not used for the downlink data , the terminal identifies the downlink data is rate-matched by the base station, and decodes the downlink data excluding resources associated with the indicator for the unavailable resource. receiving , from a base station, information on at least a control channel resource on higher layer signaling; receiving , from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for an unavailable resource of the downlink data, wherein the at least the control channel resource is contained in the unavailable resource of the downlink data; and receiving, from the base station, the downlink data based on the resource allocation information of the downlink data and the indicator for the unavailable resource of the downlink data, wherein in case that the indicator for the unavailable resource indicates that the unavailable resource is not used for the downlink data , the terminal identifies the downlink data is rate-matched by the base station, and decodes the downlink data excluding resources associated with the indicator for the unavailable resource.
Method for controlling a power train of a vehicle immobilized in a parking position, the vehicle being equipped with a parking brake device for immobilizing the vehicle and with at least one electric motor , the method comprising the following steps: - detection (A) of the direction of and/or data for a slope (P) when the parking brake device is in an applied position; - detection (B) of a transition of the parking brake device from the applied position to a released position; and - application (C) of a motor torque setpoint to the electric motor on the basis of the detected direction of and/or the data for the slope (P), the method being characterized in that it further comprises a progressive transition step (D) from a non-zero value of the motor torque setpoint towards a zero value. - detection (A) of the direction of and/or data for a slope (P) when the parking brake device is in an applied position; - detection (B) of a transition of the parking brake device from the applied position to a released position; and - application (C) of a motor torque setpoint to the electric motor on the basis of the detected direction of and/or the data for the slope (P),
An aircraft cabin having a floor and a ceiling and comprising a lighting system, the lighting system including an electrical light source and a photoluminescent light source comprising photoluminescent material, wherein in use the electrical light source is configured to charge the photoluminescent light source, the system being arranged such that the photoluminescent light source is at or near floor level of the cabin for guiding passengers to an exit and the electrical light source is provided at or near the ceiling of the cabin and the system being configured within the aircraft cabin such that an area in which the photoluminescent material is located receives a light output from the electrical light source , the photoluminescent material being provided in a track on the floor along an aisle of the aircraft cabin such that an upper surface of the track is exposed to light from the electrical light source and the photoluminescent material is chargeable by light from the electrical light source through the upper surface of the track and characterised in that the cabin comprises storage units extending along the length of the cabin and the ceiling is capable of reflecting light and the electrical light source is adjustable to configure the electrical light source so that the light output reflected by the ceiling is more concentrated in the area of the aisle , the electrical light source comprising a plurality of light emitting diodes and comprising an elongate casing having an elongate base and an elongate cover, said electrical light source being mounted along the length of the cabin and wherein the base is attached to a bracket to mount the electrical light source on a support surface of the cabin and wherein the bracket is adjustable during installation or maintenance to alter the orientation of the electrical light source to concentrate the light output reflected by the ceiling in the area of the aisle , a plurality of electrical light sources being located on top of the storage units to illuminate the ceiling and the orientation of the electrical light sources being adjustable during installation or maintenance so that light reflected from the ceiling is more concentrated in the area of the aisle.
A method of handling Public Land Mobile Network selection by auser equipment, the method comprising: performing, by the user equipment, a cell-selection procedure that selects a first cell that serves a first Public Land Mobile Network operated by a first carrier; establishing, by the user equipment, a radio connection to the first Public Land Mobile Network where the user equipment enters a connected mode at a radio resource control layer; transitioning, by the user equipment, from the connected mode to an inactive mode at the radio resource control layer; identifying, by the user equipment, a second cell that serves a second Public Land Mobile Network operated by a second carrier; performing, by the user equipment, a cell-reselection procedure that selects the second cell that serves the second Public Land Mobile Network; determining that the second Public Land Mobile Network is not an equivalent Public Land Mobile Network, to which the user equipment can register, on a list of equivalent Public Land Mobile Networks to the first Public Land Mobile Network; and responsive to determining that the second Public Land Mobile Network is not an equivalent Public Land Mobile Network to the first Public Land Mobile Network: transitioning, by the user equipment, a non-access stratum layer of the user equipment to enter an idle mode; and sending an indication to a radio resource control layer of the user equipment that triggers an action. performing, by the user equipment, a cell-selection procedure that selects a first cell that serves a first Public Land Mobile Network operated by a first carrier; establishing, by the user equipment, a radio connection to the first Public Land Mobile Network where the user equipment enters a connected mode at a radio resource control layer; transitioning, by the user equipment, from the connected mode to an inactive mode at the radio resource control layer; identifying, by the user equipment, a second cell that serves a second Public Land Mobile Network operated by a second carrier; performing, by the user equipment, a cell-reselection procedure that selects the second cell that serves the second Public Land Mobile Network; determining that the second Public Land Mobile Network is not an equivalent Public Land Mobile Network, to which the user equipment can register, on a list of equivalent Public Land Mobile Networks to the first Public Land Mobile Network; and responsive to determining that the second Public Land Mobile Network is not an equivalent Public Land Mobile Network to the first Public Land Mobile Network: transitioning, by the user equipment, a non-access stratum layer of the user equipment to enter an idle mode; and sending an indication to a radio resource control layer of the user equipment that triggers an action. transitioning, by the user equipment, a non-access stratum layer of the user equipment to enter an idle mode; and sending an indication to a radio resource control layer of the user equipment that triggers an action.
A method for performing wireless communication by a first device , the method comprising: performing a physical sidelink shared channel, PSSCH, transmission to a second device; obtaining sidelink, SL, hybrid automatic repeat request, HARQ-acknowledgment, ACK, information for the PSSCH transmission; determining an overlapping between a first physical uplink control channel, PUCCH, for reporting the SL HARQ-ACK information and a second PUCCH, and an overlapping between the first PUCCH and a third PUCCH, wherein the second PUCCH is related to a lower priority than the third PUCCH of a higher priority; resolving the overlapping between the first PUCCH and the second PUCCH, and resolving the overlapping between the first PUCCH and the third PUCCH, respectively; determining an overlapping between the first PUCCH and a first physical uplink shared channel, PUSCH, after resolving an overlapping between i) the first PUSCH and ii) a PUCCH without SL HARQ-ACK report, wherein the first PUSCH is related to a lower priority than a second PUSCH of a higher priority, and the first PUSCH includes no uplink control information, UCI; and transmitting, to a network , the first PUSCH comprising the SL HARQ-ACK information for resolving the overlapping between the first PUCCH and the first PUSCH. performing a physical sidelink shared channel, PSSCH, transmission to a second device; obtaining sidelink, SL, hybrid automatic repeat request, HARQ-acknowledgment, ACK, information for the PSSCH transmission; determining an overlapping between a first physical uplink control channel, PUCCH, for reporting the SL HARQ-ACK information and a second PUCCH, and an overlapping between the first PUCCH and a third PUCCH, wherein the second PUCCH is related to a lower priority than the third PUCCH of a higher priority; resolving the overlapping between the first PUCCH and the second PUCCH, and resolving the overlapping between the first PUCCH and the third PUCCH, respectively; determining an overlapping between the first PUCCH and a first physical uplink shared channel, PUSCH, after resolving an overlapping between i) the first PUSCH and ii) a PUCCH without SL HARQ-ACK report, wherein the first PUSCH is related to a lower priority than a second PUSCH of a higher priority, and the first PUSCH includes no uplink control information, UCI; and transmitting, to a network , the first PUSCH comprising the SL HARQ-ACK information for resolving the overlapping between the first PUCCH and the first PUSCH.
An inner shroud segment for use in a stationary shroud ring encircling a hot gas path of a gas turbine engine , the inner shroud segment comprising: a cooling configuration that includes cooling channels configured to receive and direct a coolant through an interior of the inner shroud segment , each of the cooling channels extending lengthwise between a first end and a second end that comprises an outlet formed through an exterior surface of the inner shroud segment ; opposed first and second circumferential edges ; and first and second slots formed in the first and second circumferential edges , respectively, for receiving a sealing member ; wherein: first and second slots include an outboard ceiling positioned radially outward from the sealing member ; the inner shroud segment being characterized in that the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the first slot ; and the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the second slot . a cooling configuration that includes cooling channels configured to receive and direct a coolant through an interior of the inner shroud segment , each of the cooling channels extending lengthwise between a first end and a second end that comprises an outlet formed through an exterior surface of the inner shroud segment ; opposed first and second circumferential edges ; and first and second slots formed in the first and second circumferential edges , respectively, for receiving a sealing member ; wherein: first and second slots include an outboard ceiling positioned radially outward from the sealing member ; the inner shroud segment being characterized in that the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the first slot ; and the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the second slot . first and second slots include an outboard ceiling positioned radially outward from the sealing member ; the inner shroud segment being characterized in that the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the first slot ; and the outlet of at least one of the cooling channels is positioned within the outboard ceiling of the second slot .