mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a control device of a motor vehicle during a parking phase, in which an ignition of the motor vehicle is switched off in order to switch off units of the motor vehicle, wherein in the method an ignition-off signal sent out to initiate the parking phase in the motor vehicle is received by the control device and thereafter at least one electronic component of the control device is switched off, characterised in that after receiving the ignition-off signal in the control device a processor core and a memory device (52, 58), in which an operating software provided for an operation of the control device when the ignition is switched on is stored, are operated and during the parking phase an update of the operating software is performed by the processor core on the basis of update data (62, 62', 62"), wherein the control device comprises, for controlling its energy consumption, a power controller which is a power supply with a separate control circuit, and the control device comprises device electronics, in the form of a circuit board, on which electronic components required for the operation of the control device are arranged, and the device electronics are divided into one first and at least one second power domain (36, 38), wherein each power domain (36, 38) is connected to an electrical supply connection of the control device via an own electrical supply line (40, 42) via the power controller and the processor core and the memory device (52, 58) on the one hand, and the at least one electronic component that can be switched off on the other hand, are arranged in different ones of the power domains (36, 38) and when receiving the ignition-off signal at least one of the power domains is electrically separated from the supply connection by the power controller, wherein the power domain with the processor core and the memory device (52, 58) continues to be supplied with voltage, wherein the processor core and a memory controller of the memory device (52, 58) is provided by an integrated circuit of a System-on-a-Chip, SoC, with a periphery (50, 52, 54) that can be switched off separately and, based on the ignition-off signal the periphery (50, 54) that is not required for the update is switched off, and wherein the power controller is activated for completing the update and the processor core and the memory device (52, 58) are switched off by the power controller.
A dual view zone backlight comprising: a light guide configured to guide light as guided light; a first backlight region configured to emit directional emitted light toward a first view zone; and a second backlight region configured to emit broad-angle emitted light toward both the first view zone and a second view zone, the second backlight region being adjacent to the first backlight region, wherein a viewing range of the first view zone has a direction that differs from a direction of a viewing range of the second view zone; characterized by a directional scattering feature configured to scatter out of the light guide a portion of the guided light as the directional emitted light from a portion of the light guide corresponding to the first backlight region; and a broad-angle scattering feature configured to scatter out of the light guide a portion of the guided light as the broad-angle emitted light from a portion of the light guide corresponding to the second backlight region. a light guide configured to guide light as guided light; a first backlight region configured to emit directional emitted light toward a first view zone; and a second backlight region configured to emit broad-angle emitted light toward both the first view zone and a second view zone, the second backlight region being adjacent to the first backlight region, wherein a viewing range of the first view zone has a direction that differs from a direction of a viewing range of the second view zone; characterized by a directional scattering feature configured to scatter out of the light guide a portion of the guided light as the directional emitted light from a portion of the light guide corresponding to the first backlight region; and a broad-angle scattering feature configured to scatter out of the light guide a portion of the guided light as the broad-angle emitted light from a portion of the light guide corresponding to the second backlight region.
A data communication method, comprising: receiving, by a terminal, a first demodulation reference signal by using a first physical resource block index, wherein the first physical resource block index is determined based on a first location in frequency domain, and the first demodulation reference signal is used to demodulate a first data channel that carries a system information block; and sending and/or receiving, by the terminal, a second demodulation reference signal by using a second physical resource block index, wherein the second physical resource block index is determined based on a second location in frequency domain, and the second demodulation reference signal is used to demodulate a second data channel other than the first data channel; the method further comprising: receiving, by the terminal, first information for configuring the first location by using a master information block, and second information for configuring the second location by using the system information block or radio resource control signaling. receiving, by a terminal, a first demodulation reference signal by using a first physical resource block index, wherein the first physical resource block index is determined based on a first location in frequency domain, and the first demodulation reference signal is used to demodulate a first data channel that carries a system information block; and sending and/or receiving, by the terminal, a second demodulation reference signal by using a second physical resource block index, wherein the second physical resource block index is determined based on a second location in frequency domain, and the second demodulation reference signal is used to demodulate a second data channel other than the first data channel; the method further comprising: receiving, by the terminal, first information for configuring the first location by using a master information block, and second information for configuring the second location by using the system information block or radio resource control signaling.
Self-cleaning probe for use in optical measurements in a flow containing a known liquid, the probe comprising a measuring cell defining a passage for the liquid to be measured to pass through, the probe including at least a first and second optical interface on opposite sides of the passage, both being in communication with the known liquid, the probe comprising at least one optical light source emitting an optical signal and a detector for receiving an optical signal having propagated partly or fully through the liquid flow from the first to the second interface, wherein the optical interfaces are mechanically and acoustically coupled to each other and are acoustically coupled to at least one acoustic transducer connected to a power source, adapted to produce vibrations in the frequency range of 5kHz-1MHz, the vibrations being substantially perpendicular to the plane of the interfaces, so that, when in use, the acoustic energy of the vibrations of the optical interfaces exceeds the cavitation threshold in the known liquid, so as to remove deposits on the optical interfaces.
A mobile communication system for providing a Subscriber Identity Module, SIM, Application Toolkit, SAT, service, the system comprising: a toolkit management server for providing SAT services, transmitting a menu message of available SAT services at the request of a mobile communication terminal, performing a selected SAT service, and transmitting the performance results of the selected SAT service to the mobile communication terminal, wherein the mobile communication terminal comprises a SIM card having a connection command for the toolkit management server, and said mobile communication terminal further comprising a connection manager other than the SIM card, for transmitting, in response to a SAT service request, a SAT service request message to the SIM card, for receiving a server connection command message from the SIM card, for transmitting a connection request message to the toolkit management server, for performing, when a registration message is received from the toolkit management server, a session connection with the toolkit management server, for receiving the menu message, for displaying a menu of SAT services provided by the toolkit management server, when a desired SAT service is selected from the menu by the user, transmitting the selected SAT service to the toolkit management server, receiving the performance results of the selected SAT service from the toolkit management server, and displaying the received performance results. a toolkit management server for providing SAT services, transmitting a menu message of available SAT services at the request of a mobile communication terminal, performing a selected SAT service, and transmitting the performance results of the selected SAT service to the mobile communication terminal, wherein the mobile communication terminal comprises a SIM card having a connection command for the toolkit management server, and said mobile communication terminal further comprising a connection manager other than the SIM card, for transmitting, in response to a SAT service request, a SAT service request message to the SIM card, for receiving a server connection command message from the SIM card, for transmitting a connection request message to the toolkit management server, for performing, when a registration message is received from the toolkit management server, a session connection with the toolkit management server, for receiving the menu message, for displaying a menu of SAT services provided by the toolkit management server, when a desired SAT service is selected from the menu by the user, transmitting the selected SAT service to the toolkit management server, receiving the performance results of the selected SAT service from the toolkit management server, and displaying the received performance results.
Lighting and/or signaling device for a motor vehicle, said lighting and/or signaling device comprising: - a housing; - an outer lens designed to close the housing; - at least one light module housed inside said housing comprising: - at least one optical surface (9, 9', 9"); - at least one light source (7, 7') interacting with said optical surface (9, 9') to form a light beam; - a heat sink comprising a plurality of fins; - an air flow generator designed to generate an air flow towards the heat sink, said air flow passing through the fins of the heat sink; and - a support plate of the light module comprising a front part oriented towards the outer lens with a plurality of gaps designed to direct the air flow coming from the heat sink towards the outer lens, characterized in that the support plate is open by virtue of the gaps. - a housing; - an outer lens designed to close the housing; - at least one light module housed inside said housing comprising: - at least one optical surface (9, 9', 9"); - at least one light source (7, 7') interacting with said optical surface (9, 9') to form a light beam; - at least one optical surface (9, 9', 9"); - at least one light source (7, 7') interacting with said optical surface (9, 9') to form a light beam; - a heat sink comprising a plurality of fins; - an air flow generator designed to generate an air flow towards the heat sink, said air flow passing through the fins of the heat sink; and - a support plate of the light module comprising a front part oriented towards the outer lens with a plurality of gaps designed to direct the air flow coming from the heat sink towards the outer lens, characterized in that the support plate is open by virtue of the gaps.
A method for transmitting Acknowledgement/Negative Acknowledgement, ACK/NACK, information at a User Equipment, UE, in a wireless communication system supporting Long Term Evolution, LTE, system and being configured to use Physical Uplink Control Channel, PUCCH, format 3 for transmitting ACK/NACK information, the method comprising: determining whether transmission of a scheduling request is configured in one subframe in which ACK/NACK information for downlink transmission is to be transmitted; transmitting the ACK/NACK information and the scheduling request using PUCCH format 1a/1b in the one subframe, when transmission of the ACK/NACK information is configured in the one subframe for the transmission for the scheduling request and at least one of specific conditions is met; and transmitting the ACK/NACK information and the scheduling request using PUCCH format 3 in the one subframe, when transmission of the ACK/NACK information is configured in the one subframe for the transmission for the scheduling request and the specific conditions are not met, wherein the specific conditions comprise: a first condition that the ACK/NACK information acknowledges reception of only a Physical Downlink Shared Channel, PDSCH, received only on a Primary Cell, PCell, and a second condition that the ACK/NACK information acknowledges reception of only a PDCCH indicating Semi-Persistent Scheduling, SPS, release received only on the PCell. determining whether transmission of a scheduling request is configured in one subframe in which ACK/NACK information for downlink transmission is to be transmitted; transmitting the ACK/NACK information and the scheduling request using PUCCH format 1a/1b in the one subframe, when transmission of the ACK/NACK information is configured in the one subframe for the transmission for the scheduling request and at least one of specific conditions is met; and transmitting the ACK/NACK information and the scheduling request using PUCCH format 3 in the one subframe, when transmission of the ACK/NACK information is configured in the one subframe for the transmission for the scheduling request and the specific conditions are not met, wherein the specific conditions comprise: a first condition that the ACK/NACK information acknowledges reception of only a Physical Downlink Shared Channel, PDSCH, received only on a Primary Cell, PCell, and a second condition that the ACK/NACK information acknowledges reception of only a PDCCH indicating Semi-Persistent Scheduling, SPS, release received only on the PCell. a first condition that the ACK/NACK information acknowledges reception of only a Physical Downlink Shared Channel, PDSCH, received only on a Primary Cell, PCell, and a second condition that the ACK/NACK information acknowledges reception of only a PDCCH indicating Semi-Persistent Scheduling, SPS, release received only on the PCell.
A target adapted to generate ultraviolet light comprising: a substrate adapted to transmit ultraviolet light therethrough; and a light-emitting layer disposed on the substrate and adapted to generate ultraviolet light in response to an electron beam; wherein the light-emitting layer includes a powdery or granular rare-earth-containing aluminum garnet crystal doped with an activator, the light-emitting layer having an ultraviolet light emission peak wavelength of 300 nm or shorter, and wherein the rare-earth-containing aluminum garnet crystal has a surface covered with a melted crystal layer resolidified after being melted by heat treatment. a substrate adapted to transmit ultraviolet light therethrough; and a light-emitting layer disposed on the substrate and adapted to generate ultraviolet light in response to an electron beam; wherein the light-emitting layer includes a powdery or granular rare-earth-containing aluminum garnet crystal doped with an activator, the light-emitting layer having an ultraviolet light emission peak wavelength of 300 nm or shorter, and wherein the rare-earth-containing aluminum garnet crystal has a surface covered with a melted crystal layer resolidified after being melted by heat treatment.
A method in a network node of a wireless communication network for aligning discovery reference signal, DRS, occurrences, the method comprising: determining a first DRS occurrence configuration, the first DRS occurrence configuration comprising a schedule for transmission of a first series of DRS occurrences; determining a first discontinuous reception, DRX, configuration, the first DRX configuration comprising a schedule of DRX cycles for a first wireless device; determining a first discovery measurement timing configuration, DMTC, the first DMTC comprising a schedule for receiving DRS occurrences that is aligned with a first subset of DRS occurrences of the first series of DRS occurrences and the schedule of DRX cycles for the first wireless device; communicating the first DMTC to the first wireless device; determining a second DRX configuration, the second DRX configuration comprising a schedule of DRX cycles for a second wireless device, wherein an on duration for the second DRX configuration occurs at a different time than an on duration for the first DRX configuration; determining a second DMTC, the second DMTC comprising a schedule for receiving DRS occurrences that is aligned with a first subset of DRS occurrences of the first series of DRS occurrences and the schedule of DRX cycles for the second wireless device; and communicating the second DMTC to the second wireless device. determining a first DRS occurrence configuration, the first DRS occurrence configuration comprising a schedule for transmission of a first series of DRS occurrences; determining a first discontinuous reception, DRX, configuration, the first DRX configuration comprising a schedule of DRX cycles for a first wireless device; determining a first discovery measurement timing configuration, DMTC, the first DMTC comprising a schedule for receiving DRS occurrences that is aligned with a first subset of DRS occurrences of the first series of DRS occurrences and the schedule of DRX cycles for the first wireless device; communicating the first DMTC to the first wireless device; determining a second DRX configuration, the second DRX configuration comprising a schedule of DRX cycles for a second wireless device, wherein an on duration for the second DRX configuration occurs at a different time than an on duration for the first DRX configuration; determining a second DMTC, the second DMTC comprising a schedule for receiving DRS occurrences that is aligned with a first subset of DRS occurrences of the first series of DRS occurrences and the schedule of DRX cycles for the second wireless device; and communicating the second DMTC to the second wireless device.
A communication device, comprising: a data receiving unit which receives uncompressed image data, for which conversion has been performed from high luminance dynamic range to standard luminance dynamic range, transmitted from a first external device through a first transmission path; an information receiving unit which receives dynamic range conversion definition information of the conversion including a parameter required for knee conversion during the conversion; a graphics processor configured to: generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; the communication device further comprising a data transmitting unit which transmits the uncompressed image data with which the graphics are combined to a second external device. a data receiving unit which receives uncompressed image data, for which conversion has been performed from high luminance dynamic range to standard luminance dynamic range, transmitted from a first external device through a first transmission path; an information receiving unit which receives dynamic range conversion definition information of the conversion including a parameter required for knee conversion during the conversion; a graphics processor configured to: generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; the communication device further comprising a data transmitting unit which transmits the uncompressed image data with which the graphics are combined to a second external device.
Nuclear fuel rod extending along a longitudinal direction (XX') comprising a plurality of fuel pellets stacked on each other and a cladding made of a material transparent to neutrons surrounding the stack of pellets in which, in the section transverse to the longitudinal direction (XX'): - the cladding is generally elliptical in shape and the inside surface has a major axis with length 2*a and a minor axis with length 2*b, - each nuclear fuel pellet is generally elliptical in shape truncated at the ends of the major axis of the cladding, the minor axis of each pellet being of length 2*b' equal to length 2*b of the minor axis of the inside surface of the cladding except for the assembly clearance j of the pellets in the cladding, over the length of the truncated major axis 2*c, the difference in length between half of the truncated major axis of the pellets and half of the major axis of the cladding (c-a) being very much larger than the assembly clearance j. - the cladding is generally elliptical in shape and the inside surface has a major axis with length 2*a and a minor axis with length 2*b, - each nuclear fuel pellet is generally elliptical in shape truncated at the ends of the major axis of the cladding, the minor axis of each pellet being of length 2*b' equal to length 2*b of the minor axis of the inside surface of the cladding except for the assembly clearance j of the pellets in the cladding, over the length of the truncated major axis 2*c, the difference in length between half of the truncated major axis of the pellets and half of the major axis of the cladding (c-a) being very much larger than the assembly clearance j.
A fitting arrangement (20; 20') for a lift-and-slide sash, comprising: - a profile rail with a base section and two side sections protruding from the base section, - a drive rod that is movably guided in the profile rail, - an energy storage device which is attached to the profile rail, on the one hand, and to the drive rod, on the other, wherein a peg (40; 40') is provided for fastening the energy storage device to the profile rail, which peg extends through a first bore in a first mounting section of the energy storage device and engages in two holes in the two side sections, characterized in that a one-piece holding element (58; 58') with two fixing sections on both sides of the first mounting section engages in a respective groove of the peg (40; 40'). - a profile rail with a base section and two side sections protruding from the base section, - a drive rod that is movably guided in the profile rail, - an energy storage device which is attached to the profile rail, on the one hand, and to the drive rod, on the other, wherein a peg (40; 40') is provided for fastening the energy storage device to the profile rail, which peg extends through a first bore in a first mounting section of the energy storage device and engages in two holes in the two side sections, characterized in that a one-piece holding element (58; 58') with two fixing sections on both sides of the first mounting section engages in a respective groove of the peg (40; 40').