mhurhangee/ep-ind-claims huggingface dataset:
An information display device arranged to display information in an aircraft cockpit, the device comprising a first processor unit (6.1) arranged to be connected to a unit supplying critical flight data that are the speed and the altitude of the aircraft, and a second processor unit (6.2) arranged to be connected to an altitude database containing the coordinates of a mesh of a territory together with the associated altitudes, and to a photographic database containing the coordinates of the same mesh of the same territory together with associated photographs, the first processor unit also being connected to a display and to the second processor unit, the first processor unit and the second processor unit each comprising a computer (9.1, 9.2) and a memory (11.1, 11.2), the computer of the second unit being arranged to construct a terrain rendering image on the basis of information from the altitude database and from the photographic database, and to transmit the image to the computer of the first processor unit, which is arranged to modify the image by incorporating therein information from the unit and to transmit the modified image to the display.
A method of providing controlled turbine loading in a turbo-generator based cooling system for an aircraft, comprising the steps of: monitoring an output voltage of the turbo-generator; selectively coupling a ballast load to an electrical output of the turbo-generator to maintain the output voltage at a predetermined level; and controlling the coupling of the output to the ballast load in coordination with the cooling requirement of the system; wherein the ballast load comprises a plurality of parallel coupled ballast load elements, and wherein the step of selectively coupling the ballast load comprises a step of increasing the ballast load by coupling at least one additional ballast load element to the electrical output of the turbo-generator or a step of decreasing the ballast load by disconnecting at least one of the ballast load elements from the electrical output of the turbo-generator. monitoring an output voltage of the turbo-generator; selectively coupling a ballast load to an electrical output of the turbo-generator to maintain the output voltage at a predetermined level; and controlling the coupling of the output to the ballast load in coordination with the cooling requirement of the system; wherein the ballast load comprises a plurality of parallel coupled ballast load elements, and wherein the step of selectively coupling the ballast load comprises a step of increasing the ballast load by coupling at least one additional ballast load element to the electrical output of the turbo-generator or a step of decreasing the ballast load by disconnecting at least one of the ballast load elements from the electrical output of the turbo-generator.
Cigarette preparation device for introducing an active substance into a cigarette, wherein the cigarette preparation device has a receiving space for receiving a cigarette to be introduced into the cigarette preparation device and an introduction unit (5, 30) for introducing an active substance into a cigarette, wherein the introduction unit (5, 30) is set up to introduce the active substance into a cigarette when the cigarette is introduced into the receiving space and/or when the cigarette is removed from the receiving space, characterized in that the cigarette preparation device has at least one heating unit which is set up to heat or ignite an inner wall of the receiving space and/or, when the cigarette is received in the receiving space, the cigarette and/or an active substance introduced onto and/or into the cigarette, wherein the heating unit has at least one heating spiral (4, 64, 66), wherein the heating spiral (4, 64, 66) is arranged a. spirally in the receiving space, so that a cigarette can be guided through the spiral heating spiral (4, 64, 66) or can be received in the heating spiral (4, 64, 66), and/or b. is guided and/or wound around the receiving space, so that an inner wall of the receiving space can be heated by the heating spiral (4, 64, 66), and/or c. is arranged in a further space of the cigarette preparation device which is fluidically connected to the receiving space, so that active substance and/or air can be introduced into the receiving space via the heating spiral (4, 64, 66) by means of a fan. a. spirally in the receiving space, so that a cigarette can be guided through the spiral heating spiral (4, 64, 66) or can be received in the heating spiral (4, 64, 66), and/or b. is guided and/or wound around the receiving space, so that an inner wall of the receiving space can be heated by the heating spiral (4, 64, 66), and/or c. is arranged in a further space of the cigarette preparation device which is fluidically connected to the receiving space, so that active substance and/or air can be introduced into the receiving space via the heating spiral (4, 64, 66) by means of a fan.
A display apparatus comprising: a display panel configured to display an image; a sensor for detecting whether a user exists in front of the display apparatus, the sensor disposed behind the display panel and comprising a sensor head configured to transmit ultrasonic waves in a first direction towards a lower side of the display panel, or receive the ultrasonic waves in a second direction that is opposite to the first direction; and a guide (200, 200', 200") comprising: a first opening (210, 210', 210") into which the sensor head is inserted, a second opening (220, 220', 220a", 220b", 220c") opposite the first opening (210, 210', 210") and disposed at the lower side of the display apparatus to be opened downward of the display apparatus, a channel (230, 230', 230a", 230b", 230c") connecting the first opening (210, 210', 210") and the second opening (220, 220', 220a", 220b", 220c"), and a guide portion (240, 240', 240", 270) provided inside the channel (230, 230', 230a", 230b", 230c") and arranged to be inclined downward towards a front of the display apparatus, wherein the channel (230, 230', 230a", 230b", 230c") includes a first region adjacent to an end portion of the first opening (210, 210', 210"), a second region adjacent to the second opening (220, 220', 220a", 220b", 220c"), and a third region provided between the first region and the second region, and the guide portion (240, 240', 240") is disposed in the second region. a display panel configured to display an image; a sensor for detecting whether a user exists in front of the display apparatus, the sensor disposed behind the display panel and comprising a sensor head configured to transmit ultrasonic waves in a first direction towards a lower side of the display panel, or receive the ultrasonic waves in a second direction that is opposite to the first direction; and a guide (200, 200', 200") comprising: a first opening (210, 210', 210") into which the sensor head is inserted, a second opening (220, 220', 220a", 220b", 220c") opposite the first opening (210, 210', 210") and disposed at the lower side of the display apparatus to be opened downward of the display apparatus, a channel (230, 230', 230a", 230b", 230c") connecting the first opening (210, 210', 210") and the second opening (220, 220', 220a", 220b", 220c"), and a guide portion (240, 240', 240", 270) provided inside the channel (230, 230', 230a", 230b", 230c") and arranged to be inclined downward towards a front of the display apparatus, wherein the channel (230, 230', 230a", 230b", 230c") includes a first region adjacent to an end portion of the first opening (210, 210', 210"), a second region adjacent to the second opening (220, 220', 220a", 220b", 220c"), and a third region provided between the first region and the second region, and the guide portion (240, 240', 240") is disposed in the second region.
A wind turbine blade comprising a main blade module defining a main body of the blade, and a plurality of separate edge modules attached to the main blade module, the edge modules being arranged adjacent to one another in a spanwise direction of the blade, and each edge module defining at least part of a trailing edge of the blade, wherein each edge module comprises a down conductor for a blade lightning protection system embedded within the edge module, and wherein the down conductors of first and second adjacent edge modules are electrically connected together via an electrical connector assembly, the wind turbine blade further comprising a lightning receptor attached to the electrical connector assembly. wherein each edge module comprises a down conductor for a blade lightning protection system embedded within the edge module, and wherein the down conductors of first and second adjacent edge modules are electrically connected together via an electrical connector assembly, the wind turbine blade further comprising a lightning receptor attached to the electrical connector assembly.
A method for etching an organic film having a surface selectively protected by a hard mask layer, the method comprising: a partial etching process of etching the organic film partly in a thickness direction of the organic film by using a mixed gas containing a gas that anisotropically etches a silicon oxide film and a gas that isotropically etches the organic film without etching the silicon oxide film, wherein the mixed gas has been converted into plasma; and a deposition process of depositing a protective film made of the silicon oxide film on side surfaces and a bottom surface of a recess formed in the organic film in the partial etching process, the partial etching process and the deposition process being alternately performed multiple times. a partial etching process of etching the organic film partly in a thickness direction of the organic film by using a mixed gas containing a gas that anisotropically etches a silicon oxide film and a gas that isotropically etches the organic film without etching the silicon oxide film, wherein the mixed gas has been converted into plasma; and a deposition process of depositing a protective film made of the silicon oxide film on side surfaces and a bottom surface of a recess formed in the organic film in the partial etching process, the partial etching process and the deposition process being alternately performed multiple times.
A method for transmitting signals, comprising: determining, by a terminal device, sounding reference signal, SRS, resource indication information corresponding to a target uplink signal, wherein the SRS resource indication information is used to indicate at least one SRS resource from multiple SRS resources and the target uplink signal is physical uplink shared channel, PUSCH; determining, by the terminal device, a first power control parameter of the target uplink signal according to the SRS resource indication information, wherein there is a corresponding relationship between the SRS resource indication information and the first power control parameter; determining, by the terminal device, a transmission power of the target uplink signal according to the first power control parameter; and sending, by the terminal device, the target uplink signal to a network device according to the transmission power; characterized in that, wherein the SRS resource indication information is carried in downlink control information, DCI, for scheduling the PUSCH; wherein, a certain specific field in the DCI used for scheduling PUSCH is SRS resource indication information corresponding to the PUSCH; wherein the determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, comprises: determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, and a second power control parameter preconfigured by the network device for the target uplink signal. determining, by a terminal device, sounding reference signal, SRS, resource indication information corresponding to a target uplink signal, wherein the SRS resource indication information is used to indicate at least one SRS resource from multiple SRS resources and the target uplink signal is physical uplink shared channel, PUSCH; determining, by the terminal device, a first power control parameter of the target uplink signal according to the SRS resource indication information, wherein there is a corresponding relationship between the SRS resource indication information and the first power control parameter; determining, by the terminal device, a transmission power of the target uplink signal according to the first power control parameter; and sending, by the terminal device, the target uplink signal to a network device according to the transmission power; characterized in that, wherein the SRS resource indication information is carried in downlink control information, DCI, for scheduling the PUSCH; wherein, a certain specific field in the DCI used for scheduling PUSCH is SRS resource indication information corresponding to the PUSCH; wherein the determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, comprises: determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, and a second power control parameter preconfigured by the network device for the target uplink signal.
A regulator (100, 200) comprising an output stage for providing an output current at an output voltage, in dependence of an input voltage at a stage input node of the output stage; wherein the output stage comprises - a first input transistor; wherein a gate of the first input transistor is coupled to the stage input node of the output stage; - a first diode transistor; wherein the first diode transistor is arranged in series with the first input transistor; - a pass device configured to provide the output current at the output voltage; wherein the first diode transistor and the pass device form a current mirror; wherein a midpoint between the first input transistor and the first diode transistor is coupled to a gate of the pass device, referred to as gate node; - a second input transistor; wherein a gate of the second input transistor is coupled to the stage input node of the output stage; wherein the second input transistor is configured to control a voltage level at a replica node, in dependence of the input voltage; and - a buffer transistor; wherein a gate of the buffer transistor is coupled to the replica node and wherein a source of the buffer transistor is coupled to the gate node, such that the buffer transistor is configured to sink or source a charge current (383, 384) at the gate node, subject to the voltage level at the replica node and the voltage level at the gate node. - a first input transistor; wherein a gate of the first input transistor is coupled to the stage input node of the output stage; - a first diode transistor; wherein the first diode transistor is arranged in series with the first input transistor; - a pass device configured to provide the output current at the output voltage; wherein the first diode transistor and the pass device form a current mirror; wherein a midpoint between the first input transistor and the first diode transistor is coupled to a gate of the pass device, referred to as gate node; - a second input transistor; wherein a gate of the second input transistor is coupled to the stage input node of the output stage; wherein the second input transistor is configured to control a voltage level at a replica node, in dependence of the input voltage; and - a buffer transistor; wherein a gate of the buffer transistor is coupled to the replica node and wherein a source of the buffer transistor is coupled to the gate node, such that the buffer transistor is configured to sink or source a charge current (383, 384) at the gate node, subject to the voltage level at the replica node and the voltage level at the gate node.
A method performed by a physical layer communication device implemented using electronic circuitry, the method comprising: receiving a packet for transmission; determining whether the packet is a packet that is to receive timestamp processing; if the packet is to receive timestamp processing, determining a value indicative of a time of transmission of the packet to a communication network; if the packet is to receive timestamp processing, inserting the value indicative of the time of transmission in to the packet; if the packet is to receive timestamp processing, after determining the value indicative of the time of transmission, and after inserting the value indicative of the time of transmission into the packet, delaying the packet for a time interval determined to avoid having the packet incur a variable delay during subsequent processing due to Media Access Control Security, MACsec, processing of a prior packet to which a number of bits are added, up to a maximum number of bits, wherein the time interval is based on a time of transmission of the maximum number of bits added for MACsec processing; and transmitting the packet over the communication network. receiving a packet for transmission; determining whether the packet is a packet that is to receive timestamp processing; if the packet is to receive timestamp processing, determining a value indicative of a time of transmission of the packet to a communication network; if the packet is to receive timestamp processing, inserting the value indicative of the time of transmission in to the packet; if the packet is to receive timestamp processing, after determining the value indicative of the time of transmission, and after inserting the value indicative of the time of transmission into the packet, delaying the packet for a time interval determined to avoid having the packet incur a variable delay during subsequent processing due to Media Access Control Security, MACsec, processing of a prior packet to which a number of bits are added, up to a maximum number of bits, wherein the time interval is based on a time of transmission of the maximum number of bits added for MACsec processing; and transmitting the packet over the communication network.
A power converter comprising: a power converter main body having a control board provided therein, the power converter main body being configured to allow at least one of a plurality of types of auxiliary boards respectively including indicators to be mounted thereon such that a function is added thereto; a housing configured to house the power converter main body, the housing including a first opening so as to expose the at least one of the plurality of types of auxiliary boards; and a transparent cover member attached to the first opening of the housing; wherein the first opening and the transparent cover member are configured for the indicators of the plurality of types of auxiliary boards in common so as to cover a region of any of the plurality of types of auxiliary boards in which an indicator is arranged even when the any of the plurality of types of auxiliary boards is provided on the power converter main body. a power converter main body having a control board provided therein, the power converter main body being configured to allow at least one of a plurality of types of auxiliary boards respectively including indicators to be mounted thereon such that a function is added thereto; a housing configured to house the power converter main body, the housing including a first opening so as to expose the at least one of the plurality of types of auxiliary boards; and a transparent cover member attached to the first opening of the housing; wherein the first opening and the transparent cover member are configured for the indicators of the plurality of types of auxiliary boards in common so as to cover a region of any of the plurality of types of auxiliary boards in which an indicator is arranged even when the any of the plurality of types of auxiliary boards is provided on the power converter main body.
Component made of transparent corundum ceramic material, characterized in that the ceramic material is doped once or multiple times, the total amount of doping agent is ≤ 2000 ppm, the dopants being selected from a list comprising magnesium oxide, yttrium oxide and lanthanum oxide, and the mean grain sizes D 50 of the corundum ceramic material being <750 nm and the component having a thickness of <800 μm and a porosity of <0.01%.
A lens drive apparatus (10; 10A) for use in a small camera module, which is configured to displace a lens holder (24; 24A) in a direction of an optical axis and first and second directions (X, Y) orthogonal to the optical axis and to each other, the lens drive apparatus (10; 10A), characterized by comprising: an assembly (24, 28; 24A, 28A), which is formed by assembling the lens holder (24; 24A) together with a plurality of magnets (28; 28A) disposed around the lens holder (24; 24A) and together with a guide member (21, 34; 32A, 34A) configured to guide the lens holder (24; 24A) such that the lens holder (24; 24A) can move with respect to the plurality of magnets (28; 28A) in the direction of the optical axis; a drive section which is configured to rock the assembly in the first and second directions (X, Y) by the plurality of magnets (28; 28A) and a plurality of coils (18; 18A) disposed at a position facing the plurality of magnets (28; 28A) in collaboration with each other; a plurality of rocking support members (16; 16A) configured to support the assembly (24, 28; 24A, 28A) such that the assembly (24, 28; 24A, 28A) can rock in the first and second directions (X, Y); a housing (14, 42; 14A, 42A) that has a base (14; 14A) and a cover (42; 42A) that are configured to house the assembly; and a plurality of Hall devices (50; 50A), disposed on the base (14; 14A) at a position shifted in the direction of the optical axis with respect to the plurality of magnets (28; 28A), configured to detect positions of the plurality of magnets (28; 28A) in the first and second directions (X, Y). an assembly (24, 28; 24A, 28A), which is formed by assembling the lens holder (24; 24A) together with a plurality of magnets (28; 28A) disposed around the lens holder (24; 24A) and together with a guide member (21, 34; 32A, 34A) configured to guide the lens holder (24; 24A) such that the lens holder (24; 24A) can move with respect to the plurality of magnets (28; 28A) in the direction of the optical axis; a drive section which is configured to rock the assembly in the first and second directions (X, Y) by the plurality of magnets (28; 28A) and a plurality of coils (18; 18A) disposed at a position facing the plurality of magnets (28; 28A) in collaboration with each other; a plurality of rocking support members (16; 16A) configured to support the assembly (24, 28; 24A, 28A) such that the assembly (24, 28; 24A, 28A) can rock in the first and second directions (X, Y); a housing (14, 42; 14A, 42A) that has a base (14; 14A) and a cover (42; 42A) that are configured to house the assembly; and a plurality of Hall devices (50; 50A), disposed on the base (14; 14A) at a position shifted in the direction of the optical axis with respect to the plurality of magnets (28; 28A), configured to detect positions of the plurality of magnets (28; 28A) in the first and second directions (X, Y).