mhurhangee/ep-ind-claims huggingface dataset:
A vehicle authentication device provided in a vehicle, the vehicle authentication device comprising: an electronic control unit configured to display predetermined verification information on a display device provided in the vehicle at a predetermined timing such that the verification information is visible to a user inside a vehicle cabin, the electronic control unit being configured to receive, via an information processor possessed by the user, information on an operation performed by the user after the verification information is displayed, the electronic control unit being configured to determine that the information processor is present inside the vehicle cabin, when the information on the operation has a predetermined correspondence with the verification information, characterized in that the verification information is a digit string or a text string; the electronic control unit is configured to receive, via the information processor, utterance information on an utterance made by the user as the information on the operation; and the electronic control unit is configured to determine that the information processor is present inside the vehicle cabin, when the utterance information matches the verification information. an electronic control unit configured to display predetermined verification information on a display device provided in the vehicle at a predetermined timing such that the verification information is visible to a user inside a vehicle cabin, the electronic control unit being configured to receive, via an information processor possessed by the user, information on an operation performed by the user after the verification information is displayed, the electronic control unit being configured to determine that the information processor is present inside the vehicle cabin, when the information on the operation has a predetermined correspondence with the verification information, characterized in that the verification information is a digit string or a text string; the electronic control unit is configured to receive, via the information processor, utterance information on an utterance made by the user as the information on the operation; and the electronic control unit is configured to determine that the information processor is present inside the vehicle cabin, when the utterance information matches the verification information.
A peptide complex comprising (i) a peptide consisting of the amino acid sequence of SEQ ID NO: 2 and (ii) a peptide consisting of the amino acid sequence of SEQ ID NO: 4.
Method for generating signals for influencing the movement of a vehicle body, which can be open-loop or closed-loop controlled in its movement sequences, of a motor vehicle, wherein the movement of the vehicle body is determined by sensors, the sensor signals which correspond to the determined sensor values are fed to a damper regulator and the damper regulator supplies at least one control signal for actuating actuators, in particular semi-active or active dampers, by means of which the movement of the vehicle body can be influenced, wherein a lifting and rolling and pitching movement of the vehicle body is calculated at the ends of the vehicle body from measured vertical speeds, characterized in that the damper regulator specifies the lifting movement and rolling movement and pitching movement about a variable point of the vehicle body as a function of the instantaneous movement of the vehicle body, wherein the damper regulator influences the angular speed of the vehicle body about a centre of gravity of the vehicle body, which is dependent on the instantaneous movement of the vehicle body.
A method for monitoring a brake component temperature of a brake of a vehicle, the method comprising: measuring (101; 112) a wheel end temperature at a wheel end of a vehicle _via a temperature sensor at the wheel end; determining whether said measured wheel end temperature is above a threshold representative of a critical temperature of the brake component; and, outputting a warning signal when said determined wheel end temperature is above the threshold, wherein said determining whether the measured wheel end temperature is above the threshold includes: determining via a control unit a temperature value of a brake component on a basis of the measured temperature at the wheel end and at least one of a distance of the temperature sensor to the corresponding brake component, and environmental conditions. measuring (101; 112) a wheel end temperature at a wheel end of a vehicle _via a temperature sensor at the wheel end; determining whether said measured wheel end temperature is above a threshold representative of a critical temperature of the brake component; and, outputting a warning signal when said determined wheel end temperature is above the threshold, wherein said determining whether the measured wheel end temperature is above the threshold includes: determining via a control unit a temperature value of a brake component on a basis of the measured temperature at the wheel end and at least one of a distance of the temperature sensor to the corresponding brake component, and environmental conditions.
A system for counteracting cabin vibrations in a cabin of a vehicle in motion, the system comprising: - a sensor for measuring a current lateral velocity of the cabin when the cabin is vibrating in the lateral direction of the vehicle, - a control unit configured to receive an input signal from the sensor, said input signal representing a value of the measured lateral velocity of the cabin, characterized in that the control unit is configured to: compare the value of the measured lateral velocity with a reference value, and transmit, based on the comparison, command signals (22, 24) for applying a torque to at least one of the wheels of the vehicle. - a sensor for measuring a current lateral velocity of the cabin when the cabin is vibrating in the lateral direction of the vehicle, - a control unit configured to receive an input signal from the sensor, said input signal representing a value of the measured lateral velocity of the cabin, compare the value of the measured lateral velocity with a reference value, and transmit, based on the comparison, command signals (22, 24) for applying a torque to at least one of the wheels of the vehicle.
A method of a transmitter configured to transmit a physical layer packet in accordance with a listen-before-talk procedure, the method comprising: acquiring an indication of a specific time for channel estimation; providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time, wherein providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time comprises providing the physical layer packet with a floating midamble which comprises one or more measurement signals for channel estimation; and transmitting the physical layer packet wherein the providing step further comprises preparing two or more versions of the physical layer packet, wherein each version has the at least one measurement signal inserted at different positions, and wherein providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time comprises selecting one of the versions of the physical layer packet for transmission wherein selecting one of the versions of the physical layer packet for transmission comprises selecting the version which has the measure signal closest to the specific time. acquiring an indication of a specific time for channel estimation; providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time, wherein providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time comprises providing the physical layer packet with a floating midamble which comprises one or more measurement signals for channel estimation; and transmitting the physical layer packet wherein the providing step further comprises preparing two or more versions of the physical layer packet, wherein each version has the at least one measurement signal inserted at different positions, and wherein providing the physical layer packet with at least one measurement signal for channel estimation based on the specific time comprises selecting one of the versions of the physical layer packet for transmission wherein selecting one of the versions of the physical layer packet for transmission comprises selecting the version which has the measure signal closest to the specific time.
A method for producing an optical semiconductor device comprising a repetition of the steps of: preparing a sealing member comprising an elongated releasing film, a plurality of sealing resin layers composed of a sealing resin, the plurality of sealing resin layers being laminated on the releasing film so that the plurality of sealing resin layers are arranged in a row along the longitudinal direction of the releasing film with a space provided therebetween, and a lens-forming resin layer composed of a lens-forming resin that forms a lens, and interposed between the releasing film and the sealing resin layer, allowing the sealing resin layer and an optical semiconductor element to face each other so that the releasing film faces a metal mold while conveying the sealing member in a longitudinal direction, and pressing the sealing resin layer and/or the optical semiconductor element that are facing each other by the metal mold in a direction such that the sealing resin layer and the optical semiconductor element are brought closer, so as to seal in the optical semiconductor element with the sealing resin layer, and simultaneously with the sealing, deforming the releasing film so as to conform to the depressions of the metal mold and protect the internal face of the depressions of the metal mold, and also allow entrance of the lens-forming resin layer into the depressions of the metal mold, thereby forming the lens-forming resin layer into a lens. preparing a sealing member comprising an elongated releasing film, a plurality of sealing resin layers composed of a sealing resin, the plurality of sealing resin layers being laminated on the releasing film so that the plurality of sealing resin layers are arranged in a row along the longitudinal direction of the releasing film with a space provided therebetween, and a lens-forming resin layer composed of a lens-forming resin that forms a lens, and interposed between the releasing film and the sealing resin layer, allowing the sealing resin layer and an optical semiconductor element to face each other so that the releasing film faces a metal mold while conveying the sealing member in a longitudinal direction, and pressing the sealing resin layer and/or the optical semiconductor element that are facing each other by the metal mold in a direction such that the sealing resin layer and the optical semiconductor element are brought closer, so as to seal in the optical semiconductor element with the sealing resin layer, and simultaneously with the sealing, deforming the releasing film so as to conform to the depressions of the metal mold and protect the internal face of the depressions of the metal mold, and also allow entrance of the lens-forming resin layer into the depressions of the metal mold, thereby forming the lens-forming resin layer into a lens.
A solid dosage form comprising a coating layer containing a light-stabilizing substance and a polymer, and a compound represented by formula: or its pharmaceutically acceptable salt as the active ingredient, wherein the light-stabilizing substance in the coating layer is one or more substance selected from the group consisting of edible tar dye, edible lake tar dye, edible natural dye, ferric oxide, titanium oxide and talc.
A near field communication, NFC, antenna, comprising a metal structure on a personal computer, PC, and an NFC chip, characterized in that the NFC antenna further comprises an inductor and a capacitor; wherein one end of the metal structure on the PC is connected to one end of the inductor, the other end of the inductor is connected to one port of the NFC chip and one end of the capacitor respectively, and the other end of the metal structure on the PC is connected to the other port of the NFC chip and the other end of the capacitor respectively, wherein the metal structure on the PC comprises two metal hinges configured to connect a keyboard host and a display, a metal component of the display, and a metal component of the keyboard host; the two metal hinges comprise a first metal hinge and a second metal hinge; the first metal hinge is electrically connected to the metal component of the display; the metal component of the display is electrically connected to the second metal hinge; and the second metal hinge is electrically connected to the metal component of the keyboard host. the NFC antenna further comprises an inductor and a capacitor; wherein one end of the metal structure on the PC is connected to one end of the inductor, the other end of the inductor is connected to one port of the NFC chip and one end of the capacitor respectively, and the other end of the metal structure on the PC is connected to the other port of the NFC chip and the other end of the capacitor respectively, wherein the metal structure on the PC comprises two metal hinges configured to connect a keyboard host and a display, a metal component of the display, and a metal component of the keyboard host; the two metal hinges comprise a first metal hinge and a second metal hinge; the first metal hinge is electrically connected to the metal component of the display; the metal component of the display is electrically connected to the second metal hinge; and the second metal hinge is electrically connected to the metal component of the keyboard host.
A method of monitoring and processing aural and message alerts in an aircraft cockpit system, the method comprising: receiving a plurality of alerts which comprise at least one of an aural alert and at least one of a message alert wherein the aural and message alerts are from communications comprising: internal systems of the aircraft, air traffic control, ATC, communications, and internal and external communications of the aircraft; applying a first natural language processing, NLP, process to the aural alert to convert the aural alert to a text alert consistent in structure with the message alert, wherein the first NLP process is applied with context based attributes to determine at least a context of the aural alert by matching with a set of context attributes prior derived for the particular aircraft and stored locally therein; aggregating the text alert with the message alert to form a concatenated message alert; and identifying the context of the concatenated message alert by applying a second NLP process to the concatenated message alert in its entirety and subsequent tagging the concatenated message alert to associate a tagged message with a display element by matching the context of the concatenated message derived by the second NLP process by a tag of the tagged message with a particular display element from a plurality of display elements wherein the tagged message is a concatenated message. receiving a plurality of alerts which comprise at least one of an aural alert and at least one of a message alert wherein the aural and message alerts are from communications comprising: internal systems of the aircraft, air traffic control, ATC, communications, and internal and external communications of the aircraft; applying a first natural language processing, NLP, process to the aural alert to convert the aural alert to a text alert consistent in structure with the message alert, wherein the first NLP process is applied with context based attributes to determine at least a context of the aural alert by matching with a set of context attributes prior derived for the particular aircraft and stored locally therein; aggregating the text alert with the message alert to form a concatenated message alert; and identifying the context of the concatenated message alert by applying a second NLP process to the concatenated message alert in its entirety and subsequent tagging the concatenated message alert to associate a tagged message with a display element by matching the context of the concatenated message derived by the second NLP process by a tag of the tagged message with a particular display element from a plurality of display elements wherein the tagged message is a concatenated message.
A kinetic device comprising two or more electromagnetic devices, each electromagnetic device comprising: a power circuit, and a contact initiated electromagnet having a magnetic core and an electrical coil operably connected with the power circuit and wound around the magnetic core, wherein one end of the electrical coil is directly connected to the power circuit and the other end is connected to the magnetic core of the electromagnet; wherein the magnetic core forms part of the power circuit with the electrical coil of the electromagnet such that, in use, the electrical coil is energised when the magnetic core of the electromagnet makes electrical contact with an adjacent electromagnetic device to close the power circuit, wherein the magnetic core performs the dual purposes of (i) focusing the electromagnetic field created by the coil and (ii) forming part of the electrical circuit that energizes the magnetic core of the electromagnet. a power circuit, and a contact initiated electromagnet having a magnetic core and an electrical coil operably connected with the power circuit and wound around the magnetic core, wherein one end of the electrical coil is directly connected to the power circuit and the other end is connected to the magnetic core of the electromagnet; wherein the magnetic core forms part of the power circuit with the electrical coil of the electromagnet such that, in use, the electrical coil is energised when the magnetic core of the electromagnet makes electrical contact with an adjacent electromagnetic device to close the power circuit, wherein the magnetic core performs the dual purposes of (i) focusing the electromagnetic field created by the coil and (ii) forming part of the electrical circuit that energizes the magnetic core of the electromagnet. wherein one end of the electrical coil is directly connected to the power circuit and the other end is connected to the magnetic core of the electromagnet; wherein the magnetic core forms part of the power circuit with the electrical coil of the electromagnet such that, in use, the electrical coil is energised when the magnetic core of the electromagnet makes electrical contact with an adjacent electromagnetic device to close the power circuit, wherein the magnetic core performs the dual purposes of (i) focusing the electromagnetic field created by the coil and (ii) forming part of the electrical circuit that energizes the magnetic core of the electromagnet.
Control system (19, 29, 33, 58) for frequency control of a laser module (20, 21), comprising at least one laser module (20, 21) for generating laser radiation, at least one control device coupled or couplable to the laser module (20, 21), and at least one optical resonator (16, 23, 34) coupled or couplable to the control device, wherein the control device comprises a semiconductor substrate, a first Pound-Drever-Hall system (3, 4, 22) embodied on the semiconductor substrate and at least one second Pound-Drever-Hall system (3, 4, 22) embodied on the semiconductor substrate, wherein the laser module (20, 21) is coupled to the first Pound-Drever-Hall system (3, 4, 22) of the control device and is couplable to the at least second Pound-Drever-Hall system (3, 4, 22) of the control device, wherein the first Pound-Drever-Hall system (3, 4, 22) is coupled to the optical resonator (16, 23, 34) and wherein the second Pound-Drever-Hall system (3, 4, 22) is couplable to the optical resonator (16, 23, 34), and characterized in that the number of Pound-Drever-Hall systems (3, 4, 22) is greater than the number of laser modules (20, 21) or optical resonators (16, 23, 34). the laser module (20, 21) is coupled to the first Pound-Drever-Hall system (3, 4, 22) of the control device and is couplable to the at least second Pound-Drever-Hall system (3, 4, 22) of the control device, wherein the first Pound-Drever-Hall system (3, 4, 22) is coupled to the optical resonator (16, 23, 34) and wherein the second Pound-Drever-Hall system (3, 4, 22) is couplable to the optical resonator (16, 23, 34), and characterized in that the number of Pound-Drever-Hall systems (3, 4, 22) is greater than the number of laser modules (20, 21) or optical resonators (16, 23, 34).
A load address prediction engine of a processor, comprising a load address prediction table configured to store a plurality of load address prediction table entries (202 -202) each comprising a predictor tag field and a memory address field, and configured to: receive a load instruction; generate a table index and a predictor tag based on an identifier and a load path history indicator for the load instruction; determine whether the predictor tag is present in a predictor tag field of a load address prediction table entry (202), corresponding to the table index, of the plurality of load address prediction table entries (202 -202); and responsive to determining that the predictor tag is present in a predictor tag field of a load address prediction table entry (202), corresponding to the table index, of the plurality of load address prediction table entries (202 -202), provide a memory address from a memory address field of the load address prediction table entry (202) as a predicted memory address for the load instruction. receive a load instruction; generate a table index and a predictor tag based on an identifier and a load path history indicator for the load instruction; determine whether the predictor tag is present in a predictor tag field of a load address prediction table entry (202), corresponding to the table index, of the plurality of load address prediction table entries (202 -202); and responsive to determining that the predictor tag is present in a predictor tag field of a load address prediction table entry (202), corresponding to the table index, of the plurality of load address prediction table entries (202 -202), provide a memory address from a memory address field of the load address prediction table entry (202) as a predicted memory address for the load instruction.