mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assisting a driver of a vehicle, in particular a commercial vehicle, there being provision for a mobile display device , in particular a screen, by means of which at least one vehicle information item and/or at least one operator control menu for remotely controlling at least one vehicle function can be displayed to the driver, wherein the display device is connected for signal transmission purposes to a position determination device by means of which the position of the display device relative to the vehicle can be determined, and wherein the determined position is taken as a basis for displaying at least one vehicle information item and/or at least one operator control menu for remotely controlling at least one vehicle function by means of the display device , characterized in that if the display device is in at least one defined position relative to the vehicle during a loading and/or unloading process of the vehicle , at least one loading and/or unloading vehicle information item and/or at least one operator control menu for remotely controlling at least one loading and/or unloading vehicle function is displayed by means of the display device . the display device is connected for signal transmission purposes to a position determination device by means of which the position of the display device relative to the vehicle can be determined, and wherein the determined position is taken as a basis for displaying at least one vehicle information item and/or at least one operator control menu for remotely controlling at least one vehicle function by means of the display device , characterized in that if the display device is in at least one defined position relative to the vehicle during a loading and/or unloading process of the vehicle , at least one loading and/or unloading vehicle information item and/or at least one operator control menu for remotely controlling at least one loading and/or unloading vehicle function is displayed by means of the display device .
Profiled strip for connecting a windscreen of a motor vehicle to a water tank cover, comprising a fastening region , which can be connected to the windscreen and has a fastening side facing the windscreen and a bottom side facing away from the windscreen, and comprising a latching region with a latching groove for latching reception of a rib of the water tank cover, and with an outer side facing away from the latching groove , wherein the latching groove is delimited by an inner limb adjacent to the fastening region , an outer limb opposite the inner limb and a bottom portion connecting the two limbs , wherein the profiled strip has a water-discharging element which is arranged on the latching region in a subsection along a longitudinal extent of the profiled strip , characterized in that the water-discharging element is designed as an additional part which is arranged in the region of the subsection at least on part of the outer side of the latching region , and in that the additional part is formed at least partially from a preferably water-repellent or waterproof foam material .
A vehicle comprising a system for detecting multiple spoofed or faulty global navigation satellite signals, the system comprising: a single antenna configured to receive satellite signals from a plurality of global navigation satellites, the single antenna located on the vehicle ; a receiver in the vehicle , the receiver coupled to the single antenna ; and at least one processor in the vehicle , the at least one processor in communication with the single antenna through the receiver , the at least one processor operative to: determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates, characterized in that each of the signal blocks are included in a balanced incomplete block design, BIBD a single antenna configured to receive satellite signals from a plurality of global navigation satellites, the single antenna located on the vehicle ; a receiver in the vehicle , the receiver coupled to the single antenna ; and at least one processor in the vehicle , the at least one processor in communication with the single antenna through the receiver , the at least one processor operative to: determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates, determine a unit vector in a direction from the vehicle to a global navigation satellite in local coordinates, from the satellite signals; determine a plurality of signal blocks, wherein the signal blocks are a collection of subsets of the satellite signals and a covariance matrix for the satellite signals; and determine which satellite signals in the signal blocks are spoofed or faulty by comparing a geometry of the local coordinates with satellite coordinates,
System for producing an object by means of additive manufacturing, comprising an apparatus with: - a storage container for storing powdered material that can be solidified; - a process chamber fluidly connected to the storage container and arranged for receiving at least a part of the powdered material from said storage container for forming a bath of material within the process chamber ; - a structure for positioning the object in relation to the surface level (L) of the bath of material ; and - a solidifying device for solidifying at least a part of a layer of the bath of material ; wherein said system further comprises: - a supply device arranged for refilling the storage container with a new supply of powdered material, said supply device having a supply container for storing said new supply of powdered material that can be solidified and that can be supplied to the storage container wherein the supply device is arranged to be releasably connectable to said apparatus ; - connection means for fluidly connecting the supply container to the storage container ; and - transfer means for transferring powdered material between the supply container and the storage container ; characterized in that said system comprises a filter unit for filtering powdered material that is being transferred between the supply container and the apparatus . - a storage container for storing powdered material that can be solidified; - a process chamber fluidly connected to the storage container and arranged for receiving at least a part of the powdered material from said storage container for forming a bath of material within the process chamber ; - a structure for positioning the object in relation to the surface level (L) of the bath of material ; and - a solidifying device for solidifying at least a part of a layer of the bath of material ; - a supply device arranged for refilling the storage container with a new supply of powdered material, said supply device having a supply container for storing said new supply of powdered material that can be solidified and that can be supplied to the storage container wherein the supply device is arranged to be releasably connectable to said apparatus ; - connection means for fluidly connecting the supply container to the storage container ; and - transfer means for transferring powdered material between the supply container and the storage container ;
A method in a mobile apparatus comprising: if the number N of GSM ARFCN frequencies that are included in the BA list is no more than 30 placing a NCELL measurement report in a measurement report message, and sending the measurement report message to a network interface, wherein the EUTRAN NCELL measurement report includes a first 11-bit field and a second 6-bit field wherein a first 6-bit part and a second 3-bit part of a 9-bit value representing a physical layer cell identification are included in the first and in the second field, respectively, the first field further comprises a frequency index, that is a 5-bit integer number in the range from N to 30, and corresponds to a EUTRAN center frequency of a reported EUTRAN cell, and the second field further comprises a 3-bit value representing a measurement result corresponding to the frequency index and the physical layer cell identification,. if the number N of GSM ARFCN frequencies that are included in the BA list is no more than 30 placing a NCELL measurement report in a measurement report message, and sending the measurement report message to a network interface, wherein the EUTRAN NCELL measurement report includes a first 11-bit field and a second 6-bit field wherein a first 6-bit part and a second 3-bit part of a 9-bit value representing a physical layer cell identification are included in the first and in the second field, respectively, the first field further comprises a frequency index, that is a 5-bit integer number in the range from N to 30, and corresponds to a EUTRAN center frequency of a reported EUTRAN cell, and the second field further comprises a 3-bit value representing a measurement result corresponding to the frequency index and the physical layer cell identification,.
A method for the electromechanical removal of sediments in pipelines or devices comprising one or more hollow pipes or a pipe system, wherein the method comprises the following successive steps: a. determining a cleaning section within the pipeline or the device to be cleaned, b. applying an electrical voltage to at least one electrically conductive surface of the cleaning section of the hollow pipe or pipe system with the desired polarization between an anodic area or an anode and a cathodic area or a cathode, c. partially filling the cleaning section with flushing medium if the cleaning section is not already filled with flushing medium, d. impinging modulating pressurized gas impulses to the cleaning section to form alternating liquid blocks and gas blocks that are driven in pulses along the cleaning section from a feeding point to a discharging point. a. determining a cleaning section within the pipeline or the device to be cleaned, b. applying an electrical voltage to at least one electrically conductive surface of the cleaning section of the hollow pipe or pipe system with the desired polarization between an anodic area or an anode and a cathodic area or a cathode, c. partially filling the cleaning section with flushing medium if the cleaning section is not already filled with flushing medium, d. impinging modulating pressurized gas impulses to the cleaning section to form alternating liquid blocks and gas blocks that are driven in pulses along the cleaning section from a feeding point to a discharging point.
Cosmetic or dermatological preparation comprising a) one or more lipids, b) at least one W/O emulsifier c) at least 0.05% by weight of one or more superabsorbents, based on the total mass of the preparation, characterized in that the preparation comprises a maximum of 1% by weight of water, advantageously less than 0.3% by weight water, based on the total mass of the preparation. a) one or more lipids, b) at least one W/O emulsifier c) at least 0.05% by weight of one or more superabsorbents, based on the total mass of the preparation,
Circuit arrangement with a thyristor circuit , that contains at least one series connection of at least two thyristor groups each having a thyristor or two antiparallel connected thyristors respectively, wherein each thyristor group contains an RC-circuit , that is connected in parallel with the at least one thyristor , and wherein the RC-circuit contains a series connection of a capacitor and a first resistor , with a control device , that is connected with control input terminals of the thyristors via control lines and that is adapted to control each of the thyristors separately by means of a control signal (S ik ) applied to the control input terminal , in order to switch the respective thyristor into the conducting condition, wherein the control device contains several thyristor drivers , wherein every control input terminal of a thyristor is connected via one of the control lines with one of the thyristor drivers respectively, and wherein each thyristor driver includes a first measuring terminal connected to the anode of the respective thyristor , a second measuring terminal connected to the cathode of the respective thyristor , wherein the control device is adapted to execute a test sequence, in which all of the thyristors of the series connection or of the thyristor circuit are controlled subsequently by means of a respective control signal (S ik ), so that one or more of the thyristors of one series connection are in the conducting condition respectively, characterized in that each thyristor driver includes a third measuring terminal adapted to measure or determine the thyristor current (I T ) between the anode and the cathode of the respective thyristor .
A fluid control device comprising: a vibrating plate having a central part, a frame part surrounding the central part, and a connecting part connecting between the central part and the frame part; a driver stacked over the central part, the driver being configured to vibrate the vibrating plate in a flexural manner from the central part to the connecting part; and an opposed plate stacked over the frame part, the opposed plate being spaced apart from and opposed to at least the connecting part, wherein the vibrating plate has a resonant mode such that an antinode occurs in each of the central part and the connecting part, and wherein the opposed plate has a plurality of channel holes though which a fluid flows, characterized in that , each of the channel holes being located at a position opposed to the connecting part. a vibrating plate having a central part, a frame part surrounding the central part, and a connecting part connecting between the central part and the frame part; a driver stacked over the central part, the driver being configured to vibrate the vibrating plate in a flexural manner from the central part to the connecting part; and an opposed plate stacked over the frame part, the opposed plate being spaced apart from and opposed to at least the connecting part, wherein the vibrating plate has a resonant mode such that an antinode occurs in each of the central part and the connecting part, and wherein the opposed plate has a plurality of channel holes though which a fluid flows, characterized in that ,
A fiber bundle affixing device having an affixing head that affixes fiber bundles (A) that have been cut in advance to a predetermined length, one by one to an affixing surface under heating and/or pressure, wherein the affixing head has at least a heating means for heating the fiber bundles and/or the affixing surface, and a holding and conveyance means for holding and conveying just one fiber bundle, wherein the affixing head is configured to, during the operation of affixing the fiber bundle by the affixing head, hold and convey only the fiber bundle being affixed by the holding and conveyance means.
A melt-formable ethylene-vinyl alcohol copolymer composition comprising: (A) an ethylene-vinyl alcohol copolymer; wherein the melt-formable ethylene-vinyl alcohol copolymer composition further comprises: (B) an alkali earth metal compound; and (C) an iron compound; characterized in that the iron compound (C) is present in an amount of 0.01 to 20 ppm on a metal basis based on the weight of the ethylene-vinyl alcohol copolymer composition. (A) an ethylene-vinyl alcohol copolymer; wherein the melt-formable ethylene-vinyl alcohol copolymer composition further comprises: (B) an alkali earth metal compound; and (C) an iron compound;
A method for controlling reproduction of external noise in an audio output device , comprising: detecting a speech signal in the vicinity of the audio output device; transcribing the speech signal into text; comparing the transcribed text with reference text; when at least a portion of the transcribed text matches with a portion of the reference text, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable a user of the audio output device to hear sounds external to the audio output device; when at least a portion of the transcribed text does not match with a portion of the reference text at a text level, converting each word from the transcribed text to corresponding phonemes and comparing said phonemes with words of the reference text at a phonetic level, and when said phonemes match with words of the reference text at a phonetic level, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable the user of the audio output device to hear sounds external to the audio output device. detecting a speech signal in the vicinity of the audio output device; transcribing the speech signal into text; comparing the transcribed text with reference text; when at least a portion of the transcribed text matches with a portion of the reference text, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable a user of the audio output device to hear sounds external to the audio output device; when at least a portion of the transcribed text does not match with a portion of the reference text at a text level, converting each word from the transcribed text to corresponding phonemes and comparing said phonemes with words of the reference text at a phonetic level, and when said phonemes match with words of the reference text at a phonetic level, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable the user of the audio output device to hear sounds external to the audio output device.
A light-emitting device for a signal device having a snow melting or moisture evaporating function, comprising: a substrate that transmits at least a light of a predetermined wavelength on an outermost surface of the light-emitting device, and a conductor pattern and a light-emitting element , both disposed on a surface of the substrate , the conductor pattern generating heat to raise the temperature of the substrate when it is supplied with an electric current, and the light-emitting element being connected to the conductor pattern , wherein: the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate , and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside. a substrate that transmits at least a light of a predetermined wavelength on an outermost surface of the light-emitting device, and a conductor pattern and a light-emitting element , both disposed on a surface of the substrate , the conductor pattern generating heat to raise the temperature of the substrate when it is supplied with an electric current, and the light-emitting element being connected to the conductor pattern , wherein: the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate , and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside. the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate , and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside.
Method of generating supercooled carbon dioxide snow using a cyclone having a cylindrical rear section and a connected frustoconical front section , where there is disposed at the upper end face of the rear section , at the opposite end from the front section , a plate having a gas outlet conduit which is conducted concentrically therethrough and opens out with a circular gas exit opening within the cyclone and at a distance from the plate , and the front section at its end face remote from the rear section opens out in a concentric snow exit opening , and having a carbon dioxide expansion nozzle which is connected to a pressure conduit for liquid carbon dioxide and opens out tangentially into the rear section in the region of the upper end face of the rear section , where liquid carbon dioxide is introduced into an expansion chamber at the expansion nozzle , where it is expanded to form a mixture of carbon dioxide gas and carbon dioxide snow, and then the mixture is separated into a phase consisting predominantly of carbon dioxide snow and a phase consisting predominantly of carbon dioxide gas, where the expansion chamber used is the ring space of the cyclone in the region of the gas outlet conduit thereof, and where the liquid carbon dioxide is introduced and expanded at the expansion nozzle at a pressure of at least 10 bar, characterized in that the inner radius of the gas exit opening is greater than the inner radius of the snow exit opening and the stream of carbon dioxide snow and carbon dioxide gas generated in the expansion of the liquid carbon dioxide is introduced tangentially into the ring space and discharged from the region of the expansion nozzle at maximum velocity, such that the flow generated in the expansion of the liquid carbon dioxide in the expansion chamber, at least in the region of the mouth of the expansion nozzle , generates a reduced-pressure region with a value below 0.9 bar into which the liquid carbon dioxide is expanded and hence supercooled. the inner radius of the gas exit opening is greater than the inner radius of the snow exit opening and the stream of carbon dioxide snow and carbon dioxide gas generated in the expansion of the liquid carbon dioxide is introduced tangentially into the ring space and discharged from the region of the expansion nozzle at maximum velocity, such that the flow generated in the expansion of the liquid carbon dioxide in the expansion chamber, at least in the region of the mouth of the expansion nozzle , generates a reduced-pressure region with a value below 0.9 bar into which the liquid carbon dioxide is expanded and hence supercooled.