mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a vehicle engine harmonic enhancement system, comprising: providing a first engine harmonic enhancement audio signal; and equalizing the first engine harmonic enhancement audio signal separately for each of a plurality of loudspeakers (22; 24) to provide individually equalized loudspeaker engine harmonic enhancement audio signals, wherein the equalizing the first engine harmonic enhancement audio signal separately for each of the plurality of loudspeakers comprises modifying at least two of the phase, the amplitude, and the delay of the first engine harmonic enhancement audio signal, the method being characterized in that the providing the first engine harmonic enhancement audio signal comprises: providing a stream of engine harmonic enhancement gains; smoothing the stream of engine harmonic enhancement gains to provide a stream of smoothed engine harmonic enhancement gains ; applying the stream of smoothing engine harmonic gains to the first engine harmonic enhancement audio signal; determining if the engine load is increasing or decreasing; and if the engine load is decreasing, changing a smoothing parameter; the method further comprising: determining a fundamental harmonic frequency; and wherein the providing the first engine harmonic enhancement audio signal further comprises: providing a first set of harmonics of the fundamental harmonic frequency; separately equalizing each of the first set of harmonics of the fundamental harmonic frequency. providing a first engine harmonic enhancement audio signal; and equalizing the first engine harmonic enhancement audio signal separately for each of a plurality of loudspeakers (22; 24) to provide individually equalized loudspeaker engine harmonic enhancement audio signals, wherein the equalizing the first engine harmonic enhancement audio signal separately for each of the plurality of loudspeakers comprises modifying at least two of the phase, the amplitude, and the delay of the first engine harmonic enhancement audio signal, the method being characterized in that the providing the first engine harmonic enhancement audio signal comprises: providing a stream of engine harmonic enhancement gains; smoothing the stream of engine harmonic enhancement gains to provide a stream of smoothed engine harmonic enhancement gains ; applying the stream of smoothing engine harmonic gains to the first engine harmonic enhancement audio signal; determining if the engine load is increasing or decreasing; and if the engine load is decreasing, changing a smoothing parameter; the method further comprising: determining a fundamental harmonic frequency; and wherein the providing the first engine harmonic enhancement audio signal further comprises: providing a first set of harmonics of the fundamental harmonic frequency; separately equalizing each of the first set of harmonics of the fundamental harmonic frequency. providing a first set of harmonics of the fundamental harmonic frequency; separately equalizing each of the first set of harmonics of the fundamental harmonic frequency.
A method in a mobile device comprising a host processor , a wireless local area network solution and a wireless local area network modem , comprising: receiving , in the wireless local area network modem , from the host processor , a command to change a medium access control address associated with the wireless local area network modem ; and changing , in the wireless local area network modem , the medium access control address, without restarting the wireless local area network modem of the mobile device, characterized in that the medium access control address is changed by the wireless local area network modem as a response to the command only if a restriction on a maximum allowed rate of medium access control address changes per unit of time is not exceeded, the command comprising a new medium access control address. receiving , in the wireless local area network modem , from the host processor , a command to change a medium access control address associated with the wireless local area network modem ; and changing , in the wireless local area network modem , the medium access control address, without restarting the wireless local area network modem of the mobile device, characterized in that the medium access control address is changed by the wireless local area network modem as a response to the command only if a restriction on a maximum allowed rate of medium access control address changes per unit of time is not exceeded, the command comprising a new medium access control address.
Charging station for a consumer with a charging interface with electrodes (6a, b) for the contacting coupling of the consumer , wherein the consumer has a mating interface , a charging facility and an energy storage device , wherein the mating interface is interconnected with the energy storage device via the charging facility , so that the energy storage device can be charged via the mating interface , with a supply facility for supplying the charging interface , wherein the supply facility can be set into a charging state and a non-charging state, with a detection facility for detecting the coupling of the consumer to the charging interface , wherein the detection facility is embodied, when the supply facility is in a non-charging state, to acquire an electrical variable based on the energy storage voltage of the energy storage device as detection variable for detecting the coupling of the consumer to the charging interface , and wherein the charging facility has a blocking diode , characterised in that the detection variable is embodied as a reverse current (I) through the blocking diode , and a load resistance is provided between the electrodes (6a, b) of the charging interface , wherein less than 95% of the voltage present at the electrodes (6a, b) of the charging interface drops at the load resistance , and the charging station contains a control facility , wherein the control facility is embodied to switch the supply facility between the charging state and the non-charging state on the basis of the detection variable. with a charging interface with electrodes (6a, b) for the contacting coupling of the consumer , wherein the consumer has a mating interface , a charging facility and an energy storage device , wherein the mating interface is interconnected with the energy storage device via the charging facility , so that the energy storage device can be charged via the mating interface , with a supply facility for supplying the charging interface , wherein the supply facility can be set into a charging state and a non-charging state, with a detection facility for detecting the coupling of the consumer to the charging interface , wherein the detection facility is embodied, when the supply facility is in a non-charging state, to acquire an electrical variable based on the energy storage voltage of the energy storage device as detection variable for detecting the coupling of the consumer to the charging interface , and wherein the charging facility has a blocking diode , characterised in that the detection variable is embodied as a reverse current (I) through the blocking diode , and a load resistance is provided between the electrodes (6a, b) of the charging interface , wherein less than 95% of the voltage present at the electrodes (6a, b) of the charging interface drops at the load resistance , and the charging station contains a control facility , wherein the control facility is embodied to switch the supply facility between the charging state and the non-charging state on the basis of the detection variable.
A non-therapeutic method for administering water soluble physiologically active substances selected from one or more vitamins and/or caffeine, said method comprising intranasally administering to a subject an aqueous composition comprising: • 0.001-25 wt.% of one or more fully dissolved physiologically active substances, including at least 0.001 wt.% of one or more vitamins and/or at least 0.001 wt.% of caffeine, the physiologically active substances having a water solubility in demineralized water of at least 15 mg/mL at 20°C, wherein the aqueous composition does not comprise both niacin and ascorbic acid; • 0.01-10 wt.% nicotinamide; and • at least 60 wt.% water. • 0.001-25 wt.% of one or more fully dissolved physiologically active substances, including at least 0.001 wt.% of one or more vitamins and/or at least 0.001 wt.% of caffeine, the physiologically active substances having a water solubility in demineralized water of at least 15 mg/mL at 20°C, wherein the aqueous composition does not comprise both niacin and ascorbic acid; • 0.01-10 wt.% nicotinamide; and • at least 60 wt.% water.
Arrangement for an industrial robot , the arrangement comprising: - a rotatable input member ; - a rotatable output member arranged to rotate about a substantially vertical rotational axis ; - a gear unit defining a gear ratio between the input member and the output member ; and - a passive mechanical torque adjusting device configured to apply a torque to the output member around the rotational axis such that the absolute value of a static torque on the output member is increased. - a rotatable input member ; - a rotatable output member arranged to rotate about a substantially vertical rotational axis ; - a gear unit defining a gear ratio between the input member and the output member ; and - a passive mechanical torque adjusting device configured to apply a torque to the output member around the rotational axis such that the absolute value of a static torque on the output member is increased.
A galvanically isolating integrated optocoupler circuit comprising: a silicon-on-insulator substrate having a silicon layer on a buried insulator layer ; first and second circuits located in the silicon layer and respectively configured to operate at voltages that are at least an order of magnitude different from one another; a local oxidation of silicon, LOCOS, insulator in a portion of the silicon layer, the LOCOS insulator and the buried insulator layer being configured to galvanically isolate the first circuit from the second circuit; and an optocoupler including: a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them. a silicon-on-insulator substrate having a silicon layer on a buried insulator layer ; first and second circuits located in the silicon layer and respectively configured to operate at voltages that are at least an order of magnitude different from one another; a local oxidation of silicon, LOCOS, insulator in a portion of the silicon layer, the LOCOS insulator and the buried insulator layer being configured to galvanically isolate the first circuit from the second circuit; and an optocoupler including: a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them. a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them.
A connecting joint assembly , comprising: a female member having a first axial end , a second axial end , and a cylindrical body portion extending between the first axial end and the second axial end having a splined radially inner surface, wherein the first axial end of the female member has an annular groove in an inner surface thereof; a male member having a first axial end portion , a second axial end portion , and a splined tubular portion extending between the first axial end portion and the second axial end portion , wherein the second axial end portion of the male member has a circumferential groove on the outer surface thereof; and a retaining member including a continuous annular portion and a flat surface portion including attachment features extending radially inward from and perpendicular to the continuous annular portion and defining an aperture therein, wherein the continuous annular portion extends perpendicular to the flat surface portion along a radially outer edge thereof, wherein a splined radially inner surface of the female member and the splined tubular portion of the male member are meshingly engaged with each other, wherein the second axial end portion of the male member extends through the aperture of the retaining member , wherein the continuous annular portion of the retaining member fits into the annular groove in the inner surface of the female member , and wherein the attachment features of the retaining member extend into the circumferential groove in the outer surface of the male member . a female member having a first axial end , a second axial end , and a cylindrical body portion extending between the first axial end and the second axial end having a splined radially inner surface, wherein the first axial end of the female member has an annular groove in an inner surface thereof; a male member having a first axial end portion , a second axial end portion , and a splined tubular portion extending between the first axial end portion and the second axial end portion , wherein the second axial end portion of the male member has a circumferential groove on the outer surface thereof; and a retaining member including a continuous annular portion and a flat surface portion including attachment features extending radially inward from and perpendicular to the continuous annular portion and defining an aperture therein, wherein the continuous annular portion extends perpendicular to the flat surface portion along a radially outer edge thereof, wherein a splined radially inner surface of the female member and the splined tubular portion of the male member are meshingly engaged with each other, wherein the second axial end portion of the male member extends through the aperture of the retaining member , wherein the continuous annular portion of the retaining member fits into the annular groove in the inner surface of the female member , and wherein the attachment features of the retaining member extend into the circumferential groove in the outer surface of the male member .
An apparatus comprising: a controller configured to: determine an on-ground status of a wheel of a landing gear ; generate a control signal based on the on-ground status of the wheel and based further on one of an engine speed of at least one of a left engine or a right engine, a throttle parameter of the at least one of a left throttle or a right throttle, or a flap position of a flap, the control signal to initiate a retract braking process for the wheel, the retract braking process to decelerate the wheel from a first rate of rotation to a second rate of rotation less than the first rate of rotation. determine an on-ground status of a wheel of a landing gear ; generate a control signal based on the on-ground status of the wheel and based further on one of an engine speed of at least one of a left engine or a right engine, a throttle parameter of the at least one of a left throttle or a right throttle, or a flap position of a flap, the control signal to initiate a retract braking process for the wheel, the retract braking process to decelerate the wheel from a first rate of rotation to a second rate of rotation less than the first rate of rotation.
Method for production of phototrophic organisms such as phytoplankton, in particular microalgae such as Chlorella vulgaris, where phototrophic organisms and an aqueous medium are filled into transparent bottles which are exposed at least at times to artificial lighting , where carbon sources and nutrients are added to the substances present in the bottles, said bottles are subjected to a movement during cultivation of the phototrophic organisms, and for harvesting of the phototrophic organisms at least a part of the substances present in the bottles is removed from said bottles and then the phototrophic organisms are separated, the bottles being conveyed past artificial light sources by means of a conveyor device during cultivation, wherein the bottles are subjected during conveying or during an interruption of conveying to an additional forced movement from the group shaking, rotating, turning, rolling, and/or the substance in the bottles is agitated by means of an agitating device, or moved or mixed by internal fittings.
Chitosan nanoparticles comprising siRNA targeting a Galectin 1 (anti-gall siRNA) for use in the treatment of central nervous tumours, wherein said nanoparticles are administered via intranasal delivery, and wherein the chitosan molecules in said nanoparticles have an MW of between 30 and 200 kDa.
A docking device that is mountable on a first space vehicle (A) that performs inertial flight in space, and docks, with the first space vehicle, a second space vehicle (B) that performs inertial flight in space, the docking device comprising: a base ring disposed in a coupling part (A1) of the first space vehicle (A); a first-side capturing ring for coming into contact with the second space vehicle (B); six links that constitute a parallel link mechanism for coupling the base ring to the first-side capturing ring with six degrees of freedom; and linear actuators , each of which incorporates a motor as a driving source, and extends and contracts the link , wherein resistance generation mechanisms, each of which generates a regenerative current in the motor of the linear actuator to produce resistance force with respect to at least a compressive load when the second space vehicle (B) comes into contact with the first-side capturing ring and the link receives a contact load, are provided.
A stent comprising: a tubular stent body having a lumen extending therethrough; and an anchor portion attached to an end of the tubular stent body, wherein the lumen continues through the anchor portion , and wherein the anchor portion includes at least one opening configured to facilitate tissue ingrowth, wherein the anchor portion is detachable from the tubular stent body while the stent is in a deployed state, the stent further comprising at least one strand securing the end of the tubular stent body to the anchor portion wherein the at least one strand is at least partially formed of a bioabsorbable material such that the at least one strand weakens over time when the stent is deployed in a patient body, wherein the anchor portion includes a bioabsorbable material configured to degrade at a predetermined rate, and the at least one strand is configured to degrade faster than the material of the anchor portion . a tubular stent body having a lumen extending therethrough; and an anchor portion attached to an end of the tubular stent body, wherein the lumen continues through the anchor portion , and wherein the anchor portion includes at least one opening configured to facilitate tissue ingrowth, wherein the anchor portion is detachable from the tubular stent body while the stent is in a deployed state, the stent further comprising at least one strand securing the end of the tubular stent body to the anchor portion wherein the at least one strand is at least partially formed of a bioabsorbable material such that the at least one strand weakens over time when the stent is deployed in a patient body, wherein the anchor portion includes a bioabsorbable material configured to degrade at a predetermined rate, and the at least one strand is configured to degrade faster than the material of the anchor portion .
Method for detecting a fault in a generator unit, which has an electric machine with rotor winding and stator winding and a rectifier connected thereto, via which the electric machine is connected to an on-board electrical network of a motor vehicle, wherein a profile of an excitation current (I E ) flowing through the rotor winding of the electric machine is identified, the method is characterized in that a fault is assumed to exist in the generator unit depending on whether a frequency component (A) of a frequency spectrum of the profile of the excitation current (I E ) in a frequency range above a lower rotational speed limit (SW) is greater than a threshold value (S).
A method for handling printing material packages embodied as rolls in a roll supply system of a print shop comprising a web-fed press having at least one aggregate embodied as a roll changer for printing material delivery, wherein a printing material package is brought into a checkpoint of the printing material supply system comprising at least one storage facility (21; 26) and the at least one roll changer , upon entry into the checkpoint of the printing material supply system acquires the printing material package with respect to at least one property of characterizing data (D ) at an operator interface (22; 27) assigned to the entry point by actuating an operating element (36; 37; 41; 42), transmits said data via a signal path to a database system and there with respect to the relevant printing material package said data are stored together in an individualized manner with a datum individualizing the relevant printing material package in a package data record, characterized in that within the scope of a feeding of the roll changer with a printing material package coming from the checkpoint at least one datum individualizing the current printing material package is determined by an interaction with an operator with an operator interface assigned to the roll changer for printing material delivery on site and is transmitted to the database system , wherein as a consequence of the transmission of the datum relating to the current printing material package in the relevant package data record of the database system individualizing the same datum an entry relating to the status and/or location is changed.