mhurhangee/ep-ind-claims huggingface dataset:
A method of executing a karaoke application by a host device, the method comprising: receiving, by the host device, a selection signal for an application for generating at least one audio content file, the application comprising a plurality of distributable functions; displaying function information corresponding to each of the plurality of distributable functions; mapping the function information corresponding to each of the plurality of distributable functions to a plurality of devices (120_1; 120_2; 120_3; 120_n), the mapping producing mapped information; requesting over a short-range wireless communication medium the plurality of devices to perform the plurality of distributable functions according to the mapped information; receiving, over a short-range wireless communication medium, by the host device, a respective result of performing one of the plurality of distributable functions from each of the plurality of devices; and generating, by the host device, the at least one audio file based on combining the received results. receiving, by the host device, a selection signal for an application for generating at least one audio content file, the application comprising a plurality of distributable functions; displaying function information corresponding to each of the plurality of distributable functions; mapping the function information corresponding to each of the plurality of distributable functions to a plurality of devices (120_1; 120_2; 120_3; 120_n), the mapping producing mapped information; requesting over a short-range wireless communication medium the plurality of devices to perform the plurality of distributable functions according to the mapped information; receiving, over a short-range wireless communication medium, by the host device, a respective result of performing one of the plurality of distributable functions from each of the plurality of devices; and generating, by the host device, the at least one audio file based on combining the received results.
Dummy vehicle for performing tests for driver assistance systems, the dummy vehicle comprising: a vehicle element which represents a part of a vehicle to be simulated, wherein the vehicle element forms an envelope structure, wherein the envelope structure comprises an outer layer and an inner layer, wherein the outer layer in the envelope structure is arranged further outside than the inner layer, characterized in that the outer layer is transparent for sensor signals of sensors of the driver assistance system, wherein the inner layer is sensor sensitive for sensor signals of sensors of the driver assistance system, wherein the thickness of the outer layer and the thickness of the inner layer are configured such that the surface area of the inner surface of the inner layer comprises at least 70 % of the outer surface of the outer layer. a vehicle element which represents a part of a vehicle to be simulated, wherein the vehicle element forms an envelope structure, wherein the envelope structure comprises an outer layer and an inner layer, wherein the outer layer in the envelope structure is arranged further outside than the inner layer, characterized in that the outer layer is transparent for sensor signals of sensors of the driver assistance system, wherein the inner layer is sensor sensitive for sensor signals of sensors of the driver assistance system, wherein the thickness of the outer layer and the thickness of the inner layer are configured such that the surface area of the inner surface of the inner layer comprises at least 70 % of the outer surface of the outer layer.
A molded oxygen absorbent composition which comprises a pressure molded product of an oxygen absorbent composition comprising an oxygen absorbing substance, whereby the oxygen absorbing substance is selected from the group consisting of iron powder, ascorbic acid and its salts, ethylene glycol, propylene glycol, glyceric acid, gallic acid, catechol, unsaturated hydrocarbons and hydrogenated rubbers; characterized in that the oxygen absorbent composition contains water, and a swelling component capable of being swelled with water, whereby this swelling component is a combination of a bentonite and a carboxymethylcellulose.
A combustor nozzle assembly, comprising: a nozzle casing for receiving compressed air from a compressor; a curved surface at a corner continuing from an inner surface of the nozzle casing that is perpendicular to the direction of the compressed air, the curved surface including a fuel spray hole, and a fuel chamber formed by the curved surface and the nozzle casing to supply fuel into the nozzle casing through the fuel spray hole. a nozzle casing for receiving compressed air from a compressor; a curved surface at a corner continuing from an inner surface of the nozzle casing that is perpendicular to the direction of the compressed air, the curved surface including a fuel spray hole, and a fuel chamber formed by the curved surface and the nozzle casing to supply fuel into the nozzle casing through the fuel spray hole.
Hair treatment process which comprises the application of an inverse emulsion (water-in-oil) comprising (a) at least 5% by weight of one or more liquid fatty substances relative to the total weight of the emulsion, (b) one or more non ionic surfactants and (c) one or more dicarbonyl compounds other than the compounds (a) which are an α-keto acid or a hydrate thereof, chosen from glyoxylic acid, pyruvic acid, oxaloacetic acid, ketoglutaric acid.
Method for determining one or more relative directions (21 a to 21 c) as target bearing or target bearings, wherein sound waves are received by a receiver arrangement, receiving signals (16a to 16c) are determined from the sound waves by means of the receiver arrangement and directional signals (20a to 20c) of a direction (21 a to 21 c) relative to the receiver arrangement in each case are determined from the receiving signals (16a to 16c) by beamforming, the directional signals having a time progression, and from each directional signal (20a to 20c) a magnitude spectrum assigned to the relative direction (21 a to 21 c) of the directional signal (20a to 20c) or a derived spectrum obtained from the magnitude spectrum by application of mathematical functions and/or by addition and/or multiplication by a constant is determined, characterised by that from the frequency range of each magnitude spectrum or of each spectrum derived from the magnitude spectrum, frequency bands (76a to 76h) are determined by division of the frequency range of the magnitude spectrum or of the spectrum derived from the magnitude spectrum, the amplitude values of the frequencies (68a to 68j) occurring in one of the frequency bands (76a to 76h) are summarised as a frequency band amplitude value (78a to 78h) of the respective frequency band (76a to 76h) by averaging or by addition or multiplication of the amplitude values or of the amplitude values of the respective frequency band (76a to 76h) added or multiplied by an amplification factor and the relative direction (21 a to 21 c), which is assigned to a magnitude spectrum or a spectrum derived from the magnitude spectrum, is determined as a target bearing if the magnitude spectrum assigned to this relative direction (21 a to 21 c) or the spectrum derived from the magnitude spectrum has at least a number of frequency band amplitude values (78a to 78h) above a threshold level, which number lies above a set detection number, and thus a limit is set or selected above which bandwidth of incident sound waves these sound waves are assigned to a potential target.
A discharge lamp ignition device (Ex) for starting and lighting a discharge lamp (Ld) in a projector that projects and displays images using a dynamic color filter to replace the luminous flux produced by the discharge lamp with a color ordered luminous flux, comprising: a feeder circuit (Ux) to supply power to the discharge lamp (Ld), a voltage detection means (Vx) that detects the voltage of the discharge lamp (Ld) and generates a lamp voltage detection signal (Sv), a current detection means (Ix) that detects the current of the discharge lamp (Ld) and generates a lamp current detection signal (Si), a target lamp current signal generation circuit (Up) that acquires the lamp voltage detection signal (Sv) and generates a target lamp current signal (St), and a feeder capacity control circuit (Ud) that provides feedback control of the feeder circuit (Ux) so as to minimize any disparity between the target lamp current signal (St) and the lamp current detection signal (Si), characterised in that, at least during steady operation of the discharge lamp (Ld), the target lamp current signal generation circuit (Ud) is adapted to acquire multiple lamp voltage detection signals (Sv) over a period of time that is at least as long as a color order cycle of the dynamic color filter (Of) and then generate the target lamp current signal (St) on the basis of the multiple lamp voltage detection signals (Sv) that were acquired. a feeder circuit (Ux) to supply power to the discharge lamp (Ld), a voltage detection means (Vx) that detects the voltage of the discharge lamp (Ld) and generates a lamp voltage detection signal (Sv), a current detection means (Ix) that detects the current of the discharge lamp (Ld) and generates a lamp current detection signal (Si), a target lamp current signal generation circuit (Up) that acquires the lamp voltage detection signal (Sv) and generates a target lamp current signal (St), and a feeder capacity control circuit (Ud) that provides feedback control of the feeder circuit (Ux) so as to minimize any disparity between the target lamp current signal (St) and the lamp current detection signal (Si), characterised in that, at least during steady operation of the discharge lamp (Ld), the target lamp current signal generation circuit (Ud) is adapted to acquire multiple lamp voltage detection signals (Sv) over a period of time that is at least as long as a color order cycle of the dynamic color filter (Of) and then generate the target lamp current signal (St) on the basis of the multiple lamp voltage detection signals (Sv) that were acquired.
An embedded device comprising: a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins; and a plurality of peripheral pin selection modules for each of the microcontrollers, wherein each peripheral pin selection module is configured to be programmable to assign an assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of its associated microcontroller, characterized by ownership logic (110; 370) programmable to assign one of the assignable external pins to one of the plurality of microcontrollers, wherein ownership for the assignable external pin is programmed into pin ownership configuration bits stored in non-volatile flash memory, and wherein the assignable external pin comprises an associated pin multiplexer controlled by the pin ownership configuration bits, wherein the pin ownership configuration bits are configured during programming, and wherein the flash memory comprises write lock logic to prevent accidental pin configuration changes. a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins; and a plurality of peripheral pin selection modules for each of the microcontrollers, wherein each peripheral pin selection module is configured to be programmable to assign an assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of its associated microcontroller, characterized by ownership logic (110; 370) programmable to assign one of the assignable external pins to one of the plurality of microcontrollers, wherein ownership for the assignable external pin is programmed into pin ownership configuration bits stored in non-volatile flash memory, and wherein the assignable external pin comprises an associated pin multiplexer controlled by the pin ownership configuration bits, wherein the pin ownership configuration bits are configured during programming, and wherein the flash memory comprises write lock logic to prevent accidental pin configuration changes.
Energy transmission system comprising a module that can be inductively coupled to a primary-conductor system, the primary-conductor system in particular comprising a forward conductor and a return conductor, the module having a lower part and an upper part, the upper part being able to be mounted on the lower part and to be connected thereto, the lower part having a printed circuit board fitted with electronic components, a first ferrite-core portion being arranged on the printed circuit board, the first ferrite-core portion in particular being glued to the printed circuit board, a secondary winding being electrically connected to the printed circuit board and the first ferrite-core portion forming a coil core of the secondary winding together with a further ferrite-core portion, the further ferrite-core portion and a receiving region for the primary-conductor system, in particular for a portion of the primary-conductor system, being arranged in the upper part, the primary-conductor system, in particular the forward conductor and the return conductor, being able to be clipped into the receiving region arranged on the upper part, characterised in that the further ferrite-core portion is potted or overmoulded using a plastics material of a plastics support part which contacts the legs of the first ferrite-core portion such that an air gap (15, 16, 17, 18) partly filled with the plastics material is arranged between the first ferrite-core portion and the further ferrite-core portion, the thickness of the plastics layer formed by the plastics material in the air gap (15, 16, 17, 18) being selected to be of such a size that, when the upper part is mounted on the lower part, resilient deformation of the plastics layer brings about a frictional connection region between the upper part and the lower part.
A wound dressing having a least three layers (12, 15, 18) which work in cooperation with each other, comprising: a tubular inner layer that permits egress of fluid from weeping wounds, prevents desiccation of skin disposed beneath the inner layer, and prevents desiccation of ointment disposed between the inner layer and the skin; a tubular first outer layer disposed adjacent to the inner layer and radially beyond the inner layer, wherein the first outer layer absorbs fluids that leak through the inner layer; and a tubular second outer layer disposed radially beyond the first outer layer, wherein the second outer layer protects the first outer layer and the inner layer from outside contaminants and prevents fluids from escaping, wherein the first outer layer is affixed to the inner layer and the second outer layer is affixed to the first outer layer, and wherein each of the inner layer, the first outer layer, and the second outer layer have sufficient elasticity in a radial direction to permit the diameter of each of inner layer, the first outer layer, and the second outer layer to stretch to at least 150% of their original diameter in the unstretched state, respectively. a tubular inner layer that permits egress of fluid from weeping wounds, prevents desiccation of skin disposed beneath the inner layer, and prevents desiccation of ointment disposed between the inner layer and the skin; a tubular first outer layer disposed adjacent to the inner layer and radially beyond the inner layer, wherein the first outer layer absorbs fluids that leak through the inner layer; and a tubular second outer layer disposed radially beyond the first outer layer, wherein the second outer layer protects the first outer layer and the inner layer from outside contaminants and prevents fluids from escaping, wherein the first outer layer is affixed to the inner layer and the second outer layer is affixed to the first outer layer, and wherein each of the inner layer, the first outer layer, and the second outer layer have sufficient elasticity in a radial direction to permit the diameter of each of inner layer, the first outer layer, and the second outer layer to stretch to at least 150% of their original diameter in the unstretched state, respectively.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive items to be washed, and comprising a heat pump device which has an evaporator which is arranged inside a tank filled with water, characterised in that the tank is fluidically connected to an air supply duct and to an air discharge duct, the other ends of each of the air supply duct and the air discharge duct opening into the washing chamber such that air can be conveyed from the washing chamber through the air supply duct into the tank, the air coming into direct contact with the water stored in the tank, and from there through the air discharge duct back into the washing chamber.
A wireless access method, performed by an apparatus being a wireless network device, comprising: sending to a terminal a first signal set, wherein the number of signals in the first signal set is more than one and the first signal set comprises at least a synchronization signal; receiving a response signal from the terminal, the response signal comprising indication information of a resource on which a corresponding first signal set is located; and sending, according to the response signal, a second signal set to the terminal, wherein the second signal set comprises a first set of system information blocks excluding a master information block; wherein the method further comprises: receiving a random access signal from the terminal after sending the second signal set; and sending a random access answer signal to the terminal. sending to a terminal a first signal set, wherein the number of signals in the first signal set is more than one and the first signal set comprises at least a synchronization signal; receiving a response signal from the terminal, the response signal comprising indication information of a resource on which a corresponding first signal set is located; and sending, according to the response signal, a second signal set to the terminal, wherein the second signal set comprises a first set of system information blocks excluding a master information block; wherein the method further comprises: receiving a random access signal from the terminal after sending the second signal set; and sending a random access answer signal to the terminal. receiving a random access signal from the terminal after sending the second signal set; and sending a random access answer signal to the terminal.
A skin care composition comprising: a) from 0.02 to 2.5% by weight of the composition of a hexamidine compound selected from the group comprising hexamidine and its salts; b) a safe and effective amount of one or more skin care active comprising sugar amine, wherein said sugar amine is selected from the group consisting of glucosamine, N-acetyl glucosamine, mannosamine, N-acetyl mannosamine, galactosamine, N-acetyl galactosamine, their isomers and their salts; and c) a dermatologically acceptable carrier for the hexamidine and the skin care active, wherein said composition is an emulsion and comprises from 0.5 to 5% by weight of the composition of sugar amine. a) from 0.02 to 2.5% by weight of the composition of a hexamidine compound selected from the group comprising hexamidine and its salts; b) a safe and effective amount of one or more skin care active comprising sugar amine, wherein said sugar amine is selected from the group consisting of glucosamine, N-acetyl glucosamine, mannosamine, N-acetyl mannosamine, galactosamine, N-acetyl galactosamine, their isomers and their salts; and c) a dermatologically acceptable carrier for the hexamidine and the skin care active,
A method of operation of a provider controlling platform system comprising: determining, in a criteria module, a provider criterion for selecting a service provider; determining, in a capability module, a device capability for selecting a device service for a peripheral device; generating a selection threshold in a threshold module based on the provider criterion or a combination of the provider criterion and the device capability, for executing the device service; and characterised by generating a service command in a command module, based on the selection threshold meeting or exceeding a service request for commanding the peripheral device to execute the device service, wherein the provider criterion is a rule specified by the service provider that defines when the device service should be selected to meet or exceed the service request. determining, in a criteria module, a provider criterion for selecting a service provider; determining, in a capability module, a device capability for selecting a device service for a peripheral device; generating a selection threshold in a threshold module based on the provider criterion or a combination of the provider criterion and the device capability, for executing the device service; and characterised by generating a service command in a command module, based on the selection threshold meeting or exceeding a service request for commanding the peripheral device to execute the device service, wherein the provider criterion is a rule specified by the service provider that defines when the device service should be selected to meet or exceed the service request.