mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a predetermined test pattern to a display to cause it to display an image corresponding to the predetermined test pattern; capturing image data of the display that is displaying the image corresponding to the predetermined test pattern; comparing the captured image data to the predetermined test pattern to detect a failure of and a location of at least one of a plurality of output elements of the display; comparing the detected failures and locations to at least one criterion for the display to classify a severity of the detected failures; and transmitting a notification for alerting a user of the classified severity when the detected failures fulfil the criterion; wherein the criterion is defined with reference to what is discernible to a naked human eye at an intended viewing distance from the display. providing a predetermined test pattern to a display to cause it to display an image corresponding to the predetermined test pattern; capturing image data of the display that is displaying the image corresponding to the predetermined test pattern; comparing the captured image data to the predetermined test pattern to detect a failure of and a location of at least one of a plurality of output elements of the display; comparing the detected failures and locations to at least one criterion for the display to classify a severity of the detected failures; and transmitting a notification for alerting a user of the classified severity when the detected failures fulfil the criterion; wherein the criterion is defined with reference to what is discernible to a naked human eye at an intended viewing distance from the display.
Apparatus for machining a workpiece with a laser beam coupled into a water jet, the apparatus comprising a laser unit for providing the laser beam, a nozzle unit with an aperture for producing the water jet, an optical unit configured to provide the laser beam from the laser unit onto the nozzle unit, being characterised by: a sensing unit configured to sense laser light reflected from a surface of the nozzle unit and produce a sensing signal based on the sensed reflected laser light, a control unit configured to control (108, 110) the optical unit and/or nozzle unit to change a point of incidence of the laser beam on the nozzle unit, and, when the water jet is produced by the nozzle unit, to evaluate the sensing signal and to determine a defined sensing pattern in the sensing signal indicative of the laser beam being fully and/or partially aligned with the aperture. [and,] a sensing unit configured to sense laser light reflected from a surface of the nozzle unit and produce a sensing signal based on the sensed reflected laser light, a control unit configured to control (108, 110) the optical unit and/or nozzle unit to change a point of incidence of the laser beam on the nozzle unit, and, when the water jet is produced by the nozzle unit, to evaluate the sensing signal and to determine a defined sensing pattern in the sensing signal indicative of the laser beam being fully and/or partially aligned with the aperture. [and,]
A Battery Management System BMS for managing a battery, the BMS comprising: a sensing unit configured to measure a battery current, a battery voltage, and a battery temperature; and a Micro Control Unit MCU which comprises a State of Charge SOC calculator and a full charge determining unit wherein the SOC calculator is configured to calculate a current integration SOC using an actual charging efficiency η of the battery and the measured battery current wherein the SOC calculator is configured to detect the battery current and battery voltage to determine whether they correspond to a SOC reset condition in order to determine that the SOC reset condition is met characterized in that a SOC reset point is defined such that a present SOC is forcibly reset to a predetermined SOC value when the battery current reaches a predetermined current value and the battery voltage reaches a predetermined voltage value whereby the SOC reset condition is satisfied wherein the full charge determining unit is configured to receive the sensed battery current from the sensing unit and the present current integration SOC from the SOC calculator, and to determine a battery overcharge state by calculating the current integration SOC after the SOC reset point using the actual charging efficiency η of the battery and the received battery current and by determining that the current integration SOC reaches a predetermined battery rating capacity. a sensing unit configured to measure a battery current, a battery voltage, and a battery temperature; and a Micro Control Unit MCU which comprises a State of Charge SOC calculator and a full charge determining unit wherein the SOC calculator is configured to calculate a current integration SOC using an actual charging efficiency η of the battery and the measured battery current wherein the SOC calculator is configured to detect the battery current and battery voltage to determine whether they correspond to a SOC reset condition in order to determine that the SOC reset condition is met characterized in that a SOC reset point is defined such that a present SOC is forcibly reset to a predetermined SOC value when the battery current reaches a predetermined current value and the battery voltage reaches a predetermined voltage value whereby the SOC reset condition is satisfied wherein the full charge determining unit is configured to receive the sensed battery current from the sensing unit and the present current integration SOC from the SOC calculator, and to determine a battery overcharge state by calculating the current integration SOC after the SOC reset point using the actual charging efficiency η of the battery and the received battery current and by determining that the current integration SOC reaches a predetermined battery rating capacity.
A method of manufacturing a gallium oxide substrate, the method of manufacturing comprising: polishing the gallium oxide substrate with a polishing slurry, wherein the polishing slurry contains manganese dioxide particles and water. polishing the gallium oxide substrate with a polishing slurry, wherein the polishing slurry contains manganese dioxide particles and water.
Method for measuring the permeability to gases of the wall of a hollow body made from polymer material, said method comprising a first step called the conditioning step in which a flushing gas flushes said hollow body, and a second step, called the measuring step, in which a measurement gas is introduced into said hollow body, the flushing gas and the measurement gas being different, characterized in that the flow rate of flushing gas is higher than the flow rate of measurement gas and in that the sending of the measurement gas during the second, measuring step is carried out after discharing the flushing gas from the first step to the external surrounding air so that said flushing gas is sent into said hollow body without mixing with said measurement gas.
Power switch, especially high-current switch, comprising at least one pole unit with a pole head and a pole base and a contact system interposed therebetween, and a drive unit (9, 10) for introducing a switching movement into a moving contact of the contact system, wherein every pole head and every pole base of the pole unit are in each case fastened to a retaining wall of the power switch by means of a supporting device (11, 12), characterized in that both the supporting device of the pole head and the supporting device of the pole base in each case comprise a single one-piece insulating body.
A method for characterising the evolution of a subsurface volume, said method comprising: providing a first survey of the subsurface volume with a first set of seismic traces corresponding to a first time; providing a second survey of the subsurface volume with a second set of seismic traces corresponding to a second time; constructing an analytic filter operable to shift one or more seismic traces in dependence of time shift, and wherein said analytic filter comprises an all-pass plane wave destruction filter parameterized by time shifts, and is a time domain analogue of a frequency domain phase shift operator operable to impose a constant time shift to a plane wave model of a seismic trace; and performing an inversion to obtain time shift estimates such that said analytic filter aligns said first survey and said second survey. providing a first survey of the subsurface volume with a first set of seismic traces corresponding to a first time; providing a second survey of the subsurface volume with a second set of seismic traces corresponding to a second time; constructing an analytic filter operable to shift one or more seismic traces in dependence of time shift, and wherein said analytic filter comprises an all-pass plane wave destruction filter parameterized by time shifts, and is a time domain analogue of a frequency domain phase shift operator operable to impose a constant time shift to a plane wave model of a seismic trace; and performing an inversion to obtain time shift estimates such that said analytic filter aligns said first survey and said second survey.
A fluid pressure driven high frequency percussion hammer for drilling in hard formations, which percussion hammer comprises a housing (8, 9, 10) which in one end thereof is provided with a drill bit designed to act directly on the hard formation, which percussion hammer further comprises a hammer piston moveably received in said housing (8, 9, 10) and acts on the drill bit, which hammer piston has a longitudinally extending bore having predetermined flow capacity, and the bore being closeable in the upstream direction by a valve plug that follows the hammer piston during its downstroke until said valve plug is mechanically stopped by stopping means (50, 51), said valve plug being controlled by an associated valve stem slidably received in a valve stem sleeve, whereafter said valve stem promptly returns the plug by a predetermined percentage of the full stroke length of the hammer piston and separates the valve plug from a seat seal on the hammer piston, such that said bore is opened and bore fluid is allowed to flow freely through the bore, such that the hammer piston can recoil by little resistance, characterized in that a magnet, is provided that cooperates with the valve stem in order to be able to retain the valve stem and thus the valve plug at rest in a fully returned position.
A process for preparing an alkylate comprising contacting in a reactor a hydrocarbon mixture comprising at least an isoparaffin and an olefin with an acidic ionic liquid catalyst under alkylation conditions to obtain an alkylate, which process further comprises: - withdrawing an alkylate-comprising reactor effluent from the reactor, wherein the reactor effluent comprises an ionic liquid phase and a hydrocarbon phase; - separating at least part the reactor effluent into an ionic liquid phase effluent and a multiple-phase effluent in a first separation unit; - separating at least part of the multiple-phase effluent into a hydrocarbon phase effluent and another effluent in a second separation unit; and - recycling at least part of the ionic liquid phase effluent to the reactor; in which process the ionic liquid phase effluent comprises solids, which process further comprises: - providing the ionic liquid phase effluent to a separation unit suitable for separating solids and liquids; and - removing at least part of the solids from the ionic liquid phase effluent. - withdrawing an alkylate-comprising reactor effluent from the reactor, wherein the reactor effluent comprises an ionic liquid phase and a hydrocarbon phase; - separating at least part the reactor effluent into an ionic liquid phase effluent and a multiple-phase effluent in a first separation unit; - separating at least part of the multiple-phase effluent into a hydrocarbon phase effluent and another effluent in a second separation unit; and - recycling at least part of the ionic liquid phase effluent to the reactor; - providing the ionic liquid phase effluent to a separation unit suitable for separating solids and liquids; and - removing at least part of the solids from the ionic liquid phase effluent.
A method of displaying information on an avionics device display, said method comprising the steps of: displaying selectable aeronautical and weather items on the device display, said items including information relating to said items; maintaining a dynamically variable database of selectable aeronautical and weather items accessible by a control processor of the device; updating the database dynamically to include selectable aeronautical and weather items only within a predetermined area; updating the predetermined area dynamically; enabling selection of aeronautical and weather items of the dynamically variable database in a sequential manner; selecting a desired aeronautical or weather item; and displaying information relating to said selected aeronautical or weather item, wherein said information is derived from a source stored internally within said avionics device or selected from the group comprising: Navigation Map (Airports, controlled airspace, special use airspace, navigation aids, cultural features, geographic features), METAR, AIRMET/SIGMET, and TFR weather pages. displaying selectable aeronautical and weather items on the device display, said items including information relating to said items; maintaining a dynamically variable database of selectable aeronautical and weather items accessible by a control processor of the device; updating the database dynamically to include selectable aeronautical and weather items only within a predetermined area; updating the predetermined area dynamically; enabling selection of aeronautical and weather items of the dynamically variable database in a sequential manner; selecting a desired aeronautical or weather item; and
A wound dressing comprising a liquid permeable wound facing layer, an opposing backing layer, and a layered, interior arrangement positioned therebetween, the interior arrangement comprising an absorbent core, an active carbon containing layer and a zeolite containing layer.
Hearing device with at least one microphone arranged within the housing of the hearing device, wherein the microphone is arranged within a mounting plate of the hearing device, an opening for receiving the microphone is provided within said mounting plate, and an elastic material is arranged in at least a part area between said microphone and a wall of said opening facing said microphone, characterized in that a groove is provided within said wall of said opening for receiving said elastic material, wherein at least one part of a cross section of the elastic material is extending into an opening cross section of said opening, and the groove is provided as an open, embracing groove facing up towards an insertion direction of the microphone.
An apparatus for preparing beverages, comprising a capsule receptacle (204, 300, 400, 416, 500) adapted to receive a beverage capsule (306, 418) containing a quantity of a beverage ingredient and an injection head adapted to inject a volume of a fluid into said beverage capsule (306, 418) to produce a beverage, said injection head being mobile between a first, inactive position and a second, active position, and further comprising a biasing device (226, 304) configured to selectively prevent the injection head from remaining in the first, inactive position, and a capsule-detecting means (308, 402, 404, 422, 508) adapted to activate said biasing device (226, 304) when said capsule-detecting means (308, 402, 404, 422, 508) detects the presence of a beverage capsule (306, 418) within said capsule receptacle (204, 300, 400, 416, 500) wherein the biasing device is adapted to selectively bias the injection head into either the second, active position when the capsule-detecting means (308, 402, 404, 422, 508) detects the presence of a beverage capsule (306, 418); and into the first, inactive position when the capsule-detecting means (308, 402, 404, 422, 508) detects the absence of a beverage capsule (306, 418) characterized in that the biasing device comprises a resilient element being operably connected to the injection head at an attachment point, said attachment point being mobile between a first attachment position wherein the force exerted by the mass of the injection head is greater than the force exerted by the resilient element, thereby biasing said injection head into the first, inactive position; and a second attachment position wherein the force exerted by the resilient element is greater than the force exerted by the mass of said injection head, thereby biasing the injection head into the second, active position.
Drain assembly for roof drainage, comprising a drain device and an inlet device, wherein the drain device has a pipe socket and at least one retaining element, which latter is preferably in connection with the pipe socket, and wherein the inlet device comprises a cover part for covering the pipe entrance, said cover part having lateral passages through which water can be fed to the pipe entrance, and two functional parts, which can be arranged beneath the cover part, wherein one of the functional parts is a build-up functional part that defines a build-up height, and the other of the functional parts is an emergency overflow functional part having an inlet that defines an infeed height, wherein both the build-up functional part and the emergency overflow functional part and the cover part are fastenable to said at least one retaining element, wherein selectively either the build-up functional part or the emergency overflow functional part is insertable in the drain assembly and wherein the build-up functional part and the emergency overflow functional part respectively comprise at least one fastening interface, via which the respective functional part (5, 7, 8) are fastenable to the retaining element, wherein the fastening interface of the build-up functional part and the fastening interface of the emergency overflow functional part are configured substantially identically to each other. wherein the drain device has a pipe socket and at least one retaining element, which latter is preferably in connection with the pipe socket, and wherein the inlet device comprises a cover part for covering the pipe entrance, said cover part having lateral passages through which water can be fed to the pipe entrance, and two functional parts, which can be arranged beneath the cover part, wherein one of the functional parts is a build-up functional part that defines a build-up height, and the other of the functional parts is an emergency overflow functional part having an inlet that defines an infeed height, wherein both the build-up functional part and the emergency overflow functional part and the cover part are fastenable to said at least one retaining element, wherein selectively either the build-up functional part or the emergency overflow functional part is insertable in the drain assembly and wherein the build-up functional part and the emergency overflow functional part respectively comprise at least one fastening interface, via which the respective functional part (5, 7, 8) are fastenable to the retaining element, wherein the fastening interface of the build-up functional part and the fastening interface of the emergency overflow functional part are configured substantially identically to each other.
A tooth cleaning system comprising a supply pipe for liquid through which liquid can be fed to a handling element; a leaching device connectable to a liquid source for receiving a tooth cleaning mixture and for leaching out components out of the tooth cleaning mixture by means of liquid supplied by the liquid source and for mixing leached out components and the liquid, a nozzle in fluid communication with the leaching device to emit the mixture of leached out components of the tooth cleaning mixture and liquid for tooth cleaning, the leaching device comprising: - a housing, - a leaching chamber within the housing, - a liquid inlet into the leaching chamber, - a liquid outlet out of the leaching chamber, - a support for a tooth cleaning mixture arranged in the leaching chamber, characterized in that the support being at least partly elastic for providing a prestress to the tooth cleaning mixture. - a housing, - a leaching chamber within the housing, - a liquid inlet into the leaching chamber, - a liquid outlet out of the leaching chamber, - a support for a tooth cleaning mixture arranged in the leaching chamber,
A compacted body, in particular a briquette, suitable for use as mineral charge in the production of man-made vitreous fibres (MMVF), said compacted body comprising: (i) recycled waste mineral wool which comprises MMV fibres in contact with a non-cured MMVF binder comprising: (a) a sugar component and (b) a reaction product of a polycarboxylic acid component and an amine component and (ii) a cement binder (i) recycled waste mineral wool which comprises MMV fibres in contact with a non-cured MMVF binder comprising: (a) a sugar component and (b) a reaction product of a polycarboxylic acid component and an amine component and (a) a sugar component and (b) a reaction product of a polycarboxylic acid component and an amine component (ii) a cement binder
A device for controlling data packet transmissions in a wireless network having a plurality of nodes (10, 50), comprising: a control unit that is adapted to adjust transmission parameters of an intermediate node (Ni) for forwarding a data packet received by the intermediate node (Ni) based on a distance between the intermediate node (Ni) and a sender node travelled by the data packet, characterized in that the transmission parameters are set to preferential transmission parameters for the data packet, if it is determined that the distance travelled by the data packet exceeds a predetermined threshold. a control unit that is adapted to adjust transmission parameters of an intermediate node (Ni) for forwarding a data packet received by the intermediate node (Ni) based on a distance between the intermediate node (Ni) and a sender node travelled by the data packet,