mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a state of a filter of a water-conducting household appliance , wherein the filter is designed to filter particles out of a fluid, wherein the method comprises: - obtaining operating information of the water-conducting household appliance ; and - ascertaining the state of the filter on the basis of the operating information, wherein the state of the filter is ascertained on the basis of the particle load to be filtered out by the filter , which particle load is determined on the basis of the operating information, wherein the operating information comprises information about b) a load of the water-conducting household appliance with articles to be treated; c) a condition of the articles to be treated; d) a condition of an available treatment agent; e) a condition of one or more treatment agents; f) a type of treatment process; g) a turbidity of the fluid and/or h) a water quantity - outputting information about the state of the filter to a user. - obtaining operating information of the water-conducting household appliance ; and - ascertaining the state of the filter on the basis of the operating information, wherein the state of the filter is ascertained on the basis of the particle load to be filtered out by the filter , which particle load is determined on the basis of the operating information, wherein the operating information comprises information about b) a load of the water-conducting household appliance with articles to be treated; c) a condition of the articles to be treated; d) a condition of an available treatment agent; e) a condition of one or more treatment agents; f) a type of treatment process; g) a turbidity of the fluid and/or h) a water quantity which particle load is determined on the basis of the operating information, wherein the operating information comprises information about b) a load of the water-conducting household appliance with articles to be treated; c) a condition of the articles to be treated; d) a condition of an available treatment agent; e) a condition of one or more treatment agents; f) a type of treatment process; g) a turbidity of the fluid and/or h) a water quantity b) a load of the water-conducting household appliance with articles to be treated; c) a condition of the articles to be treated; d) a condition of an available treatment agent; e) a condition of one or more treatment agents; f) a type of treatment process; g) a turbidity of the fluid and/or h) a water quantity - outputting information about the state of the filter to a user.
Process control system with - an engineering system - for planning automation components into a project for a technical plant, wherein the automation components have at least one controller and field devices connected to this controller , to which field device addresses are allocated, and - for creating at least one control program as well as for loading the control program into the controller , - a simulation framework for modelling the process behaviour of the field devices , - at least one simulation unit for virtualisation of the communication behaviour of the real field devices and for binding the modelled process behaviour to the at least one controller , - a plant planning tool for planning the process engineering components of the plant into the project, wherein a piping and instrumentation diagram , which comprises symbols for the real field devices , can be created by a user by means of the plant planning tool , wherein the engineering system is embodied to transfer the field device addresses to the plant planning tool , and wherein the plant planning tool is embodied to logically link at least one of the field devices to the at least one simulation unit , and wherein the plant planning tool is embodied to assign the address of the at least one field device to the at least one simulation unit . - an engineering system - for planning automation components into a project for a technical plant, wherein the automation components have at least one controller and field devices connected to this controller , to which field device addresses are allocated, and - for creating at least one control program as well as for loading the control program into the controller , - for planning automation components into a project for a technical plant, wherein the automation components have at least one controller and field devices connected to this controller , to which field device addresses are allocated, and - for creating at least one control program as well as for loading the control program into the controller , - a simulation framework for modelling the process behaviour of the field devices , - at least one simulation unit for virtualisation of the communication behaviour of the real field devices and for binding the modelled process behaviour to the at least one controller , - a plant planning tool for planning the process engineering components of the plant into the project, wherein a piping and instrumentation diagram , which comprises symbols for the real field devices , can be created by a user by means of the plant planning tool ,
A kit of parts for dental use comprising Part A and Part B: Part A comprising filler(s), optionally polymerizable component(s) with acidic moieties, polymerizable component(s) without acidic moieties, component(s) comprising an ascorbic acid moiety, sensitizing agent(s) comprising an alpha di-keto moiety, reducing agent(s) comprising a tertiary amine moiety, Part B comprising filler(s), polymerizable component(s) without acidic moieties, polymerizable component(s) with acidic moieties, transition metal component(s) comprising a copper or iron ions containing salts, organic peroxide(s) having the structure R-O-O-H with R being C1 to C20 alkyl, C3 to C20 branched alkyl, C6 to C12 cycloalkyl, C7 to C20 alkylaryl or C6 to C12 aryl, the composition obtained immediately after mixing of Part A and Part B having a pH value below 7 upon contact with water using wet pH sensitive paper, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, the compositions contained in Part A and Part B forming upon combination a self-adhesive, self-etching, self-curing or dual-curing dental composition. Part A comprising filler(s), optionally polymerizable component(s) with acidic moieties, polymerizable component(s) without acidic moieties, component(s) comprising an ascorbic acid moiety, sensitizing agent(s) comprising an alpha di-keto moiety, reducing agent(s) comprising a tertiary amine moiety, Part B comprising filler(s), polymerizable component(s) without acidic moieties, polymerizable component(s) with acidic moieties, transition metal component(s) comprising a copper or iron ions containing salts, organic peroxide(s) having the structure R-O-O-H with R being C1 to C20 alkyl, C3 to C20 branched alkyl, C6 to C12 cycloalkyl, C7 to C20 alkylaryl or C6 to C12 aryl, the composition obtained immediately after mixing of Part A and Part B having a pH value below 7 upon contact with water using wet pH sensitive paper, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, the compositions contained in Part A and Part B forming upon combination a self-adhesive, self-etching, self-curing or dual-curing dental composition.
A method for identifying hearing aid battery state, the method comprising: executing a boot sequence on a hearing aid; detecting a plurality of battery voltage measurements during the boot sequence ; characterized by : determining a boot signature voltage slope based on the plurality of battery voltage measurements; and identifying a hearing aid battery state for the hearing aid battery based on the boot signature voltage slope . executing a boot sequence on a hearing aid; detecting a plurality of battery voltage measurements during the boot sequence ; characterized by : determining a boot signature voltage slope based on the plurality of battery voltage measurements; and identifying a hearing aid battery state for the hearing aid battery based on the boot signature voltage slope . determining a boot signature voltage slope based on the plurality of battery voltage measurements; and identifying a hearing aid battery state for the hearing aid battery based on the boot signature voltage slope .
An electronic device comprising: a printed circuit board, PCB, including a ground; an antenna ; a communication circuit electrically connected to the antenna through a first feeding line and configured to transmit a network radio frequency, RF, signal having a first frequency band through the first feeding line; a sensor module configured to detect a proximity or a contact of an external object electrically connected to the antenna through a second feeding line and configured to transmit a sensor RF signal having a second frequency band through the second feeding line; a first capacitor disposed on a shorting line connecting the antenna and the ground, and having a first capacitance; a second capacitor disposed on the shorting line and having a second capacitance; and a frequency-selective circuit disposed on the shorting line and selectively delivering a signal to the first capacitor or the second capacitor, wherein the frequency-selective circuit includes a first port electrically connected to the antenna, a second port connected to the first capacitor, and a third port connected to the second capacitor, characterized in that the frequency-selective circuit is configured to transmit the network RF signal to the first capacitor and transmit the sensor RF signal to the second capacitor. a printed circuit board, PCB, including a ground; an antenna ; a communication circuit electrically connected to the antenna through a first feeding line and configured to transmit a network radio frequency, RF, signal having a first frequency band through the first feeding line; a sensor module configured to detect a proximity or a contact of an external object electrically connected to the antenna through a second feeding line and configured to transmit a sensor RF signal having a second frequency band through the second feeding line; a first capacitor disposed on a shorting line connecting the antenna and the ground, and having a first capacitance; a second capacitor disposed on the shorting line and having a second capacitance; and a frequency-selective circuit disposed on the shorting line and selectively delivering a signal to the first capacitor or the second capacitor, wherein the frequency-selective circuit includes a first port electrically connected to the antenna, a second port connected to the first capacitor, and a third port connected to the second capacitor, characterized in that the frequency-selective circuit is configured to transmit the network RF signal to the first capacitor and transmit the sensor RF signal to the second capacitor.
A motor vehicle structure having a roof structure connected to a main vehicle structure by a number of upwardly extending pillars wherein on a first side of the vehicle structure there is an A-pillar connecting a front end of the roof structure to the main vehicle structure and a B-pillar connecting the roof structure to the main vehicle structure to the rear of the A-pillar and on a second side of the vehicle structure there is a B-pillar connecting the roof structure to the main vehicle structure but no A-pillar connecting the roof structure to the main vehicle structure and the roof structure includes a diagonal roof member connected at one end to an upper end of the A-pillar on the first side of the vehicle structure and connected at an opposite end to an upper end of the B-pillar on the second side of the vehicle structure characterised in that , the motor vehicle structure comprising a wrap-around window extending from the A-pillar to the B-pillar on the second side of the vehicle structure.
A system for navigating a host vehicle based on movement of a target vehicle toward a lane being traveled by the host vehicle , the system comprising: at least one processing device programmed to: receive , from an image capture device , a plurality of images associated with an environment of the host vehicle ; and analyze at least one of the plurality of images to identify the target vehicle and at least one wheel component on a side of the target vehicle; characterized by the processing device further being programmed to: analyze , in at least two of the plurality of images, a region including the at least one wheel component of the target vehicle to identify motion associated with the at least one wheel component of the target vehicle indicative of the target vehicle entering the host vehicle lane; and cause at least one navigational change of the host vehicle based on the identified motion associated with the at least one wheel component of the target vehicle. receive , from an image capture device , a plurality of images associated with an environment of the host vehicle ; and analyze at least one of the plurality of images to identify the target vehicle and at least one wheel component on a side of the target vehicle; characterized by the processing device further being programmed to: analyze , in at least two of the plurality of images, a region including the at least one wheel component of the target vehicle to identify motion associated with the at least one wheel component of the target vehicle indicative of the target vehicle entering the host vehicle lane; and cause at least one navigational change of the host vehicle based on the identified motion associated with the at least one wheel component of the target vehicle. analyze , in at least two of the plurality of images, a region including the at least one wheel component of the target vehicle to identify motion associated with the at least one wheel component of the target vehicle indicative of the target vehicle entering the host vehicle lane; and cause at least one navigational change of the host vehicle based on the identified motion associated with the at least one wheel component of the target vehicle.
A system for determining a property of an object , the system comprising: an inducing arrangement for generating an impulse of fluid and for directing the impulse of fluid towards the object to induce a physical vibration of the object , wherein the inducing arrangement does not contact the object when inducing the vibration of the object ; characterised in that the system comprises: a detector for detecting the physical vibration of the object , wherein the detector does not contact the object when detecting the physical vibration of the object ; and a processor (P) coupled to the detector for determining the property of the object based on at least the detected physical vibration; and in that the impulse of fluid has a duration of less than 3 milliseconds. an inducing arrangement for generating an impulse of fluid and for directing the impulse of fluid towards the object to induce a physical vibration of the object , wherein the inducing arrangement does not contact the object when inducing the vibration of the object ; characterised in that the system comprises: a detector for detecting the physical vibration of the object , wherein the detector does not contact the object when detecting the physical vibration of the object ; and a processor (P) coupled to the detector for determining the property of the object based on at least the detected physical vibration; and in that the impulse of fluid has a duration of less than 3 milliseconds. a detector for detecting the physical vibration of the object , wherein the detector does not contact the object when detecting the physical vibration of the object ; and a processor (P) coupled to the detector for determining the property of the object based on at least the detected physical vibration; and in that the impulse of fluid has a duration of less than 3 milliseconds.
A method of treating a non-conductive substrate having a metal-containing compound disposed therein, the method comprising the steps of: a) treating the non-conductive substrate with an aqueous composition comprising: i) a thiol functional organic compound; and ii) preferably, a surfactant; b) selectively laser activating portions of a surface of the non-conductive substrate such that the portions are activated to accept plating thereon; c) contacting the substrate with an electroless plating bath, such that areas of the substrate, which were contacted by the laser, plate, but areas that were not contacted by the laser do not plate. a) treating the non-conductive substrate with an aqueous composition comprising: i) a thiol functional organic compound; and ii) preferably, a surfactant; i) a thiol functional organic compound; and ii) preferably, a surfactant; b) selectively laser activating portions of a surface of the non-conductive substrate such that the portions are activated to accept plating thereon; c) contacting the substrate with an electroless plating bath, such that areas of the substrate, which were contacted by the laser, plate, but areas that were not contacted by the laser do not plate.
A method of converting isobutylene, the method comprising: contacting isobutylene and a skeletal isomerization catalyst to convert the isobutylene to a mixture of C 4 olefins, wherein the mixture of C 4 olefins comprises butene-1, cis -butene-2, trans-butene-2, unreacted isobutylene, or a combination thereof; contacting the mixture of C 4 olefins with a metathesis catalyst to convert the mixture of C 4 olefins to a product mixture, wherein the product mixture comprises ethylene, propylene, unreacted isobutylene, butene-1, cis- butene-2, trans -butene-2, and C 5+ olefins, and the C 5+ olefins are present in the product mixture at an amount of at least 25 %, by weight, based on the weight of the product mixture. contacting isobutylene and a skeletal isomerization catalyst to convert the isobutylene to a mixture of C 4 olefins, wherein the mixture of C 4 olefins comprises butene-1, cis -butene-2, trans-butene-2, unreacted isobutylene, or a combination thereof; contacting the mixture of C 4 olefins with a metathesis catalyst to convert the mixture of C 4 olefins to a product mixture, wherein the product mixture comprises ethylene, propylene, unreacted isobutylene, butene-1, cis- butene-2, trans -butene-2, and C 5+ olefins, and the C 5+ olefins are present in the product mixture at an amount of at least 25 %, by weight, based on the weight of the product mixture.
A method for receiving a code block stream, comprising: receiving (S240), by a receiving device from a transport network, a code block stream that is in a first rate mode and that comprises a plurality of code blocks; determining (S250), by the receiving device , a target code block from the code block stream, wherein the target code block is a code block received by the receiving device in an inter-packet gap of the code block stream, wherein the target code block comprises a first target code block, and the first target code block is a code block of a data type; and/or the target code block comprises a second target code block, and the second target code block is a code block of a termination type; and modifying, by the receiving device , the target code block to modify the target code block to a code block, of an ordered set type, that is in a second rate mode. receiving (S240), by a receiving device from a transport network, a code block stream that is in a first rate mode and that comprises a plurality of code blocks; determining (S250), by the receiving device , a target code block from the code block stream, wherein the target code block is a code block received by the receiving device in an inter-packet gap of the code block stream, wherein the target code block comprises a first target code block, and the first target code block is a code block of a data type; and/or the target code block comprises a second target code block, and the second target code block is a code block of a termination type; and modifying, by the receiving device , the target code block to modify the target code block to a code block, of an ordered set type, that is in a second rate mode.
Film transport device for transporting a stretchable film comprising at least one belt conveyor apparatus , the belt conveyor apparatus having two opposing transport belts for transporting the film and a first and a second deflection roller which each guide one of the transport belts in a continuously circulating manner and are arranged at the end in the relevant transport belt , characterized in that the first deflection roller projects beyond the transport belt associated therewith with an end portion , in that the first deflection roller has a first transport ring on the end portion along the circumference thereof, in that the second deflection roller projects beyond the transport belt associated therewith with an end portion , and in that the second deflection roller has a second transport ring on the end portion along the circumference thereof, a first contact surface of the first transport ring extending along the circumference of the first deflection roller with mechanical friction, a second contact surface of the second transport ring extending along the circumference of the second deflection roller with mechanical friction, and the contact surfaces frictionally abutting one another.
A method comprising: detecting sound via one or more microphones of at least one network microphone device to obtain sound data ; detecting , via a first wake-word engine , a first wake word in the sound data and generating a first wake-word event, the first wake word associated with a first voice assistant service, VAS, ; detecting , via a second wake-word engine , a second wake word in the sound data and generating a second wake-word event, the second wake word associated with a second VAS different from the first VAS; when the first wake word and the second wake word are detected within a first period of time, disregarding both the first wake-word event and the second wake-word event; and after expiry of the first period of time, continuing to analyze detected sound via both the first wake-word engine for wake word detection of the first wake word and the second wake-word engine for detection of the second wake word. detecting sound via one or more microphones of at least one network microphone device to obtain sound data ; detecting , via a first wake-word engine , a first wake word in the sound data and generating a first wake-word event, the first wake word associated with a first voice assistant service, VAS, ; detecting , via a second wake-word engine , a second wake word in the sound data and generating a second wake-word event, the second wake word associated with a second VAS different from the first VAS; when the first wake word and the second wake word are detected within a first period of time, disregarding both the first wake-word event and the second wake-word event; and after expiry of the first period of time, continuing to analyze detected sound via both the first wake-word engine for wake word detection of the first wake word and the second wake-word engine for detection of the second wake word.