mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed in a lock device , the method comprising the steps of: receiving , in a passive Radio-frequency Identification, RFID, transceiver , energy from a key device comprising an RFID reader , using wireless energy transfer; receiving additional energy from an additional energy source based on energy harvesting; entering an active state from an idle state; exchanging RFID data with the RFID reader, comprising receiving a request of an identifier of the lock device, and receiving a command to write credential data, the credential data comprising one or more of a list of site identifiers, lock identifiers and lock group identifiers; obtaining an access decision based on the RFID data by making the access decision based on comparing the credential data against lock identification data in memory of the lock device ; and mechanically unlocking the lock device when access is granted and wireless energy more than a threshold amount has been received and when the lock device in total has sufficient energy from both wireless energy transfer and the energy received in the receiving additional energy step. receiving , in a passive Radio-frequency Identification, RFID, transceiver , energy from a key device comprising an RFID reader , using wireless energy transfer; receiving additional energy from an additional energy source based on energy harvesting; entering an active state from an idle state; exchanging RFID data with the RFID reader, comprising receiving a request of an identifier of the lock device, and receiving a command to write credential data, the credential data comprising one or more of a list of site identifiers, lock identifiers and lock group identifiers; obtaining an access decision based on the RFID data by making the access decision based on comparing the credential data against lock identification data in memory of the lock device ; and mechanically unlocking the lock device when access is granted and wireless energy more than a threshold amount has been received and when the lock device in total has sufficient energy from both wireless energy transfer and the energy received in the receiving additional energy step.
A method of determining the location of a fault in a power cable of a power distribution network comprising: monitoring at least one electrical parameter of the power distribution network to detect the occurrence of the fault in the power cable and determine at least one time window for the occurrence of the fault ; taking a first set of measurement signals obtained by a distributed fibre optic sensor having a sensing optical fibre deployed along the path of said power cable ; analysing the first set of measurement signals based on said at least one time window for measurement signals indicative of the fault in the power cable ; and identifying the location of the fault in the power cable based on the location of one or more longitudinal sensing portions of the sensing fibre giving rise to the measurement signals indicative of the fault in the power cable ; characterised in that the first set of measurement signals comprise signals indicative of the extent of any disturbances on each of a plurality of longitudinal sensing portions of the sensing fibre over a known time period and the first set of measurement signals comprises a time stamp indicating when the measurement signals were acquired. monitoring at least one electrical parameter of the power distribution network to detect the occurrence of the fault in the power cable and determine at least one time window for the occurrence of the fault ; taking a first set of measurement signals obtained by a distributed fibre optic sensor having a sensing optical fibre deployed along the path of said power cable ; analysing the first set of measurement signals based on said at least one time window for measurement signals indicative of the fault in the power cable ; and identifying the location of the fault in the power cable based on the location of one or more longitudinal sensing portions of the sensing fibre giving rise to the measurement signals indicative of the fault in the power cable ; characterised in that the first set of measurement signals comprise signals indicative of the extent of any disturbances on each of a plurality of longitudinal sensing portions of the sensing fibre over a known time period and the first set of measurement signals comprises a time stamp indicating when the measurement signals were acquired.
Method for operating at least one food handling device, referred to in the following as the device , comprising the following steps: • Step A: capturing feedback information ∘ by means of a human-machine interface , HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device , • Step B: forming, by means of a local control unit in the device , feedback data sets which represent the feedback information, • Step C: sending the feedback data sets from the device to a central computing unit , • Step D: classifying, by means of the central computing unit , the feedback data sets on the basis of at least one stored feedback comparative data set, • Step E: generating, by means of the central computing unit , a modification signal on the basis of the classification of at least one feedback data set , • Step F: sending the modification signal to the device , • Step G: modifying a user input request by the HMI directed to the user in the device on the basis of the modification signal . • Step A: capturing feedback information ∘ by means of a human-machine interface , HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device , ∘ by means of a human-machine interface , HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device , • Step B: forming, by means of a local control unit in the device , feedback data sets which represent the feedback information, • Step C: sending the feedback data sets from the device to a central computing unit , • Step D: classifying, by means of the central computing unit , the feedback data sets on the basis of at least one stored feedback comparative data set, • Step E: generating, by means of the central computing unit , a modification signal on the basis of the classification of at least one feedback data set , • Step F: sending the modification signal to the device , • Step G: modifying a user input request by the HMI directed to the user in the device on the basis of the modification signal .
An optical connector assembly, OCA, comprising: a connector housing configured to maintain alignment between optical components housed within the OCA and photoelectric converters on an optoelectronic substrate (OES) assembly , that includes a socket , the optical components comprising a ferrule (112-1) and an optical cable (112-2), the ferrule (112-1) being optically coupled to the optical cable (112-2), and the connector housing comprising a plurality of locking arms , a spring recess between the plurality of locking arms and a first securing feature (116-1) and a second securing feature (116-2) configured to be coupled to corresponding securing features (1126-1, 1126-2) of the socket for removably securing the OCA to the socket; a ferrule holder to hold the ferrule (112-1) within the OCA including a plurality of ferrule apertures configured to receive the plurality of locking arms for coupling the ferrule holder and the connector housing ; a spring located between the connector housing and the ferrule holder and seated in the spring recess , the spring applying a separating force between the ferrule holder and the connector housing ; and a gasket coupled to the connector housing , wherein the OCA is configured such that when the connector housing is coupled to the socket the gasket is compressed to provide a seal between the connector housing and the socket and the ferrule holder unseats from the plurality of locking arms and the spring is configured to push the ferrule holder and the ferrule (112-1) down into a seated position within the socket. a connector housing configured to maintain alignment between optical components housed within the OCA and photoelectric converters on an optoelectronic substrate (OES) assembly , that includes a socket , the optical components comprising a ferrule (112-1) and an optical cable (112-2), the ferrule (112-1) being optically coupled to the optical cable (112-2), and the connector housing comprising a plurality of locking arms , a spring recess between the plurality of locking arms and a first securing feature (116-1) and a second securing feature (116-2) configured to be coupled to corresponding securing features (1126-1, 1126-2) of the socket for removably securing the OCA to the socket; a ferrule holder to hold the ferrule (112-1) within the OCA including a plurality of ferrule apertures configured to receive the plurality of locking arms for coupling the ferrule holder and the connector housing ; a spring located between the connector housing and the ferrule holder and seated in the spring recess , the spring applying a separating force between the ferrule holder and the connector housing ; and a gasket coupled to the connector housing , wherein the OCA is configured such that when the connector housing is coupled to the socket the gasket is compressed to provide a seal between the connector housing and the socket and the ferrule holder unseats from the plurality of locking arms and the spring is configured to push the ferrule holder and the ferrule (112-1) down into a seated position within the socket.
A machine for making capsules of the type comprising a container and a dose of product (P) inserted in the container , the container being preferably a cup-like container having an inlet opening , through which the product (P) is supplied into the container before a corresponding lid is applied, and an outer lip surrounding the inlet opening , said machine comprising a feed system for feeding at least a container along a feed path in a direction of feed (V), said feed system comprising at least a seat for said container , said machine comprising at least one filling station positioned along the feed path and comprising at least one filling unit for supplying the dose of product (P) into said container , said machine comprising at least one detecting station positioned along said feed path immediately downstream of said filling station according to said direction of feed (V) and comprising a detecting sensor operating at said seat , said detecting sensor being designed to detect a first significant parameter of said product supplied into said container , said machine being characterized in that said detecting sensor is a microwave sensor and said first parameter is the moisture or the density of the dose of product (P) supplied into said first container, wherein the microwave sensor allows detecting the density of the dose of product (P) in the container and calculating the weight of the dose of product (P) in the container knowing a volume of the container , the machine comprising a control unit in communication with the microwave sensor configured to process said first parameter detected by the microwave sensor , and to provide the weight of the dose of product (P) supplied into the container .
A wind turbine rotor blade comprising a blade body and an electric heating system , wherein said blade body comprises a support surface that is in contact with the heating system , wherein the heating system comprises - a first heating layer comprising an electrically conducting element, resulting in the first heating layer being electrically conductive, - a first electric conductor that is electrically connected to the first heating layer at a first connection side of the first heating layer, - a second electric conductor that is electrically connected to the first heating layer at a second connection side of the first heating layer, and - wherein the first and second electric conductor are being connected to an electric power source such that an electric current can be directed through the first heating layer in a first general current direction between the first connection side and the second connection side , characterized in that the heating system comprises at least one auxiliary bypass layer comprising an electrically conducting element, which bypass layer is in electric contact with the first heating layer , and that at least a part of the bypass layer is configured to reroute the electric current of the first heating layer to pass through the bypass layer when the electric conductivity through the first heating layer is reduced or interrupted in a failure region thereof, and thereby is provided an electric bypass in the bypass layer for the electric current to bypass the failure region. - a first heating layer comprising an electrically conducting element, resulting in the first heating layer being electrically conductive, - a first electric conductor that is electrically connected to the first heating layer at a first connection side of the first heating layer, - a second electric conductor that is electrically connected to the first heating layer at a second connection side of the first heating layer, and - wherein the first and second electric conductor are being connected to an electric power source such that an electric current can be directed through the first heating layer in a first general current direction between the first connection side and the second connection side ,
The use of a combination, containing a) at least one substance selected from the group of cosmetic oils which are liquid at 20 °C and 1,013 hPa, fragrances and waxes, b) propellants in a total amount of from 0 to 99 wt.%, based on the total weight of the antiperspirant cosmetic agent, and c) at least one protein in a total amount of from 0.1 to 70 wt.%, based on the total weight of the antiperspirant cosmetic agent, wherein the at least one protein is a protein isolated from legumes of the genus Pisum, wherein the protein is hydrolyzed and optionally cationically modified, and wherein the at least one protein brings about a change in light absorption (measured as specified in the description) from 1 to 100% at a pH change of at least 0.5 in a pH range of from pH 4.0 to pH 8.0, at a temperature of from 20 °C to 40 °C, and at a concentration of the protein of from 0.001 to 10 wt.%, based on the total weight of the sample mixture used for determining the change in light absorption, and wherein the combination does not contain any halides and/or hydroxyhalides of aluminum and/or zirconium, for reducing and/or preventing perspiration, in particular axillary perspiration or perspiration at other parts of the body. a) at least one substance selected from the group of cosmetic oils which are liquid at 20 °C and 1,013 hPa, fragrances and waxes, b) propellants in a total amount of from 0 to 99 wt.%, based on the total weight of the antiperspirant cosmetic agent, and c) at least one protein in a total amount of from 0.1 to 70 wt.%, based on the total weight of the antiperspirant cosmetic agent, wherein the at least one protein is a protein isolated from legumes of the genus Pisum, wherein the protein is hydrolyzed and optionally cationically modified,
Use of a steel workpiece - having an edge region and - having a core region wherein the steel workpiece is softer in the edge region than in the core region , and wherein the sum total of the alloy constituents C, Si, Mn, Cr and N of the steel workpiece overall is greater than 1.45% by weight, wherein the steel workpiece , as well as Fe, consists overall of the following alloy constituents in % by weight: 0.05 ≤ C ≤ 0.5; 0.060 ≤ Si ≤ 1.5; 0.5 ≤ Mn ≤ 3.0; P ≤ 0.03; S ≤ 0.03; Al ≤ 2.0; Cr ≤ 1.5; Cu ≤ 0.5; Mo ≤ 0.5; N ≤ 0.01; Ni ≤ 0.5; Nb ≤ 0.2; Ti ≤ 0.5; V ≤ 0.1; B ≤ 0.1; As ≤ 0.01; Sn ≤ 0.05; Co ≤ 0.02; Ca ≤ 0.01, for production of a chassis part or a part thereof, wherein the edge region of the steel workpiece is formed from two edge layers provided on either side of the core region , wherein the edge layers provided on either side of the core region each have a thickness between 3% and 5% or between 6% and 8% of the total thickness of the steel workpiece . - having an edge region and - having a core region wherein the steel workpiece is softer in the edge region than in the core region , and wherein the sum total of the alloy constituents C, Si, Mn, Cr and N of the steel workpiece overall is greater than 1.45% by weight, wherein the steel workpiece , as well as Fe, consists overall of the following alloy constituents in % by weight: 0.05 ≤ C ≤ 0.5; 0.060 ≤ Si ≤ 1.5; 0.5 ≤ Mn ≤ 3.0; P ≤ 0.03; S ≤ 0.03; Al ≤ 2.0; Cr ≤ 1.5; Cu ≤ 0.5; Mo ≤ 0.5; N ≤ 0.01; Ni ≤ 0.5; Nb ≤ 0.2; Ti ≤ 0.5; V ≤ 0.1; B ≤ 0.1; As ≤ 0.01; Sn ≤ 0.05; Co ≤ 0.02; Ca ≤ 0.01, for production of a chassis part or a part thereof, wherein the edge region of the steel workpiece is formed from two edge layers provided on either side of the core region , wherein the edge layers provided on either side of the core region each have a thickness between 3% and 5% or between 6% and 8% of the total thickness of the steel workpiece .
A coffee machine, comprising: a main housing having an exterior mounting port ; a water reservoir ; a water heater ; a water pump ; a coffee vessel for removable fitting to the exterior mounting port and adapted to receive freshly ground coffee; a closing and/or tamping system comprising a tamping piston, the closing and/or tamping system for closing the coffee vessel and/or compacting ground coffee in the coffee vessel by providing relative movement between the closing and/or tamping system and the coffee vessel; wherein the coffee vessel comprises a base and a side wall defining an internal volume and an open top , the coffee machine being characterized in that J Z the coffee vessel comprises a water entry port extending through the side wall for delivering heated water to the internal volume of the coffee vessel. a main housing having an exterior mounting port ; a water reservoir ; a water heater ; a water pump ; a coffee vessel for removable fitting to the exterior mounting port and adapted to receive freshly ground coffee; a closing and/or tamping system comprising a tamping piston, the closing and/or tamping system for closing the coffee vessel and/or compacting ground coffee in the coffee vessel by providing relative movement between the closing and/or tamping system and the coffee vessel; wherein the coffee vessel comprises a base and a side wall defining an internal volume and an open top , the coffee machine being characterized in that J Z the coffee vessel comprises a water entry port extending through the side wall for delivering heated water to the internal volume of the coffee vessel.
Method for the manufacture of a welded joint comprising the following successive steps: I. The provision of at least two metallic substrates wherein at least one metallic substrate is a steel substrate, and II. The welding of the at least two metallic substrates with a welding head while, simultaneously, applying on the at least two metallic substrates, ahead of the welding head, a welding flux comprising a titanate and a nanoparticulate oxide selected from the group consisting of TiO 2 , SiO 2 , ZrO 2 , Y 2 O 3 , Al 2 O 3 , MoO 3 , CrOs, CeO 2 , La 2 O 3 and mixtures thereof. I. The provision of at least two metallic substrates wherein at least one metallic substrate is a steel substrate, and II. The welding of the at least two metallic substrates with a welding head while, simultaneously, applying on the at least two metallic substrates, ahead of the welding head, a welding flux comprising a titanate and a nanoparticulate oxide selected from the group consisting of TiO 2 , SiO 2 , ZrO 2 , Y 2 O 3 , Al 2 O 3 , MoO 3 , CrOs, CeO 2 , La 2 O 3 and mixtures thereof.
A method of serving a version of a piece of content from a server to a requesting node, the method comprising: receiving at the server a request for the piece of content from the req uesting node, wherein the request comprises an IPv6 address associated with the piece of content, wherein the IPv6 address of the request includes one or more portions relating to one or more parameters associated with the piece of content, and wherein at least one portion comprises anonymous bits, wherein an anonymous bit allows the served content to have any value of one or more of the parameters; identifying a plurality of versions of the piece of content, wherein each identified version has an IPv6 address with portions matching the corresponding portions of the IPv6 address of the request, except for the at least one portion comprising anonymous bits; determining at the server a version of the piece of content to send from the identif ied plurality of versions of the piece of content, wherein determining comprises receiving the request for the piece of content, identifying the requested content and determining which version of the content to send by internally performing at the server reverse network address translation to map the requested IPv6 address to the determined version of the piece of content; and sending the determined version to the requesting node. receiving at the server a request for the piece of content from the req uesting node, wherein the request comprises an IPv6 address associated with the piece of content, wherein the IPv6 address of the request includes one or more portions relating to one or more parameters associated with the piece of content, and wherein at least one portion comprises anonymous bits, wherein an anonymous bit allows the served content to have any value of one or more of the parameters; identifying a plurality of versions of the piece of content, wherein each identified version has an IPv6 address with portions matching the corresponding portions of the IPv6 address of the request, except for the at least one portion comprising anonymous bits; determining at the server a version of the piece of content to send from the identif ied plurality of versions of the piece of content, wherein determining comprises receiving the request for the piece of content, identifying the requested content and determining which version of the content to send by internally performing at the server reverse network address translation to map the requested IPv6 address to the determined version of the piece of content; and sending the determined version to the requesting node.
A housing for a lighting device, wherein the housing comprises an elongate base region and opposing elongate sidewalls extending from opposite elongate sides of the elongate base region towards respective terminal ends , wherein each of the opposing elongate sidewalls has an optically transmissive inner surface separated from an outer surface by a distance of 5 millimeters or less to form a cavity for housing a reflective foil or a thermally conductive member, wherein the inner surface extends across the elongate base region , and wherein the inner surface comprises a recess in the elongate base region for housing a light engine , wherein the housing further comprises a light exit window extending across the respective terminal ends of the opposing elongate sidewalls distal to the elongate base region .
Controllable apparatus actuator unit, in particular for a brake system in a vehicle , having a control apparatus and an actuator which are connected to one another, and having a sensor system in the unit , characterized in that the sensor system has at least one signal-transmission contact segment in or on a carrier body of the sensor system for transmitting sensor signals to the control apparatus , and the signal-transmission contact segment is designed in an arcuate shape with respect to an axis of the carrier body , wherein the axis of the carrier body forms a rotational axis , and the carrier body can be attached to a component of the unit in various angular positions about the rotational axis .