mhurhangee/patent-ind-claim-en huggingface dataset:
A load exchanger frame intended to be lifted up and locked onto a load exchanger vehicle, comprising: - a first locking device , which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the first locking device , and an inactive state, in which locking by means of the first locking device is prevented, - a second locking device , which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the second locking device , and an inactive state, in which locking by means of the second locking device is prevented, characterized in that it further comprises: - a regulator , which is switchable between a first state and a second state, - a linking device , which links the regulator with both the first locking device and the second locking device , so that a switch of the regulator between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device , wherein, when the regulator is in the first state, the first locking device is in its active state and the second locking device in its inactive state, and when the regulator is in its second state, the first locking device is in its inactive state and the second locking device in its active state. - a first locking device , which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the first locking device , and an inactive state, in which locking by means of the first locking device is prevented, - a second locking device , which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the second locking device , and an inactive state, in which locking by means of the second locking device is prevented, characterized in that it further comprises: - a regulator , which is switchable between a first state and a second state, - a linking device , which links the regulator with both the first locking device and the second locking device , so that a switch of the regulator between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device , - a regulator , which is switchable between a first state and a second state, - a linking device , which links the regulator with both the first locking device and the second locking device , so that a switch of the regulator between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device ,
A method comprising: by a computing system : accessing a database upgrade to perform for a production database ; generating multiple clones of the production database , including a production clone of the production database that is a full copy of the production database at a given time and a delta clone that is a copy of the production database at the given time with instance data removed; performing the database upgrade on the production clone ; tracking changes to the production database from the given time until the database upgrade of the production clone completes; pushing the tracked changes to the delta clone , and after the database upgrade on the production clone completes: performing the database upgrade on the delta clone ; pushing upgraded data of the delta clone to the upgraded production clone ; and setting the upgraded production clone as an upgraded version of the production database . accessing a database upgrade to perform for a production database ; generating multiple clones of the production database , including a production clone of the production database that is a full copy of the production database at a given time and a delta clone that is a copy of the production database at the given time with instance data removed; performing the database upgrade on the production clone ; tracking changes to the production database from the given time until the database upgrade of the production clone completes; pushing the tracked changes to the delta clone , and after the database upgrade on the production clone completes: performing the database upgrade on the delta clone ; pushing upgraded data of the delta clone to the upgraded production clone ; and setting the upgraded production clone as an upgraded version of the production database . performing the database upgrade on the delta clone ; pushing upgraded data of the delta clone to the upgraded production clone ; and setting the upgraded production clone as an upgraded version of the production database .
A system comprising: a first communication device (103a-1) comprising: - a processor and - a communication interface , and a second communication device (103a-2) comprising: - a motion sensor , the processor being configured to: - receive a call via the communication interface ; - determine an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor ; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link . a first communication device (103a-1) comprising: - a processor and - a communication interface , and - a processor and - a communication interface , and a second communication device (103a-2) comprising: - a motion sensor , - a motion sensor , the processor being configured to: - receive a call via the communication interface ; - determine an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor ; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link . - receive a call via the communication interface ; - determine an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor ; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link .
Method for setting an emergency operational mode in a system which detects pre-ignition in a combustion engine and which contains errors, wherein, in order to detect an error, the system, which consists of at least one sensor and a sensor cable and a sensor signal evaluation device , is subjected to a diagnosis, characterized in that , if an error in the system is detected by the diagnosis, a standard path , comprising sensor signal capture, sensor signal evaluation, detection of pre-ignition and initiation of measures to counter the pre-ignition, is interrupted or completed or partially switched off and a safety path is activated as an emergency operational mode, in that , in the safety path , measures which reliably prevent the occurrence of pre-ignition in the combustion engine are activated, and in that , in order to prevent the occurrence of pre-ignition, a temperature in a combustion chamber of the combustion engine is lowered.
A power supply driver device for a semiconductor light source for a light module, the drive device comprising: - a printed circuit board comprising at least one electronic component for driving the power supply; - a housing adapted to accommodate said printed circuit board : - a protective cover to close said housing ; - a first ground belt arranged on a first face of said printed circuit board and a second ground belt arranged on a second face (3A") of said printed circuit board opposite to the first face ; said protective cover and said housing being made of aluminum, the housing having first contact points (5A") with the second ground belt and said protective cover having second contact points (7A") with said first ground belt , said housing and/or said protective cover comprising at least one protective wall for all or part of said first (5A") and second contact points. - a printed circuit board comprising at least one electronic component for driving the power supply; - a housing adapted to accommodate said printed circuit board : - a protective cover to close said housing ; - a first ground belt arranged on a first face of said printed circuit board and a second ground belt arranged on a second face (3A") of said printed circuit board opposite to the first face ; said protective cover and said housing being made of aluminum, the housing having first contact points (5A") with the second ground belt and said protective cover having second contact points (7A") with said first ground belt , said housing and/or said protective cover comprising at least one protective wall for all or part of said first (5A") and second contact points.
A control system of a wind power installation and/or of a wind farm , wherein - the control system comprises a multiplicity of operating modes (B1, B2, B3) and - has an interface , in particular for providing maximum adjustability of the wind power installation and/or of the wind farm in critical power grid situations, wherein - the interface is configured to receive a signal (S go ) of a power grid operator , characterized in that - all of the multiplicity of operating modes (B1, B2, B3) are released and made available to the power grid operator . - the control system comprises a multiplicity of operating modes (B1, B2, B3) and - has an interface , in particular for providing maximum adjustability of the wind power installation and/or of the wind farm in critical power grid situations, wherein - the interface is configured to receive a signal (S go ) of a power grid operator , characterized in that - all of the multiplicity of operating modes (B1, B2, B3) are released and made available to the power grid operator . - the interface is configured to receive a signal (S go ) of a power grid operator , characterized in that - all of the multiplicity of operating modes (B1, B2, B3) are released and made available to the power grid operator . - all of the multiplicity of operating modes (B1, B2, B3) are released and made available to the power grid operator .
A drafting system for a textile machine, in particular an air-spinning machine, for drafting a strand-shaped fibre band fed to the drafting system, having a plurality of roller pairs arranged in succession in a running direction (A) of the fibre band, each having a top roller and a bottom roller , and a weighting device for applying a load to the top roller of the plurality of roller pairs; wherein the respective bottom roller is mounted and held in a housing of the drafting system , wherein the respective top roller is mounted and held by means of a top roller carrier which can be pivoted about a rotary axis, wherein the drafting system further comprises a swivelling weighting arm which can be brought into an open position and a closed position, and wherein the weighting arm has an individually adjustable weighting device for each roller pair, which applies a load to the respective pivotable top roller carrier in a weighting position when the weighting arm is closed, characterised in that the respective top roller is mounted and can be positioned in the housing of the drafting system in a manner decoupled from the weighting device and the weighting arm . a plurality of roller pairs arranged in succession in a running direction (A) of the fibre band, each having a top roller and a bottom roller , and a weighting device for applying a load to the top roller of the plurality of roller pairs; wherein the respective bottom roller is mounted and held in a housing of the drafting system , wherein the respective top roller is mounted and held by means of a top roller carrier which can be pivoted about a rotary axis, wherein the drafting system further comprises a swivelling weighting arm which can be brought into an open position and a closed position, and wherein the weighting arm has an individually adjustable weighting device for each roller pair, which applies a load to the respective pivotable top roller carrier in a weighting position when the weighting arm is closed, characterised in that the respective top roller is mounted and can be positioned in the housing of the drafting system in a manner decoupled from the weighting device and the weighting arm .
A neural interface having a longitudinal axis corresponding to a direction along a target vessel, the neural interface comprising: a spinal portion configured to house electrical leads for one or more electrodes and provide a supporting structure; a flexible inner flap connected to the spinal portion and configured to house and position the one or more electrodes around the target vessel, and an outer flap connected to the flexible inner flap and configured to overlap the flexible inner flap, characterised in that the one or more electrodes are arranged so as to form no electrical transverse gap between electrodes over at least a 360 degree turn around an exterior surface of the target vessel when positioned around the target vessel, whereby said lack of an electrical transverse gap entails that there is a point along each longitudinal line on said inner flap following the length of the interface where an electrode is encountered. a spinal portion configured to house electrical leads for one or more electrodes and provide a supporting structure; a flexible inner flap connected to the spinal portion and configured to house and position the one or more electrodes around the target vessel, and an outer flap connected to the flexible inner flap and configured to overlap the flexible inner flap, characterised in that the one or more electrodes are arranged so as to form no electrical transverse gap between electrodes over at least a 360 degree turn around an exterior surface of the target vessel when positioned around the target vessel, whereby said lack of an electrical transverse gap entails that there is a point along each longitudinal line on said inner flap following the length of the interface where an electrode is encountered.
A method for calling a sample for a target nucleic acid sequence comprising (a) providing a sample well with the sample, primers configured for amplifying the target nucleic acid sequence, a fluorescent dye, and components for amplification, (b) amplifying the sample by thermal cycling the sample well between at least an annealing temperature and a denaturation temperature through a plurality of cycles, wherein each cycle includes an in-cycle denaturation step, (c) collecting fluorescent data during the in-cycle denaturation step of n cycles wherein n is at least two, (d) generating a composite melting curve using the fluorescent data collected during the in-cycle denaturation step of each of the n cycles, including: for each of the n cycles, generating an individual melting curve using the fluorescent data collected during the in-cycle denaturation step; normalizing the individual melting curves; and fitting the fluorescent data from the normalized melting curves using an aggregation method to generate the composite melting curve; and (e) calling the sample using the composite melting curve, wherein the call is selected from at least a positive or a negative call. (a) providing a sample well with the sample, primers configured for amplifying the target nucleic acid sequence, a fluorescent dye, and components for amplification, (b) amplifying the sample by thermal cycling the sample well between at least an annealing temperature and a denaturation temperature through a plurality of cycles, wherein each cycle includes an in-cycle denaturation step, (c) collecting fluorescent data during the in-cycle denaturation step of n cycles wherein n is at least two, (d) generating a composite melting curve using the fluorescent data collected during the in-cycle denaturation step of each of the n cycles, including: for each of the n cycles, generating an individual melting curve using the fluorescent data collected during the in-cycle denaturation step; normalizing the individual melting curves; and fitting the fluorescent data from the normalized melting curves using an aggregation method to generate the composite melting curve; and for each of the n cycles, generating an individual melting curve using the fluorescent data collected during the in-cycle denaturation step; normalizing the individual melting curves; and fitting the fluorescent data from the normalized melting curves using an aggregation method to generate the composite melting curve; and (e) calling the sample using the composite melting curve, wherein the call is selected from at least a positive or a negative call.
A composition or mixture, preferably therapeutically active via topical route, comprising: - at least one metal salt, the metal being selected from molybdenum (Mo), tungsten (W), vanadium (V), gold (Au), lanthanide, in particular lanthanum; - at least one chelating agent selected from among BAPTA, EGTA and any mixtures thereof; - at least one source of peroxidizing radicals; - at least one buffering agent comprising acetic acid, said composition or mixture having a redox potential from 250 to 550 millivolts, measured with a combined pH-meter / redox-meter, equipped with a calibrated platinum / calomel electrode. - at least one metal salt, the metal being selected from molybdenum (Mo), tungsten (W), vanadium (V), gold (Au), lanthanide, in particular lanthanum; - at least one chelating agent selected from among BAPTA, EGTA and any mixtures thereof; - at least one source of peroxidizing radicals; - at least one buffering agent comprising acetic acid, said composition or mixture having a redox potential from 250 to 550 millivolts, measured with a combined pH-meter / redox-meter, equipped with a calibrated platinum / calomel electrode.
An electronic device comprising: a nonvolatile memory ; a memory controller configured to control the nonvolatile memory ; and a host connected to the memory controller , wherein in response to a first write signal received from the host , the memory controller is configured to provide the first write signal to the nonvolatile memory , the nonvolatile memory is configured to perform a first write operation based on the provided first write signal, generate first metadata based on a result of performing the first write operation, and provide the generated first metadata to the host , the host is configured to determine whether to perform garbage collection for the nonvolatile memory using a neural network model trained based on the generated first metadata from the nonvolatile memory , and the host is configured to provide a garbage collection request signal to the memory controller in response to determining to perform garbage collection. a nonvolatile memory ; a memory controller configured to control the nonvolatile memory ; and a host connected to the memory controller , wherein in response to a first write signal received from the host , the memory controller is configured to provide the first write signal to the nonvolatile memory , the nonvolatile memory is configured to perform a first write operation based on the provided first write signal, generate first metadata based on a result of performing the first write operation, and provide the generated first metadata to the host , the host is configured to determine whether to perform garbage collection for the nonvolatile memory using a neural network model trained based on the generated first metadata from the nonvolatile memory , and the host is configured to provide a garbage collection request signal to the memory controller in response to determining to perform garbage collection.
A method for making a coated glass article, the method comprising: applying a water-based coating mixture onto at least a portion of a first surface of a glass article, wherein the water-based coating mixture comprises: water in an amount of at least 60% by weight of the water-based coating mixture; a polymer or polymer precursor, wherein the polymer or polymer precursor is miscible in the water or forms an emulsion with the water; and a metal oxide precursor that is miscible in the water or forms an emulsion with the water; and heating the water-based coating mixture to form a coating on the first surface of the glass article, the coating comprising metal oxide and polymer, wherein the coated glass article is a glass container. applying a water-based coating mixture onto at least a portion of a first surface of a glass article, wherein the water-based coating mixture comprises: water in an amount of at least 60% by weight of the water-based coating mixture; a polymer or polymer precursor, wherein the polymer or polymer precursor is miscible in the water or forms an emulsion with the water; and a metal oxide precursor that is miscible in the water or forms an emulsion with the water; and water in an amount of at least 60% by weight of the water-based coating mixture; a polymer or polymer precursor, wherein the polymer or polymer precursor is miscible in the water or forms an emulsion with the water; and a metal oxide precursor that is miscible in the water or forms an emulsion with the water; and heating the water-based coating mixture to form a coating on the first surface of the glass article, the coating comprising metal oxide and polymer, wherein the coated glass article is a glass container.
An architectural manufacture (248; 412) comprising a plurality of spatially distributed deposits of material connected one to another to form the architectural manufacture, the deposits having been deposited in a flowable state at a plurality of 3D coordinates as controlled by a computer based upon design data and having transitioned to a non-flowable state, the architectural manufacture being a frame for at least one of a window or a door, the architectural manufacture being capable of being installed in an opening in a building and withstanding the forces encountered when incorporated into said building. the deposits having been deposited in a flowable state at a plurality of 3D coordinates as controlled by a computer based upon design data and having transitioned to a non-flowable state, the architectural manufacture being a frame for at least one of a window or a door, the architectural manufacture being capable of being installed in an opening in a building and withstanding the forces encountered when incorporated into said building.