mhurhangee/patent-ind-claim-en huggingface dataset:
Method for analysing an operating state of a wind turbine , wherein at least three different classification models are developed in a learning phase and operating data of the wind turbine are analysed using each of the classification models in an operating phase and wherein the wind turbine is assigned to a category on the basis of a majority criterion of the classification models , wherein the learning phase comprises the following steps: a. determining first learning data for a first model generator , so that the first model generator calculates a first classification model , b. determining second learning data for a second model generator , so that the second model generator calculates a second classification model , c. determining third learning data for a third model generator, so that the third model generator calculates a third classification model , wherein the learning data are derived from a plurality of learning data records , wherein each learning data record is associated with a wind turbine , wherein each learning data record comprises category information about the wind turbine , wherein each learning data record contains a first parameter value and a second parameter value , which is dependent on the first parameter value , and wherein the learning data are derived from the learning data records on the basis of a classification criterion that represents the dependency between the first parameter value and the second parameter value . a. determining first learning data for a first model generator , so that the first model generator calculates a first classification model , b. determining second learning data for a second model generator , so that the second model generator calculates a second classification model , c. determining third learning data for a third model generator, so that the third model generator calculates a third classification model ,
A kit for determining and simulating the optimal airway dilation for a person having obstructive sleep apnea, comprising a plurality of similar rectangular elements having ends and sides, each element having an indentation mid-point on one side and at least two indentations on the opposite side, said indentations determining the relative horizontal jaw position when incisors are placed in the indentations, said elements further having predetermined end dimensions to control the relative vertical jaw position, characterized in that each element includes opposing slots extending inwardly from the ends, each slot being adapted to connect with and release from a separate bite fork.
A powder moldable vinyl chloride resin composition for a real-stitched surface skin comprising: vinyl chloride resin particles (a) having an average degree of polymerization of at least 1,200 and no greater than 5,000 and an average particle diameter of at least 50 μm and no greater than 500 μm; a trimellitate plasticizer (b); vinyl chloride resin fine particles (c) having an average degree of polymerization of at least 1,000 and no greater than 5,000 and an average particle diameter of at least 0.1 μm and no greater than 10 μm; and vinyl chloride resin fine particles (d) having an average degree of polymerization of less than 1,000 and an average particle diameter of at least 0.1 μm and no greater than 10 μm, and wherein the average degree of polymerization is measured in accordance with JIS K6720-2, and wherein the average particle diameter refers to the volume average particle diameter measured by a laser diffraction method in accordance with JIS Z8825. vinyl chloride resin particles (a) having an average degree of polymerization of at least 1,200 and no greater than 5,000 and an average particle diameter of at least 50 μm and no greater than 500 μm; a trimellitate plasticizer (b); vinyl chloride resin fine particles (c) having an average degree of polymerization of at least 1,000 and no greater than 5,000 and an average particle diameter of at least 0.1 μm and no greater than 10 μm; and vinyl chloride resin fine particles (d) having an average degree of polymerization of less than 1,000 and an average particle diameter of at least 0.1 μm and no greater than 10 μm, and wherein the average degree of polymerization is measured in accordance with JIS K6720-2, and wherein the average particle diameter refers to the volume average particle diameter measured by a laser diffraction method in accordance with JIS Z8825.
A method for producing an artificial polypeptide fiber containing a polypeptide as a main component, wherein the polypeptide is derived from spigot dragline proteins and contains five or more units of an amino acid sequence represented by the formula 1: REP1-REP2 , where the REP1 is an amino acid sequence composed of 4 to 12 amino acid residues arranged in series that are selected from at least one of alanine and glycine; and the REP2 is an amino acid sequence composed of 10 to 150 amino acid residues; and the total number of glycine, serine, glutamine and alanine residues contained in the amino acid sequence is 60% or more with respect to the total number of amino acid residues contained therein, and the artificial polypeptide fiber has a strength of 350 MPa or more and a toughness of 138 MJ/m 3 or more, wherein said method comprises spinning a spinning solution containing said polypeptide derived from spigot dragline proteins and performing drawing of at least two stages, wherein the drawing of at least two stages includes a first-stage drawing in wet heat and a second-stage drawing in dry heat, and drawing conditions for the first-stage drawing include a temperature of hot water of 70-90°C and a draw ratio of 2 to 8 times.
A medical device that is at least partially insertable or implantable into a living human or animal subject to generate heat in vivo within the subject, the medical device comprising: an elongate body, sized and shaped to include a biocompatible distal portion that is configured to be insertable or implantable into the subject; and a matrix of local heat sources, formed on the insertable or implantable biocompatible distal portion of the elongate body, whereby the medical device is configured for selecting the local heat sources individually or in groups, characterised in that the medical device is further configured, such that said selecting is in response to varying a frequency of an electromagnetic input signal communicated toward the local heat sources from a proximal end of the elongate body, without requiring concurrent actuation of all of the local heat sources, and the individual or group of selected local heat sources are also energized using the same electromagnetic input signal concurrently used for the selecting. an elongate body, sized and shaped to include a biocompatible distal portion that is configured to be insertable or implantable into the subject; and a matrix of local heat sources, formed on the insertable or implantable biocompatible distal portion of the elongate body, whereby the medical device is configured for selecting the local heat sources individually or in groups, characterised in that the medical device is further configured, such that said selecting is in response to varying a frequency of an electromagnetic input signal communicated toward the local heat sources from a proximal end of the elongate body, without requiring concurrent actuation of all of the local heat sources, and the individual or group of selected local heat sources are also energized using the same electromagnetic input signal concurrently used for the selecting.
An apparatus comprising: a solenoid valve that is to enable an actuator to close an emergency valve ; and a valve positioner fluidly and communicatively coupled to the solenoid valve , the valve positioner to: be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve ; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; characterized in that the valve positioner is to: transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve ; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value. a solenoid valve that is to enable an actuator to close an emergency valve ; and a valve positioner fluidly and communicatively coupled to the solenoid valve , the valve positioner to: be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve ; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve ; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; characterized in that the valve positioner is to: transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve ; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value. transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve ; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value.
A method of immunoassay for detecting or monitoring liver fibrosis in a patient or for assessing, in a patient with liver fibrosis, the likelihood of the patient responding to treatment with an antifibrotic drug, the method of immunoassay comprising: (i) contacting a patient sample with a monoclonal antibody that specifically binds to the long and/or intermediate isoforms of type XVIII collagen and that does not specifically bind to the short isoform of type XVIII collagen, wherein the monoclonal antibody specifically binds to the amino acid sequence NLLNLN (SEQ ID NO. 1); and (ii) detecting and determining the amount of binding between said monoclonal antibody and peptides in the sample. (i) contacting a patient sample with a monoclonal antibody that specifically binds to the long and/or intermediate isoforms of type XVIII collagen and that does not specifically bind to the short isoform of type XVIII collagen, wherein the monoclonal antibody specifically binds to the amino acid sequence NLLNLN (SEQ ID NO. 1); and (ii) detecting and determining the amount of binding between said monoclonal antibody and peptides in the sample.
Method of rendering, by a second terminal, of a content shared by a first terminal (E1) with the second terminal (E2), the first terminal being engaged in reading the content, the method comprising a reading by the second terminal of the content from an effective temporal position PTE within the content, the effective temporal position being determined as the content's temporal position read by the first terminal at the instant T1 at which a server receives a first request, the second terminal having transmitted to the server the first request subsequent to a reception of an invitation by the first terminal to share the reading of the content, the first request being a request for obtaining a content reading starting temporal position, characterized in that it comprises, prior to the reading, a comparison by the second terminal of the effective temporal position PTE with the duration D of the content, and in that the reading is done by the second terminal only if PTE < D.
A method comprising the steps of: mixing an acrylic silane and a methanol-based ZrO 2 sol to create a methanol-based silane-modified ZrO 2 sol; then mixing at least an acrylic monomer, an epoxy monomer, and the methanol-based silane-modified ZrO 2 sol to obtain a composition comprising: a continuous liquid phase comprising an acrylic monomer and an epoxy monomer; and a dispersed nanoparticulate comprising ZrO 2 modified with an acrylic silane; and wherein the composition is transparent to visible light. mixing an acrylic silane and a methanol-based ZrO 2 sol to create a methanol-based silane-modified ZrO 2 sol; then mixing at least an acrylic monomer, an epoxy monomer, and the methanol-based silane-modified ZrO 2 sol to obtain a composition comprising: a continuous liquid phase comprising an acrylic monomer and an epoxy monomer; and a dispersed nanoparticulate comprising ZrO 2 modified with an acrylic silane; and wherein the composition is transparent to visible light. a continuous liquid phase comprising an acrylic monomer and an epoxy monomer; and a dispersed nanoparticulate comprising ZrO 2 modified with an acrylic silane; and wherein the composition is transparent to visible light.
A composition comprising a biomaterial and an activator of innate immunity for use in treating cancer, wherein the biomaterial is or comprises hyaluronic acid, and wherein the treatment comprises intraoperative administration of the composition at a tumor resection site of a subject suffering from cancer.
Lighting and/or signaling device for a vehicle comprising a housing , a lighting and/or signaling module (8; 108) and a support of said module (8; 108), the module and the support being arranged inside said housing, the lighting and/or signaling module comprising: at least one light source of the electroluminescent diode type suitable for emitting light rays; at least one reflecting surface suitable for reflecting the light rays emitted by the light source in a lighting and/or signaling beam along an optical axis of the module; means for rapidly positioning the module (8; 108) comprising means with slider(s) of the module on a support the support of said module comprising rapid positioning means comprising means with slider(s) intended to cooperate with the corresponding rapid positioning means of the module characterized in that the support comprises a transversal surface for mounting the module , said transversal surface forming an angle of inclination with a horizontal plane which is between 20° and 70°, more preferentially between 30° and 50°, and in that the housing comprises rapid opening means suitable for allowing the module to be taken out by displacement in relation to the support , the displacement being guided by the rapid positioning means with slider(s), the rapid opening means comprising at least one out of the following means: a removable hatch , a precut portion of wall of the housing. at least one light source of the electroluminescent diode type suitable for emitting light rays; at least one reflecting surface suitable for reflecting the light rays emitted by the light source in a lighting and/or signaling beam along an optical axis of the module; means for rapidly positioning the module (8; 108) comprising means with slider(s) of the module on a support the support of said module comprising rapid positioning means comprising means with slider(s) intended to cooperate with the corresponding rapid positioning means of the module characterized in that the support comprises a transversal surface for mounting the module , said transversal surface forming an angle of inclination with a horizontal plane which is between 20° and 70°, more preferentially between 30° and 50°, and in that the housing comprises rapid opening means suitable for allowing the module to be taken out by displacement in relation to the support , the displacement being guided by the rapid positioning means with slider(s), the rapid opening means comprising at least one out of the following means: a removable hatch , a precut portion of wall of the housing.
A system comprising: a base configured to receive deposition material from an additive manufacturing apparatus, wherein the base comprises a plurality of regions configured to be individually temperature controlled to affect heat transfer characteristics of at least a portion of the received deposition material ; and a temperature control system coupled with the regions and configured to adjust an associated temperature of each of the regions to reduce residual stress and distortion in a product that is fabricated from the received deposition material during an additive manufacturing process, wherein the base further comprises resilient members disposed between each of the regions , and wherein the resilient members are configured to accommodate expansion or contraction of the regions as heat is transferred to or from the regions . a base configured to receive deposition material from an additive manufacturing apparatus, wherein the base comprises a plurality of regions configured to be individually temperature controlled to affect heat transfer characteristics of at least a portion of the received deposition material ; and a temperature control system coupled with the regions and configured to adjust an associated temperature of each of the regions to reduce residual stress and distortion in a product that is fabricated from the received deposition material during an additive manufacturing process, wherein the base further comprises resilient members disposed between each of the regions , and wherein the resilient members are configured to accommodate expansion or contraction of the regions as heat is transferred to or from the regions .
A propulsion system comprising: a gas turbine engine along an axis (A), the gas turbine engine comprising an inner engine structure ; an exhaust liner along the axis (A); and a retractable exhaust liner segment between said gas turbine engine and said exhaust liner , wherein the inner engine structure is mounted to the exhaust liner through the retractable exhaust liner segment , wherein the retractable exhaust liner segment is configured to be axially telescoped over the inner engine structure along the axis (A) to provide a clearance, characterised in that said retractable exhaust liner segment includes a first segment and a second segment , wherein said first segment defines a first flange and said second segment defines a second flange, wherein the system further comprises a fastener assembly received by said first flange and said second flange to mount said first retractable exhaust liner segment and said second retractable exhaust liner segment . a gas turbine engine along an axis (A), the gas turbine engine comprising an inner engine structure ; an exhaust liner along the axis (A); and a retractable exhaust liner segment between said gas turbine engine and said exhaust liner , wherein the inner engine structure is mounted to the exhaust liner through the retractable exhaust liner segment , wherein the retractable exhaust liner segment is configured to be axially telescoped over the inner engine structure along the axis (A) to provide a clearance, characterised in that said retractable exhaust liner segment includes a first segment and a second segment , wherein said first segment defines a first flange and said second segment defines a second flange, wherein the system further comprises a fastener assembly received by said first flange and said second flange to mount said first retractable exhaust liner segment and said second retractable exhaust liner segment .
A cryogenic exhaust removal apparatus, comprising: an exhaust collection reservoir having a volume of exhaust gas; a housing having an inlet for fluidly coupling to a source of water and an outlet for fluidly coupling to a drain , wherein the inlet is configured to be fluidly coupled to a faucet ; a suction chamber in fluid communication with the housing , wherein the suction chamber is further configured to be detachably coupled to the exhaust collection reservoir via an exhaust line , wherein introduction of water through the inlet generates a pressure reduction within the suction chamber such that the volume of exhaust gas is drawn from the exhaust collection reservoir and into the housing for dissolving into the water and out through the drain . an exhaust collection reservoir having a volume of exhaust gas; a housing having an inlet for fluidly coupling to a source of water and an outlet for fluidly coupling to a drain , wherein the inlet is configured to be fluidly coupled to a faucet ; a suction chamber in fluid communication with the housing , wherein the suction chamber is further configured to be detachably coupled to the exhaust collection reservoir via an exhaust line , wherein introduction of water through the inlet generates a pressure reduction within the suction chamber such that the volume of exhaust gas is drawn from the exhaust collection reservoir and into the housing for dissolving into the water and out through the drain .
A context management method, comprising: receiving , by a distributed unit, DU, of a network side device, a first message from a centralized unit, CU, of the network side device, wherein the first message comprises a second message, and the second message indicates a terminal side device to enter an inactive state and release a connection to the network side device; and storing , by the DU of the network side device, a context of the terminal side device in the inactive state; wherein the first message comprises first information, and the first information indicates the DU of the network side device to store an air interface context in the context of the terminal side device; and the DU of the network side device stores the air interface context of the terminal side device based on the first information. receiving , by a distributed unit, DU, of a network side device, a first message from a centralized unit, CU, of the network side device, wherein the first message comprises a second message, and the second message indicates a terminal side device to enter an inactive state and release a connection to the network side device; and storing , by the DU of the network side device, a context of the terminal side device in the inactive state; wherein the first message comprises first information, and the first information indicates the DU of the network side device to store an air interface context in the context of the terminal side device; and the DU of the network side device stores the air interface context of the terminal side device based on the first information.