mhurhangee/ep-ind-claims huggingface dataset:
An on-wafer S-parameter calibration method, comprising: performing two-port calibration on a waveguide end face when a probe is not connected to a test system; performing one-port calibration on each of two probe end faces when the probe is connected to the test system; correcting a crosstalk error of the test system according to a crosstalk calibration standard, wherein the crosstalk calibration standard is fabricated on a substrate of a device under test and equal to the device under test in length; acquiring a first set of error terms through the two-port calibration, and acquiring a second set of error terms through the one-port calibration, where the first set of error terms and the second set of error terms compose an 8-term error model; acquiring four crosstalk error terms by correcting the crosstalk error of the test system; establishing a 12-term error model according to the 8-term error model and the four crosstalk error terms; and obtaining an S-parameter of the device under test after calibration of the test system according to the 12-term error model. performing two-port calibration on a waveguide end face when a probe is not connected to a test system; performing one-port calibration on each of two probe end faces when the probe is connected to the test system; correcting a crosstalk error of the test system according to a crosstalk calibration standard, wherein the crosstalk calibration standard is fabricated on a substrate of a device under test and equal to the device under test in length; acquiring a first set of error terms through the two-port calibration, and acquiring a second set of error terms through the one-port calibration, where the first set of error terms and the second set of error terms compose an 8-term error model; acquiring four crosstalk error terms by correcting the crosstalk error of the test system; establishing a 12-term error model according to the 8-term error model and the four crosstalk error terms; and obtaining an S-parameter of the device under test after calibration of the test system according to the 12-term error model.
A method of increasing the surface tension of biaxially stretched polyolefin film, the stretching of which is carried out consecutively, wherein • stretching is initially carried out in the longitudinal direction and subsequently in the transverse direction and • the polyolefin film is treated by means of atmospheric pressure plasma on one surface after longitudinal stretching and over its breadth before transverse stretching • and after transverse stretching and before rolling up the polyolefin film additionally undergoes a second treatment with a corona or flame and • wherein this second treatment takes place on the same already plasma-treated surface. • stretching is initially carried out in the longitudinal direction and subsequently in the transverse direction and • the polyolefin film is treated by means of atmospheric pressure plasma on one surface after longitudinal stretching and over its breadth before transverse stretching • and after transverse stretching and before rolling up the polyolefin film additionally undergoes a second treatment with a corona or flame and • wherein this second treatment takes place on the same already plasma-treated surface.
System comprising: a battery in which a plurality of elementary cells (c i) are connected between two first nodes (V+, V-); a first device suitable for applying an alternating signal to said first nodes (V+, V-); at least one second device (S, S i) connected to two second nodes (A, B) of the plurality of cells; and at least one resonant assembly, of which an inductive element comprises the inductor (Lc i) belonging to the battery between said second nodes (A, B), the system being characterized in that said second device is suitable for communicating with the first device by modulation, substantially at the resonance frequency of said resonant assembly, of the alternating signal seen by the second nodes (A, B). a battery in which a plurality of elementary cells (c i) are connected between two first nodes (V+, V-); a first device suitable for applying an alternating signal to said first nodes (V+, V-); at least one second device (S, S i) connected to two second nodes (A, B) of the plurality of cells; and at least one resonant assembly, of which an inductive element comprises the inductor (Lc i) belonging to the battery between said second nodes (A, B), the system being characterized in that said second device is suitable for communicating with the first device by modulation, substantially at the resonance frequency of said resonant assembly, of the alternating signal seen by the second nodes (A, B).
A flexographic printing plate precursor having a photosensitive layer, wherein the photosensitive layer comprises A) a water-dispersed latex, B) a millable rubber, C) a surfactant, D) photopolymerizable compounds, and E) a photopolymerization initiator, and the D) comprises the following d1) to d3), and d1) is a compound represented by the following formula, d1) a photopolymerizable compound of a chain structure having no cyclic structure, d2) a monofunctional photopolymerizable compound having a cyclic structure, and d3) a bifunctional photopolymerizable compound having a cyclic structure, in the formula, R 1 represents a hydrogen group or a methyl group, R 2 represents a hydrogen group or a methyl group, and R 3 represents a linear or branched hydrocarbon group having a carbon number of 4 to 12, wherein a total amount of the d1) to d3) is within a range of 7.5 to 19 mass% with respect to an entire amount of the photosensitive layer, a content of the d1) is within a range of 38 to 67 mass% with respect to the total amount of the d1) to d3), a content of the d2) is within a range of 12 to 46 mass% with respect to the total amount of the d1) to d3), and a content of the d3) is within a range of 9 to 46 mass% with respect to the total amount of the d1) to d3). the photosensitive layer comprises A) a water-dispersed latex, B) a millable rubber, C) a surfactant, D) photopolymerizable compounds, and E) a photopolymerization initiator, and the D) comprises the following d1) to d3), and d1) is a compound represented by the following formula, d1) a photopolymerizable compound of a chain structure having no cyclic structure, d2) a monofunctional photopolymerizable compound having a cyclic structure, and d3) a bifunctional photopolymerizable compound having a cyclic structure, in the formula, R 1 represents a hydrogen group or a methyl group, R 2 represents a hydrogen group or a methyl group, and R 3 represents a linear or branched hydrocarbon group having a carbon number of 4 to 12, wherein a total amount of the d1) to d3) is within a range of 7.5 to 19 mass% with respect to an entire amount of the photosensitive layer, a content of the d1) is within a range of 38 to 67 mass% with respect to the total amount of the d1) to d3), a content of the d2) is within a range of 12 to 46 mass% with respect to the total amount of the d1) to d3), and a content of the d3) is within a range of 9 to 46 mass% with respect to the total amount of the d1) to d3).
An emulsion aggregation method for producing toner, comprising: combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; adding an acid to the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to reduce the pH and cause agglomeration; adding a borax coupling agent to the toner cores once the toner cores reach a predetermined size; combining a second polymer latex emulsion with the toner cores having the borax coupling agent to form toner shells around the toner cores; once the desired toner particle size is reached, adding a base to the mixture of aggregated toner cores and toner shells to increase the pH and reionize the anionic stabilizing agent, or adding additional anionic stabilising agents, to prevent further particle growth, and fusing the aggregated toner cores and toner shells by raising their temperature above the glass transition temperature of the first and second polymer emulsions to form toner particles, wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to. combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; adding an acid to the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to reduce the pH and cause agglomeration; adding a borax coupling agent to the toner cores once the toner cores reach a predetermined size; combining a second polymer latex emulsion with the toner cores having the borax coupling agent to form toner shells around the toner cores; once the desired toner particle size is reached, adding a base to the mixture of aggregated toner cores and toner shells to increase the pH and reionize the anionic stabilizing agent, or adding additional anionic stabilising agents, to prevent further particle growth, and fusing the aggregated toner cores and toner shells by raising their temperature above the glass transition temperature of the first and second polymer emulsions to form toner particles, wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to.
A method of measuring an object, the method comprising: registering the object with a nominal model, in particular comprising a 3D CAD model, of the object, the object having a plurality of features; determining at least one feature (38, 40) of the object to scan; calculating an efficient trajectory for an X-ray scanning device to scan the at least one feature of the object, calculating being a function of registering the object with the model; controlling the X-ray scanning device to scan _by moving or orbiting a source/ detector pair (22, 26) around the object along an arc (θ), less than the entire object along the efficient trajectory to produce visual data representing at least one scanned portion, the at least one scanned portion including at least a portion of the at least one feature; volumetrically reconstructing the at least one scanned portion of the registered object from the visual data, reconstructing producing a volumetric reconstruction; and measuring the at least one feature from the volumetric reconstruction, in particular comprising loading the object into a CT machine comprising the X-ray scanning device. registering the object with a nominal model, in particular comprising a 3D CAD model, of the object, the object having a plurality of features; determining at least one feature (38, 40) of the object to scan; calculating an efficient trajectory for an X-ray scanning device to scan the at least one feature of the object, calculating being a function of registering the object with the model; controlling the X-ray scanning device to scan _by moving or orbiting a source/ detector pair (22, 26) around the object along an arc (θ), less than the entire object along the efficient trajectory to produce visual data representing at least one scanned portion, the at least one scanned portion including at least a portion of the at least one feature; volumetrically reconstructing the at least one scanned portion of the registered object from the visual data, reconstructing producing a volumetric reconstruction; and measuring the at least one feature from the volumetric reconstruction, in particular comprising loading the object into a CT machine comprising the X-ray scanning device.
A modular universal air supply device for a refrigerator, comprising: an air duct main body, provided with a front surface and a back surface in opposite arrangement, and two vertical end surfaces in opposite arrangement, each of the vertical end surfaces being provided with at least one air supply outlet, characterized in that two widening modules, disposed at two transverse sides of the air duct main body, wherein each of the widening air duct modules is provided with at least one connection air duct, and each of the connection air ducts communicates with one of the air supply outlets on the corresponding vertical end surface; and a first air duct cover plate and a second air duct cover plate, the first air duct cover plate and the second air duct cover plate both comprising a front cover portion and two connection portions respectively disposed at two transverse sides of the front cover portion, wherein the front cover portion is disposed at a front side of the air duct main body, and each of the connection portions is configured to be installed on a cabinet of the refrigerator; and the second air duct cover plate further comprises two widening cover portions, wherein each of the widening cover portions is connected to one transverse side of the front cover portion, and is disposed at a front side of one of the widening modules; and each of the widening cover portions is integrally formed with the front cover portion, or each of the widening cover portions is installed on the front cover portion or one of the connection portions through a connection structure. an air duct main body, provided with a front surface and a back surface in opposite arrangement, and two vertical end surfaces in opposite arrangement, each of the vertical end surfaces being provided with at least one air supply outlet, characterized in that two widening modules, disposed at two transverse sides of the air duct main body, wherein each of the widening air duct modules is provided with at least one connection air duct, and each of the connection air ducts communicates with one of the air supply outlets on the corresponding vertical end surface; and a first air duct cover plate and a second air duct cover plate, the first air duct cover plate and the second air duct cover plate both comprising a front cover portion and two connection portions respectively disposed at two transverse sides of the front cover portion, wherein the front cover portion is disposed at a front side of the air duct main body, and each of the connection portions is configured to be installed on a cabinet of the refrigerator; and the second air duct cover plate further comprises two widening cover portions, wherein each of the widening cover portions is connected to one transverse side of the front cover portion, and is disposed at a front side of one of the widening modules; and each of the widening cover portions is integrally formed with the front cover portion, or each of the widening cover portions is installed on the front cover portion or one of the connection portions through a connection structure.
An electronic module for the temperature-monitored preparation of food to be cooked in a cooking vessel, comprising a base sensor for detecting the temperature of the base of a cooking vessel, and a communications device for signal transmission of the detected temperature to a controlling or regulating means for the heating power of the cooking zone for heating the cooking vessel, characterised in that the base sensor comprises a sensor element which can be guided into, and out of, an accommodating portion in the base of the cooking vessel and is secured in an articulated manner to a housing of the electronic module and is connected to the communications device.
Watercraft, such as a ship, a cruiser, a yacht, a boat or the like, with a glass pane arrangement arranged thereon and/or therein with a first glazing, which is arranged as an outer glazing, and with a second glazing, which is configured as an inner glazing and as a fire protection glazing, so that a combined double glazing is present, characterized in that the outer glazing is configured as a band of windows and that a plane outer glazing is present, so that only a partial area of the area is provided with the fire protection glazing, whereas the remaining part of the area is provided with a non-transparent ship wall.
A modified diene-containing (co)polymer comprising in its structure halogen atoms, at least one epoxy group, and at least one hydroxyl group, having a 5% weight loss temperature of at least 180°C, determined by combined methods of differential scanning calorimetry and thermogravimetry according to ISO11358, a weight-average molecular weight of at least 1500 g/mol, measured by low-temperature GPC according to ISO16014-3, a halogen content of at least 35 wt.% based on the total weight of the (co)polymer.
A continuous process for the preparation of a thermoplastic elastomer composition comprising the steps of: a) providing a thermoplastic resin; b) providing a non-halogenated elastomer comprising repeating units derived from at least one C 4 to C 7 isomonoolefin monomer and at least 3.5 mol% of a C 4 to C 16 multiolefin monomer; c) providing an unsaturated carboxylic anhydride having 4 to 16 carbon atoms; d) admixing in a first stage of a continuous mixer the thermoplastic resin, the elastomer and the unsaturated carboxylic anhydride to create a thermoplastic elastomer composition comprising the carboxylic anhydride grafted to the elastomer; e) admixing in a second stage of the continuous mixer a curing system suitable for use with non-halogenated elastomers to dynamically vulcanize the thermoplastic elastomer. a) providing a thermoplastic resin; b) providing a non-halogenated elastomer comprising repeating units derived from at least one C 4 to C 7 isomonoolefin monomer and at least 3.5 mol% of a C 4 to C 16 multiolefin monomer; c) providing an unsaturated carboxylic anhydride having 4 to 16 carbon atoms; d) admixing in a first stage of a continuous mixer the thermoplastic resin, the elastomer and the unsaturated carboxylic anhydride to create a thermoplastic elastomer composition comprising the carboxylic anhydride grafted to the elastomer; e) admixing in a second stage of the continuous mixer a curing system suitable for use with non-halogenated elastomers to dynamically vulcanize the thermoplastic elastomer.
Ester of a phospholipid with conjugated linoleic acid or conjugated linoleic acid and docosahexaenoic acid wherein the conjugated linoleic acid is the c9,t11 isomer, for use in the treatment of neuroinflammatory and neurodegenerative disorders.
A method comprising: (a) receiving location data from an electronic device of a traveler; (b) determining that said traveler moved from a first geographical point to a second geographical point; (c) determining that the location data, received from said electronic device of said traveler, lacks at least a portion which correspond to a route-segment between the first geographical point and a second geographical point; (d) determining which route-segment said traveler took when he moved from the first geographical point to the second geographical point, out of two or more possible route-segments that connect the first and the second geographical points; wherein the determination of step (d) is based on an analysis that takes into account both historical trails that were traveled by said traveler in other venues, and user characteristics of said traveler. (a) receiving location data from an electronic device of a traveler; (b) determining that said traveler moved from a first geographical point to a second geographical point; (c) determining that the location data, received from said electronic device of said traveler, lacks at least a portion which correspond to a route-segment between the first geographical point and a second geographical point; (d) determining which route-segment said traveler took when he moved from the first geographical point to the second geographical point, out of two or more possible route-segments that connect the first and the second geographical points; wherein the determination of step (d) is based on an analysis that takes into account both historical trails that were traveled by said traveler in other venues, and user characteristics of said traveler.
A method of conditional multipass automatic speech recognition, the method comprising: receiving one or more intent templates, wherein an intent template specifies an intent and comprises one or more fields that indicate parameters an application utilizes to perform a function of the intent (312, 412, 512); receiving a spoken utterance and generating one or more audio frames based on said spoken utterance (124, 120, 102, 314); comparing said one or more audio frames to a first grammar (316, 104); generating recognized speech results based on said comparing; bracketing and collecting audio frames of said one or more audio frames, which are determined to be unrecognized or low confidence audio frames based on said comparing of said one or more audio frames to said first grammar (316, 516); determining, based on said recognized speech results, one of said one or more intent templates and one or more corresponding intent parameters (212-216, 318, 320); and conditionally comparing only said bracketed and collected unrecognized or low confidence audio frames to a second grammar in instances when additional information relative to said one of said one or more intent templates or one or more corresponding intent parameters, is requested (326, 330, 332). receiving one or more intent templates, wherein an intent template specifies an intent and comprises one or more fields that indicate parameters an application utilizes to perform a function of the intent (312, 412, 512); receiving a spoken utterance and generating one or more audio frames based on said spoken utterance (124, 120, 102, 314); comparing said one or more audio frames to a first grammar (316, 104); generating recognized speech results based on said comparing; bracketing and collecting audio frames of said one or more audio frames, which are determined to be unrecognized or low confidence audio frames based on said comparing of said one or more audio frames to said first grammar (316, 516); determining, based on said recognized speech results, one of said one or more intent templates and one or more corresponding intent parameters (212-216, 318, 320); and conditionally comparing only said bracketed and collected unrecognized or low confidence audio frames to a second grammar in instances when additional information relative to said one of said one or more intent templates or one or more corresponding intent parameters, is requested (326, 330, 332).
A plant disease controlling composition comprising a compound represented by the formula: and one or more guanidine fungicidal compounds selected from the following group: a group consisting of iminoctadine trialbesilate and iminoctadine triacetate, wherein a weight ratio of the compound represented by the formula to the guanidine fungicidal compound is that of the compound represented by the formula /the guanidine fungicidal compound = 0.0125/1 to 500/1.
An electromechanical actuator housing assembly comprising: a reinforcement ring integrally formed in the housing assembly located an axial distance above a retaining surface, from a mounting flange wherein the retaining surface is configured for coupling to a load cell; charaterised by the reinforcement ring comprising a housing geometry that lies distal to the retaining surface of the EMA housing and which slopes to decrease in axial distance as measured from the mounting flange while moving towards an axial centerline (A-A') as measured from an exterior surface of the EMA housing a reinforcement ring integrally formed in the housing assembly located an axial distance above a retaining surface, from a mounting flange wherein the retaining surface is configured for coupling to a load cell; charaterised by the reinforcement ring comprising a housing geometry that lies distal to the retaining surface of the EMA housing and which slopes to decrease in axial distance as measured from the mounting flange while moving towards an axial centerline (A-A') as measured from an exterior surface of the EMA housing