mhurhangee/patent-ind-claim-en huggingface dataset:
Household electrical ironing apparatus comprising an iron comprising a heating sole and a base connected to the iron by a cord , the base comprising a receptacle to place the iron in a position of rest in which the sole of the iron rests on said receptacle , the iron comprising a handle for holding arranged in a cantilever fashion with respect to the sole , the handle comprising a front end attached to a body surmounting the sole and a rear end that is free, characterised in that , in the rest position, the handle comprises a bearing zone which comes to rest against the base and in that the base comprises a shape such that a space is formed under the handle , between the bearing zone and the body to allow the fingers of a hand to pass through so that the iron can be grasped by its handle .
A gas turbine engine , comprising; a compressor , a combustor and an exhaust turbine each coaxially and serially coupled by a drive shaft having a rotational axis; an engine casing of varying diameters circumferentially enveloping the compressor, the combustor and the exhaust turbine and having a waist located between the compressor and the combustor; a transverse accessory gear box, AGB, attached to the engine casing near the waist, the transverse AGB comprising a plurality of gears rotating about a plurality of parallel axes, each of the parallel axes extending in a direction that is perpendicular to the rotational axis of the drive shaft, a plurality of accessories driven by the AGB , each accessory of the plurality of accessories having a rotational axis that is perpendicular to the rotational axis of the drive shaft ; a tower shaft driven by the drive shaft that drives the AGB , characterized in that the axes of the gears and the associated accessories are arranged to form a single row, the single row extending along an axis substantially parallel to the rotational axis of the drive shaft .
A method comprising: extracting a set of enrollment feature points from an enrollment biometric measurement of an enrollment user; randomly selecting multiple enrollment code words from an error correction code; determining obfuscated enrollment feature point data describing an obfuscated version of each enrollment feature point of the set of enrollment feature points that is obfuscated using a corresponding enrollment code word of the multiple enrollment code words so that the set of enrollment feature points cannot be determined from the obfuscated enrollment feature point data without the multiple enrollment code words; determining obfuscated enrollment code word data describing an obfuscated version of the multiple enrollment code words that is obfuscated using a random enrollment polynomial so that the multiple enrollment code words cannot be determined from the obfuscated enrollment code word data without the random enrollment polynomial; determining an enrollment biometric template including the obfuscated enrollment feature point data and the obfuscated enrollment code word data; and determining, using a processor-based computing device programmed to do the determining, enrollment data that keeps the multiple enrollment code words and the random enrollment polynomial secret, the enrollment data including the enrollment biometric template. extracting a set of enrollment feature points from an enrollment biometric measurement of an enrollment user; randomly selecting multiple enrollment code words from an error correction code; determining obfuscated enrollment feature point data describing an obfuscated version of each enrollment feature point of the set of enrollment feature points that is obfuscated using a corresponding enrollment code word of the multiple enrollment code words so that the set of enrollment feature points cannot be determined from the obfuscated enrollment feature point data without the multiple enrollment code words; determining obfuscated enrollment code word data describing an obfuscated version of the multiple enrollment code words that is obfuscated using a random enrollment polynomial so that the multiple enrollment code words cannot be determined from the obfuscated enrollment code word data without the random enrollment polynomial; determining an enrollment biometric template including the obfuscated enrollment feature point data and the obfuscated enrollment code word data; and determining, using a processor-based computing device programmed to do the determining, enrollment data that keeps the multiple enrollment code words and the random enrollment polynomial secret, the enrollment data including the enrollment biometric template.
Sprocket for arranging on a drive shaft, with a gear rim which has an outer toothed gear ring and a ring carrier , and with a bush body , the ring carrier having a recess for receiving the bush body and the bush body having a recess for receiving the drive shaft, so that the gear rim can be arranged on the drive shaft with intermediate arrangement of the bush body , the bush body has a two-part configuration and two mutually corresponding half-shells , the two half-shells being screwed together in the end-mounted state, the bush body being equipped on its external circumferential surface with a thread and the recess , provided for receiving the bush body , of the ring carrier having, on its inner side orientated towards the bush body , a thread configured correspondingly to the thread of the bush body which permits the gear rim to rotate about the axis of rotation formed by the drive shaft, as a result of which a rotational movement of the gear rim relative to the bush body and hence also relative to the drive shaft is possible and this rotational possibility serves for the purpose, with respect to the positioning of the gear rim in the longitudinal extension of the drive shaft, of being able to undertake a fine adjustment, the gear rim adjusting according to the direction of rotation in the axial direction of the drive shaft relative to the drive shaft. the bush body has a two-part configuration and two mutually corresponding half-shells , the two half-shells being screwed together in the end-mounted state, the bush body being equipped on its external circumferential surface with a thread and the recess , provided for receiving the bush body , of the ring carrier having, on its inner side orientated towards the bush body , a thread configured correspondingly to the thread of the bush body which permits the gear rim to rotate about the axis of rotation formed by the drive shaft, as a result of which a rotational movement of the gear rim relative to the bush body and hence also relative to the drive shaft is possible and this rotational possibility serves for the purpose, with respect to the positioning of the gear rim in the longitudinal extension of the drive shaft, of being able to undertake a fine adjustment, the gear rim adjusting according to the direction of rotation in the axial direction of the drive shaft relative to the drive shaft.
A tool carrier, comprising: a harness system having at least one shoulder strap , and a waist belt ; a guard provided with a main board , a sliding structure at a top of the main board and a suspension structure at a bottom of the main board , the main board formed with a main plane, the sliding structure defining a sliding hole ; a bearing belt passing through the sliding hole of the guard and being connected to the harness system by two opposite ends thereof, so that the guard is slidable along the bearing belt ; and a horizontal projection of the sliding hole and a horizontal projection of the main plane define an angle therebetween, the angle is an acute angle, characterized in that the guard defines an opening on a side surface thereof and an upper through hole on a top surface thereof, the bearing belt passes through both the opening and the upper through hole, the upper through hole is the sliding hole . a harness system having at least one shoulder strap , and a waist belt ; a guard provided with a main board , a sliding structure at a top of the main board and a suspension structure at a bottom of the main board , the main board formed with a main plane, the sliding structure defining a sliding hole ; a bearing belt passing through the sliding hole of the guard and being connected to the harness system by two opposite ends thereof, so that the guard is slidable along the bearing belt ; and a horizontal projection of the sliding hole and a horizontal projection of the main plane define an angle therebetween, the angle is an acute angle, characterized in that the guard defines an opening on a side surface thereof and an upper through hole on a top surface thereof, the bearing belt passes through both the opening and the upper through hole, the upper through hole is the sliding hole .
A method for transmitting Bit Indexed Explicit Replication, BIER, information, comprising: encapsulating (S102), by a BIER node, BIER information by use of an extended Border Gateway Protocol-Link State, BGP-LS; and notifying (S104), by the BIER node, the BIER information to a predetermined node according to the extended BGP-LS; wherein the predetermined node is a controller for calculating a path of a BIER-Traffic Engineering, BIER-TE, according to the BIER information, and the BIER node comprises a BIER node that is in a BIER domain, supports a BIER technology and is connected to the controller. encapsulating (S102), by a BIER node, BIER information by use of an extended Border Gateway Protocol-Link State, BGP-LS; and notifying (S104), by the BIER node, the BIER information to a predetermined node according to the extended BGP-LS; wherein the predetermined node is a controller for calculating a path of a BIER-Traffic Engineering, BIER-TE, according to the BIER information, and the BIER node comprises a BIER node that is in a BIER domain, supports a BIER technology and is connected to the controller.
A speech recognition method comprising: receiving a sentence generated through speech recognition; calculating a degree of suitability for each word in the sentence based on a relationship of each word with other words in the sentence; detecting a target word to be corrected among words in the sentence based on the degree of suitability for each word, wherein the detecting of the target word comprises detecting a predetermined number of words, in order, starting from a lowest degree of suitability; and replacing the target word with any one of candidate words corresponding to the target word. receiving a sentence generated through speech recognition; calculating a degree of suitability for each word in the sentence based on a relationship of each word with other words in the sentence; detecting a target word to be corrected among words in the sentence based on the degree of suitability for each word, wherein the detecting of the target word comprises detecting a predetermined number of words, in order, starting from a lowest degree of suitability; and replacing the target word with any one of candidate words corresponding to the target word.
A method for reuse of a sludge comprising: treating a waste fiber supply comprising an organic fraction and an inorganic fraction to produce at least a plastic portion, a fiber portion, and a sludge portion; dewatering the sludge portion to produce a partially dewatered sludge; converting the partially dewatered sludge by burning the partially dewatered sludge at a temperature of 1375°C to 1900°C to remove a majority of the organic fraction and produce an ash comprising inorganic materials in an amount of at least 80% by weight of the ash; and adding the ash to a plastic pyrolysis system in an effective amount to remove at least a portion of one or more contaminants from a plastic feed stream of the plastic pyrolysis system, wherein: the plastic pyrolysis system comprises a pyrolyzer, and the ash is added directly to the pyrolyzer via a different inlet than that used to introduce the plastic feed stream into the pyrolyzer. treating a waste fiber supply comprising an organic fraction and an inorganic fraction to produce at least a plastic portion, a fiber portion, and a sludge portion; dewatering the sludge portion to produce a partially dewatered sludge; converting the partially dewatered sludge by burning the partially dewatered sludge at a temperature of 1375°C to 1900°C to remove a majority of the organic fraction and produce an ash comprising inorganic materials in an amount of at least 80% by weight of the ash; and adding the ash to a plastic pyrolysis system in an effective amount to remove at least a portion of one or more contaminants from a plastic feed stream of the plastic pyrolysis system, wherein: the plastic pyrolysis system comprises a pyrolyzer, and the ash is added directly to the pyrolyzer via a different inlet than that used to introduce the plastic feed stream into the pyrolyzer. the plastic pyrolysis system comprises a pyrolyzer, and the ash is added directly to the pyrolyzer via a different inlet than that used to introduce the plastic feed stream into the pyrolyzer.
A silicate-containing coolant concentrate, including - more than 90 weight percent with respect to the total amount of the concentrate of at least one freezing-point lowering liquid, wherein the freezing point lowering liquid is a compound of the group including alkylene glycol, alkylene glycol ether, glycol ether, glycerin, or of a mixture of two or more of these compounds, - 1.5 to 5 weight percent with respect to the total amount of the concentrate of at least one mixture of at least two saturated, aliphatic dicarboxylic acids, - 0.1 to 1 weight percent with respect to the total amount of the concentrate of at least one saturated aliphatic or hydroxyl-containing aromatic mono-carboxylic acid, - 0.05 to 0.5 weight percent with respect to the total amount of the concentrate of at least one azole, - 0.01 to 0.06 weight percent with respect to the total amount of the concentrate of at least one stabilized silicate, - 0.01 to 1 weight percent with respect to the overall amount of the concentrate of at least one phosphonocarboxylic acid, and - 0.01 to 1 weight percent with respect to the total amount of the concentrate of at least one heteropoly complex anion from the group IIIA to VIA of periodic table of the elements, wherein the heteropoly complex anion is a molybdate anion or an anion from the group including phosphomolybdates, silicon molybdates, manganese molybdates, silicon tungstates, tellurium molybdates, arsenic molybdates, or a mixture thereof, and wherein the mono-carboxylic acid is a carboxylic acid derived from benzoic acid and having one or two hydroxyl groups. - more than 90 weight percent with respect to the total amount of the concentrate of at least one freezing-point lowering liquid, wherein the freezing point lowering liquid is a compound of the group including alkylene glycol, alkylene glycol ether, glycol ether, glycerin, or of a mixture of two or more of these compounds, - 1.5 to 5 weight percent with respect to the total amount of the concentrate of at least one mixture of at least two saturated, aliphatic dicarboxylic acids, - 0.1 to 1 weight percent with respect to the total amount of the concentrate of at least one saturated aliphatic or hydroxyl-containing aromatic mono-carboxylic acid, - 0.05 to 0.5 weight percent with respect to the total amount of the concentrate of at least one azole, - 0.01 to 0.06 weight percent with respect to the total amount of the concentrate of at least one stabilized silicate, - 0.01 to 1 weight percent with respect to the overall amount of the concentrate of at least one phosphonocarboxylic acid, and - 0.01 to 1 weight percent with respect to the total amount of the concentrate of at least one heteropoly complex anion from the group IIIA to VIA of periodic table of the elements, wherein the heteropoly complex anion is a molybdate anion or an anion from the group including phosphomolybdates, silicon molybdates, manganese molybdates, silicon tungstates, tellurium molybdates, arsenic molybdates, or a mixture thereof, and wherein the mono-carboxylic acid is a carboxylic acid derived from benzoic acid and having one or two hydroxyl groups.
A method for adjusting an optical displacement sensor including a predetermined optical system, the predetermined optical system having a projection module configured to project light onto an object to be measured , a light-receiving element configured to receive reflected light reflected by the object to be measured of light projected from the projection module , and a light-receiving lens configured to image the reflected light onto the light-receiving element , the light-receiving lens being positioned between the object to be measured and the light-receiving element , characterized in that the method comprises adjusting by moving only a single member in a direction of an optical axis (Z 1 ) of the light-receiving lens and in a direction perpendicular to the direction of the optical axis of the light-receiving lens (X 1 ) so that the Scheimpflug condition is met, wherein the single member is a lens holder accommodating the light-receiving lens , and the movement of the lens holder is restricted by four pins (15a-15d), located around the lens holder and attached to a surface of a housing of the optical displacement sensor , when the lens holder is moved to contact one of the pins; and the four pins are disposed so as to correspond to corners of the lens holder . characterized in that the method comprises adjusting by moving only a single member in a direction of an optical axis (Z 1 ) of the light-receiving lens and in a direction perpendicular to the direction of the optical axis of the light-receiving lens (X 1 ) so that the Scheimpflug condition is met, wherein the single member is a lens holder accommodating the light-receiving lens , and the movement of the lens holder is restricted by four pins (15a-15d), located around the lens holder and attached to a surface of a housing of the optical displacement sensor , when the lens holder is moved to contact one of the pins; and the four pins are disposed so as to correspond to corners of the lens holder .
A method for activating a voice assistant function in a mobile device, the method comprising: receiving an input sound stream by a sound sensor; determining a context of the mobile device; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on a sound feature extracted from the input sound stream and based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device. receiving an input sound stream by a sound sensor; determining a context of the mobile device; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on a sound feature extracted from the input sound stream and based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device.
Method for detecting and monitoring rails in images of a video stream filmed parallel to the axis of the rails, comprising, for at least one image of the video stream, the step of: Forming (E2) an image of rail contours (IC i ), characterised in that it comprises, for said at least one image of the video stream, the steps of: Estimating, by particle filtering (E3), a set of weighted models of representations of rails (M j ) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating (E4) the position of the rails in the image as a function of the set of weighted models. Forming (E2) an image of rail contours (IC i ), characterised in that it comprises, for said at least one image of the video stream, the steps of: Estimating, by particle filtering (E3), a set of weighted models of representations of rails (M j ) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating (E4) the position of the rails in the image as a function of the set of weighted models. Estimating, by particle filtering (E3), a set of weighted models of representations of rails (M j ) as a function of the image of rail contours, each model being defined by parameters which comprise on the one hand the x-coordinates of control points of a representation of a central axis of the rails in a coordinate system defined in the image, the y-coordinates of the control points being predefined and distinct, and on the other hand coefficients of a linear function representing the distance between the representation of the central axis of the rails and, respectively, representations of the left and right rails as a function of the y-coordinate in the coordinate system of the image, Estimating (E4) the position of the rails in the image as a function of the set of weighted models.
A compound of Formula VII: or a pharmaceutically acceptable salt thereof; wherein n 6 is 1 or 2; R 602 , R 603 , R 604 and R 605 are, independently for each occurrence, C 1-4 alkyl; R 606 is cyclohexyl substituted by N(C 1-4 alkyl) 2 or piperidine substituted by 1, 2, or 3 C 1-4 alkyl groups; and R 607 is morpholine, piperidine, piperazine, pyrrolidine, diazepane, azetidine or O-C 1-6 alkyl, wherein the piperidine, diazepane or azetidine groups can be optionally further substituted with OH or C 1-6 alkyl. n 6 is 1 or 2; R 602 , R 603 , R 604 and R 605 are, independently for each occurrence, C 1-4 alkyl; R 606 is cyclohexyl substituted by N(C 1-4 alkyl) 2 or piperidine substituted by 1, 2, or 3 C 1-4 alkyl groups; and R 607 is morpholine, piperidine, piperazine, pyrrolidine, diazepane, azetidine or O-C 1-6 alkyl, wherein the piperidine, diazepane or azetidine groups can be optionally further substituted with OH or C 1-6 alkyl.