mhurhangee/patent-ind-claim-en huggingface dataset:
A coating composition comprising a coating base and 0.1 to 10% by weight of an additive compound, based on the total solids weight of the coating, where the additive compound is at least one of an alkali metal salt of poly(meth)acrylic acid, ammonium compound or amine salt of poly(meth)acrylic acid, silicone polyether, alkali metal salt of silicone polyether carboxylate, ammonium compound or amine salt of silicone polyether carboxylate, alkali metal salt of hydrolyzed α-olefin/maleic anhydride copolymer, ammonium compound or amine salt of hydrolyzed α-olefin/maleic anhydride copolymer, alkali metal salt of esterified α-olefin/maleic anhydride copolymer, ammonium compound or amine salt of esterified α-olefin/maleic anhydride copolymer, α-olefin/maleic anhydride copolymer amic acid resin, salt of α-olefin/maleic anhydride copolymer amic acid resin, polycarboxylate calcium sequestrants, or mixtures thereof; where the coating base is an architectural paint, architectural stain, or architectural clear coating; where the α-olefin is selected from styrene or α-methyl styrene; and where the silicone polyether, alkali metal salt of silicone polyether carboxylate, ammonium compound or amine salt of silicone polyether carboxylate is from formulas (I) or (II): wherein R 1 , R 2 , and R 3 are independently C 1 -C 8 alkyl groups; X is a linear or branched C 1 -C 4 alkylene group; R 4 is independently H or -C(O)-Y-C(O)O - M + ; Y is a linear or branched, saturated or unsaturated C 1 -C 5 alkylene group; M is independently H, alkali metal, NH 4 + , dialkyl ammonium cation, or amine cation; a and b are independently integers of 1 to 40 where a+b is an integer of at least 2; and c and d are independently integers of 0 to 20 where c+d is an integer of at least 1; R 5 is H, a C 1 -C 5 alkyl group, or -C(O)-Y-C(O)O - M + ; and e is an integer of 1 to 40. R 1 , R 2 , and R 3 are independently C 1 -C 8 alkyl groups; X is a linear or branched C 1 -C 4 alkylene group; R 4 is independently H or -C(O)-Y-C(O)O - M + ; Y is a linear or branched, saturated or unsaturated C 1 -C 5 alkylene group; M is independently H, alkali metal, NH 4 + , dialkyl ammonium cation, or amine cation; a and b are independently integers of 1 to 40 where a+b is an integer of at least 2; and c and d are independently integers of 0 to 20 where c+d is an integer of at least 1; R 5 is H, a C 1 -C 5 alkyl group, or -C(O)-Y-C(O)O - M + ; and e is an integer of 1 to 40.
A working machine comprising: a lower body ; a turning body which is turnably provided on the lower body ; a turning manipulating member which turns the turning body ; a hydraulic motor which rotationally drives the turning body according to a manipulated variable of the turning manipulating member ; a brake device which brakes the hydraulic motor ; a main hydraulic source which supplies hydraulic oil to the hydraulic motor ; and a direction control valve which is provided between the main hydraulic source and the hydraulic motor and controls a flow direction of the hydraulic oil according to the manipulated variable of the turning manipulating member , wherein in a state where the hydraulic motor is braked by the brake device based on a manipulation of a brake manipulating member , in a case where the turning manipulation is performed by the turning manipulating member , a brake applied to the hydraulic motor by the brake device is released with respect to turning in an indication direction indicated by the turning manipulation such that the turning body turns in the indication direction while the hydraulic motor is braked in a rotation direction opposite to the indication direction indicated by the turning manipulation. a lower body ; a turning body which is turnably provided on the lower body ; a turning manipulating member which turns the turning body ; a hydraulic motor which rotationally drives the turning body according to a manipulated variable of the turning manipulating member ; a brake device which brakes the hydraulic motor ; a main hydraulic source which supplies hydraulic oil to the hydraulic motor ; and a direction control valve which is provided between the main hydraulic source and the hydraulic motor and controls a flow direction of the hydraulic oil according to the manipulated variable of the turning manipulating member , wherein in a state where the hydraulic motor is braked by the brake device based on a manipulation of a brake manipulating member , in a case where the turning manipulation is performed by the turning manipulating member , a brake applied to the hydraulic motor by the brake device is released with respect to turning in an indication direction indicated by the turning manipulation such that the turning body turns in the indication direction while the hydraulic motor is braked in a rotation direction opposite to the indication direction indicated by the turning manipulation.
A lithium-free mixed titanium and niobium oxide, comprising at least one trivalent metal or boron, and having a molar ratio Nb/Ti greater than 2, characterized in that it relates to a material of formula (I) : M x Ti 1-2x Nb 2+x O 7±δ (I) where 0 < x ≤ 0.20; -0.3 ≤ δ ≤ 0.3; M being selected from the group comprising iron, gallium, molybdenum, aluminum, boron, and mixtures thereof.
A conjugate comprising (a) an amatoxin comprising (i) an amino acid 4 with a 6'-deoxy position; and (ii) an amino acid 8 with an S-deoxy position; (b) a target-binding moiety; and (c) a linker linking said amatoxin and said target-binding moiety, wherein said linker is an enzymatically cleavable linker and/or a linker comprising the structure wherein L 1 is a part of the linker that connects L* to the amatoxin, and L 2 is a part of the linker that connects L* to the target-binding moiety.
A method for installing a fastener into an opening of a structure using a tool, the fastener comprising a sleeve and a pin threadably received into the sleeve, the method comprising: inserting the fastener into the opening; grabbing a pintail of the pin, wherein grabbing the pintail of the pin comprises clamping a clamp of the tool to the pintail; deforming a tail of the sleeve radially outward relative to a centerline axis of the fastener by automatically displacing the pin longitudinally along the centerline axis relative to the sleeve, wherein the tail is deformed by activating a linear actuator to displace the clamp longitudinally along the centerline axis relative to the structure such that the pin is displaced longitudinally along the centerline axis relative to the sleeve; rotationally shearing the pintail of the pin from a shaft of the pin; wherein clamping the clamp of the tool to the pintail of the pin comprises grabbing a neck of the pintail of the pin, and wherein deforming the tail of the sleeve radially outward by automatically displacing the pin longitudinally along the centerline axis relative to the sleeve comprises bracing against a side of the structure and a flange of the sleeve. inserting the fastener into the opening; grabbing a pintail of the pin, wherein grabbing the pintail of the pin comprises clamping a clamp of the tool to the pintail; deforming a tail of the sleeve radially outward relative to a centerline axis of the fastener by automatically displacing the pin longitudinally along the centerline axis relative to the sleeve, wherein the tail is deformed by activating a linear actuator to displace the clamp longitudinally along the centerline axis relative to the structure such that the pin is displaced longitudinally along the centerline axis relative to the sleeve; rotationally shearing the pintail of the pin from a shaft of the pin; wherein clamping the clamp of the tool to the pintail of the pin comprises grabbing a neck of the pintail of the pin, and wherein deforming the tail of the sleeve radially outward by automatically displacing the pin longitudinally along the centerline axis relative to the sleeve comprises bracing against a side of the structure and a flange of the sleeve.
Fluid distributing apparatus comprising a fixed part and a rotating part , wherein the fixed part is provided with at least two inlet channels and at least two outlet channels and wherein each inlet and outlet channel has a facing opening facing the rotating part , the rotating part is rotatably positioned relative to the fixed part such that the rotating part can have multiple rotational positions relative to the fixed part , wherein the rotating part is provided with at least two connecting channels , each connecting channel having an inlet and outlet opening in the rotating part , wherein the inlet and outlet opening of at least one connecting channel in the rotating part aligns with the facing openings of at least one inlet and outlet channel in the fixed part in at least one rotational position and wherein in at least one other rotational position the inlet and outlet opening of the connecting channel in the rotating part is not aligned with the same facing openings of the inlet and outlet channel in the fixed part , wherein the inlet opening of at least one connecting channel in the rotating part aligns with the facing opening of one inlet channel in the fixed part and wherein the outlet opening of the connecting channel aligns with the facing opening of an outlet channel in the fixed part in at least one rotational position and wherein in at least one other rotational position the same inlet opening of the connecting channel in the rotating part is aligned with a facing opening of a different inlet channel in the fixed part and aligned with a facing opening of a different outlet channel in the fixed part , wherein the rotating part has a cylindrical shape and wherein the fixed part or fixed parts are positioned axial relative to the rotating part at one side or at both sides and wherein the rotating part is comprised of two or more cylindrical layers piled up along the axis of rotation and wherein the connecting channels are formed by openings in the cylindrical layers .
A method for processing at least one digital image intended to be reproduced on a display device, said image comprising image elements, an image element being associated with colour information comprising, in a first colour space, a luminance component (Y 1 ) and chrominance components, said luminance component having a value within a first interval of predetermined values, said device being capable of reproducing luminance values within a second interval of predetermined values, of a length greater than that of the first interval, said method comprising the following steps: - Counting (E2, E'2) a number of image elements, known as "bright" elements, at least the luminance component of which has a value greater than a first predetermined threshold; - Evaluating (E4) a maximum tolerated brightness value as a decreasing function of the counted number of image elements; and - Transforming (E5) the first luminance components of the image elements into second luminance components, comprising for an image element, calculating an intermediate luminance value by applying an expansion exponent to the first luminance component value and multiplying the calculated intermediate value by the evaluated maximum tolerated brightness value. - Counting (E2, E'2) a number of image elements, known as "bright" elements, at least the luminance component of which has a value greater than a first predetermined threshold; - Evaluating (E4) a maximum tolerated brightness value as a decreasing function of the counted number of image elements; and - Transforming (E5) the first luminance components of the image elements into second luminance components, comprising for an image element, calculating an intermediate luminance value by applying an expansion exponent to the first luminance component value and multiplying the calculated intermediate value by the evaluated maximum tolerated brightness value.
Device for portable measurement of the state of health of a user configured to be worn by the user and comprising at least one measuring member and at least one electrical battery electrically supplying the measuring member , said electrical battery comprising at least three charging electrodes configured to cooperate with a charging device in order to electrically recharge the electrical battery , device wherein at least three of the charging electrodes , called charging and measuring electrodes and defining at least one reference electrode and at least two test electrodes , are configured to be in contact with the user's sweat (S) when the device is worn and are connected to the measuring member in order to measure, in cooperation with said measuring member , at least one physical parameter of the user's sweat (S), namely the difference in electrolytic potentials (P) between the reference electrode and each test electrode in order to measure the state of health of the user.
A detector , comprising: a sound-emitting device ; and a detection unit configured to detect a specific event, the sound-emitting device , comprising: a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit , a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit , and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event. a sound-emitting device ; and a detection unit configured to detect a specific event, the sound-emitting device , comprising: a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit , a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit , and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event. a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit , a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit , and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event.
A series-fed omnidirectional collinear antenna array, comprising: a feed-through connector , a supporting tube , an impedance matching assembly and a collinear antenna assembly connected in series, wherein the collinear antenna assembly comprises: a plurality of phase delayers connected in series, wherein an end portion of each phase delayer is connected to an antenna radiating unit ; and wherein the antenna radiating unit at an end portion of the collinear antenna assembly is connected to the impedance matching assembly; and wherein each of the plurality of phase delayers comprises a circuit wire printed on a dielectric plate, wherein an end portion of the circuit wire is connected to the antenna radiating unit, wherein at least one of a wire length, a wire width and a wire spacing of the circuit wire of a first phase delayer differs from the wire length, the wire width and the wire spacing of the circuit wire of another one of the plurality of phase delayers in order to control a phase and an amplitude fed to each antenna radiating unit. a plurality of phase delayers connected in series, wherein an end portion of each phase delayer is connected to an antenna radiating unit ; and wherein the antenna radiating unit at an end portion of the collinear antenna assembly is connected to the impedance matching assembly; and wherein each of the plurality of phase delayers comprises a circuit wire printed on a dielectric plate, wherein an end portion of the circuit wire is connected to the antenna radiating unit, wherein at least one of a wire length, a wire width and a wire spacing of the circuit wire of a first phase delayer differs from the wire length, the wire width and the wire spacing of the circuit wire of another one of the plurality of phase delayers in order to control a phase and an amplitude fed to each antenna radiating unit.
A method of estimating body fat, comprising: a step of obtaining, with a first sensor (17, 18 or 19), information indicating orientation of an apparatus itself, contacted against a surface of an abdomen, and obtaining, with a device (15 or 16), information indicating motion of the apparatus itself; a step of calculating a portion of an abdominal outline of the abdomen by a control unit , based on the information indicating the orientation and the motion of the apparatus itself; and a step of estimating, by the control unit and based on the calculated portion of the abdominal outline, at least one of a visceral fat area and a subcutaneous fat area of an abdominal cross-section of the abdomen. a step of obtaining, with a first sensor (17, 18 or 19), information indicating orientation of an apparatus itself, contacted against a surface of an abdomen, and obtaining, with a device (15 or 16), information indicating motion of the apparatus itself; a step of calculating a portion of an abdominal outline of the abdomen by a control unit , based on the information indicating the orientation and the motion of the apparatus itself; and a step of estimating, by the control unit and based on the calculated portion of the abdominal outline, at least one of a visceral fat area and a subcutaneous fat area of an abdominal cross-section of the abdomen.
A process for preparing a porous carbon material comprising the process steps: a. providing a carbon source comprising a first carbon source compound; b. providing an amphiphilic species comprising a first amphiphilic compound, the first amphiphilic compound comprising two or more adjacent ethylene oxide based repeating units; c. contacting the carbon source and the amphiphilic species to obtain a precursor; and d. heating the precursor to obtain the porous carbon material; wherein the precursor does not comprise more than 1 parts by weight, based on 100 parts of carbon source, of a cross-linking agent. a. providing a carbon source comprising a first carbon source compound; b. providing an amphiphilic species comprising a first amphiphilic compound, the first amphiphilic compound comprising two or more adjacent ethylene oxide based repeating units; c. contacting the carbon source and the amphiphilic species to obtain a precursor; and d. heating the precursor to obtain the porous carbon material;
A garment care device comprising: - a sensor for generating an output signal characterizing a movement of said garment care device, wherein said sensor is an accelerometer, - a control unit coupled to said sensor , the control unit being adapted to a) identify characteristics of said output signal for classifying the movement of said garment care device according to short stroke and long stroke when the garment care device is used by a user, wherein a stroke length corresponds to the linear displacement of the garment care device between a starting position with zero speed to the next position with zero speed along a given direction (D), whereby the value of a stroke length allows classifying the stroke length between a short stroke and a long stroke, b) classify the movement of the garment care device according to short stroke and long stroke, and c) adjust at least one operating parameter of the garment care device based on the classification of short stroke and long stroke. - a sensor for generating an output signal characterizing a movement of said garment care device, wherein said sensor is an accelerometer, - a control unit coupled to said sensor , the control unit being adapted to a) identify characteristics of said output signal for classifying the movement of said garment care device according to short stroke and long stroke when the garment care device is used by a user, wherein a stroke length corresponds to the linear displacement of the garment care device between a starting position with zero speed to the next position with zero speed along a given direction (D), whereby the value of a stroke length allows classifying the stroke length between a short stroke and a long stroke, b) classify the movement of the garment care device according to short stroke and long stroke, and c) adjust at least one operating parameter of the garment care device based on the classification of short stroke and long stroke. a) identify characteristics of said output signal for classifying the movement of said garment care device according to short stroke and long stroke when the garment care device is used by a user, wherein a stroke length corresponds to the linear displacement of the garment care device between a starting position with zero speed to the next position with zero speed along a given direction (D), whereby the value of a stroke length allows classifying the stroke length between a short stroke and a long stroke, b) classify the movement of the garment care device according to short stroke and long stroke, and c) adjust at least one operating parameter of the garment care device based on the classification of short stroke and long stroke.
Kit for controlling the quality of cleaning a sample, which comprises: - a solution for colouring by soaking said sample, said colouring solution comprising a colourant in a dilution phase, and - a solution for revelation by soaking said sample, said revelation solution comprising said dilution phase, characterised in that said colourant in said dilution phase is comprised in the group of colourants consisting of Coomassie blue, Amido black, said colouring solution comprises a colourant at a concentration going from 0.05% to 1%, said dilution phase comprises at least citric acid and/or lactic acid; said dilution phase is a dilution phase compatible with the requirements linked to the medical sector, from which said sample comes, containing one or more medical devices, possibly contaminated by protein compounds and/or organic matters and/or biofilms present on said medical devices. - a solution for colouring by soaking said sample, said colouring solution comprising a colourant in a dilution phase, and - a solution for revelation by soaking said sample, said revelation solution comprising said dilution phase,