mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary fluid element, being a compressor wheel or a turbine wheel of a turbocharger, comprising: a plurality of blades extending in a centrifugal direction on an outer peripheral surface of a boss portion and disposed at intervals in a circumferential direction; and a plurality of cut-remove portions for reducing unbalance, a cut-remove portion being a recess formed on the boss portion in a blade gap between two adjacent blades , wherein the plurality of cut-remove portions includes a first cut-remove portion (74c1) which is cut and removed on a radially-outer portion, and at least one additional cut-remove portion (74c2), wherein the first cut-remove portion (74c1) and the additional cut-remove portion (74c2) do not overlap with each other, characterized in that the at least one additional cut-remove portion is cut and removed on a radially-inner portion disposed inside the first cut-remove portion (74c1) with respect to a radial direction. a plurality of blades extending in a centrifugal direction on an outer peripheral surface of a boss portion and disposed at intervals in a circumferential direction; and a plurality of cut-remove portions for reducing unbalance, a cut-remove portion being a recess formed on the boss portion in a blade gap between two adjacent blades , wherein the plurality of cut-remove portions includes a first cut-remove portion (74c1) which is cut and removed on a radially-outer portion, and at least one additional cut-remove portion (74c2), wherein the first cut-remove portion (74c1) and the additional cut-remove portion (74c2) do not overlap with each other, characterized in that the at least one additional cut-remove portion is cut and removed on a radially-inner portion disposed inside the first cut-remove portion (74c1) with respect to a radial direction.
An image processing method, comprising: irradiating (S1) flashing light of a grid pattern to a surface of an object based on a spreading signal obtained by multiplying a spreading code composed of a pseudo random noise (PN)-sequence with a signal generated by applying primary modulation using a first function (F) to a reference signal; receiving (S2) reflected light from the surface of the object and outputting a spreading signal including image information; filtering (S3) the spreading signal including the image information using a high-pass filter in a time domain for eliminating noise including a low-frequency component changing depending on a move of an object under ambient light from the spreading signal including the image information; inverse-spreading (S4) a filtered signal obtained by the filtering (S3) by an inverse-spreading code; demodulating (S5) an inverse-spreading signal obtained by the inverse-spreading (S4) using a second function (F') that is deformed depending on the first function (F); and outputting (S6) an image reflecting a state of the surface of the object based on the demodulated signal obtained by the demodulating (S5). irradiating (S1) flashing light of a grid pattern to a surface of an object based on a spreading signal obtained by multiplying a spreading code composed of a pseudo random noise (PN)-sequence with a signal generated by applying primary modulation using a first function (F) to a reference signal; receiving (S2) reflected light from the surface of the object and outputting a spreading signal including image information; filtering (S3) the spreading signal including the image information using a high-pass filter in a time domain for eliminating noise including a low-frequency component changing depending on a move of an object under ambient light from the spreading signal including the image information; inverse-spreading (S4) a filtered signal obtained by the filtering (S3) by an inverse-spreading code; demodulating (S5) an inverse-spreading signal obtained by the inverse-spreading (S4) using a second function (F') that is deformed depending on the first function (F); and outputting (S6) an image reflecting a state of the surface of the object based on the demodulated signal obtained by the demodulating (S5).
A top plate for a cooking appliance, comprising: a crystallized glass substrate having a cooking surface on which a cooking device is placed; and a decorative layer formed on the cooking surface, wherein the decorative layer comprises 30 vol% to 100 vol% of ZnO-B 2 O 3 -based glass and 0 vol% to 70 vol% of refractory filler powder, and wherein the ZnO-B 2 O 3 -based glass comprises as a glass composition, in terms of mass%, 0.05% to 5% of Ag 2 O. a crystallized glass substrate having a cooking surface on which a cooking device is placed; and a decorative layer formed on the cooking surface, wherein the decorative layer comprises 30 vol% to 100 vol% of ZnO-B 2 O 3 -based glass and 0 vol% to 70 vol% of refractory filler powder, and wherein the ZnO-B 2 O 3 -based glass comprises as a glass composition, in terms of mass%, 0.05% to 5% of Ag 2 O.
Set of compression stage(s) of a turbomachine , forming an annular fluid passage (F.1) and comprising at least one alternating row of stator and rotor blades, with annular platforms (22.2, 26.2) inside the fluid vein (F.1) and delimiting said vein; at least one annular stator platform (22.2) and/or at least one annular rotor platform (26.2) having an outer longitudinal profile (22.3, 26.3) inclined inwards and upstream with respect to to a nominal profile (N) of the fluid stream (F.1) passing through a downstream edge of said annular platform and parallel to a theoretical and perfect profile of the fluid stream; wherein the inclination of the outer longitudinal profile (22.3, 26.3) of the or each of the annular platforms (22.2, 26.2), relative to the nominal profile (N) of the fluid stream (F.1), oscillates along the circumference of said annular platform(s) (22.2, 26.2), between a maximum value opposite the blades (26.1, 22.1) of said annular platform (22.2, 26.2) following a chord line of said blades and a minimum value between each pair of adjacent blades of said annular platform (22.2, 26.2) characterized in that the inclination of the outer longitudinal profile (22.3, 26.3) of the or each annular platform (22.2, 26.2) relative to the nominal profile (N) of the fluid stream (F.1) is achieved by pivoting said outer longitudinal profile (22.3, 26.3) about the downstream edge (22.3.3, 26.3.3) of said outer longitudinal profile (22.3, 26.3). wherein the inclination of the outer longitudinal profile (22.3, 26.3) of the or each of the annular platforms (22.2, 26.2), relative to the nominal profile (N) of the fluid stream (F.1), oscillates along the circumference of said annular platform(s) (22.2, 26.2), between a maximum value opposite the blades (26.1, 22.1) of said annular platform (22.2, 26.2) following a chord line of said blades and a minimum value between each pair of adjacent blades of said annular platform (22.2, 26.2) characterized in that the inclination of the outer longitudinal profile (22.3, 26.3) of the or each annular platform (22.2, 26.2) relative to the nominal profile (N) of the fluid stream (F.1) is achieved by pivoting said outer longitudinal profile (22.3, 26.3) about the downstream edge (22.3.3, 26.3.3) of said outer longitudinal profile (22.3, 26.3).
A clamp that facilitates securing a pipe section within a socket , the clamp comprising: a pair of arcuate segments , each arcuate segment comprising: an inner circumferential wall ; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall ; wherein the arcuate segments are hinged together at the respective first ends (52'a) thereof; and wherein the arcuate segments are removably fastened together at the respective second ends (52'b) thereof by a fastener , wherein the fastener is configured to draw the second ends (52'b) of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section characterised in that the clamp comprises a plurality of circumferentially spaced-apart spring-loaded devices , each spring-loaded device having a distal end portion tip extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section, wherein the tip is conical. a pair of arcuate segments , each arcuate segment comprising: an inner circumferential wall ; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall ; an inner circumferential wall ; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall ; wherein the arcuate segments are hinged together at the respective first ends (52'a) thereof; and wherein the arcuate segments are removably fastened together at the respective second ends (52'b) thereof by a fastener , wherein the fastener is configured to draw the second ends (52'b) of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section characterised in that the clamp comprises a plurality of circumferentially spaced-apart spring-loaded devices , each spring-loaded device having a distal end portion tip extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section, wherein the tip is conical.
A down the hole drilling assembly having a top end arranged for coupling to a drill string and bottom cutting end , the drilling assembly comprising: an elongate casing ; a fluid powered piston arranged moveably inside the casing which is capable of shuttling axially back and forth having a piston nose positioned at its axially bottom end ; a top working chamber at the top end side of the piston and a bottom working chamber at the bottom end side of the piston ; a driver sub provided with a set of axially extending driver sub splines on its internal surface; a drill bit having a central bore extending axially therethrough comprising an elongate shank provided with a set of axially extending shank splines on its outer surface for engagement with the driver sub splines to form a spline area ; a guide sleeve for forming a first seal with the piston nose wherein the guide sleeve has an inner surface and an outer surface ; wherein, there is at least one air passageway extending through the guide sleeve and / or the casing for fluidly connecting the bottom chamber to the spline area to provide lubrication thereto; characterized in that: the guide sleeve forms a second seal with the outer surface of the shank of the drill bit . an elongate casing ; a fluid powered piston arranged moveably inside the casing which is capable of shuttling axially back and forth having a piston nose positioned at its axially bottom end ; a top working chamber at the top end side of the piston and a bottom working chamber at the bottom end side of the piston ; a driver sub provided with a set of axially extending driver sub splines on its internal surface; a drill bit having a central bore extending axially therethrough comprising an elongate shank provided with a set of axially extending shank splines on its outer surface for engagement with the driver sub splines to form a spline area ; a guide sleeve for forming a first seal with the piston nose wherein the guide sleeve has an inner surface and an outer surface ; wherein, there is at least one air passageway extending through the guide sleeve and / or the casing for fluidly connecting the bottom chamber to the spline area to provide lubrication thereto; characterized in that: the guide sleeve forms a second seal with the outer surface of the shank of the drill bit .
Analysis method for analyzing a sample for the possible presence of sulphite-resistant yeasts of the Brettanomyces bruxellensis species, characterized in that it comprises: - a step of detection of the possible presence, in said sample, of yeasts of the Brettanomyces bruxellensis species belonging to the genetic group of oenological triploid yeasts, comprising the detection, for yeasts contained in said sample, of a molecular marker specific to the yeasts of the Brettanomyces bruxellensis species of the genetic group of oenological triploid yeasts, - and, if such a presence is detected, the deduction that said sample contains yeasts of the Brettanomyces bruxellensis species resistant to sulphites. - a step of detection of the possible presence, in said sample, of yeasts of the Brettanomyces bruxellensis species belonging to the genetic group of oenological triploid yeasts, comprising the detection, for yeasts contained in said sample, of a molecular marker specific to the yeasts of the Brettanomyces bruxellensis species of the genetic group of oenological triploid yeasts, - and, if such a presence is detected, the deduction that said sample contains yeasts of the Brettanomyces bruxellensis species resistant to sulphites.
A dishwasher, comprising: a tub defining a washing space ; a door configured to open and close the washing space ; a door driver configured to partially open the closed door and to close the partially opened door ; a heater configured to increase a temperature inside the washing space ; a first fan configured to provide outside air for the drying process to the heater for heating the provided air and to discharge the heated air into the washing space for increasing the temperature of the washing space ; and a controller configured: to control the dishwasher such that in a drying process, the heater is turned on before a first time point of the drying process at which air inside the washing space is discharged to an outside of the tub ; and to control the door to be closed before the first time point and to be partially opened at the first time point, such that air inside the washing space is discharged to the outside of the tub through the partially opened door , characterized in that : the controller is further configured to adjust a heating level of the heater at a time point after the first time point based on the temperature of the washing space measured at said time point after the first time point. a tub defining a washing space ; a door configured to open and close the washing space ; a door driver configured to partially open the closed door and to close the partially opened door ; a heater configured to increase a temperature inside the washing space ; a first fan configured to provide outside air for the drying process to the heater for heating the provided air and to discharge the heated air into the washing space for increasing the temperature of the washing space ; and a controller configured: to control the dishwasher such that in a drying process, the heater is turned on before a first time point of the drying process at which air inside the washing space is discharged to an outside of the tub ; and to control the door to be closed before the first time point and to be partially opened at the first time point, such that air inside the washing space is discharged to the outside of the tub through the partially opened door , characterized in that : the controller is further configured to adjust a heating level of the heater at a time point after the first time point based on the temperature of the washing space measured at said time point after the first time point. to control the dishwasher such that in a drying process, the heater is turned on before a first time point of the drying process at which air inside the washing space is discharged to an outside of the tub ; and to control the door to be closed before the first time point and to be partially opened at the first time point, such that air inside the washing space is discharged to the outside of the tub through the partially opened door , characterized in that : the controller is further configured to adjust a heating level of the heater at a time point after the first time point based on the temperature of the washing space measured at said time point after the first time point.
A sealing device (30;30A;30B;30C) for a stoker type incinerator that is provided with a plurality of fixed fire grates and a plurality of the movable fire grates and in which objects (T) are subjected to incineration while conveying the objects (T), for sealing a gap between a drop wall (27;28;29) of the stoker type incinerator and a movable fire grate , the sealing device (30;30A;30B;30C) comprising: a front fire grate to be disposed so that a distal end thereof abuts on the movable fire grate ; a support portion (32;32B) having a top surface support plate (33;33B) to be xed to the drop wall (27;28;29) and configured to support a top surface of the front fire grate , and a bottom surface support plate disposed below the top surface support plate (33;33B) and configured to support a bottom surface of the front fire grate ; and a spring configured to urge the front fire grate in a direction opposite to a direction in which the front fire grate is moved with the movable fire grate . a front fire grate to be disposed so that a distal end thereof abuts on the movable fire grate ; a support portion (32;32B) having a top surface support plate (33;33B) to be xed to the drop wall (27;28;29) and configured to support a top surface of the front fire grate , and a bottom surface support plate disposed below the top surface support plate (33;33B) and configured to support a bottom surface of the front fire grate ; and a spring configured to urge the front fire grate in a direction opposite to a direction in which the front fire grate is moved with the movable fire grate .
A brake fluid pressure control device for vehicles with bar handle , the brake fluid pressure control device comprising: an acceleration acquiring unit which is configured to acquire acceleration that occurs in the vehicle; and a control unit which is configured to judge a probability of occurrence of a rear-wheel lift based on the acceleration acquired by the acceleration acquiring unit, and which is configured to perform a pressure reduction control on a front wheel brake (FB) when judging that the occurrence of the rear-wheel lift is probable, characterised in that the control unit includes a differentiation unit which is configured to calculate a differentiation value of the acceleration by differentiating the acceleration acquired by the acceleration acquiring unit, and the control unit is configured to adjust a degree of pressure reduction of the pressure reduction control based on the differentiation value of the acceleration. an acceleration acquiring unit which is configured to acquire acceleration that occurs in the vehicle; and a control unit which is configured to judge a probability of occurrence of a rear-wheel lift based on the acceleration acquired by the acceleration acquiring unit, and which is configured to perform a pressure reduction control on a front wheel brake (FB) when judging that the occurrence of the rear-wheel lift is probable, characterised in that the control unit includes a differentiation unit which is configured to calculate a differentiation value of the acceleration by differentiating the acceleration acquired by the acceleration acquiring unit, and the control unit is configured to adjust a degree of pressure reduction of the pressure reduction control based on the differentiation value of the acceleration.
A method for the extraction of fragrances from natural starting material consisting of the following steps: (a) placing a sample of the natural starting material in a sachet and providing the sample in a pressure proof sample container; (b) bringing in the sample in contact with liquefied petroleum gas of propane and/or butane gas, (c) extracting the fragrances from the natural starting material provided in step (b); (d) venting of the pressure proof sample container, while the liquefied petroleum gas is evaporated and the fragrances is maintained as residue in the container; and (e) dissolving the fragrances in a solvent selected from the group consisting of an alcohol, an ester, a ketone each of them having 1 to 5 carbon atoms or an alkane having 5 to 8 carbon atoms. (a) placing a sample of the natural starting material in a sachet and providing the sample in a pressure proof sample container; (b) bringing in the sample in contact with liquefied petroleum gas of propane and/or butane gas, (c) extracting the fragrances from the natural starting material provided in step (b); (d) venting of the pressure proof sample container, while the liquefied petroleum gas is evaporated and the fragrances is maintained as residue in the container; and (e) dissolving the fragrances in a solvent selected from the group consisting of an alcohol, an ester, a ketone each of them having 1 to 5 carbon atoms or an alkane having 5 to 8 carbon atoms.
A variant of mannanase having mannanase activity, said variant comprising at least two substitutions of an amino acid at positions corresponding to the position 123, 158, 180, 272, 307, or 316 wherein the variant has mannanase activity and is selected from the group consisting of 1) a polypeptide having at least 85% sequence identity to residues 27-331 of SEQ ID NO: 2; 2) a variant encoded by a polynucleotide that hybridizes under high stringency conditions with a) nucleotides 79 - 993 of SEQ ID NO: 1 ( man7 ) b) the full-length complement of a); and 3) a variant encoded by a polynucleotide having at least 95% sequence identity to the SEQ ID NO: 1 or the genomic DNA sequence thereof; and wherein the amino acid numbering corresponds to the amino acid numbering of SEQ ID NO: 2 (Man7) full length amino acid sequence containing a signal sequence. 1) a polypeptide having at least 85% sequence identity to residues 27-331 of SEQ ID NO: 2; 2) a variant encoded by a polynucleotide that hybridizes under high stringency conditions with a) nucleotides 79 - 993 of SEQ ID NO: 1 ( man7 ) b) the full-length complement of a); and a) nucleotides 79 - 993 of SEQ ID NO: 1 ( man7 ) b) the full-length complement of a); and 3) a variant encoded by a polynucleotide having at least 95% sequence identity to the SEQ ID NO: 1 or the genomic DNA sequence thereof;
A torsional vibration damper with a primary flywheel mass and a secondary flywheel mass , with a spring damper device , wherein the primary flywheel mass is rotationally mounted relative to the secondary flywheel mass counter to the restoring force of the spring damper device , wherein means for controlling a form-locking connection of the primary flywheel mass to the secondary flywheel mass are provided, wherein a pressure piece is also provided, by means of which the form-locking connection can be switched, characterised in that , between the primary flywheel mass and a displaceable or deformable element of the secondary flywheel, a force accumulator , in particular a plate spring, is arranged such that the positive connection can be effected counter to the restoring force of the force accumulator by means of the pressure piece .