mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for quantitative texture attribute measurement of a liquid in a container, the apparatus comprising: a container ; a housing ; a laser generator attached to the housing ; an acoustic capturing device proximally located to the housing ; a data processing unit in communication with at least the acoustic capturing device ; wherein a laser from the laser generator is directed to strike the liquid , which is contained in the container , to create a plasma arc impacting a surface of the container , and thereby producing an acoustic signal from vibration of the impacted surface of the container to be detected by the acoustic capturing device ; wherein the data processing unit is configured to quantitatively measure the texture attribute of the liquid based on input from the acoustic capturing device generated based on said detected acoustic signal , wherein the texture attribute is selected from viscosity, density, mouthfeel properties, astringency, mouth coating properties, sweetness, sensory properties or rheological properties. a container ; a housing ; a laser generator attached to the housing ; an acoustic capturing device proximally located to the housing ; a data processing unit in communication with at least the acoustic capturing device ; wherein a laser from the laser generator is directed to strike the liquid , which is contained in the container , to create a plasma arc impacting a surface of the container , and thereby producing an acoustic signal from vibration of the impacted surface of the container to be detected by the acoustic capturing device ; wherein the data processing unit is configured to quantitatively measure the texture attribute of the liquid based on input from the acoustic capturing device generated based on said detected acoustic signal , wherein the texture attribute is selected from viscosity, density, mouthfeel properties, astringency, mouth coating properties, sweetness, sensory properties or rheological properties.
A control method of a continuously variable transmission mounted on a vehicle, comprising: performing advance compensation of a feedback command value of speed ratio control of the continuously variable transmission in a speed ratio control system of the continuously variable transmission; and making an advance amount (A) according to a vibration frequency of torsional vibration of an input shaft of the continuously variable transmission which is the advance amount (A) of the advance compensation variable in accordance with a first operation state of the vehicle, the first operation state of the vehicle being an operation state of the vehicle as to the advance amount (A), wherein a feedback gain (G_FB) of the speed ratio control of the continuously variable transmission performed in the speed ratio control system is variable in accordance with a second operation state of the vehicle, the second operation state of the vehicle being an operation state of the vehicle as to the feedback gain (G_FB); and when the advance amount (A) is made variable, the advance amount (A) is made variable in accordance with the feedback gain (G_FB). performing advance compensation of a feedback command value of speed ratio control of the continuously variable transmission in a speed ratio control system of the continuously variable transmission; and making an advance amount (A) according to a vibration frequency of torsional vibration of an input shaft of the continuously variable transmission which is the advance amount (A) of the advance compensation variable in accordance with a first operation state of the vehicle, the first operation state of the vehicle being an operation state of the vehicle as to the advance amount (A), wherein a feedback gain (G_FB) of the speed ratio control of the continuously variable transmission performed in the speed ratio control system is variable in accordance with a second operation state of the vehicle, the second operation state of the vehicle being an operation state of the vehicle as to the feedback gain (G_FB); and when the advance amount (A) is made variable, the advance amount (A) is made variable in accordance with the feedback gain (G_FB).
Damper for regulate an air flow opening for passage of an air flow in a ventilation duct , wherein the damper comprises a disk and a mounting part , the mounting part is configured to mount the damper in the ventilation duct , whereupon the air flow opening is formed between the inside of the ventilation duct and the periphery of the disk , and the disk is configured to be movable between an opened and a closed position in order to regulate the size of the air flow opening , whereby the disk has an extension (d, s, s') in the plane of the disk , the damper contains an air-permeable material , the air-permeable material is mounted on the disk , at least at the periphery of the disk , a portion of the air-permeable material extends past the edge of the disk with a length (X, X') in the plane of the disk being at least 5% of the extension (d, s, s') of the disk and it is configured to be located in the air flow opening when the damper is arranged in the ventilation duct , characterized in that the size of the air flow opening is configured to be regulated when the disk of the damper pivots in the ventilation duct .
A directed jet mouthpiece comprising: at least one mouthpiece trough configured to fit over at least a front portion of at least one or more of an upper and a lower dental arch of teeth in a user's mouth, the at least one mouthpiece trough having a buccal-side vertical member , a lingual-side vertical member and an occlusal-side horizontal member that extends between the buccal-side and the lingual-side vertical members, wherein the at least one mouthpiece trough includes at least one fluidics inlet , a plurality of jet orifices on both the buccal-side and lingual-side vertical members, and at least one fluidics path disposed between the at least one fluidics inlet and the jet orifices; and a plurality of directed jet orifices disposed in end regions of the at least one mouthpiece trough , wherein the at least one fluidics path is further disposed between the at least one fluidics inlet and the plurality of directed jet orifices , wherein the plurality of directed jet orifices are configured for directing fluid jets rearward towards a remainder of teeth in a user's mouth beyond the end regions of the at least one mouthpiece trough . at least one mouthpiece trough configured to fit over at least a front portion of at least one or more of an upper and a lower dental arch of teeth in a user's mouth, the at least one mouthpiece trough having a buccal-side vertical member , a lingual-side vertical member and an occlusal-side horizontal member that extends between the buccal-side and the lingual-side vertical members, wherein the at least one mouthpiece trough includes at least one fluidics inlet , a plurality of jet orifices on both the buccal-side and lingual-side vertical members, and at least one fluidics path disposed between the at least one fluidics inlet and the jet orifices; and a plurality of directed jet orifices disposed in end regions of the at least one mouthpiece trough , wherein the at least one fluidics path is further disposed between the at least one fluidics inlet and the plurality of directed jet orifices , wherein the plurality of directed jet orifices are configured for directing fluid jets rearward towards a remainder of teeth in a user's mouth beyond the end regions of the at least one mouthpiece trough .
Sole, suitable for the use in a safety shoe, wherein the sole comprises a toe, metatarsus and heel portion as well as a first sole element which has a toe, metatarsus and heel portion, and a second sole element which has at least a heel portion, wherein the second sole element has a clearance in which a damping element is disposed; wherein the first sole element is an impenetrable sole which in the manner of a tier is disposed above the second sole element and at least in portions is connected to the second sole element , wherein the second sole element has a fixed connection, in the form of a connection line , to the first sole element .
An electronic patch for stimulating tissue healing at a target site inside a cylindrical body part , suitably sized to wrap at least partly around the body part, with a first part of the patch on one side of the body part, and a second part of the patch on another side of the body part, the patch comprising: a) a battery or an arrangement of multiple batteries ; b) a first coil (402 or 902) located in the first part of the patch, and a second coil (404 or 904) in the second part of the patch; and c) a controller (410 or 910), powered by the battery or batteries; characterized in that the controller is configured in a first mode of operation to pass a known current with known pulse shape and width through the first coil , producing an electromagnetic field at the target site, and to measure an emf voltage induced in the second coil by the current passing through the first coil. a) a battery or an arrangement of multiple batteries ; b) a first coil (402 or 902) located in the first part of the patch, and a second coil (404 or 904) in the second part of the patch; and c) a controller (410 or 910), powered by the battery or batteries;
An endoscope system processor device , comprising: a receiving unit that receives an image signal obtained by imaging an observation target with an endoscope ; an oxygen saturation calculation unit that calculates an oxygen saturation based on the image signal; a pixel specification unit that specifies an out-of-range pixel in which the oxygen saturation deviates from a specific range set in advance; and a diagnostic information calculation unit that calculates diagnostic information as a numerical value using information of the out-of-range pixel, characterized in that the pixel specification unit specifies an in-range pixel in which the oxygen saturation is within the specific range, and the diagnostic information calculation unit includes a difference value calculation section that calculates a difference value between the oxygen saturation of the out-of-range pixel and the oxygen saturation of the in-range pixel as the diagnostic information. a receiving unit that receives an image signal obtained by imaging an observation target with an endoscope ; an oxygen saturation calculation unit that calculates an oxygen saturation based on the image signal; a pixel specification unit that specifies an out-of-range pixel in which the oxygen saturation deviates from a specific range set in advance; and a diagnostic information calculation unit that calculates diagnostic information as a numerical value using information of the out-of-range pixel, characterized in that the pixel specification unit specifies an in-range pixel in which the oxygen saturation is within the specific range, and the diagnostic information calculation unit includes a difference value calculation section that calculates a difference value between the oxygen saturation of the out-of-range pixel and the oxygen saturation of the in-range pixel as the diagnostic information.
An elongate steel structure for a vehicle comprising: - a first steel sheet element , and - a second steel sheet element , said first and second steel sheet elements constituting opposite ends of the elongate steel structure and said first and second steel sheet elements overlapping each other in a mid-portion of said elongate steel structure, but not over said opposite ends of the elongate steel structure , wherein the first and the second steel sheet elements have an overlapping hat profile including a central portion , two webs , and two flanges , characterised in that at least one of the first and second steel sheet elements include cut-outs along the flanges such that the overlap is interrupted along said flanges . - a first steel sheet element , and - a second steel sheet element , said first and second steel sheet elements constituting opposite ends of the elongate steel structure and said first and second steel sheet elements overlapping each other in a mid-portion of said elongate steel structure, but not over said opposite ends of the elongate steel structure , wherein the first and the second steel sheet elements have an overlapping hat profile including a central portion , two webs , and two flanges , characterised in that at least one of the first and second steel sheet elements include cut-outs along the flanges such that the overlap is interrupted along said flanges .
An aqueous cosmetic composition comprising (a) at least one active compound being at least one polyphenol, adenosine or vitamin C; (b) at least one hydrotrope being nicotinamide and caffeine; and (c) water, wherein said hydrotrope is present in an amount from 0.1% to 20% based on the total weight of the composition to solubilize said at least one active compound in said water.
A pick and place station that comprises at least one carousel which can rotate with respect to a rotation axis, a first and a second moveable element which can be actuated mutually independently, are mounted so that they can rotate on said at least one carousel and are provided with a respective working head which has at least two degrees of freedom, said first and second moveable element being mutually offset by a predefined angle, wherein said carousel comprises a controlled motor and means of coupling the shaft of said motor to said carousel , characterized by each moveable element comprising three distinct articulated arms , each articulated arm comprising a crank which can rotate with respect to said at least one carousel and a linkage which is pivoted to said working head about a respective rotation axis ; wherein each linkage has a first end pivoted to said crank and a second end pivoted to said at least one working head about a respective rotation axis ; wherein at least one arm of the three distinct articulated arms of said moveable element is axially offset with respect to the remaining two articulated arms of that moveable element , along a direction which is substantially parallel to the rotation axis of the carousel which is defined on a fixed frame ; wherein only two linkages of a same articulated arm are pivoted to the same point of the same working head , the remaining linkage of that arm being pivoted to a different point of that working head ; and wherein the rotation axes of the carousel , of the cranks and of the linkages are substantially mutually parallel; each articulated arm being actuated by a respective servomotor which comprises a controlled electric motor and a respective control and management drive. wherein said carousel comprises a controlled motor and means of coupling the shaft of said motor to said carousel , characterized by each moveable element comprising three distinct articulated arms , each articulated arm comprising a crank which can rotate with respect to said at least one carousel and a linkage which is pivoted to said working head about a respective rotation axis ; wherein each linkage has a first end pivoted to said crank and a second end pivoted to said at least one working head about a respective rotation axis ; wherein at least one arm of the three distinct articulated arms of said moveable element is axially offset with respect to the remaining two articulated arms of that moveable element , along a direction which is substantially parallel to the rotation axis of the carousel which is defined on a fixed frame ; wherein only two linkages of a same articulated arm are pivoted to the same point of the same working head , the remaining linkage of that arm being pivoted to a different point of that working head ; and wherein the rotation axes of the carousel , of the cranks and of the linkages are substantially mutually parallel; each articulated arm being actuated by a respective servomotor which comprises a controlled electric motor and a respective control and management drive.
A computer-implemented method of audio processing, the method comprising: receiving audio object data and audio description data , wherein the audio object data includes a first plurality of audio objects; calculating a long-term loudness of the audio object data and a long-term loudness of the audio description data; calculating a plurality of short-term loudnesses of the audio object data and a plurality of short-term loudnesses of the audio description data; reading a first plurality of mixing parameters that correspond to the audio object data; generating a second plurality of mixing parameters based on the first plurality of mixing parameters, the long-term loudness of the audio object data, the long-term loudness of the audio description data, the plurality of short-term loudnesses of the audio object data, and the plurality of short-term loudnesses of the audio description data; generating a gain adjustment visualization corresponding to the second plurality of mixing parameters, the audio object data and the audio description data; and generating mixed audio object data by mixing the audio object data and the audio description data according to the second plurality of mixing parameters, wherein the mixed audio object data includes a second plurality of audio objects, wherein the second plurality of audio objects correspond to the first plurality of audio objects mixed with the audio description data according to the second plurality of mixing parameters. receiving audio object data and audio description data , wherein the audio object data includes a first plurality of audio objects; calculating a long-term loudness of the audio object data and a long-term loudness of the audio description data; calculating a plurality of short-term loudnesses of the audio object data and a plurality of short-term loudnesses of the audio description data; reading a first plurality of mixing parameters that correspond to the audio object data; generating a second plurality of mixing parameters based on the first plurality of mixing parameters, the long-term loudness of the audio object data, the long-term loudness of the audio description data, the plurality of short-term loudnesses of the audio object data, and the plurality of short-term loudnesses of the audio description data; generating a gain adjustment visualization corresponding to the second plurality of mixing parameters, the audio object data and the audio description data; and generating mixed audio object data by mixing the audio object data and the audio description data according to the second plurality of mixing parameters, wherein the mixed audio object data includes a second plurality of audio objects, wherein the second plurality of audio objects correspond to the first plurality of audio objects mixed with the audio description data according to the second plurality of mixing parameters.
A method of enhancing the productivity of hydrocarbon containing fluids from a subterranean formation penetrated by a well comprising: pumping into the well a fluid comprising a tracer which is either hydrocarbon soluble, water soluble or both hydrocarbon soluble and water soluble and further wherein the tracer comprises optically active carbon quantum dots formed from a carbon source located in an electrolyte by applying an electrical current to the electrodes of an electrochemical cell that comprises the electrolyte ; and identifying the tracer in fluids produced from the well. pumping into the well a fluid comprising a tracer which is either hydrocarbon soluble, water soluble or both hydrocarbon soluble and water soluble and further wherein the tracer comprises optically active carbon quantum dots formed from a carbon source located in an electrolyte by applying an electrical current to the electrodes of an electrochemical cell that comprises the electrolyte ; and identifying the tracer in fluids produced from the well.
A shell of a combustor for a gas turbine engine , the shell comprising: a combustion chamber of the combustor, the combustion chamber having a combustion area ; a combustion liner having an inner surface and an outer surface opposite the inner surface; and a heat shield panel interposed between the inner surface of the combustion liner and the combustion area, the heat shield panel having a first surface and a second surface opposite the first surface, wherein the second surface is oriented towards the inner surface, and wherein the heat shield panel is separated from the combustion liner by an impingement cavity , characterised in that the shell further comprises: a particulate mitigation device attached to the combustion liner, the particulate mitigation device extending from the outer surface of the combustion liner into a flow path (D), the particulate mitigation device having an opening located at a first selected distance (D1) away from the outer surface, wherein the first selected distance is greater than or equal to a boundary layer of the outer surface, and wherein the opening is fluidly connected with the impingement cavity. a combustion chamber of the combustor, the combustion chamber having a combustion area ; a combustion liner having an inner surface and an outer surface opposite the inner surface; and a heat shield panel interposed between the inner surface of the combustion liner and the combustion area, the heat shield panel having a first surface and a second surface opposite the first surface, wherein the second surface is oriented towards the inner surface, and wherein the heat shield panel is separated from the combustion liner by an impingement cavity , characterised in that the shell further comprises: a particulate mitigation device attached to the combustion liner, the particulate mitigation device extending from the outer surface of the combustion liner into a flow path (D), the particulate mitigation device having an opening located at a first selected distance (D1) away from the outer surface, wherein the first selected distance is greater than or equal to a boundary layer of the outer surface, and wherein the opening is fluidly connected with the impingement cavity.