mhurhangee/patent-ind-claim-en huggingface dataset:
A method of using a measurement apparatus for measuring at least one property of a web of material as said web is being manufactured and is moving in a machine direction, MD, said measurement apparatus comprising a source of radiation appropriate for measuring said at least one property that is directed toward said web, at least first and second sensors that receive measuring radiation from said web at an absorption wavelength of said at least one property and a reference wavelength, respectively, and at least one pyrometer that measures a temperature of said web, said method comprising: receiving radiation representative of said at least one property of said web from consecutive points in a cross direction, CD, of said web; measuring temperature at said consecutive points in the CD of said web; interrupting said measuring radiation at an edge of said web; sensing radiation at said edge of said web while said measuring radiation is interrupted; measuring temperature of said edge of said web while measuring radiation is interrupted; developing correction factors for said at least one property from said radiation received from said web while said measuring radiation is interrupted, said web edge temperature measured while said measuring radiation is interrupted and the measured temperatures of said consecutive points for each of said consecutive points of said web; and applying said correction factors at each of said consecutive points across said web to correct for Planckian radiation contained in radiation representative of said at least one property of said web received at said consecutive points across said web, the method further comprising scanning the measurement apparatus back and forth across said web in the CD. receiving radiation representative of said at least one property of said web from consecutive points in a cross direction, CD, of said web; measuring temperature at said consecutive points in the CD of said web; interrupting said measuring radiation at an edge of said web; sensing radiation at said edge of said web while said measuring radiation is interrupted; measuring temperature of said edge of said web while measuring radiation is interrupted; developing correction factors for said at least one property from said radiation received from said web while said measuring radiation is interrupted, said web edge temperature measured while said measuring radiation is interrupted and the measured temperatures of said consecutive points for each of said consecutive points of said web; and applying said correction factors at each of said consecutive points across said web to correct for Planckian radiation contained in radiation representative of said at least one property of said web received at said consecutive points across said web, the method further comprising scanning the measurement apparatus back and forth across said web in the CD.
A flow control valve comprising: a housing ; a sleeve disposed within the housing , wherein the sleeve has a first end and a second end opposite the first end, wherein the sleeve comprises a plurality of sleeve protrusions (700-706) at the first end and a plurality of fluid flow channels (708-714) are formed between adjacent sleeve protrusions (700-706); an end cap ; characterized by a seal carrier disposed within the sleeve , wherein the seal carrier comprises a carrier protrusion that extends from the second end of the sleeve and abuts against an interior surface of the housing ; and the end cap mounted to the housing such that the plurality of sleeve protrusions (700-706) abut against the end cap . a sleeve disposed within the housing , wherein the sleeve has a first end and a second end opposite the first end, wherein the sleeve comprises a plurality of sleeve protrusions (700-706) at the first end and a plurality of fluid flow channels (708-714) are formed between adjacent sleeve protrusions (700-706); an end cap ; characterized by a seal carrier disposed within the sleeve , wherein the seal carrier comprises a carrier protrusion that extends from the second end of the sleeve and abuts against an interior surface of the housing ; and the end cap mounted to the housing such that the plurality of sleeve protrusions (700-706) abut against the end cap .
A casting method for casting a heat exchanger casting by a die casting process, the method comprising casting molten metal onto a core, the core having a component soluble to a solvent and a metal component non-soluble to the solvent, the soluble core component being cast on the surface of the metal core component to form a desired shape, wherein during casting the insoluble core component and the soluble core component are directly in contact with the molten metal and remain in place within the resulting solidified metallic casting, the method further comprising dissolving and removing the soluble portion of salt with the solvent to form one or more cavities and/or channels of the desired shape in the heat exchanger casting.
An electronic device , comprising: a display portion comprising a barrel portion extending along the length of one of the longer outer edges of the display portion; a detachable keyboard accessory comprising a scoop portion extending along the length of one of the longer outer edges of the keyboard accessory to receive the barrel portion, wherein the barrel portion and the scoop portion come together at a hinge configured such that the keyboard accessory and the display portion can rotate between an open configuration of the electronic device and a closed configuration of the electronic device, wherein the barrel portion comprises one or more pairs of metallic rings with a slot formed between each of the one or more pairs of metallic rings; wherein the keyboard accessory comprises one or more magnetic bands in the scoop portion that each attracts a corresponding one of the one or more pairs of metallic rings provided in the display portion, wherein the keyboard accessory comprises one or more rib segments each arranged on a respective one of the one or more magnetic bands in the scoop portion to engage with a corresponding one of the slots in the barrel portion to provide an alignment function when the barrel and scoop portions are engaged; and wherein the keyboard accessory further includes a keyboard on a first side, the first side including the scoop portion. a display portion comprising a barrel portion extending along the length of one of the longer outer edges of the display portion; a detachable keyboard accessory comprising a scoop portion extending along the length of one of the longer outer edges of the keyboard accessory to receive the barrel portion, wherein the barrel portion and the scoop portion come together at a hinge configured such that the keyboard accessory and the display portion can rotate between an open configuration of the electronic device and a closed configuration of the electronic device, wherein the barrel portion comprises one or more pairs of metallic rings with a slot formed between each of the one or more pairs of metallic rings; wherein the keyboard accessory comprises one or more magnetic bands in the scoop portion that each attracts a corresponding one of the one or more pairs of metallic rings provided in the display portion, wherein the keyboard accessory comprises one or more rib segments each arranged on a respective one of the one or more magnetic bands in the scoop portion to engage with a corresponding one of the slots in the barrel portion to provide an alignment function when the barrel and scoop portions are engaged; and wherein the keyboard accessory further includes a keyboard on a first side, the first side including the scoop portion.
A pipe coupling system, in particular for a drying device, comprising a first connecting pipe , a second connecting pipe which can be connected to the first connecting pipe via a connecting element , and a securing sleeve , wherein the connecting element can be inserted into a receiving area of the first connecting pipe , and wherein the securing sleeve can be positioned over the receiving area , wherein the securing sleeve on its inner wall has an insertion area into which a latching element arranged on the outer side of the first connecting pipe or the second connecting pipe can be inserted or is inserted, characterized in that the insertion area is designed as a groove and in that the groove runs parallel to the main extension direction of the securing sleeve .
A computer-implemented method, comprising: receiving a plurality of autonomous driving vehicle (ADV) logs logged during manual driving; extracting a human driving decision corresponding to an ADV driving decision using the plurality of ADV logs; grading the human driving decision in accordance with a plurality of grading metrics; and generating a grade for the ADV driving decision based at least in part on the grade of the human driving decision and a comparison of the human driving decision to the ADV driving decision, wherein the grade for the ADV driving decision is utilized to modify algorithms for subsequent ADV driving, wherein the plurality of ADV logs comprise a log of a plurality of ADV driving decisions made by a decision module of the ADV, a perception log comprising a log of a plurality of object sensor outputs, and a driving log comprising a log of a plurality of driving control inputs, wherein the plurality of driving control inputs were captured from the ADV while the ADV was driven by a user. receiving a plurality of autonomous driving vehicle (ADV) logs logged during manual driving; extracting a human driving decision corresponding to an ADV driving decision using the plurality of ADV logs; grading the human driving decision in accordance with a plurality of grading metrics; and generating a grade for the ADV driving decision based at least in part on the grade of the human driving decision and a comparison of the human driving decision to the ADV driving decision, wherein the grade for the ADV driving decision is utilized to modify algorithms for subsequent ADV driving, wherein the plurality of ADV logs comprise a log of a plurality of ADV driving decisions made by a decision module of the ADV, a perception log comprising a log of a plurality of object sensor outputs, and a driving log comprising a log of a plurality of driving control inputs, wherein the plurality of driving control inputs were captured from the ADV while the ADV was driven by a user.
A glycerin- and protein-based foam candy product comprising probiotic bacteria, said product having a moisture content less than 9% and a water activity (a w ) of less than 0.5 and comprising a) glycerin in an amount of at least 5% (w/w), b) at least one saccharide or at least one polyol which is not glycerin, or a mixture thereof, c) at least one protein which is not gelatin, and d) at least one species of a probiotic bacterium, and optionally e) at least one hydrocolloid. a) glycerin in an amount of at least 5% (w/w), b) at least one saccharide or at least one polyol which is not glycerin, or a mixture thereof, c) at least one protein which is not gelatin, and d) at least one species of a probiotic bacterium, and optionally e) at least one hydrocolloid.
Air conditioning duct for a rail vehicle, having a heating element which is arranged centrally in the interior of the air conditioning duct and extends over a length section of the air conditioning duct , characterized in that an arrangement of deflection baffles is provided in a space between an inner face longitudinal section of the air conditioning duct , which inner face longitudinal section is adjacent with respect to the heating element , and the heating element , each deflection baffle lying at an obtuse angle with respect to an adjoining part of the inner face longitudinal section (L) of the air conditioning duct , which adjoining part lies upstream with respect to the said deflection baffle , with consideration of a flow direction (S) which is predefined for the air conditioning duct .
A teleoperated surgical system comprising: an instrument carriage comprising a control surface ; a first Hall effect sensor fixed relative to the instrument carriage ; and a carriage controller coupled to the first Hall effect sensor ; characterized by : the instrument carriage comprising a first detection pin and a first spring ; the first detection pin comprising a first distal end , a first proximal end , and a first magnet at the first proximal end of the first detection pin ; the first distal end of the first detection pin extending from the control surface of the instrument carriage ; the first spring being coupled to the first detection pin such that the first spring urges the first distal end of the first detection pin away from the first Hall effect sensor and allows a force applied to the first proximal end to move the first distal end of the first detection pin toward the first Hall effect sensor ; the first magnet of the first detection pin being positioned to enable the first Hall effect sensor to detect two or more positions of the first detection pin ; and the carriage controller being configured to determine which of the two or more positions the first detection pin is in. an instrument carriage comprising a control surface ; a first Hall effect sensor fixed relative to the instrument carriage ; and a carriage controller coupled to the first Hall effect sensor ; the instrument carriage comprising a first detection pin and a first spring ; the first detection pin comprising a first distal end , a first proximal end , and a first magnet at the first proximal end of the first detection pin ; the first distal end of the first detection pin extending from the control surface of the instrument carriage ; the first spring being coupled to the first detection pin such that the first spring urges the first distal end of the first detection pin away from the first Hall effect sensor and allows a force applied to the first proximal end to move the first distal end of the first detection pin toward the first Hall effect sensor ; the first magnet of the first detection pin being positioned to enable the first Hall effect sensor to detect two or more positions of the first detection pin ; and the carriage controller being configured to determine which of the two or more positions the first detection pin is in.
Method of streaming HEVC-tiled video data to a client device comprising: providing said client device with a spatial manifest file comprising one or more spatial segments identifiers for locating one or more delivery nodes configured for delivering video data associated with a spatial segment identified by at least one of said one or more spatial segments identifiers to said client device, said spatial segment being associated with HEVC-tiled video data comprising a subset, said subset comprising a plurality of HEVC tiles of a HEVC-tiled video stream having a tiled image area, said spatial manifest file further comprising information for determining the position of said spatial segment and/or the position of said HEVC tiles of said spatial segment within the tiled image area of said HEVC-tiled video stream; and, selecting a spatial segment identifier of said spatial manifest file for requesting a delivery node to deliver at least part of the video data of said spatial segment as a HEVC-tiled video stream to said client device, wherein video data of HEVC tiles in said spatial segment do not have spatial and/or temporal decoding dependency with video data of HEVC tiles in said HEVC-tiled video stream that are not part of the spatial segment, said spatial manifest file further comprising metadata associated with said spatial segment, said metadata including information for determining whether the video data of a HEVC tile of said spatial segment have one or more spatial decoding dependencies on other HEVC tiles in said spatial segment. providing said client device with a spatial manifest file comprising one or more spatial segments identifiers for locating one or more delivery nodes configured for delivering video data associated with a spatial segment identified by at least one of said one or more spatial segments identifiers to said client device, said spatial segment being associated with HEVC-tiled video data comprising a subset, said subset comprising a plurality of HEVC tiles of a HEVC-tiled video stream having a tiled image area, said spatial manifest file further comprising information for determining the position of said spatial segment and/or the position of said HEVC tiles of said spatial segment within the tiled image area of said HEVC-tiled video stream; and, selecting a spatial segment identifier of said spatial manifest file for requesting a delivery node to deliver at least part of the video data of said spatial segment as a HEVC-tiled video stream to said client device, wherein video data of HEVC tiles in said spatial segment do not have spatial and/or temporal decoding dependency with video data of HEVC tiles in said HEVC-tiled video stream that are not part of the spatial segment, said spatial manifest file further comprising metadata associated with said spatial segment, said metadata including information for determining whether the video data of a HEVC tile of said spatial segment have one or more spatial decoding dependencies on other HEVC tiles in said spatial segment.
Method for manufacturing noise reducing elements for a tyre for vehicle wheels, comprising: - providing a plurality of precursors of noise reducing elements each formed by a noise reducing body adhering to a respective active portion of a tape of adhesive material , wherein two active portions of two consecutive precursors are joined by a passage portion of the tape of adhesive material ; - passing said two consecutive precursors joined by said passage portion through a heating station of a feeding path (A); - exposing said passage portion in transit in the heating station to electromagnetic radiations in the infrared range such as to heat said passage portion ; - exerting a pulling action on a head precursor of said two precursors , away from the remaining precursor , until said tape of adhesive material is torn at said passage portion heated and obtain a noise reducing element in which a layer of adhesive material is made by an active head portion detached from the remaining active portion . - providing a plurality of precursors of noise reducing elements each formed by a noise reducing body adhering to a respective active portion of a tape of adhesive material , wherein two active portions of two consecutive precursors are joined by a passage portion of the tape of adhesive material ; - passing said two consecutive precursors joined by said passage portion through a heating station of a feeding path (A); - exposing said passage portion in transit in the heating station to electromagnetic radiations in the infrared range such as to heat said passage portion ; - exerting a pulling action on a head precursor of said two precursors , away from the remaining precursor , until said tape of adhesive material is torn at said passage portion heated and obtain a noise reducing element in which a layer of adhesive material is made by an active head portion detached from the remaining active portion .
A firearm training simulator comprising: a body simulating a firearm; a linear motor attached to the body , the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from a firearm; and a trigger operatively connected to the linear motor . a body simulating a firearm; a linear motor attached to the body , the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from a firearm; and a trigger operatively connected to the linear motor .
A method for transporting and/or handling components , in particular sheet metal parts, comprising a manipulator arrangement with a first manipulator and at least one second manipulator , wherein the first manipulator and the at least one second manipulator are designed to grip, to transport, to hold and/or to deposit a component , at least one processing device for performing processing steps on the component , wherein, after a first processing cycle, a transfer of the component from the first manipulator to the at least one second manipulator takes place at a predefined point in time of re-gripping, wherein the point in time of re-gripping takes place between the first processing cycle and at least one second processing cycle, and wherein, during the point in time of re-gripping, the component at least in some sections rests on the processing device and is supported in a load-dissipating manner solely by the processing device , wherein the component is deposited by the first manipulator at a re-gripping station , and that the component is gripped from the re-gripping station by the at least one second manipulator , characterized in that the re-gripping station is formed as a handling device at the processing device , wherein the processing device comprises a waiting section and a re-gripping section for the handling device , and wherein the handling device is moved out of the waiting section into the re-gripping section before the point in time of re-gripping and moved out of the re-gripping section into the waiting section after the point in time of re-gripping. a manipulator arrangement with a first manipulator and at least one second manipulator , wherein the first manipulator and the at least one second manipulator are designed to grip, to transport, to hold and/or to deposit a component , at least one processing device for performing processing steps on the component , wherein, after a first processing cycle, a transfer of the component from the first manipulator to the at least one second manipulator takes place at a predefined point in time of re-gripping, wherein the point in time of re-gripping takes place between the first processing cycle and at least one second processing cycle, and wherein, during the point in time of re-gripping, the component at least in some sections rests on the processing device and is supported in a load-dissipating manner solely by the processing device , wherein the component is deposited by the first manipulator at a re-gripping station , and that the component is gripped from the re-gripping station by the at least one second manipulator , characterized in that the re-gripping station is formed as a handling device at the processing device , wherein the processing device comprises a waiting section and a re-gripping section for the handling device , and wherein the handling device is moved out of the waiting section into the re-gripping section before the point in time of re-gripping and moved out of the re-gripping section into the waiting section after the point in time of re-gripping.