mhurhangee/patent-ind-claim-en huggingface dataset:
A method for, in particular independently, determining the angle of attack, in particular absolute pitch angle, and/or for measuring a half-profile of a rotor blade of a rotor rotating about a rotor axis, wherein, by contactless distance measurement on at least two measuring sections which are not parallel to the rotor axis and are aligned in such a way that in particular at least ten connecting lines are determined, in each case between at least two interpolation points , which are in each case given by a measuring point and/or point on an interpolation of the measuring points of a measuring line, the interpolation points, in particular the interpolation points of each of the connecting lines, lying at least on two different measuring lines and the measuring lines in each case being determined by the connection of the measuring points, in particular at at least twenty measuring points, on the rotor blade, at which the measurement values of a respective measurement section were taken on the rotor blade, wherein a maximum time interval of 1/5 s and/or a maximum time interval in which the rotor is rotated by a maximum of 0.5° about the rotor axis lies between the sweeping of the interpolation points of a connecting line through the measurement sections.
A method of preparing polymeric microparticles comprising the steps of: subjecting a mixture containing a biocompatible polymer and a metal ion to a crosslinking reaction to form crosslinked polymer particles, wherein the biocompatible polymer comprises a mixture of hyaluronic acid and gelatin; and further crosslinking the crosslinked polymer particles in a polar solvent including an organic crosslinking agent containing at least one reactive functional group. subjecting a mixture containing a biocompatible polymer and a metal ion to a crosslinking reaction to form crosslinked polymer particles, wherein the biocompatible polymer comprises a mixture of hyaluronic acid and gelatin; and further crosslinking the crosslinked polymer particles in a polar solvent including an organic crosslinking agent containing at least one reactive functional group.
A method of preparing a high-purity galactooligosaccharide composition, comprising the steps of: providing a reaction solution comprising a low-purity galactooligosaccharide mixture with a purity of 55-60%; and adding a Kluyveromyces lactis strain to the reaction solution to carry out a fermentation process to obtain a high-purity galactooligosaccharide composition, wherein the Kluyveromyces lactis strain is Kluyveromyces lactis ATCC 8585, and wherein the high-purity galactooligosaccharide comprising at least 99% w/w of galactooligosaccharides selected from the group consisting of galactotriose, galactotetraose, galactooligosaccharide with five or more sugar units, and combinations thereof and lower than 1% w/w of monosaccharides and disaccharides, wherein the high-purity galactooligosaccharide comprises 48-57% w/w galactotriose, 25-32% w/w galactotetraose, and 15-22% w/w galactooligosaccharide with five or more sugar units. providing a reaction solution comprising a low-purity galactooligosaccharide mixture with a purity of 55-60%; and adding a Kluyveromyces lactis strain to the reaction solution to carry out a fermentation process to obtain a high-purity galactooligosaccharide composition,
An attachment slot system for a wearable carrier , the attachment slot system comprising: a layer of flexible material, the layer of flexible material having an exterior surface and an interior surface opposite the exterior surface ; and a pivotable flap defined by a cut having a cut width formed within the layer of flexible material and extending from the exterior surface to the interior surface , the cut comprising a first cut end , a second cut end , a first segment , a second segment , and a third segment , the first segment having the cut width extending from the first cut end to the third segment having the cut width and forming a first intersection (I 1 ) with the third segment where the first and third segments intersect each other, the first intersection (I 1 ) forming a first obtuse angle between respective portions of the first and third segments that do not intersect each other; the second segment having the cut width extending from the second cut end to the third segment and forming a second intersection (I 2 ) with the third segment opposite the first intersection (I 1 ) where the second and third segments intersect each other, the second intersection (I 2 ) forming a second obtuse angle between respective portions of the second and third segments that do not intersect each other, wherein the first segment , the second segment and the third segment cooperate to define the pivotable flap of the layer of flexible material. a layer of flexible material, the layer of flexible material having an exterior surface and an interior surface opposite the exterior surface ; and a pivotable flap defined by a cut having a cut width formed within the layer of flexible material and extending from the exterior surface to the interior surface , the cut comprising a first cut end , a second cut end , a first segment , a second segment , and a third segment , the first segment having the cut width extending from the first cut end to the third segment having the cut width and forming a first intersection (I 1 ) with the third segment where the first and third segments intersect each other, the first intersection (I 1 ) forming a first obtuse angle between respective portions of the first and third segments that do not intersect each other; the second segment having the cut width extending from the second cut end to the third segment and forming a second intersection (I 2 ) with the third segment opposite the first intersection (I 1 ) where the second and third segments intersect each other, the second intersection (I 2 ) forming a second obtuse angle between respective portions of the second and third segments that do not intersect each other, wherein the first segment , the second segment and the third segment cooperate to define the pivotable flap of the layer of flexible material.
A light-emitting device comprising a first electrically conducting layer, a second electrically conducting layer, and a light-emitting layer disposed between the first electrically conducting layer and the second electrically conducting layer, the light emitting layer comprising light emitting nanostructures, wherein the light emitting layer is configured to emit green light, wherein the light-emitting layer do not comprise cadmium, lead, or a combination thereof, wherein the light emitting nanostructures comprise a first semiconductor nanocrystal comprising a Group III-V compound and a second semiconductor nanocrystal comprising a zinc chalcogenide, wherein the Group III-V compound comprises indium, phosphorus, and optionally zinc, wherein the zinc chalcogenide comprises zinc, selenium, and sulfur, wherein the light emitting nanostructures exhibit a zinc blende structure, and wherein in a two dimensional image of the light emitting nanostructures obtained by an electron microscopy analysis, an average value of squareness of the light emitting nanostructures defined by the following equation is greater than or equal to 0.8: Squareness = A / C wherein A is an area of a given light emitting nanostructure in the two dimensional image, and C is an area of a smallest square that covers the given light emitting nanostructure. a first electrically conducting layer, a second electrically conducting layer, and a light-emitting layer disposed between the first electrically conducting layer and the second electrically conducting layer, the light emitting layer comprising light emitting nanostructures, wherein the light emitting layer is configured to emit green light, wherein the light-emitting layer do not comprise cadmium, lead, or a combination thereof, wherein the light emitting nanostructures comprise a first semiconductor nanocrystal comprising a Group III-V compound and a second semiconductor nanocrystal comprising a zinc chalcogenide, wherein the Group III-V compound comprises indium, phosphorus, and optionally zinc, wherein the zinc chalcogenide comprises zinc, selenium, and sulfur, wherein the light emitting nanostructures exhibit a zinc blende structure, and wherein in a two dimensional image of the light emitting nanostructures obtained by an electron microscopy analysis, an average value of squareness of the light emitting nanostructures defined by the following equation is greater than or equal to 0.8: Squareness = A / C wherein A is an area of a given light emitting nanostructure in the two dimensional image, and C is an area of a smallest square that covers the given light emitting nanostructure.
A method for polishing a semiconductor wafer on both sides, polishing pads of a Shore A hardness at room temperature of at least 80 and having a compressibility at room temperature of less than 3% being attached to upper and lower polishing plates, a semiconductor wafer being polished on both sides between upper and lower polishing pads, wherein the polishing pads are attached to the upper and lower polishing plate by bonding the polishing pads to the upper and lower polishing plate, by positioning a pad having a compressibility at room temperature of at least 3% between the two bonded polishing pads as intermediate layer and by then pressing together the two polishing pads with the pad situated therebetween for a certain period of time.
A method for the filling and flushing of a blood tube set that comprises a pump segment for a blood pump, an arterial line connected to an inlet of a dialyzer, a venous line connected to an outlet of a dialyzer, and a predilution port that is located between the blood pump and the inlet of the dialyzer in the arterial line, via a substituate line, the method comprising the steps: - connecting the arterial line to the venous line and connecting these two lines to a rinse port; - connecting the substituate line to a substituate port; - opening the rinse port; - filling the arterial line and the venous line; - flushing the arterial line and the venous line; - closing the rinse port; - circulating the substituate in the circuit of arterial line, dialyzer and venous line by the blood pump, wherein the blood pump is arranged in the arterial line and the filling and/or the flushing of the arterial line and the venous line takes/take place simultaneously, wherein substitute is supplied from the substituate line; and wherein substituate is supplied at the predilution port of the blood tube set between the blood pump and the dialyzer . - connecting the arterial line to the venous line and connecting these two lines to a rinse port; - connecting the substituate line to a substituate port; - opening the rinse port; - filling the arterial line and the venous line; - flushing the arterial line and the venous line; - closing the rinse port; - circulating the substituate in the circuit of arterial line, dialyzer and venous line by the blood pump, wherein the blood pump is arranged in the arterial line and the filling and/or the flushing of the arterial line and the venous line takes/take place simultaneously, wherein substitute is supplied from the substituate line; and wherein substituate is supplied at the predilution port of the blood tube set between the blood pump and the dialyzer .
Method for determining effects of an accident on a vehicle , in particular a motor vehicle, wherein the method comprises: repeatedly determining and storing movement data of the vehicle ; evaluating the movement data to identify an accident event; calculating at least one impact angle (α) from the stored movement data after an accident event has been identified. repeatedly determining and storing movement data of the vehicle ; evaluating the movement data to identify an accident event; calculating at least one impact angle (α) from the stored movement data after an accident event has been identified.
An engine , in particular a combustion engine, comprising a trunnion mount for mounting the engine to a chassis, the trunnion mount comprising - a support element fixedly connected to the engine and having a ring portion with an outer bearing surface that is arranged concentrically around a crankshaft of the engine , - a shelf having an inner bearing surface for surrounding the outer bearing surface of the support element , the shelf forming the link between the chassis and the engine , and - a rubber bearing arranged between the inner bearing surface of the shelf and the outer bearing surface of the support element , characterized in that the rubber bearing is axially press-fitted on the outer bearing surface of the support element . - a support element fixedly connected to the engine and having a ring portion with an outer bearing surface that is arranged concentrically around a crankshaft of the engine , - a shelf having an inner bearing surface for surrounding the outer bearing surface of the support element , the shelf forming the link between the chassis and the engine , and - a rubber bearing arranged between the inner bearing surface of the shelf and the outer bearing surface of the support element ,
A method for manufacturing a carrier belt for gently diverting forces, occurring during a climbing accident or while carrying loads, into the body of an affected person, characterized in that to form the carrier belt , at least one binding warp is removed from a tubular band, and for portioning of the resulting carrier belt into two or more flat straps, the tensioning straps (111', 111"), at least one further binding warp is removed from the carrier belt.
A mobility management entity information deleting method, comprising: receiving , by a home subscriber server, a message from a target mobility management entity, wherein the message comprises an indication of deleting information about a source mobility management entity; determining, by the home subscriber server, whether it is necessary to delete registration information about the source mobility management entity according to the indication and if it is necessary to delete the registration information about the source mobility management entity, sending , by the home subscriber server, a Cancel Location message to the source mobility management entity. receiving , by a home subscriber server, a message from a target mobility management entity, wherein the message comprises an indication of deleting information about a source mobility management entity; determining, by the home subscriber server, whether it is necessary to delete registration information about the source mobility management entity according to the indication and if it is necessary to delete the registration information about the source mobility management entity, sending , by the home subscriber server, a Cancel Location message to the source mobility management entity.
A displacement detection server for detecting potential displacement of a wireless transceiver connected to a machine-to-machine device , the displacement detection server comprising: a message receiver arranged to receive an updated radio environment message from the wireless transceiver, the radio environment message comprising measurements of a signal strength of all radio cells available to the wireless transceiver, the signal strengths being measured by the wireless transceiver; a determiner arranged to determine whether the signal strengths differ significantly from the signal strengths of a previous radio environment message from the wireless transceiver, involving determining that the measurements of signal strength differs significantly from the signal strengths of a previous radio environment message from the wireless transceiver when a difference is persistent, as defined by the signal strengths differing from the previous signal strengths during a predetermined number of radio environment messages; and a message transmitter arranged to, when it is determined that the signal strengths differ significantly, send a displacement indication message to a device management server , the displacement indication message indicating potential displacement of the wireless transceiver. a message receiver arranged to receive an updated radio environment message from the wireless transceiver, the radio environment message comprising measurements of a signal strength of all radio cells available to the wireless transceiver, the signal strengths being measured by the wireless transceiver; a determiner arranged to determine whether the signal strengths differ significantly from the signal strengths of a previous radio environment message from the wireless transceiver, involving determining that the measurements of signal strength differs significantly from the signal strengths of a previous radio environment message from the wireless transceiver when a difference is persistent, as defined by the signal strengths differing from the previous signal strengths during a predetermined number of radio environment messages; and a message transmitter arranged to, when it is determined that the signal strengths differ significantly, send a displacement indication message to a device management server , the displacement indication message indicating potential displacement of the wireless transceiver.
A dual syringe assembly comprising a first syringe having a sidewall and bottom wall that define a cavity having an open end opposite said bottom wall ; a first port and a second port in said bottom wall each of said ports creating a fluid pathway with said cavity ; a plunger inserted into said cavity of said first syringe through said open end ; a second syringe having a sidewall and bottom wall that define a cavity having an open end opposite said bottom wall ; a port in said bottom wall of said second syringe creating a fluid pathway with said cavity of said second syringe ; and a plunger inserted into said cavity of said second syringe through said open end ; wherein said second port of said first syringe is fluidly connected to said port of said second syringe ; wherein said sidewall of said first syringe is shaped to form a groove ; and wherein at least a portion of said second syringe is positioned within said groove of said sidewall of said first syringe .
A computer-implemented method for producing an image of an object, comprising acquiring a sparse k-space data set of the object; and reconstructing the image of the object from the acquired sparse k-space data set according to a convex optimization model that, unlike in compressive sensing, does not comprise a compressive term; wherein the convex optimization model includes a first term for enforcing a priori physical attributes of the imaged object, wherein the a priori physical attributes of the imaged object are that the imaged object is well-represented by a noiseless piece-wise constant intensity object, wherein said first term does not penalize large discontinuities which are known to exist in the object, and said first term comprises a weighting factor; and wherein the convex optimization model includes a second term for penalizing disagreement of a Fourier transform of the image with the acquired sparse k-space data set in a least-squares sense weighted by an importance factor. acquiring a sparse k-space data set of the object; and reconstructing the image of the object from the acquired sparse k-space data set according to a convex optimization model that, unlike in compressive sensing, does not comprise a compressive term; wherein the convex optimization model includes a first term for enforcing a priori physical attributes of the imaged object, wherein the a priori physical attributes of the imaged object are that the imaged object is well-represented by a noiseless piece-wise constant intensity object, wherein said first term does not penalize large discontinuities which are known to exist in the object, and said first term comprises a weighting factor; and wherein the convex optimization model includes a second term for penalizing disagreement of a Fourier transform of the image with the acquired sparse k-space data set in a least-squares sense weighted by an importance factor.
Device for introducing fibres into an extruder, comprising a) a funnel with a first opening on the base of the funnel and a second opening at the apex of the funnel , b) an inlet for feeding in a fibre-air mixture into the first opening of the funnel, c) a filter device for separating the fibres from a fibre-air mixture , the filter device comprising a filter membrane with an inner side and an outer side and having an inlet and an outlet in the direction of the inner side, the inlet being connected to the second opening of the funnel and the outlet being suitable for connection to an extruder , d) a fibre conveying unit for regulated transport of the fibres from the filter device into the extruder, having at least one screw , the screw being connected via a shaft to a drive which consists of a transmission and a motor , and the screw being disposed in the filter device along the inner side of the filter membrane. a) a funnel with a first opening on the base of the funnel and a second opening at the apex of the funnel , b) an inlet for feeding in a fibre-air mixture into the first opening of the funnel, c) a filter device for separating the fibres from a fibre-air mixture , the filter device comprising a filter membrane with an inner side and an outer side and having an inlet and an outlet in the direction of the inner side, the inlet being connected to the second opening of the funnel and the outlet being suitable for connection to an extruder , d) a fibre conveying unit for regulated transport of the fibres from the filter device into the extruder, having at least one screw , the screw being connected via a shaft to a drive which consists of a transmission and a motor , and the screw being disposed in the filter device along the inner side of the filter membrane.
A method for making an electromechanical chip, comprises the following steps: providing a transparent material; providing a laser beam comprising a burst of laser pulses; providing a laser beam delivery system capable of focusing said laser beam with respect to said transparent material and to enable relative movement between said laser beam and said transparent material; focusing, using a distributed focusing element, said laser beam relative to the transparent material to form a distributed focus along a longitudinal beam axis, said distributed focus including a principal focal waist located externally above or below said transparent material, wherein said laser pulses incident on the surface of said transparent material are focused such that sufficient energy density is maintained within said transparent material to form a continuous laser filament therein; propagating an orifice about said filament that traverses completely through a section of said transparent material by photoacoustic compression, especially said transparent material is silicon or glass; and machining a mounting structure, a trough, a channel, slice, or cut through said transparent material. providing a transparent material; providing a laser beam comprising a burst of laser pulses; providing a laser beam delivery system capable of focusing said laser beam with respect to said transparent material and to enable relative movement between said laser beam and said transparent material; focusing, using a distributed focusing element, said laser beam relative to the transparent material to form a distributed focus along a longitudinal beam axis, said distributed focus including a principal focal waist located externally above or below said transparent material, wherein said laser pulses incident on the surface of said transparent material are focused such that sufficient energy density is maintained within said transparent material to form a continuous laser filament therein; propagating an orifice about said filament that traverses completely through a section of said transparent material by photoacoustic compression, especially said transparent material is silicon or glass; and machining a mounting structure, a trough, a channel, slice, or cut through said transparent material.