mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic resonance imaging apparatus comprising: a collecting unit configured to collect a plurality of fluid images that are images of a fluid traveling through a subject; a specifying unit configured to specify an incremental traveled distance of the fluid for each incremental time interval between the fluid images by calculating the incremental traveled distance from a difference image between a reference image that is one of the fluid images and each other fluid image, wherein the incremental traveled distance is a traveled distance of the fluid in an incremental time interval between the fluid images; an acquiring unit configured to acquire an elapsed time corresponding to the incremental traveled distance for each incremental time interval between the fluid images from pulse sequence information that is used to collect the fluid images, wherein the elapsed time is an elapsed time in which MR signals with which the center part of a k space is filled are collected; and a calculating unit configured to calculate a flow velocity of the fluid for each incremental time interval between the fluid images by dividing the incremental traveled distance by the elapsed time. a collecting unit configured to collect a plurality of fluid images that are images of a fluid traveling through a subject; a specifying unit configured to specify an incremental traveled distance of the fluid for each incremental time interval between the fluid images by calculating the incremental traveled distance from a difference image between a reference image that is one of the fluid images and each other fluid image, wherein the incremental traveled distance is a traveled distance of the fluid in an incremental time interval between the fluid images; an acquiring unit configured to acquire an elapsed time corresponding to the incremental traveled distance for each incremental time interval between the fluid images from pulse sequence information that is used to collect the fluid images, wherein the elapsed time is an elapsed time in which MR signals with which the center part of a k space is filled are collected; and a calculating unit configured to calculate a flow velocity of the fluid for each incremental time interval between the fluid images by dividing the incremental traveled distance by the elapsed time.
An aliphatic polycarbonate-co-aromatic polyester comprising repeating units represented by -OAO- and Z(O-)a linked via carbonyl (-C(O)-) and -C(O)YC(O)-as linkers wherein A is selected from substituted or unsubstituted C3-C60 alkylene groups and combinations thereof, a is an integer equal to or greater than 3, Z is an avalent substituted or unsubstituted C4-C60 radical, and Y is selected from substituted or unsubstituted C5-C20 arylenes, substituted or unsubstituted C5-C20 heteroarylenes, and combinations thereof, wherein HOAOH as a raw material of the repeating units -OAO- is the compound of Formula 1a: Z(OH)a as a raw material of the repeating units Z(O-)a is selected from the group consisting of the compounds of Formulae 2a to 2d: and HOC(O)YC(O)OH as a raw material of the linkers -C(O)YC(O)- is terephthalic acid and wherein the linkers -C(O)YC(O)- are present in an amount of 30 to 50 mol%, based on the moles of the repeating units -OAO- and the repeating units Z(O-)a are present in an amount of 0.1 to 0.5 mol%, based on the moles of the repeating units - OAO-. wherein HOAOH as a raw material of the repeating units -OAO- is the compound of Formula 1a: Z(OH)a as a raw material of the repeating units Z(O-)a is selected from the group consisting of the compounds of Formulae 2a to 2d: and HOC(O)YC(O)OH as a raw material of the linkers -C(O)YC(O)- is terephthalic acid and wherein the linkers -C(O)YC(O)- are present in an amount of 30 to 50 mol%, based on the moles of the repeating units -OAO- and the repeating units Z(O-)a are present in an amount of 0.1 to 0.5 mol%, based on the moles of the repeating units - OAO-.
An arthroscopic device for use with a hand piece having a motor drive with a rotating shaft , said device comprising; an elongate probe extending along a longitudinal axis; a proximal hub on a proximal end of the elongate probe , wherein the proximal hub is configured for detachable coupling to the hand piece ; an openable-closeable jaw structure on a distal end of the elongate probe ; an actuator member ; and a conversion mechanism carried by the hub for converting a rotational motion of the motor drive shaft to a longitudinal motion of the actuator member , wherein the actuator member is configured for driving the jaw structure between jaw-open and jaw-closed positions, wherein the conversion mechanism comprises at least a first drive element having external helical threads that engage the hub , wherein rotation of the first drive element relative to the hub axially translates the first drive element relative to the hub ; characterised in that the external helical threads of the first drive element engage internal helical threads in the hub , wherein the conversion mechanism further comprises at least a second drive element having external helical threads that engage internal helical threads in the first drive element , wherein rotation of the first drive element relative to the hub axially translates the second drive element in a direction opposite to that of the first drive element . an elongate probe extending along a longitudinal axis; a proximal hub on a proximal end of the elongate probe , wherein the proximal hub is configured for detachable coupling to the hand piece ; an openable-closeable jaw structure on a distal end of the elongate probe ; an actuator member ; and a conversion mechanism carried by the hub for converting a rotational motion of the motor drive shaft to a longitudinal motion of the actuator member , wherein the actuator member is configured for driving the jaw structure between jaw-open and jaw-closed positions, wherein the conversion mechanism comprises at least a first drive element having external helical threads that engage the hub , wherein rotation of the first drive element relative to the hub axially translates the first drive element relative to the hub ; characterised in that the external helical threads of the first drive element engage internal helical threads in the hub , wherein the conversion mechanism further comprises at least a second drive element having external helical threads that engage internal helical threads in the first drive element , wherein rotation of the first drive element relative to the hub axially translates the second drive element in a direction opposite to that of the first drive element .
Device for skin detection comprising: - an input interface for obtaining image data of a scene, said image data comprising a time sequence of image frames, - an extraction unit for extracting a photoplethysmography, PPG, signal from a region of interest of said image data, - a transformation unit for transforming said PPG signal into a spectral signal, the device being characterised by further comprising: - a sorting unit for sorting said spectral signal to obtain a sorted spectral signal representing a descriptor, and - a classifier for classifying said region of interest as skin region of a living being or as non-skin region based on the descriptor. - an input interface for obtaining image data of a scene, said image data comprising a time sequence of image frames, - an extraction unit for extracting a photoplethysmography, PPG, signal from a region of interest of said image data, - a transformation unit for transforming said PPG signal into a spectral signal, - a sorting unit for sorting said spectral signal to obtain a sorted spectral signal representing a descriptor, and - a classifier for classifying said region of interest as skin region of a living being or as non-skin region based on the descriptor.
A fitting part comprising a backing made of a material containing at least one natural substance , wherein the backing is at least partially covered on its visible side by a decorative layer made of a natural, preferably plant-based, material containing fibers , characterized in that the backing and/or the decorative layer is at least partially provided with a transparent or translucent top layer ; the top layer is a film; a lacquer coat is applied to the transparent or translucent top layer or the top layer is colored; the fibers of the decorative layer material are in the form of nonwoven fabric, felt, woven or knitted fabric; the material of the backing or the decorative layer comprises a binding agent composed of a thermoplastic synthetic material. the backing and/or the decorative layer is at least partially provided with a transparent or translucent top layer ; the top layer is a film; a lacquer coat is applied to the transparent or translucent top layer or the top layer is colored; the fibers of the decorative layer material are in the form of nonwoven fabric, felt, woven or knitted fabric; the material of the backing or the decorative layer comprises a binding agent composed of a thermoplastic synthetic material.
A method for producing an aseptic food product, the method comprising mixing , in a mixer unit , ingredients (11-15) into a mixture (M) comprising - 20-35 wt% fat that comprises any combination of vegetable fat and milk based fat, - 8-12 wt% milk protein, - 0,5-3 wt% thickener, - 0,5-2,5 wt% acidifier comprising or consisting of any combination of Glucono-Delta-Laction and citric acid, - 0,5-4,5 wt% flavorer, and - water that balances the mixture (M), heat treating the mixture (M) in a heat exchanger , such that a heat treated, aseptic mixture (AM) is obtained, and filling heat treated mixture (AM) in packages that are aseptically sealed, such that the heat treated mixture (AM) forms an aseptic food product inside the package . mixing , in a mixer unit , ingredients (11-15) into a mixture (M) comprising - 20-35 wt% fat that comprises any combination of vegetable fat and milk based fat, - 8-12 wt% milk protein, - 0,5-3 wt% thickener, - 0,5-2,5 wt% acidifier comprising or consisting of any combination of Glucono-Delta-Laction and citric acid, - 0,5-4,5 wt% flavorer, and - water that balances the mixture (M), - 20-35 wt% fat that comprises any combination of vegetable fat and milk based fat, - 8-12 wt% milk protein, - 0,5-3 wt% thickener, - 0,5-2,5 wt% acidifier comprising or consisting of any combination of Glucono-Delta-Laction and citric acid, - 0,5-4,5 wt% flavorer, and - water that balances the mixture (M), heat treating the mixture (M) in a heat exchanger , such that a heat treated, aseptic mixture (AM) is obtained, and filling heat treated mixture (AM) in packages that are aseptically sealed, such that the heat treated mixture (AM) forms an aseptic food product inside the package .
A polyurethane elastic yarn including: a hydrocarbon resin (A) that has a structure wherein a polymer that includes, as the main structural units, structural units that use an aromatic olefin and/or an aliphatic diolefin as a monomer, is partially hydrogenated or completely hydrogenated; and a polyurethane; wherein the hydrocarbon resin (A) is dissolved at no less than 10 mass % at 20 °C in respect to a hydrocarbon oil (b), and is insoluble in DMAc and/or DMF at 20 °C; wherein the hydrocarbon oil (b) is a mineral oil or higher alcohol; and wherein the higher alcohol is a linear and/or branched monoalcohol selected from hexanol, heptanol, octanol, nonanol, decanol, undecanol, dodecanol, tridecanol, tetradecanol, pentadecanol, hexadecanol, heptadecanol, octadecanol, nonadecanol, eicosanol, heneicosanol, docosanol, tricosanol, tetracosanol, pentacosanol, hexacosanol, heptacosanol, octacosanol, nonacosanol, triacosanol, 2-ethylhexanol, 2-propyl heptanol, 2-butyl octanol, 1-methylheptadecanol, 2-hexyloctanol, 1-hexylheptanol, isodecanol, isotridecanol, 3,5,5-trimethyl hexanol, hexenol, heptenol, octenol, nonenol, decenol, dodecenol, dodecenol, tridecenol, tetradecenol, pentadecenol, hexadecenol, heptadecenol, octadecenol, nonadecenol, icosenol, dococenol, tetracosecol, pentacosenol, hexacosenol, heptacosenol, octacosenol, nonacoseneol, triaconsenol, isohexenol, 2-ethylhexenol, isotridecenol, 1-methyl heptadecenol, 1-hexyl heptenol, isotridecenol or isooctadecenol. wherein the hydrocarbon resin (A) is dissolved at no less than 10 mass % at 20 °C in respect to a hydrocarbon oil (b), and is insoluble in DMAc and/or DMF at 20 °C; wherein the hydrocarbon oil (b) is a mineral oil or higher alcohol; and wherein the higher alcohol is a linear and/or branched monoalcohol selected from hexanol, heptanol, octanol, nonanol, decanol, undecanol, dodecanol, tridecanol, tetradecanol, pentadecanol, hexadecanol, heptadecanol, octadecanol, nonadecanol, eicosanol, heneicosanol, docosanol, tricosanol, tetracosanol, pentacosanol, hexacosanol, heptacosanol, octacosanol, nonacosanol, triacosanol, 2-ethylhexanol, 2-propyl heptanol, 2-butyl octanol, 1-methylheptadecanol, 2-hexyloctanol, 1-hexylheptanol, isodecanol, isotridecanol, 3,5,5-trimethyl hexanol, hexenol, heptenol, octenol, nonenol, decenol, dodecenol, dodecenol, tridecenol, tetradecenol, pentadecenol, hexadecenol, heptadecenol, octadecenol, nonadecenol, icosenol, dococenol, tetracosecol, pentacosenol, hexacosenol, heptacosenol, octacosenol, nonacoseneol, triaconsenol, isohexenol, 2-ethylhexenol, isotridecenol, 1-methyl heptadecenol, 1-hexyl heptenol, isotridecenol or isooctadecenol.
A recombinant Archaeal Family-B polymerase that transcribes a template that is RNA and has one or more mutations compared to a wild-type Archaeal Family-B polymerase wherein the polymerase has one or more genetically engineered mutations compared to a wild-type Archaeal Family-B polymerase, the recombinant Archaeal Family-B polymerase having an amino acid sequence at least 95% identical to SEQ ID NO: 1 and comprising an amino acid substitution corresponding to position Y493 to a leucine residue or a cysteine residue.
An insulation delivery apparatus for forming an insulated appliance structure, the insulation delivery apparatus comprising: an insulated structure having an outer wrapper and an inner liner that cooperate to define an interior cavity ; a storage bin in communication with a delivery mechanism , wherein the delivery mechanism selectively delivers an insulating medium from the storage bin , through an insulation conduit and into the interior cavity , wherein the delivery mechanism is operable between an idle state and a delivery state ; a pressing mechanism coupled with the insulation conduit , wherein the pressing mechanism is in selective engagement with the insulated structure , wherein the pressing mechanism is operable between a rest state and a compressing state , wherein the insulation conduit includes an operable portion that is in communication with the pressing mechanism ; an inner support in selective engagement with an outer surface of the inner liner ; and an operable outer support in selective engagement with a portion of an exterior surface of the outer wrapper , wherein the inner support and the operable outer support provides structural support to the insulated structure when the pressing mechanism is in the compressing state , characterised in that a back panel of the insulated structure is selectively engaged with the operable portion of the insulation conduit and the pressing mechanism operates the back panel and the operable portion of the insulation conduit relative to the insulated structure and the storage bin . an insulated structure having an outer wrapper and an inner liner that cooperate to define an interior cavity ; a storage bin in communication with a delivery mechanism , wherein the delivery mechanism selectively delivers an insulating medium from the storage bin , through an insulation conduit and into the interior cavity , wherein the delivery mechanism is operable between an idle state and a delivery state ; a pressing mechanism coupled with the insulation conduit , wherein the pressing mechanism is in selective engagement with the insulated structure , wherein the pressing mechanism is operable between a rest state and a compressing state , wherein the insulation conduit includes an operable portion that is in communication with the pressing mechanism ; an inner support in selective engagement with an outer surface of the inner liner ; and an operable outer support in selective engagement with a portion of an exterior surface of the outer wrapper , wherein the inner support and the operable outer support provides structural support to the insulated structure when the pressing mechanism is in the compressing state , characterised in that a back panel of the insulated structure is selectively engaged with the operable portion of the insulation conduit and the pressing mechanism operates the back panel and the operable portion of the insulation conduit relative to the insulated structure and the storage bin .
A wiper arm , comprising: an arm head ; a shank , comprising: a pair of side walls connected to a tip end of the arm head and facing each other; and a top wall connected to an upper end part of each of the side walls ; a tube disposed inside the shank ; the wiper arm being characterised in that the shank further comprises: a bottom cover joined to a lower end part of each of the side walls and facing the top wall , wherein the bottom cover comprises: a body part in a plate shape; and a holding part which is provided in a protruding way on an edge of a hole part formed in the body part in a width direction (P) of the shank and which holds the tube , and the holding part comprises: a first wall part which is provided at the edge and which protrudes toward the top wall ; and a second wall part which is connected to the first wall part and which is disposed above the hole part . an arm head ; a shank , comprising: a pair of side walls connected to a tip end of the arm head and facing each other; and a top wall connected to an upper end part of each of the side walls ; a pair of side walls connected to a tip end of the arm head and facing each other; and a top wall connected to an upper end part of each of the side walls ; a tube disposed inside the shank ; the wiper arm being characterised in that the shank further comprises: a bottom cover joined to a lower end part of each of the side walls and facing the top wall , wherein the bottom cover comprises: a body part in a plate shape; and a holding part which is provided in a protruding way on an edge of a hole part formed in the body part in a width direction (P) of the shank and which holds the tube , and the holding part comprises: a first wall part which is provided at the edge and which protrudes toward the top wall ; and a second wall part which is connected to the first wall part and which is disposed above the hole part . a bottom cover joined to a lower end part of each of the side walls and facing the top wall , wherein the bottom cover comprises: a body part in a plate shape; and a holding part which is provided in a protruding way on an edge of a hole part formed in the body part in a width direction (P) of the shank and which holds the tube , and the holding part comprises: a first wall part which is provided at the edge and which protrudes toward the top wall ; and a second wall part which is connected to the first wall part and which is disposed above the hole part . a body part in a plate shape; and a holding part which is provided in a protruding way on an edge of a hole part formed in the body part in a width direction (P) of the shank and which holds the tube , and the holding part comprises: a first wall part which is provided at the edge and which protrudes toward the top wall ; and a second wall part which is connected to the first wall part and which is disposed above the hole part . a first wall part which is provided at the edge and which protrudes toward the top wall ; and a second wall part which is connected to the first wall part and which is disposed above the hole part .
Gas scrubber for flue gas desulfurization equipped with flue gas inlet , flue gas outlet , one or more spray devices for spraying a liquid absorbent based on suspensions containing calcium compounds, and liquid outlet , as well as one or more spaced-apart exchanger levels to provide exchanger surfaces in order to bring the flue gas flowing through the gas scrubber into contact with the liquid absorbent, wherein the at least one exchanger level in the gas scrubber being arranged essentially horizontally, wherein the respective exchanger level comprises one or more areas with a plurality of passages for the passage of the flue gas and the liquid absorbent, wherein at least some of these passage areas being formed by horizontally aligned grid elements arranged in one layer; wherein the respective grid element comprises a grid floor which consists of a single-layer arrangement of a plurality of vertically oriented flat longitudinal ribs and a plurality of vertically oriented flat transverse ribs , wherein the longitudinal ribs and the transverse ribs of the grid elements form open cells , characterized in that wherein the grid floors represent the bottoms of trays or cages having vertically oriented side walls , which run along and delimit the periphery of the grid floors , wherein the side walls extend beyond the level of the grid floors , and wherein the exchanger level has a plurality of trays or cages arranged side by side.
A printing apparatus capable of connecting a predetermined post-processing apparatus, comprising: a paper source; operation means arranged to display a screen arranged to prompt a user to designate an orientation of an envelope placed on the paper source, the orientation of the envelope is one of a first orientation in which the direction of a short-edge of the envelope is perpendicular to an conveyance direction and a second orientation in which the direction of a long-edge of the envelope is perpendicular to the conveyance direction; printing means arranged to print an image on the envelope conveyed from the paper source, based on the orientation of the envelope designated on the screen displayed by said operation means; determination means arranged to determine whether the predetermined post-processing apparatus is connected to the printing apparatus; and restriction means arranged to control said operation means to display the screen so that designation of the second orientation is not available, based on that said determination means determining that the predetermined post-processing apparatus is connected to the printing apparatus. a paper source; operation means arranged to display a screen arranged to prompt a user to designate an orientation of an envelope placed on the paper source, the orientation of the envelope is one of a first orientation in which the direction of a short-edge of the envelope is perpendicular to an conveyance direction and a second orientation in which the direction of a long-edge of the envelope is perpendicular to the conveyance direction; printing means arranged to print an image on the envelope conveyed from the paper source, based on the orientation of the envelope designated on the screen displayed by said operation means; determination means arranged to determine whether the predetermined post-processing apparatus is connected to the printing apparatus; and restriction means arranged to control said operation means to display the screen so that designation of the second orientation is not available, based on that said determination means determining that the predetermined post-processing apparatus is connected to the printing apparatus.