mhurhangee/ep-ind-claims huggingface dataset:
A pool apparatus configured to carry liquids, comprising: at least one side wall, including: an outer side wall, an inner side wall, and at least one structure drawstring, coupled to the outer side wall and the inner side wall and including: a main drawstring portion (1715;601;610;615;618,619;7111); at least two branch drawstring portions (1711,1713;602,603;606,607;611-614;616,617,620,621;713,715, 717,719), connected to the main drawstring portion (1715;601;610; 615;618,619;7111), whereby, during inflation, the at least two branch drawstring portions (1711,1713;602,603;606,607;611-614; 616,617,620,621;713,715,717,719) are separated from the main drawstring portion (1715;601;610;615;618,619;7111) at a first angle;; a bottom surface connecting to the at least one side wall, forming together one portion of a structure body having a pre-determined shape for carrying liquids, characterised in that the pool apparatus further includes a plurality of ordinary drawstrings, two sides (821,822) of the ordinary drawstrings being connected respectively to the inner side wall and the outer side wall, located at straight line portions of the pre-determined shape, the at least one structure drawstring being located at a turning portion of the pre-determined shape. at least one side wall, including: an outer side wall, an inner side wall, and at least one structure drawstring, coupled to the outer side wall and the inner side wall and including: an outer side wall, an inner side wall, and at least one structure drawstring, coupled to the outer side wall and the inner side wall and including: a main drawstring portion (1715;601;610;615;618,619;7111); at least two branch drawstring portions (1711,1713;602,603;606,607;611-614;616,617,620,621;713,715, 717,719), connected to the main drawstring portion (1715;601;610; 615;618,619;7111), whereby, during inflation, the at least two branch drawstring portions (1711,1713;602,603;606,607;611-614; 616,617,620,621;713,715,717,719) are separated from the main drawstring portion (1715;601;610;615;618,619;7111) at a first angle;; a bottom surface connecting to the at least one side wall, forming together one portion of a structure body having a pre-determined shape for carrying liquids, characterised in that the pool apparatus further includes a plurality of ordinary drawstrings, two sides (821,822) of the ordinary drawstrings being connected respectively to the inner side wall and the outer side wall, located at straight line portions of the pre-determined shape, the at least one structure drawstring being located at a turning portion of the pre-determined shape.
A method of manufacturing a coated contact lens comprising: a) providing a polymeric lens body comprising an acid group; b) coating the polymeric lens body with a first coating polymer comprising an amine group, wherein a first portion of the amine group ionically binds to the acid group, and c) contacting the first coating polymer with a second coating polymer comprising an amine-reactive group under conditions in which a second portion of the amine group on the first coating polymer covalently binds to the amine-reactive group. a) providing a polymeric lens body comprising an acid group; b) coating the polymeric lens body with a first coating polymer comprising an amine group, wherein a first portion of the amine group ionically binds to the acid group, and c) contacting the first coating polymer with a second coating polymer comprising an amine-reactive group under conditions in which a second portion of the amine group on the first coating polymer covalently binds to the amine-reactive group.
A method for isolating a bioactive fraction derived from cell juice of a Theacea plant, said method comprising: providing fresh biomass of a Theacea plant, wherein said fresh biomass comprises fresh Theacea plant biomass that has not undergone conventional tea processing; separating the fresh biomass of the Theacea plant into cell juice and a cell walls component, wherein said separating comprises grinding, macerating, and pressing the fresh biomass to separate the fresh biomass into the cell juice and the cell walls component; treating the cell juice under conditions effective to yield a bioactive fraction, said conditions comprising subjecting the cell juice to microwave treatment to induce coagulation, thereby yielding a coagulated membrane fraction and a non-coagulated portion of the cell juice, isolating the bioactive fraction from the coagulated membrane fraction, wherein the bioactive fraction is the membrane fraction or a membrane fraction extract, wherein the membrane fraction is isolated by separating the coagulated membrane fraction from the non-coagulated cell juice using centrifugation and, wherein the membrane fraction extract is isolated by subjecting the membrane fraction to solvent extraction with dimethyl sulfoxide and then centrifugation to yield a supernatant comprising the membrane fraction extract. providing fresh biomass of a Theacea plant, wherein said fresh biomass comprises fresh Theacea plant biomass that has not undergone conventional tea processing; separating the fresh biomass of the Theacea plant into cell juice and a cell walls component, wherein said separating comprises grinding, macerating, and pressing the fresh biomass to separate the fresh biomass into the cell juice and the cell walls component; treating the cell juice under conditions effective to yield a bioactive fraction, said conditions comprising subjecting the cell juice to microwave treatment to induce coagulation, thereby yielding a coagulated membrane fraction and a non-coagulated portion of the cell juice, isolating the bioactive fraction from the coagulated membrane fraction, wherein the bioactive fraction is the membrane fraction or a membrane fraction extract, wherein the membrane fraction is isolated by separating the coagulated membrane fraction from the non-coagulated cell juice using centrifugation and, wherein the membrane fraction extract is isolated by subjecting the membrane fraction to solvent extraction with dimethyl sulfoxide and then centrifugation to yield a supernatant comprising the membrane fraction extract.
An apparatus for aligning semiconductor wafers (80, 90) comprising: equipment for positioning a first surface of a first semiconductor wafer directly opposite to a first surface of a second semiconductor wafer; equipment for aligning a first structure on said first semiconductor wafer with a second structure on said first surface of said second semiconductor wafer and wherein said aligning equipment comprises at least one movable alignment device configured to be moved during alignment and to be inserted between said first surface of said first semiconductor wafer and said first surface of said second semiconductor wafer; and wherein said positioning equipment comprises: a lower support block comprising a lower wafer plate supporting said first semiconductor wafer; and an upper support block comprising an upper wafer plate supporting said second semiconductor wafer and a plate leveling system for leveling said upper wafer plate; wherein said movable alignment device comprises an optical microscope assembly (210a, 210b); characterized in that said alignment equipment further comprises a microscope calibration reference unit (140a, 140b) including fixed top and bottom reference marks (K, K', L, L'). equipment for positioning a first surface of a first semiconductor wafer directly opposite to a first surface of a second semiconductor wafer; equipment for aligning a first structure on said first semiconductor wafer with a second structure on said first surface of said second semiconductor wafer and wherein said aligning equipment comprises at least one movable alignment device configured to be moved during alignment and to be inserted between said first surface of said first semiconductor wafer and said first surface of said second semiconductor wafer; and wherein said positioning equipment comprises: a lower support block comprising a lower wafer plate supporting said first semiconductor wafer; and an upper support block comprising an upper wafer plate supporting said second semiconductor wafer and a plate leveling system for leveling said upper wafer plate; a lower support block comprising a lower wafer plate supporting said first semiconductor wafer; and an upper support block comprising an upper wafer plate supporting said second semiconductor wafer and a plate leveling system for leveling said upper wafer plate; wherein said movable alignment device comprises an optical microscope assembly (210a, 210b); characterized in that said alignment equipment further comprises a microscope calibration reference unit (140a, 140b) including fixed top and bottom reference marks (K, K', L, L').
A method for producing a pressure measurement system, the method comprising: providing an assembly comprising a pressure inlet joint, a pressure detector, and a first circuit board, the pressure detector adapted to generate a signal based on pressure introduced through the pressure inlet joint, the first circuit board adapted to generate an analog assembly output signal of a first signal type based on the signal; compensating the assembly by determining the deviation of the assembly output signal from a predefined output over a predefined pressure range and a predefined temperature range and adjusting the assembly output signal for the deviation; and installing a second circuit board, the second circuit board adapted to convert the compensated assembly output signal to a predetermined analog output signal type without materially affecting the compensation. providing an assembly comprising a pressure inlet joint, a pressure detector, and a first circuit board, the pressure detector adapted to generate a signal based on pressure introduced through the pressure inlet joint, the first circuit board adapted to generate an analog assembly output signal of a first signal type based on the signal; compensating the assembly by determining the deviation of the assembly output signal from a predefined output over a predefined pressure range and a predefined temperature range and adjusting the assembly output signal for the deviation; and installing a second circuit board, the second circuit board adapted to convert the compensated assembly output signal to a predetermined analog output signal type without materially affecting the compensation.
A sheet manufacturing apparatus comprising: a web forming unit that forms a web in which at least fiber and resin are deposited in the air; a pressing unit that presses the web; and a heating and pressing unit that heats and presses the web, thereby melting the resin and bonding the fibers of the web, on a further downstream side than the pressing unit in a transport direction of the web, characterized in that a pressing force of the pressing unit is greater than a pressing force of the heating and pressing unit. a web forming unit that forms a web in which at least fiber and resin are deposited in the air; a pressing unit that presses the web; and a heating and pressing unit that heats and presses the web, thereby melting the resin and bonding the fibers of the web, on a further downstream side than the pressing unit in a transport direction of the web, characterized in that a pressing force of the pressing unit is greater than a pressing force of the heating and pressing unit.
A monolithic acoustically-treated composite airflow duct comprising: an internal frame assembly comprising a unitary composite frame structure defining a shape of the monolithic acoustically-treated airflow duct and at least one acoustic panel assembly included in the unitary composite frame structure, wherein the unitary composite frame structure comprises a plurality of interconnected frame members that cooperate to define at least one side opening in the unitary composite frame structure the at least one acoustic panel assembly extending across the at least one side opening to complete a side panel of the internal frame assembly, characterized in that the at least one acoustic panel assembly comprises an acoustic core comprising a plurality of cells having a first end and a second end; and a perforated acoustic facesheet having a front surface including a peripheral border portion, a rear surface bonded to the first end of the plurality of cells, and a plurality of spaced perforations; and in that the airflow duct comprises a composite overlay covering the internal frame assembly. an internal frame assembly comprising a unitary composite frame structure defining a shape of the monolithic acoustically-treated airflow duct and at least one acoustic panel assembly included in the unitary composite frame structure, wherein the unitary composite frame structure comprises a plurality of interconnected frame members that cooperate to define at least one side opening in the unitary composite frame structure the at least one acoustic panel assembly extending across the at least one side opening to complete a side panel of the internal frame assembly, characterized in that the at least one acoustic panel assembly comprises an acoustic core comprising a plurality of cells having a first end and a second end; and a perforated acoustic facesheet having a front surface including a peripheral border portion, a rear surface bonded to the first end of the plurality of cells, and a plurality of spaced perforations; and in that the airflow duct comprises a composite overlay covering the internal frame assembly.
A sports device with a surface film consisting of a plastic composition or comprising a first layer of a plastic composition, wherein the plastic composition comprises a thermoplastic polyurethane, a second copolymer with a maleic anhydride fraction, and optionally a third copolymer with a styrene-butadiene fraction, wherein the sports device is a ski, a snowboard, a kiteboard or a surfboard.
A product which is C-phycocyanin, or an extract comprising C-phycocyanin, for use in the treatment and/or prevention of a peripheral neuropathy, wherein the treatment and/or prevention comprises administering C-phycocyanin in an amount from 0.1 to 4.5 mg per Kilogram of body weight per day.
A knitting method of a knitted fabric with fringe for knitting a knitted fabric including a base knitted fabric portion and a plurality of fringes arranged in a knitting width direction of the base knitted fabric portion using a flat knitting machine including at least a front and a back needle bed and a yarn feeder for supplying a knitting yarn to knitting needles of the needle beds and in which stitches are transferable between the front and back needle beds, the method characterized by repeating: a step α of knitting a starting stitch which becomes a starting point of the fringe; a step β, carried out after the step α, of moving the yarn feeder in a direction away from the starting stitch and then moving the yarn feeder in a direction toward the starting stitch, and knitting a temporary held stitch on a knitting needle excluding the knitting needles holding the base knitted fabric portion in the reciprocating movement of the yarn feeder to form the fringe; and a step γ, carried out after the step β, of knitting a retaining stitch in form of a twisted stitch following in a wale direction of the starting stitch formed in the step α to fix a root of the fringe formed in the step β. a step α of knitting a starting stitch which becomes a starting point of the fringe; a step β, carried out after the step α, of moving the yarn feeder in a direction away from the starting stitch and then moving the yarn feeder in a direction toward the starting stitch, and knitting a temporary held stitch on a knitting needle excluding the knitting needles holding the base knitted fabric portion in the reciprocating movement of the yarn feeder to form the fringe; and a step γ, carried out after the step β, of knitting a retaining stitch in form of a twisted stitch following in a wale direction of the starting stitch formed in the step α to fix a root of the fringe formed in the step β.
A halogen-free fire retardant coating composition comprising i) film forming polymer ii) inorganic fire retardant material characterised in that the fire retardant material comprises a combination of fire retardant filler particles and a metal stannate and/or a metal hydroxy stannate wherein the overall pigment volume concentration of the composition is from 75 to 97 % i) film forming polymer ii) inorganic fire retardant material
Container for a beverage-preparation device comprising a storage chamber for pulverulent material, a discharge opening in a wall of the chamber, a conveying element which extends in a direction of transport, adjoins the opening, is rotatable about a longitudinal axis and is situated in the chamber, and a dispensing duct which adjoins the opening, is situated at least partly outside the chamber, has a predetermined diameter and a longitudinal direction which runs at an angle with respect to the direction of transport, the conveying element extending at least substantially as far as the dispensing duct, characterized in that a flexible elongate scraping element is rotatably connected to the conveying element by its first end and extends in the longitudinal direction from the conveying element against or near the wall of the dispensing duct into the dispensing duct.
A system (100,150) comprising: a switched capacitor circuit comprising a plurality of voltage divider circuit stages including a first voltage divider circuit stage coupled to a second voltage divider circuit stage; and a controller configured to supply a clock signal to the first voltage divider circuit stage to provide a first voltage on an output node of the first voltage divider circuit stage during a first half cycle of the clock signal, and a second voltage on said output node during a second half cycle of the clock signal; wherein the second voltage divider circuit stage is configured to charge to an input voltage during a half cycle of the clock signal, characterized in that the system further comprises at least one selection switch connected between said output node and an input node of the second voltage divider stage; wherein the controller is configured to synchronize charging of the second voltage divider circuit stage to a selected one of (i) the first half cycle of the clock signal by turning on said at least one selection switch in said first half cycle, wherein the first voltage is supplied as said input voltage, and (ii) the second half cycle of the clock signal, wherein the second voltage is supplied as said input voltage. a switched capacitor circuit comprising a plurality of voltage divider circuit stages including a first voltage divider circuit stage coupled to a second voltage divider circuit stage; and a controller configured to supply a clock signal to the first voltage divider circuit stage to provide a first voltage on an output node of the first voltage divider circuit stage during a first half cycle of the clock signal, and a second voltage on said output node during a second half cycle of the clock signal; wherein the second voltage divider circuit stage is configured to charge to an input voltage during a half cycle of the clock signal, characterized in that the system further comprises at least one selection switch connected between said output node and an input node of the second voltage divider stage; wherein the controller is configured to synchronize charging of the second voltage divider circuit stage to a selected one of (i) the first half cycle of the clock signal by turning on said at least one selection switch in said first half cycle, wherein the first voltage is supplied as said input voltage, and (ii) the second half cycle of the clock signal, wherein the second voltage is supplied as said input voltage.
A method for enforcing memory reference ordering requirements at a Level 1 - L1- cache in a multiprocessor, comprising: receiving an invalidation signal for a cache line at the L1 cache while executing instructions in a speculative-execution mode(404, 408), wherein the invalidation signal is received from a cache-coherence system within the multiprocessor; in response to the invalidation signal, if the cache line exists in the L1 cache, examining a load-mark in the cache line, wherein the load-mark being set indicates that the cache line has been loaded from during the speculative-execution mode, and if the load-mark is set, failing the speculative-execution mode and resuming a normal-execution mode from a checkpoint, whereby failing the speculative-execution mode ensures that a potential update to the cache line indicated by the invalidation signal will not cause the memory reference ordering requirements to be violated during the speculative-execution mode. receiving an invalidation signal for a cache line at the L1 cache while executing instructions in a speculative-execution mode(404, 408), wherein the invalidation signal is received from a cache-coherence system within the multiprocessor; in response to the invalidation signal, if the cache line exists in the L1 cache, examining a load-mark in the cache line, wherein the load-mark being set indicates that the cache line has been loaded from during the speculative-execution mode, and if the load-mark is set, failing the speculative-execution mode and resuming a normal-execution mode from a checkpoint, whereby failing the speculative-execution mode ensures that a potential update to the cache line indicated by the invalidation signal will not cause the memory reference ordering requirements to be violated during the speculative-execution mode. if the cache line exists in the L1 cache, examining a load-mark in the cache line, wherein the load-mark being set indicates that the cache line has been loaded from during the speculative-execution mode, and if the load-mark is set, failing the speculative-execution mode and resuming a normal-execution mode from a checkpoint, whereby failing the speculative-execution mode ensures that a potential update to the cache line indicated by the invalidation signal will not cause the memory reference ordering requirements to be violated during the speculative-execution mode.
A mixing system for producing a mixture prior to it being fed into a bioreactor, comprising a plurality of supply units, each being able to hold media for use in the bioreactor a mixing unit for creating a uniform mixing of media a first feeding mechanism, arranged to feed media from the supply units into the mixing unit, a control unit operatively connected to the first feeding mechanism and the mixing unit, said control unit being configured to control the first feeding mechanism to feed predetermined amounts of media from the plurality of supply units to the mixing unit, and further being configured to control the mixing unit to create a uniform mixing of media, and further comprising a second feeding mechanism arranged to feed media from the mixing unit to the bioreactor, for feeding into a cell bag of the bioreactor. a plurality of supply units, each being able to hold media for use in the bioreactor a mixing unit for creating a uniform mixing of media a first feeding mechanism, arranged to feed media from the supply units into the mixing unit, a control unit operatively connected to the first feeding mechanism and the mixing unit, said control unit being configured to control the first feeding mechanism to feed predetermined amounts of media from the plurality of supply units to the mixing unit, and further being configured to control the mixing unit to create a uniform mixing of media, and further comprising a second feeding mechanism arranged to feed media from the mixing unit to the bioreactor, for feeding into a cell bag of the bioreactor.