mhurhangee/patent-ind-claim-en huggingface dataset:
A fullerene derivative comprising, in a molecule, a fullerene skeleton; and a plurality of perfluoroether chains or perfluoropolyether chains bonded with the fullerene skeleton via a methano group, wherein the fullerene derivative is a compound represented by the following general formula or , wherein in the general formulae and , FLN represents a fullerene skeleton, A represents a group having the perfluoroether chain or the perfluoropolyether chain, Ar 1 and Ar 2 represent phenylene groups, L represents a single bond or an alkylene group of 1 to 5 carbon atoms, x and y are integers of 0 to 3, and n is an integer of 1 to 4, provided that (x + y) × n is 2 or more. a fullerene skeleton; and a plurality of perfluoroether chains or perfluoropolyether chains bonded with the fullerene skeleton via a methano group, wherein the fullerene derivative is a compound represented by the following general formula or , wherein in the general formulae and , FLN represents a fullerene skeleton, A represents a group having the perfluoroether chain or the perfluoropolyether chain, Ar 1 and Ar 2 represent phenylene groups, L represents a single bond or an alkylene group of 1 to 5 carbon atoms, x and y are integers of 0 to 3, and n is an integer of 1 to 4, provided that (x + y) × n is 2 or more.
A process for the preparation of lumacaftor Form-LA1 characterized by X-Ray diffraction (XRD) pattern having one or more peaks at about 4.3, 8.7, 12.9, 14.8, 17.5, 17.7, 18.7, 19.3, 20.3, 21.8, 22.2, 22.8, 23.5, 23.6, 25.7, 26.4, 28.0, 29.8, 33.0, 36.9, 38.2, 40.1 and 43.7 ± 0.2° 2θ, comprising: a) dissolving lumacaftor in water and a suitable base at a suitable temperature, b) optionally, cooling the solution to less than 25°C, and c) isolating the lumacaftor Form-LA1. a) dissolving lumacaftor in water and a suitable base at a suitable temperature, b) optionally, cooling the solution to less than 25°C, and c) isolating the lumacaftor Form-LA1.
A system for delivering a laser beam to a lens of an eye in a plurality of vertical patterns while avoiding a lens capsule on a posterior side of the lens, the system comprising: a) a laser ; b) an optical path for directing a laser beam from the laser to the lens of the eye; c) a means for obtaining observed data of the lens ; d) a control system for at least directing the laser beam in a plurality of vertical patterns ; wherein the control system is capable of determining a position for the lens of the eye based upon a numerical model for the shape of the lens and the observed data; and, e) the plurality of vertical patterns extend at least 1.5 mm above and at least 1 mm below the equatorial axis of the lens, and avoid the posterior side of the lens capsule . a) a laser ; b) an optical path for directing a laser beam from the laser to the lens of the eye; c) a means for obtaining observed data of the lens ; d) a control system for at least directing the laser beam in a plurality of vertical patterns ; wherein the control system is capable of determining a position for the lens of the eye based upon a numerical model for the shape of the lens and the observed data; and, e) the plurality of vertical patterns extend at least 1.5 mm above and at least 1 mm below the equatorial axis of the lens, and avoid the posterior side of the lens capsule .
A blockchain system, comprising: a blockchain relay communication network , blockchain nodes , and a historical block synchronization device , the blockchain nodes are respectively connected to corresponding relay nodes in the blockchain relay communication network , and the relay nodes are connected to the historical block synchronization device , wherein: any relay node is configured to send a block obtaining request to the historical block synchronization device when receiving a block synchronization request initiated by any blockchain node connected thereto; the historical block synchronization device is configured to obtain block data from the blockchain nodes ; and in response to the block obtaining request, the historical block synchronization device is configured to select a corresponding historical block from locally stored blocks and return the historical block to the any relay node to cause the any relay node to forward the historical block to the any blockchain node , the historical block forwarded to the any blockchain node causes the any blockchain node to perform block synchronization on stored blocks based on the historical block, characterized in that , the historical block synchronization device is further configured to compare a current maximum block height of blocks stored on the any blockchain node , included in the block synchronization request, with a maximum block height of the locally stored blocks to determine at least one historical block, of which a block height is greater than the current maximum block height, as the historical block. any relay node is configured to send a block obtaining request to the historical block synchronization device when receiving a block synchronization request initiated by any blockchain node connected thereto; the historical block synchronization device is configured to obtain block data from the blockchain nodes ; and in response to the block obtaining request, the historical block synchronization device is configured to select a corresponding historical block from locally stored blocks and return the historical block to the any relay node to cause the any relay node to forward the historical block to the any blockchain node , the historical block forwarded to the any blockchain node causes the any blockchain node to perform block synchronization on stored blocks based on the historical block, characterized in that , the historical block synchronization device is further configured to compare a current maximum block height of blocks stored on the any blockchain node , included in the block synchronization request, with a maximum block height of the locally stored blocks to determine at least one historical block, of which a block height is greater than the current maximum block height, as the historical block.
Hydraulic fast-coupling assembly for coupling a water jet cutting system (L) with a supporting head (S) of a machine (M); said fast-coupling assembly comprising: - a coupling element suitable for being integral with the water jet cutting system (L) and for being coupled with the supporting head (S); said coupling element comprising a central duct suitable for being in fluid communication with a nozzle (U) of the water jet cutting system (L); - a mobile stem suitable for being slidably mounted inside a seat (S1) obtained on the supporting head; said mobile stem comprising an internal duct ; said mobile stem being suitable for being moved inside the seat (S1) between a retracted position, wherein said internal duct and said central duct are not connected, and an extracted position, wherein said internal duct and said central duct are connected; characterized in that it comprises at least one coupling disposed between said mobile stem and said coupling element and removably connected to said mobile stem and/or to said coupling element ; said at least one coupling comprising an axial duct that puts in communication said internal duct of the mobile stem and said central duct of the coupling element. - a coupling element suitable for being integral with the water jet cutting system (L) and for being coupled with the supporting head (S); said coupling element comprising a central duct suitable for being in fluid communication with a nozzle (U) of the water jet cutting system (L); - a mobile stem suitable for being slidably mounted inside a seat (S1) obtained on the supporting head; said mobile stem comprising an internal duct ; said mobile stem being suitable for being moved inside the seat (S1) between a retracted position, wherein said internal duct and said central duct are not connected, and an extracted position, wherein said internal duct and said central duct are connected;
A hydraulically-operated support device on a vehicle or on a vehicle body, comprising - a support foot which can be moved between and upwardly raised transport position (T) and a downwardly lowered support position (S), which support foot comprises a placing region which can be placed in the support position (S) on a base surface (U) and a head region remote from the latter, - a hydraulic cylinder with a cylinder housing , in which a piston connected to a piston rod is guided axially displaceable, wherein the piston rod is coupled pivotably with the head region of the support foot , and wherein the cylinder housing of the hydraulic cylinder is fastened immovably to the vehicle or to the vehicle body, preferably to the chassis of the vehicle , - at least one side strut which on the one hand is coupled pivotably to an intermediate region of the support foot lying between the placing region and the head region and on the other hand is pivotably coupled with a coupling point , wherein the coupling point of the at least one side strut is arranged fixed relative to the cylinder housing , in that it is arranged on the cylinder housing or on a part fixedly connected to the cylinder housing characterised in that the cylinder housing is fixedly connected to a fastening flange provided for the fastening to the vehicle or to the vehicle body, and that the fastening flange is fixedly clamped by means of a counter-flange and a plurality of screw connections to a carrier of the vehicle or the vehicle body. - a support foot which can be moved between and upwardly raised transport position (T) and a downwardly lowered support position (S), which support foot comprises a placing region which can be placed in the support position (S) on a base surface (U) and a head region remote from the latter, - a hydraulic cylinder with a cylinder housing , in which a piston connected to a piston rod is guided axially displaceable, wherein the piston rod is coupled pivotably with the head region of the support foot , and wherein the cylinder housing of the hydraulic cylinder is fastened immovably to the vehicle or to the vehicle body, preferably to the chassis of the vehicle , - at least one side strut which on the one hand is coupled pivotably to an intermediate region of the support foot lying between the placing region and the head region and on the other hand is pivotably coupled with a coupling point , wherein the coupling point of the at least one side strut is arranged fixed relative to the cylinder housing , in that it is arranged on the cylinder housing or on a part fixedly connected to the cylinder housing the cylinder housing is fixedly connected to a fastening flange provided for the fastening to the vehicle or to the vehicle body, and that the fastening flange is fixedly clamped by means of a counter-flange and a plurality of screw connections to a carrier of the vehicle or the vehicle body.
Root extract from Salvia miltiorrhiza comprising at least 5% by weight of polyphenols based on the total weight of dry matter of the extract, for use in the topical soothing treatment of the skin.
A bar for controlling a kite, comprising - two front lines connectable to a chin loop , - control lines led out of end portions of the bar , and - a trimming device in the form of a winch or a winch mounted in or on the bar and associated with both control lines ; wherein for trimming the kite the length of the control lines is adjustable by means of the trimming device, characterised in that the bar comprises an electric motor and a battery held in or on the bar , wherein the trimming device is adjustable by motor by means of the electric motor supplied with energy via the battery . - two front lines connectable to a chin loop , - control lines led out of end portions of the bar , and - a trimming device in the form of a winch or a winch mounted in or on the bar and associated with both control lines ; wherein for trimming the kite the length of the control lines is adjustable by means of the trimming device,
A device (1; 11, 12) for pressurization and supply consisting of a mechanical charge and discharge device comprising of two sides, wherein pistons between both sides having different diameters are provided, a large diameter side stores an operative gas, a small diameter side stores a raw fluid until the pressurization and supply complete, and a raw fluid vessel (7; 71) for permanent storage set to the small diameter side, an operative gas storage vessel (4; 41) for permanent storage set to the large diameter side, and an evaporator as well as a heat exchanger (2; 21, 22) with a heat source, both of which are on the flow line connecting the small diameter side with the large diameter side, the device being configured to, via the operative gas manufactured from the operative gas raw fluid, increase the pressure of the raw fluid by the operative gas itself manufactured through both the evaporator and the heat exchanger (2; 21, 22); and supply the raw fluid with increased pressure to the heat exchanger (2; 21, 22).
A noodle mix comprising from 10 to 60% by mass of an indigestible starch derived from one or more of wheat, tapioca, corn and sweet potato, and from 5 to 30% by mass of a modified starch having a gelatinization starting temperature lower than that of a raw material starch thereof by 0.1°C or more, and the mix having a protein content of 8 to 20% by mass, wherein the indigestible starch is one or more selected from the group consisting of an indigestible wheat starch, an indigestible tapioca starch, an indigestible corn starch and an indigestible sweet potato starch, the modified starch is one or more selected from the group consisting of an acetylated starch and a pregelatinized starch, the noodle mix further comprises a cereal flour, the content of the cereal flour being 3% by mass or more and 80% by mass or less based on the amount of the indigestible starch, the noodle mix does not comprise an indigestible dextrin. the indigestible starch is one or more selected from the group consisting of an indigestible wheat starch, an indigestible tapioca starch, an indigestible corn starch and an indigestible sweet potato starch, the modified starch is one or more selected from the group consisting of an acetylated starch and a pregelatinized starch, the noodle mix further comprises a cereal flour, the content of the cereal flour being 3% by mass or more and 80% by mass or less based on the amount of the indigestible starch, the noodle mix does not comprise an indigestible dextrin.
A method for estimating a specification of a medium or an object in a medium, said method comprising: - generating a transmitting signal (Tx), whereby the transmitting signal (Tx) is provided by using a periodic baseband input signal having a frequency which is mixed with a first frequency reference (fr) resulting in a signal comprising at least two tones; - transmitting said transmitting signal trough said object and/or medium; - receiving the resulting transmitted signal, transmitted through the object and/or medium, resulting in a received signal (Rx) whereby said received signal comprises a phase shift (φο); wherein the received signal (Rx) comprising a phase shift (φο) is mixed with the first frequency reference (fr) resulting in that the transmitting signal (Tx) is generated with and the received signal (Rx) is processed with the same frequency reference and therefore share the first frequency reference (fr), and - estimating the phase shift (Φo) and relating the estimated phase shift to the medium's and/or object's specification such to estimate the medium's and/or objects specification, characterised in that the method comprises periodic execution of a calibration step, the calibration step comprising measuring the electrical length of a gap distance between a means for generating a transmitting signal and a means for receiving a receiving signal (D) or between a means for generating a transmitting signal and a means for reflecting a signal (D'), for different known gap distances caused by varying geometrical conditions or for known varying electrical conditions realized by an electrical-delay-tuning element or an electromagnetic delay-tuning element. - generating a transmitting signal (Tx), whereby the transmitting signal (Tx) is provided by using a periodic baseband input signal having a frequency which is mixed with a first frequency reference (fr) resulting in a signal comprising at least two tones; - transmitting said transmitting signal trough said object and/or medium; - receiving the resulting transmitted signal, transmitted through the object and/or medium, resulting in a received signal (Rx) whereby said received signal comprises a phase shift (φο); wherein the received signal (Rx) comprising a phase shift (φο) is mixed with the first frequency reference (fr) resulting in that the transmitting signal (Tx) is generated with and the received signal (Rx) is processed with the same frequency reference and therefore share the first frequency reference (fr), and - estimating the phase shift (Φo) and relating the estimated phase shift to the medium's and/or object's specification such to estimate the medium's and/or objects specification,
Opening support device for a window , a door or the like, with at least one spring device acting between a blind frame and a sash frame of the window , the door or the like for opening support, wherein the spring device has several springs connected in series and having different spring constants, at least one first spring of the springs , which is designed as a main spring , having a first spring constant and at least one second spring of the springs , which is present as an auxiliary spring , having a second spring constant, the second spring constant being smaller than the first spring constant, and the spring device having a first coupling point and a second coupling point , the coupling points are displaceably guided at least substantially in the same direction and the springs connected in series are arranged between them and connected to them, characterized in that the auxiliary spring is arranged in the main spring , and in that the main spring is designed as a tension spring and the auxiliary spring is designed as a compression spring, wherein the first coupling point is connected to the main spring on a first side of the main spring and a connecting body is fastened to the main spring on a second side of the main spring opposite the first side , wherein the auxiliary spring abuts with a first side against the connecting body and on a second side of the auxiliary spring opposite the first side the second coupling point is connected to the auxiliary spring .
A method of separating linear alpha olefins, comprising: passing a feed stream comprising linear alpha olefins through a first column; distributing a C10- fraction to a top portion of the first column; distributing a C12+ fraction to a bottom portion of the first column; withdrawing the C10- fraction from the top portion of the first column; passing the C10- fraction through a second column; distributing a C8 fraction to a top portion of the second column; and distributing a C10 fraction to a bottom portion of the second column; wherein any fraction withdrawn from the top portion of the first column is further separated into greater than or equal to two fractions. passing a feed stream comprising linear alpha olefins through a first column; distributing a C10- fraction to a top portion of the first column; distributing a C12+ fraction to a bottom portion of the first column; withdrawing the C10- fraction from the top portion of the first column; passing the C10- fraction through a second column; distributing a C8 fraction to a top portion of the second column; and distributing a C10 fraction to a bottom portion of the second column; wherein any fraction withdrawn from the top portion of the first column is further separated into greater than or equal to two fractions.
A process for producing a non-woven grass fibre product comprising the steps of: providing a grass fibre biomass obtained by aerobic fermentation of a meadow grass slurry and removal of digestible elements released during aerobic fermentation; addition of at least one non-fermented grass to the grass fibre biomass in which the mixture of non-fermented grass and grass fibre biomass contains 10-50% by weight of non-fermented grass, in which the non-fermented grass is selected from sisal, hemp, cereal or flax; mixing and shaping the mixture of non-fermented grass and grass fibre biomass to form a non-woven grass fibre mat; and binding and drying the non-woven grass fibre mat to form the non-woven grass fibre product, in which the binding step comprises adding a binder to the non-woven grass fibre mat prior to or during drying, in which the grass fibre biomass has a moisture content of 5-15% by weight, and in which the grass fibre biomass is treated to size reduce the grass fibres in the biomass. providing a grass fibre biomass obtained by aerobic fermentation of a meadow grass slurry and removal of digestible elements released during aerobic fermentation; addition of at least one non-fermented grass to the grass fibre biomass in which the mixture of non-fermented grass and grass fibre biomass contains 10-50% by weight of non-fermented grass, in which the non-fermented grass is selected from sisal, hemp, cereal or flax; mixing and shaping the mixture of non-fermented grass and grass fibre biomass to form a non-woven grass fibre mat; and binding and drying the non-woven grass fibre mat to form the non-woven grass fibre product, in which the binding step comprises adding a binder to the non-woven grass fibre mat prior to or during drying,
A Turkish coffee brewing method in a Turkish coffee machine wherein the method comprises the following steps: i. formation of a Faraday cage, using conductive materials, around a Turkish coffee machine having a capacitive sensor ii. measurement of initial coffee-water mixture level (Mix 0 ) with the capacitive sensor iii. calculation of target coffee-water mixture level (Mix T ) with initial coffee-water mixture level (Mix 0 ) iv. continuous measurement of coffee-water mixture level (Mix I ) through brewing process with the capacitive sensor and continuous measurement of whether the coffee water mixture reached the boiling point with the capacitive sensor to determine the boiling information (T B ). v. determination of resistor power rating coefficient (λ) which is a quotient obtained by dividing resistor power rate by the coffee-water mixture level (Mix I ) and applying desired resistor power rating coefficient (λ) based on the coffee-water mixture level (Mix I ) and the boiling information (T B ). vi. termination of brewing process when target coffee-water mixture level (Mix T ) is measured. i. formation of a Faraday cage, using conductive materials, around a Turkish coffee machine having a capacitive sensor ii. measurement of initial coffee-water mixture level (Mix 0 ) with the capacitive sensor iii. calculation of target coffee-water mixture level (Mix T ) with initial coffee-water mixture level (Mix 0 ) iv. continuous measurement of coffee-water mixture level (Mix I ) through brewing process with the capacitive sensor and continuous measurement of whether the coffee water mixture reached the boiling point with the capacitive sensor to determine the boiling information (T B ). v. determination of resistor power rating coefficient (λ) which is a quotient obtained by dividing resistor power rate by the coffee-water mixture level (Mix I ) and applying desired resistor power rating coefficient (λ) based on the coffee-water mixture level (Mix I ) and the boiling information (T B ). vi. termination of brewing process when target coffee-water mixture level (Mix T ) is measured.