mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automatically determining a drop delay in an operatorless fashion for a particle processing system having a detection region, the method comprising: driving a fluid stream at an input oscillation frequency, amplitude, and phase to form a droplet stream; generating at least one image of the droplet stream between the detection region and a droplet break-off point; determining a real-time undulation length of the droplet stream from the at least one image by determining pixel counts associated with a distance between adjacent local minimums or adjacent local maximums of an undulating droplet stream; calculating a real-time speed of the droplet stream based on the real-time undulation length and the input oscillation frequency; calculating a drop delay time for the droplet stream to travel from the detection region to the droplet break-off point based on the real-time speed of the droplet stream and a distance between the detection region and the break-off point; and providing the calculated drop delay time to a controller of a charging device in order to apply a charge to a last attached droplet before the droplet breaks away from the droplet stream. driving a fluid stream at an input oscillation frequency, amplitude, and phase to form a droplet stream; generating at least one image of the droplet stream between the detection region and a droplet break-off point; determining a real-time undulation length of the droplet stream from the at least one image by determining pixel counts associated with a distance between adjacent local minimums or adjacent local maximums of an undulating droplet stream; calculating a real-time speed of the droplet stream based on the real-time undulation length and the input oscillation frequency; calculating a drop delay time for the droplet stream to travel from the detection region to the droplet break-off point based on the real-time speed of the droplet stream and a distance between the detection region and the break-off point; and providing the calculated drop delay time to a controller of a charging device in order to apply a charge to a last attached droplet before the droplet breaks away from the droplet stream.
A washing machine comprising: a controller ; characterised in that the washing machine comprises a sensor constructed and arranged to obtain an indication of degradation of a degradable magnetic identifier of a garment during a washing cycle of the garment in the washing machine , wherein the degradable magnetic identifier is attached to the garment and is arranged to degrade during a washing cycle in response to exposure to one or more of: water; solvents; raised temperatures; thereby changing a strength of an electrical current the degradable magnetic identifier can induce in an induction coil of the sensor , wherein the sensor is arranged to relay the electrical current to the controller to provide the indication of degradation of the degradable identifier ; the controller being configured to use the indication of degradation received from the sensor to generate an output to a user indicative of a washing status of the garment . a controller ; characterised in that the washing machine comprises a sensor constructed and arranged to obtain an indication of degradation of a degradable magnetic identifier of a garment during a washing cycle of the garment in the washing machine , wherein the degradable magnetic identifier is attached to the garment and is arranged to degrade during a washing cycle in response to exposure to one or more of: water; solvents; raised temperatures; thereby changing a strength of an electrical current the degradable magnetic identifier can induce in an induction coil of the sensor , wherein the sensor is arranged to relay the electrical current to the controller to provide the indication of degradation of the degradable identifier ; the controller being configured to use the indication of degradation received from the sensor to generate an output to a user indicative of a washing status of the garment .
-5,10-methylene-tetrahydrofolate (6R-MTHF) for use in the treatment in a human patient diagnosed with colorectal cancer or metastatic colorectal cancer, which treatment comprises the following steps of: a. administering to said patient a pharmaceutical composition comprising bevacizumab at a dose of 5 mg/kg bevacizumab by intravenous infusion; b. followed by administering to said patient a pharmaceutical composition comprising oxaliplatin at a dose of 85 mg/m 2 oxaliplatin by intravenous infusion; c. followed by administering to said patient a pharmaceutical composition comprising 5-fluorouracil (5-FU) at a dose of 400 mg/m 2 5-FU by intravenous bolus; d. followed by administering to said patient a pharmaceutical composition comprising 6R-MTHF, at a dose of 60 mg/m 2 6R-MTHF by intravenous bolus; e. followed by administering to said patient a pharmaceutical composition comprising 5-FU at a dose of 2,400 mg/m 2 5-FU by intravenous infusion over 46 hours; and f. administering to said patient a pharmaceutical composition comprising 6R-MTHF at a dose of 60 mg/m 2 6R-MTHF by intravenous bolus. a. administering to said patient a pharmaceutical composition comprising bevacizumab at a dose of 5 mg/kg bevacizumab by intravenous infusion; b. followed by administering to said patient a pharmaceutical composition comprising oxaliplatin at a dose of 85 mg/m 2 oxaliplatin by intravenous infusion; c. followed by administering to said patient a pharmaceutical composition comprising 5-fluorouracil (5-FU) at a dose of 400 mg/m 2 5-FU by intravenous bolus; d. followed by administering to said patient a pharmaceutical composition comprising 6R-MTHF, at a dose of 60 mg/m 2 6R-MTHF by intravenous bolus; e. followed by administering to said patient a pharmaceutical composition comprising 5-FU at a dose of 2,400 mg/m 2 5-FU by intravenous infusion over 46 hours; and f. administering to said patient a pharmaceutical composition comprising 6R-MTHF at a dose of 60 mg/m 2 6R-MTHF by intravenous bolus.
A method for synthesizing a corrosion inhibitor, comprising the steps of; heating the waste vegetable oils to a predetermined first temperature value in order to melt fatty acids contained in the oil; after said fatty acids are melted, adding diethylenetriamine into the fatty acids in a weight ratio of 1/1 to 1/2 of the fatty acid to diethylenetriamine; heating the mixture to a predetermined second temperature value in order to perform esterification reactions; heating the fatty acids esterified through the esterification reactions to a predetermined third temperature value and keeping it for a predetermined first time period in order to obtain an imidazoline ring structure; cooling the resulting imidazoline ring structure to a predetermined fourth temperature value and adding chloroacetic acid thereto; keeping it for a predetermined second time period to perform a quaternarization reaction in order to obtain an imidazoline-based corrosion inhibitor characterized in that the esterification reaction comprises the step of adding at least one catalyst which is ethyl acetate into the mixture of fatty acid and diethylenetriamine.
An apparatus for steering a wheel having a wheel axle , comprising: a steering column defining an axis (A) and a first horizontal distance (L1) extending from the axis (A) to the wheel axle ; a first fork leg extends along a first side of the steering column , the first fork leg comprising a first fork portion; a lower crown is coupled to the steering column , the lower crown defining a first pair of angled bores ; and an upper crown is coupled to the steering column , the upper crown defining a second pair of angled bores , wherein the first fork portion extends upwardly and forwardly from the steering column , and the first fork leg is configured to support and position an object a second horizontal distance (L2) extending from the axis (A) to the object , wherein the second horizontal distance (L2) is greater than the first horizontal distance (L1), characterized in that the first horizontal distance (L1) is extending perpendicularly from the axis (A) to the wheel axle and the second horizontal distance (L2) is extending perpendicularly from the axis (A) to the object . a steering column defining an axis (A) and a first horizontal distance (L1) extending from the axis (A) to the wheel axle ; a first fork leg extends along a first side of the steering column , the first fork leg comprising a first fork portion; a lower crown is coupled to the steering column , the lower crown defining a first pair of angled bores ; and an upper crown is coupled to the steering column , the upper crown defining a second pair of angled bores , wherein the first fork portion extends upwardly and forwardly from the steering column , and the first fork leg is configured to support and position an object a second horizontal distance (L2) extending from the axis (A) to the object , wherein the second horizontal distance (L2) is greater than the first horizontal distance (L1), characterized in that the first horizontal distance (L1) is extending perpendicularly from the axis (A) to the wheel axle and the second horizontal distance (L2) is extending perpendicularly from the axis (A) to the object .
A method for measuring water cut in hydrocarbon fluid , comprising: transmitting a microwave through a first waveguide attached to a production pipe , wherein the microwave is directed to the hydrocarbon fluid in the production pipe and wherein the first waveguide uses a first filling material; obtaining measurement results based on reflection or propagation of the microwave, wherein the measurement results are used to determine a water cut of the hydrocarbon fluid; characterised by that the method further includes the steps of: determining that the water cut is within a particular water cut range; in response to determining that the water cut is within a particular water cut range, replacing the first waveguide with a second waveguide , wherein the second waveguide uses a second filling material that is different than the first filling material; transmitting a second microwave through the second waveguide, wherein the second microwave is directed to the hydrocarbon fluid in the production pipe; and obtaining second measurement results based on the second microwave. transmitting a microwave through a first waveguide attached to a production pipe , wherein the microwave is directed to the hydrocarbon fluid in the production pipe and wherein the first waveguide uses a first filling material; obtaining measurement results based on reflection or propagation of the microwave, wherein the measurement results are used to determine a water cut of the hydrocarbon fluid; characterised by that the method further includes the steps of: determining that the water cut is within a particular water cut range; in response to determining that the water cut is within a particular water cut range, replacing the first waveguide with a second waveguide , wherein the second waveguide uses a second filling material that is different than the first filling material; transmitting a second microwave through the second waveguide, wherein the second microwave is directed to the hydrocarbon fluid in the production pipe; and obtaining second measurement results based on the second microwave. determining that the water cut is within a particular water cut range; in response to determining that the water cut is within a particular water cut range, replacing the first waveguide with a second waveguide , wherein the second waveguide uses a second filling material that is different than the first filling material; transmitting a second microwave through the second waveguide, wherein the second microwave is directed to the hydrocarbon fluid in the production pipe; and obtaining second measurement results based on the second microwave.
A steering function-equipped hub unit configured to steer a rear wheel , the steering function-equipped hub unit comprising: a hub unit body having a hub bearing configured to support the rear wheel; a unit support member rotatably supporting the hub unit body about a turning axis (A) extending in a vertical direction, the unit support member being configured to be provided to a rear-wheel suspension which is a rigid axle suspension (Rs); and a steering actuator configured to rotate the hub unit body about the turning axis, characterized in that the hub unit body is supported by the unit support member through rolling bearings at mount shaft parts protruding upward and downward, each mount shaft part having a trunnion shaft shape, and the rolling bearings are configured to be located within a wheel body of the rear wheel and each rolling bearing is configured to be fitted to an outer periphery of the mount shaft part. a hub unit body having a hub bearing configured to support the rear wheel; a unit support member rotatably supporting the hub unit body about a turning axis (A) extending in a vertical direction, the unit support member being configured to be provided to a rear-wheel suspension which is a rigid axle suspension (Rs); and a steering actuator configured to rotate the hub unit body about the turning axis, characterized in that the hub unit body is supported by the unit support member through rolling bearings at mount shaft parts protruding upward and downward, each mount shaft part having a trunnion shaft shape, and the rolling bearings are configured to be located within a wheel body of the rear wheel and each rolling bearing is configured to be fitted to an outer periphery of the mount shaft part.
A compact container having a contamination-preventing cooling plate, the compact container comprising: a discharge device for discharging cosmetics; a discharge plate coupled to the discharge device and formed with a discharge hole and a coupling groove at a center thereof; and a cooling plate coupled to an upper surface of the discharge plate and formed with an outlet at a center thereof and formed of a metal material, wherein a contamination guard plate is coupled into the coupling groove of the discharge plate to form a discharge gap between the contamination guard plate and the cooling plate , wherein, in a state in which a user presses the cooling plate with a puff, the contamination guard plate is configured to block the outlet of the cooling plate except for the discharge gap . a discharge device for discharging cosmetics; a discharge plate coupled to the discharge device and formed with a discharge hole and a coupling groove at a center thereof; and a cooling plate coupled to an upper surface of the discharge plate and formed with an outlet at a center thereof and formed of a metal material, wherein a contamination guard plate is coupled into the coupling groove of the discharge plate to form a discharge gap between the contamination guard plate and the cooling plate , wherein, in a state in which a user presses the cooling plate with a puff, the contamination guard plate is configured to block the outlet of the cooling plate except for the discharge gap .
Method of manufacturing an ink-jet printhead comprising: - providing a silicon substrate including active ejecting elements ; - providing a hydraulic structure layer for defining hydraulic circuits configured to enable a guided flow of ink; - providing a silicon orifice plate having a plurality of nozzles for ejection of the ink; - assembling the silicon substrate with the hydraulic structure layer and the silicon orifice plate ; wherein providing the silicon orifice plate comprises: - providing a silicon wafer having a planar extension delimited by a first surface and a second surface on opposite sides of the silicon wafer ; - performing a thinning step at the second surface so as to remove from the second surface a central portion having a preset height (H), the silicon wafer being formed, following the thinning step, by a base portion having a planar extension and a peripheral portion extending from the base portion , transversally with respect to the planar extension of the base portion ; - forming in the silicon wafer a plurality of through holes, each defining a respective nozzle for ejection of the ink, wherein the silicon wafer is a silicon-on-insulator wafer, wherein the silicon-on-insulator wafer comprises a silicon device layer adjacent to the first surface , a silicon handle layer adjacent to the second surface and an insulator layer in-between. - providing a silicon substrate including active ejecting elements ; - providing a hydraulic structure layer for defining hydraulic circuits configured to enable a guided flow of ink; - providing a silicon orifice plate having a plurality of nozzles for ejection of the ink; - assembling the silicon substrate with the hydraulic structure layer and the silicon orifice plate ; - providing a silicon wafer having a planar extension delimited by a first surface and a second surface on opposite sides of the silicon wafer ; - performing a thinning step at the second surface so as to remove from the second surface a central portion having a preset height (H), the silicon wafer being formed, following the thinning step, by a base portion having a planar extension and a peripheral portion extending from the base portion , transversally with respect to the planar extension of the base portion ; - forming in the silicon wafer a plurality of through holes, each defining a respective nozzle for ejection of the ink,
Door shelf for a refrigeration appliance , comprising a dish-shaped base element which is configured to be mounted on a door of the refrigeration appliance , a support frame which is mounted on an upper end of the dish-shaped base element and defines a front portion and two side portions , wherein each side portion comprises a front side portion , a central side portion and a rear side portion , wherein the rear side portion is offset inwardly relative to the front side portion and the central side portion comprises a first end which is connected to the front side portion , and a decorative strip which comprises a front portion , two side portions and two rear fastening portions , wherein the decorative strip is mounted on the support frame such that the front portion of the decorative strip lies on the front portion of the support frame , each of the side portions of the decorative strip lying on the front side portion of the respective side portion of the support frame and a respective first region of the respective rear fastening portion of the decorative strip lying on the central side portion of the respective side portion of the support frame , characterised in that a respective second end of the respective central side portion which lies opposite the respective first end defines a respective bending edge along which a respective second region of the respective rear fastening portion of the decorative strip is bent in order to fasten the decorative strip to the support frame .
A nacelle for a wind turbine, wherein the nacelle comprises a nacelle cover formed by an elongate housing defining an interior space for containing machinery components of the wind turbine, the housing comprising opposite sidewalls , a floor and a roof , the housing having a front end for mounting to a tower of the wind turbine, and an opposite rear end , wherein the roof comprises an assembly of first and second hatches which are adj acent to each other and arranged in series in a longitudinal direction (X) extending between the front and rear ends along the housing , each of the first and second hatches comprising a respective longitudinally-extending sliding mechanism whereby the respective hatch is slidable in the longitudinal direction, and characterised in that the nacelle further comprises a lifting mechanism which is configured to lift the first hatch from a closed position, at which the first hatch is fitted to the housing and at least partly closes a roof opening therein, to a partly-open raised position at which the first hatch is higher than the adjacent second hatch , and wherein the sliding mechanism of the lifted first hatch is slidably engageable with the sliding mechanism of the adjacent second hatch whereby the first hatch is slidable from the partly-open raised position into a stacked configuration above the adjacent second hatch to form a stack of the first and second hatches .
A device for collecting energy from the waves, including a hollow structure intended to be held above the surface of a stretch of water, an internal volume of the structure communicating with a turbine generator unit , the structure being associated with a plurality of hollow tubes , open at their lower ends, which are immersed in the water, each tube having a first unidirectional valve that opens from the inside of the tube towards the internal volume, and a second unidirectional valve that opens from downstream of the turbine generator unit towards the inside of the tube so as to form a loop for collecting energy that functions as oscillating columns of water, interacting with the turbine generator unit , characterized in that the structure comprises a lower caisson and an upper caisson , superposed, flat, compact, substantially distortion-free, closed and filled with a gas, in that the tubes pass through the lower caisson and terminate in the upper caisson , and in that the turbine generator unit is assembled in a passage that interconnects the two caissons . the first valve of a tube allowing the gas that is above the water to be driven from the tube towards the upper caisson due to the rise in water level in some of the tubes under the effect of a wave, the gas thus driven passing through the turbine generator unit , then returning downstream into the lower caisson to be admitted by suction into tubes in which the water level is falling.
A dual clutch transmission for a motor vehicle with a first transmission input shaft , with a second transmission input shaft , with two drive shafts , with several gear wheels (8 to 21), with several coupling devices (S1, S2, S3, S4, S5, S6), wherein the first transmission input shaft is connectable or connected via a first friction clutch and the second transmission input shaft is connectable or connected via a second friction clutch to a drive motor, wherein the gear wheels (8 to 21) are arranged in such a meshing manner that several forward gears are engageable by means of the coupling devices (S1 to S6), wherein at least one forward gear is configured as a winding gear and wherein a power flow of the winding gear winds over several gear stages, wherein precisely one sliding gear wheel stage is provided with three gear wheels configured as idler wheels and at least one hollow shaft (22, 23, 24; 31, 36) is assigned to the two drive shafts and wherein on at least one of the hollow shafts at least on gear wheel configured as an idler wheel is arranged idly and on one of the drive shafts two coaxially arranged hollow shafts are arranged, wherein the inner hollow shaft has a non-rotatable gear wheel and is non rotatably connectable via a coupling device (S4) to the drive shaft , wherein the outer hollow shaft has a non-rotatable gear wheel , characterized in that on the outer hollow shaft a gear wheel configured as an idler wheel is arranged, wherein this gear wheel is connectable non-rotatably via a further coupling device (S5) to the outer hollow shaft, and wherein the two hollow shafts are connectable non rotatably to one another via the further coupling device (S5).