mhurhangee/patent-ind-claim-en huggingface dataset:
A method of patterning a substrate comprising: providing a substrate comprising a metalized surface having a self-assembled monolayer patterned region and unpatterned region; and wet etching the substrate at a rate of at least 300 nm/minute to remove metal from the unpatterned region thereby forming a metal pattern; wherein the wet etching comprises immersing the metalized surface comprising the self-assembled monolayer patterned region in a liquid etchant agitated with bubbling gas, wherein bubbles emitted from a bubble generating surface move through the liquid etchant in a direction substantially normal to the metalized surface and the bubbles impinge upon the self-assembled monolayer patterned region, wherein the metalized surface is positioned at a distance of at least 30 millimeters from the bubble generating surface, wherein the bubble generating surface has a surface area of at least about one third of that of the metalized surface comprising the self-assembled monolayer patterned region, wherein bubbles emitted from the bubble generating surface have a velocity of at least 10 cm/min, and wherein the bubbles have a diameter of at least 2 millimeters at the metalized surface. providing a substrate comprising a metalized surface having a self-assembled monolayer patterned region and unpatterned region; and wet etching the substrate at a rate of at least 300 nm/minute to remove metal from the unpatterned region thereby forming a metal pattern; wherein the wet etching comprises immersing the metalized surface comprising the self-assembled monolayer patterned region in a liquid etchant agitated with bubbling gas, wherein bubbles emitted from a bubble generating surface move through the liquid etchant in a direction substantially normal to the metalized surface and the bubbles impinge upon the self-assembled monolayer patterned region, wherein the metalized surface is positioned at a distance of at least 30 millimeters from the bubble generating surface, wherein the bubble generating surface has a surface area of at least about one third of that of the metalized surface comprising the self-assembled monolayer patterned region, wherein bubbles emitted from the bubble generating surface have a velocity of at least 10 cm/min, and wherein the bubbles have a diameter of at least 2 millimeters at the metalized surface.
Method for interaction between a vehicle and at least one person situated outside the vehicle , comprising the following steps: - touching at least one touch-sensitive area of the vehicle by at least one person , - transmitting a signal to a control device of the vehicle via the at least one sensitive area , - outputting an output signal for at least one device of the vehicle via the control device , characterized in that - the at least one person informs the vehicle of an intended movement relative to the vehicle via the interaction, and - the output signal of the control device coordinates the movement of the vehicle with the intended movement of the at least one person . - touching at least one touch-sensitive area of the vehicle by at least one person , - transmitting a signal to a control device of the vehicle via the at least one sensitive area , - outputting an output signal for at least one device of the vehicle via the control device , characterized in that - the at least one person informs the vehicle of an intended movement relative to the vehicle via the interaction, and - the output signal of the control device coordinates the movement of the vehicle with the intended movement of the at least one person .
A recombinant heparan N-sulfatase (HNS) enzyme for use in a method of treating Sanfilippo Syndrome Type A (MPS IIIA) Syndrome, wherein the method comprises a step of administering to a subject in need of treatment the recombinant HNS enzyme at a therapeutically effective dose and an administration interval for a period sufficient to stabilize or reduce decline of cognitive function relative to baseline, wherein the administration interval is (i) monthly or once every four weeks, or (ii) once every two weeks, wherein the therapeutically effective dose is or is greater than 45 mg per dose, and wherein the period is at least 54 months, wherein the recombinant HNS enzyme is injected into the lumbar area, the cisterna magna or intraventricularly into the cerebral ventricle space.
Pallet changer with at least two movably arranged pallets received by a main frame , which pallets each have a support surface for receiving a sheet-like material , with a drive , by means of which the at least one pallet is moved from the main frame into a processing machine and is guided out therefrom, wherein the drive comprises a motor , which drives a drive element , which moves the at least one pallet , characterised in that a processing device is provided on the main frame which is independent of the processing machine for processing sheet-like material and the processing device is provided to process the sheet-like material resting on the pallet .
Sepiapterin, or a pharmaceutically acceptable salt thereof, for use in a method of treating a BH4-related disorder in a subject in need thereof, the method comprising administering to the subject an effective amount of sepiapterin, or a pharmaceutically acceptable salt thereof, without food, wherein: the BH4-related disorder is a CNS disorder; the sepiapterin is administered orally in an oral dosage form; and the administration to the subject occurs between two hours after consuming food until 30 minutes prior to consuming further food. the BH4-related disorder is a CNS disorder; the sepiapterin is administered orally in an oral dosage form; and the administration to the subject occurs between two hours after consuming food until 30 minutes prior to consuming further food.
A charging method for a battery , comprising: charging the battery with a first charging current at a constant current in an mth charge-discharge cycle of the battery , wherein the battery has a first cut-off voltage V 1 when a constant current charging stage of the battery is cut off in the mth charge-discharge cycle; characterized in that , the first charging current is calculated according to a formula I m = I n + (U m-1 - U n ) / R a , wherein I m is the first charging current, m is an integer greater than 1, I n is the charging current of the constant current charging stage of the battery or another battery identical to the battery in the nth charge-discharge cycle, or I n is a preset value, n is an integer and is greater than or equal to 1, and the m is an integer greater than n , U n is a first anode potential of the battery when the battery is charged at constant current to a voltage U cl of the battery in nth charge-discharge cycle, U m-1 is a second anode potential of the battery when the battery is charged at constant current to the voltage U cl in (m-1)th charge-discharge cycle, Ra is an anode impedance of the battery when the battery is charged in nth charge-discharge cycle, U cl is a charging limit voltage of the battery or another battery identical to the battery . charging the battery with a first charging current at a constant current in an mth charge-discharge cycle of the battery , wherein the battery has a first cut-off voltage V 1 when a constant current charging stage of the battery is cut off in the mth charge-discharge cycle; characterized in that , the first charging current is calculated according to a formula I m = I n + (U m-1 - U n ) / R a , wherein I m is the first charging current, m is an integer greater than 1, I n is the charging current of the constant current charging stage of the battery or another battery identical to the battery in the nth charge-discharge cycle, or I n is a preset value, n is an integer and is greater than or equal to 1, and the m is an integer greater than n , U n is a first anode potential of the battery when the battery is charged at constant current to a voltage U cl of the battery in nth charge-discharge cycle, U m-1 is a second anode potential of the battery when the battery is charged at constant current to the voltage U cl in (m-1)th charge-discharge cycle, Ra is an anode impedance of the battery when the battery is charged in nth charge-discharge cycle, U cl is a charging limit voltage of the battery or another battery identical to the battery .
A process of making a medical material comprising forming an organogel around a powder of water soluble biologic particles, said water soluble biologic being a protein, said particles comprising between 20 to 100% (dry w/w) protein, with the powder being dispersed in the organogel, - wherein the organogel is formed in an absence of aqueous solution - comprising forming the organogel from a precursor in an organic solvent, with the precursor being chemically reacted to form covalent bonds to thereby form the organogel, wherein the organogel is covalently crosslinked - further comprising removing solvents from the organogel to thereby form a xerogel. - wherein the organogel is formed in an absence of aqueous solution - comprising forming the organogel from a precursor in an organic solvent, with the precursor being chemically reacted to form covalent bonds to thereby form the organogel, wherein the organogel is covalently crosslinked - further comprising removing solvents from the organogel to thereby form a xerogel.
A method of extending operational life of a gas turbine engine rotor comprising the steps of: inspecting a rotor for cracks; and generating an enhanced compressive residual stress around the cracks in the rotor to create plasticized zones about the cracks that delay crack propagation by rotating the rotor at a speed above a normal operational cruise speed for generating the plasticized zones around the cracks . inspecting a rotor for cracks; and generating an enhanced compressive residual stress around the cracks in the rotor to create plasticized zones about the cracks that delay crack propagation by rotating the rotor at a speed above a normal operational cruise speed for generating the plasticized zones around the cracks .
A method for mapping remaining hydrocarbon resources in a subsurface reservoir, comprising: obtaining a map of seismic amplitude difference over a time period based on a survey of the subsurface reservoir, wherein the map of seismic amplitude difference represents changes in the seismic response as a result of production of reservoir fluids over the time period; generating an expected trend dataset for the reservoir based on one or more non-water saturation effects detected over the time period by one or more wellbore surveillance techniques at one or more locations in the reservoir, wherein the expected trend dataset is generated by cross plotting measurements of the one or more non-water saturation effects versus seismic amplitude difference to establish a trend of expected impact on seismic amplitude difference of the one or more non-water saturation effects; correcting the map of seismic amplitude difference based, at least in part, on the expected trend dataset to generate a corrected seismic amplitude map; and using the corrected seismic amplitude difference map to generate a map representative of remaining hydrocarbon resources in the reservoir. obtaining a map of seismic amplitude difference over a time period based on a survey of the subsurface reservoir, wherein the map of seismic amplitude difference represents changes in the seismic response as a result of production of reservoir fluids over the time period; generating an expected trend dataset for the reservoir based on one or more non-water saturation effects detected over the time period by one or more wellbore surveillance techniques at one or more locations in the reservoir, wherein the expected trend dataset is generated by cross plotting measurements of the one or more non-water saturation effects versus seismic amplitude difference to establish a trend of expected impact on seismic amplitude difference of the one or more non-water saturation effects; correcting the map of seismic amplitude difference based, at least in part, on the expected trend dataset to generate a corrected seismic amplitude map; and using the corrected seismic amplitude difference map to generate a map representative of remaining hydrocarbon resources in the reservoir.
A cylinder head with at least one fuel guiding section for an internal combustion engine configured to be operated with gaseous or liquid fuel, the fuel guiding section comprising: a fuel inlet valve casing for accommodating a fuel inlet valve configured to control a fuel flow rate; a fuel/air mixing chamber for mixing the fuel with air; and a fuel guiding portion connecting the fuel inlet valve casing to the fuel/air mixing chamber , wherein the fuel guiding portion is integrally formed with the cylinder head and defines at least a first fuel feeding passage and at least a second fuel feeding passage , the first fuel feeding passage and the second fuel feeding passage extending from the fuel inlet valve casing to the fuel/air mixing chamber . a fuel inlet valve casing for accommodating a fuel inlet valve configured to control a fuel flow rate; a fuel/air mixing chamber for mixing the fuel with air; and a fuel guiding portion connecting the fuel inlet valve casing to the fuel/air mixing chamber , wherein the fuel guiding portion is integrally formed with the cylinder head and defines at least a first fuel feeding passage and at least a second fuel feeding passage , the first fuel feeding passage and the second fuel feeding passage extending from the fuel inlet valve casing to the fuel/air mixing chamber .
Scraping device for the return strand of a conveyor belt comprising: - at least one flexible scraping blade comprising an elastomer and made in one piece; - at least two rigid levers positioned on either side of a plane of symmetry of the scraping device , said levers being capable of rotating about two axes or points of support, characterized in that said levers are embedded in said flexible blade , and in that each lever comprises a central lever positioned from said axes or points of support toward the center of said flexible blade and an outer lever positioned from said axes or points of support toward the side edges of said flexible blade , the ratio of the length (D) of the outer lever to the length (d) of the inner lever being between 1 and 3, preferably between 1.5 and 2.5, so as to make it possible, during use, to balance the pressures exerted by the flexible blade between the edges and the middle of the conveyor belt. - at least one flexible scraping blade comprising an elastomer and made in one piece; - at least two rigid levers positioned on either side of a plane of symmetry of the scraping device , said levers being capable of rotating about two axes or points of support,
A formulation comprising an organic semiconductor (OSC) and a polycycloolefinic polymer comprising one or more pendant reactive groups, characterized in that the polycycloolefinic polymer is a norbornene-type polymer having one or more distinct types of repeating units of Formula I wherein Z is selected from -CH 2 -, -CH 2 -CH 2 - or -O-, m is an integer from 0 to 5, each of R 1 , R 2 , R 3 and R 4 are independently selected from H, a C 1 to C 25 hydrocarbyl, a C 1 to C 25 halohydrocarbyl or a C 1 to C 25 perhalocarbyl group, and wherein in at least one repeating unit one or more of R 1-4 denote or comprise a reactive group encompassing a hydroxyl portion or encompassing an olefinic portion.
A light emitting diode (LED) filament lamp with a variable color temperature, comprising a lamp cap , a mounting piece connected to the lamp cap , a casing connected to the mounting piece , a stem arranged in the casing , an LED filament arranged on the stem , a dual in line package (DIP) switch connected to the stem , and a driving power supply connected to the DIP switch , wherein the casing and the stem are sealingly connected to form a closed cavity, and the LED filament is located inside the cavity; the LED filament comprises a substrate , a first pin arranged at one end of the substrate , a second pin arranged at the other end of the substrate , a first LED chip set arranged on the substrate , and a second LED chip set arranged on the substrate , a positive pole of the first LED chip set and a negative pole of the second LED chip set are connected to the first pin , and a negative pole of the first LED chip set and a positive pole of the second LED chip set are connected to the second pin ; and the DIP switch is arranged on the driving power supply , and is a double-pole double-throw switch used to switch positive and negative poles of an output of the driving power supply . the LED filament comprises a substrate , a first pin arranged at one end of the substrate , a second pin arranged at the other end of the substrate , a first LED chip set arranged on the substrate , and a second LED chip set arranged on the substrate , a positive pole of the first LED chip set and a negative pole of the second LED chip set are connected to the first pin , and a negative pole of the first LED chip set and a positive pole of the second LED chip set are connected to the second pin ; and the DIP switch is arranged on the driving power supply , and is a double-pole double-throw switch used to switch positive and negative poles of an output of the driving power supply .
An oil pump gear train assembly for a gas turbine engine comprising: an oil pump operatively connected to an engine fan by a main input drive gear ; and a gear train including: a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch ; and a second gear driven by the second pinion gear through a second clutch , the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction. an oil pump operatively connected to an engine fan by a main input drive gear ; and a gear train including: a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch ; and a second gear driven by the second pinion gear through a second clutch , the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction. a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch ; and a second gear driven by the second pinion gear through a second clutch , the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction.
Method for decoding at least one data stream representative of a multi-view video, said at least one data stream comprising at least coded data representative of at least one view, referred to as a basic view, of the multi-view video and of at least one sub-image, the coded data of the at least one basic view comprising texture data and depth data associated with said texture data, said sub-image comprising a zone referred to as a useful zone and a zone referred to as a non-useful zone, said useful zone corresponding to a zone extracted from a view of the multi-view video that is not coded in the data stream, referred to as an intermediate view, the coded data of the at least one sub-image comprising texture data and depth data associated with said texture data, the useful zone being intended to be used to generate at least one image of at least one other view, the decoding method comprising: - decoding, from said at least one data stream, an indicator indicating whether the sub-image is coded according to a first method or according to a second method, - when the indicator indicates that the sub-image is coded according to the first method, decoding, for the sub-image, a binary map indicating, for at least one pixel of the sub-image, whether or not said pixel belongs to the useful zone and, if said pixel belongs to the useful zone, decoding, for the sub-image, the texture data and the depth data associated with said texture data, - decoding the texture data and the depth data of the sub-image, when the indicator indicates that the sub-image is coded according to the second method, the texture data, respectively depth data, of said sub-image, for pixels located outside the useful zone, comprising an assignment texture value, respectively an assignment depth value. - decoding, from said at least one data stream, an indicator indicating whether the sub-image is coded according to a first method or according to a second method, - when the indicator indicates that the sub-image is coded according to the first method, decoding, for the sub-image, a binary map indicating, for at least one pixel of the sub-image, whether or not said pixel belongs to the useful zone and, if said pixel belongs to the useful zone, decoding, for the sub-image, the texture data and the depth data associated with said texture data, - decoding the texture data and the depth data of the sub-image, when the indicator indicates that the sub-image is coded according to the second method, the texture data, respectively depth data, of said sub-image, for pixels located outside the useful zone, comprising an assignment texture value, respectively an assignment depth value.