mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a mirror for use with extreme ultraviolet EUV, or X-ray radiation, the method comprising: a. providing an optical element having a curved mirror surface, wherein the curved mirror surface comprises localized defects that degrade performance of the curved mirror surface; b. spin-coating the curved mirror surface with a material to cover at least some of the defects; and c. curing the spin-coated material on the curved mirror surface to reduce the number of defects and improve the performance of the curved mirror surface, the method being characterized in that the mirror surface has a high spatial frequency surface roughness, HSFR, less than 1 nm before the spin-coating. a. providing an optical element having a curved mirror surface, wherein the curved mirror surface comprises localized defects that degrade performance of the curved mirror surface; b. spin-coating the curved mirror surface with a material to cover at least some of the defects; and c. curing the spin-coated material on the curved mirror surface to reduce the number of defects and improve the performance of the curved mirror surface, the method being characterized in that the mirror surface has a high spatial frequency surface roughness, HSFR, less than 1 nm before the spin-coating.
A method of printing one or more N-ups to be printed of a sheet-like substrate to be processed, comprising the following steps: - feeding the sheet-like substrate to be processed to a cutting device ; - cutting the sheet-like substrate to individual N-ups ; - singling out or separating the N-ups to be printed from one or more non-printed N-ups ; - feeding the N-ups to be printed to a printing device ; - printing the N-ups to be printed on a first N-up surface , and - collating the printed N-ups to be printed with the one or more non-printed N-ups characterized in that after printing the first N-up surface of the N-ups to be printed , the steps follow: - turning over the N-ups to be printed ; and - printing the N-ups to be printed on a second N-up surface , wherein the first N-up surface is printed with a first printing unit , wherein the N-ups to be printed is turned with a turning unit , and wherein the second N-up surface is printed with a second printing unit . - feeding the sheet-like substrate to be processed to a cutting device ; - cutting the sheet-like substrate to individual N-ups ; - singling out or separating the N-ups to be printed from one or more non-printed N-ups ; - feeding the N-ups to be printed to a printing device ; - printing the N-ups to be printed on a first N-up surface , and - collating the printed N-ups to be printed with the one or more non-printed N-ups - turning over the N-ups to be printed ; and - printing the N-ups to be printed on a second N-up surface , wherein the first N-up surface is printed with a first printing unit , wherein the N-ups to be printed is turned with a turning unit , and wherein the second N-up surface is printed with a second printing unit .
A chiral hexahydrodibenzo[a,g]quinolizine compound or a pharmaceutically acceptable salt, solvate, tautomer thereof for use in treating and/or preventing benign prostatic hyperplasia, wherein the hexahydrodibenzo[a,g]quinolizine compound is selected from any of the following compounds: NO. Structure NO. Structure DC037005 DC037007 DC037013 DC037009 DC037014 DC037010 DC037015 DC037019 DC037016 DC037020 DC037017 DC037021 DC037018 DC037022 DC037023
A compound of formula I: or a pharmaceutically acceptable salt thereof, for use in a method for treating cancer in a subject in need thereof, the method comprising administering to the subject a therapeutically effective amount of the compound of formula I or the pharmaceutically acceptable salt thereof, wherein the subject is a human who has a 17p deletion, a TP53 mutation, a NOTCH1 mutation, a SF3B1 mutation, a 11q deletion, or any combination thereof.
Heavy-duty lift truck which is designed as a mast-based apparatus having a mast , wherein a load picking-up means is disposed so that it can be raised and lowered on the mast and the heavy-duty lift truck is arranged at least for a maximum load capacity of 8t, wherein the heavy-duty lift truck comprises a power train with a travelling drive , wherein the travelling drive comprises an electric drive unit, characterised in that the electric drive unit comprises an assembly with a direct voltage supply bus , an inverter connected thereto, a braking resistor connected to the inverter and an electric motor which can be actuated via the inverter and the electric motor is drivingly connected to a driving axle of the heavy-duty lift truck .
A superheated steam generator , comprising: an induction heating type or electrically heating type superheated steam generation section configured to generate superheated steam by heating steam; and an informing section configured to transmit maintenance information by employing, as a parameter, an operating temperature of the superheated steam generation section and an operating time at the operating temperature, wherein the informing section acquires operating temperature data indicating the operating temperature of the superheated steam generation section , and operating time data indicating the operating time at the operating temperature, the informing section converts the operating time to an operating time at a predetermined temperature and integrates converted values, and the informing section transmits the maintenance information when an integration value exceeds a predetermined integration threshold value. an induction heating type or electrically heating type superheated steam generation section configured to generate superheated steam by heating steam; and an informing section configured to transmit maintenance information by employing, as a parameter, an operating temperature of the superheated steam generation section and an operating time at the operating temperature, wherein the informing section acquires operating temperature data indicating the operating temperature of the superheated steam generation section , and operating time data indicating the operating time at the operating temperature, the informing section converts the operating time to an operating time at a predetermined temperature and integrates converted values, and the informing section transmits the maintenance information when an integration value exceeds a predetermined integration threshold value.
A magnetoresistance element for detecting a changing magnetic field, the magnetoresistance element comprising: a pinning layer ; a pinned layer adjacent to the pinning layer; a spacer layer adjacent to the pinned layer; a free layer adjacent to the spacer layer and arranged so that the spacer layer is between the pinned layer and the free layer; a second spacer layer ; a second pinned layer ; and a second pinning layer ; wherein the pinning layer , the pinned layer , the spacer layer , the free layer , the second spacer layer , the second pinned layer and the second pinning layer form a first double-pinned spin valve ; characterized in that the magnetoresistance element further comprises a second double-pinned spin valve having the same composition as the first double-pinned spin valve except that the second pinning layer is shared between the first double-pinned spin valve and the second double-pinned spin valve ; and wherein, in the presence of an external static magnetic field, coupling between the free layer and the pinned layer of the first double-pinned spin valve and coupling between the free layer and the pinned layer of the second double-pinned spin valve results in bias vectors with a bias direction that is substantially opposite to a direction of the external static magnetic field to reduce an effect of the external static magnetic field on the detection of the changing magnetic field. a pinning layer ; a pinned layer adjacent to the pinning layer; a spacer layer adjacent to the pinned layer; a free layer adjacent to the spacer layer and arranged so that the spacer layer is between the pinned layer and the free layer; a second spacer layer ; a second pinned layer ; and a second pinning layer ; wherein the pinning layer , the pinned layer , the spacer layer , the free layer , the second spacer layer , the second pinned layer and the second pinning layer form a first double-pinned spin valve ; characterized in that the magnetoresistance element further comprises a second double-pinned spin valve having the same composition as the first double-pinned spin valve except that the second pinning layer is shared between the first double-pinned spin valve and the second double-pinned spin valve ; and wherein, in the presence of an external static magnetic field, coupling between the free layer and the pinned layer of the first double-pinned spin valve and coupling between the free layer and the pinned layer of the second double-pinned spin valve results in bias vectors with a bias direction that is substantially opposite to a direction of the external static magnetic field to reduce an effect of the external static magnetic field on the detection of the changing magnetic field.
An oral treatment device for use in treating an oral cavity of a user, the oral treatment device comprising: image sensor equipment operable to generate image data representing at least a portion of the oral cavity of the user; and a controller configured to: process the generated image data using a data analysis algorithm configured to identify an interproximal gap between adjacent teeth in the oral cavity of the user; compare at least one characteristic of the identified interproximal gap with at least one characteristic of one or more previously identified interproximal gaps of the oral cavity of the user; and control the oral treatment device to perform an action based on a result of the comparison, wherein the data analysis algorithm comprises a classification algorithm. image sensor equipment operable to generate image data representing at least a portion of the oral cavity of the user; and a controller configured to: process the generated image data using a data analysis algorithm configured to identify an interproximal gap between adjacent teeth in the oral cavity of the user; compare at least one characteristic of the identified interproximal gap with at least one characteristic of one or more previously identified interproximal gaps of the oral cavity of the user; and control the oral treatment device to perform an action based on a result of the comparison, wherein the data analysis algorithm comprises a classification algorithm. process the generated image data using a data analysis algorithm configured to identify an interproximal gap between adjacent teeth in the oral cavity of the user; compare at least one characteristic of the identified interproximal gap with at least one characteristic of one or more previously identified interproximal gaps of the oral cavity of the user; and control the oral treatment device to perform an action based on a result of the comparison, wherein the data analysis algorithm comprises a classification algorithm.
An electromagnetic coil comprising: a bobbin made entirely of ceramic; a coiled conductor wrapped around the bobbin ; a potting resin applied to the coiled conductor during winding wherein, the resin is a siloxane polymer mixed with a metal oxide; and an overwind made of glass fiber yarn. a bobbin made entirely of ceramic; a coiled conductor wrapped around the bobbin ; a potting resin applied to the coiled conductor during winding wherein, the resin is a siloxane polymer mixed with a metal oxide; and an overwind made of glass fiber yarn.
A method of nucleic acid synthesis comprising: (a1) providing a nucleic acid, a first nucleoside triphosphate, and a first terminal deoxynucleotidyl transferase (TdT), wherein the first nucleoside triphosphate comprises a modified base comprising a photocleavable carbon chain moiety having a length of at least 60 Å; (b1) contacting (i) the nucleic acid and (ii) the first nucleoside triphosphate with the first TdT to generate a first modified nucleic acid comprising the nucleic acid incorporated with one first nucleotide comprising the modified base from the first nucleoside triphosphate; and (c1) photocleaving the photocleavable carbon chain moiety of the modified base of the first nucleotide in the first modified nucleic acid to remove the photocleavable carbon chain moiety from the first modified nucleic acid. (a1) providing a nucleic acid, a first nucleoside triphosphate, and a first terminal deoxynucleotidyl transferase (TdT), wherein the first nucleoside triphosphate comprises a modified base comprising a photocleavable carbon chain moiety having a length of at least 60 Å; (b1) contacting (i) the nucleic acid and (ii) the first nucleoside triphosphate with the first TdT to generate a first modified nucleic acid comprising the nucleic acid incorporated with one first nucleotide comprising the modified base from the first nucleoside triphosphate; and (c1) photocleaving the photocleavable carbon chain moiety of the modified base of the first nucleotide in the first modified nucleic acid to remove the photocleavable carbon chain moiety from the first modified nucleic acid.
A method for processing network traffic, comprising: receiving a first original packet originating from a source host ; examining the first original packet to obtain first monitoring pertinent information; obtaining, based on the first monitoring pertinent information, a first tool-reachable network address and a tunnel compatibility, wherein the first tool-reachable network address identifies a local service device in a datacenter comprising one or more tools capable of analyzing the first original packet , and the tunnel compatibility identifies whether the one or more tools are capable of processing tunnel packets ; encapsulating, based on the first tool-reachable network address and the tunnel compatibility, the first original packet into a tunnel packet , wherein a header of the tunnel packet comprises the tunnel compatibility; and transmitting the tunnel packet to a local service device . receiving a first original packet originating from a source host ; examining the first original packet to obtain first monitoring pertinent information; obtaining, based on the first monitoring pertinent information, a first tool-reachable network address and a tunnel compatibility, wherein the first tool-reachable network address identifies a local service device in a datacenter comprising one or more tools capable of analyzing the first original packet , and the tunnel compatibility identifies whether the one or more tools are capable of processing tunnel packets ; encapsulating, based on the first tool-reachable network address and the tunnel compatibility, the first original packet into a tunnel packet , wherein a header of the tunnel packet comprises the tunnel compatibility; and transmitting the tunnel packet to a local service device .
A vehicle lift system comprising: - a first lift assembly comprising a first superstructure mounted to a post that reciprocates vertically relative to an inground portion and a second lift assembly comprising a second superstructure mounted to a post that reciprocates vertically relative to an inground portion , wherein the inground portion comprises a longitudinal path and a drive feature operable to translate the post and the second superstructure at selected locations along the longitudinal path ; - a vehicle engagement adapter on each of the first and second superstructure ; - a control cabinet ; and - a pendant control , comprising switches and a menu screen , configured to provide instructions to the control cabinet regarding operation of the first lift assembly and the second lift assembly ; wherein the vehicle lift system is configured to store vehicle profiles for a variety of specific vehicle types and/or for a variety of vehicle categories, the stored vehicle profiles including information to control the lift system ; select, using the switches and a menu screen at the pendant control, a vehicle profile from the stored vehicle profiles; move all of the vehicle engagement adapters on the superstructures into position by positioning the second superstructure at an appropriate location along the longitudinal path and move the vehicle engagement adapters automatically into an appropriate engaging position based on a selected vehicle profile; characterised in that the vehicle lift system is configured to move all of the vehicle engagement adapters on the superstructures into position with a single key press through the switches and raise the vehicle by using the pendant control . - a first lift assembly comprising a first superstructure mounted to a post that reciprocates vertically relative to an inground portion and a second lift assembly comprising a second superstructure mounted to a post that reciprocates vertically relative to an inground portion , wherein the inground portion comprises a longitudinal path and a drive feature operable to translate the post and the second superstructure at selected locations along the longitudinal path ; - a vehicle engagement adapter on each of the first and second superstructure ; - a control cabinet ; and - a pendant control , comprising switches and a menu screen , configured to provide instructions to the control cabinet regarding operation of the first lift assembly and the second lift assembly ;
Apparatus for spreading fluids, fertilizers, pesticides and similar, with a connection for attaching said apparatus to a machine, with a tubular body for conducting the fluid, and with a first outlet device via which the fluid can be discharged, wherein the outlet device can be fixed at various positions in a longitudinal direction (L) of the tubular body such that a position of the outlet device relative to the tubular body can be selected, characterised in that by way of this position determination also the height at which the outlet device is arranged is determined.
A safety fuse for low-voltage applications for the protection of surge protection devices that are adapted to be connected to a power supply grid, such as spark gaps or varistors, consisting of at least one fuse element located between two contacts and arranged in a fuse housing , and a short-circuit auxiliary contact with an internal isolating distance to the fuse element, characterized in that an externally activatable switching means is formed inside the fuse housing to overcome the isolating distance in order to trigger a low-impedance or resistive short circuit, the switching means including an insulating element which forms the isolating distance and undergoes a change of state caused by an external activator , and the activator being connected to at least one control terminal , wherein the safety fuse can be arranged in the shunt arm in connection with the surge protection device.
A storage container for a vacuum blender having a backflow prevention function, which is as a storage container used in a vacuum blender for processing a food material in a vacuum state, the storage container comprising: a container main body having an open upper portion and having an internal space for holding the food material; a sealing cover covering the upper portion of the container main body and having a check valve installed to block air flowing from outside of the container main body to the internal space in a state where vacuum is formed; characterized in that said storage container further comprises a backflow preventing unit installed at a lower portion of the sealing cover and including a floating valve member raised together by buoyancy when the fine food matters rise to seal an air passage to prevent the fine food matters from flowing backward to the outside of the sealing cover through the check valve. a container main body having an open upper portion and having an internal space for holding the food material; a sealing cover covering the upper portion of the container main body and having a check valve installed to block air flowing from outside of the container main body to the internal space in a state where vacuum is formed; characterized in that said storage container further comprises a backflow preventing unit installed at a lower portion of the sealing cover and including a floating valve member raised together by buoyancy when the fine food matters rise to seal an air passage to prevent the fine food matters from flowing backward to the outside of the sealing cover through the check valve.
A freshening composition for reducing malodor comprising: an effective amount of a malodor binding polymer; wherein said malodor binding polymer is a homopolymeric polyethyleneimine having a molecular weight of 1,000 to 2,000,000 Daltons; a malodor counteractant comprising at least one aliphatic aldehyde; an aqueous carrier; wherein said composition is essentially free of any material that would soil or stain fabric, characterized in that the total amount of surfactant is from 0% to 3% by weight of the composition and in that said homopolymeric polyethyleneimine is present in an amount of 0.01% to 0.07% by weight of said composition. an effective amount of a malodor binding polymer; wherein said malodor binding polymer is a homopolymeric polyethyleneimine having a molecular weight of 1,000 to 2,000,000 Daltons; a malodor counteractant comprising at least one aliphatic aldehyde; an aqueous carrier; wherein said composition is essentially free of any material that would soil or stain fabric, characterized in that the total amount of surfactant is from 0% to 3% by weight of the composition and in that said homopolymeric polyethyleneimine is present in an amount of 0.01% to 0.07% by weight of said composition.