mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a mirror for a lithography apparatus, with the steps of: ascertaining an expected heat flux distribution on the mirror in an exposure operation of the lithography apparatus in dependence on a structure to be imaged on the wafer, wherein the expected heat flux distribution comprises a plurality of heat flux poles, forming a plurality of heating zones (HZ1 - HZ13) on the mirror in dependence on the ascertained heat flux distribution, assigning in each case exactly one heat flux pole of the plurality of heat flux poles to in each case one of the plurality of heating zones (HZ1 - HZ13), attaching exactly one temperature sensor to a respective heating zone (HZ1 - HZ13) allocated for capturing a temperature of the respective heating zone (HZ1 - HZ13), and providing the respective heating zone (HZ1 - HZ13) with a respective heating device (HE1 - HE13) for heating the respective heating zone (HZ1 - HZ13) in dependence on a temperature of the respective heating zone (HZ1 - HZ13) captured by means of the respective temperature sensor or the expected heat flux distribution on the mirror. ascertaining an expected heat flux distribution on the mirror in an exposure operation of the lithography apparatus in dependence on a structure to be imaged on the wafer, wherein the expected heat flux distribution comprises a plurality of heat flux poles, forming a plurality of heating zones (HZ1 - HZ13) on the mirror in dependence on the ascertained heat flux distribution, assigning in each case exactly one heat flux pole of the plurality of heat flux poles to in each case one of the plurality of heating zones (HZ1 - HZ13), attaching exactly one temperature sensor to a respective heating zone (HZ1 - HZ13) allocated for capturing a temperature of the respective heating zone (HZ1 - HZ13), and providing the respective heating zone (HZ1 - HZ13) with a respective heating device (HE1 - HE13) for heating the respective heating zone (HZ1 - HZ13) in dependence on a temperature of the respective heating zone (HZ1 - HZ13) captured by means of the respective temperature sensor or the expected heat flux distribution on the mirror.
An electric motor assembly comprising: an electric motor; a metal motor casing configured to house said electric motor; a metal electronics enclosure coupled to said metal motor casing and configured to house a control board including a microcontroller and a memory device therein, said microcontroller configured to control said electric motor based at least in part on motor configuration data stored in said memory device; a near field communications antenna positioned adjacent an opening defined in one of said metal motor casing and said metal electronics enclosure, said NFC antenna communicatively coupled to said memory device, said NFC antenna configured to: receive a radio signal transmitted by an external programming device, the radio signal including updated motor configuration data; convert the radio signal to an electrical signal, the electrical signal including the updated motor configuration data; and transmit the electrical signal to the memory device to store the updated motor configuration data; and an antenna cover positioned to cover the opening, wherein said antenna cover houses the NFC antenna by being molded around the NFC antenna and the antenna cover is made substantially of non-conductive material that enables NFC communication therethrough. an electric motor; a metal motor casing configured to house said electric motor; a metal electronics enclosure coupled to said metal motor casing and configured to house a control board including a microcontroller and a memory device therein, said microcontroller configured to control said electric motor based at least in part on motor configuration data stored in said memory device; a near field communications antenna positioned adjacent an opening defined in one of said metal motor casing and said metal electronics enclosure, said NFC antenna communicatively coupled to said memory device, said NFC antenna configured to: receive a radio signal transmitted by an external programming device, the radio signal including updated motor configuration data; convert the radio signal to an electrical signal, the electrical signal including the updated motor configuration data; and transmit the electrical signal to the memory device to store the updated motor configuration data; and receive a radio signal transmitted by an external programming device, the radio signal including updated motor configuration data; convert the radio signal to an electrical signal, the electrical signal including the updated motor configuration data; and transmit the electrical signal to the memory device to store the updated motor configuration data; and an antenna cover positioned to cover the opening, wherein said antenna cover houses the NFC antenna by being molded around the NFC antenna and the antenna cover is made substantially of non-conductive material that enables NFC communication therethrough.
A method of determining the likelihood that a pulmonary nodule in a subject is not lung cancer, comprising: (a) measuring the expression levels of a panel of proteins present in a blood sample obtained from the subject, wherein the panel of proteins consists of LG3BP and C163A; (b) calculating a probability of lung cancer score based on the expression levels of the panel of proteins of step (a) and clinical risk factors comprising age, smoking history, and nodule size; and (c) ruling out lung cancer for the subject if the score in step (b) is lower than a predetermined score; wherein the expression levels of the panel of proteins are measured by an immunoassay. (a) measuring the expression levels of a panel of proteins present in a blood sample obtained from the subject, wherein the panel of proteins consists of LG3BP and C163A; (b) calculating a probability of lung cancer score based on the expression levels of the panel of proteins of step (a) and clinical risk factors comprising age, smoking history, and nodule size; and (c) ruling out lung cancer for the subject if the score in step (b) is lower than a predetermined score;
A method for producing a glass fiberboard, comprising: - preparing glass fibers obtained by mixing glass fibers having a diameter of 4 μm and glass fibers having a diameter of 6 μm in a ratio of 7:3; - preparing an inorganic binder solution by adding an inorganic binder comprising an aluminum compound prepared by neutralization of aluminum sulfate and sodium hydroxide; the inorganic binder solution is obtained by adding 1.5 g or 3 g or 5 g of a sodium hydroxide and aluminium sulfate mixture to 1 L of water to prepare a binder solution; - preparing a mixture solution by stirring the glass fibers and the inorganic binder solution, adding the glass fibers to the binder solution to be present in an amount of 1 wt% based on the total weight of the binder solution, followed by stirring at 300 rpm; - obtaining an extract by removing water from the mixture solution by a sieve to produce an extract, which extract is then subjected to vacuum suctioning; and - compressing the extract at a pressure of 2.0 kg/cm 2 for 30 seconds and then drying the extract at 250 °C for 10 minutes. - preparing glass fibers obtained by mixing glass fibers having a diameter of 4 μm and glass fibers having a diameter of 6 μm in a ratio of 7:3; - preparing an inorganic binder solution by adding an inorganic binder comprising an aluminum compound prepared by neutralization of aluminum sulfate and sodium hydroxide; the inorganic binder solution is obtained by adding 1.5 g or 3 g or 5 g of a sodium hydroxide and aluminium sulfate mixture to 1 L of water to prepare a binder solution; - preparing a mixture solution by stirring the glass fibers and the inorganic binder solution, adding the glass fibers to the binder solution to be present in an amount of 1 wt% based on the total weight of the binder solution, followed by stirring at 300 rpm; - obtaining an extract by removing water from the mixture solution by a sieve to produce an extract, which extract is then subjected to vacuum suctioning; and - compressing the extract at a pressure of 2.0 kg/cm 2 for 30 seconds and then drying the extract at 250 °C for 10 minutes.
A mobile terminal for satellite selection within a multi-satellite communication system, comprising: a receiver; a transmitter; an antenna coupled to the receiver and the transmitter and configured to send and receive radio frequency signals; and a processing module configured to execute instructions stored on a non-transitory storage medium, the instructions causing the processing module to perform the operations, comprising: determine a plurality of user spot beams (902, 903, 1210, 1211, 1212) available to the mobile terminal from at least a first satellite and a second satellite of the multi-satellite communication system; calculate a normalized distance metric for the plurality of user spot beams (902, 903, 1210, 1211, 1212) based on the distance from the centre of a user spot beam to the mobile terminnal; select the user spot beam with the lowest normalized distance metric; determine which of the at least first or second satellite (910, 911) is transmitting the selected user spot beam (902, 903, 1210, 1211, 1212), and select an outroute on the selected user spot beam using the antenna. a receiver; a transmitter; an antenna coupled to the receiver and the transmitter and configured to send and receive radio frequency signals; and a processing module configured to execute instructions stored on a non-transitory storage medium, the instructions causing the processing module to perform the operations, comprising: determine a plurality of user spot beams (902, 903, 1210, 1211, 1212) available to the mobile terminal from at least a first satellite and a second satellite of the multi-satellite communication system; calculate a normalized distance metric for the plurality of user spot beams (902, 903, 1210, 1211, 1212) based on the distance from the centre of a user spot beam to the mobile terminnal; select the user spot beam with the lowest normalized distance metric; determine which of the at least first or second satellite (910, 911) is transmitting the selected user spot beam (902, 903, 1210, 1211, 1212), and select an outroute on the selected user spot beam using the antenna. determine a plurality of user spot beams (902, 903, 1210, 1211, 1212) available to the mobile terminal from at least a first satellite and a second satellite of the multi-satellite communication system; calculate a normalized distance metric for the plurality of user spot beams (902, 903, 1210, 1211, 1212) based on the distance from the centre of a user spot beam to the mobile terminnal; select the user spot beam with the lowest normalized distance metric; determine which of the at least first or second satellite (910, 911) is transmitting the selected user spot beam (902, 903, 1210, 1211, 1212), and select an outroute on the selected user spot beam using the antenna.
An active noise-cancelling earphone, comprising: an Eartip configured to be worn at least partially within an external auditory canal, the Eartip including a tip area at an ear end of the Eartip; a speaker; a frontal volume adj acent to the speaker in a direction of sound propagation, where the frontal volume couples to the tip area, or the frontal volume couples to a speaker channel that in turn couples to the tip area; and a microphone of an active noise cancelling circuit that is configured to output to the speaker, characterised in a tube, being a connecting acoustic channel, coupling the tip area to an additional volume defined within the earphone and providing for a low-pass characteristic and improving the operational stability of the ANC system. an Eartip configured to be worn at least partially within an external auditory canal, the Eartip including a tip area at an ear end of the Eartip; a speaker; a frontal volume adj acent to the speaker in a direction of sound propagation, where the frontal volume couples to the tip area, or the frontal volume couples to a speaker channel that in turn couples to the tip area; and a microphone of an active noise cancelling circuit that is configured to output to the speaker, characterised in a tube, being a connecting acoustic channel, coupling the tip area to an additional volume defined within the earphone and providing for a low-pass characteristic and improving the operational stability of the ANC system.
A flight control system, comprising: a power distribution unit, PDU, configured to generate torque to drive an adjustment of an adjustable section of an aerodynamic element; an actuator configured to be disposed along the aerodynamic element, the actuator being receptive of the torque and configured to drive the adjustment of the adjustable section therewith; torque tubes configured to transmit the torque from the PDU to the actuator, the torque tubes being arranged between the PDU and the actuator such that adjacent torque tubes define an obtuse angle; and elastomeric couplings disposed at respective ends of each of the torque tubes to enable torque transmission between at least the adjacent torque tubes defining the obtuse angle, wherein the actuator is disposed between respective elastomeric couplings of an outboard end of an inboard torque tube and an inboard end of an outboard torque tube. a power distribution unit, PDU, configured to generate torque to drive an adjustment of an adjustable section of an aerodynamic element; an actuator configured to be disposed along the aerodynamic element, the actuator being receptive of the torque and configured to drive the adjustment of the adjustable section therewith; torque tubes configured to transmit the torque from the PDU to the actuator, the torque tubes being arranged between the PDU and the actuator such that adjacent torque tubes define an obtuse angle; and elastomeric couplings disposed at respective ends of each of the torque tubes to enable torque transmission between at least the adjacent torque tubes defining the obtuse angle, wherein the actuator is disposed between respective elastomeric couplings of an outboard end of an inboard torque tube and an inboard end of an outboard torque tube.
A retention member configured to be supported within a cylinder head of an engine, comprising: a body portion having an opening configured to receive a fuel injector of the engine; and a plurality of arms extending from the body portion and configured to be positioned over a portion of a cross-head of the engine, the plurality of arms being spaced apart from the cross-head during operation of the engine. a body portion having an opening configured to receive a fuel injector of the engine; and a plurality of arms extending from the body portion and configured to be positioned over a portion of a cross-head of the engine, the plurality of arms being spaced apart from the cross-head during operation of the engine.
An electronic brake system comprising: a reservoir in which a fluid is stored; a master cylinder including a master chamber (20a, 20b) and a master piston (21a, 21b) configured to have a position thereof changed according to an operation of a brake pedal and pressurize and discharge a fluid accommodated in the master chamber (20a, 20b) according to the changed position of the master piston (21a, 21b); a simulation device including a simulation chamber and a simulation piston configured to have a position thereof changed according to the pressurized fluid discharged from the master chamber and pressurize and discharge a fluid accommodated in the simulation chamber according to the changed position of the simulation piston; a simulator check valve; and a simulator valve; characterized by a reservoir passage configured to communicate the master chamber, the simulation chamber, and the reservoir with each other; wherein the simulator valve is provided on a bypass passage connected in parallel to the simulator check valve on the reservoir passage and configured to control flow of a fluid in opposite directions, wherein the simulator check valve is provided on the reservoir passage and configured to allow only a flow of a fluid directed from the reservoir to the master chamber and the simulation chamber. a reservoir in which a fluid is stored; a master cylinder including a master chamber (20a, 20b) and a master piston (21a, 21b) configured to have a position thereof changed according to an operation of a brake pedal and pressurize and discharge a fluid accommodated in the master chamber (20a, 20b) according to the changed position of the master piston (21a, 21b); a simulation device including a simulation chamber and a simulation piston configured to have a position thereof changed according to the pressurized fluid discharged from the master chamber and pressurize and discharge a fluid accommodated in the simulation chamber according to the changed position of the simulation piston; a simulator check valve; and a simulator valve; characterized by a reservoir passage configured to communicate the master chamber, the simulation chamber, and the reservoir with each other; wherein the simulator valve is provided on a bypass passage connected in parallel to the simulator check valve on the reservoir passage and configured to control flow of a fluid in opposite directions, wherein the simulator check valve is provided on the reservoir passage and configured to allow only a flow of a fluid directed from the reservoir to the master chamber and the simulation chamber.
A producing method of producing a dispersion liquid of a gelatinous electrolyte, comprising: a water content reduction process of concentrating an aqueous dispersion liquid of an electrolyte comprising an ion exchange group coupled to a polymer base material at a temperature of 40°C or less and reducing a water content in a concentrate of the electrolyte to 5% by mass or less based on a total mass of the concentrate of the electrolyte; and an alcohol addition process of adding an aliphatic C 1 to C 5 alcohol to the concentrate of the electrolyte obtained in the water content reduction process to form the dispersion liquid of the gelatinous electrolyte. a water content reduction process of concentrating an aqueous dispersion liquid of an electrolyte comprising an ion exchange group coupled to a polymer base material at a temperature of 40°C or less and reducing a water content in a concentrate of the electrolyte to 5% by mass or less based on a total mass of the concentrate of the electrolyte; and an alcohol addition process of adding an aliphatic C 1 to C 5 alcohol to the concentrate of the electrolyte obtained in the water content reduction process to form the dispersion liquid of the gelatinous electrolyte.
A system for anchoring electrical elements or the like in installation ducts, comprising an electrical element or the like and an installation duct, the electrical elements or the like to be installed comprising side formations in the form of teeth, with which they establish a front retention coupling with respect to the edges of an insertion groove in the installation ducts, and tabs on the same sides for establishing a transverse retention interlocking with respect to the edges of the insertion groove in the installation duct, the formations in the form of teeth are defined as pins which are attached at one end to the corresponding wall of the electrical element or the like and are separated on both sides from said wall of the electrical element or the like by grooves which make bending easier, characterized in that said formations in the form of teeth having a forwardly-inclining face that comes to a point determining a harpoon shape which establishes retention locking in the coupling to the corresponding edge of the groove of the installation duct; and wherein the tabs have in an inner part of their end edge a chamfer which favors uncoupling from the corresponding edge of the groove of the duct by a tilting force forced on the electrical element or the like for disassembling same.
A composition for use in reversing a medically significant degree of numbness resulting from administration of a local or regional anesthetic agent to a patient, without reversing analgesic effect of the anesthetic agent, said composition comprising about 1% to about 15% of a bicarbonate salt in aqueous solution and an amount greater than zero but less than about 1.5 mg/100 ml calcium salt selected from the group consisting of calcium acetate, calcium chloride, calcium gluconate, calcium phosphate, and calcium sulfate, wherein the local or regional anesthetic agent is selected from carbocaine, lidocaine, or a derivative thereof.
A padlock for securing a switch of an industrial plant, comprising a lock body and a hoop which is displaceably held at the lock body, wherein the lock body has a lock housing, a lock cylinder having a rotatable cylinder core, and a rotatable latching member, and wherein the latching member is rotatable from a release position into a latching position to lock the hoop at the lock body, characterized in that the lock housing is formed from plastic and the cylinder core and the latching member are rotationally fixedly coupled to one another by means of a coupling element, with the coupling element having, between the latching member and the lock cylinder, at least a first bearing section, a second bearing section and therebetween a shaft section, said shaft section connecting the first bearing section to the second bearing section and having a smaller diameter than the two bearing sections (32, 38).
Supporting device for a power tool, in particular a portable power tool, for supporting an article to be machined by a tool of the power tool, having a supporting element which is mountable in a pivotable manner on the housing of the power tool and has a receiving region for receiving the article, wherein the receiving region is bounded by a supporting wall by way of which the article that is received in the receiving region is supported against the motorized working movement of the tool, characterized in that the supporting element is configured as a U-shaped supporting bracket, wherein each U-leg has two supporting legs (8a, 8b) that are oriented at an angle to one another and open outwards and have the receiving region in between, in that the supporting element is held on a carrier part which is able to be secured in a pivotable manner to the housing of the power tool, in that the carrier part has two carrier legs (9a, 9b) which are firmly connected to the supporting element, wherein in each case one pair of supporting legs (8a, 8b) is connected to a carrier leg (9a, 9b) of the carrier part.