mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting contact of a pipetting needle in an in vitro diagnostic system, wherein - the pipetting needle is cyclically charged by an electric voltage or current applied between pipetting needle and a reference potential and discharged again by a subsequent electric connection between the pipetting needle and the reference potential, - a characteristic variable for the current capacitance between pipetting needle and reference potential is established from a number of measured values detected during the charging and/or discharging, and - the temporal curve of the variable is monitored continuously on the basis of a number of predetermined criteria and a contact signal is generated if the predetermined criteria are satisfied, characterized in that the number of charging and discharging processes within a predetermined period of time is used as the characteristic variable for the capacitance between pipetting needle and reference potential. - the pipetting needle is cyclically charged by an electric voltage or current applied between pipetting needle and a reference potential and discharged again by a subsequent electric connection between the pipetting needle and the reference potential, - a characteristic variable for the current capacitance between pipetting needle and reference potential is established from a number of measured values detected during the charging and/or discharging, and - the temporal curve of the variable is monitored continuously on the basis of a number of predetermined criteria and a contact signal is generated if the predetermined criteria are satisfied,
A system comprising: a mobile device including at least one application which may be run on the device; and an enforcement engine separate to and outside of said at least one application; wherein said system is configured to be able to determine the geographical location of the mobile device, and wherein said enforcement engine is configured to permit or restrict one or more functions of said at least one application depending on the determined location of the device, characterised in that: the enforcement engine is configured to access different rules associated with different geographical regions, and the system is configured such that when the system determines that the device is located in a first region the enforcement engine accesses a first set of rules and permits one or more of said functions to be performed, whereas when the system determines that the device is located in a second different region the enforcement engine accesses a second set of rules and restricts the same one or more functions from being performed. a mobile device including at least one application which may be run on the device; and an enforcement engine separate to and outside of said at least one application; wherein said system is configured to be able to determine the geographical location of the mobile device, and wherein said enforcement engine is configured to permit or restrict one or more functions of said at least one application depending on the determined location of the device, characterised in that: the enforcement engine is configured to access different rules associated with different geographical regions, and the system is configured such that when the system determines that the device is located in a first region the enforcement engine accesses a first set of rules and permits one or more of said functions to be performed, whereas when the system determines that the device is located in a second different region the enforcement engine accesses a second set of rules and restricts the same one or more functions from being performed. the enforcement engine is configured to access different rules associated with different geographical regions, and the system is configured such that when the system determines that the device is located in a first region the enforcement engine accesses a first set of rules and permits one or more of said functions to be performed, whereas when the system determines that the device is located in a second different region the enforcement engine accesses a second set of rules and restricts the same one or more functions from being performed.
A method of forming a magnetic device, the method comprising: forming a magnetic material over an electrode on a substrate; forming a first tunnel barrier material over the magnetic material; annealing the magnetic material and the first tunnel barrier material; forming a second tunnel barrier material over the annealed first tunnel barrier material, wherein the first tunnel barrier material and the second tunnel barrier material include the same material; forming another magnetic material over the second tunnel barrier material; and forming another electrode over the another magnetic material; characterised in that the forming a second tunnel barrier material over the annealed first tunnel barrier material comprises forming the second tunnel barrier material at a higher temperature than the first tunnel barrier material. forming a magnetic material over an electrode on a substrate; forming a first tunnel barrier material over the magnetic material; annealing the magnetic material and the first tunnel barrier material; forming a second tunnel barrier material over the annealed first tunnel barrier material, wherein the first tunnel barrier material and the second tunnel barrier material include the same material; forming another magnetic material over the second tunnel barrier material; and forming another electrode over the another magnetic material; characterised in that the forming a second tunnel barrier material over the annealed first tunnel barrier material comprises forming the second tunnel barrier material at a higher temperature than the first tunnel barrier material.
A liquid loading composition for absorbing liquids, comprising: a granular absorbent material comprising perlite having a biocidal coating layer on the surface thereof formed from a silane; a liquid phase quaternary amine absorbed in said granular absorbent material; and an absorbent polymer selected from polyacrylamide, carboxymethyl cellulose and sodium polyacrylate. a granular absorbent material comprising perlite having a biocidal coating layer on the surface thereof formed from a silane; a liquid phase quaternary amine absorbed in said granular absorbent material; and an absorbent polymer selected from polyacrylamide, carboxymethyl cellulose and sodium polyacrylate.
A method for mobile terminals to receive text messages, wherein said method comprises the following steps: - paging by a network server a mobile terminal and determining by said network server whether text messages can be sent; - not responding by said mobile terminal to the paging by said network server, if said mobile terminal is in the Packet Transfer state; - terminating by said network server the paging until receiving position update information from said mobile terminal, if said network server does not receive a response from said mobile terminal; - sending by said mobile terminal position update information to said network server after updating the position; - continuing by said network server to page said mobile terminal according to the position update information of said mobile terminal so as to take an action to send text messages. - paging by a network server a mobile terminal and determining by said network server whether text messages can be sent; - not responding by said mobile terminal to the paging by said network server, if said mobile terminal is in the Packet Transfer state; - terminating by said network server the paging until receiving position update information from said mobile terminal, if said network server does not receive a response from said mobile terminal; - sending by said mobile terminal position update information to said network server after updating the position; - continuing by said network server to page said mobile terminal according to the position update information of said mobile terminal so as to take an action to send text messages.
A compound represented by formula, or a pharmaceutically acceptable salt thereof or a solvate thereof, or a pharmaceutical composition containing the compound represented by formula, or a pharmaceutically acceptable salt thereof or a solvate thereof for use in the prevention or treatment of the diseases associated with an increased uric acid level in an organism, wherein R 1 represents hydrogen or methyl, R 2 represents ethyl, propyl, 2-methylpropyl, butyl, 3-methylbutyl or pentyl, and R 3 represents fluorine or chlorine. R 1 represents hydrogen or methyl, R 2 represents ethyl, propyl, 2-methylpropyl, butyl, 3-methylbutyl or pentyl, and R 3 represents fluorine or chlorine.
A corrosion inhibiting system for a component of an apparatus, comprising: a peelable water-based film applied directly on to a surface of the component; and an oil-based volatile corrosion inhibitor applied directly on top of the peelable water-based film, wherein, the oil-based volatile corrosion inhibitor is configured to migrate through the peelable water-based film and come into contact with the surface of the component. a peelable water-based film applied directly on to a surface of the component; and an oil-based volatile corrosion inhibitor applied directly on top of the peelable water-based film, wherein, the oil-based volatile corrosion inhibitor is configured to migrate through the peelable water-based film and come into contact with the surface of the component.
A method for identifying conference media traffic comprising: receiving a plurality of dummy packets; matching a series of the plurality of dummy packets to a signature key; extracting a first identification from one or more of the plurality of dummy packets in response to matching a series of the plurality of dummy packets to a signature key; determining that a second identification associated with one or more encrypted media packets matches the first identification; and associating one or more encrypted media packets with a conference in response to determining that the first identification matches the second identification. receiving a plurality of dummy packets; matching a series of the plurality of dummy packets to a signature key; extracting a first identification from one or more of the plurality of dummy packets in response to matching a series of the plurality of dummy packets to a signature key; determining that a second identification associated with one or more encrypted media packets matches the first identification; and associating one or more encrypted media packets with a conference in response to determining that the first identification matches the second identification.
A rotating component for a turbine engine comprising a first rotating component having a first snap surface comprising an alloy and a second rotating component having a second snap surface comprising an alloy wherein the first snap surface is configured to interlock with the second snap surface, and further wherein at least one of the first snap surface and the second snap surface have a friction enhancing material, characterised in that the friction enhancing material comprises an oxide formed by heat treatment from an element present in the alloy of the respective snap surface. (78, 80).
A wing flap for an aircraft wing, the wing flap comprising: a flap body; a torque member, integrally formed with at least a portion of the flap body; an upper skin; a lower skin, opposite the upper skin; and a plurality of spars that extend between the upper skin and the lower skin; wherein: the torque member is integrally formed with at least one of the plurality of spars; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion; the flap body is partially formed by the spar major portion; the torque member is partially formed by the spar extension portion; the flap body comprises an inboard end, an outboard end, which is opposite the inboard end, a leading end, and a trailing end, which is opposite the leading end; the torque member comprises an inboard end and an outboard end opposite the inboard end; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction. a flap body; a torque member, integrally formed with at least a portion of the flap body; an upper skin; a lower skin, opposite the upper skin; and a plurality of spars that extend between the upper skin and the lower skin; wherein: the torque member is integrally formed with at least one of the plurality of spars; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion; the flap body is partially formed by the spar major portion; the torque member is partially formed by the spar extension portion; the flap body comprises an inboard end, an outboard end, which is opposite the inboard end, a leading end, and a trailing end, which is opposite the leading end; the torque member comprises an inboard end and an outboard end opposite the inboard end; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction. the torque member is integrally formed with at least one of the plurality of spars; at least one of the plurality of spars comprises a spar major portion and a spar extension portion that extends from the spar major portion; the flap body is partially formed by the spar major portion; the torque member is partially formed by the spar extension portion; the flap body comprises an inboard end, an outboard end, which is opposite the inboard end, a leading end, and a trailing end, which is opposite the leading end; the torque member comprises an inboard end and an outboard end opposite the inboard end; and the torque member is integrated with the inboard end of the flap body and extends from the inboard end of the flap body in an inboard direction.
A mobile terminal, comprising: a first display unit configured to display a first screen; a second display unit configured to display a second screen; and a controller configured to control a degree of transparency of the first display unit to allow viewing of at least a portion of the second screen through the first display unit; characterized in that the controller is further configured to: determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit, wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure. a first display unit configured to display a first screen; a second display unit configured to display a second screen; and a controller configured to control a degree of transparency of the first display unit to allow viewing of at least a portion of the second screen through the first display unit; characterized in that the controller is further configured to: determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit, wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure. determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit, wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure.
A boron-dipyrrin complex represented by the following formula Wherein X 1 represents a halogenoalkyl group; X 2 represents a halogen atom; R 1 represents a hydrogen atom, an alkyl group, or a group represented by formula (b): R 2 and R 6 are the same or different and each represent a hydrogen atom or a halogen atom; R 3, R 4, R 5, and R 7 are the same or different and each represent a hydrogen atom, a halogen atom, or an alkyl group; R 8 represents a hydrogen atom or - (CH 2) 1 - m -(CH 2) n -Z wherein Y represents -CO-, -CONH-, or a triazole ring, Z represents a carboxyl group, a sulfonic acid group, or a -CO-peptide residue, 1 and n each represent an integer of 1 to 6, and m represents 0 or 1; R 9 and R 10 are the same or different and each represent a hydrogen atom, an alkyl group, an alkoxy group, a halogen atom, an amino group, a nitro group, or a cyano group; and R 9 and R 10 together optionally form an alkylene group. X 1 represents a halogenoalkyl group; X 2 represents a halogen atom; R 1 represents a hydrogen atom, an alkyl group, or a group represented by formula (b): R 2 and R 6 are the same or different and each represent a hydrogen atom or a halogen atom; R 3, R 4, R 5, and R 7 are the same or different and each represent a hydrogen atom, a halogen atom, or an alkyl group; R 8 represents a hydrogen atom or - (CH 2) 1 - m -(CH 2) n -Z wherein Y represents -CO-, -CONH-, or a triazole ring, Z represents a carboxyl group, a sulfonic acid group, or a -CO-peptide residue, 1 and n each represent an integer of 1 to 6, and m represents 0 or 1; R 9 and R 10 are the same or different and each represent a hydrogen atom, an alkyl group, an alkoxy group, a halogen atom, an amino group, a nitro group, or a cyano group; and R 9 and R 10 together optionally form an alkylene group.
An apparatus (620; 640; 660; 680; 720; 740; 760; 780; 820; 840; 860; 880;) for manipulating samples comprising: an ultrasonic transducer array comprising a plurality of top electrodes and bottom electrodes on a top surface and a bottom surface of a sensor plate respectively, the ultrasonic transducer array being adapted to generate ultrasonic energy to manipulate a plurality of samples, the plurality of top electrodes (230; 235) and bottom electrodes (240; 245) being conductively coupled to a radio frequency source, each of the plurality of top electrodes (230; 235) and bottom electrodes (240; 245) forming one of a solid shape or a pattern; characterized by: a well plate (250; 650; 850) having a plurality of wells on a top surface of the well plate (250; 650; 850) for holding the samples, wherein the bottom of each well of the plurality of wells is shaped to form a corresponding binary Fresnel lens, or a binary Fresnel lenses is provided on a bottom surface of the well plate (250; 850) underneath each well. an ultrasonic transducer array comprising a plurality of top electrodes and bottom electrodes on a top surface and a bottom surface of a sensor plate respectively, the ultrasonic transducer array being adapted to generate ultrasonic energy to manipulate a plurality of samples, the plurality of top electrodes (230; 235) and bottom electrodes (240; 245) being conductively coupled to a radio frequency source, each of the plurality of top electrodes (230; 235) and bottom electrodes (240; 245) forming one of a solid shape or a pattern; characterized by: a well plate (250; 650; 850) having a plurality of wells on a top surface of the well plate (250; 650; 850) for holding the samples, wherein the bottom of each well of the plurality of wells is shaped to form a corresponding binary Fresnel lens, or a binary Fresnel lenses is provided on a bottom surface of the well plate (250; 850) underneath each well. a well plate (250; 650; 850) having a plurality of wells on a top surface of the well plate (250; 650; 850) for holding the samples, wherein the bottom of each well of the plurality of wells is shaped to form a corresponding binary Fresnel lens, or a binary Fresnel lenses is provided on a bottom surface of the well plate (250; 850) underneath each well.
A system for measuring an object, the system comprising: a chamber sized to receive and contain an object; an x-ray source within the chamber, the x-ray source being movable relative to the object within the chamber, the x-ray source being configured to project a plurality of x-ray images of an object, at least two of the plurality of x-ray images being projected from different directions relative to the object, the object having at least two edges; an edge detector configured for locating the at least two edges in the x-ray images; a ray tracer operatively coupled with the edge detector, the ray tracer being configured to ray trace a plurality of lines, each ray traced line being tangent to at least one point on at least one located edge; a reconstruction module operatively coupled with the ray tracer, the reconstruction module being configured to reconstruct at least a partial wireframe model of the object from the tangent points of the ray traced lines, the wireframe model including the at least two edges; and a ruler operatively coupled with the reconstruction module to receive the at least partial wireframe model, the ruler being configured to measure between the at least two edges of the at least partial wireframe model. a chamber sized to receive and contain an object; an x-ray source within the chamber, the x-ray source being movable relative to the object within the chamber, the x-ray source being configured to project a plurality of x-ray images of an object, at least two of the plurality of x-ray images being projected from different directions relative to the object, the object having at least two edges; an edge detector configured for locating the at least two edges in the x-ray images; a reconstruction module operatively coupled with the ray tracer, the reconstruction module being configured to reconstruct at least a partial wireframe model of the object from the tangent points of the ray traced lines, the wireframe model including the at least two edges; and a ruler operatively coupled with the reconstruction module to receive the at least partial wireframe model, the ruler being configured to measure between the at least two edges of the at least partial wireframe model.
A porous film including a polylactic acid based resin, a thermoplastic resin that is not a polylactic acid based resin, and a filler, wherein resin is a mixture of a crystalline polylactic acid based resin and an amorphous polylactic acid based resin, wherein the crystalline polylactic acid based resin and the amorphous polylactic acid based resin account for 5 to 60 mass% and 40 to 95 mass%, respectively, of the sum total 100 mass% of crystalline polylactic acid based resin and amorphous polylactic acid based resin; resin and resin account for 10 to 95 mass% and 5 to 90 mass%, respectively, of the sum total 100 mass% of resin and resin, while the filler accounts for 1 to 400 parts by mass of the sum total 100 parts by mass of resin and resin, with the porosity being 1 to 80%.