mhurhangee/patent-ind-claim-en huggingface dataset:
A linear compressor for an electronic device such as a refrigerator, a laundry treating apparatus, an air conditioner, an air purifier or the like, the linear compressor comprising: a cylinder provided with at least one hole for injecting gas from the cylinder toward the piston side, so that the piston floats up from an inner wall of the cylinder, thereby forming a gas bearing; a piston configured for reciprocating within the cylinder; a motor configured to provide a driving force to move the piston within the cylinder; an inverter configured to perform a switching operation to transmit electric power to the motor; and a controller that generates various control commands associated with the operation of the linear compressor, characterized in that the controller is configured to receive temperature information from the electronic device and control the inverter to preheat the motor based on the received temperature information. a cylinder provided with at least one hole for injecting gas from the cylinder toward the piston side, so that the piston floats up from an inner wall of the cylinder, thereby forming a gas bearing; a piston configured for reciprocating within the cylinder; a motor configured to provide a driving force to move the piston within the cylinder; an inverter configured to perform a switching operation to transmit electric power to the motor; and a controller that generates various control commands associated with the operation of the linear compressor, characterized in that the controller is configured to receive temperature information from the electronic device and control the inverter to preheat the motor based on the received temperature information.
A phosphoribosylpyrophosphate amidotransferase, comprising either; i) a methionine at position 2 from the N-terminus of the amino acid sequence of SEQ ID NO: 2, ii) an arginine at position 445 from the N-terminus of the amino acid sequence of SEQ ID NO: 2, or iii) a methionine position 2 and an arginine at position 445 from the N-terminus of the err amino acid sequence of SEQ ID NO: 2, wherein said phosphoribosylpyrophosphate amidotransferase has at least 80% identity to the amino acid sequence of SEQ ID NO:2, and wherein said phosphoribosylpyrophosphate amidotransferase having said substitution, or said substitutions, has a higher purine nucleotide productivity than the phosphoribosylpyrophosphate amidotransferase having the amino acid sequence of SEQ ID NO: 2. i) a methionine at position 2 from the N-terminus of the amino acid sequence of SEQ ID NO: 2, ii) an arginine at position 445 from the N-terminus of the amino acid sequence of SEQ ID NO: 2, or iii) a methionine position 2 and an arginine at position 445 from the N-terminus of the err amino acid sequence of SEQ ID NO: 2, wherein said phosphoribosylpyrophosphate amidotransferase has at least 80% identity to the amino acid sequence of SEQ ID NO:2, and wherein said phosphoribosylpyrophosphate amidotransferase having said substitution, or said substitutions, has a higher purine nucleotide productivity than the phosphoribosylpyrophosphate amidotransferase having the amino acid sequence of SEQ ID NO: 2.
An ethyleneimine polymer solution comprising an ethyleneimine polymer and an aqueous solvent, wherein a weight average molecular weight (Mw) of the ethyleneimine polymer is 200,000 or more, the weight average molecular weight (Mw) being measured based on pullulan by gel permeation chromatography (GPC), and a ratio of a component having a molecular weight of 30,000 or more is 60 mass% or more with respect to 100 mass% of a total amount of the ethyleneimine polymer.
A method of data communications, comprising: receiving a sequence of symbols from a plurality of signal wires , wherein each symbol in the sequence of symbols is received during one of an odd transmission interval or an even transmission interval; generating a first clock signal from transitions in signaling state of the plurality of signal wires occurring between each odd transmission interval and a consecutive even transmission interval; generating a second clock signal from transitions in signaling state of the plurality of signal wires occurring between the consecutive even transmission interval and a consecutive odd transmission interval; using the first clock signal to capture a first set of symbols comprising symbols in the sequence of symbols that are received in the consecutive even transmission interval; and using the second clock signal to capture a second set of symbols comprising symbols in the sequence of symbols that are received in the consecutive odd transmission interval, wherein each symbol in the sequence of symbols defines a signaling state of the plurality of signal wires for a corresponding transmission interval, and wherein data is encoded in a difference in value between symbols in each pair of consecutive symbols in the sequence of symbols. receiving a sequence of symbols from a plurality of signal wires , wherein each symbol in the sequence of symbols is received during one of an odd transmission interval or an even transmission interval; generating a first clock signal from transitions in signaling state of the plurality of signal wires occurring between each odd transmission interval and a consecutive even transmission interval; generating a second clock signal from transitions in signaling state of the plurality of signal wires occurring between the consecutive even transmission interval and a consecutive odd transmission interval; using the first clock signal to capture a first set of symbols comprising symbols in the sequence of symbols that are received in the consecutive even transmission interval; and using the second clock signal to capture a second set of symbols comprising symbols in the sequence of symbols that are received in the consecutive odd transmission interval, wherein each symbol in the sequence of symbols defines a signaling state of the plurality of signal wires for a corresponding transmission interval, and wherein data is encoded in a difference in value between symbols in each pair of consecutive symbols in the sequence of symbols.
A compressed composition comprising a therapeutically effective amount of macitentan; 15% to 85% (wt sugar alcohol diluent /wt total ) of a sugar alcohol diluent selected from a list consisting of: maltitol, xylitol, mannitol; 0.1% to 15% (wt surfactant /wt total ) of a surfactant selected from a list consisting of: sodium dodecyl sulfate, polysorbate 80. 15% to 85% (wt sugar alcohol diluent /wt total ) of a sugar alcohol diluent selected from a list consisting of: maltitol, xylitol, mannitol; 0.1% to 15% (wt surfactant /wt total ) of a surfactant selected from a list consisting of: sodium dodecyl sulfate, polysorbate 80.
A rotor comprising: a rotor core having a magnet hole penetrating the rotor core in an axial direction; a first end plate provided for one end side of the rotor core in the axial direction and having a plurality of gate holes communicating with the magnet hole ; and a bond magnet charged into the magnet hole and the plurality of gate holes from which the melted resin containing magnet powder is injected into the magnet hole , wherein the plurality of gate holes are formed to be smaller than the magnet hole and are positioned inside the magnet hole when viewed in plan, characterized in that the plurality of gate holes include a central hole positioned at a circumferentially central portion of the magnet hole and two end holes positioned at circumferentially end portions of the magnet hole . a rotor core having a magnet hole penetrating the rotor core in an axial direction; a first end plate provided for one end side of the rotor core in the axial direction and having a plurality of gate holes communicating with the magnet hole ; and a bond magnet charged into the magnet hole and the plurality of gate holes from which the melted resin containing magnet powder is injected into the magnet hole , wherein the plurality of gate holes are formed to be smaller than the magnet hole and are positioned inside the magnet hole when viewed in plan, characterized in that the plurality of gate holes include a central hole positioned at a circumferentially central portion of the magnet hole and two end holes positioned at circumferentially end portions of the magnet hole .
Method of detecting malfunction in an additive powder-bed-fusion manufacturing process comprising: - a) monitoring the additive manufacturing process and recording an acoustic incident (i), when said incident (i) is outside of a given tolerance range, wherein the incident is indicative for the malfunction, wherein the incident (i) is caused by a collision of a recoater of an additive manufacturing device with a further structure, such as an already established part of the component to be additively manufactured, - b) classifying the incident (i) according to its severity for the additive manufacturing process amongst several different nuances or categories, and - c) defining of a measure (m) based on the classification of the incident (i) to counteract the malfunction selected from: - delaying the exposure of a subsequent irradiation vector (v) with an energy beam by a defined period (t), - changing a speed of a recoater in the additive manufacturing process, or - selecting a recoating direction of a recoater in the additive manufacturing process, and wherein the method further comprises an artificial neural network, ANN, as an artificial intelligence which is applied in the monitoring, the classifying and/or the defining of the measure. - a) monitoring the additive manufacturing process and recording an acoustic incident (i), when said incident (i) is outside of a given tolerance range, wherein the incident is indicative for the malfunction, wherein the incident (i) is caused by a collision of a recoater of an additive manufacturing device with a further structure, such as an already established part of the component to be additively manufactured, - b) classifying the incident (i) according to its severity for the additive manufacturing process amongst several different nuances or categories, and - c) defining of a measure (m) based on the classification of the incident (i) to counteract the malfunction selected from: - delaying the exposure of a subsequent irradiation vector (v) with an energy beam by a defined period (t), - changing a speed of a recoater in the additive manufacturing process, or - selecting a recoating direction of a recoater in the additive manufacturing process, and wherein the method further comprises an artificial neural network, ANN, as an artificial intelligence which is applied in the monitoring, the classifying and/or the defining of the measure. - delaying the exposure of a subsequent irradiation vector (v) with an energy beam by a defined period (t), - changing a speed of a recoater in the additive manufacturing process, or - selecting a recoating direction of a recoater in the additive manufacturing process, and wherein the method further comprises an artificial neural network, ANN, as an artificial intelligence which is applied in the monitoring, the classifying and/or the defining of the measure.
A fuel cell stack comprising: a stacked body including unit cells stacked; end plates sandwiching the stacked body in a stacking direction in which the unit cells are stacked; a tension plate fastening the end plates ; fixing mechanisms fixing the tension plate to the end plates ; wherein at least one of the fixing mechanisms includes: a recessed portion formed in an outer peripheral edge (14a1) of one of the end plates ; a bolt hole formed in the one of the end plates , formed concentrically with the recessed portion , and having an inner diameter smaller than the recessed portion ; a through hole formed in the tension plate ; a sleeve formed into a cylindrical shape with a through hole , and fitted into the through hole of the tension plate and the recessed portion ; and a bolt penetrating through the through hole of the sleeve and screwed into the bolt hole , the through hole of the tension plate includes a tapered inner peripheral surface whose inner diameter gradually decreases toward the one of the end plates in an axial direction of the bolt , the sleeve includes a tapered outer peripheral surface whose outer diameter gradually decreases toward the one of the end plates in the axial direction, and the tapered outer peripheral surface is in surface contact with the tapered inner peripheral surface . a stacked body including unit cells stacked; end plates sandwiching the stacked body in a stacking direction in which the unit cells are stacked; a tension plate fastening the end plates ; fixing mechanisms fixing the tension plate to the end plates ; wherein at least one of the fixing mechanisms includes: a recessed portion formed in an outer peripheral edge (14a1) of one of the end plates ; a bolt hole formed in the one of the end plates , formed concentrically with the recessed portion , and having an inner diameter smaller than the recessed portion ; a through hole formed in the tension plate ; a sleeve formed into a cylindrical shape with a through hole , and fitted into the through hole of the tension plate and the recessed portion ; and a bolt penetrating through the through hole of the sleeve and screwed into the bolt hole , a recessed portion formed in an outer peripheral edge (14a1) of one of the end plates ; a bolt hole formed in the one of the end plates , formed concentrically with the recessed portion , and having an inner diameter smaller than the recessed portion ; a through hole formed in the tension plate ; a sleeve formed into a cylindrical shape with a through hole , and fitted into the through hole of the tension plate and the recessed portion ; and a bolt penetrating through the through hole of the sleeve and screwed into the bolt hole , the through hole of the tension plate includes a tapered inner peripheral surface whose inner diameter gradually decreases toward the one of the end plates in an axial direction of the bolt , the sleeve includes a tapered outer peripheral surface whose outer diameter gradually decreases toward the one of the end plates in the axial direction, and the tapered outer peripheral surface is in surface contact with the tapered inner peripheral surface .
A pipe coupling capsulation assembly comprising: a band having an inner annular seal element wrappable around a pipe; opposing clamp members that extend from said band ; at least one tightening element for clamping together said clamp members ; a plurality of retaining elements extending from said band , each of said retaining elements overlying a portion of an adjacent one of said retaining elements ; characterised in that said retaining elements are secured to said band with L-shaped legs which are joined to said band and said retaining elements . a band having an inner annular seal element wrappable around a pipe; opposing clamp members that extend from said band ; at least one tightening element for clamping together said clamp members ; a plurality of retaining elements extending from said band , each of said retaining elements overlying a portion of an adjacent one of said retaining elements ; characterised in that said retaining elements are secured to said band with L-shaped legs which are joined to said band and said retaining elements .
Screw, - having a screw head , - having a screw shank adjoining the screw head and - having a screw tip which adjoins a front end of the screw shank , - having a screw thread which extends over a portion of a length of the screw shank and has a thread pitch, and - having a shank cutter arranged between the screw thread and the screw head , which shank cutter has a first set of helically arranged first milling ribs distributed over the circumference, which first milling ribs have a first pitch, the first pitch differing from the thread pitch, characterised in that the shank cutter has a second set of helically arranged second milling ribs distributed over the circumference, which second milling ribs have a second pitch, the second pitch differing from the first pitch and from the thread pitch, wherein the first milling ribs run in the same direction as the screw thread and the second milling ribs run in the opposite direction to the screw thread . - having a screw head , - having a screw shank adjoining the screw head and - having a screw tip which adjoins a front end of the screw shank , - having a screw thread which extends over a portion of a length of the screw shank and has a thread pitch, and - having a shank cutter arranged between the screw thread and the screw head , which shank cutter has a first set of helically arranged first milling ribs distributed over the circumference, which first milling ribs have a first pitch, the first pitch differing from the thread pitch,
An immunogen-encoding self-replicating RNA for use in a prophylactic or therapeutic method of raising an immune response in a vertebrate, wherein the RNA has a 5' cap, wherein the immunogen elicits an immune response against a bacterium, a virus, a fungus or a parasite, wherein said method comprises administering an immunogen-encoding RNA to the vertebrate in combination with a sub-micron cationic oil-in-water emulsion such that the RNA: (i) stimulates endosomal innate immunity receptor TLR7; (ii) stimulates cytoplasmic innate immunity receptor RIG-1 or MDA5; and (iii) is translated to provide expression of the immunogen, provided that the RNA includes no modified nucleotides other than the 5' cap.
Radar sensor for measuring a fill level and/or limit level of a filling material in a container , the radar sensor comprising: a sensor unit for emitting and/or receiving a radar signal; an evaluation unit for determining, based on the radar signal, a measurement signal correlating with the fill level and/or the limit level; and a housing having at least one housing portion configured to be disposed opposite a container wall of the container for measuring the fill level and/or the limit level; wherein the housing portion is configured such that the radar signal is transmittable through the housing portion ; wherein an adhesive surface with an adhesive material is arranged on an outside of the housing at least along a part of an outer circumference of the housing portion , which adhesive surface is formed for attaching the radar sensor to the container wall of the container ; wherein a sealing surface with a sealing material is arranged on the outside of the housing at least along a part of the outer circumference of the housing portion , which sealing surface is configured to at least partially seal the housing portion when the radar sensor is attached to the container wall ; and wherein the sensor unit is configured to transmit and/or receive the radar signal through the housing portion. a sensor unit for emitting and/or receiving a radar signal; an evaluation unit for determining, based on the radar signal, a measurement signal correlating with the fill level and/or the limit level; and a housing having at least one housing portion configured to be disposed opposite a container wall of the container for measuring the fill level and/or the limit level; wherein the housing portion is configured such that the radar signal is transmittable through the housing portion ; wherein an adhesive surface with an adhesive material is arranged on an outside of the housing at least along a part of an outer circumference of the housing portion , which adhesive surface is formed for attaching the radar sensor to the container wall of the container ; wherein a sealing surface with a sealing material is arranged on the outside of the housing at least along a part of the outer circumference of the housing portion , which sealing surface is configured to at least partially seal the housing portion when the radar sensor is attached to the container wall ; and wherein the sensor unit is configured to transmit and/or receive the radar signal through the housing portion.
A dipole antenna , comprising: a substrate lying in a plane defined by a first axis and a second axis perpendicular to said first axis, comprising a first metal layer and a second metal layer , wherein the first metal layer and the second metal layer are disposed on the same side of the substrate and adjacent to each other along the first axis; the first metal layer comprises a feed point (F); and the second metal layer comprises a ground point (G); a first radiator , comprising a first planar connection part , disposed on the first metal layer , and a first radiating part ; wherein the first radiating part is a rectangular hollow column extending along the first axis, and the hollow column has two openings at two opposite ends along the first axis; and wherein the first planar connection part is disposed on one end of the first radiating part along the first axis; and a second radiator , comprising a second planar connection part , disposed on the second metal layer , and a second radiating part ; wherein the second radiating part is a rectangular hollow column extending along the first axis, and the hollow column has two openings at two opposite ends along the first axis; and wherein the second planar connection part is disposed on one end of the second radiating part along the first axis.
A recline mechanism comprising: a cylinder and piston assembly couplable to a seatback of a passenger seat , the cylinder and piston assembly configurable between a locked state and an unlocked state, wherein the cylinder and piston assembly is configured to prevent angular adjustment of the seatback when the cylinder and piston assembly is in the locked state and is configured to permit the angular adjustment of the seatback when the cylinder and piston assembly is in the unlocked state; an actuator coupled to the cylinder and piston assembly for causing the locked state and the unlocked state; and a button configured to generate and transmit an electrical signal to the actuator in response to the button becoming depressed; wherein the actuator causes the unlocked state of the cylinder and piston assembly in response to receiving the electrical signal; wherein the button is configured to generate and transmit an additional electrical signal to the actuator in response to the button becoming released; wherein the actuator causes the locked state of the cylinder and piston assembly in response to receiving the additional electrical signal; characterised in that the button generates the electrical signal and the additional electrical signal without the button being connected to an electrical power supply; and in that the button generates the electrical signal by converting mechanical power to electrical power. a cylinder and piston assembly couplable to a seatback of a passenger seat , the cylinder and piston assembly configurable between a locked state and an unlocked state, wherein the cylinder and piston assembly is configured to prevent angular adjustment of the seatback when the cylinder and piston assembly is in the locked state and is configured to permit the angular adjustment of the seatback when the cylinder and piston assembly is in the unlocked state; an actuator coupled to the cylinder and piston assembly for causing the locked state and the unlocked state; and a button configured to generate and transmit an electrical signal to the actuator in response to the button becoming depressed; wherein the actuator causes the unlocked state of the cylinder and piston assembly in response to receiving the electrical signal; wherein the button is configured to generate and transmit an additional electrical signal to the actuator in response to the button becoming released; wherein the actuator causes the locked state of the cylinder and piston assembly in response to receiving the additional electrical signal; characterised in that the button generates the electrical signal and the additional electrical signal without the button being connected to an electrical power supply; and in that the button generates the electrical signal by converting mechanical power to electrical power.