mhurhangee/patent-ind-claim-en huggingface dataset:
Mixer for mixing exhaust gas (A) flowing in an exhaust gas-carrying duct of an internal combustion engine with reactant injected into the exhaust gas-carrying duct , comprising a mixer body with - a reactant-receiving duct , - an exhaust gas inlet opening device with a plurality of exhaust gas inlet openings leading to the reactant-receiving duct , and - at least one releasing duct leading away from the reactant-receiving duct with a releasing duct opening for releasing a reactant/exhaust gas mixture from the mixer body , wherein an electrically energizable heater arrangement is provided at the mixer body , characterized in that the heater arrangement comprises a layered configuration with a first insulating layer arranged facing or/and in contact with the mixer body , with a heating layer , which is arranged on the side of the first insulating layer , which side faces away from the mixer body and which heating layer can be heated by electrical energization, and with a second insulating layer arranged on a side of the heating layer , which side faces away from the mixer body , and that a cover element fixed to the mixer body is provided on a side of the second insulating layer , which side faces away from the heating layer , wherein the first insulating layer , the heating layer and the second insulating layer are held between the mixer body and the cover element . - a reactant-receiving duct , - an exhaust gas inlet opening device with a plurality of exhaust gas inlet openings leading to the reactant-receiving duct , and - at least one releasing duct leading away from the reactant-receiving duct with a releasing duct opening for releasing a reactant/exhaust gas mixture from the mixer body ,
A vehicle tire with an electronic device positioned on its inner surface , the vehicle tire comprising: a pair of bead portions , a pair of sidewalls , a pair of shoulders , a tread positioned in a tread region , an inner surface , and a metallic cord positioned within an interior of the tire ; at least one conductive element extending along at least one of the pair of bead portions and piercing the inner surface into the interior of the tire and electrically connecting to the metallic cord ; at least one electronic device within the vehicle tire ; and at least one ground path extending from the metallic cord to an exterior surface in a contact patch of the tread ; and wherein the at least one electronic device is electrically connected to the metallic cord and the at least one ground path . a pair of bead portions , a pair of sidewalls , a pair of shoulders , a tread positioned in a tread region , an inner surface , and a metallic cord positioned within an interior of the tire ; at least one conductive element extending along at least one of the pair of bead portions and piercing the inner surface into the interior of the tire and electrically connecting to the metallic cord ; at least one electronic device within the vehicle tire ; and at least one ground path extending from the metallic cord to an exterior surface in a contact patch of the tread ; and wherein the at least one electronic device is electrically connected to the metallic cord and the at least one ground path .
A semiconductor light emitting device comprising: a semiconductor structure comprising a first conductivity-type semiconductor layer , a second conductivity-type semiconductor layer , and an active layer disposed between the first conductivity-type semiconductor layer and the second conductivity-type semiconductor layer ; a first electrode electrically connected to the first conductivity-type semiconductor layer ; and a second electrode electrically connected to the second conductivity-type semiconductor layer , wherein a shape of an upper surface of the semiconductor structure is a right triangle and said upper surface of the semiconductor structure includes a first side (a), a second side (b), and a third side (c) extending in different directions, wherein a ratio of a first perimeter to a second perimeter is 1.1 to 1.25, the first perimeter is a sum of the first side (a), the second side (b), and the third side (c), and the second perimeter is a sum of a fourth side, fifth side, and sixth side of an equilateral triangle having the same area as an area of the upper surface of the semiconductor structure ; characterized by further comprising a semiconductor substrate disposed under the semiconductor structure and a pattern layer disposed between the semiconductor substrate and the semiconductor structure , in that the pattern layer includes a plurality of patterns separated from each other, a nitride semiconductor layer being disposed on the pattern layer, and in that the pattern layer includes first to n-th patterns from a center of the semiconductor substrate to an edge of the semiconductor substrate, in that each of the first to n-th patterns has a triangular ring shape, and an (n-1)-th pattern is disposed at an upper surface of the semiconductor substrate located inside an inner circumference surface of the n-th pattern, and wherein a thermal conductivity of the pattern layer is higher than a thermal conductivity of the semiconductor substrate and a thermal conductivity of the semiconductor structure. a semiconductor structure comprising a first conductivity-type semiconductor layer , a second conductivity-type semiconductor layer , and an active layer disposed between the first conductivity-type semiconductor layer and the second conductivity-type semiconductor layer ; a first electrode electrically connected to the first conductivity-type semiconductor layer ; and a second electrode electrically connected to the second conductivity-type semiconductor layer , wherein a shape of an upper surface of the semiconductor structure is a right triangle and said upper surface of the semiconductor structure includes a first side (a), a second side (b), and a third side (c) extending in different directions, wherein a ratio of a first perimeter to a second perimeter is 1.1 to 1.25, the first perimeter is a sum of the first side (a), the second side (b), and the third side (c), and the second perimeter is a sum of a fourth side, fifth side, and sixth side of an equilateral triangle having the same area as an area of the upper surface of the semiconductor structure ;
A polishing apparatus comprising: a substrate holder configured to hold and rotate a substrate (W), the substrate holder including a plurality of rollers which are rotatable about their own axes, the plurality of rollers having substrate-holding surfaces capable of contacting a periphery of the substrate (W), and the rollers being configured cause rotation of the substrate (W) about its axis by the rotations of the rollers ; a polishing head configured to bring a polishing tool into contact with a back surface of the substrate (W) to polish the back surface, the polishing head being disposed below the substrate-holding surfaces , the polishing head including a pressing mechanism configured to push the polishing tool upward; and a translational rotating mechanism configured to cause the substrate holder to make a translational rotating motion. a substrate holder configured to hold and rotate a substrate (W), the substrate holder including a plurality of rollers which are rotatable about their own axes, the plurality of rollers having substrate-holding surfaces capable of contacting a periphery of the substrate (W), and the rollers being configured cause rotation of the substrate (W) about its axis by the rotations of the rollers ; a polishing head configured to bring a polishing tool into contact with a back surface of the substrate (W) to polish the back surface, the polishing head being disposed below the substrate-holding surfaces , the polishing head including a pressing mechanism configured to push the polishing tool upward; and a translational rotating mechanism configured to cause the substrate holder to make a translational rotating motion.
A set of nucleic acid primers or hybridization probes being specific for a potentially methylated region of marker genes comprising the combination HIC1, such as comprising SEQ ID NO: 1207; KL, such as comprising SEQ ID NO: 1163; ESR1, such as comprising SEQ ID NO: 1353; or comprising a set of at least 50% of the markers of HIC1, KL and ESR1, with at least marker KL; wherein the set comprises not more than 20000 probes or primer pairs.
A real-time gas turbine simulation system that simulates a gas turbine to verify a gas turbine control system (hereinafter, referred to as "GTCS") for controlling a gas fuel through an actuator/sensor module and controlling a safety integrity level (hereinafter, referred to as "SIL") protection function through a protection module for the gas turbine, the real-time gas turbine simulation system characterized in comprising: a hardwire-in-the-loop (hereinafter, referred to as "HIL") simulator connectable to the actuator/sensor module and the protection module through one or more hardwires to simulate a time critical portion of the gas turbine in real time; and a network simulator connectable to the GTCS through a network to simulate a non-time critical portion of the gas turbine in real time. a hardwire-in-the-loop (hereinafter, referred to as "HIL") simulator connectable to the actuator/sensor module and the protection module through one or more hardwires to simulate a time critical portion of the gas turbine in real time; and a network simulator connectable to the GTCS through a network to simulate a non-time critical portion of the gas turbine in real time.
A liquid circulation device , comprising: a plurality of piezoelectric pumps configured to circulate liquid between a replenishing tank and a liquid discharge head through an operation of a piezoelectric actuator thereof; a DC power supply ; a switching circuit configured to switch an output of the DC power supply to provide a driving voltage to the piezoelectric actuator; and a control circuit configured to control the driving voltage by controlling a switching timing of the switching circuit, characterized in that : the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit. a plurality of piezoelectric pumps configured to circulate liquid between a replenishing tank and a liquid discharge head through an operation of a piezoelectric actuator thereof; a DC power supply ; a switching circuit configured to switch an output of the DC power supply to provide a driving voltage to the piezoelectric actuator; and a control circuit configured to control the driving voltage by controlling a switching timing of the switching circuit, characterized in that : the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit. the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit.
A method for preventing quality deterioration in frozen noodles caused by microwave cooking comprising: putting cooked noodles in a package having a ventilation hole or ventilation holes, wherein a total area of an opening of the ventilation hole or openings of the ventilation holes is 0.02 to 5 cm 2 per 100 cm 2 of a surface area of the package, wherein to the cooked noodles 3 to 7 parts by mass of water relative to 100 parts by mass of the cooked noodles is attached by spraying or adding and mixing; and freezing the cooked noodles and the water. putting cooked noodles in a package having a ventilation hole or ventilation holes, wherein a total area of an opening of the ventilation hole or openings of the ventilation holes is 0.02 to 5 cm 2 per 100 cm 2 of a surface area of the package, wherein to the cooked noodles 3 to 7 parts by mass of water relative to 100 parts by mass of the cooked noodles is attached by spraying or adding and mixing; and freezing the cooked noodles and the water.
A method comprising: receiving , by an orchestrator executed by one or more processors, a resource request, the resource request being a request to deploy at least one compute or storage resource from a distributed computing system distributed among multiple data centers; selecting , by the orchestrator and based on a geographic location of a client device originating the resource request, a resource policy from a plurality of different resource policies that is associated with the resource request, wherein the resource policy includes at least one rule specifying at least one metadata tag and at least one criterion associated with the at least one metadata tag; identifying , by the orchestrator, at least one object included in a resource object model that complies with the at least one rule of the resource policy, wherein the at least one object has an assigned value for the at least one metadata tag that satisfies the at least one criterion, and wherein the resource object model includes one or more objects for respective resources in each of the multiple data centers; selecting , by the orchestrator, a data center of the distributed computing system that is associated with the at least one object identified from the resource object model; and deploying , by the orchestrator and on the selected data center, the at least one compute or storage resource in response to the resource request. receiving , by an orchestrator executed by one or more processors, a resource request, the resource request being a request to deploy at least one compute or storage resource from a distributed computing system distributed among multiple data centers; selecting , by the orchestrator and based on a geographic location of a client device originating the resource request, a resource policy from a plurality of different resource policies that is associated with the resource request, wherein the resource policy includes at least one rule specifying at least one metadata tag and at least one criterion associated with the at least one metadata tag; identifying , by the orchestrator, at least one object included in a resource object model that complies with the at least one rule of the resource policy, wherein the at least one object has an assigned value for the at least one metadata tag that satisfies the at least one criterion, and wherein the resource object model includes one or more objects for respective resources in each of the multiple data centers; selecting , by the orchestrator, a data center of the distributed computing system that is associated with the at least one object identified from the resource object model; and deploying , by the orchestrator and on the selected data center, the at least one compute or storage resource in response to the resource request.
A device, comprising a housing enclosing a chamber surrounded by an inner wall of said housing, arranged for introducing particulate matter in said chamber, said device having an external support structure supporting at least one actuator element arranged for inducing sonic vibrations in said housing and said chamber, thereby providing at least one of impeding adherence of particulate matter at said inner wall of said chamber and releasing particulate matter adhered to said inner wall of said chamber, characterised in that said sonic vibrations are one or more of a frequency range from 11-15kHz, 16-21kHz and 22-29kHz.
A method comprising: molding a first blank body and a second blank body , including molding respective step structures of the first blank body and the second blank body , wherein the step structure of the first blank body extends to the two opposing sides of the first blank body; forming an optical combiner structure at one of the respective step structures of the first blank body and the second blank body ; bonding the first blank body to the second blank body to form a lens blank ; coupling the lens blank to one or more blocking structures , wherein respective molded surface portions of the first blank body and the second blank body are mated to one another within the lens blank , wherein the step structure of the first blank body couples to the step structure of the second blank body to form a stepped interface , and wherein the step structure of the first blank body extends to include, at a first side of the first blank body , an exterior step structure which forms part of an exterior of the lens blank ; forming an eyepiece from the lens blank , including: machining the first blank body to expose a first surface; depositing a filler material on part of the first side of the first blank body prior to the machining the first blank body ; polishing the first surface; and deblocking an assembly including a remaining portion of the lens blank . molding a first blank body and a second blank body , including molding respective step structures of the first blank body and the second blank body , wherein the step structure of the first blank body extends to the two opposing sides of the first blank body; forming an optical combiner structure at one of the respective step structures of the first blank body and the second blank body ; bonding the first blank body to the second blank body to form a lens blank ; coupling the lens blank to one or more blocking structures , wherein respective molded surface portions of the first blank body and the second blank body are mated to one another within the lens blank , wherein the step structure of the first blank body couples to the step structure of the second blank body to form a stepped interface , and wherein the step structure of the first blank body extends to include, at a first side of the first blank body , an exterior step structure which forms part of an exterior of the lens blank ; forming an eyepiece from the lens blank , including: machining the first blank body to expose a first surface; depositing a filler material on part of the first side of the first blank body prior to the machining the first blank body ; polishing the first surface; and deblocking an assembly including a remaining portion of the lens blank . machining the first blank body to expose a first surface; depositing a filler material on part of the first side of the first blank body prior to the machining the first blank body ; polishing the first surface; and deblocking an assembly including a remaining portion of the lens blank .
A composition comprising an opioid antagonist for use in a method of reducing or preventing opioid dependence of a fetus carried by a drug dependent or opioid tolerant pregnant subject receiving opioid therapy or maintenance, wherein the opioid antagonist is present in an amount effective for reducing or preventing opioid dependence of the fetus, and wherein the composition is administered to the pregnant subject and the opioid antagonist reaches the circulation of the pregnant subject but is substantially excluded from the pregnant subject's brain by the blood brain barrier, and wherein the opioid antagonist penetrates the placenta and enters the fetal brain, wherein the opioid antagonist is a neutral antagonist to a μ-opioid receptor.
A method for removing metal impurities from an organic solvent, comprising: passing the organic solvent through first and second filter units to obtain a purified organic solvent, wherein the first filter unit comprises a first housing and at least one first filter in the first housing, the first filter comprises a filtration medium comprising a positively charged ion exchange resin, and the positively charged ion exchange resin comprises a polyamide; and wherein the second filter unit comprises a second housing and at least one second filter in the second housing, the second filter comprises a filtration medium comprising a negatively charged ion exchange resin, and the negatively charged ion exchange resin comprises a polyolefin. passing the organic solvent through first and second filter units to obtain a purified organic solvent, wherein the first filter unit comprises a first housing and at least one first filter in the first housing, the first filter comprises a filtration medium comprising a positively charged ion exchange resin, and the positively charged ion exchange resin comprises a polyamide; and wherein the second filter unit comprises a second housing and at least one second filter in the second housing, the second filter comprises a filtration medium comprising a negatively charged ion exchange resin, and the negatively charged ion exchange resin comprises a polyolefin.
A line handling system for locating on a tugboat , wherein the tugboat is for assisting a marine vessel to manoeuvre and the tugboat comprises a hull having a perimeter (P); wherein the line handling system comprises a line guide mechanism positionable to protrude away from the hull for guiding a line of the marine vessel towards a predetermined region of the perimeter (P), when the line handling system is located on the tugboat ; wherein the line guide mechanism comprises at least one guide device , the or each guide device comprising a guide arm that is positionable to protrude, away from the hull , when the line handling system is located on the tugboat ; and wherein the or each guide device comprises a secondary guide that is movable relative to the guide arm of the respective guide device to drive the line along the guide arm of the respective guide device towards the predetermined region of the perimeter (P), when the line handling system is located on the tugboat . wherein the line handling system comprises a line guide mechanism positionable to protrude away from the hull for guiding a line of the marine vessel towards a predetermined region of the perimeter (P), when the line handling system is located on the tugboat ; wherein the line guide mechanism comprises at least one guide device , the or each guide device comprising a guide arm that is positionable to protrude, away from the hull , when the line handling system is located on the tugboat ; and wherein the or each guide device comprises a secondary guide that is movable relative to the guide arm of the respective guide device to drive the line along the guide arm of the respective guide device towards the predetermined region of the perimeter (P), when the line handling system is located on the tugboat .