mhurhangee/ep-ind-claims huggingface dataset:
Boron nitride particles in which an atomic concentration ratio of an oxygen atomic concentration to a boron atomic concentration on a surface, detected by X-ray photoelectron spectroscopy, is 0.12 or greater, and a D value obtained by Equation is 0.010 or less, D value = B OH 3 002 / BN 002 B 3: Peak strength derived from a plane of boron hydroxide having a triclinic space group measured by X-ray diffraction BN: Peak strength derived from the plane of boron nitride having a hexagonal space group measured by X-ray diffraction. a D value obtained by Equation is 0.010 or less, D value = B OH 3 002 / BN 002 B 3: Peak strength derived from a plane of boron hydroxide having a triclinic space group measured by X-ray diffraction BN: Peak strength derived from the plane of boron nitride having a hexagonal space group measured by X-ray diffraction.
An intrabody device for collapsing a target vein in a patient, comprising: a shaft being insertable into a venous lumen of a target vein; and an intravascular irritation element affixed at a distal end of said shaft and having a plurality of mechanical irritating objects; wherein said intravascular irritation element is sized and shaped to be moved in said venous lumen so that at least some of said plurality of mechanical irritating objects are in contact with an inner surface of said target vein characterized by: said intravascular irritation element is a flexible woven mesh having said plurality of mechanical irritating objects affixed thereto. a shaft being insertable into a venous lumen of a target vein; and an intravascular irritation element affixed at a distal end of said shaft and having a plurality of mechanical irritating objects; wherein said intravascular irritation element is sized and shaped to be moved in said venous lumen so that at least some of said plurality of mechanical irritating objects are in contact with an inner surface of said target vein characterized by: said intravascular irritation element is a flexible woven mesh having said plurality of mechanical irritating objects affixed thereto.
A method of wireless communication in a Long Term Evolution - Time Division Duplex LTE-TDD system, comprising: determining, at a first base station, that an uplink acknowledgement/negative acknowledgement, ACK/NACK, message of a first user equipment, UE corresponding to a downlink data transmission experiences interference from downlink communications of a second base station, wherein the first base station deploys a first LTE-TDD configuration, the second base station deploys a second LTE-TDD configuration, which is different from the first LTE-TDD configuration, wherein at least one uplink subframe associated with the first base station collides with a downlink subframe associated with the second base station; and transmitting reduced size downlink retransmissions to trigger another uplink ACK/NACK message corresponding to the downlink data transmission. determining, at a first base station, that an uplink acknowledgement/negative acknowledgement, ACK/NACK, message of a first user equipment, UE corresponding to a downlink data transmission experiences interference from downlink communications of a second base station, wherein the first base station deploys a first LTE-TDD configuration, the second base station deploys a second LTE-TDD configuration, which is different from the first LTE-TDD configuration, wherein at least one uplink subframe associated with the first base station collides with a downlink subframe associated with the second base station; and transmitting reduced size downlink retransmissions to trigger another uplink ACK/NACK message corresponding to the downlink data transmission.
Device for dissipating heat for a rail vehicle, comprising: - a car body with a space-delimiting wall, which comprises a plurality of separate air ducts, wherein one air duct has an inlet opening and one air duct has an outlet opening and the air duct with the inlet opening and the air duct with the outlet opening are coupled fluidically to one another, - an electronics container, which is embodied to receive electronic components for the rail vehicle and is coupled to the wall and which has an exit opening and an entrance opening, wherein the exit opening with the inlet opening of the wall and the entrance opening with the outlet opening of the wall are coupled fluidically, so that the electronics container, the air duct with the inlet opening and the air duct with the outlet opening form a closed flow circuit, and - a fan unit, which is coupled to the electronics container and/or to the wall and which is designed to embody an air flow in the flow circuit, characterised in that the wall comprises an extruded section element, which has the plurality of separate air ducts and which embodies at least one part of a floor, a front wall, a ceiling or a side wall of the car body. - a car body with a space-delimiting wall, which comprises a plurality of separate air ducts, wherein one air duct has an inlet opening and one air duct has an outlet opening and the air duct with the inlet opening and the air duct with the outlet opening are coupled fluidically to one another, - an electronics container, which is embodied to receive electronic components for the rail vehicle and is coupled to the wall and which has an exit opening and an entrance opening, wherein the exit opening with the inlet opening of the wall and the entrance opening with the outlet opening of the wall are coupled fluidically, so that the electronics container, the air duct with the inlet opening and the air duct with the outlet opening form a closed flow circuit, and - a fan unit, which is coupled to the electronics container and/or to the wall and which is designed to embody an air flow in the flow circuit,
A method for forming an e-textile, the method comprising: depositing a particle-free conductive ink on a textile substrate to form at least one pattern, wherein the particle-free conductive ink conformally coats fibers of the textile; and curing the particle-free conductive ink in the at least one pattern to form at least one conductive pattern, characterized in that the at least one conductive pattern exhibits an ink bleed of less than 0.2mm, and a resistance of less than 1 Ω/□, said ink bleed being measured as a distance from an intended border of a printed trace that said ink may extend, further comprising, during depositing the particle-free conductive ink: heating the textile substrate to a temperature of 30°C to 90°C, such as 40°C to 80°C. depositing a particle-free conductive ink on a textile substrate to form at least one pattern, wherein the particle-free conductive ink conformally coats fibers of the textile; and curing the particle-free conductive ink in the at least one pattern to form at least one conductive pattern, characterized in that the at least one conductive pattern exhibits an ink bleed of less than 0.2mm, and a resistance of less than 1 Ω/□, said ink bleed being measured as a distance from an intended border of a printed trace that said ink may extend, further comprising, during depositing the particle-free conductive ink: heating the textile substrate to a temperature of 30°C to 90°C, such as 40°C to 80°C.
A system, comprising a disinfection chamber having an interior volume, at least one radiation source arranged, when in operation, to emit disinfecting radiation into the interior volume of the disinfection chamber, a target article positioning device, the target article being a medical device, a memory, the memory having stored thereon a computer-generated model of a determined type of medical device, said computer-generated model including data that represents at least one physical property of the determined type of medical device, said computer-generated model including data that represents at least one optical property of the determined type of medical device, and said computer-generated model including data that represents a region of interest on the surface of the determined type of medical device, wherein said region of interest is a first region that is expected to receive a disinfecting radiation dose that is different from a second region, and a control system arranged to direct the operation of the at least one radiation source, wherein directing the operation includes causing delivery of a determined minimum dose of disinfecting radiation to the region of interest of a medical device of the determined type when said medical device of the determined type is coupled to the target article positioning device.
A pressure sensor assembly, comprising: a pressure sensor having a pressure sensing transducer connected to a plurality of electrode pins for transmitting an electrical signal, the pressure sensing transducer being connected to the electrode pins via a plurality of electrode pads disposed on the pressure sensing transducer via a wire bond; an inner casing configured to hold the pressure sensor in a sensor pocket having a pocket volume larger than the sensor volume, the inner casing further including a plurality of inner casing electrode pin channels having the electrode pins disposed therein, the inner casing electrode pin channels defined in a first inner casing side and a fluid port defined in a second inner casing side; characterized by an outer casing holding the inner casing therein including: a capsule header having a plurality of capsule header electrode pin channels defined therein, wherein the capsule header receives the first inner casing side, the capsule header electrode pin channels including a ceramic seal disposed therein such that the capsule header electrode pin channels engage the electrode pins in an insulating sealed relationship; an isolator plate disposed over the second inner casing side and in contact with the capsule header, the isolator plate including an isolator plate fluid port defined therein; and a pressure isolator disposed on the isolator plate and configured to deflect in response to a change in ambient pressure; a fluid volume defined by a total remaining volume inside the inner casing and the outer casing combined; and a pressure transmitting fluid disposed in the fluid volume. a pressure sensor having a pressure sensing transducer connected to a plurality of electrode pins for transmitting an electrical signal, the pressure sensing transducer being connected to the electrode pins via a plurality of electrode pads disposed on the pressure sensing transducer via a wire bond; an inner casing configured to hold the pressure sensor in a sensor pocket having a pocket volume larger than the sensor volume, the inner casing further including a plurality of inner casing electrode pin channels having the electrode pins disposed therein, the inner casing electrode pin channels defined in a first inner casing side and a fluid port defined in a second inner casing side; a capsule header having a plurality of capsule header electrode pin channels defined therein, wherein the capsule header receives the first inner casing side, the capsule header electrode pin channels including a ceramic seal disposed therein such that the capsule header electrode pin channels engage the electrode pins in an insulating sealed relationship; an isolator plate disposed over the second inner casing side and in contact with the capsule header, the isolator plate including an isolator plate fluid port defined therein; and a pressure isolator disposed on the isolator plate and configured to deflect in response to a change in ambient pressure; a fluid volume defined by a total remaining volume inside the inner casing and the outer casing combined; and
Rubber composition based on at least one diene elastomer, at least one reinforcing filler, at least one chemical crosslinking agent and at least one compound, optionally already grafted to the elastomer, of following formula: in which: - PAr denotes a polyaromatic group comprising at least two fused aromatic hydrocarbon rings, each of the said fused aromatic rings optionally being substituted by one or more carbon-based chains, which are identical or different, which are independent of one another, which are aliphatic or aromatic, which are linear, branched or cyclic, which are optionally substituted or interrupted by one or more heteroatoms; - Sp represents an atom or a group of atoms. - PAr denotes a polyaromatic group comprising at least two fused aromatic hydrocarbon rings, each of the said fused aromatic rings optionally being substituted by one or more carbon-based chains, which are identical or different, which are independent of one another, which are aliphatic or aromatic, which are linear, branched or cyclic, which are optionally substituted or interrupted by one or more heteroatoms; - Sp represents an atom or a group of atoms.
An air spring comprising a mounting plate, a flexible tubular member, and a piston, wherein the flexible tubular member, the mounting plate and the piston form a substantially gastight main chamber, wherein the air spring is provided with an inlet arranged to be in fluid communication with a pressurized gas supply system, wherein the flexible member defines a contour, wherein the air spring further comprises a substantially gastight reserve chamber directly mounted to or adjacent to one of the mounting plate and the piston, wherein the substantially gastight reserve chamber is in fluid communication with the main chamber through at least one valve, and wherein the at least one valve is arranged to selectively open if the pressure in the main chamber is less than a first predetermined threshold resulting in an inflow of gas from the reserve chamber to the main chamber, characterized in that the at least one valve includes a membrane having a first side and an opposite second side, wherein the first side of the membrane is in fluid communication with an environment outside the air spring such that the pressure exerted on the first side of the membrane is substantially equal to an ambient pressure outside the air spring, wherein the second side of the membrane is in fluid communication with the main chamber of the air spring such that the pressure exerted on the second side of the membrane is substantially equal to the pressure in the main chamber of the air spring wherein the membrane, acting as pressure sensitive element, is arranged for actuating an opening element for selectively opening a fluid channel between the reserve chamber and the main chamber if the pressure in the main chamber is less than a first predetermined pressure relative to the ambient pressure.
Electric hand-held power tool, in particular hammer drill or chipping hammer, having an impact-mechanism assembly, which vibrates along a vibration axis, and a handle assembly, which is decoupled in terms of vibration via an anti-vibration unit, wherein the anti-vibration unit has a coil spring with multiple windings, which is oriented along the vibration axis, characterized in that the coil spring is in the form of a cylindrically progressive compression spring having two stiffness regions (S1, S2) with different stiffnesses, wherein the coil spring provided in the form of a cylindrically progressive compression spring is of progressive form on both sides and has a third stiffness region, wherein the third stiffness region has the same stiffness as the first stiffness region, which has the lower stiffness, wherein the stiffness region with the higher stiffness is situated, along the vibration axis, between the stiffness regions (S1, S3) with the in each case lower stiffness.
An attachment system for an excavator implement, the system comprising: an excavator tooth having a nose-receiving pocket formed therein; an insert received in a recess formed in an adaptor nose; and an externally threaded fastener which releasably secures the tooth on the nose, the fastener having a helical fastener thread formed thereon which is eccentric relative to a body of the fastener. an excavator tooth having a nose-receiving pocket formed therein; an insert received in a recess formed in an adaptor nose; and an externally threaded fastener which releasably secures the tooth on the nose, the fastener having a helical fastener thread formed thereon which is eccentric relative to a body of the fastener.
A method of manufacturing a steel wire rod, comprising: heating a wire rod having the chemical composition of, in mass%, C: 0.70 to 1.10%, Si: 0.1 to 1.5%, Mn: 0.1 to 1.0%, Al: 0.01% or less, Ti: 0.01% or less, N: 10 to 60 mass ppm, B: not less than (0.77 x N (mass ppm) - 17.4) mass ppm or 3 mass ppm, whichever is greater, and not greater than 52 mass ppm, optionally one or more members selected from the group consisting of, in mass%: Cr: 0.03 to 0.5%, Ni: 0.5% or less (not including 0%), Co: 0.5% or less (not including 0%), V: 0.03 to 0.5%, Cu: 0.2% or less (not including 0%), Mo: 0.2% or less (not including 0%), W: 0.2% or less (not including 0%), and Nb: 0.1% or less (not including 0%), with the balance of Fe and unavoidable impurities, at a temperature between Tmin shown below and 1100°C; and subjecting the wire rod to patenting in an atmosphere of 500 to 650°C, in which a cooling rate between 800 and 650°C is 50°C/s or greater, said minimum heating temperature Tmin being 850°C when B (mass ppm) - 0.77 x N (mass ppm) > 0.0, and said minimum heating temperature Tmin being Tmin = 1000 + 1450 / (B (mass ppm) - 0.77 x N (mass ppm) - 10) °C when B (mass ppm) - 0.77 x N (mass ppm) ≤ 0.0. Cr: 0.03 to 0.5%, Ni: 0.5% or less (not including 0%), Co: 0.5% or less (not including 0%), V: 0.03 to 0.5%, Cu: 0.2% or less (not including 0%), Mo: 0.2% or less (not including 0%), W: 0.2% or less (not including 0%), and Nb: 0.1% or less (not including 0%), with the balance of Fe and unavoidable impurities,
A clothes-treatment apparatus comprising: a case configured to include a door; a clothes supporting unit configured to support clothes and disposed in an accommodation space of the case; first and second steam spraying units (32a, 32b) disposed to face each other with the clothes interposed therebetween and configured to spray steam toward the clothes; first and second air spraying units (31a, 31b) disposed to face each other with the clothes interposed therebetween and including, respectively, air slits (3111a, 3111b) formed to simultaneously spray compressed air to a front surface and a rear surface of the clothes; characterized in that the clothes-treatment apparatus further comprises a first moving unit to which the first steam spraying unit and the first air spraying unit are coupled; a second moving unit to which the second steam spraying unit and the second air spraying unit are coupled, wherein the first and second moving units (40a, 40b) are configured to simultaneously move vertically in the accommodation space, and a hot air circulating unit configured to circulate hot air in the accommodation space. a case configured to include a door; a clothes supporting unit configured to support clothes and disposed in an accommodation space of the case; first and second steam spraying units (32a, 32b) disposed to face each other with the clothes interposed therebetween and configured to spray steam toward the clothes; first and second air spraying units (31a, 31b) disposed to face each other with the clothes interposed therebetween and including, respectively, air slits (3111a, 3111b) formed to simultaneously spray compressed air to a front surface and a rear surface of the clothes; characterized in that the clothes-treatment apparatus further comprises a first moving unit to which the first steam spraying unit and the first air spraying unit are coupled; a second moving unit to which the second steam spraying unit and the second air spraying unit are coupled, wherein the first and second moving units (40a, 40b) are configured to simultaneously move vertically in the accommodation space, and a hot air circulating unit configured to circulate hot air in the accommodation space.
A power toothbrush, comprising: an elongated housing open at a proximal end; a frame disposed within the housing; a rechargeable battery; a control circuit in electrical communication with the battery; and a charging coil bobbin disposed at the housing proximal end, wherein the charging coil bobbin is further disposed in resilient contact with the frame, and wherein the housing and charging coil bobbin are fixedly engaged together by means of slots (22, 23) or tabs on an interior surface of the housing near the proximal end and corresponding tabs (95, 96) or slots disposed on the charging coil bobbin. an elongated housing open at a proximal end; a frame disposed within the housing; a rechargeable battery; a control circuit in electrical communication with the battery; and a charging coil bobbin disposed at the housing proximal end, wherein the charging coil bobbin is further disposed in resilient contact with the frame, and wherein the housing and charging coil bobbin are fixedly engaged together by means of slots (22, 23) or tabs on an interior surface of the housing near the proximal end and corresponding tabs (95, 96) or slots disposed on the charging coil bobbin.
A fermentation enclosure in the form of a flexible pouch having first and second openings therein, the first opening having a removable cap assembly (40, 44) and the second opening having a liquid dispensing arrangement for selective dispensing of liquid from the interior of the pouch, wherein the pouch comprises first and second opposing flexible sheets sealed together at opposing edges to define an internal cavity there-between and an intermediate sheet interposed between the first and second sheets to provide a base of the pouch in use such that the pouch is arranged to provide a self-supporting enclosure when at least partially filled with liquid, and the removable cap assembly (40, 44) is arranged to vent pressure from the interior of the pouch over a predetermined pressure range, wherein at least one sealed edge is arranged to yield at a predetermined internal pressure within the pouch of between 0.28 and 0.83 bar relative to the ambient external pressure.
A controlled transconductance circuit, comprising: a transistor having a drain terminal, a gate terminal, and a transistor source terminal; a biasing circuit element connected between the transistor source terminal and a CTC source terminal; a variable capacitor connected between the transistor source terminal and a constant voltage terminal, wherein the constant voltage terminal is adapted to receive a constant voltage, wherein the transistor and variable capacitor are adapted such that a transconductance of the transistor is proportional to a capacitance of the variable capacitor; and a CTC control terminal adapted to control a transconductance of the CTC by controlling a capacitance of the variable capacitor, the transconductance is utilized to set a propagation delay between the gate terminal and the drain terminal of the CTC. a transistor having a drain terminal, a gate terminal, and a transistor source terminal; a biasing circuit element connected between the transistor source terminal and a CTC source terminal; a variable capacitor connected between the transistor source terminal and a constant voltage terminal, wherein the constant voltage terminal is adapted to receive a constant voltage, wherein the transistor and variable capacitor are adapted such that a transconductance of the transistor is proportional to a capacitance of the variable capacitor; and a CTC control terminal adapted to control a transconductance of the CTC by controlling a capacitance of the variable capacitor, the transconductance is utilized to set a propagation delay between the gate terminal and the drain terminal of the CTC.