mhurhangee/ep-ind-claims huggingface dataset:
A duplex unit for the simultaneous transmission and reception of microwave signals, comprising an interference canceller unit and a control unit, the interference canceller unit comprising a first adaptive filter and a duplex coupler with an antenna port, an input port, a first and a second output port and a return port, the duplex coupler being arranged to receive a transmit signal at the input port and to output a first part of the transmit signal at the antenna port, and to suppress leakage of the transmit signal to the first output port, the duplex coupler also being arranged to output a second part of the transmit signal at the second output port to be received by the first adaptive filter comprised in the interference cancellation unit, the first adaptive filter being arranged to output a first filtered signal to the return port, the duplex coupler further being arranged to receive a receive signal comprising a payload signal at the antenna port, and to output a combination of the receive signal and the first filtered signal as an interference suppressed receive signal on the first output port, the control unit being arranged to use the interference suppressed receive signal to adapt the first adaptive filter by means of a first control signal to make the interference suppressed receive signal equal to the payload signal.
A golf ball comprising a golf ball body and a paint film formed on a surface of the golf ball body, and having a coefficient of friction calculated using a contact force tester of 0.35 or more and 0.60 or less, wherein a base resin constituting the paint film is a polyurethane obtained by a reaction between a polyol and two or more polyisocyanates, and wherein a molar ratio (NCO/OH) of the isocyanate group of the two or more polyisocyanates to the hydroxyl group of the polyol is 0.1 or more and 0.9 or less in the reaction between the two or more polyisocyanates and the polyol, wherein the two or more polyisocyanates include a derivative of hexamethylene diisocyanate and a derivative of isophorone diisocyanate and wherein the mixing ratio of the derivative of hexamethylene diisocyanate and the derivative of isophorone diisocyanate (HDI derivative / IPDI derivative) ranges from 65/35 to 55/45 in a mass ratio.
A composition for polymerization, comprising: a monomer represented by the following Formula; and water, wherein a moisture content is equal to or higher than 3% by mass and less than 10% by mass, wherein R represents a hydrogen atom or a methyl group. a monomer represented by the following Formula; and water, wherein a moisture content is equal to or higher than 3% by mass and less than 10% by mass, wherein R represents a hydrogen atom or a methyl group.
A recline assembly for a stroller seat, the recline assembly comprising: a seat base including an outer lock position ring and an inner lock position ring positioned in the outer lock position ring, the outer lock position ring having a plurality of lock positions (320, 322, 324, 326), the inner lock position ring having a lock position; a seat back connector rotatably coupled to the seat base, respective ones of the lock positions of the outer lock position ring being engageable by the seat back connector to lock the position of the seat back connector relative to the seat base; and a napper bar connector rotatably coupled to the seat base, the lock position of the inner lock position ring being engageable by the napper bar connector to lock the position of the napper bar connector relative to the seat base, the napper bar connector releasable from a locked position in response to rotation of the seat back connector relative to the seat base, the napper bar connector rotatable relative to the seat base in response to being released from the locked position. a seat base including an outer lock position ring and an inner lock position ring positioned in the outer lock position ring, the outer lock position ring having a plurality of lock positions (320, 322, 324, 326), the inner lock position ring having a lock position; a seat back connector rotatably coupled to the seat base, respective ones of the lock positions of the outer lock position ring being engageable by the seat back connector to lock the position of the seat back connector relative to the seat base; and a napper bar connector rotatably coupled to the seat base, the lock position of the inner lock position ring being engageable by the napper bar connector to lock the position of the napper bar connector relative to the seat base, the napper bar connector releasable from a locked position in response to rotation of the seat back connector relative to the seat base, the napper bar connector rotatable relative to the seat base in response to being released from the locked position.
A method for characterizing a ferromagnetic material, comprising - providing a plurality of magnetometers in at least a one-dimensional array to measure a magnetic field, the magnetometers being coupled to a data processing module having a processor coupled with a memory, - wherein the magnetometers are mutually spaced apart and the array being positioned with a stand-off distance above the ferromagnetic material, - moving the array to a plurality of scan positions along the ferromagnetic material, - measuring, by the magnetometers, magnetic field data at the plurality of scan positions, - comparing the measured magnetic field data with a physics-based model of magnetic fields using a processor to identify and characterize phenomena in the magnetic field caused by missing metal defects, wherein characterizing includes distinguishing between a defect and a non-defect such as a weld, flange, coupled branch line, bend, or other normal or intentional anomaly, - wherein comparing the measured magnetic field data with a physics-based model of magnetic fields comprises - calculating magnetic field gradients from differences in magnetic field data of a plurality of the magnetometer within the array, modelling magnetic field gradients and - comparing the calculated magnetic field gradients with the modelled magnetic field gradients, - characterized in that - modeled and magnetic field data are compared over a variable window of scan positions. - providing a plurality of magnetometers in at least a one-dimensional array to measure a magnetic field, the magnetometers being coupled to a data processing module having a processor coupled with a memory, - wherein the magnetometers are mutually spaced apart and the array being positioned with a stand-off distance above the ferromagnetic material, - moving the array to a plurality of scan positions along the ferromagnetic material, - measuring, by the magnetometers, magnetic field data at the plurality of scan positions, - comparing the measured magnetic field data with a physics-based model of magnetic fields using a processor to identify and characterize phenomena in the magnetic field caused by missing metal defects, wherein characterizing includes distinguishing between a defect and a non-defect such as a weld, flange, coupled branch line, bend, or other normal or intentional anomaly, - wherein comparing the measured magnetic field data with a physics-based model of magnetic fields comprises - calculating magnetic field gradients from differences in magnetic field data of a plurality of the magnetometer within the array, modelling magnetic field gradients and - comparing the calculated magnetic field gradients with the modelled magnetic field gradients, - characterized in that - modeled and magnetic field data are compared over a variable window of scan positions.
A grey water treatment system comprising: a grey water source; a water softener generating spent brine; a grey water holding tank including a first inlet and a second inlet, said first inlet being connected to said grey water source and configured to receive grey water from said grey water source and said second inlet being connected to said water softener and configured to receive the spent brine generated from said water softener, wherein said grey water holding tank comprises a mix of the spent brine with the grey water. a grey water source; a water softener generating spent brine; a grey water holding tank including a first inlet and a second inlet, said first inlet being connected to said grey water source and configured to receive grey water from said grey water source and said second inlet being connected to said water softener and configured to receive the spent brine generated from said water softener, wherein said grey water holding tank comprises a mix of the spent brine with the grey water.
A combination of -(-)-1-(4-fluoro-5-isoquinolinesulfonyl)-2-methyl-1,4-homopiperazine or a salt thereof, or a solvate thereof, and a prostaglandin for use in a method for prevention or treatment of glaucoma, wherein the prostaglandin is latanoprost.
A tire, comprising a tread comprising a tire rubber composition, the rubber composition comprising: at least one liquid styrene-butadiene copolymer; at least one hydrogenated dicyclopentadiene resin; and at least one thiuram vulcanization accelerator. at least one liquid styrene-butadiene copolymer; at least one hydrogenated dicyclopentadiene resin; and at least one thiuram vulcanization accelerator.
An electric spindle for a machine tool, the electric spindle comprising: - a spindle body, - a rotary assembly comprising a spindle and a rotor, - a stator fixed inside the spindle body and configured to drive the rotation of the rotary assembly with respect to the spindle body about an axis, and - spindle equipment and at least one rolling bearing, - the rotary assembly is hollow, and forms a housing extending along the axis and passing at least in part through the rotor, the housing at least partially accommodating the spindle equipment, and - the rotary assembly is guided in rotation with respect to the spindle body by the rolling bearing, characterized in that the rolling bearing comprises an outer ring fixed to the rotary assembly, and an inner ring fixed to the spindle body. - a spindle body, - a rotary assembly comprising a spindle and a rotor, - a stator fixed inside the spindle body and configured to drive the rotation of the rotary assembly with respect to the spindle body about an axis, and - spindle equipment and at least one rolling bearing, - the rotary assembly is hollow, and forms a housing extending along the axis and passing at least in part through the rotor, the housing at least partially accommodating the spindle equipment, and - the rotary assembly is guided in rotation with respect to the spindle body by the rolling bearing,
A pharmaceutically-acceptable salt of a heterocyclic compound according to Formula 1: wherein R 1 and R 2 comprise 4-X-aminobutyl and wherein X Is selected from the group consisting of succlnyl, glutaryl, mateyl, citraconyl, malonyl, oxalyl and fumaryl; E 1 and Ez are NH; and said salt further comprises at least one cation; and wherein said salt Is not a lithium salt of 2,5-diaspartyl-3,6-diketopiperazine or 2,5-diglutamyl-3,6-diketopiperazine and said salt is in a solid form; wherein the heterocyclic compound comprises a diketopiperazine. wherein R 1 and R 2 comprise 4-X-aminobutyl and wherein X Is selected from the group consisting of succlnyl, glutaryl, mateyl, citraconyl, malonyl, oxalyl and fumaryl; E 1 and Ez are NH; and said salt further comprises at least one cation; and wherein said salt Is not a lithium salt of 2,5-diaspartyl-3,6-diketopiperazine or 2,5-diglutamyl-3,6-diketopiperazine and said salt is in a solid form; wherein the heterocyclic compound comprises a diketopiperazine.
Fire control mechanism for at least one manually aimed weapon, particularly a mortar, comprising: - a visual sighting device with a mechanism designed for measuring the distance to a chosen target and a mechanism designed for determining a nominal azimuth angle (α nom) to the chosen target for aiming the weapon, - a calculating device designed for determining at least one nominal elevation angle (ε nom) from the measured distance (d) for aiming the weapon in relation to the chosen target, - communications means (10, 12) on the sighting device and on the weapon designed for wireless data transmission, - a mechanism provided on the weapon designed for determining the actual azimuth angle (factual) of the weapon aimed within space, - a mechanism provided on the weapon designed for determining the actual elevation angle (ε actual) of the weapon aimed within space, - display means (16, 17) provided on the weapon designed to indicate agreement between the actual azimuth angle (α actual) and the nominal azimuth angle (α nom) and the actual elevation angle (ε actual) and the nominal elevation angle (ε nom), and - a storage device designed for storing the nominal angles (α nom, ε nom) and provided in the weapon, from which the nominal angles (α nom, ε nom) of a preceding fire from the weapon for a further aiming process for subsequent firing can be retrieved. - a visual sighting device with a mechanism designed for measuring the distance to a chosen target and a mechanism designed for determining a nominal azimuth angle (α nom) to the chosen target for aiming the weapon, - a calculating device designed for determining at least one nominal elevation angle (ε nom) from the measured distance (d) for aiming the weapon in relation to the chosen target, - communications means (10, 12) on the sighting device and on the weapon designed for wireless data transmission, - a mechanism provided on the weapon designed for determining the actual azimuth angle (factual) of the weapon aimed within space, - a mechanism provided on the weapon designed for determining the actual elevation angle (ε actual) of the weapon aimed within space, - display means (16, 17) provided on the weapon designed to indicate agreement between the actual azimuth angle (α actual) and the nominal azimuth angle (α nom) and the actual elevation angle (ε actual) and the nominal elevation angle (ε nom), and - a storage device designed for storing the nominal angles (α nom, ε nom) and provided in the weapon, from which the nominal angles (α nom, ε nom) of a preceding fire from the weapon for a further aiming process for subsequent firing can be retrieved.
A foot structure and function assessment device comprising: a base having a top surface for supporting a patient's foot, a clamp attached to the base configured to immobilize a second metatarsal of the patient's foot; a vertical measurement mechanism carried by the base configured to measure displacement of a first ray of the patient's foot; an actuation member configured to vertically displace the first ray, the actuation member including a first movable pointer adjacent the vertical measurement mechanism configured to measure a first ray position of the patient's foot, and a second movable pointer adjacent the vertical measurement mechanism configured to measure a first ray mobility of the patient's foot; and a controller operatively in communication with the actuation member and configured to: apply a first vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray position of the patient's foot under the first vertical load, and apply a second vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray mobility of the patient's foot under the second vertical load. a base having a top surface for supporting a patient's foot, a clamp attached to the base configured to immobilize a second metatarsal of the patient's foot; a vertical measurement mechanism carried by the base configured to measure displacement of a first ray of the patient's foot; an actuation member configured to vertically displace the first ray, the actuation member including a first movable pointer adjacent the vertical measurement mechanism configured to measure a first ray position of the patient's foot, and a second movable pointer adjacent the vertical measurement mechanism configured to measure a first ray mobility of the patient's foot; and a controller operatively in communication with the actuation member and configured to: apply a first vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray position of the patient's foot under the first vertical load, and apply a second vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray mobility of the patient's foot under the second vertical load. apply a first vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray position of the patient's foot under the first vertical load, and apply a second vertical load to the first ray using the actuation member for displacing the first ray while the second metatarsal is immobilized, and determine the first ray mobility of the patient's foot under the second vertical load.
A method for deoxygenating renewable oils comprised of natural oils or greases or derivatives thereof comprising triglycerides or free fatty acids, comprising the steps of: providing a sulfided catalyst comprising: a support predominantly comprised of alumina, metal compounds provided on the support, the metal compounds based on Mo and at least one selected from the group consisting of Ni and Co, and at least one promoter selected from the group consisting of Cu and Cr; wherein the promoter metal is present in the catalyst in an amount calculated as oxide in the range 0.5 wt% to 10 wt%; and contacting the renewable oils with the catalyst under conditions sufficient to promote deoxygenation of the renewable oils. a support predominantly comprised of alumina, metal compounds provided on the support, the metal compounds based on Mo and at least one selected from the group consisting of Ni and Co, and at least one promoter selected from the group consisting of Cu and Cr; wherein the promoter metal is present in the catalyst in an amount calculated as oxide in the range 0.5 wt% to 10 wt%; and contacting the renewable oils with the catalyst under conditions sufficient to promote deoxygenation of the renewable oils.
Continuous process for preparing sulphuric acid from elemental sulphur and/or a sulphur compound and an oxygen-containing combustion gas, which comprises the steps: (a)reaction of the elemental sulphur and/or the sulphur compound with a combustion gas containing oxygen in a combustion chamber to form sulphur dioxide, (b)catalytic oxidation of the sulphur dioxide from step (a) to form sulphur trioxide, (c)absorption and/or condensation of the sulphur trioxide from step (b) in sulphuric acid, characterized in that the reaction of the elemental sulphur and/or the sulphur compound with the combustion gas containing oxygen in step (a) takes place in a plurality of zones within the combustion chamber, with heat of reaction from the reaction of the sulphur compound with the combustion gas containing oxygen being removed between the zones so that the maximum temperature within the combustion chamber does not exceed 2000°C, in that step (b) is carried out in a tube contact apparatus in a single contact stage and part of the gas stream resulting after absorption of the sulphur trioxide in step (c), which contains unreacted amounts of sulphur dioxide and oxygen, is recirculated to the combustion chamber of step (a), and the mass ratio of O 2 to constituents which are not useable for sulphuric acid production in the gas mixture which is fed to the combustion chamber is at least 30:70. (a)reaction of the elemental sulphur and/or the sulphur compound with a combustion gas containing oxygen in a combustion chamber to form sulphur dioxide, (b)catalytic oxidation of the sulphur dioxide from step (a) to form sulphur trioxide, (c)absorption and/or condensation of the sulphur trioxide from step (b) in sulphuric acid,
A road vehicle door drive device for a linear sliding door, comprising a base plate on which are disposed: - a door attachment element for a connection with the linear sliding door, - a toothed belt with a drive pinion and a deflection roller, - a control unit, - a drive unit for driving the drive pinion, comprising - a holding plate, which is connected to the base plate in such a way that the former can be moved, relative to the base plate, at least in the horizontal plane longitudinally and transversely to the main extent of the toothed belt, - an electric motor, which is firmly connected to the holding plate and which is connected to the drive pinion via a drive shaft, wherein the drive shaft extends through a shaft opening of the holding plate into the drive pinion, characterized in that - a locking unit, which includes a rotary latch that locks a locking bolt disposed on the door attachment element, is connected to the base plate, wherein the locking unit has an unlocking motor with a drive shaft rotating an unlocking cam, wherein the unlocking cam contacts and displaces an unlocking pin that rotates the rotary latch and releases the locking bolt, - a ball bearing mounted rotating ring, which is contacted by the unlocking cam, is mounted on the unlocking pin. - a door attachment element for a connection with the linear sliding door, - a toothed belt with a drive pinion and a deflection roller, - a control unit, - a drive unit for driving the drive pinion, comprising - a holding plate, which is connected to the base plate in such a way that the former can be moved, relative to the base plate, at least in the horizontal plane longitudinally and transversely to the main extent of the toothed belt, - an electric motor, which is firmly connected to the holding plate and which is connected to the drive pinion via a drive shaft, wherein the drive shaft extends through a shaft opening of the holding plate into the drive pinion, - a holding plate, which is connected to the base plate in such a way that the former can be moved, relative to the base plate, at least in the horizontal plane longitudinally and transversely to the main extent of the toothed belt, - an electric motor, which is firmly connected to the holding plate and which is connected to the drive pinion via a drive shaft, wherein the drive shaft extends through a shaft opening of the holding plate into the drive pinion, - a locking unit, which includes a rotary latch that locks a locking bolt disposed on the door attachment element, is connected to the base plate, wherein the locking unit has an unlocking motor with a drive shaft rotating an unlocking cam, wherein the unlocking cam contacts and displaces an unlocking pin that rotates the rotary latch and releases the locking bolt, - a ball bearing mounted rotating ring, which is contacted by the unlocking cam, is mounted on the unlocking pin.