mhurhangee/ep-ind-claims huggingface dataset:
A clothes treatment apparatus comprising: a cabinet; a tub provided within the cabinet; a drum rotatably provided within the tub and configured to accommodate the laundry or a dry item therein; and a heat pump module configured to circulate a refrigerant through a compressor, a condenser, an expansion valve, and an evaporator, and re-circulate air discharged from the drum to the drum by way of the evaporator and the condenser, wherein the compressor is disposed above the tub and includes a compressor base unit configured to support a compressor body and a bracket disposed on an upper portion of the compressor base unit, and the compressor body is disposed below the bracket, wherein at least a fixed portion is provided at the bracket and fixed to a top portion of an outer circumferential surface of the compressor body. a cabinet; a tub provided within the cabinet; a drum rotatably provided within the tub and configured to accommodate the laundry or a dry item therein; and a heat pump module configured to circulate a refrigerant through a compressor, a condenser, an expansion valve, and an evaporator, and re-circulate air discharged from the drum to the drum by way of the evaporator and the condenser, wherein the compressor is disposed above the tub and includes a compressor base unit configured to support a compressor body and a bracket disposed on an upper portion of the compressor base unit, and the compressor body is disposed below the bracket, wherein at least a fixed portion is provided at the bracket and fixed to a top portion of an outer circumferential surface of the compressor body.
A toothbrush comprising a handle, a head extending from the handle and having a top surface, and a plurality of tufts of bristles projecting from the top surface of the head, the cumulative cross-sectional area of each of the bristles defining a first area, a plane intersects all of the bristles except the shortest bristle and is tangent to at least a portion of the free end of the shortest bristle, a perimeter located in the plane connects an outer surface of all outer tufts, the area within the perimeter defines a second area, the length of tufts of bristles is about 0,66-1,91 cm (0,26"-0,75"), characterized in that the ratio of the first area to the second area is between about 7% to about 16%.
Solar cell stack comprising - a first semiconductor solar cell, wherein the first semiconductor solar cell has a p-n transition of a first material with a first lattice constant and - a second semiconductor solar cell (IGA, IGA1), wherein the second semiconductor solar cell (IGA, IGA1) has a p-n transition of a second material with a second lattice constant and - the first lattice constant is smaller than the second lattice constant and - a metamorphic buffer, wherein the metamorphic buffer comprises a sequence of a first, lower AlInGaAs layer or AlInGaP layer and a second, middle AlInGaAs layer or AlInGaP layer and a third, upper AlInGaAs layer or AlInGaP layer, and the metamorphic buffer is formed between the first semiconductor solar cell and the second semiconductor solar cell (IGA, IGA1) and in the metamorphic buffer the lattice constant (a) changes along the thickness dimension of the metamorphic buffer, characterised in that between at least two layers (MP1, MP2, MP3, MP4, MP5, MP6) of the metamorphic buffer the lattice constant (a) and the In content increase and the Al content decreases. - a first semiconductor solar cell, wherein the first semiconductor solar cell has a p-n transition of a first material with a first lattice constant and - a second semiconductor solar cell (IGA, IGA1), wherein the second semiconductor solar cell (IGA, IGA1) has a p-n transition of a second material with a second lattice constant and - the first lattice constant is smaller than the second lattice constant and - a metamorphic buffer, wherein the metamorphic buffer comprises a sequence of a first, lower AlInGaAs layer or AlInGaP layer and a second, middle AlInGaAs layer or AlInGaP layer and a third, upper AlInGaAs layer or AlInGaP layer, and the metamorphic buffer is formed between the first semiconductor solar cell and the second semiconductor solar cell (IGA, IGA1) and in the metamorphic buffer the lattice constant (a) changes along the thickness dimension of the metamorphic buffer,
A chip having an upper surface and a lower surface, wherein, on the upper surface of the chip, at an edge of a first side of the chip, there is provided with a first pad pair comprising a first reference potential pad and a second reference potential pad, at an edge of a second side of the chip, there is provided with a second pad pair comprising a first reference potential pad and a second reference potential pad, the second pad pair being arranged, in a view perpendicular to a plane where the chip is located, between two adjacent memory cell arrays at an outermost side of the edge of the second side of the chip, and a distance between an edge of the second pad pair closest to the second side and the second side being greater than or equal to a distance between an edge of the two adjacent memory cell arrays closest to the second side and the second side; wherein after the chip is rotated by 180 degrees in the plane where the chip is located, the first pad pair on the first side of the chip after the rotation corresponds in position to the second pad pair on the second side of the chip before the rotation, wherein the chip comprises a peripheral logic control circuit and a regular array of a plurality of memory cell arrays, the regular array of the plurality of memory cell arrays comprises the two adjacent memory cell arrays, and the peripheral logic control circuit is arranged on the first side of the chip, wherein the first reference potential pad of the first pad pair of the chip after the rotation corresponds in position to the first reference potential pad of the second pad pair of the chip before the rotation, and the second reference potential pad of the first pad pair of the chip after the rotation corresponds in position to the second reference potential pad of the second pad pair of the chip before the rotation, and wherein signal pads of the chip other than reference potential pads are all arranged at the edge of the first side of the upper surface of the chip. wherein after the chip is rotated by 180 degrees in the plane where the chip is located, the first pad pair on the first side of the chip after the rotation corresponds in position to the second pad pair on the second side of the chip before the rotation, wherein the chip comprises a peripheral logic control circuit and a regular array of a plurality of memory cell arrays, the regular array of the plurality of memory cell arrays comprises the two adjacent memory cell arrays, and the peripheral logic control circuit is arranged on the first side of the chip, wherein the first reference potential pad of the first pad pair of the chip after the rotation corresponds in position to the first reference potential pad of the second pad pair of the chip before the rotation, and the second reference potential pad of the first pad pair of the chip after the rotation corresponds in position to the second reference potential pad of the second pad pair of the chip before the rotation, and wherein signal pads of the chip other than reference potential pads are all arranged at the edge of the first side of the upper surface of the chip.
A fundus imaging apparatus, comprising: a wavefront adjuster configured to adjust a wavefront of a femtosecond pulsed laser beam incident on an ocular fundus to be examined; and a detector (10, 13) configured to detect fluorescence generated in a multi-photon excitation process by the femtosecond pulsed laser beam incident on the ocular fundus to be examined, wherein the wavefront adjuster is further configured to adjust the wavefront so that an intensity of the fluorescence to be detected by the detector (10, 13) becomes a maximum value. a wavefront adjuster configured to adjust a wavefront of a femtosecond pulsed laser beam incident on an ocular fundus to be examined; and a detector (10, 13) configured to detect fluorescence generated in a multi-photon excitation process by the femtosecond pulsed laser beam incident on the ocular fundus to be examined, wherein the wavefront adjuster is further configured to adjust the wavefront so that an intensity of the fluorescence to be detected by the detector (10, 13) becomes a maximum value.
Wheel control assembly for a bogie of a rail vehicle, wherein the bogie has at least one bogie frame and at least one first wheel pair with a wheel bearing, with which at least one first elastic bearing setting the steering angle is provided with a first hydraulic supply, wherein the at least first elastic bearing is supplied by means of a separate, closed hydraulic circuit, wherein the first hydraulic supply has the closed hydraulic circuit and wherein the at least first elastic bearing has a dynamic rigidity when the first hydraulic supply is out of operation, characterised in that a second elastic bearing setting the steering angle is provided with a second hydraulic supply which has a closed hydraulic circuit and wherein the first hydraulic supply and the second hydraulic supply are embodied independently of one another. wherein the first hydraulic supply has the closed hydraulic circuit and wherein the at least first elastic bearing has a dynamic rigidity when the first hydraulic supply is out of operation, characterised in that a second elastic bearing setting the steering angle is provided with a second hydraulic supply which has a closed hydraulic circuit and wherein the first hydraulic supply and the second hydraulic supply are embodied independently of one another.
Brake device for a vehicle trailer, having pressure-medium-actuated wheel brakes on both sides of the vehicle and having a brake control valve for setting the pressure value of the pressure medium passing to the wheel brakes when the brakes are actuated, wherein the brake control valve comprises a valve housing fastened to a chassis part of the vehicle trailer, and an adjusting element which is rotatable in the valve housing about an axis, wherein the adjusting element is part of a throttle which is designed to be infinitely variable, and the adjusting element is fixedly connected to an actuating rod which is arranged transversely with respect to the axis and, outside the valve housing, extends away from the latter, characterized in that the actuating rod is provided at its end facing away from the valve housing with a lockable element, in that the lockable element can be secured on a bracket in one of a plurality of different positions by means of a form fit, and in that the bracket is fastened to a chassis part of the vehicle trailer.
A first digital subscriber line device (10, 14) to mitigate crosstalk noise on a signal to be transmitted over a transmission line of a network, the device (10, 14) comprising: a transceiver device configured to transmit a reference virtual noise signal that is an estimation of noise on the transmission line to a second digital subscriber line device (10, 14) connected to the transmission line, wherein the transceiver device is configured to receive a bit loading value of the signal from the second digital subscriber line device (10, 14) that mitigates the crosstalk noise based on the reference virtual noise signal, wherein the transceiver device is configured to transmit an update of the reference virtual noise signal at showtime, wherein the transceiver device is configured to receive a measure of noise of the transmission line of the network from the second device, wherein the transceiver device is configured to receive the bit loading value from the second digital subscriber line device (10, 14) based on the reference virtual noise signal for a plurality of modes of communication, and wherein the transceiver device is configured to switch between the modes of communication, wherein at least one of the modes of communication is a power saving mode. a transceiver device configured to transmit a reference virtual noise signal that is an estimation of noise on the transmission line to a second digital subscriber line device (10, 14) connected to the transmission line, wherein the transceiver device is configured to receive a bit loading value of the signal from the second digital subscriber line device (10, 14) that mitigates the crosstalk noise based on the reference virtual noise signal, wherein the transceiver device is configured to transmit an update of the reference virtual noise signal at showtime, wherein the transceiver device is configured to receive a measure of noise of the transmission line of the network from the second device, wherein the transceiver device is configured to receive the bit loading value from the second digital subscriber line device (10, 14) based on the reference virtual noise signal for a plurality of modes of communication, and wherein the transceiver device is configured to switch between the modes of communication, wherein at least one of the modes of communication is a power saving mode.
A method of characterizing a target polynucleotide, the method comprising: (a) applying a potential difference across a pore in contact with a Hel308 helicase and the target polynucleotide; (b) measuring at least two signals of different magnitudes per nucleotide of the target polynucleotide moving through the pore during a full translocation cycle of the Hel308 helicase; and (c) characterizing the target polynucleotide using the at least two signals of different magnitudes per nucleotide measured in (b). (a) applying a potential difference across a pore in contact with a Hel308 helicase and the target polynucleotide; (b) measuring at least two signals of different magnitudes per nucleotide of the target polynucleotide moving through the pore during a full translocation cycle of the Hel308 helicase; and (c) characterizing the target polynucleotide using the at least two signals of different magnitudes per nucleotide measured in (b).
Method for automatic reconfiguration of physical layer retransmission parameters associated with a line, for enhanced impulse noise protection, comprising: monitoring line performance of the line and obtaining at least one metric representative for impulse noise based on the monitored line performance; optimizing at least one physical layer retransmission parameter, based on the at least one metric; reconfiguring the at least one physical layer retransmission parameter of the line, characterized in that the monitoring the line performance comprises: measuring parameters suitable for estimating an errorfree throughput metric representative for a net data rate minus a data rate needed for retransmissions; computing the error-free throughput metric using said measured parameters; collecting metrics representative for the net data rate and an expected throughput being the net data rate minus an expected overhead; and wherein the optimizing at least one physical layer retransmission parameter comprises at least one of: optimizing a single high impulse noise environment, SHINE, parameter representative for a duration of SHINE events and optimizing a repetitive impulse noise, REIN, parameter representative for a duration of REIN events, based on the computed error-free throughput metric and the collected metrics representative for the net data rate and the expected throughput. monitoring line performance of the line and obtaining at least one metric representative for impulse noise based on the monitored line performance; optimizing at least one physical layer retransmission parameter, based on the at least one metric; reconfiguring the at least one physical layer retransmission parameter of the line, measuring parameters suitable for estimating an errorfree throughput metric representative for a net data rate minus a data rate needed for retransmissions; computing the error-free throughput metric using said measured parameters; collecting metrics representative for the net data rate and an expected throughput being the net data rate minus an expected overhead; optimizing a single high impulse noise environment, SHINE, parameter representative for a duration of SHINE events and optimizing a repetitive impulse noise, REIN, parameter representative for a duration of REIN events, based on the computed error-free throughput metric and the collected metrics representative for the net data rate and the expected throughput.
A system for determining whether an upstream fluid line including a sample probe in a laboratory instrument is clogged, the system comprising: a wash station in fluid communication with the sample probe; a waste tank; a fluid line coupled to the wash station to withdraw fluid from the wash station and deliver the fluid to the waste tank; a waste pump, coupled to the fluid line to create, on its suction side, a vacuum on the wash station; a vacuum transducer, and a processor, coupled to the vacuum transducer, to evaluate a vacuum pressure trace measured by the vacuum transducer, characterized in that the vacuum transducer is connected to the fluid line at the suction side of the waste pump, to measure vacuum pressure per unit time within the fluid line, and that the processor is configured to detect a state of clogging in the upstream fluid line on the basis of said measured vacuum pressure per unit time. a wash station in fluid communication with the sample probe; a waste tank; a fluid line coupled to the wash station to withdraw fluid from the wash station and deliver the fluid to the waste tank; a waste pump, coupled to the fluid line to create, on its suction side, a vacuum on the wash station; a vacuum transducer, and a processor, coupled to the vacuum transducer, to evaluate a vacuum pressure trace measured by the vacuum transducer,
A method of measuring chimerism in a biological sample obtained from a subject comprising two or more genetically distinct cell populations, the method comprising: isolating the genomic DNA from the cells in the sample, determining the level of genomic DNA in the sample from a first genetically distinct cell population based on a copy number variation polymorphism that is an informative marker of the first genetically distinct cell population, determining the total level of genomic DNA isolated from the genetically distinct cell populations in the biological sample, wherein the level of genomic DNA in the sample from said first genetically distinct cell population and the total level of genomic DNA isolated from the genetically distinct cell populations provides the measure of chimerism in the sample. isolating the genomic DNA from the cells in the sample, determining the level of genomic DNA in the sample from a first genetically distinct cell population based on a copy number variation polymorphism that is an informative marker of the first genetically distinct cell population, determining the total level of genomic DNA isolated from the genetically distinct cell populations in the biological sample, wherein the level of genomic DNA in the sample from said first genetically distinct cell population and the total level of genomic DNA isolated from the genetically distinct cell populations provides the measure of chimerism in the sample.
A method for manufacturing a solid article by an additive manufacturing device, the method comprising a first step of depositing a filament on a base element, whereby in a second step the filament is at least partially covered by an energy absorbing layer, whereby in a third step the energy absorbing layer is at least partially covered by another layer of the filament, such that the energy absorbing layer is sandwiched between the filaments, whereby in a fourth step an energy beam is directed onto the energy absorbing layer to provide a bond of the filaments and the energy absorbing layer.
A fermentation product of a propionic acid bacterium for use in improving dry skin conditions or skin roughness by oral administration or oral ingestion, wherein the fermentation product comprises a culture solution of a propionic acid bacterium.
A gas turbine engine comprising: a case; and a synchronization ring disposed radially outward of the case and configured to circumferentially rotate relative to the case, the synchronization ring comprising a forward ring portion and an aft ring portion detachably coupled together, wherein the forward ring portion and the aft ring portion jointly define a plurality of cylindrical bores circumferentially distributed around the synchronization ring, characterised in that the plurality of cylindrical bores extend radially through the synchronization ring. a case; and a synchronization ring disposed radially outward of the case and configured to circumferentially rotate relative to the case, the synchronization ring comprising a forward ring portion and an aft ring portion detachably coupled together, wherein the forward ring portion and the aft ring portion jointly define a plurality of cylindrical bores circumferentially distributed around the synchronization ring, characterised in that the plurality of cylindrical bores extend radially through the synchronization ring.
A saddled vehicle comprising: a step floor between a steering handle and a seat such that a rider can place the legs on the step floor; and a fuel tank disposed under the step floor, wherein the fuel tank is disposed between a pair of frame members in the width direction, the pair of frame members extending under the step floor in the front-rear direction, the fuel tank has an opening at an upper part to insert a body of a fuel pump, the fuel pump has an upper end fixed to a peripheral part of the opening, the upper end of the fuel pump is located below the upper face of the frame members in side view of a vehicle body, characterized in that, the body of the fuel pump is inclined relative to the vertical direction in side view of the vehicle body, the body of the fuel pump is inclined in side view of the vehicle body so that the lower part of the body is located closer to the front end of the vehicle body than the upper part of the body, the fuel tank includes an upper half body and a lower half body that are bonded at a flange face, the flange face of the fuel tank is inclined downward toward the rear of the vehicle body in side view of the vehicle body, and the frame members are inclined upward toward the rear of the vehicle body in side view of the vehicle body. a step floor between a steering handle and a seat such that a rider can place the legs on the step floor; and a fuel tank disposed under the step floor, wherein the fuel tank is disposed between a pair of frame members in the width direction, the pair of frame members extending under the step floor in the front-rear direction, the fuel tank has an opening at an upper part to insert a body of a fuel pump, the fuel pump has an upper end fixed to a peripheral part of the opening, the upper end of the fuel pump is located below the upper face of the frame members in side view of a vehicle body, characterized in that, the body of the fuel pump is inclined relative to the vertical direction in side view of the vehicle body, the body of the fuel pump is inclined in side view of the vehicle body so that the lower part of the body is located closer to the front end of the vehicle body than the upper part of the body, the fuel tank includes an upper half body and a lower half body that are bonded at a flange face, the flange face of the fuel tank is inclined downward toward the rear of the vehicle body in side view of the vehicle body, and the frame members are inclined upward toward the rear of the vehicle body in side view of the vehicle body.