mhurhangee/ep-ind-claims huggingface dataset:
A laundry apparatus comprising: a drum rotatable on a shaft and comprising at least a predetermined region of a circumferential surface made of metal, the drum configured to hold laundry to be dried and having a plurality of penetrating holes provided in the circumferential surface of the drum; a tub holding the drum, wherein the tub comprises a tub body and a tub opening formed at a front portion of the tub body; an induction unit provided at the tub for heating the at least predetermined region of the circumferential surface of the drum by generating an electromagnetic field; and an air passage unit comprising a first duct in communication with the tub opening or the tub body and provided as a passage for exhausting air outside the tub, a second duct in communication with a tub body rear surface of the tub body or a tub body circumferential surface of the tub body and provided as a passage for introducing air into the tub and a fan for generating an air flow, characterized in that the air passage unit is configured such that the air delivered into the tub via the second duct is supplied to an internal space of the drum via the penetrating holes by the fan after exchanging heat with the circumferential surface of the drum and then exhausted to the first duct after passing through a drum opening provided at a front portion of the drum for loading the laundry into the drum. a drum rotatable on a shaft and comprising at least a predetermined region of a circumferential surface made of metal, the drum configured to hold laundry to be dried and having a plurality of penetrating holes provided in the circumferential surface of the drum; a tub holding the drum, wherein the tub comprises a tub body and a tub opening formed at a front portion of the tub body; an induction unit provided at the tub for heating the at least predetermined region of the circumferential surface of the drum by generating an electromagnetic field; and an air passage unit comprising a first duct in communication with the tub opening or the tub body and provided as a passage for exhausting air outside the tub, a second duct in communication with a tub body rear surface of the tub body or a tub body circumferential surface of the tub body and provided as a passage for introducing air into the tub and a fan for generating an air flow, characterized in that the air passage unit is configured such that the air delivered into the tub via the second duct is supplied to an internal space of the drum via the penetrating holes by the fan after exchanging heat with the circumferential surface of the drum and then exhausted to the first duct after passing through a drum opening provided at a front portion of the drum for loading the laundry into the drum.
An aircraft including a system for data transfer comprising: a power bus extending from a power source in a main fuselage of the aircraft to provide electrical power to electrical loads located in an extremity of the aircraft, wherein the extremity of the aircraft is physically isolated by distance from the main fuselage of the aircraft; a first power line communication node on the power bus in the extremity of the aircraft; a second power line communication node on the power bus in the main fuselage of the aircraft; and a digital sensor bus connected to the first power line communication node; and a health and usage management system connected to the second power line communication node; wherein information from the digital sensor bus is transmitted to the first power line communication node and across the power bus to the second power line communication node, and information is transmitted from the second power line communication node to the health and usage management system. a power bus extending from a power source in a main fuselage of the aircraft to provide electrical power to electrical loads located in an extremity of the aircraft, wherein the extremity of the aircraft is physically isolated by distance from the main fuselage of the aircraft; a first power line communication node on the power bus in the extremity of the aircraft; a second power line communication node on the power bus in the main fuselage of the aircraft; and a digital sensor bus connected to the first power line communication node; and a health and usage management system connected to the second power line communication node; wherein information from the digital sensor bus is transmitted to the first power line communication node and across the power bus to the second power line communication node, and information is transmitted from the second power line communication node to the health and usage management system.
A coated valve assembly comprising: a sleeve having a sleeve outer surface and a sleeve inner surface; a spool having a spool outer surface; a hardened surface formed on the sleeve inner surface and the spool outer surface; and a coating disposed on the hardened surface of at least one of the spool outer surface and the sleeve inner surface, the coating comprising a diamond-like carbon coating; wherein at least one of the sleeve and the spool are formed of a material comprising aluminum; and wherein the hardened surface comprises a base coating; and wherein the coated valve assembly comprises a fuel control metering valve. a sleeve having a sleeve outer surface and a sleeve inner surface; a spool having a spool outer surface; a hardened surface formed on the sleeve inner surface and the spool outer surface; and a coating disposed on the hardened surface of at least one of the spool outer surface and the sleeve inner surface, the coating comprising a diamond-like carbon coating; wherein at least one of the sleeve and the spool are formed of a material comprising aluminum; and wherein the hardened surface comprises a base coating; and wherein the coated valve assembly comprises a fuel control metering valve.
A method for performing a pool exit process for extracting a pool cleaning robot from a pool, the method comprising: moving the pool cleaning robot at a path that leads outside the pool; and wherein the method is characterized by comprising: forcing, during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold. moving the pool cleaning robot at a path that leads outside the pool; and wherein the method is characterized by comprising: forcing, during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold. forcing, during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold.
An information frame (Fig. 5d) comprising a plurality of consecutive frames (MUXPDU, LTU) each having a given length, wherein at least one of the consecutive frames (Figs. 6a and 6b) comprises one or more radio link protocol sub-frames, and each sub-frame comprises a header and a service data block including transmission data, the header including a service identifier for identifying one of a plurality of services, a length field indicating a length of the service data block and a length indicator for indicating the existence of the length field.
A fluid manifold system (104, 300, 450) comprising: a first manifold (108, 302, 452) defining a fluid flow path; a fluid inlet communicating with the fluid flow path; and a plurality of receiving containers (110, 304, 474) in fluid communication with the fluid flow path of the first manifold, each receiving container bounding a compartment (270,330, 476); characterised in that the first manifold comprises at least portions of opposing flexible sheets welded together to form the fluid flow path therebetween. a first manifold (108, 302, 452) defining a fluid flow path; a fluid inlet communicating with the fluid flow path; and a plurality of receiving containers (110, 304, 474) in fluid communication with the fluid flow path of the first manifold, each receiving container bounding a compartment (270,330, 476); characterised in that the first manifold comprises at least portions of opposing flexible sheets welded together to form the fluid flow path therebetween.
A nanocomposite comprising: a halogenated elastomer, wherein the elastomer has a number average molecular weight, determined by gel permeation chromatography, between 25000 and 500000 and has no polar functionalization other than the halogen; a polymer or oligomer functionalized with a polar group, wherein the polar group is selected from the group consisting of alcohols, ethers, acids, anhydrides, nitriles, amines, acrylates, esters, ammonium ions, and combinations thereof, and wherein the polymer or oligomer functionalized with a polar group has a number average molecular weight less than 25000; and a clay. a halogenated elastomer, wherein the elastomer has a number average molecular weight, determined by gel permeation chromatography, between 25000 and 500000 and has no polar functionalization other than the halogen; a polymer or oligomer functionalized with a polar group, wherein the polar group is selected from the group consisting of alcohols, ethers, acids, anhydrides, nitriles, amines, acrylates, esters, ammonium ions, and combinations thereof, and wherein the polymer or oligomer functionalized with a polar group has a number average molecular weight less than 25000; and a clay.
A turbofan engine comprising: a fan; a compressor; a turbine including a plurality of turbine blades (46a,46b,46c); and at least one rub strip (64,66,68) proximate at least one of the compressor, the turbine and the fan for generating a force opposing rotation when in an engaged condition therewith; wherein the engine further comprises a speed reduction device driven by the turbine for driving the fan at a speed and direction different than the turbine; and the force opposing rotation is between two and six times a torque encountered in a non-engaged condition for slowing rotation of the at least one of the fan, compressor and turbine. a fan; a compressor; a turbine including a plurality of turbine blades (46a,46b,46c); and at least one rub strip (64,66,68) proximate at least one of the compressor, the turbine and the fan for generating a force opposing rotation when in an engaged condition therewith; wherein the engine further comprises a speed reduction device driven by the turbine for driving the fan at a speed and direction different than the turbine; and the force opposing rotation is between two and six times a torque encountered in a non-engaged condition for slowing rotation of the at least one of the fan, compressor and turbine.
A continuously variable transmission control method for controlling entry and exit of oil in a primary pulley oil chamber by an electric oil pump disposed in an oil path between the primary pulley oil chamber and a secondary pulley oil chamber, characterized by: comparing a temperature of the electric oil pump with a first threshold, wherein the temperature of the electric oil pump includes temperatures of electric system components of the oil pump such as an electric motor driving the electric oil pump and an inverter; and restricting a shift amount of a continuously variable transmission when the temperature of the electric oil pump is higher than the first threshold. comparing a temperature of the electric oil pump with a first threshold, wherein the temperature of the electric oil pump includes temperatures of electric system components of the oil pump such as an electric motor driving the electric oil pump and an inverter; and restricting a shift amount of a continuously variable transmission when the temperature of the electric oil pump is higher than the first threshold.
Hair shaping device, comprising a shaft (12, 12.1, 12.2) with a shaping tool (3, 3.1, 3.2) configured in the manner of a comb extending only over a part circumference of the shaft (12, 12.1, 12.2), and a forming part (7, 7.1, 15) made of good thermally-conductive material, these being separated in each case from one another by a hair receptacle, arranged in a row in the longitudinal extension of the shaft (12, 12.1, 12.2), projecting from the shaft (12, 12.1, 12.2), forming or exhibiting teeth (5, 5.1, 5.2), wherein in each case two shaped parts (7, 7.1, 15), separated by a hair shaping gap (11, 16) form a shaped part pair, characterised in that the shaft (12, 12.1, 12.2) carries at least one hair gripping device (13, 18) on its part circumference not occupied by the shaping tool (3, 3.1, 3.2), following the row of teeth in the longitudinal extension and arranged opposite them in such a way that one or more rows of bristles are formed, projecting in the radial direction from the shaft (12, 12.1, 12.2), wherein the angular distance of the at least one row of bristles from the forming tool (3, 3.1, 3.2) amounts to 60 degrees or more, in order that, after the hair has been gripped by the hair-catching device and after the rotation of the shaft (12, 12.1, 12.2) about its longitudinal axis, the hair is introduced into the hair-shaping gap (11, 16) located between the shaped part pairs.
Braking system for a vehicle, having: at least one pressure regulating module, configured to set a setpoint brake pressure to be introduced into at least one brake cylinder of a wheel of the vehicle, at least one wheel speed sensor, configured to detect the wheel slip of the one wheel of the vehicle, at least one pressure control valve, which is assigned to the brake cylinder of a wheel and is configured to control the brake pressure applied at the brake cylinder in dependence on the wheel slip, a central processing unit, configured to control the at least one pressure regulating module and the at least one pressure control valve at least starting from a brake signal and the detected data of the at least one wheel speed sensor, wherein the at least one wheel speed sensor has a direct connection to the central processing unit, which is configured to transmit data detected by the wheel speed sensor, and characterised in that the central processing unit and the at least one pressure regulating module are arranged in a central unit. at least one pressure regulating module, configured to set a setpoint brake pressure to be introduced into at least one brake cylinder of a wheel of the vehicle, at least one wheel speed sensor, configured to detect the wheel slip of the one wheel of the vehicle, at least one pressure control valve, which is assigned to the brake cylinder of a wheel and is configured to control the brake pressure applied at the brake cylinder in dependence on the wheel slip, a central processing unit, configured to control the at least one pressure regulating module and the at least one pressure control valve at least starting from a brake signal and the detected data of the at least one wheel speed sensor, wherein the at least one wheel speed sensor has a direct connection to the central processing unit, which is configured to transmit data detected by the wheel speed sensor, and characterised in that the central processing unit and the at least one pressure regulating module are arranged in a central unit.
A transgenic rodent comprising the human interleukin-34 (IL-34) gene that expresses human IL-34, wherein a human CD34-positive hematopoietic stem cell is transplanted into the rodent.
Front derailleur as a constituent part of a derailleur system for a bicycle for fastening to a seat tube of a frame, comprising a main body, a clamping clip with a clamp screw, a first sprung parallelogram lever and a second parallelogram lever, and a chain guide, a spring suspending the first parallelogram lever against the main body, and the first sprung parallelogram lever being arranged below the second parallelogram lever; characterized in that the said spring is arranged on the main body coaxially with respect to a third bearing point between a first arm and a second arm of the first parallelogram lever; the main body forms the upper termination of the front derailleur on the seat tube; and the first parallelogram lever is connected in one piece to an actuating lever, the actuating lever being configured in one piece with the first arm.
A motor for a permanent magnet machine, the motor comprising a magnetic carrier formed by a body so that the motor comprises a plurality of ends, including a first end and an opposing second end, an outer surface of the magnetic carrier extends between the plurality of ends (25, 35), and a plurality of magnetic poles (40, 45) including a first magnetic pole and a second magnetic pole, the plurality of magnetic poles (40, 45) disposed on the magnet carrier, extending between the plurality of ends (25, 35), and being adjacent on the outer surface of the magnet carrier, wherein each of the plurality of poles (40, 45) comprising an array of magnets, each magnet in the array of magnets being a permanent magnet, each array of magnets comprising a plurality of magnets including a first magnet and a second magnet, the plurality of magnets differing from each other in one or more of material and magnetic field strength (MGOe), wherein the motor is a rotary motor, the magnetic carrier is a rotor and the plurality of ends are axial ends (25,30), characterized in that the array of magnets is configured in a plurality of axially extending rows of magnets including a first row of magnets and a second row of magnets. a magnetic carrier formed by a body so that the motor comprises a plurality of ends, including a first end and an opposing second end, an outer surface of the magnetic carrier extends between the plurality of ends (25, 35), and a plurality of magnetic poles (40, 45) including a first magnetic pole and a second magnetic pole, the plurality of magnetic poles (40, 45) disposed on the magnet carrier, extending between the plurality of ends (25, 35), and being adjacent on the outer surface of the magnet carrier, wherein each of the plurality of poles (40, 45) comprising an array of magnets, each magnet in the array of magnets being a permanent magnet, each array of magnets comprising a plurality of magnets including a first magnet and a second magnet, the plurality of magnets differing from each other in one or more of material and magnetic field strength (MGOe), wherein the motor is a rotary motor, the magnetic carrier is a rotor and the plurality of ends are axial ends (25,30),
A method for providing multi-focal visual correction, using a profile calculation module, the method comprising: determining a plurality of pupil condition parameters for an eye, wherein a pupil position corresponding to a first pupil condition is non-concentric with a pupil position corresponding to a second pupil condition; and determining a target wavefront profile on the basis of the plurality of pupil condition parameters; and determining a wavefront-correction profile on the basis of the target wavefront profile; wherein determining the plurality of pupil condition parameters for an eye comprises determining a distance of a shift between the pupil positions corresponding to the first and second pupil conditions, respectively, and an angle of the shift from the horizontal. determining a plurality of pupil condition parameters for an eye, wherein a pupil position corresponding to a first pupil condition is non-concentric with a pupil position corresponding to a second pupil condition; and determining a target wavefront profile on the basis of the plurality of pupil condition parameters; and determining a wavefront-correction profile on the basis of the target wavefront profile; wherein determining the plurality of pupil condition parameters for an eye comprises determining a distance of a shift between the pupil positions corresponding to the first and second pupil conditions, respectively, and an angle of the shift from the horizontal.
A power supply apparatus comprising: a resonant circuit (1, 401, 501) adapted to determine a resonant frequency, and comprising a power supply coil; a drive unit (2, 402) adapted to drive the resonant circuit; and a controller (3, 303, 403, 503) adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, characterized in that the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, and the controller (3, 303, 403, 503) is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a phase difference between a phase of the drive signal and a phase of at least one of a current and a voltage flowing in the power supply coil becomes zero. a resonant circuit (1, 401, 501) adapted to determine a resonant frequency, and comprising a power supply coil; a drive unit (2, 402) adapted to drive the resonant circuit; and a controller (3, 303, 403, 503) adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, and the controller (3, 303, 403, 503) is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a phase difference between a phase of the drive signal and a phase of at least one of a current and a voltage flowing in the power supply coil becomes zero.
A method for reducing the amount of ammunition types to be used against a wide set of targets, the method making use of at least two explosive charges (3, 4) in cooperation, one of the explosive charges being given changeable characteristics, characterized in that each of the explosive charges (3,4) are given changeable characteristics by switching between at least two operating modes and are arranged to mutually cooperate in different ways depending on the particular changeable characteristics given to the explosive charges (3, 4) in a specific case and the type of target to be combated.
A method for video coding, the method comprising: processing a Supplemental Enhancement Information, SEI, Network Abstraction Layer, NAL, unit, comprising a raw byte sequence payload, RBSP, that comprises at least one bitstream partition nesting SEI message structure containing one or more sei _message syntax structures, the processing comprising: coding, within the at least one bitstream partition nesting SEI message structure or from the at least one bitstream partition nesting SEI message structure, a num_seis_in_bsp_minus1 syntax element, the num_seis_in_bsp_minus1 plus 1 specifying a number of the one or more sei _message syntax structures contained within the at least one bitstream partition nesting SEI message structure, the num_seis_in_bsp_minus1 syntax element being distinct from the one or more sei_message() syntax structures.