mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a washing machine having a drum provided rotatably in a tub for containing water, wherein an introduction hole through which laundry is to be introduced is formed in a front of the drum, the method comprising: a step of washing the laundry introduced into the drum, by adding water mixed with detergent; a step of rotating the drum at a spin dry speed, where the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to a highest point inside the drum, and draining a tub while the drum is rotated at the spin-dry speed; a first rinse step of decelerating the drum from the spin-dry speed to a laundry adherence speed; and after the first rinse step a hygiene cleaning step of accelerating the drum from the laundry adherence speed to a first tub cleaning speed wherein the first rinse step comprises a step of providing a water supply to the drum, a step of draining the tub, and a step of providing a water supply to the drum, wherein the laundry adherence speed is set within a range where, despite the water supplies provided in the step and the step, the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to the highest point inside the drum, and wherein the first tub cleaning speed is set within a range where laundry is able to rotate along with the drum while adhered to the drum even when the drum is being rotated in a submerged state in water. a step of washing the laundry introduced into the drum, by adding water mixed with detergent; a step of rotating the drum at a spin dry speed, where the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to a highest point inside the drum, and draining a tub while the drum is rotated at the spin-dry speed; a first rinse step of decelerating the drum from the spin-dry speed to a laundry adherence speed; and after the first rinse step a hygiene cleaning step of accelerating the drum from the laundry adherence speed to a first tub cleaning speed wherein the first rinse step comprises a step of providing a water supply to the drum, a step of draining the tub, and a step of providing a water supply to the drum, wherein the laundry adherence speed is set within a range where, despite the water supplies provided in the step and the step, the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to the highest point inside the drum, and wherein the first tub cleaning speed is set within a range where laundry is able to rotate along with the drum while adhered to the drum even when the drum is being rotated in a submerged state in water.
A fuel cell vehicle equipped with a fuel cell system, wherein the fuel cell system includes a fuel cell that generates electric power through a reaction of a reactant gas and a fluid compressor that compresses the reactant gas; the fluid compressor comprising: a pump chamber defined in a pump housing; a delivery port that is provided, in a vertical direction, at an upper portion of the pump chamber; a delivery passage in communication with an inside of the pump chamber via the delivery port; a suction port that is provided, in a vertical direction, at a lower portion of the pump chamber; a suction passage in communication with the inside of the pump chamber via the suction port; and a rotor that is provided in the pump chamber and that rotates to compress the reactant gas introduced into the pump chamber through the suction port and then discharge the compressed reactant gas through the delivery port, characterized in that at least a part of the suction passage is located below the suction port, and at least a portion of the delivery passage is located below the delivery port. a pump chamber defined in a pump housing; a delivery port that is provided, in a vertical direction, at an upper portion of the pump chamber; a delivery passage in communication with an inside of the pump chamber via the delivery port; a suction port that is provided, in a vertical direction, at a lower portion of the pump chamber; a suction passage in communication with the inside of the pump chamber via the suction port; and a rotor that is provided in the pump chamber and that rotates to compress the reactant gas introduced into the pump chamber through the suction port and then discharge the compressed reactant gas through the delivery port, at least a part of the suction passage is located below the suction port, and at least a portion of the delivery passage is located below the delivery port.
An on-line method for detection of mesophase particles formed in a hydrocarbon conversion reactor that comprises the steps of: (a) establishing a continuous reactor fluid stream containing mesophase particles; (b) employing a laser diode light source to illuminate a target area of the reactor fluid stream with a pulsed laser probe beam along a first beam path that comprises linearly polarized light or circularly polarized light such that an output beam emerges from the target area along a second beam path; (c) obtaining an image of the mesophase particles in the continuous reactor fluid stream; and (d) analyzing the image to determine at least one of (i) volume fraction or (ii) size distribution of mesophase particles in the continuous reactor fluid stream. (a) establishing a continuous reactor fluid stream containing mesophase particles; (b) employing a laser diode light source to illuminate a target area of the reactor fluid stream with a pulsed laser probe beam along a first beam path that comprises linearly polarized light or circularly polarized light such that an output beam emerges from the target area along a second beam path; (c) obtaining an image of the mesophase particles in the continuous reactor fluid stream; and (d) analyzing the image to determine at least one of (i) volume fraction or (ii) size distribution of mesophase particles in the continuous reactor fluid stream.
Air spring distance measuring device comprising: a sensing module, a target module, and an evaluating module, wherein the sensing module and the target module are mountable so as to execute a movement with respect to each other along a movement trajectory, wherein the target module comprises a magnetic field generating element having a magnetic pole axis, wherein the sensing module comprises a first magnetic field sensing array being arranged distant to the movement trajectory, the first magnetic field sensing array comprises a first magnetic field sensor and a second magnetic field sensor, wherein a main sensing direction of the first magnetic field sensor of the first magnetic field sensing array is inclined with respect to a main sensing direction of the second magnetic field sensor of the first magnetic field sensing array, so as to be capable of sensing the spatial distance to the magnetic field generating element, wherein the sensing module is connected to the evaluating module to transfer the sensed signals of the magnetic field sensors, and wherein the evaluating module is adapted to determine the spatial distance of the first magnetic field sensor and the second magnetic field sensor to the magnetic field generating element based on an orientation of the main sensing direction of the first magnetic field sensor and the main sensing direction of the second magnetic field sensor, and the sensed signal of the first magnetic field sensor and the second magnetic field sensor wherein the main sensing direction of the first magnetic field sensor of the first magnetic field sensing array is substantially orthogonal to the main sensing direction of the second magnetic field sensor of the first magnetic field sensing array, wherein the main sensing direction of the first magnetic field sensor of the first magnetic field sensing array is substantially parallel to the movement trajectory and the main sensing direction of the second magnetic field sensor of the first magnetic field sensing array is substantially orthogonal to the movement trajectory.
Method for generating a current target value for a charging device comprising an AC-to-DC converter connected to an electricity grid, the method comprising: - a step of measuring (61, 71) at least one voltage (V mes) of the electricity grid; - a filtering step (62, 72) for extracting a frequency component, in which at least one filtered voltage (V ftr) is calculated on the basis of said at least one measured voltage (V mes) and a value of the electrical angular frequency (ω G) of the electricity grid; - a step of estimating (63, 73) a frequency (f G) and the amplitude (V G) of said at least one measured voltage on the basis of said at least one measured voltage and said at least one filtered voltage (V ftr); - a consolidation step (64, 74) comprising calculating a consolidated voltage (V cs) on the basis of said at least one measured voltage (V mes) and said at least one filtered voltage (V ftr), said calculation providing a consolidated voltage that is equal to the measured voltage (V mes) when the measured voltage is below a min threshold (Vth_min) and that is equal to the filtered voltage (V ftr) when the measured voltage is beyond a max threshold (Vth max) and that, between these two thresholds, is equal to a linear combination of the filtered voltage (V ftr) and measured voltage (V mes); and - a step of generating (65, 75) a current target value (i req) on the basis of said consolidated voltage (V cs) and the estimated amplitude (V G). - a step of measuring (61, 71) at least one voltage (V mes) of the electricity grid; - a filtering step (62, 72) for extracting a frequency component, in which at least one filtered voltage (V ftr) is calculated on the basis of said at least one measured voltage (V mes) and a value of the electrical angular frequency (ω G) of the electricity grid; - a step of estimating (63, 73) a frequency (f G) and the amplitude (V G) of said at least one measured voltage on the basis of said at least one measured voltage and said at least one filtered voltage (V ftr); - a consolidation step (64, 74) comprising calculating a consolidated voltage (V cs) on the basis of said at least one measured voltage (V mes) and said at least one filtered voltage (V ftr), said calculation providing a consolidated voltage that is equal to the measured voltage (V mes) when the measured voltage is below a min threshold (Vth_min) and that is equal to the filtered voltage (V ftr) when the measured voltage is beyond a max threshold (Vth max) and that, between these two thresholds, is equal to a linear combination of the filtered voltage (V ftr) and measured voltage (V mes); and - a step of generating (65, 75) a current target value (i req) on the basis of said consolidated voltage (V cs) and the estimated amplitude (V G).
An axial gap motor, which is for use in a pump device, in which a stator and a rotor are arranged to be opposed to each other with a predetermined gap along an axis line direction of a rotor output shaft of the rotor, a waterproof partition wall (Pw) interposed between the stator and the rotor, the stator includes plural core members (20a, 20b,..., 20i) annularly arranged centering on an axis line of the rotor output shaft, and the core members are coupled to one another via predetermined coupling means, wherein each of the core members includes a stator iron core including a teeth surface opposed to the rotor, a winding section that extends in the axis line direction from the teeth surface and around which a winding wire is wound, and a yoke strip for coupling the core members to form a part of an annular yoke section on one end side in the axis line direction of the stator, contact surfaces (231, 232) of the core members adjacent to each other in the circumferential direction that come into contact with the yoke strip are provided on both end sides in the circumferential direction of the yoke strip, and, when the surface area of the contact surfaces is represented as As, the projected area of the lateral surface of the yoke strip viewed from the circumferential direction is represented as Ap, the contact surfaces and the lateral surfaces are formed to satisfy a relation As>Ap, wherein the core member further includes an insulator that covers an outer circumference of the stator iron core leaving the teeth surface of the winding section, the insulator is formed in a bobbin shape including a pair of flange sections parallel to each other along the teeth surface and the yoke strip, and an upper flange on the teeth surface side is formed to be lower than the teeth surface in the axis line direction, and wherein a hook section functioning as first coupling means is protrudingly provided on one end side in the circumferential direction of the flange section, a locking shaft to which the hook section is locked is provided on the other end side in the circumferential direction of the flange section, and the locking shaft is formed to have axial direction height lower than the teeth surface in the axis line direction such that the teeth surface is the outermost surface of the core member in the axis line direction.
Topical painkilling pharmaceutical compositions in the form of a solid stick, O/W emulsion or vaginal pessaries comprising acyclovir at a concentration of between 2 and 8% w/w and sodium hyaluronate having an average molecular weight ranging from 160 to 200 kDa at a concentration of between 0.1 and 1% w/w for use in the prevention and/or treatment of the pain associated with Herpes simplex labialis and genitalis infections.
A liquid phase process for the homo and copolymerization of butene-1 carried out in the presence of a catalyst comprising (a) a solid catalyst component comprising Mg, Ti and an electron donor compound of the following formula in which the R groups, equal to or different from each other, are C 1 -C 10 hydrocarbon groups; (b) an aluminium alkyl cocatalyst and (c) an external electron donor. (a) a solid catalyst component comprising Mg, Ti and an electron donor compound of the following formula in which the R groups, equal to or different from each other, are C 1 -C 10 hydrocarbon groups; (b) an aluminium alkyl cocatalyst and (c) an external electron donor.
A method for making a controlled release material, comprising the steps of:- (a) forming granules comprising one or more wax and one or more disintegrant, wherein granules are formed by mixing of one or more disintegrant and one or more molten wax, whilst retaining the wax in molten form, and subsequently solidifying the mixture on cooling to below melting point whilst mixing to form granules; (b) spheronisation of the granules and (c) compaction of the spheronised granules of step (b) so as to form the controlled release material, wherein the disintegrant is low-substituted hydroxypropyl cellulose (L-HPC). (a) forming granules comprising one or more wax and one or more disintegrant, wherein granules are formed by mixing of one or more disintegrant and one or more molten wax, whilst retaining the wax in molten form, and subsequently solidifying the mixture on cooling to below melting point whilst mixing to form granules; (b) spheronisation of the granules and (c) compaction of the spheronised granules of step (b) so as to form the controlled release material, wherein the disintegrant is low-substituted hydroxypropyl cellulose (L-HPC).
A method of controlling an arena-based memory management system, the method comprising: allocating a plurality of objects into an arena in memory, the arena reclaimable after a programmed deallocation; in response to a call to reclaim memory storing a plurality of objects allocated in the arena, triggering a garbage collection of the arena based on a heap-related parameter, wherein the heap-based parameter delays the triggering the garbage collection in response to the call to reclaim memory; and preserving a live object of the plurality of objects with the garbage collection. allocating a plurality of objects into an arena in memory, the arena reclaimable after a programmed deallocation; in response to a call to reclaim memory storing a plurality of objects allocated in the arena, triggering a garbage collection of the arena based on a heap-related parameter, wherein the heap-based parameter delays the triggering the garbage collection in response to the call to reclaim memory; and preserving a live object of the plurality of objects with the garbage collection.
Device for damping pressure oscillations and limiting torque within a hydraulic path for clutch actuation in a motor vehicle, having a pressure line through which a fluid flows and which has a double-walled housing, which housing operates on the basis of a Helmholtz resonator and is formed as a damper and is of hollow-cylindrical form and forms a duct, and the end-side orifice of which housing is closed off by way of a cover, wherein an insert is arranged in the housing, wherein the insert has an inner pressure chamber with a pressure chamber wall, through which inner pressure chamber the fluid flows and which inner pressure chamber has orifices in the pressure chamber wall for the inflow and outflow, wherein, in the pressure chamber, there is arranged a movable baffle which is designed to be moved by the fluid flow in the pressure chamber from at least one orifice to at least one other orifice and, in the process, to come into contact with the pressure chamber wall in the region of at least one orifice, and the baffle has at least two baffle orifices, wherein, when the baffle is in contact with the pressure chamber wall, at least one baffle orifice is closed by the pressure chamber wall.
Suspension system, comprising a spring support for a vehicle suspension spring, it being possible for the position of a spring collar which supports the vehicle suspension spring to be set arbitrarily by means of a pressure medium supply with the aim of setting the ride height of a vehicle body, the spring support being configured as a hydropneumatic spring, the hydraulic volume of which can likewise be set with respect to a pneumatic accumulator element, the pressure medium for the spring collar adjustment means (9; 11) and the hydraulic medium of the hydropneumatic spring being identical, characterized in that the suspension system has a common pressure medium pump for the spring collar adjustment means (9; 11; 45-63) and the supply of hydraulic medium for the hydropneumatic spring.
A battery pack monitoring system comprising: a battery pack that includes a battery unit capable of supplying electric power to an electric-powered work vehicle, and can be attached to and detached from the electric-powered work vehicle; a detection mechanism configured to detect a state inside the battery pack or a state of an environment surrounding the battery pack with the battery pack detached from the electric-powered work vehicle and detect whether or not an environment in which the battery pack is stored is appropriate, by determining whether or not a period in which the detected state does not meet a predetermined state reached a predetermined period; a detection mechanism power supply that is separate from the battery unit, and is capable of supplying electric power to the detection mechanism; a notification signal output unit configured to output a notification signal when it is detected that the environment in which the battery pack is stored is inappropriate, by the detection mechanism which has determined that a period in which the detected state does not meet a predetermined state reached a predetermined period; and a notification device (5, 51, 52) configured to perform notification based on the notification signal output by the notification signal output unit. a battery pack that includes a battery unit capable of supplying electric power to an electric-powered work vehicle, and can be attached to and detached from the electric-powered work vehicle; a detection mechanism configured to detect a state inside the battery pack or a state of an environment surrounding the battery pack with the battery pack detached from the electric-powered work vehicle and detect whether or not an environment in which the battery pack is stored is appropriate, by determining whether or not a period in which the detected state does not meet a predetermined state reached a predetermined period; a detection mechanism power supply that is separate from the battery unit, and is capable of supplying electric power to the detection mechanism; a notification signal output unit configured to output a notification signal when it is detected that the environment in which the battery pack is stored is inappropriate, by the detection mechanism which has determined that a period in which the detected state does not meet a predetermined state reached a predetermined period; and a notification device (5, 51, 52) configured to perform notification based on the notification signal output by the notification signal output unit.
A sol comprising, as a dispersoid, amorphous compound particles containing zirconium and oxygen, the amorphous compound particles having a median diameter in a range of 50 to 200 nm to ensure a volume-based cumulative frequency of 50% in particle diameter measurement of the sol by a photon correlation method and the amorphous compound particles comprise at least one selected from the group consisting of zirconium hydroxide, zirconyl hydroxide and mixtures thereof, wherein when powder obtained by drying the sol at 45 to 55°C to a constant weight is subjected to thermogravimetry in which the temperature is increased from 50°C to 1000°C, the weight change rate is 20% or more.
A process for the preparation of a solid catalyst component for the (co)polymerization of CH 2 =CHR olefins, in which R is hydrogen or hydrocarbyl radical with 1-12 carbon atoms, comprising a Ti compound and optionally an electron donor on a Mg chloride based support, said process comprising one or more steps (a) carried out at a temperature ranging from 0 to 150°C in which a Mg based compound of formula (MgCl m X 2-m)·nLB, in which m ranges from 0 to 2, n ranges from 0 to 6, X is, independently halogen, R 1, OR 1, -OCOR 1 or O-C -OR 1 group, in which R 1 is a C 1 -C 20 hydrocarbon group, and LB is a Lewis base, is reacted with a liquid medium comprising a Ti compound, having at least a Ti-Cl bond, in an amount such that the Ti/Mg molar ratio is greater than 3 and at least one step (b) in which the solid particles coming from (a) are suspended in a liquid medium comprising a hydrocarbon at a temperature ranging from 10 to 100°C, said process being characterized by the fact that at least one of said steps (a) and/or (b) is carried out in the presence of 0.2 to 20.0% by weight, with respect to the amount of Mg compound, of particles of a solid compound containing more than 50% by weight of SiO 2 units and having average particle size ranging from 1 to 100 μm.