mhurhangee/ep-ind-claims huggingface dataset:
A robot arm (140, 240) configured to passively conform to a plurality of irregular articles comprising a manipulator (142, 242) movable with the robot arm (140, 240) with a plurality of dual acting cylinders attached to the manipulator (142, 242), each of the dual acting cylinders having a front chamber (382, 482) and a rear chamber (384, 484) and each having a vacuum cup movable as the dual acting cylinder extends and retracts, each of the vacuum cups connected to a passageway extending through the dual acting cylinder with each passageway changing length as the dual acting cylinder extend and retract, a vacuum source is switchably connected to the vacuum cups through the passageway and a compressed air source is switchably connected to each of the front and rear chambers to respectively retract and extend the vacuum cups, comprising means for: extending dual acting cylinders from the manipulator (142, 242) by pressurizing the rear chamber; (384, 484); preparing dual acting cylinders to be proximally, passively moved by opening front and rear cylinders to atmosphere; actuating each vacuum source of each dual acting cylinder to provide suction to a respective vacuum cup; moving the manipulator (142, 242) distally with the robot arm (140, 240) to conform to the plurality of irregular articles, the movement causing each dual acting cylinder to passively and proximally retract from contact of the vacuum cup with a respective irregular article to passively conform the vacuum cups and dual acting cylinders into contact with the plurality of irregular articles. extending dual acting cylinders from the manipulator (142, 242) by pressurizing the rear chamber; (384, 484); preparing dual acting cylinders to be proximally, passively moved by opening front and rear cylinders to atmosphere; actuating each vacuum source of each dual acting cylinder to provide suction to a respective vacuum cup; moving the manipulator (142, 242) distally with the robot arm (140, 240) to conform to the plurality of irregular articles, the movement causing each dual acting cylinder to passively and proximally retract from contact of the vacuum cup with a respective irregular article to passively conform the vacuum cups and dual acting cylinders into contact with the plurality of irregular articles.
An electromagnetic clutch unit configured to connect a first rotary member and a second rotary member, which are rotatable relative to each other, such that torque is transmitted between the first rotary member and the second rotary member, the electromagnetic clutch unit comprising: an electromagnetic coil that generates electromagnetic force upon energization of the electromagnetic coil; and a friction mechanism including a first friction member connected to the first rotary member so as to be non-rotatable relative to the first rotary member, and a second friction member connected to the second rotary member so as to be non-rotatable relative to the second rotary member and frictionally engageable with the first friction member by the electromagnetic force; characterized by a lock sleeve connected to the second rotary member so as to be non-rotatable relative to the second rotary member, and movable in an axial direction of the electromagnetic clutch unit between a first position at which the lock sleeve is engaged with the second rotary member but is not engaged with the first rotary member and a second position at which the lock sleeve is engaged with both the first rotary member and the second rotary member; and a pressing member that constitutes a magnetic path extending over the pressing member and the second friction member, and that presses the lock sleeve with the electromagnetic force to move the lock sleeve from the first position to the second position. an electromagnetic coil that generates electromagnetic force upon energization of the electromagnetic coil; and a friction mechanism including a first friction member connected to the first rotary member so as to be non-rotatable relative to the first rotary member, and a second friction member connected to the second rotary member so as to be non-rotatable relative to the second rotary member and frictionally engageable with the first friction member by the electromagnetic force; characterized by a lock sleeve connected to the second rotary member so as to be non-rotatable relative to the second rotary member, and movable in an axial direction of the electromagnetic clutch unit between a first position at which the lock sleeve is engaged with the second rotary member but is not engaged with the first rotary member and a second position at which the lock sleeve is engaged with both the first rotary member and the second rotary member; and a pressing member that constitutes a magnetic path extending over the pressing member and the second friction member, and that presses the lock sleeve with the electromagnetic force to move the lock sleeve from the first position to the second position.
An antioxidant sensor, comprising: a first light source configured to emit light having a first wavelength onto an object; a second light source configured to emit light having a second wavelength onto the object; a third light source configured to emit light having a third wavelength onto the object, the first wavelength, the second wavelength, and the third wavelength being different from each other; a light receiver configured to receive light reflected or scattered from the object; and a processor configured to obtain a hemoglobin index by driving the first light source and the second light source, and to obtain an antioxidant signal of the object by driving the third light source based on the obtained hemoglobin index satisfying a condition, wherein in response to the obtained hemoglobin index being lower than a predetermined threshold value, the processor is further configured to obtain the antioxidant signal by driving the third light source. a first light source configured to emit light having a first wavelength onto an object; a second light source configured to emit light having a second wavelength onto the object; a third light source configured to emit light having a third wavelength onto the object, the first wavelength, the second wavelength, and the third wavelength being different from each other; a light receiver configured to receive light reflected or scattered from the object; and a processor configured to obtain a hemoglobin index by driving the first light source and the second light source, and to obtain an antioxidant signal of the object by driving the third light source based on the obtained hemoglobin index satisfying a condition, wherein in response to the obtained hemoglobin index being lower than a predetermined threshold value, the processor is further configured to obtain the antioxidant signal by driving the third light source.
A control device comprising an oil supply device including a motor-driven oil pump driven by an electric motor; and a hydraulic control device that controls hydraulic pressure of oil discharged from a discharge port of the motor-driven oil pump, and supplies the oil to a vehicle drive transmission device, the oil supply device being control target of the control device, and the control device driving the electric motor by sensorless control performed based on an estimated rotational position or an estimated rotational speed, characterized in that when specific control that causes a change in a state of a hydraulic circuit in the hydraulic control device that involves an increase in hydraulic pressure at the discharge port is performed in a state in which a rotational speed of the electric motor is a first rotational speed, torque increase control that controls drive of the electric motor is performed such that torque of the electric motor starts to increase before hydraulic pressure at the discharge port increases by the specific control, and in the torque increase control, drive of the electric motor is controlled such that a rotational speed of the electric motor starts to increase from the first rotational speed before hydraulic pressure at the discharge port increases by the specific control.
A portable cooking apparatus comprising: a cooking space defined by a lower shelf, a top panel and side walls, the cooking space having an open front; a heating means for providing heat in a generally lateral direction to the cooking space; a food holding means for holding food in the cooking space, the food holding means comprising a plurality of vertically spaced slots formed in each of the side walls dimensioned to receive respective end portions of a skewer; a moisture infusion assembly disposed along and covering the lower shelf, and extending across and covering a lower portion of the cooking space for supplying moisture to the cooking space in use; and characterised in that the moisture infusion assembly comprises a tray having a variable opening gate configurable between fully closed and fully opened positions, and partially opened positions therebetween. a cooking space defined by a lower shelf, a top panel and side walls, the cooking space having an open front; a heating means for providing heat in a generally lateral direction to the cooking space; a food holding means for holding food in the cooking space, the food holding means comprising a plurality of vertically spaced slots formed in each of the side walls dimensioned to receive respective end portions of a skewer; a moisture infusion assembly disposed along and covering the lower shelf, and extending across and covering a lower portion of the cooking space for supplying moisture to the cooking space in use; and characterised in that the moisture infusion assembly comprises a tray having a variable opening gate configurable between fully closed and fully opened positions, and partially opened positions therebetween.
A water heater, comprising: an outdoor unit provided with a refrigerant therein; a heat storage device comprising a gas input pipe and a liquid output pipe communicated with the outdoor unit, the outdoor unit being configured to cause the refrigerant to flow from the gas input pipe to the heat storage device and to flow out from the liquid output pipe, to allow the heat storage device to store heat, characterised in that at least two heat storage devices are provided, the at least two heat storage devices are connected in parallel, the liquid output pipe of any heat storage device is provided with a valve, and the valve is configured to adjust a flow rate of the refrigerant passing through the heat storage device. an outdoor unit provided with a refrigerant therein; a heat storage device comprising a gas input pipe and a liquid output pipe communicated with the outdoor unit, the outdoor unit being configured to cause the refrigerant to flow from the gas input pipe to the heat storage device and to flow out from the liquid output pipe, to allow the heat storage device to store heat, characterised in that at least two heat storage devices are provided, the at least two heat storage devices are connected in parallel, the liquid output pipe of any heat storage device is provided with a valve, and the valve is configured to adjust a flow rate of the refrigerant passing through the heat storage device.
An underwater granulation system having a water box, a perforated plate with multiple through-openings for feeding polymer melt into the water box, a cutting plate support which is arranged in the water box so as to be driven in rotation about an axis of rotation in a cutting direction, wherein the cutting plate support has multiple cutting plates which face the perforated plate and are adapted to separate particles from the polymer melt entering through the perforated plate, and the water box is connected to a water supply for heat evacuation and for evacuating the separated particles from the water box, wherein the water box has a hollow cylindrical portion relative to the axis of rotation, in which multiple water inlets distributed over the circumference are arranged, wherein multiple water outlets distributed over the circumference are arranged in the hollow cylindrical portion. a perforated plate with multiple through-openings for feeding polymer melt into the water box, a cutting plate support which is arranged in the water box so as to be driven in rotation about an axis of rotation in a cutting direction, wherein the cutting plate support has multiple cutting plates which face the perforated plate and are adapted to separate particles from the polymer melt entering through the perforated plate, and the water box is connected to a water supply for heat evacuation and for evacuating the separated particles from the water box, wherein the water box has a hollow cylindrical portion relative to the axis of rotation, in which multiple water inlets distributed over the circumference are arranged, wherein multiple water outlets distributed over the circumference are arranged in the hollow cylindrical portion.
A method of assessing a feature on a patient's skin surface, including: i. receiving a three-dimensional data set representative of the patient's skin surface; ii. determining a boundary of the feature in the three-dimensional data set; iii. determining with a processor a three-dimensional surface area of the feature within the boundary; and iv. identifying a plurality of sub-regions (240, 241, 242, 243) within the boundary and identifying one or more tissue types in each sub-region, wherein identifying the plurality of sub-regions includes-receiving, via a user interface, a user input manually identifying one or more of the plurality of sub-regions; and automatically identifying, with a processor, one or more others of the plurality of sub-regions. i. receiving a three-dimensional data set representative of the patient's skin surface; ii. determining a boundary of the feature in the three-dimensional data set; iii. determining with a processor a three-dimensional surface area of the feature within the boundary; and iv. identifying a plurality of sub-regions (240, 241, 242, 243) within the boundary and identifying one or more tissue types in each sub-region, wherein identifying the plurality of sub-regions includes-receiving, via a user interface, a user input manually identifying one or
An aluminum alloy material, comprising: zinc, magnesium, copper, titanium, boron, manganese, chromium, zirconium, silicon, and ferrum, with the balance consisting of aluminum, and other inevitable impurities; mass percentage of zinc is from 5.5% to 9.0%, mass percentage of magnesium is from 1.0% to 1.8%, mass percentage of copper is less than or equal to 0.03%, mass percentage of titanium is from 0.005% to 0.1%, mass percentage of boron is from 0.001% to 0.03%, mass percentage of manganese is less than or equal to 0.02%, mass percentage of chromium is less than or equal to 0.01%, mass percentage of zirconium is less than or equal to 0.01%, mass percentage of silicon is less than or equal to 0.1%, and mass percentage of ferrum is less than or equal to 0.1%.
An apparatus for making scattering signals or contributions from a target object having a first pattern part more discernable during transmission small-angle X-ray scattering (tSAXS) measurements on a target object having a first pattern part, wherein the apparatus comprises: the target object, an X-ray source for generating an incident X-ray, and a placement mechanism, characterized in that: the apparatus further comprises an enhancement grating object having a second pattern part, wherein the enhancement grating object is positioned within a longitudinal coherence length of an incident X-ray from the target object, wherein the enhancement grating object is one of a one-dimensional (1-D) grating object, a two-dimensional (2-D) grating object, arrays of holes, pillars and other periodical structures wherein the second pattern part of the enhancement grating object faces the first pattern part of the target object; and the placement mechanism is capable of placing the enhancement grating object with nanometer precision with respect to the target object in both a lateral and a longitudinal direction, wherein a pitch (d 2) of the second pattern part of the enhancement grating object is α times larger than a pitch (d 1) of the first pattern part of the target object, or 1/α of a pitch (d 1) of the first pattern part of the target object, where α is an integer greater than or equal to unity. the apparatus further comprises an enhancement grating object having a second pattern part, wherein the enhancement grating object is positioned within a longitudinal coherence length of an incident X-ray from the target object, wherein the enhancement grating object is one of a one-dimensional (1-D) grating object, a two-dimensional (2-D) grating object, arrays of holes, pillars and other periodical structures wherein the second pattern part of the enhancement grating object faces the first pattern part of the target object; and the placement mechanism is capable of placing the enhancement grating object with nanometer precision with respect to the target object in both a lateral and a longitudinal direction, wherein a pitch (d 2) of the second pattern part of the enhancement grating object is α times larger than a pitch (d 1) of the first pattern part of the target object, or 1/α of a pitch (d 1) of the first pattern part of the target object, where α is an integer greater than or equal to unity.
A bumper beam assembly system comprising: a bumper beam; and a stay connecting the bumper beam to a vehicle, wherein the stay is replaceably coupleable to one of: a left end of the bumper beam and a right end of the bumper beam to occupy a corner portion of the bumper beam, wherein the stay is a bucket structure, and the bucket structure comprises: a frame assembly part that is coupled to a frame; a first sidewall disposed on one side of the frame assembly part to constitute the corner portion of the bumper beam; a second sidewall disposed on the other side of the frame assembly part; and a bumper beam assembly part extending from the frame assembly part, the first sidewall, and the second sidewall in a flange shape and coupled to the bumper beam. a bumper beam; and a stay connecting the bumper beam to a vehicle, wherein the stay is replaceably coupleable to one of: a left end of the bumper beam and a right end of the bumper beam to occupy a corner portion of the bumper beam, wherein the stay is a bucket structure, and the bucket structure comprises:
A fastener for the temporary connection of at least two structures (12, 13) comprising a bore, said fastener comprising: - a tubular body, extending along a main axis, between a first end and a second end comprising at least two longitudinal tongues; - a latching element, prevented from rotating with respect to the body and able to slide axially in the body; said latching element comprising: a tubular base; and a plurality of resilient clamps connected to one end of said base, each clamp comprising a hooking beak; - a drive device for the latching element; and - a spacer fixed with respect to the body, the plurality of elastic clamps being arranged around said spacer; where - the tubular base comprises: a substantially cylindrical outer surface; and at least two grooves formed longitudinally in said outer surface; and - the fixing is configured so that each tongue of the body is able to slide axially in one of the grooves of the tubular base. - a tubular body, extending along a main axis, between a first end and a second end comprising at least two longitudinal tongues; - a latching element, prevented from rotating with respect to the body and able to slide axially in the body; said latching element comprising: a tubular base; and a plurality of resilient clamps connected to one end of said base, each clamp comprising a hooking beak; - a drive device for the latching element; and - a spacer fixed with respect to the body, the plurality of elastic clamps being arranged around said spacer; where - the tubular base comprises: a substantially cylindrical outer surface; and at least two grooves formed longitudinally in said outer surface; and - the fixing is configured so that each tongue of the body is able to slide axially in one of the grooves of the tubular base.
A method for producing carbon iron composite in which a formed product of a carbon-containing substance and an iron-containing substance is fed into a vertical carbonization furnace and a carbonization gas is blown into the vertical carbonization furnace, the method comprising: circulating a gas exhausted from a top portion of the carbonization furnace as a circulating gas for carbonization; characterized in that, burning a fuel gas to produce a combustion gas; mixing the combustion gas and the circulating gas to produce a gas mixture; blowing the gas mixture as a high-temperature carbonization gas into the vertical carbonization furnace; and controlling a mixing amount of the circulating gas and the combustion gas such that the composition of the gas mixture has a reducing atmosphere and has a composition in which CO/CO 2 is 0.5 or more and H 2 /H 2 O is 2.5 or more, the ratios are based on percent by volume. circulating a gas exhausted from a top portion of the carbonization furnace as a circulating gas for carbonization; characterized in that, burning a fuel gas to produce a combustion gas; mixing the combustion gas and the circulating gas to produce a gas mixture; blowing the gas mixture as a high-temperature carbonization gas into the vertical carbonization furnace; and controlling a mixing amount of the circulating gas and the combustion gas such that the composition of the gas mixture has a reducing atmosphere and has a composition in which CO/CO 2 is 0.5 or more and H 2 /H 2 O is 2.5 or more, the ratios are based on percent by volume.
A magnetic multilayer device comprising, on a substrate, an alternating sequence of magnetic metallic layers M and oxide, hydride or nitride layers O, wherein: ▪ the number of layers M equals at least two, ▪ the oxide, hydride or nitride layers O have a thickness of at least 0.3 nanometers and are based on elements selected from the group comprising Al, Mg, Ru, Ta, Cr, Hf, Ti, V, Si, Cu, W, or alloys thereof capable of forming stable oxides, hydrides or nitrides; ▪ the layers M are continuous, have a thickness equal to or less than 5 nanometers, and would have their magnetization parallel to the plane of the layer in the absence of layers O, ▪ and, in a temperature range equal to or larger than ambient temperature, there occurs interfacial magnetic anisotropy perpendicular to the plane of the layers at the M/O and O/M interfaces, able to orient the magnetization of layers M in a direction substantially perpendicular to the plane of the layers. ▪ the number of layers M equals at least two, ▪ the oxide, hydride or nitride layers O have a thickness of at least 0.3 nanometers and are based on elements selected from the group comprising Al, Mg, Ru, Ta, Cr, Hf, Ti, V, Si, Cu, W, or alloys thereof capable of forming stable oxides, hydrides or nitrides; ▪ the layers M are continuous, have a thickness equal to or less than 5 nanometers, and would have their magnetization parallel to the plane of the layer in the absence of layers O, ▪ and, in a temperature range equal to or larger than ambient temperature, there occurs interfacial magnetic anisotropy perpendicular to the plane of the layers at the M/O and O/M interfaces, able to orient the magnetization of layers M in a direction substantially perpendicular to the plane of the layers.