mhurhangee/ep-ind-claims huggingface dataset:
A system for providing, to a plurality of motion platforms, motion signals indicative of a motion to be performed by the motion platforms synchronously with video images, the system comprising: an input interface for receiving an input signal according to a control protocol and for extracting said motion signal from said input signal; at least one server for providing a network address to each motion platform of the plurality and for individually monitoring each motion platform of the plurality according to the network address of each motion platform; at least one motion platform interface comprising at least one control port and at least one array of multiple motion platforms, each of the at least one array being connected to a respective one of the at least one control port, each of the at least one array consisting of a wired connection serially connecting the multiple motion platforms of said at least one array one to another according to said control protocol, said at least one motion platform interface for individually actuating each of said motion platforms of the at least one array by providing a client motion signal to each motion platform of said at least one array, the client motion signal comprising the motion signal extracted from the input signal according to said control protocol with a respective network address, each motion platform of said at least one array to be managed according to a respective feedback signal to be received from each of said motion platforms of said at least one array according to said control protocol, the feedback signal comprising the provided network address of each motion platform of said at least one array. an input interface for receiving an input signal according to a control protocol and for extracting said motion signal from said input signal; at least one server for providing a network address to each motion platform of the plurality and for individually monitoring each motion platform of the plurality according to the network address of each motion platform; at least one motion platform interface comprising at least one control port and at least one array of multiple motion platforms, each of the at least one array being connected to a respective one of the at least one control port, each of the at least one array consisting of a wired connection serially connecting the multiple motion platforms of said at least one array one to another according to said control protocol, said at least one motion platform interface for individually actuating each of said motion platforms of the at least one array by providing a client motion signal to each motion platform of said at least one array, the client motion signal comprising the motion signal extracted from the input signal according to said control protocol with a respective network address, each motion platform of said at least one array to be managed according to a respective feedback signal to be received from each of said motion platforms of said at least one array according to said control protocol, the feedback signal comprising the provided network address of each motion platform of said at least one array.
A catheter comprising an elongated catheter body having proximal and distal ends and at least one lumen therethrough and a lasso electrode assembly at the distal end of the catheter body, the lasso electrode assembly having a plurality of sensing electrodes and a moveable spine with an ablation electrode, characterized in that the lasso electrode assembly has a track extending around at least a portion of an inner circumference of the lasso electrode assembly, wherein the moveable spine is configured to travel along the track, and wherein the track is a slot.
A dish washing machine comprising: a washing chamber washing dishes; a fan discharging air from the washing chamber; a housing forming a space to install the fan; an exhaust duct guiding the air from the housing to an outside of the dish washing machine; and a passage draining water to an outside of the housing whenever the water is present in the housing, wherein the passage includes a drain passage for guiding water from the housing to the exhaust duct whenever water is introduced from the washing chamber to the housing or condensation of moisture is taking place in the housing, and a second recovery passage at the exhaust duct for recovering water flowing in the exhaust duct to the washing chamber. a washing chamber washing dishes; a fan discharging air from the washing chamber; a housing forming a space to install the fan; an exhaust duct guiding the air from the housing to an outside of the dish washing machine; and a passage draining water to an outside of the housing whenever the water is present in the housing, a drain passage for guiding water from the housing to the exhaust duct whenever water is introduced from the washing chamber to the housing or condensation of moisture is taking place in the housing, and a second recovery passage at the exhaust duct for recovering water flowing in the exhaust duct to the washing chamber.
A method for wireless communications by a first entity of a first multi-link device, MLD, comprising: receiving a first control frame transmitted on a first wireless link; setting, in response to receiving the first control frame, a network allocation vector, NAV, for each link of multiple wireless links of the first MLD based on a duration field in the first control frame; receiving a second control frame transmitted on the first wireless link; and refraining from responding to the second control frame until expiration of a timer associated with the NAV for the first wireless link. receiving a first control frame transmitted on a first wireless link; setting, in response to receiving the first control frame, a network allocation vector, NAV, for each link of multiple wireless links of the first MLD based on a duration field in the first control frame; receiving a second control frame transmitted on the first wireless link; and refraining from responding to the second control frame until expiration of a timer associated with the NAV for the first wireless link.
A computer-implemented method of operating a coordinate measuring machine to measure an object according to a criterion associated with the object, the criterion identifying a probe with which the object is to be measured, the method comprising: providing at least a first and a second available probe, each available probe having a corresponding physical indicium configured to be detected by another probe on the coordinate measuring machine, the physical indicia being distinguishable from each other; locating one of the available probes; confirming an identity of the located probe by detecting a physical indicium of the located probe; selecting a given probe of the at least first and second available probe based on the confirmed identity, the given probe having an identity that meets the criterion specified for the object to be measured, the given probe being a selected probe; robotically mounting the selected probe to a moveable arm of the coordinate measuring machine; and controlling the coordinate measuring machine to measure the object with the selected probe. providing at least a first and a second available probe, each available probe having a corresponding physical indicium configured to be detected by another probe on the coordinate measuring machine, the physical indicia being distinguishable from each other; locating one of the available probes; confirming an identity of the located probe by detecting a physical indicium of the located probe; selecting a given probe of the at least first and second available probe based on the confirmed identity, the given probe having an identity that meets the criterion specified for the object to be measured, the given probe being a selected probe; robotically mounting the selected probe to a moveable arm of the coordinate measuring machine; and controlling the coordinate measuring machine to measure the object with the selected probe.
A magnetic encoder comprising: a magnet portion formed by circularly arranging a magnetic material comprising a magnetic powder and a binder for the magnetic powder, characterized in that the binder comprises at least a thermoplastic resin and an impact resistance-improving agent added to the thermoplastic resin, wherein the thermoplastic resin is a polyamide resin or a polyester-based resin wherein the impact resistance-improving agent is a modified polyamide resin or a modified polyester resin, the modified polyamide resin being a block copolymer having the polyamide resin as a hard segment and at least one of a polyester component and a polyether component as a soft segment, and the modified polyester resin being a block copolymer having the polyester-based resin as a hard segment and at least one of a polyester component and a polyether component as a soft segment, wherein the thermoplastic resin and the hard segment of the impact resistance-improving agent are the same polymide resin or the same polyester-based resin. a magnet portion formed by circularly arranging a magnetic material comprising a magnetic powder and a binder for the magnetic powder, characterized in that the binder comprises at least a thermoplastic resin and an impact resistance-improving agent added to the thermoplastic resin, wherein the thermoplastic resin is a polyamide resin or a polyester-based resin wherein the impact resistance-improving agent is a modified polyamide resin or a modified polyester resin, the modified polyamide resin being a block copolymer having the polyamide resin as a hard segment and at least one of a polyester component and a polyether component as a soft segment, and the modified polyester resin being a block copolymer having the polyester-based resin as a hard segment and at least one of a polyester component and a polyether component as a soft segment, wherein the thermoplastic resin and the hard segment of the impact resistance-improving agent are the same polymide resin or the same polyester-based resin.
A surfactant solution comprising (a) 28% to 80% by weight of a mixture of 11% to 19% by weight of N-methyl-N-C 8 -C 10 -acylglucamines, 81% to 89% by weight of N-methyl-N-C 12 -C 14 -acylglucamines, where the sum total of components and is 100% by weight, (b) 0% to 20% by weight of one or more alcohols, (c) 20% to 72% by weight of water, (d) 0% to 5% by weight of additives, where the sum total of components (a), (b), (c) and (d) is 100% by weight. (a) 28% to 80% by weight of a mixture of 11% to 19% by weight of N-methyl-N-C 8 -C 10 -acylglucamines, 81% to 89% by weight of N-methyl-N-C 12 -C 14 -acylglucamines, where the sum total of components and is 100% by weight, 11% to 19% by weight of N-methyl-N-C 8 -C 10 -acylglucamines, 81% to 89% by weight of N-methyl-N-C 12 -C 14 -acylglucamines, (b) 0% to 20% by weight of one or more alcohols, (c) 20% to 72% by weight of water, (d) 0% to 5% by weight of additives,
Mixture comprising the compounds (Ia) and (IIa): where R1 is selected from -Me, -tBu, -OMe; R2 is selected from -Me, -tBu, -OMe; R3 is selected from -Me, -tBu, -OMe; R4 is selected from -Me, -tBu, -OMe; with the proviso that, if R1 is the same as R3, R2 is not the same as R4, if R2 is the same as R4, R1 is not the same as R3, and P can enter into further bonds. R1 is selected from -Me, -tBu, -OMe; R2 is selected from -Me, -tBu, -OMe; R3 is selected from -Me, -tBu, -OMe; R4 is selected from -Me, -tBu, -OMe; with the proviso that, if R1 is the same as R3, R2 is not the same as R4, if R2 is the same as R4, R1 is not the same as R3, and P can enter into further bonds.
A rolling bearing comprising: an inner ring having an inner ring raceway surface on an outer circumference; an outer ring having an outer ring raceway surface on an inner circumference and a shoulder portion formed on one axial side of the outer ring raceway surface in such a manner as to project radially inwards from the other axial side of the outer ring raceway surface; a plurality of rolling elements which roll between the inner ring raceway surface and the outer ring raceway surface; and a cage adapted to hold the plurality of rolling elements at predetermined intervals in a circumferential direction and having a guided surface which confronts the shoulder portion of the outer ring in such a manner as to be brought into sliding contact therewith, the rotation of the cage being guided through sliding contact of the guided surface of the cage with a guiding surface of the shoulder portion of the outer ring, wherein a guiding space which is a radial space between the guiding surface of the shoulder portion of the outer ring and the guided surface of the cage is made to increase as approaching the rolling elements, characterized in that at least either of the guiding surface of the shoulder portion of the outer ring and the guided surface of the cage is a tapered surface. an inner ring having an inner ring raceway surface on an outer circumference; an outer ring having an outer ring raceway surface on an inner circumference and a shoulder portion formed on one axial side of the outer ring raceway surface in such a manner as to project radially inwards from the other axial side of the outer ring raceway surface; a plurality of rolling elements which roll between the inner ring raceway surface and the outer ring raceway surface; and a cage adapted to hold the plurality of rolling elements at predetermined intervals in a circumferential direction and having a guided surface which confronts the shoulder portion of the outer ring in such a manner as to be brought into sliding contact therewith, the rotation of the cage being guided through sliding contact of the guided surface of the cage with a guiding surface of the shoulder portion of the outer ring, wherein a guiding space which is a radial space between the guiding surface of the shoulder portion of the outer ring and the guided surface of the cage is made to increase as approaching the rolling elements, characterized in that
A part of an article of footwear, the part being arranged to lie beneath a user's foot in an article of footwear, the part comprising a matrix structure defining a plurality of passageways (26, 30), each passageway extending between the upper and lower surfaces of the part, wherein the part further comprises at least one sheet member substantially within the matrix structure and forming a continuous moulding therewith, the or each sheet member being convex, so that the apex of the or each sheet member approaches and faces the upper surface of the part, the or each sheet member being made from an elastomeric material and being made of a harder material than the matrix structure so that the or each sheet member acts as a leaf spring.
Method for testing the quality of a photovoltaic solar cell, comprising the following method steps: a. performing an output test, by exposing the solar cell to light and, in accordance with a test criterion A, testing whether it is possible to pick up at least a predefined electrical minimum output P Min, where P Min is at least 50 % of the output achieved on average for this type of solar cell or with the processing line producing this type, under standard conditions, b. performing a heat generation test, by applying a predefined heat generation voltage V HE to the solar cell in the reverse direction or applying voltage to the solar cell in the reverse direction in such a way that a predefined heat generation current I HE flows, and by testing in accordance with a test criterion B whether the surface of the solar cell does not exceed a predefined limit temperature T GR or, in accordance with a theoretical prediction model, would not exceed that temperature on establishment of a thermal equilibrium, characterised in that, in addition, in a method step c. a breakdown test is performed by applying a predefined breakdown voltage V DB to the solar cell in the reverse direction and, in accordance with a test criterion C, testing whether, on application of the predefined breakdown voltage, at least a current greater than or equal to a predefined minimum breakdown current I DB flows, and/or testing whether, on application of voltage to the solar cell in the reverse direction, a predefined minimum breakdown current I DB flows even in the case of a voltage lower than a breakdown voltage V DB,max that is defined as a maximum. a. performing an output test, by exposing the solar cell to light and, in accordance with a test criterion A, testing whether it is possible to pick up at least a predefined electrical minimum output P Min, where P Min is at least 50 % of the output achieved on average for this type of solar cell or with the processing line producing this type, under standard conditions, b. performing a heat generation test, by applying a predefined heat generation voltage V HE to the solar cell in the reverse direction or applying voltage to the solar cell in the reverse direction in such a way that a predefined heat generation current I HE flows, and by testing in accordance with a test criterion B whether the surface of the solar cell does not exceed a predefined limit temperature T GR or, in accordance with a theoretical prediction model, would not exceed that temperature on establishment of a thermal equilibrium,
A sapphire substrate, comprising: a generally planar surface having a crystallographic orientation selected from the group consisting of a-plane, r-plane, m-plane, and c-plane orientation, and having a nTTV of not greater than 0.037 μm/cm 2, wherein nTTV is total thickness variation normalized for surface area of the generally planar surface, the substrate having a diameter not less than 9.0 cm, and wherein the substrate has a nWarp of not greater than 0.190 μm/cm 2, wherein nWarp is warp of the substrate normalized for surface area of the generally planar surface. a generally planar surface having a crystallographic orientation selected from the group consisting of a-plane, r-plane, m-plane, and c-plane orientation, and having a nTTV of not greater than 0.037 μm/cm 2, wherein nTTV is total thickness variation normalized for surface area of the generally planar surface, the substrate having a diameter not less than 9.0 cm, and wherein the substrate has a nWarp of not greater than 0.190 μm/cm 2, wherein nWarp is warp of the substrate normalized for surface area of the generally planar surface.
A gas generator for health use, comprising: an electrolysis device for electrolyzing water to produce a gas mixture including hydrogen and oxygen, wherein the gas generator is characterized by a gas mixing system, coupled to the electrolysis device, the gas mixing system further comprising a humidifier coupled to the electrolysis device to receive the gas mixture including hydrogen and oxygen for producing a filtered gas and an atomized/volatile gas mixing tank coupled to the humidifier to receive the filtered gas and to mix the filtered gas with an atomized gas selected from a group consisting of a water vapor, an atomized medicinal liquid, a volatile essential oil and a combination thereof to produce a health gas, wherein the atomized/volatile gas mixing tank further comprises an oscillator for atomizing or vaporizing a liquid to produce the atomized gas, and the gas mixing system is configured to selectively output the filtered gas or the health gas by turning on or turning off the oscillator. an electrolysis device for electrolyzing water to produce a gas mixture including hydrogen and oxygen, wherein the gas generator is characterized by a gas mixing system, coupled to the electrolysis device, the gas mixing system further comprising a humidifier coupled to the electrolysis device to receive the gas mixture including hydrogen and oxygen for producing a filtered gas and an atomized/volatile gas mixing tank coupled to the humidifier to receive the filtered gas and to mix the filtered gas with an atomized gas selected from a group consisting of a water vapor, an atomized medicinal liquid, a volatile essential oil and a combination thereof to produce a health gas, wherein the atomized/volatile gas mixing tank further comprises an oscillator for atomizing or vaporizing a liquid to produce the atomized gas, and the gas mixing system is configured to selectively output the filtered gas or the health gas by turning on or turning off the oscillator.
An inorganic fiber comprising the fiberization product of 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, 0.3 weight percent or less calcia, and 1 to 2 weight percent strontium oxide, wherein said fiber has an average diameter of greater than 2 μm, wherein said inorganic fiber exhibits a low biopersistence in physiological saline, low shrinkage and good mechanical strength at temperatures of 1260°C and greater; wherein said fiber contains substantially no alkali metal oxide.
A method for determining an amount of grain loss during operation of a combine harvester, the method comprising: determining, by an electronic processor, values for a set of operating parameters, the set of operating parameters not including any direct measurement of grain loss; and applying, by the electronic processor, an artificial neural network trained to receive as inputs the set of operating parameters and to produce as an output a value indicative of an estimated amount of grain loss; characterized by receiving, by the electronic processor, an output from a physical grain loss sensor indicative of an amount of grain loss measured by the physical grain loss sensor; confirming proper operation of the physical grain loss sensor based at least in part on a comparison of the output from the physical grain loss sensor and the output of the artificial neural network. determining, by an electronic processor, values for a set of operating parameters, the set of operating parameters not including any direct measurement of grain loss; and applying, by the electronic processor, an artificial neural network trained to receive as inputs the set of operating parameters and to produce as an output a value indicative of an estimated amount of grain loss; characterized by receiving, by the electronic processor, an output from a physical grain loss sensor indicative of an amount of grain loss measured by the physical grain loss sensor; confirming proper operation of the physical grain loss sensor based at least in part on a comparison of the output from the physical grain loss sensor and the output of the artificial neural network.