mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic composition in the form of an emulsion for topical application to keratin materials, in particular the skin, compriszng, in a physiologically acceptable medium: (i) at least one dispersion of bismuth oxychloride (CI 77163) in 2-ethylhexyl hydroxystearate, and (ii) at least one phenyl silicone oil. (i) at least one dispersion of bismuth oxychloride (CI 77163) in 2-ethylhexyl hydroxystearate, and (ii) at least one phenyl silicone oil.
An electronic device comprising: a display; and a processor configured to: display, on the display, a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group. a display; and a processor configured to: display, on the display, a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group. display, on the display, a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group.
A composite nonwoven sheet material comprising pulp fibers, a reinforcement material, and microfibers, wherein the sheet material comprises: one pulp-enriched first outer layer including at least 50 wt. % of pulp fibers in the outermost 5% of the thickness of the sheet material, one microfiber-enriched second outer layer including at least 60 wt.% of microfibers in the outermost 5% of the thickness of the sheet material, and wherein the reinforcement material comprises spun-laid filaments and is interposed as a layer between the pulp-enriched first outer layer and the microfiber-enriched second outer layer, wherein the pulp fibers and the microfibers penetrate the reinforcement material, wherein the composite nonwoven sheet material has bulk pores having a maximum pore volume distribution at a pore radius between 5 and 30 μm and which has surface pores having a maximum pore volume distribution at a pore radius between 25 and 40 μm, wherein the pore volume distribution is determined with test method F, wherein the composite nonwoven sheet material is a hydroentangled fibrous web comprising the reinforcement material layer having a first side and a second side, the reinforcement material being interposed between pulp fibers applied on the first side of the reinforcement material and microfibers or splittable fibers for providing the microfibers applied on the second side of the reinforcement material, and wherein the composite nonwoven sheet material has a liquid absorbance capacity ranging between 5.5 and 8 g liquid/g composite nonwoven sheet material. one pulp-enriched first outer layer including at least 50 wt. % of pulp fibers in the outermost 5% of the thickness of the sheet material, one microfiber-enriched second outer layer including at least 60 wt.% of microfibers in the outermost 5% of the thickness of the sheet material, and wherein the reinforcement material comprises spun-laid filaments and is interposed as a layer between the pulp-enriched first outer layer and the microfiber-enriched second outer layer, wherein the pulp fibers and the microfibers penetrate the reinforcement material, wherein the composite nonwoven sheet material has bulk pores having a maximum pore volume distribution at a pore radius between 5 and 30 μm and which has surface pores having a maximum pore volume distribution at a pore radius between 25 and 40 μm, wherein the pore volume distribution is determined with test method F, wherein the composite nonwoven sheet material is a hydroentangled fibrous web comprising the reinforcement material layer having a first side and a second side, the reinforcement material being interposed between pulp fibers applied on the first side of the reinforcement material and microfibers or splittable fibers for providing the microfibers applied on the second side of the reinforcement material, and wherein the composite nonwoven sheet material has a liquid absorbance capacity ranging between 5.5 and 8 g liquid/g composite nonwoven sheet material.
A control apparatus for vibration type actuator including a plurality of vibrators (8a, 8b), wherein the control apparatus applies a common alternating current signal to the plurality of vibrators (8a, 8b) to generate an elliptical motion of a contact portion (6a, 6b) of the plurality of vibrators, wherein relative positions of a part of an object contacting the contact portion (6a, 6b) and the plurality of vibrators (8a, 8b) are changed by the elliptical motion, characterized in that the control apparatus comprises a frequency determining unit configured to set a frequency of the alternating voltages in a range between a first frequency and a second frequency in case of controlling the vibration-type actuator by changing ellipticity of the elliptical motion, the first frequency is a maximum resonant frequency among resonant frequencies of the plurality of vibrators (8a, 8b) in a case of changing the ellipticity of the elliptical motion of the plurality of vibrators (8a, 8b), and the second frequency is a maximum frequency for changing the relative positions of the part of the object and the plurality of vibrators (8a, 8b), higher than the first frequency.
A blasting system which includes a plurality of detonator assemblies, a plurality of boreholes at a blast site, each borehole being charged with explosive material, a blast controller and a receiver, wherein each detonator assembly includes a detonator which, in use, is positioned inside a borehole which is charged with an explosive, a communication module and conductors of a known length which connect the detonator to the communication module, wherein the detonator in response to a fire command signal from the blast controller received by the detonator at a time A is initiated at a time B thereby to cause ignition of the explosive in the borehole, and wherein the communication module includes a control circuit which is configured to obtain a measurement of the velocity of detonation of the explosive using at least said known length and timing data related to time A and to time B and a transmitter for transmitting to the receiver a wireless signal which contains the VOD measurement and identification information which identifies the detonator assembly from which the wireless signal was transmitted before the transmitter is destroyed by the ignited explosive, wherein at least those wireless signals which are transmitted simultaneously or in identical time slots by said transmitters from said plurality of detonator assemblies are multiplexed to enable such signals to be distinguished from one another.
A wheelchair, comprising: a wheelchair frame; a plurality of wheels (528, 530) supporting the wheelchair frame; and a seat assembly (200, 300) supported by the wheelchair frame, wherein the seat assembly includes: a seat back portion (210, 310, 510); a bottom portion (208, 308, 508) extending forward from the seat back portion along a horizontal axis; and characterized by: a pair of linkages (224, 324, 524) coupling the seat back portion to the bottom portion such that movement of the linkages from an upright position to a reclined position causes a lower end portion of the seat back portion to move downward and forward relative to the bottom portion, wherein each linkage comprises a bracket coupled to the bottom portion, a first link (218, 318, 618) directly coupled to the seat back portion and the bracket, and a second link (220, 320, 620) directly coupled to the seat back portion and the bracket. a wheelchair frame; a plurality of wheels (528, 530) supporting the wheelchair frame; and a seat assembly (200, 300) supported by the wheelchair frame, wherein the seat assembly includes: a seat back portion (210, 310, 510); a bottom portion (208, 308, 508) extending forward from the seat back portion along a horizontal axis; and characterized by: a pair of linkages (224, 324, 524) coupling the seat back portion to the bottom portion such that movement of the linkages from an upright position to a reclined position causes a lower end portion of the seat back portion to move downward and forward relative to the bottom portion, wherein each linkage comprises a bracket coupled to the bottom portion, a first link (218, 318, 618) directly coupled to the seat back portion and the bracket, and a second link (220, 320, 620) directly coupled to the seat back portion and the bracket. a seat back portion (210, 310, 510); a bottom portion (208, 308, 508) extending forward from the seat back portion along a horizontal axis; and characterized by: a pair of linkages (224, 324, 524) coupling the seat back portion to the bottom portion such that movement of the linkages from an upright position to a reclined position causes a lower end portion of the seat back portion to move downward and forward relative to the bottom portion, wherein each linkage comprises a bracket coupled to the bottom portion, a first link (218, 318, 618) directly coupled to the seat back portion and the bracket, and a second link (220, 320, 620) directly coupled to the seat back portion and the bracket. a pair of linkages (224, 324, 524) coupling the seat back portion to the bottom portion such that movement of the linkages from an upright position to a reclined position causes a lower end portion of the seat back portion to move downward and forward relative to the bottom portion, wherein each linkage comprises a bracket coupled to the bottom portion, a first link (218, 318, 618) directly coupled to the seat back portion and the bracket, and a second link (220, 320, 620) directly coupled to the seat back portion and the bracket.
A cleaning agent composition for cleaning a flow channel for resin in a hot runner type mold, comprising: 100 parts by weight of polyethylene oxide; 25 parts by weight to 90 parts by weight of at least one type of fatty acid ester that is selected from glycerin fatty acid ester, polyglycerin fatty acid ester, or sorbitan fatty acid ester; and 15 parts by weight to 45 parts by weight of a metal salt of a fatty acid and/or a hydroxyfatty acid. 100 parts by weight of polyethylene oxide; 25 parts by weight to 90 parts by weight of at least one type of fatty acid ester that is selected from glycerin fatty acid ester, polyglycerin fatty acid ester, or sorbitan fatty acid ester; and 15 parts by weight to 45 parts by weight of a metal salt of a fatty acid and/or a hydroxyfatty acid.
A method of predicting the instantaneous availability of a system, the system comprising a plurality of components, the method being implemented by prediction apparatus and comprising: determining a hazard rate for the system; determining a mean repair rate for the system; and calculating the instantaneous system availability from the system hazard rate and the system mean repair rate; wherein the step of determining a hazard rate for the system comprises: determining a system structure, the structure comprising interconnections between the components; determining a hazard rate for each of the components; and determining the system hazard rate from the component hazard rates by combining the component hazard rates for each of the components based on the determined structure. determining a hazard rate for the system; determining a mean repair rate for the system; and calculating the instantaneous system availability from the system hazard rate and the system mean repair rate; determining a system structure, the structure comprising interconnections between the components; determining a hazard rate for each of the components; and determining the system hazard rate from the component hazard rates by combining the component hazard rates for each of the components based on the determined structure.
Vacuum chamber for a direct air capture process and enclosing an interior space for housing an adsorber structure comprising a contiguous circumferential wall structure arranged around an axis, which circumferential wall structure in an axial direction is closed by an inlet and an outlet axial wall, respectively, characterized in that both axial walls comprise at least one circular closing lid allowing for, in an open position, gas to be circulated through the vacuum chamber for contacting the adsorber structure, and in a closed position, to close the interior space and to allow evacuation of the interior space down to a pressure of 500 mbar abs and less, wherein at least one, preferably both of said axial walls is provided with a circular opening with a contact ring portion, which circular opening can be closed in a gas tight manner by said circular closing lid in the form of a single circular steel lid plate, preferably a stainless steel lid plate, having a thickness in the range of 4 - 12 mm and having a diameter in the range of 0.5 - 1.5 m and larger than said circular opening and in a closed state contacting said contact ring in an axial direction, wherein said contact ring on its axial surface facing said lid plate in closed position, is provided with a full perimeter circular elastic sealing element wherein the contiguous circumferential wall structure has a rectangular or square cross-section and is formed by four planar steel or stainless steel plates, with a thickness in the range of 2-8mm, each with an axial length in the range of 0.6-2.0 m, and each with a width in the range of 0.6-1.8 m, and wherein each steel or stainless steel plate, on its side facing away from the interior space, is provided with a plurality of axially extending ribbing elements, which ribbing elements are attached to the respective steel plate or stainless steel plate section- and/or point wise, wherein the axial walls and the lids in their open state allow for a flow cross-section which is in the range of 25%-50% of the flow cross-section as defined by the contiguous circumferential wall structure.
Laundry treatment apparatus, in particular dryer, washing machine or washer dryer, comprising: an apparatus cabinet, a laundry storing compartment arranged in the apparatus cabinet and adapted to receive laundry to be treated, a water reservoir arranged within the apparatus cabinet, wherein the water reservoir is manually refillable with water by a user, an inline steam generating unit which is arranged within the apparatus cabinet and which is fluidly connected to the water reservoir by a water supply line, a valve or pump arranged in the water supply line between the water reservoir and the steam generating unit for controlling or dosing the amount of water supplied from the water reservoir to the steam generating unit, a water level detection unit, and a control unit adapted to control at least one laundry treatment program of the laundry treatment apparatus where a steam supply from the steam generating unit to the laundry storing compartment is effected; characterized in that the water level detection unit comprises at least two sensors (414, 416), each adapted to detect a water level in the water reservoir, wherein a first sensor is adapted to detect a first water level, a second sensor is adapted to detect a second water level and wherein the first water level in the water reservoir is lower than the second water level. an apparatus cabinet, a laundry storing compartment arranged in the apparatus cabinet and adapted to receive laundry to be treated, a water reservoir arranged within the apparatus cabinet, wherein the water reservoir is manually refillable with water by a user, an inline steam generating unit which is arranged within the apparatus cabinet and which is fluidly connected to the water reservoir by a water supply line, a valve or pump arranged in the water supply line between the water reservoir and the steam generating unit for controlling or dosing the amount of water supplied from the water reservoir to the steam generating unit, a water level detection unit, and a control unit adapted to control at least one laundry treatment program of the laundry treatment apparatus where a steam supply from the steam generating unit to the laundry storing compartment is effected; characterized in that the water level detection unit comprises at least two sensors (414, 416), each adapted to detect a water level in the water reservoir, wherein a first sensor is adapted to detect a first water level, a second sensor is adapted to detect a second water level and wherein the first water level in the water reservoir is lower than the second water level.
An optical modulator (100, 200, 300) comprising: an active layer (130, 230, 330) comprising two outer barriers and a three-coupled quantum well disposed between the two outer barriers, wherein the three-coupled quantum well comprises a first quantum well layer, a second quantum well layer, and a third quantum well layer, a first coupling barrier disposed between the first quantum well layer and the second quantum well layer, and a second coupling barrier disposed between the second quantum well layer and the third quantum well layer, and the first quantum well layer, the second quantum well layer and the third quantum well layer are coupled to one another by the coupling barriers such that the three-coupled quantum well functions like a single quantum well; wherein a thickness of the first quantum well layer and a thickness of the third quantum well layer, disposed at opposite ends of the three-coupled quantum well, are different from a thickness of the second quantum well layer disposed between the first quantum well layer and the third quantum well layer, and wherein a potential energy of the first coupling barrier and a potential energy of the second coupling barrier are each higher than a ground level and lower than energy levels of the outer barriers; and characterized in that an energy level of the first quantum well layer and an energy level of the third quantum well layer are lower than an energy level of the second quantum well layer and a bandgap of the second quantum well layer is larger than a bandgap of the first quantum well layer and the bandgap of the third quantum well layer. an active layer (130, 230, 330) comprising two outer barriers and a three-coupled quantum well disposed between the two outer barriers,
A method for compiling a data flow graph, said method comprising: - a step of creation of at least two groups of instructions of a computer code corresponding to at least two first actors (310, 311) for independently executing the computation of one and the same data set comprising at least one datum, and producing a quality descriptor of the data set, the execution of the computation by each of said at least two groups of instructions of a computer code being triggered by a synchronisation system; - a step of verification that at least one out of the at least two groups of instructions of a computer code is capable of executing its computation deterministically within a predefined duration; - a step of creation of a third group of instructions of a computer code corresponding to a third actor, for triggering the execution of the computation by each of said at least two groups of instructions of a computer code, and initialising a clock configured to emit an interrupt signal when said predefined duration is terminated; - a step of creation of a fourth group of instructions of a computer code corresponding to a fourth actor, for executing, at the latest at the interrupt signal of said clock: - the selection, from the set of said at least two groups of instructions of a computer code having produced a quality descriptor, of the one whose descriptor exhibits the most favourable value; - the transfer of the data set computed by the selected group of instructions of the computer code. - a step of creation of at least two groups of instructions of a computer code corresponding to at least two first actors (310, 311) for independently executing the computation of one and the same data set comprising at least one datum, and producing a quality descriptor of the data set, the execution of the computation by each of said at least two groups of instructions of a computer code being triggered by a synchronisation system; - a step of verification that at least one out of the at least two groups of instructions of a computer code is capable of executing its computation deterministically within a predefined duration; - a step of creation of a third group of instructions of a computer code corresponding to a third actor, for triggering the execution of the computation by each of said at least two groups of instructions of a computer code, and initialising a clock configured to emit an interrupt signal when said predefined duration is terminated; - a step of creation of a fourth group of instructions of a computer code corresponding to a fourth actor, for executing, at the latest at the interrupt signal of said clock: - the selection, from the set of said at least two groups of instructions of a computer code having produced a quality descriptor, of the one whose descriptor exhibits the most favourable value; - the transfer of the data set computed by the selected group of instructions of the computer code.