mhurhangee/ep-ind-claims huggingface dataset:
A bicycle multi-gear cassette mountable to a wheel hub, the cassette comprising: a truncated conical shell having a first opening proximate a small shell base and a second opening proximate a large shell base, the openings (22, 26) coaxial with an axis of the shell; a plurality of toothed sprockets having different numbers of teeth disposed on the shell and extending radially of the central axis; a torque load transmitting profile configured on the shell proximate one of the small and large shell bases (24, 28); and a radial load transmitting profile configured on the shell proximate one of the small and large shell bases(24, 28), wherein the shell, sprockets, and the load transmitting profiles embody a single piece, wherein the radial load transmitting profile is configured on the shell proximate the large shell base, characterized in that the cassette further comprising: a cap member extending radially of the central axis coupled to the radial load transmitting profile proximate the large shell base, the cap member including a third opening coaxial with the shell axis for receiving the wheel hub, a second radial load transmitting profile configured at the third opening for transmitting radial load to the wheel hub, the first opening proximate the small shell base configured for receiving the wheel hub, a third radial load transmitting profile configured at the first opening for transmitting radial load to the wheel hub. a truncated conical shell having a first opening proximate a small shell base and a second opening proximate a large shell base, the openings (22, 26) coaxial with an axis of the shell; a plurality of toothed sprockets having different numbers of teeth disposed on the shell and extending radially of the central axis; a torque load transmitting profile configured on the shell proximate one of the small and large shell bases (24, 28); and a radial load transmitting profile configured on the shell proximate one of the small and large shell bases(24, 28), wherein the shell, sprockets, and the load transmitting profiles embody a single piece, wherein the radial load transmitting profile is configured on the shell proximate the large shell base, a cap member extending radially of the central axis coupled to the radial load transmitting profile proximate the large shell base, the cap member including a third opening coaxial with the shell axis for receiving the wheel hub, a second radial load transmitting profile configured at the third opening for transmitting radial load to the wheel hub, the first opening proximate the small shell base configured for receiving the wheel hub, a third radial load transmitting profile configured at the first opening for transmitting radial load to the wheel hub.
An electric power steering system comprising: a motor that applies assist force to a steering mechanism of a vehicle; a torque sensor that outputs a detection signal (Sτ) corresponding to a steering torque applied to the steering mechanism; and a controller that computes a detected steering torque value (τ) based on the detection signal (Sτ), and executes current feedback control for causing an actual current value of the motor to follow a current command value based on the detected steering torque value (τ), characterized in that when the detected steering torque value (τ) is held, the controller makes a feedback gain of the current feedback control smaller than a feedback gain that is used when the detected steering torque value (τ) is not held. a motor that applies assist force to a steering mechanism of a vehicle; a torque sensor that outputs a detection signal (Sτ) corresponding to a steering torque applied to the steering mechanism; and a controller that computes a detected steering torque value (τ) based on the detection signal (Sτ), and executes current feedback control for causing an actual current value of the motor to follow a current command value based on the detected steering torque value (τ), characterized in that when the detected steering torque value (τ) is held, the controller makes a feedback gain of the current feedback control smaller than a feedback gain that is used when the detected steering torque value (τ) is not held.
A method comprising: determining, by a user equipment, UE, that a first cellular service of a plurality of cellular services is desired; accessing, by the UE, service group information that correlates a plurality of service groups to a plurality of cells, wherein each service group is associated with one or more cellular services; and initiating a first connection with a first cell of the plurality of cells (14-1 - 14-5) that can provide the first cellular service based at least in part on the service group information, wherein the UE contains the service group information, wherein the service group information includes service group to cell information that correlates service groups to cells, and wherein the service group information comprises service group to services information that correlates the plurality of cellular services including the first cellular service with the plurality of service groups. determining, by a user equipment, UE, that a first cellular service of a plurality of cellular services is desired; accessing, by the UE, service group information that correlates a plurality of service groups to a plurality of cells, wherein each service group is associated with one or more cellular services; and initiating a first connection with a first cell of the plurality of cells (14-1 - 14-5) that can provide the first cellular service based at least in part on the service group information, wherein the UE contains the service group information, wherein the service group information includes service group to cell information that correlates service groups to cells, and wherein the service group information comprises service group to services information that correlates the plurality of cellular services including the first cellular service with the plurality of service groups.
Friction clutch having a housing with a pressure plate which is arranged so as to be rotationally fixed and axially displaceable relative to said housing to a limited extent, which pressure plate can, by way of a lever system which is supported on the housing, be displaced axially relative to a counterpressure plate, which is arranged fixedly with respect to the housing, so as to brace friction linings of a clutch disk, wherein, in the event of undershooting of a distance, formed when the friction linings are braced, between pressure plate and counterpressure plate, a form fit is generated between a pinion, which is connected to a spindle of a spindle drive, said spindle drive being arranged on the pressure plate and serving for the rotational drive of an adjustment ring arranged between pressure plate and lever system, and a drive pawl, which is fastened to the housing elastically under preload in the direction of the pressure plate, said form fit being eliminated during an actuation movement of the pressure plate relative to the housing after a rotation of the pinion by means of the drive pawl, wherein an axial travel of the drive pawl relative to the pinion is limited by means of an axial stop with a contact surface and by means of a spacer arranged at the housing side, wherein the contact surface can be contacted by the spacer, wherein the spacer is arranged on the drive pawl, characterized in that the spacer is electrically insulated with respect to the drive pawl.
A take-off arm for a bale opener for taking off fiber flocks from fiber bales, having a housing, at least one take-off unit having an axial length and comprising a detaching roller having take-off teeth, and a pressing element, characterized in that the pressing element is connected to load cells, and elastic devices, configured to adjust a penetration of the take-off teeth, are situated between the load cells and the housing, via which the load cells are connected to the housing.
A method of producing a composition for fertilising agricultural land comprising - animal excrement representing 10 to 25% by weight of the final composition, preferably 10%, - plant waste including compost representing 10 to 20%, preferably 12% by weight of the final composition and/or unfermented plant waste representing 30 to 40%, preferably 35% by weight of the final composition, - bentonite in an amount which is greater than 10% by weight of the final composition; - essential macronutrients; - essential micronutrients - agricultural sulphur; - algae; - effective microorganisms comprising up to 80 different kinds divided into 5 families; lactic acid bacteria, yeasts, actinomycetes, photosynthetic bacteria, fermenting moulds; the method comprising the following steps: - cutting animal excrement and plant waste into small pieces, preferably 1 to 2 cm in size; - forming, in a light and air-tight container, successive layers of animal excrement and plant waste, then of bentonite mixed with essential macro and micronutrients; - humidifying each layer with water mixed with algae and effective microorganisms so as to obtain a humidity of 20 to 25% - mixing twice a week, for at least three weeks for fermentation, by checking the humidity and the temperature and by spraying water if necessary to maintain a humidity of 20 to 25% and a temperature of 40 to 55°C. - animal excrement representing 10 to 25% by weight of the final composition, preferably 10%, - plant waste including compost representing 10 to 20%, preferably 12% by weight of the final composition and/or unfermented plant waste representing 30 to 40%, preferably 35% by weight of the final composition, - bentonite in an amount which is greater than 10% by weight of the final composition; - essential macronutrients; - essential micronutrients - agricultural sulphur; - algae; - effective microorganisms comprising up to 80 different kinds divided into 5 families; lactic acid bacteria, yeasts, actinomycetes, photosynthetic bacteria, fermenting moulds; - cutting animal excrement and plant waste into small pieces, preferably 1 to 2 cm in size; - forming, in a light and air-tight container, successive layers of animal excrement and plant waste, then of bentonite mixed with essential macro and micronutrients; - humidifying each layer with water mixed with algae and effective microorganisms so as to obtain a humidity of 20 to 25% - mixing twice a week, for at least three weeks for fermentation, by checking the humidity and the temperature and by spraying water if necessary to maintain a humidity of 20 to 25% and a temperature of 40 to 55°C.
A terminal, wherein the terminal comprises a first sliding cover and a second sliding cover disposed opposite to each other, and a sliding structure disposed between the first sliding cover and the second sliding cover; the sliding structure comprises a first substrate and a second substrate adapted to slide relative to each other in a sliding direction, characterized in that a first groove is provided on a first side of the first substrate, a second groove is provided on a second side opposite to the first side, the first side and the second side are parallel to the sliding direction, a first spring is disposed at an opening of the first groove, and a second spring is disposed at an opening of the second groove; and the second substrate is fastened to a housing of the second sliding cover, the housing comprises a first surface opposite to the first side and a second surface opposite to the second side, two first limiting grooves are disposed on the first surface in the sliding direction, two second limiting grooves are disposed on the second surface in the sliding direction, and the two first limiting grooves are in a one-to-one correspondence with the two second limiting grooves; wherein the first spring comprises a first elastic component, the first elastic component generates elastic deformation when receiving an action force directed at the second side, the second spring comprises a second elastic component, and the second elastic component generates elastic deformation when receiving an action force directed at the first side; and wherein the first elastic component is V-shaped or arc-shaped, and the second elastic component is arc-shaped. the sliding structure comprises a first substrate and a second substrate adapted to slide relative to each other in a sliding direction, characterized in that a first groove is provided on a first side of the first substrate, a second groove is provided on a second side opposite to the first side, the first side and the second side are parallel to the sliding direction, a first spring is disposed at an opening of the first groove, and a second spring is disposed at an opening of the second groove; and the second substrate is fastened to a housing of the second sliding cover, the housing comprises a first surface opposite to the first side and a second surface opposite to the second side, two first limiting grooves are disposed on the first surface in the sliding direction, two second limiting grooves are disposed on the second surface in the sliding direction, and the two first limiting grooves are in a one-to-one correspondence with the two second limiting grooves; wherein the first spring comprises a first elastic component, the first elastic component generates elastic deformation when receiving an action force directed at the second side, the second spring comprises a second elastic component, and the second elastic component generates elastic deformation when receiving an action force directed at the first side; and wherein the first elastic component is V-shaped or arc-shaped, and the second elastic component is arc-shaped.
A composition comprising: a carrier molecule; a biologically active molecule, wherein the carrier molecule is non-covalently associated with the biologically active molecule in one of a micelle and a liposome, wherein the carrier molecule comprises a hydrophobic domain and FFFILVFGGGKKRPKPG (SEQ ID NO: 27). a carrier molecule; a biologically active molecule, wherein the carrier molecule is non-covalently associated with the biologically active molecule in one of a micelle and a liposome, wherein the carrier molecule comprises a hydrophobic domain and FFFILVFGGGKKRPKPG (SEQ ID NO: 27).
A passenger seat comprising: a seat back having a front and a rear; a shroud coupled with the seat back, the shroud comprising a lip projecting downwardly along the rear of the seat back; a cavity defined at least partially by the lip; a table body movable between a stowed configuration and a deployed configuration, the table body in the stowed configuration positioned so that at least a portion of the table body is situated within the cavity, said table body comprising a first leaf hinged with a second leaf and; and a biasing mechanism biasing the table body into the cavity when the table body is in the stowed configuration characterized in that the first leaf comprises a tab and the second leaf comprises a notch such that in the stowed configuration the tab of the first leaf is received in the cavity so that the table body is flush with the shroud 110 along a full width of the table body 114, wherein in the deployed configuration, the notch is sized to receive the tab so that the first leaf and the second leaf fit together to form a substantially continuous surface. a seat back having a front and a rear; a shroud coupled with the seat back, the shroud comprising a lip projecting downwardly along the rear of the seat back; a cavity defined at least partially by the lip; a table body movable between a stowed configuration and a deployed configuration, the table body in the stowed configuration positioned so that at least a portion of the table body is situated within the cavity, said table body comprising a first leaf hinged with a second leaf and; and a biasing mechanism biasing the table body into the cavity when the table body is in the stowed configuration
An antibody that binds to an Aβ oligomer but not to an Aβ monomer, wherein the antibody is a monoclonal antibody and selected from the group consisting of: an antibody that comprises an H chain having the amino acid sequence of SEQ ID NO: 89 as CDR1, the amino acid sequence of SEQ ID NO: 91 as CDR2, and the amino acid sequence of SEQ ID NO: 93 as CDR3 and an L chain having the amino acid sequence of SEQ ID NO: 95 as CDR1, the amino acid sequence of SEQ ID NO: 97 as CDR2, and the amino acid sequence of SEQ ID NO: 99 as CDR3; an antibody that comprises an H chain having the amino acid sequence of SEQ ID NO: 85 as VH and an L chain having the amino acid sequence of SEQ ID NO: 87 as VL; and an antibody comprising an H chain having the amino acid sequence of SEQ ID NO: 81 and an L chain having the amino acid sequence of SEQ ID NO: 83. an antibody that comprises an H chain having the amino acid sequence of SEQ ID NO: 89 as CDR1, the amino acid sequence of SEQ ID NO: 91 as CDR2, and the amino acid sequence of SEQ ID NO: 93 as CDR3 and an L chain having the amino acid sequence of SEQ ID NO: 95 as CDR1, the amino acid sequence of SEQ ID NO: 97 as CDR2, and the amino acid sequence of SEQ ID NO: 99 as CDR3; an antibody that comprises an H chain having the amino acid sequence of SEQ ID NO: 85 as VH and an L chain having the amino acid sequence of SEQ ID NO: 87 as VL; and an antibody comprising an H chain having the amino acid sequence of SEQ ID NO: 81 and an L chain having the amino acid sequence of SEQ ID NO: 83.
A solar cell, comprising: a crystalline semiconductor substrate containing impurities of a first conductivity type; a front doped layer located on a front surface of the semiconductor substrate; a back doped layer located on a back surface of the semiconductor substrate; a front transparent conductive layer located on the front doped layer; a front collector electrode located on the front transparent conductive layer; a back transparent conductive layer located under the back doped layer; and a back collector electrode located under the back transparent conductive layer, wherein a thickness of the front transparent conductive layer and a thickness of the back transparent conductive layer are different from each other, characterized in that a sheet resistance of the front transparent conductive layer is less than a sheet resistance of the back transparent conductive layer and the front transparent conductive layer has the thickness over its entire area and the back transparent conductive layer has the thickness over its entire area. a crystalline semiconductor substrate containing impurities of a first conductivity type; a front doped layer located on a front surface of the semiconductor substrate; a back doped layer located on a back surface of the semiconductor substrate; a front transparent conductive layer located on the front doped layer; a front collector electrode located on the front transparent conductive layer; a back transparent conductive layer located under the back doped layer; and a back collector electrode located under the back transparent conductive layer, wherein a thickness of the front transparent conductive layer and a thickness of the back transparent conductive layer are different from each other, characterized in that a sheet resistance of the front transparent conductive layer is less than a sheet resistance of the back transparent conductive layer and the front transparent conductive layer has the thickness over its entire area and the back transparent conductive layer has the thickness over its entire area.
A warning method for an aircraft comprising: receiving a vertical speed of the aircraft, receiving the aircraft's vertical acceleration rate and the aircraft's pitch rate, calculating a safe landing value, comprising normalizing a function of the vertical speed and a function of the vertical acceleration rate and the aircraft's pitch rate, wherein normalizing two functions comprises adjusting one or both functions so that the functions have equivalent dimensions, and summing the normalized function of the vertical speed and the normalized function of the vertical acceleration rate and the aircraft's pitch rate, comparing the safe landing value to a threshold value, and providing an aircraft warning when the safe landing value fails to meet the threshold value. receiving a vertical speed of the aircraft, receiving the aircraft's vertical acceleration rate and the aircraft's pitch rate, calculating a safe landing value, comprising normalizing a function of the vertical speed and a function of the vertical acceleration rate and the aircraft's pitch rate, wherein normalizing two functions comprises adjusting one or both functions so that the functions have equivalent dimensions, and summing the normalized function of the vertical speed and the normalized function of the vertical acceleration rate and the aircraft's pitch rate, normalizing a function of the vertical speed and a function of the vertical acceleration rate and the aircraft's pitch rate, wherein normalizing two functions comprises adjusting one or both functions so that the functions have equivalent dimensions, and summing the normalized function of the vertical speed and the normalized function of the vertical acceleration rate and the aircraft's pitch rate, comparing the safe landing value to a threshold value, and providing an aircraft warning when the safe landing value fails to meet the threshold value.
A pearlescent pigment, wherein the pigment is an inorganic material comprising a substrate and a first layer, wherein the first layer comprises iron oxide, wherein the iron of the iron oxide has from 1% to 30% Fe and from 70% to 99% Fe, wherein the iron oxide comprises FeOOH, and wherein the color of a homogeneous coating of the pigment, measured over a white background, is selected from the group consisting of: a CIELAB L* value of 30 or less and a chroma value of 3 or less; a CIELAB hue angle, h ab, from 50 to 80 degrees, wherein L* is not more than 85, and the chroma value is greater than 22; a CIELAB hue angle, h ab, from 80 to 275 degrees, wherein L* is not more than 80, and the chroma value is greater than 10; and a CIELAB hue angle, h ab, from not less than 275 to not more than 50 degrees, wherein L* is not more than 85, and the chroma value is greater than 9. a CIELAB L* value of 30 or less and a chroma value of 3 or less; a CIELAB hue angle, h ab, from 50 to 80 degrees, wherein L* is not more than 85, and the chroma value is greater than 22; a CIELAB hue angle, h ab, from 80 to 275 degrees, wherein L* is not more than 80, and the chroma value is greater than 10; and a CIELAB hue angle, h ab, from not less than 275 to not more than 50 degrees, wherein L* is not more than 85, and the chroma value is greater than 9.
A motor controller for controlling a brushless direct current motor, the motor controller comprising: a commutation monitor to determine a period of a commutation cycle for the brushless direct current motor; a pulse scheduler to determine a first start time and a first duration for a first pulse and a second start time and a second duration for a second pulse, characterised by the first start time and the second start time are relative to a start of the commutation cycle; and a driver controller to (i) energize a winding of the brushless direct current motor with the first pulse and the second pulse within the commutation cycle, wherein the first pulse and the second pulse have a same polarity, and (ii) switch a field direction of the winding in response to an end of the commutation cycle. a commutation monitor to determine a period of a commutation cycle for the brushless direct current motor; a pulse scheduler to determine a first start time and a first duration for a first pulse and a second start time and a second duration for a second pulse, characterised by the first start time and the second start time are relative to a start of the commutation cycle; and a driver controller to (i) energize a winding of the brushless direct current motor with the first pulse and the second pulse within the commutation cycle, wherein the first pulse and the second pulse have a same polarity, and (ii) switch a field direction of the winding in response to an end of the commutation cycle.