mhurhangee/ep-ind-claims huggingface dataset:
A dynamically-lubricated bearing comprising: a rotating inner race having an inner race groove between a pair of inner race cage lands; an outer race circumscribing the inner race so as to define an annular-shaped cavity therebetween, the outer race having an outer race groove that is between a pair of outer race cage lands and opposes the inner race groove; rolling elements disposed between the inner and outer races and in rolling contact with the inner and outer race grooves; a cage disposed between the inner and outer races to maintain separation between the rolling elements, the cage comprising side rails (134,136) and spacers therebetween that, in combination, define pockets in which each of the rolling elements is individually received, the side rails defining a pair of outer diametrical surfaces of the cage that face the outer race cage lands of the outer race and an oppositely-disposed pair of inner diametrical surfaces of the cage that face the inner race cage lands of the inner race; means for introducing a lubricant into the cavity between the inner and outer races; features in the cage for enabling air to ingress into the pockets of the cage, the features comprising through-hole features through at least one of the side rails of the cage, the features fluidically interconnecting the pockets to an external environment surrounding at least one of a pair of axial ends of the bearing; characterized in that: the through-hole features are oriented so as to be inclined at an acute angle to a direction that the rolling elements travel within the inner and outer race grooves (110, 112). a rotating inner race having an inner race groove between a pair of inner race cage lands; an outer race circumscribing the inner race so as to define an annular-shaped cavity therebetween, the outer race having an outer race groove that is between a pair of outer race cage lands and opposes the inner race groove; rolling elements disposed between the inner and outer races and in rolling contact with the inner and outer race grooves; a cage disposed between the inner and outer races to maintain separation between the rolling elements, the cage comprising side rails (134,136) and spacers therebetween that, in combination, define pockets in which each of the rolling elements is individually received, the side rails defining a pair of outer diametrical surfaces of the cage that face the outer race cage lands of the outer race and an oppositely-disposed pair of inner diametrical surfaces of the cage that face the inner race cage lands of the inner race; means for introducing a lubricant into the cavity between the inner and outer races; features in the cage for enabling air to ingress into the pockets of the cage, the features comprising through-hole features through at least one of the side rails of the cage, the features fluidically interconnecting the pockets to an external environment surrounding at least one of a pair of axial ends of the bearing; the through-hole features are oriented so as to be inclined at an acute angle to a direction that the rolling elements travel within the inner and outer race grooves (110, 112).
A helmet (1400, 1500) comprising: an outer shell; an outer liner (1402; 1502) disposed within and coupled to the outer shell; an inner liner (1404; 1504) disposed within and coupled to the outer liner; an aligner (1440; 1540) coupled to the outer liner and the inner liner and configured to position the outer liner relative to the inner liner; and a damper disposed between the outer liner (1402; 1502) and the inner liner (1404; 1504) and configured to allow omnidirectional movement of the inner liner relative to the outer liner and the outer shell, characterized in that: the damper comprises an isolation damper coupled to one of the inner liner or the outer liner, and a sliding disc is coupled to the isolation damper, wherein the sliding disc is configured to move relative to the other one of the inner liner or the outer liner. an outer shell; an outer liner (1402; 1502) disposed within and coupled to the outer shell; an inner liner (1404; 1504) disposed within and coupled to the outer liner; an aligner (1440; 1540) coupled to the outer liner and the inner liner and configured to position the outer liner relative to the inner liner; and a damper disposed between the outer liner (1402; 1502) and the inner liner (1404; 1504) and configured to allow omnidirectional movement of the inner liner relative to the outer liner and the outer shell, characterized in that: the damper comprises an isolation damper coupled to one of the inner liner or the outer liner, and a sliding disc is coupled to the isolation damper, wherein the sliding disc is configured to move relative to the other one of the inner liner or the outer liner. the damper comprises an isolation damper coupled to one of the inner liner or the outer liner, and a sliding disc is coupled to the isolation damper, wherein the sliding disc is configured to move relative to the other one of the inner liner or the outer liner.
A cable network device comprising an input connected to a plurality of outputs (16, 16', 16" and 16"'), the input connected to each output (16, 16', 16" and 16"') by first and second electrical communication paths, where downstream signals from the input to each output (16, 16', 16" and 16"') pass along the first electrical communication path and upstream signals from each output to the input pass along the second electrical communication path, characterised in that the input is connected to a plurality of tap elements (28, 28', 28", 28"'), each tap element in communication with an adjoining tap element and one output, and each second electrical communication path having the same attenuation as the other second electrical communication paths.
A gaming and/or entertainment device comprising a plurality of separate display units (12, 13, 14), in particular screens, for presenting information, wherein the display units (12, 13, 14) form independently functional and separately installable display assemblies and at least one of the display units (12, 13, 14) is provided with a touch panel for inputting control commands by touch, characterized in that the touch panel is formed in an integrated manner over at least a respective portion of at least two different display units (12, 13, 14) of which at least one display unit (12, 13, 14) has a display surface (12a, 13a, 14a) concavely cured toward the device operating position.
A method for wireless communications, comprising: receiving a subframe scheduling a plurality of component carriers CC s configured for data communications, wherein Physical Downlink Control Channel PDCCH information for each of the CCs is in a different plurality of PDCCH candidates within the subframe; characterized by searching, within a first plurality of PDCCH candidates of the subframe on a first CC from the plurality of CCs, for a first indication about the first CC, wherein the search starts from a control channel element CCE with a first index that is based on at least one randomly derived parameter; searching, within a second plurality of PDCCH candidates of the subframe on the first CC, for a second indication about a second CC from the plurality of CCs, wherein the search for the second indication starts from a second CCE with a second index derived based on the first index and an offset; wherein the offset is computed based on at least one of: a system aggregation level, a number of PDCCH candidates in the second plurality, a number of CCEs in the subframe, a user identification, or an index of the subframe. receiving a subframe scheduling a plurality of component carriers CC s configured for data communications, wherein Physical Downlink Control Channel PDCCH information for each of the CCs is in a different plurality of PDCCH candidates within the subframe; characterized by searching, within a first plurality of PDCCH candidates of the subframe on a first CC from the plurality of CCs, for a first indication about the first CC, wherein the search starts from a control channel element CCE with a first index that is based on at least one randomly derived parameter; searching, within a second plurality of PDCCH candidates of the subframe on the first CC, for a second indication about a second CC from the plurality of CCs, wherein the search for the second indication starts from a second CCE with a second index derived based on the first index and an offset; wherein the offset is computed based on at least one of: a system aggregation level, a number of PDCCH candidates in the second plurality, a number of CCEs in the subframe, a user identification, or an index of the subframe.
A clothes dryer comprising: a cabinet; a drum rotatably supported in the cabinet; a supply port configured to guide air into the drum; an exhaust port configured to guide the air in the drum to an outside of the drum; and a lint removing apparatus configured to remove lint from the air passing through the exhaust port, wherein the lint removing apparatus includes: a lint filter configured to capture lint; a rotation member rotatably installed to scrape and collect the lint captured in the lint filter; a driving device configured to generate power; a first coupler connected to the driving device to receive the power from the driving device; and a second coupler having a shape corresponding in shape to the first coupler is coupled to the first coupler to transmit the power to the rotation member characterized in that the second coupler is arranged to couple with the first coupler along a direction in which the rotation member extends. a cabinet; a drum rotatably supported in the cabinet; a supply port configured to guide air into the drum; an exhaust port configured to guide the air in the drum to an outside of the drum; and a lint removing apparatus configured to remove lint from the air passing through the exhaust port, wherein the lint removing apparatus includes: a lint filter configured to capture lint; a rotation member rotatably installed to scrape and collect the lint captured in the lint filter; a driving device configured to generate power; a first coupler connected to the driving device to receive the power from the driving device; and a second coupler having a shape corresponding in shape to the first coupler is coupled to the first coupler to transmit the power to the rotation member characterized in that the second coupler is arranged to couple with the first coupler along a direction in which the rotation member extends. a lint filter configured to capture lint; a rotation member rotatably installed to scrape and collect the lint captured in the lint filter; a driving device configured to generate power; a first coupler connected to the driving device to receive the power from the driving device; and a second coupler having a shape corresponding in shape to the first coupler is coupled to the first coupler to transmit the power to the rotation member characterized in that the second coupler is arranged to couple with the first coupler along a direction in which the rotation member extends.
A single component waterborne coating composition comprising: water; from 5 percent by weight to 70 percent by weight of a branched polyester polyurethane dispersion; a polycarbonate polyurethane dispersion blend, comprising from 1 percent by weight to 15 percent by weight of a branched polycarbonate polyurethane dispersion, and from 1 percent by weight to 25 percent by weight of an unbranched, hydroxyl functional, polycarbonate polyurethane dispersion; and from 1 percent by weight to 35 percent by weight of a fluorinated acrylic latex resin. water; from 5 percent by weight to 70 percent by weight of a branched polyester polyurethane dispersion; a polycarbonate polyurethane dispersion blend, comprising from 1 percent by weight to 15 percent by weight of a branched polycarbonate polyurethane dispersion, and from 1 percent by weight to 25 percent by weight of an unbranched, hydroxyl functional, polycarbonate polyurethane dispersion; and from 1 percent by weight to 35 percent by weight of a fluorinated acrylic latex resin.
A porous carbon material having a continuous porous structure having a structural period of 0.002 μm to 1 μm in at least a portion of the porous carbon material, which is determined by irradiating a specimen of the material with X-rays as described in the specification and calculating the structural period L from the scattering angle θ corresponding to the position where the scattered-light intensity has a peak value using the following equation L = λ 2 sin θ, where λ is wavelength of incident X-rays; and comprising a carbon crystal grain having a size of 1 to 1000 nm.
A smearing device for smearing blocks of cheese, comprising a support apparatus and a brush apparatus, the brush apparatus being connected to the support apparatus by means of an adjustable connection and comprising a brush, which can be applied to the top of the block of cheese at a contact pressure, the smearing device comprising a rocker pivotable about a rocker axis and a torque apparatus for setting a predefinable torque acting on the rocker about the rocker axis, the rocker axis being positioned on the support apparatus, the brush apparatus being arranged on the rocker, a resulting weight force of the brush apparatus being transmitted to the rocker at a distance from the rocker axis, and the torque apparatus having a weight arranged on the rocker at a distance from the rocker axis, characterized in that the torque apparatus renders the distance of the weight from the rocker axis adjustable and, for this purpose, comprises a actuating drive, which renders the weight arranged on the rocker adjustable along the rocker by means of a first actuation connection.
A testing method for an automated driving system, comprising: acquiring record data of a sensor device, the record data comprising a plurality of frames of data collected by the sensor device of a vehicle, each frame of data comprising a timestamp, and a first frame and a last frame of the record data corresponding to a same vehicle position; and writing the record data repeatedly to generate test data for testing the automated driving system; playing a same record data repeatedly for a plurality of times and updating the timestamp of each frame of data in the record data in the process of repeated writing, according to a number of times of a current repeated writing and a time duration corresponding to the record data, to make the timestamps of each frame in the repeatedly written record data continuous and position hopping not occur to the generated test data at a repeatedly written connection position. acquiring record data of a sensor device, the record data comprising a plurality of frames of data collected by the sensor device of a vehicle, each frame of data comprising a timestamp, and a first frame and a last frame of the record data corresponding to a same vehicle position; and writing the record data repeatedly to generate test data for testing the automated driving system; playing a same record data repeatedly for a plurality of times and updating the timestamp of each frame of data in the record data in the process of repeated writing, according to a number of times of a current repeated writing and a time duration corresponding to the record data, to make the timestamps of each frame in the repeatedly written record data continuous and position hopping not occur to the generated test data at a repeatedly written connection position.
A pharmaceutical composition for use in a method of treating a hyperkinetic movement disorder in a human subject in need thereof, said method comprising administering to the human subject the VMAT2 inhibitor -2-amino-3-methyl-butyric acid (2R,3R,11bR)-3-isobutyl-9,10-dimethoxy-1,3,4,6,7,11b-hexahydro-2H-pyrido[2,1-a]isoquinolin-2-yl ester, or a pharmaceutically acceptable salt thereof, in a daily dose of 40mg, 45mg, 50 mg, 55mg, 60mg, 65mg, or 70mg.
A semiconductor assembly comprising: - a stack comprising a semiconductor module and a cooler, wherein the semiconductor module is provided in contact with the cooler, the stack having a first side and a second side; - a clamping assembly being adapted to exert a force on the stack; wherein the stack is provided with a through hole (26, 36) between the first side and the second side and wherein part of the clamping assembly extends through the through hole (26, 36) of the stack, wherein the part of the clamping assembly extending through the through hole (26, 36) of the stack comprises an electrically conductive part in the form of a bus bar configured to conduct electricity, and wherein the semiconductor assembly further comprises a piece of electric equipment and an insulation element provided to electrically insulate the electrically conductive part from the semiconductor module, wherein the electrically conductive part at a first end portion is electrically connected to the first side of the stack and at a second end portion is electrically and mechanically connected to a first pole (- DC) of the piece of electric equipment. - a stack comprising a semiconductor module and a cooler, wherein the semiconductor module is provided in contact with the cooler, the stack having a first side and a second side; - a clamping assembly being adapted to exert a force on the stack; wherein the stack is provided with a through hole (26, 36) between the first side and the second side and
An aircraft management system, comprising: a flight plan diversion prediction system including a rerouting control unit that is configured to generate a plurality of reroute options (214, 216, 218) for an aircraft, wherein the rerouting control unit is configured to determine a clearpoint for the plurality of reroute options (214, 216, 218) based on the current location, heading, and airspeed of the aircraft in relation to the current location, airspeed and direction of the in-flight hazard, allowing the rerouting control unit to predict the future position of the aircraft and the future position of the in-flight hazard, wherein the clearpoint is a location at which the aircraft will be clear of the in-flight hazard, and wherein the rerouting control unit is configured to determine the clearpoint by comparing the predicted future position of the aircraft and the predicted future position of the in-flight hazard, wherein the plurality of reroute options (214, 216, 218) is generated based on an analysis of the current position of the aircraft, the predicted future position of the aircraft, the current position of an in-flight hazard, and the predicted future position of the in-flight hazard with each of the plurality of reroute options (214, 216, 218) starting at the clearpoint, wherein the flight plan diversion prediction system further comprises a monitor in communication with the rerouting control unit, and wherein the rerouting control unit is configured to show the plurality of reroute options (214, 216, 218) on the monitor. a flight plan diversion prediction system including a rerouting control unit that is configured to generate a plurality of reroute options (214, 216, 218) for an aircraft, wherein the rerouting control unit is configured to determine a clearpoint for the plurality of reroute options (214, 216, 218) based on the current location, heading, and airspeed of the aircraft in relation to the current location, airspeed and direction of the in-flight hazard, allowing the rerouting control unit to predict the future position of the aircraft and the future position of the in-flight hazard, wherein the clearpoint is a location at which the aircraft will be clear of the in-flight hazard, and wherein the rerouting control unit is configured to determine the clearpoint by comparing the predicted future position of the aircraft and the predicted future position of the in-flight hazard, wherein the plurality of reroute options (214, 216, 218) is generated based on an analysis of the current position of the aircraft, the predicted future position of the aircraft, the current position of an in-flight hazard, and the predicted future position of the in-flight hazard with each of the plurality of reroute options (214, 216, 218) starting at the clearpoint, wherein the flight plan diversion prediction system further comprises a monitor in communication with the rerouting control unit, and wherein the rerouting control unit is configured to show the plurality of reroute options (214, 216, 218) on the monitor.
Use of a mixing station for liquid hazardous substances, comprising a booth which can be opened and closed, further comprising a mixing device (8, 9, 10, 11) which is arranged in the booth and which is connected at the inlet side to at least two hazardous substance containers and at the outlet side discharges a produced mixture to at least one receiving vessel, and comprising an access control unit for a user, characterized in that the booth is closed at least during the mixing process and is only thereafter opened for the authorized user.
A composite amplifier (3, 4, 120) for use in a radio terminal of a wireless telecommunications system, the composite amplifier (3, 4, 120) comprising at least two power amplifiers (41, 42, 71, 72) that are arranged to be connected to an output combiner network (43, 53, 63, 73, 83) and to a load (49, 130), the output combiner network (43, 53, 63, 73, 83) comprising at least one dynamically tuneable reactance (47, 48), said at least two power amplifiers (41, 42, 71, 72) are configured to be differently driven, wherein at least one of impedances seen by each of said at least two differently driven power amplifiers (41, 42, 71, 72) is arranged to be dynamically tuned via tuning of said at least one dynamically tuneable reactance (47, 48), such that instantaneous efficiency of the composite amplifier (3, 4, 120) is increased, and wherein said at least one of the impedances seen by each of said at least two differently driven power amplifiers (41, 42, 71, 72) is seen as a resistance that is inversely proportional to square of an envelope amplitude of an output signal of said composite amplifier (3, 4, 120).
Method for producing doped layers for electronic, luminescent or photovoltaic components, one or more liquid or solid starting materials being evaporated in a source (11, 12, 13, 14) or being admixed as an aerosol to a carrier gas and transported in this form into a deposition chamber, where they condense, in particular as a result of a temperature gradient, on a substrate so as to form a doped matrix, the doping occurring by modifying a starting material that does not develop a doping effect without modification, characterised in that the starting material or a precursor thereof are modified in the presence of the carrier gas in a modification chamber (21, 22, 23, 24) that is arranged downstream of the source (11, 12, 13, 14) and upstream of the deposition chamber.