mhurhangee/ep-ind-claims huggingface dataset:
A sonic toothbrush comprising an electric motor including a drive shaft, wherein, when the electric motor is caused to operate, the drive shaft continuously rotates until the electric motor is caused to stop; a brush shaft; and a drive assembly comprising a four bar linkage coupled between the drive shaft and the brush shaft and configured to convert the rotation of the drive shaft into sonic oscillation of a toothbrush head supported on an end of the brush shaft, the four bar linkage comprising a coupler having a first end operably coupled to the brush shaft and a second end; characterised in that: the drive assembly further comprises an eccentric pin rotationally received within the second end of the coupler, the eccentric pin having a rearward end shaft axially aligned with an axis of the drive shaft and a mid-portion (53") axially offset from the axis of the drive shaft, wherein the rotation of the drive shaft causes the eccentric pin to rotate within the second end; and the rotation of the eccentric pin causes the coupler to oscillate to convert the rotation of the drive shaft into oscillation of the toothbrush head. the drive assembly further comprises an eccentric pin rotationally received within the second end of the coupler, the eccentric pin having a rearward end shaft axially aligned with an axis of the drive shaft and a mid-portion (53") axially offset from the axis of the drive shaft, wherein the rotation of the drive shaft causes the eccentric pin to rotate within the second end; and the rotation of the eccentric pin causes the coupler to oscillate to convert the rotation of the drive shaft into oscillation of the toothbrush head. the rotation of the drive shaft causes the eccentric pin to rotate within the second end; and the rotation of the eccentric pin causes the coupler to oscillate to convert the rotation of the drive shaft into oscillation of the toothbrush head.
A peptide of less than about 15 amino acids, wherein said peptide comprises the amino acid sequence of SEQ ID NO: 9, 10, or 11 or a peptide of less than about 15 amino acids having cytotoxic T cell inducibility, wherein said peptide comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 9, 10, and 11, in which 1 or 2 amino acids are substituted, deleted, or added.
Apparatus for gauging machine tools, having at least a first and a second transmission/reception portion (20, 120, 220), which each have a housing, a power supply, a clamping cylinder or pin (10, 10', 10"), a light beam transmitter (12, 14) for producing a light beam (13, 13'), a beam splitter (15, 15'), a first entry/exit window (18, 18'), a second entry/exit window (16, 16', 16") and a two-dimensionally readable optoelectronic target (30, 30', 30"), wherein the beam splitter is arranged in each case such that both the light beam that is produced by the light beam transmitter and directed through the first or second window onto the target of the other transmission/reception portion and a light beam that is produced by the light beam transmitter of the other transmission/ reception portion and directed through the first or second window onto the target of the transmission/reception portion pass through the beam splitter, and wherein the beam splitter is designed to split the light beam produced by the light beam transmitter into a first beam exiting through the first window and a second beam exiting through the second window.
Use of an extract from coffee pulp of Coffea arabica comprising at least 0.5 % (w/w) of protocatechuic acid, for the treatment and/or prevention of Hemileia vastatrix infections in plants.
A curable composition comprising: (i) an epoxy resin; and (ii) a curing component comprising a polyetheramine and a tertiary amine selected from N-ethyl morpholine, isopropyl morpholine, N-butyl morpholine, methoxyethyl morpholine, hydroxyethyl morpholine, 2,2'-dimorpholinodiethylether, N,N'-dimorpholino ethane, methyldiethanolamine, methyl dicyclohexylamine, N,N,N'-trimethyl-N'-(2-hydroxyethyl)bis(2-aminoethyl)ether, bis-(2-dimethylaminoethyl) ether, 1,3,5-tris(3-(dimethylamino)propyl)-hexahydro-s-triazine, and combinations thereof.
An assembly (100, 272) for retaining a nut member, the assembly comprising: a nut retainer (122, 282) including a nut retaining section (140, 276) and an expandable tubular body (136, 280) connected to the nut retaining section, the nut retaining section including an abutment portion configured to contact a workpiece (110, 289) when the expandable tubular body is positioned in an opening (106, 287) of the workpiece, the expandable tubular body including a tubular body inner surface surrounding a tubular body passageway and defining a tubular body inner perimeter; and a bushing (126, 284) including a bushing outer surface defining a first outer perimeter (224, 295) and a bushing inner surface at least partially surrounding a bushing passageway, the first outer perimeter substantially equal to or smaller than the tubular body inner perimeter, the bushing passageway adapted to receive a mandrel (246, 301) capable of radially expanding the bushing and the tubular body when the tubular body circumferentially surrounds the bushing so as to form a first interference fit between the tubular body and the workpiece and a second interference fit between the bushing outer surface and the tubular body inner surface. a nut retainer (122, 282) including a nut retaining section (140, 276) and an expandable tubular body (136, 280) connected to the nut retaining section, the nut retaining section including an abutment portion configured to contact a workpiece (110, 289) when the expandable tubular body is positioned in an opening (106, 287) of the workpiece, the expandable tubular body including a tubular body inner surface surrounding a tubular body passageway and defining a tubular body inner perimeter; and a bushing (126, 284) including a bushing outer surface defining a first outer perimeter (224, 295) and a bushing inner surface at least partially surrounding a bushing passageway, the first outer perimeter substantially equal to or smaller than the tubular body inner perimeter, the bushing passageway adapted to receive a mandrel (246, 301) capable of radially expanding the bushing and the tubular body when the tubular body circumferentially surrounds the bushing so as to form a first interference fit between the tubular body and the workpiece and a second interference fit between the bushing outer surface and the tubular body inner surface.
Method for commissioning a passenger transportation system supported by a mobile device which is computer-controlled from an application and which is configured to exchange data both with a programmable controller controlling the passenger transportation system and with an external database in which configuration information regarding configurations of a plurality of passenger transportation systems is stored, wherein the method comprises: retrieving, from the external database by the computer-controlled mobile device, configuration information which details information regarding a configuration of the passenger transportation system; requesting, by the computer-controlled mobile device under consideration of the configuration information, commissioning information which details information regarding parameters that must be set within the scope of a commissioning of the passenger transportation system; and transmitting the commissioning information to the controller controlling the passenger transportation system, characterized in that the configuration information details which components have been ordered to construct the passenger transportation system, and wherein, during the requesting of the commissioning information, the computer-controlled mobile device only requests commissioning information regarding which of the ordered components must be set within the scope of the commissioning of the passenger transportation system. retrieving, from the external database by the computer-controlled mobile device, configuration information which details information regarding a configuration of the passenger transportation system; requesting, by the computer-controlled mobile device under consideration of the configuration information, commissioning information which details information regarding parameters that must be set within the scope of a commissioning of the passenger transportation system; and transmitting the commissioning information to the controller controlling the passenger transportation system, characterized in that the configuration information details which components have been ordered to construct the passenger transportation system, and wherein, during the requesting of the commissioning information, the computer-controlled mobile device only requests commissioning information regarding which of the ordered components must be set within the scope of the commissioning of the passenger transportation system.
An electric power steering system comprising: a controller that controls a motor that is a source of an assist force to be applied to a steering system of a vehicle, wherein the controller computes an assist controlled variable based on multiple kinds of state quantities indicating a steering system state, and controls the motor based on the assist controlled variable, characterized in that the controller individually sets, for the respective state quantities, limits that limit a variation range of the assist controlled variable based on the respective state quantities used to compute the assist controlled variable, and limits a value of the assist controlled variable using the limits. a controller that controls a motor that is a source of an assist force to be applied to a steering system of a vehicle, wherein the controller computes an assist controlled variable based on multiple kinds of state quantities indicating a steering system state, and controls the motor based on the assist controlled variable, characterized in that the controller individually sets, for the respective state quantities, limits that limit a variation range of the assist controlled variable based on the respective state quantities used to compute the assist controlled variable, and limits a value of the assist controlled variable using the limits. the controller computes an assist controlled variable based on multiple kinds of state quantities indicating a steering system state, and controls the motor based on the assist controlled variable, characterized in that computes an assist controlled variable based on multiple kinds of state quantities indicating a steering system state, and controls the motor based on the assist controlled variable, characterized in that the controller individually sets, for the respective state quantities, limits that limit a variation range of the assist controlled variable based on the respective state quantities used to compute the assist controlled variable, and limits a value of the assist controlled variable using the limits. individually sets, for the respective state quantities, limits that limit a variation range of the assist controlled variable based on the respective state quantities used to compute the assist controlled variable, and limits a value of the assist controlled variable using the limits.
A method for wireless communication in a communication network comprising at least one central unit and at least one radio access unit for wireless connection with user terminals (UE1, UE2, UE3), wherein • backhaul signals are transmitted between the at least one central unit and the at least one radio access unit via a wireless backhaul link, • a part of received backhaul signals in downlink is coupled out and amplified in the at least one radio access unit and sent back to the at least one central unit via the wireless backhaul link, • said part of the received backhaul signals in downlink which is amplified and sent back to the at least one central unit is measured in the at least one central unit, • and the at least one central unit adapts downlink transmission via the wireless backhaul link based on measurement results of said part of the received backhaul signals in downlink which is amplified and sent back to the at least one central unit. • backhaul signals are transmitted between the at least one central unit and the at least one radio access unit via a wireless backhaul link, • a part of received backhaul signals in downlink is coupled out and amplified in the at least one radio access unit and sent back to the at least one central unit via the wireless backhaul link, • said part of the received backhaul signals in downlink which is amplified and sent back to the at least one central unit is measured in the at least one central unit, • and the at least one central unit adapts downlink transmission via the wireless backhaul link based on measurement results of said part of the received backhaul signals in downlink which is amplified and sent back to the at least one central unit.
A carbon-based material comprising graphene doped with metal atoms and at least one type of non-metal atoms selected from a group consisting of nitrogen atoms, boron atoms, sulfur atoms, and phosphorus atoms, characterized in that a diffraction pattern obtained by X-ray diffraction measurement of the carbon-based material by use of CuKα radiation shows that a proportion of the highest of intensities of peaks derived from an inactive metal compound and a metal crystal to an intensity of a peak at around 26° of 2θ is 0.1 or less, wherein the inactive metal compound is a compound composed of a metal atom which is not doped in graphene in the carbon-based material, and wherein the graphene is composed of a graphene sheet or formed of a material including two or more graphene sheets.
A secondary base station (S-SeNB) method, comprising: upon it being determined that said secondary base station is to perform a protocol layer re-establishment, permitting continued transmission of pending data packets to user equipment over a secondary base station bearer of said secondary base station until said protocol layer re-establishment takes place, wherein said protocol layer re-establishment is due to said secondary base station bearer being moved to another base station (T-SeNB), or said protocol layer re-establishment is due to layer 2 protocol layers of said secondary base station being re-established.
An oil-in-water emulsion cosmetic comprising the following components: 0.1 to 3 mass % of hydrogenated polyisobutene with a number average molecular weight of 2000 to 3000, 0.1 to less than 1 mass % of alcohol having 6 or more carbon atoms, 1 to 25 mass % of an oil component except components and, 0.3 to 5 mass % of surfactant, 0.05 to 5 mass % of water-soluble thickener, and an aqueous component, wherein the blending quantity of nonpolar oil in is 30% or lower of the total amount of component. 0.1 to 3 mass % of hydrogenated polyisobutene with a number average molecular weight of 2000 to 3000, 0.1 to less than 1 mass % of alcohol having 6 or more carbon atoms, 1 to 25 mass % of an oil component except components and, 0.3 to 5 mass % of surfactant, 0.05 to 5 mass % of water-soluble thickener, and an aqueous component,
A contact probe for a testing head of an apparatus for testing electronic devices, said contact probe comprising a body extending along a longitudinal axis (H-H) between a first end portion and a second end portion, said second end portion being adapted to electrically contact pads of a device under test, said contact probe being characterized in that it comprises a first section, which extends along said longitudinal axis (H-H) from said first end portion and is made of an electrically non-conductive material, and a second section, which extends along said longitudinal axis (H-H) from said second end portion up to said first section, said second section being electrically conductive and extending over a distance less than 1000 μm, wherein said sections (S1, S2) follow each other along the longitudinal axis (H-H) of the contact probe so that the first end portion is only included in the first section and the second end portion is only included in the second section, and wherein the first end portion is adapted to perform only a mechanical contact.
A circuit for generating a reference voltage (V OUT), comprising, between first and second terminals of application of a power supply voltage: a first current source in series with a first bipolar transistor; a second current source in series with a first resistive element, the junction point between the second current source and the first resistive element being connected to the base of the first bipolar transistor; a third current source in series with a second bipolar transistor, the third current source forming a current mirror with the first current source; a second resistive element between the base of the second bipolar transistor and the junction point of the current source and of the first resistive element; and a fourth current source in series with a third resistive element, the junction point of the fourth current source and of the third resistive element defining a third terminal providing the reference voltage (V OUT), the fourth current source forming a current mirror with the second current source. a first current source in series with a first bipolar transistor; a second current source in series with a first resistive element, the junction point between the second current source and the first resistive element being connected to the base of the first bipolar transistor; a third current source in series with a second bipolar transistor, the third current source forming a current mirror with the first current source; a second resistive element between the base of the second bipolar transistor and the junction point of the current source and of the first resistive element; and a fourth current source in series with a third resistive element, the junction point of the fourth current source and of the third resistive element defining a third terminal providing the reference voltage (V OUT), the fourth current source forming a current mirror with the second current source.
A variable hyperoxia treatment apparatus, comprising: one or more treatment chambers being sized to receive a human body part; a removable and substantially gas impermeable liner that lines each of said chambers and is adapted to form a treatment zone around said human body part; and a mixture tank that holds a humidifying agent and has a medicinal filling port for receiving medications to be mixed with said humidifying agent, an oxygen concentrator that has an O2 receiving port for receiving oxygen from an oxygen source and an O2 dispensing port, said mixture tank and oxygen concentrator are in communication with said gas impermeable liner within said treatment chambers, wherein said one or more treatment chambers have an inlet port for receiving fluid and an outlet port for dispensing said fluid, characterized in that the electric components and said mixture tank are positioned on a first side of said one or more treatment chambers and said oxygen concentrator and oxygen receiving port are positioned on a second side of said one or more treatment chambers, opposite said first side, and wherein said electric components and said mixture tank are isolated from said oxygen concentrator and said oxygen receiving port. one or more treatment chambers being sized to receive a human body part; a removable and substantially gas impermeable liner that lines each of said chambers and is adapted to form a treatment zone around said human body part; and a mixture tank that holds a humidifying agent and has a medicinal filling port for receiving medications to be mixed with said humidifying agent, an oxygen concentrator that has an O2 receiving port for receiving oxygen from an oxygen source and an O2 dispensing port, said mixture tank and oxygen concentrator are in communication with said gas impermeable liner within said treatment chambers, wherein said one or more treatment chambers have an inlet port for receiving fluid and an outlet port for dispensing said fluid, characterized in that the electric components and said mixture tank are positioned on a first side of said one or more treatment chambers and said oxygen concentrator and oxygen receiving port are positioned on a second side of said one or more treatment chambers, opposite said first side, and wherein said electric components and said mixture tank are isolated from said oxygen concentrator and said oxygen receiving port.
An information processing apparatus for receiving an aggregated data frame used in a wireless communication system, the information processing apparatus comprising a processor configured to: obtain an aggregated data frame including a single common MAC header portion, a plurality of sub MAC headers, and a plurality of data units, analyze the single common MAC header portion to discriminate therein duration information specifying a time that elapses before a transaction including the aggregated data unit is completed, a receiver address and a transmitter address, analyze one of the plurality of sub MAC headers including length information related to one of the plurality of data units, identify the one of the plurality of data units, and send reception acknowledgement information including a first sequence number of obtained data units and bit map information obtained by mapping a reception confirmation information based on a sequence number included in the aggregated data unit, wherein the bit map information specifies relative positions of the obtained data units to the first sequence number. obtain an aggregated data frame including a single common MAC header portion, a plurality of sub MAC headers, and a plurality of data units, analyze the single common MAC header portion to discriminate therein duration information specifying a time that elapses before a transaction including the aggregated data unit is completed, a receiver address and a transmitter address, analyze one of the plurality of sub MAC headers including length information related to one of the plurality of data units, identify the one of the plurality of data units, and send reception acknowledgement information including a first sequence number of obtained data units and bit map information obtained by mapping a reception confirmation information based on a sequence number included in the aggregated data unit, wherein the bit map information specifies relative positions of the obtained data units to the first sequence number.