mhurhangee/ep-ind-claims huggingface dataset:
A wavelength-swept light source apparatus (10, 20, 21, 30, 41, 50) comprising: a light source that is configured to emit a wavelength-swept light of which wavelength varies in a predetermined cycle; a light splitting element that is configured to split the wavelength-swept light emitted from the light source into two; a first optical path that is configured to pass one of the split wavelength-swept light; a second optical path that is configured to pass the other of the split wavelength-swept light; a combining element that is configured to combine the one of the wavelength-swept light that has passed through the first optical path and the other of the wavelength-swept light that has passed through the second optical path thereby to generate an interference light; a light receiving element that is configured to detect an interference signal based on the interference light; a mode hop detector (42, 51) that is configured to detect a mode hop of the wavelength-swept light emitted from the light source based on detecting a discontinuity in a time change of a signal strength in the interference signal as compared with a case where the mode hop has not occurred; and a control unit that is configured to control at least one of a parameter that defines a specified period having a predetermined fixed or variable time length provided in the predetermined cycle and a control parameter of the light source, thereby to set an occurrence timing of the mode hop outside of the specified period in the predetermined cycle. a light source that is configured to emit a wavelength-swept light of which wavelength varies in a predetermined cycle; a light splitting element that is configured to split the wavelength-swept light emitted from the light source into two; a first optical path that is configured to pass one of the split wavelength-swept light; a second optical path that is configured to pass the other of the split wavelength-swept light; a combining element that is configured to combine the one of the wavelength-swept light that has passed through the first optical path and the other of the wavelength-swept light that has passed through the second optical path thereby to generate an interference light; a light receiving element that is configured to detect an interference signal based on the interference light; a mode hop detector (42, 51) that is configured to detect a mode hop of the wavelength-swept light emitted from the light source based on detecting a discontinuity in a time change of a signal strength in the interference signal as compared with a case where the mode hop has not occurred; and a control unit that is configured to control at least one of a parameter that defines a specified period having a predetermined fixed or variable time length provided in the predetermined cycle and a control parameter of the light source, thereby to set an occurrence timing of the mode hop outside of the specified period in the predetermined cycle.
A slipper, comprising: a body of the slipper having a first fluid storage casing and a second fluid storage casing embedded in a front portion and rear portion of the body respectively, each of the first fluid storage casing and second fluid storage casing having an elastic force; a foot top rack of the slipper supported to the body being rotatable; a rotating shaft mounted in the body transversely, supported being rotatable in conjunction with the foot top rack, and having an internal passage having a first and second check ball seating portions (24a, 24b) formed at both inner ends of a front and rear respectively; a first connecting portion and a second connecting portion for connecting the check ball seating portions (24a, 24b) to the first fluid storage casing and the second fluid storage casing, respectively; and a check ball embedded in the internal passage, contacting closely to the check ball seating portion (24a, 24b) at a low position by a setting force when the internal passage is inclined by the rotation of the rotating shaft, and permitting a flow of a fluid in only one direction from the internal passage to the first connecting portion or the second connecting portion which is at high position; wherein when the rotating shaft is inclined depending on a rotation angle of the foot top rack, one of the fluid storage casing (12, 14) is expanded and the other fluid storage casing (12, 14) is contracted by the pressure applied on the both fluid storage casings (12, 14) and the one direction fluid flow, thereby adjusting a height of the front and rear of the slipper. a body of the slipper having a first fluid storage casing and a second fluid storage casing embedded in a front portion and rear portion of the body respectively, each of the first fluid storage casing and second fluid storage casing having an elastic force; a foot top rack of the slipper supported to the body being rotatable; a rotating shaft mounted in the body transversely, supported being rotatable in conjunction with the foot top rack, and having an internal passage having a first and second check ball seating portions (24a, 24b) formed at both inner ends of a front and rear respectively; a first connecting portion and a second connecting portion for connecting the check ball seating portions (24a, 24b) to the first fluid storage casing and the second fluid storage casing, respectively; and a check ball embedded in the internal passage, contacting closely to the check ball seating portion (24a, 24b) at a low position by a setting force when the internal passage is inclined by the rotation of the rotating shaft, and permitting a flow of a fluid in only one direction from the internal passage to the first connecting portion or the second connecting portion which is at high position; wherein when the rotating shaft is inclined depending on a rotation angle of the foot top rack, one of the fluid storage casing (12, 14) is expanded and the other fluid storage casing (12, 14) is contracted by the pressure applied on the both fluid storage casings (12, 14) and the one direction fluid flow, thereby adjusting a height of the front and rear of the slipper.
A control box for selectively delivering orders to receivers (8, 12), the control box comprising: • a shaft mounted to turn about an axis of rotation, while being capable of sliding along said axis between a rest position towards which it is urged by return means, and an active position; • order delivery means (16, 11) co-operating with the shaft to deliver orders as a function of the angular position of the shaft; • rotary drive means for causing the shaft to turn; and • safety actuation means for causing the shaft to slide from the rest position in which anti-rotation means (27, 28) prevent the shaft from turning to the active position in which the anti-rotation means (27, 28) leave the shaft free to turn under drive from the rotary drive means, characterized in that the anti-rotation means (27, 28) comprise longitudinal grooves formed in a portion of the shaft and co-operating with a stationary finger of the control box so that the finger is engaged in one of the grooves when the shaft is in the rest position and the finger is disengaged from the grooves when the shaft is in the active position; • at least one retractable finger adapted to penetrate selectively into one of the grooves in order to prevent the shaft from turning. • a shaft mounted to turn about an axis of rotation, while being capable of sliding along said axis between a rest position towards which it is urged by return means, and an active position; • order delivery means (16, 11) co-operating with the shaft to deliver orders as a function of the angular position of the shaft; • rotary drive means for causing the shaft to turn; and • safety actuation means for causing the shaft to slide from the rest position in which anti-rotation means (27, 28) prevent the shaft from turning to the active position in which the anti-rotation means (27, 28) leave the shaft free to turn under drive from the rotary drive means, characterized in that the anti-rotation means (27, 28) comprise longitudinal grooves formed in a portion of the shaft and co-operating with a stationary finger of the control box so that the finger is engaged in one of the grooves when the shaft is in the rest position and the finger is disengaged from the grooves when the shaft is in the active position; • at least one retractable finger adapted to penetrate selectively into one of the grooves in order to prevent the shaft from turning.
An illumination system, comprising: a light source (112, 212, 312), emitting a light beam (B, BA, BB); a first lens element, disposed on a transmission path of the light beam (B, BA, BB) emitted from the light source (112, 212, 312), wherein the first lens element has a curved surface and a multidirectional-plane, the multidirectional-plane and the curved surface are disposed opposite to each other, and the multidirectional-plane comprises a plurality of sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) facing different directions; and an optical wavelength conversion module, disposed on a transmission path of the light beam (B, BA, BB) transmitted from the first lens element, wherein the optical wavelength conversion module converts a first portion of the light beam transmitted from the first lens element into a converted light beam, and the converted light beam and a second portion of the light beam transmitted from the first lens element form an illumination beam; wherein the sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) comprise a plurality of first sub-planes, and the first sub-planes are respectively formed by rotating a reference plane perpendicular to an optical axis of the illumination system (110, 210, 310) by different angles along a first midline of the multidirectional-plane; and wherein the sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) further comprise a plurality of second sub-planes, and the second sub-planes are respectively formed by rotating the reference plane by different angles along a second midline of the multidirectional-plane. a light source (112, 212, 312), emitting a light beam (B, BA, BB); a first lens element, disposed on a transmission path of the light beam (B, BA, BB) emitted from the light source (112, 212, 312), wherein the first lens element has a curved surface and a multidirectional-plane, the multidirectional-plane and the curved surface are disposed opposite to each other, and the multidirectional-plane comprises a plurality of sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) facing different directions; and an optical wavelength conversion module, disposed on a transmission path of the light beam (B, BA, BB) transmitted from the first lens element, wherein the optical wavelength conversion module converts a first portion of the light beam transmitted from the first lens element into a converted light beam, and the converted light beam and a second portion of the light beam transmitted from the first lens element form an illumination beam; wherein the sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) comprise a plurality of first sub-planes, and the first sub-planes are respectively formed by rotating a reference plane perpendicular to an optical axis of the illumination system (110, 210, 310) by different angles along a first midline of the multidirectional-plane; and wherein the sub-planes (P1, P2, P11, P12, P13, P14, P21, P22, P23, P24) further comprise a plurality of second sub-planes, and the second sub-planes are respectively formed by rotating the reference plane by different angles along a second midline of the multidirectional-plane.
A low deck vehicle such as a scooter-type motorcycle or three-wheeled vehicle in which housing space is provided under a seat, right and left low decks for a rider seated on the seat to put his/her feet are provided on the front side of the seat, a part for straddling at height at which the rider can straddle in sitting on the seat is provided between the right and left low decks and an engine is provided under the part for straddling, characterized in that: a crankshaft of the engine is arranged under the part for straddling below the right and left low decks; and the top of a cylinder is opposite to the part for straddling. a crankshaft of the engine is arranged under the part for straddling below the right and left low decks; and the top of a cylinder is opposite to the part for straddling.
A lubricant composition comprising: a) a major portion of a lubricating oil comprising one or more naturally occurring and/or synthetic base stocks, and b) from 0.01 to 5 wt % based on the total weight of the lubricant composition of a friction reducing/ antiwear additive mixture of two or more fatty acid sec-hydroxylalkyl amides of formula I wherein n is 1 or 2; when n is 1, m is 1; when n is 2, m is 0; R is C 1-4 alkyl; G is H or C 1-6 alkyl; and R' is selected from C 7-19 alkyl or alkenyl, wherein 30 to 70% by weight of the 2-hydroxyalkylamides of formula I are compounds where R' is C 7-19 alkyl and 30 to 70% by weight are compounds where R' is C 7-19 alkenyl. wherein the mixture of fatty acid sec-hydroxylalkyl amides comprises at least one compound of formula 1 where R' is C 15 alkyl or alkenyl and at least one compound of formula 1 where R' is C 17 alkyl or alkenyl, and wherein the majority of R' groups in the mixture are selected from C 13, C 15 and C 17 alkyl or alkenyl which correlate with products derived from C 14, C 16 and C 18 fatty acids. a) a major portion of a lubricating oil comprising one or more naturally occurring and/or synthetic base stocks, and b) from 0.01 to 5 wt % based on the total weight of the lubricant composition of a friction reducing/ antiwear additive mixture of two or more fatty acid sec-hydroxylalkyl amides of formula I wherein n is 1 or 2; when n is 1, m is 1; when n is 2, m is 0; R is C 1-4 alkyl; G is H or C 1-6 alkyl; and R' is selected from C 7-19 alkyl or alkenyl, wherein 30 to 70% by weight of the 2-hydroxyalkylamides of formula I are compounds where R' is C 7-19 alkyl and 30 to 70% by weight are compounds where R' is C 7-19 alkenyl. wherein the mixture of fatty acid sec-hydroxylalkyl amides comprises at least one compound of formula 1 where R' is C 15 alkyl or alkenyl and at least one compound of formula 1 where R' is C 17 alkyl or alkenyl, and wherein the majority of R' groups in the mixture are selected from C 13, C 15 and C 17 alkyl or alkenyl which correlate with products derived from C 14, C 16 and C 18 fatty acids. wherein n is 1 or 2; when n is 1, m is 1; when n is 2, m is 0; R is C 1-4 alkyl; G is H or C 1-6 alkyl; and R' is selected from C 7-19 alkyl or alkenyl,
A thin film evaporator for separating more volatile fractions from higher-boiling residues by evaporation, having: a closed, cylindrical reactor container, the reactor wall of which can be heated by means of a heater, with an inlet for the charge material to be separated, an outlet for the residues, and a vent for the exhaust vapours; and at least one drive shaft assembly which is connected to a drive means and has at least one wiping device having a rotor with wiper elements for the inner face of the reactor wall, the reactor container having two adjacent zones (100, 200), specifically a first evaporator zone with at least one first wiping device comprising a rotor with wiper elements, and a second evaporator zone with at least one second wiping device comprising a rotor with wiper elements for the inner face of the reactor wall, the drive shaft assembly having a first drive shaft and a second drive shaft, and the at least one first wiping device being fastened to the first drive shaft, and the at least one second wiping device being fastened to the second drive shaft, and the drive means being designed to drive the first drive shaft in the first evaporator zone at a rotation speed which is different from the rotation speed of the second drive shaft in the second evaporator zone, the first drive shaft and the second drive shaft being arranged concentrically (91, 92) to each other, characterised in that the second drive shaft penetrates the first, hollow drive shaft.
An acellular adipose tissue extract or a composition comprising the acellular adipose tissue extract for use in the treatment or prevention of alopecia; wherein the acellular adipose tissue extract is prepared by the following method, and the method comprises the following steps: providing a human adipose tissue raw material, shredding the adipose tissue raw material, and rinsing, thereby obtaining a rinsed adipose tissue; centrifuging the rinsed adipose tissue to obtain a layered mixture; discharging the excess liquid at the bottom and the grease on top from the layered mixture and collecting the intermediate layer; subjecting the intermediate layer to mechanical emulsification to obtain a mechanically emulsified fat mixture; centrifuging the mechanically emulsified fat mixture to obtain a transparent or substantially transparent intermediate liquid layer, which is an adipose primary extract; and subjecting the adipose primary extract to filtration and sterilization to obtain the adipose extract without added ingredients. providing a human adipose tissue raw material, shredding the adipose tissue raw material, and rinsing, thereby obtaining a rinsed adipose tissue; centrifuging the rinsed adipose tissue to obtain a layered mixture; discharging the excess liquid at the bottom and the grease on top from the layered mixture and collecting the intermediate layer; subjecting the intermediate layer to mechanical emulsification to obtain a mechanically emulsified fat mixture; centrifuging the mechanically emulsified fat mixture to obtain a transparent or substantially transparent intermediate liquid layer, which is an adipose primary extract; and subjecting the adipose primary extract to filtration and sterilization to obtain the adipose extract without added ingredients.
A pro-vesicle for enhanced delivery of skin benefit agents through formation of a vesicular phase in the presence of water in topically applied cosmetic products, said pro-vesicle comprising: (i) the benefit agent to be delivered; (ii) a phospholipid; (iii) a mono-, di- or tri- ester of glycerol; (iv) a straight or branched chain propyl or butyl ester of C 14 to C 18 fatty acid; and (v) a cosmetically acceptable base, wherein said cosmetically acceptable base is chosen from glucose, sorbitol, talc or stearic acid and to which components (i) to (iv) are deposited, and wherein a pro-vesicle is a lipid assembly on a carrier system which in the presence of water spontaneously provides a vesicular phase, the carrier system being in the form of a cosmetically acceptable base, wherein the cosmetically acceptable base is present in an amount in the range of 30 to 96% by weight of the pro-vesicle. (i) the benefit agent to be delivered; (ii) a phospholipid; (iii) a mono-, di- or tri- ester of glycerol; (iv) a straight or branched chain propyl or butyl ester of C 14 to C 18 fatty acid; and (v) a cosmetically acceptable base, wherein said cosmetically acceptable base is chosen from glucose, sorbitol, talc or stearic acid and to which components (i) to (iv) are deposited, and wherein a pro-vesicle is a lipid assembly on a carrier system which in the presence of water spontaneously provides a vesicular phase, the carrier system being in the form of a cosmetically acceptable base, wherein the cosmetically acceptable base is present in an amount in the range of 30 to 96% by weight of the pro-vesicle.
A method for sending information, comprising: a sending end using Downlink Control Information, DCI, information to describe information about time that an unlicensed carrier is occupied after the unlicensed carrier is seized; and the sending end sending the DCI information through a Physical Downlink Control Channel, PDCCH, of a licensed carrier or the unlicensed carrier; wherein the sending end using the DCI information to describe the information about time that the unlicensed carrier is occupied comprises one of the following: the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by the sending end; and the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by other sending ends; wherein the information about time is described by taking an OFDM symbol as a unit; wherein the sending end using the DCI information to describe the information about time that the unlicensed carrier is occupied comprises at least one of the following: the sending end using a PDCCH in first one, two, three or four OFDM symbols of a subframe to bear the information about time; the sending end using a PDCCH in an OFDM symbol of a second slot of a subframe to bear the information about time. a sending end using Downlink Control Information, DCI, information to describe information about time that an unlicensed carrier is occupied after the unlicensed carrier is seized; and the sending end sending the DCI information through a Physical Downlink Control Channel, PDCCH, of a licensed carrier or the unlicensed carrier; wherein the sending end using the DCI information to describe the information about time that the unlicensed carrier is occupied comprises one of the following: the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by the sending end; and the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by other sending ends; the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by the sending end; and the sending end using the DCI information to describe information about time that the unlicensed carrier is occupied by other sending ends; wherein the information about time is described by taking an OFDM symbol as a unit; wherein the sending end using the DCI information to describe the information about time that the unlicensed carrier is occupied comprises at least one of the following: the sending end using a PDCCH in first one, two, three or four OFDM symbols of a subframe to bear the information about time; the sending end using a PDCCH in an OFDM symbol of a second slot of a subframe to bear the information about time. the sending end using a PDCCH in first one, two, three or four OFDM symbols of a subframe to bear the information about time; the sending end using a PDCCH in an OFDM symbol of a second slot of a subframe to bear the information about time.
A method for detecting an input command by an input device (170, 270), the method comprising: configuring a sensor (130, 230) to determine whether a user is within a proximity of a computing machine; in response to the sensor (130, 230) determining that the user is within the proximity of the computing machine, further configuring the sensor (130, 230) to additionally operate as the input device (170, 270) to detect an input command entered by the user; transmitting the input command for the computing machine to process; and, in response to the sensor (130, 230) determining that the user is not within the proximity of the computing machine, rejecting an input command detected by the input device (170, 270); wherein the sensor (130, 230) is a motion sensor, a proximity sensor, an infrared sensor or an image capture device. configuring a sensor (130, 230) to determine whether a user is within a proximity of a computing machine; in response to the sensor (130, 230) determining that the user is within the proximity of the computing machine, further configuring the sensor (130, 230) to additionally operate as the input device (170, 270) to detect an input command entered by the user; transmitting the input command for the computing machine to process; and, in response to the sensor (130, 230) determining that the user is not within the proximity of the computing machine, rejecting an input command detected by the input device (170, 270); wherein the sensor (130, 230) is a motion sensor, a proximity sensor, an infrared sensor or an image capture device.