mhurhangee/ep-ind-claims huggingface dataset:
A concentrator photovoltaic module comprising: a housing having an open face on one face thereof; a plurality of power generating elements provided in a form of an array on a bottom plate of the housing; and a concentrating member being mounted on the housing so as to cover the open face, being disposed so as to face the bottom plate, and being composed of a plurality of condenser lenses for concentrating sunlight, the condenser lenses formed at positions corresponding to the power generating elements on respective optical axes of the condenser lenses, wherein the housing includes a frame composed of a resin side wall plate provided so as to stand along an outer edge of the bottom plate, inward from the frame, a shielding plate configured to block sunlight concentrated by the condenser lenses from being applied to an inner side-surface of the side wall plate is provided so as to project inward relative to the inner side-surface, and the shielding plate is coupled to the side wall plate by a support portion provided so as to protrude from the inner side-surface, characterized in that said shielding plate is formed integrally with the support portion and the side wall plate. a housing having an open face on one face thereof; a plurality of power generating elements provided in a form of an array on a bottom plate of the housing; and a concentrating member being mounted on the housing so as to cover the open face, being disposed so as to face the bottom plate, and being composed of a plurality of condenser lenses for concentrating sunlight, the condenser lenses formed at positions corresponding to the power generating elements on respective optical axes of the condenser lenses, wherein the housing includes a frame composed of a resin side wall plate provided so as to stand along an outer edge of the bottom plate, inward from the frame, a shielding plate configured to block sunlight concentrated by the condenser lenses from being applied to an inner side-surface of the side wall plate is provided so as to project inward relative to the inner side-surface, and the shielding plate is coupled to the side wall plate by a support portion provided so as to protrude from the inner side-surface, characterized in that said shielding plate is formed integrally with the support portion and the side wall plate.
An antisense oligonucleotide, comprising 8 to 30 nucleotide building blocks, which hybridizes with mRNA of tumor growth factor TGF-beta 2 for use in preventing and/or treating a tumor, wherein the antisense oligonucleotide is to be administered intravenously in an amount of 400 to 800 mg/m 2 /treatment cycle.
Suction gripper for suctioning an object, in particular a workpiece, the suction gripper comprising a suction body which delimits a suction chamber, the suction body comprising a first wall portion and a second wall portion, the wall portions (16, 18) being connected to one another via a fold, a suction opening being formed in the first wall portion, which opening is surrounded by the first wall portion and through which the suction body is open, and a connection fitting being arranged on the second wall portion, the suction body being designed to be flexible in such a way that, when the suction gripper is placed with the suction opening on the object to be suctioned, the first wall portion deforms relative to the suction opening in such a way that the end of the first wall portion facing away from the suction opening is displaced toward the object such that the first wall portion at least partially rests with its outer side against the object to be gripped, the first wall portion comprising a sealing element on its outer side at the suction opening, characterized in that the sealing element at the suction opening is partially gas-permeable.
Acommunication gateway module having: - a wireless interface, - a wired bus interface comprising wired bus terminals (302a, 302b), e.g. a DALI bus interface, - a mains supply interface comprising mains voltage terminals (303a, 303b); and characterised by - a control circuit configured to: - determine whether a mains voltage is supplied to the mains supply terminals (303a, 303b) and to power the gateway module from the mains supply terminals (303a, 303b) in the positive case, and to - determine whether a bus with non-zero quiescent state is connected to the wired bus terminals (302a, 302b), and if so to power the gateway module off the wired bus terminals (302a, 302b) in case no mains voltage is supplied at the mains voltage terminals (303a, 303b). - a wireless interface, - a wired bus interface comprising wired bus terminals (302a, 302b), e.g. a DALI bus interface, - a mains supply interface comprising mains voltage terminals (303a, 303b); and characterised by - a control circuit configured to: - determine whether a mains voltage is supplied to the mains supply terminals (303a, 303b) and to power the gateway module from the mains supply terminals (303a, 303b) in the positive case, and to - determine whether a bus with non-zero quiescent state is connected to the wired bus terminals (302a, 302b), and if so to power the gateway module off the wired bus terminals (302a, 302b) in case no mains voltage is supplied at the mains voltage terminals (303a, 303b). - determine whether a mains voltage is supplied to the mains supply terminals (303a, 303b) and to power the gateway module from the mains supply terminals (303a, 303b) in the positive case, and to - determine whether a bus with non-zero quiescent state is connected to the wired bus terminals (302a, 302b), and if so to power the gateway module off the wired bus terminals (302a, 302b) in case no mains voltage is supplied at the mains voltage terminals (303a, 303b).
Dough nozzle for extruding a dough mass in a shaping manner, with a housing having an inlet opening on one side for connection to an extruder and an outlet opening on the other side, which is designed as a nozzle according to a cross section of a dough product to be shaped, wherein the housing is designed of two separable housing halves (34, 35), characterized in that in at least one housing half (34, 35) a temperature control means is provided, with which an outlet temperature of the dough mass can be set at the outlet opening, and in that in the housing several temperature control zones are provided, in which a different temperature can be set.
Structural system with acoustic insulation properties comprising modular mountable closure panels to configure a construction, wherein the closure panels comprise a first layer, a second layer and a third layer joined together by fastening means with discrete elastic elements, where the second layer which is arranged in an intermediate position between the first layer and the third layer is a supportive layer fastened to a structure of beams, crossbars and connectors (23, 25), and where the discrete elastic elements comprise an elastomeric dowel and the fastening means comprise primary secondary, tertiary and quaternary holes, where: - the primary hole is drilled in the second layer and/or the beams, crossbars and connectors (23, 25) for the insertion and fit of the dowel, - the secondary hole is drilled in the first layer to receive said dowel, - the tertiary hole is drilled in the dowel for threading or insertion of a stem for securing the third layer, and - the quaternary hole is drilled in the third layer for the passage of the stem, - the dowel comprises extensions of smaller section to fit in the secondary hole, the dowel and/or the extension having a cylindrical configuration. - the primary hole is drilled in the second layer and/or the beams, crossbars and connectors (23, 25) for the insertion and fit of the dowel, - the secondary hole is drilled in the first layer to receive said dowel, - the tertiary hole is drilled in the dowel for threading or insertion of a stem for securing the third layer, and - the quaternary hole is drilled in the third layer for the passage of the stem, - the dowel comprises extensions of smaller section to fit in the secondary hole, the dowel and/or the extension having a cylindrical configuration.
Apparatus for the detection of solid substances in a liquid phase, wherein the solid substance and the liquid phase are enclosed as a mixture in an at least partially transparent container and the apparatus comprises a processor unit (130, 230) and a camera to make digitized images (211, 212, 213, 214) in the form of arrays of pixels with their associated pixel values, characterized in that the apparatus further comprises an agitator device designed to hold the container and operable to impart movements to the container and to thereby inject kinetic energy into the mixture and in the operating state of the apparatus, the container is oriented with its length extending in the horizontal direction and is releasably connected to a holder socket of the agitator device and the holder socket is connected by way of a holder shaft to a drive mechanism, wherein the drive mechanism can generate oscillatory movements in the holder shaft 112 in its lengthwise direction and further characterized in that the camera is aimed at a transparent portion of the container to take images of the mixture in motion, and that the digitized images (211, 212, 213, 214) of the mixture in motion that are taken by the camera during a recording phase are capable of being transmitted to the processor unit (130, 230).
A process for producing carbon nanotubes characterised in that the process includes the steps of: (a) supplying a continuous fluidised feed of a catalyst, at least one carrier gas and at least one hydrocarbon to a reactor having an elongate, cylindrical chamber with an upright axis, an inlet at the bottom, and an outlet at the top; (b) causing the feed to flow through the reactor in a swirling motion by introducing the feed into the reactor through a spiral delivery tube which extends from the inlet co-axially with the chamber; (c) operating the reactor under conditions suitable to produce carbon nanotubes; and (d) passing the reacted feed through the outlet. (a) supplying a continuous fluidised feed of a catalyst, at least one carrier gas and at least one hydrocarbon to a reactor having an elongate, cylindrical chamber with an upright axis, an inlet at the bottom, and an outlet at the top; (b) causing the feed to flow through the reactor in a swirling motion by introducing the feed into the reactor through a spiral delivery tube which extends from the inlet co-axially with the chamber; (c) operating the reactor under conditions suitable to produce carbon nanotubes; and (d) passing the reacted feed through the outlet.
A signal transmission method, comprising: determining, by a base station, a special Transmission Time Interval, TTI, over a downlink carrier, wherein the special TTI comprises a corresponding duration of time in which a first type of mobile terminal transmits an uplink Sound Reference Signal to the base station, and the first type of mobile terminal is a mobile terminal transmitting the uplink Sound Reference Signal to the base station in the special TTI; and transmitting, by the base station, a first control signal in a first duration of time in the special TTI to make a second type of mobile terminal judge that the base station transmits no downlink signal in the remaining duration of time in the special TTI, wherein the second type of mobile terminal is a mobile terminal transmitting no uplink Sound Reference Signal to the base station in the special TTI. determining, by a base station, a special Transmission Time Interval, TTI, over a downlink carrier, wherein the special TTI comprises a corresponding duration of time in which a first type of mobile terminal transmits an uplink Sound Reference Signal to the base station, and the first type of mobile terminal is a mobile terminal transmitting the uplink Sound Reference Signal to the base station in the special TTI; and transmitting, by the base station, a first control signal in a first duration of time in the special TTI to make a second type of mobile terminal judge that the base station transmits no downlink signal in the remaining duration of time in the special TTI, wherein the second type of mobile terminal is a mobile terminal transmitting no uplink Sound Reference Signal to the base station in the special TTI.
Position marker for optical detection by an optical acquisition sensor, in particular a camera, comprising a two-dimensional marker effective surface having partial surfaces of different optical properties, wherein the marker effective surface comprises one or more reflective or light emitting partial surfaces and one or more essentially non-reflective or light absorbing partial surfaces, wherein the position marker comprises a three-dimensional extent and a partial surface is configured in the form of a recess, characterized in that the marker effective surface closes off a cavity, visible through the recess, disposed below or behind the marker effective surface.
A control system of a thrust reverser for a nacelle of a propulsion unit comprising an engine and accommodating movable thrust reversal means, the movable thrust reversal means comprising at least one door movable between a direct jet position, in which the door ensures the aerodynamic continuity of the nacelle and a reverse jet position in which it opens at least one passage in the nacelle receiving an air flow diverted by the thrust reversal means to return it back outwards and forwards, the control system comprising: - at least one maneuvering actuator arranged so as to maneuver the door between the direct jet and reverse jet positions, - at least one locking/unlocking means unlockable under load enabling locking and/or unlocking of the door, the locking/unlocking means being movable between a closure position in which it holds the doors in the direct jet position and an opening position in which the doors are released, the control system being characterized in that it comprises: - a central control valve forming an isolation control unit, - first and second control valves (102, 101), each fed by the central control valve, - a spool control valve, fed at least by the first and second control valves (102, 101), the spool control valve being configured so that the pressure difference between the two inlets of the first and second control valves (102, 101) ensures the displacement of the spool control valve between a first stable position and a second stable position, each of the maneuvering actuator and the locking/unlocking means being configured to be controlled by at least one element selected amongst the first control valve, the second control valve and the spool control valve. - at least one maneuvering actuator arranged so as to maneuver the door between the direct jet and reverse jet positions, - at least one locking/unlocking means unlockable under load enabling locking and/or unlocking of the door, the locking/unlocking means being movable between a closure position in which it holds the doors in the direct jet position and an opening position in which the doors are released, - a central control valve forming an isolation control unit, - first and second control valves (102, 101), each fed by the central control valve, - a spool control valve, fed at least by the first and second control valves (102, 101), the spool control valve being configured so that the pressure difference between the two inlets of the first and second control valves (102, 101) ensures the displacement of the spool control valve between a first stable position and a second stable position,
An isolating/grounding switch with three phases in one enclosure, comprising a housing, three first conductors and three second conductors, whereas the switch also comprises three first static contacts each connected to one of the first conductors, three second static contacts each connected to one of the second conductors, and three grounding contacts electrically connected to the housing, wherein each of the first static contacts and a corresponding one of the first conductors have the same axis as a corresponding one of the second static contacts and a corresponding one of the second conductors; each of the moving contacts can slide on a corresponding one of the first conductors and is electrically connected to this first conductor; each of the moving contacts is electrically connected to a corresponding one of the second static contacts when at one end of a corresponding one of the first conductors, and electrically connected to a corresponding one of the grounding contacts when at the other end of this first conductor, characterized in that the isolating/grounding switch further comprises three moving contacts connected by an insulator and in that the first conductors are arranged in a triangle on an insulating disk of the housing.
A rim block with improved scent performance, comprising or consisting of (a) a solid rim block base, (b) at least one non-encapsulated perfume oil, and (c) at least one perfume oil same or different from component (b) encapsulated in a matrix, wherein said encapsulated fragrances show a fragrance loading of about 10 to about 40 wt.-% and characterized in that said matrix is a maltodextrin matrix and further characterized in that said encapsulated fragrances show an average particle size of about 0.6 to about 0.9 mm. (a) a solid rim block base, (b) at least one non-encapsulated perfume oil, and (c) at least one perfume oil same or different from component (b) encapsulated in a matrix, wherein said encapsulated fragrances show a fragrance loading of about 10 to about 40 wt.-%
A high pressure polymerization process to form an ethylene-based polymer, the process comprising the steps of: A. Injecting a first feed comprising ethylene and optionally a chain transfer agent system (CTA system) into a first autoclave reactor zone operating at polymerization conditions to produce a first zone reaction product, the CTA system of the first reactor zone having a transfer activity Z1; and B. Transferring at least part of the first zone reaction product to a second reactor zone selected from a second autoclave reactor zone or a tubular reactor zone and operating at polymerization conditions, and freshly injecting a second feed into the second reactor zone to produce a second zone reaction product; with the proviso that the second reactor zone contains a CTA system having a transfer activity Z2; and with the proviso that the ratio of Z1/Z2 is less than 1. A. Injecting a first feed comprising ethylene and optionally a chain transfer agent system (CTA system) into a first autoclave reactor zone operating at polymerization conditions to produce a first zone reaction product, the CTA system of the first reactor zone having a transfer activity Z1; and B. Transferring at least part of the first zone reaction product to a second reactor zone selected from a second autoclave reactor zone or a tubular reactor zone and operating at polymerization conditions, and freshly injecting a second feed into the second reactor zone to produce a second zone reaction product; with the proviso that the second reactor zone contains a CTA system having a transfer activity Z2; and with the proviso that the ratio of Z1/Z2 is less than 1. with the proviso that the second reactor zone contains a CTA system having a transfer activity Z2; and with the proviso that the ratio of Z1/Z2 is less than 1.
An immersible solenoid valve (7,107,207) comprising: an electromagnetic motor including a slideable ferromagnetic armature (36, 136) within said electromagnetic motor, said armature being moveable in a linear fashion; a sealing member (18,118,218) providing a generally flat sealing surface (81,181,281); a valve member adapted to be moved as a result of movement of said armature (36,136); and a hydraulic body (16,116,216) encompassing said valve member positioned adjacent said sealing surface, said hydraulic body having an engagement surface (80, 180, 280) engaged with said sealing surface, and further comprising: a ferromagnetic casing; a magnetically connecting flux washer (18,118,218); a ferromagnetic annular flux tube (22, 122, 222); a ferromagnetic annular pole piece (26, 126, 226); a coil and bobbin assembly (30, 130, 230) characterised in, that said engagement surface has a spiral like undulated expansion artery (82, 182, 282) connecting an interior of said hydraulic body with a peripheral exterior of said solenoid valve, said expansion artery having lateral sealing surfaces (88, 90) formed by the engagement surface, said lateral sealing surfaces (88, 90) having a width at least as great as a half of a transverse width of said expansion artery. an electromagnetic motor including a slideable ferromagnetic armature (36, 136) within said electromagnetic motor, said armature being moveable in a linear fashion; a sealing member (18,118,218) providing a generally flat sealing surface (81,181,281); a valve member adapted to be moved as a result of movement of said armature (36,136); and a hydraulic body (16,116,216) encompassing said valve member positioned adjacent said sealing surface, said hydraulic body having an engagement surface (80, 180, 280) engaged with said sealing surface, and further comprising: a ferromagnetic casing; a magnetically connecting flux washer (18,118,218); a ferromagnetic annular flux tube (22, 122, 222); a ferromagnetic annular pole piece (26, 126, 226); a coil and bobbin assembly (30, 130, 230) characterised in, that said engagement surface has a spiral like undulated expansion artery (82, 182, 282) connecting an interior of said hydraulic body with a peripheral exterior of said solenoid valve, said expansion artery having lateral sealing surfaces (88, 90) formed by the engagement surface, said lateral sealing surfaces (88, 90) having a width at least as great as a half of a transverse width of said expansion artery.
A gelled hand cleaning composition comprising: a liquid oil or a malleable wax present from 0.1 to 9.9 total weight percent, wherein the liquid oil is an oil that is a liquid at standard temperature and pressure 25°C, 101325 Pa (760 torr) or the malleable wax is a wax that is malleable at standard temperature and pressure 25°C, 101325 Pa (760 torr); an emulsifier present from 0.01 to 10 total weight percent; an alkylene glycol present from 0.002 to 11 total weight percent; a microemulsion present from 0.2 to 15 total weight percent; and water forming a majority of the composition such that the composition is monophasic for at least 4 months storage at 20° Celsius; and wherein the gelled hand cleaning composition further comprises an abrasive; and wherein said microemulsion comprises a dibasic ester; water; a polar organic solvent; and an anionic surfactant that is a sulfonate, sulfate, or phosphonate. a liquid oil or a malleable wax present from 0.1 to 9.9 total weight percent, wherein the liquid oil is an oil that is a liquid at standard temperature and pressure 25°C, 101325 Pa (760 torr) or the malleable wax is a wax that is malleable at standard temperature and pressure 25°C, 101325 Pa (760 torr); an emulsifier present from 0.01 to 10 total weight percent; an alkylene glycol present from 0.002 to 11 total weight percent; a microemulsion present from 0.2 to 15 total weight percent; and water forming a majority of the composition such that the composition is monophasic for at least 4 months storage at 20° Celsius; and wherein the gelled hand cleaning composition further comprises an abrasive; and wherein said microemulsion comprises a dibasic ester; water; a polar organic solvent; and an anionic surfactant that is a sulfonate, sulfate, or phosphonate.