mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a base unit comprising a heat sink arranged for dissipating heat from at least one light source for emitting light, the at least one light source being a light emitting diode; a light output unit being engaged with said base unit, said light output unit comprising the at least one light source for emitting light; and a movably arranged collimating unit for adjusting the direction of the emitted light; characterized in that said light output unit comprises a light output portion for outputting light emitted from said light source, said light output portion being distanced from said base unit and said collimating unit being arranged to encompass said light output portion, and wherein said light output unit further comprises a mixing rod having a first end arranged at said at least one light source, and a second end forming said light output portion. a base unit comprising a heat sink arranged for dissipating heat from at least one light source for emitting light, the at least one light source being a light emitting diode; a light output unit being engaged with said base unit, said light output unit comprising the at least one light source for emitting light; and a movably arranged collimating unit for adjusting the direction of the emitted light;
A fuel pump for an aircraft engine, comprising: - an inducer comprising an axis of rotation, - a centrifugal impeller of closed type, coaxial with the inducer, the inducer being fixed to the centrifugal impeller upstream thereof so as to define an annular interface between the inducer and the impeller about the axis of rotation, the annular interface comprising an annular space spacing axially the inducer and the impeller, and two contact portions (141, 142) between the inducer and the impeller disposed radially outside the annular space, a first plenum chamber and a second plenum chamber, in which the inducer and the impeller are spaced axially from each other, each being disposed circumferentially between the two contact portions (141, 142), the plenum chambers (C1, C2) being symmetrical to each other with respect to the axis of rotation and in fluid communication with the annular space, the centrifugal impeller comprising a plurality of axial balancing holes distributed circumferentially about the axis of rotation and opening out into the annular space at one end, and into a downstream space of the impeller at the other end. - an inducer comprising an axis of rotation, - a centrifugal impeller of closed type, coaxial with the inducer, the inducer being fixed to the centrifugal impeller upstream thereof so as to define an annular interface between the inducer and the impeller about the axis of rotation, the annular interface comprising an annular space spacing axially the inducer and the impeller, and two contact portions (141, 142) between the inducer and the impeller disposed radially outside the annular space, a first plenum chamber and a second plenum chamber, in which the inducer and the impeller are spaced axially from each other, each being disposed circumferentially between the two contact portions (141, 142), the plenum chambers (C1, C2) being symmetrical to each other with respect to the axis of rotation and in fluid communication with the annular space, the centrifugal impeller comprising a plurality of axial balancing holes distributed circumferentially about the axis of rotation and opening out into the annular space at one end, and into a downstream space of the impeller at the other end.
A razor, comprising: a) a housing; b) a guard located at a front of the housing and a cap located at a rear of the housing; c) a skin contact plane (Ps) tangential to the guard and the cap; d) a blade couplet disposed in the housing between the guard and the cap, the blade couplet being formed of a leading blade having a leading edge and a trailing blade having a trailing edge, wherein the leading and trailing edges are directed towards the front of the housing and the leading blade is positioned between the trailing blade and the guard, characterized in that: i) there is a span (δs) of between 25 μm and 850 μm between the leading edge and the trailing edge; ii) the leading edge has an exposure of 25 μm to 500 μm below the skin contact plane (Ps); iii) the trailing edge is positioned in line with or above the leading edge and has an exposure of between 150 μm above the skin contact plane (Ps) to 300 μm below the skin contact plane (Ps), iv) the difference in exposure between the leading edge and the trailing edge is equal to or less than the span (δs) between the leading edge and the trailing edge. a) a housing; b) a guard located at a front of the housing and a cap located at a rear of the housing; c) a skin contact plane (Ps) tangential to the guard and the cap; d) a blade couplet disposed in the housing between the guard and the cap, the blade couplet being formed of a leading blade having a leading edge and a trailing blade having a trailing edge, wherein the leading and trailing edges are directed towards the front of the housing and the leading blade is positioned between the trailing blade and the guard, characterized in that: i) there is a span (δs) of between 25 μm and 850 μm between the leading edge and the trailing edge; ii) the leading edge has an exposure of 25 μm to 500 μm below the skin contact plane (Ps); iii) the trailing edge is positioned in line with or above the leading edge and has an exposure of between 150 μm above the skin contact plane (Ps) to 300 μm below the skin contact plane (Ps), iv) the difference in exposure between the leading edge and the trailing edge is equal to or less than the span (δs) between the leading edge and the trailing edge. i) there is a span (δs) of between 25 μm and 850 μm between the leading edge and the trailing edge; ii) the leading edge has an exposure of 25 μm to 500 μm below the skin contact plane (Ps); iii) the trailing edge is positioned in line with or above the leading edge and has an exposure of between 150 μm above the skin contact plane (Ps) to 300 μm below the skin contact plane (Ps), iv) the difference in exposure between the leading edge and the trailing edge is equal to or less than the span (δs) between the leading edge and the trailing edge.
A method of identifying lupus in a subject, the method comprising detecting in a biological sample derived from the subject the presence of a variation in at least one SLE risk locus as set forth in Table 4, wherein the variation in the at least one locus occurs at a nucleotide position corresponding to the position of a single nucleotide polymorphism for the at least one locus as set forth in Table 4, wherein the at least one locus is UHRF1BP1, and wherein the subject is suspected of suffering from lupus.
A cannula (2, 12, 22) for use during a surgical procedure comprising: a first end and a second end and a generally tubular body therebetween, the generally tubular body forming other than a circular cross-section; a bore through the generally tubular body of the cannula (2, 12, 22) extending from the first end to the second end, the cannula (2, 12, 22) having a wall defined by an exterior of the generally tubular body and the bore; a camera insert comprising one or more CMOS or CCD camera devices; at least one slot disposed about a surface of the bore of the cannula (2, 12, 22) configured to receive the camera insert within the at least one slot of the cannula (2, 12, 22); at least one first channel integrally formed within the wall of the cannula (2, 12, 22), at least one second channel (14, 16; 26, 28) configured to insert one or more illumination devices; characterized in that the cannula further comprises at least one or more fastening devices configured to fasten the cannula (2, 12, 22) to a surgical site and the at least one first channel is configured to insert the one or more fastening devices, and it is formed within the wall of the cannula about one intersection of a first surface and a second surface of the cannula (2, 12, 22), the first surface having a generally partial circular cross-section, the second surface having a generally partial elliptical cross-section. a first end and a second end and a generally tubular body therebetween, the generally tubular body forming other than a circular cross-section; a bore through the generally tubular body of the cannula (2, 12, 22) extending from the first end to the second end, the cannula (2, 12, 22) having a wall defined by an exterior of the generally tubular body and the bore; a camera insert comprising one or more CMOS or CCD camera devices; at least one slot disposed about a surface of the bore of the cannula (2, 12, 22) configured to receive the camera insert within the at least one slot of the cannula (2, 12, 22); at least one first channel integrally formed within the wall of the cannula (2, 12, 22), at least one second channel (14, 16; 26, 28) configured to insert one or more illumination devices; characterized in that the cannula further comprises at least one or more fastening devices configured to fasten the cannula (2, 12, 22) to a surgical site and the at least one first channel is configured to insert the one or more fastening devices, and it is formed within the wall of the cannula about one intersection of a first surface and a second surface of the cannula (2, 12, 22), the first surface having a generally partial circular cross-section, the second surface having a generally partial elliptical cross-section.
A pneumatic tire having a carcass extending from a tread portion to a bead core of a bead portion through a sidewall portion, a belt layer disposed in the tread portion and radially outside the carcass, and a band layer disposed radially outside the belt layer, and wherein the band layer includes a jointless ply formed by spirally winding, on the radially outside of the belt layer, a long band-like ply of one or more band cords coated with topping rubber, wherein the jointless ply includes a first ply portion in which the band-like ply is wound from a starting end which is positioned between the tire equator and one end in the tire axial direction of the belt layer, to a position on the one end in the tire axial direction of the belt layer, a second ply portion in which the band-like ply is wound from the position on the one end in the tire axial direction of the first ply portion, to a position on the other end in the tire axial direction of the belt layer, and a third ply portion in which the band-like ply is wound toward the tire equator from the position on the other end in the tire axial direction of the second ply portion, to a terminal end which is between the other end in the tire axial direction of the second ply and the tire equator, and the band-like ply is continued from the starting end of the first ply portion to the terminal end of the third ply portion without interruption, characterized in that the jointless ply includes circumferential direction parts in which the band-like ply is in parallel with the tire circumferential direction, and inclined parts continued from the circumferential direction parts and in which the band-like ply is inclined with respect to the tire circumferential direction, and wherein in the first ply portion and the second ply portion disposed radially outside the first ply portion, end positions (Pa) of inclined parts of the first ply portion which end positions are on one side in the tire circumferential direction respectively coincide with end positions (Pb) of inclined parts of the second ply portion which end positions are on the other side in the circumferential direction so that the inclined parts of the first ply portion and the inclined parts of the second ply portion are respectively continued in a V-shape in the tire circumferential direction, and wherein in the second ply portion and the third ply portion disposed radially outside the second ply portion, end positions (Pa) of the inclined parts of the second ply portion which end positions are on the one side in the tire circumferential direction respectively coincide with end positions (Pb) of inclined parts of the third ply portion which end positions are on the other side in the tire circumferential direction so that the inclined parts of the second ply portion and the inclined parts of the third ply porion are respectively continued in a V-shape in the tire circumferential direction, and wherein the band-like ply has a width of 3.0 to 15.0 mm, and a thickness of 0.6 to 1.5 mm, and an elongation of the band cord at a load of 66N is 0.7% to 22.0%.
A kit comprising: a restoration material, and a non-thermal plasma deposition device for repairing a damaged bone or tooth, comprising: an ionization chamber configured to: receive a carrier gas; and excite the carrier gas to form an ionizing plasma stream; the ionization chamber further comprising an inlet coupled to a restoration material supply: the inlet intersecting with the ionization chamber in a location after the ionizing plasma stream is formed; the ionization chamber further configured to receive the restoration material and introduce the restoration material into the ionizing plasma stream to form a deposition stream; and a deposition nozzle that is configured to: eject a plume of the deposition stream to deposit the restoration material on an application site; wherein the restoration material is hydroxyapatite, carbonated calcium-deficient hydroxyapatite with acid phosphate substitutions, calcium apatite, nano-scale diamond, flourapatite, chlorapatite, or combinations thereof. a restoration material, and a non-thermal plasma deposition device for repairing a damaged bone or tooth, comprising: an ionization chamber configured to: receive a carrier gas; and excite the carrier gas to form an ionizing plasma stream; the ionization chamber further comprising an inlet coupled to a restoration material supply: the inlet intersecting with the ionization chamber in a location after the ionizing plasma stream is formed; the ionization chamber further configured to receive the restoration material and introduce the restoration material into the ionizing plasma stream to form a deposition stream; and a deposition nozzle that is configured to: eject a plume of the deposition stream to deposit the restoration material on an application site; an ionization chamber configured to: receive a carrier gas; and excite the carrier gas to form an ionizing plasma stream; receive a carrier gas; and excite the carrier gas to form an ionizing plasma stream; the ionization chamber further comprising an inlet coupled to a restoration material supply: the inlet intersecting with the ionization chamber in a location after the ionizing plasma stream is formed; the ionization chamber further configured to receive the restoration material and introduce the restoration material into the ionizing plasma stream to form a deposition stream; and a deposition nozzle that is configured to: eject a plume of the deposition stream to deposit the restoration material on an application site; the inlet intersecting with the ionization chamber in a location after the ionizing plasma stream is formed; the ionization chamber further configured to receive the restoration material and introduce the restoration material into the ionizing plasma stream to form a deposition stream; and a deposition nozzle that is configured to: eject a plume of the deposition stream to deposit the restoration material on an application site; wherein the restoration material is hydroxyapatite, carbonated calcium-deficient hydroxyapatite with acid phosphate substitutions, calcium apatite, nano-scale diamond, flourapatite, chlorapatite, or combinations thereof.
An open-loop current transducer configured for mounting around a primary conductor bar having a substantially rectangular cross-section with a width and height, the width being greater than the height, the current transducer comprising an insulating support surrounding a central passage through which the primary conductor extends when mounted to the current transducer, the insulating support having at least two parts, a first support part and a second support part mountable together around the primary conductor bar, the current transducer further comprising a plurality of discrete magnetic field sensors arranged within the insulating support around the primary conductor bar, the current transducer further comprising a mounting bracket attached to a branch of the insulating support, wherein the mounting bracket comprises at least one mounting pillar having a plurality of height adjustment locating holes, and a mounting flange comprising a primary conductor fixing member configured for attachment of the mounting bracket to the primary conductor, the insulating support comprising at least one fixing hole alignable with one of the plurality of height adjustment locating holes, through which a height fixing pin of the current transducer is inserted to locate the height of the mounting bracket relative to the branch of the insulating support comprising the fixing hole such that a height position of the primary conductor bar relative to the insulating support is adjusted, wherein the mounting bracket comprises a support receiving cradle having a general U-shape cross-sectional profile, having side walls that extend to an upper edge beyond a top side of the branch of the insulating support.
A method of wireless communication by a base station, comprising: determining, at the base station, a multimedia broadcast multicast service, MBMS, configuration, wherein the MBMS configuration includes at least one non-optional field with all bits of the non-optional field set to zero wherein all the bits set to zero is an indication that the MBMS configuration is associated with a second UE (115-n) having a second MBMS capability; wherein the second MBMS capability is different from a first MBMS capability of a first UE; and broadcasting the MBMS configuration to a first UE and the second UE. determining, at the base station, a multimedia broadcast multicast service, MBMS, configuration, wherein the MBMS configuration includes at least one non-optional field with all bits of the non-optional field set to zero wherein all the bits set to zero is an indication that the MBMS configuration is associated with a second UE (115-n) having a second MBMS capability; wherein the second MBMS capability is different from a first MBMS capability of a first UE; and broadcasting the MBMS configuration to a first UE and the second UE.
Method of controlling at least one lighting system of a motor vehicle wherein location information describing the position of an emitter device, more particularly in a key is determined and the operation of the lighting system takes place as a function of the location information, wherein location information, containing distance information, describing the distance from the motor vehicle and direction information concerning the motor vehicle, is determined and used, wherein the brightness of at least one light source of at least one lighting system is regulated as a function of the distance, characterised in that the location information is determined by means of a sensor device on the motor vehicle having at least two receiver devices for receiving measuring data obtained from signals emitted by the emitter device by means of a TOA process or a TDOA process.
A bandwidth allocation method used for an optical line terminal, OLT, to allocate bandwidth to an optical network unit, ONU, characterized by comprising estimating input traffic of the ONU according to information from the ONU; setting an input traffic transition signal, wherein the input traffic transition signal is used for indicating a change of the input traffic of two adjacent dynamic bandwidth allocation, DBA, cycles of the ONU; and allocating the bandwidth to the ONU according to the input traffic of the ONU and the input traffic transition signal; wherein estimating the input traffic of the ONU comprises: estimating the input traffic of the ONU according to the uplink data traffic from the ONU; wherein an abrupt change occurs to the input traffic transition signal when the uplink data traffic of the ONU transitions from below a threshold to above the threshold, and the OLT allocates maximum uplink bandwidth to the ONU; and an abrupt change occurs to the input traffic transition signal when the uplink data traffic of the ONU transitions from above the threshold to below the threshold, and the OLT does not allocate uplink bandwidth to the ONU.
A wind turbine comprising a nacelle supported by a tower, a generator (130, 131, 132), a rotatable front assembly arranged on a side of the generator (130, 131, 132) facing away from the nacelle, and a cooling system for cooling the generator (130, 131, 132) by feeding cooling air from the rotatable front assembly to the generator (130, 131, 132), wherein the rotatable front assembly comprises a front assembly air intake, and wherein the cooling air comprises air taken in through the front assembly air intake, characterized in that the tower comprises a tower air intake located at a base portion of the tower and power cables for transmitting power from the generator to the base portion, and wherein the cooling system comprises means for guiding air from the tower air intake to the rotatable front assembly such that the air is heated by the power cables, whereby the cooling air comprises air taken in through the tower air intake.
Method for monitoring an operation of a binary interface, wherein a source transmits an information item via an output and at least two conductors to an input of a sink, wherein a signal voltage level (U H) which can be defined by means of a voltage switched to the output means either an on state - positive logic - or an off state - negative logic - and a basic voltage level (U L) which is applied when voltage is separated from the output accordingly means an off state or an on state, wherein an error identification with regard to the working of the output or the interface or a cross-wire identification with regard to at least one conductor is carried out and wherein to this end at least one test pulse is switched in the on state to the output, characterised in that the value of the change of the signal voltage level (U H) is selected to be smaller than the value of the difference between the signal voltage level (U H) and the basic voltage level (U L), which change is caused by the at least one test pulse (TI T, TI D).
A rotor blade comprising an outer surface and characterised by an at least two-layer coating applied to the outer surface, comprising a first adhesion-promoting metallic layer and/or a first adhesion-promoting layer comprising electrical heating elements and a second metallic layer, wherein the first adhesion-promoting metallic layer and/or the first adhesion-promoting layer comprising electrical heating elements is arranged between the outer surface of the rotor blade and the second metallic layer, wherein a mechanically damping, in particular shock-absorbing intermediate layer is provided or applied between the first adhesion-promoting layer and the second metallic layer.