mhurhangee/ep-ind-claims huggingface dataset:
Production mold for a rotor blade of a wind turbine plant, having two mold half-shells (3, 4) which during a production method of the rotor blade are disposed so as to be at least temporarily beside one another, and having at least one inner walkway (2c, 2d) that runs along so as to be between the two mold half-shells (3, 4) and with at least one escape path, characterized by that the at least one escape path runs along below at least one of the two mold half-shells (3, 4) and at least one walkway frame (2c, 2d) which has at least one operator opening (30, 31) through which the escape path is reachable from the walkway frame (2c, 2d) is disposed between the two mold half-shells.
A power supply, comprising: a step-down chopper unit which includes a choke coil and a switching element to step down a DC voltage from a DC power source by switching ON/OFF of the switching element such that a voltage required for lighting is applied to a light source; and a dimming control unit which controls driving of the switching element based on a dimming signal, and dims the light source by alternately repeating a switching ON period during which a drive signal having a frequency higher than that of the dimming signal is supplied to the switching element and a switching OFF period during which the supply of the drive signal to the switching element is stopped, characterized in that the power supply further comprises: an inrush current prevention unit which includes a parallel circuit of a thermistor having a positive temperature coefficient and a thyristor using as a drive voltage an induced voltage of a secondary winding of the choke coil, and prevents an inrush current occurring when the DC power source is turned on; and a compensation unit (6, 9) which applies a drive voltage to the thyristor in the switching OFF period. a step-down chopper unit which includes a choke coil and a switching element to step down a DC voltage from a DC power source by switching ON/OFF of the switching element such that a voltage required for lighting is applied to a light source; and a dimming control unit which controls driving of the switching element based on a dimming signal, and dims the light source by alternately repeating a switching ON period during which a drive signal having a frequency higher than that of the dimming signal is supplied to the switching element and a switching OFF period during which the supply of the drive signal to the switching element is stopped, characterized in that the power supply further comprises: an inrush current prevention unit which includes a parallel circuit of a thermistor having a positive temperature coefficient and a thyristor using as a drive voltage an induced voltage of a secondary winding of the choke coil, and prevents an inrush current occurring when the DC power source is turned on; and a compensation unit (6, 9) which applies a drive voltage to the thyristor in the switching OFF period. an inrush current prevention unit which includes a parallel circuit of a thermistor having a positive temperature coefficient and a thyristor using as a drive voltage an induced voltage of a secondary winding of the choke coil, and prevents an inrush current occurring when the DC power source is turned on; and a compensation unit (6, 9) which applies a drive voltage to the thyristor in the switching OFF period.
A structural joint including a first component and a second component being joined together, the structural joint comprising: a continuous skin having an inside surface and an outside surface; a plurality of inside blade stringers coupled to the inside surface of the continuous skin and configured substantially parallel to one another, each inside blade stringer having a joint end, wherein the inside blade stringers are attached to one or more structural members of the first component; and a plurality of outside blade stringers coupled to the outside surface of the continuous skin and configured substantially parallel to one another, each outside blade stringer having a joint end, wherein the outside blade stringers are attached to one or more structural members of the second component, wherein the joint ends of the plurality of inside blade stringers and of the plurality of outside blade stringers overlap on opposing sides of the continuous skin, wherein each inside blade stringer comprises an inside stringer base flange coupled to the inside surface of the continuous skin and an inside stringer web projecting away from the inside stringer base flange and tapering to a reduced height at the joint end of the inside blade stringer, and wherein each outside blade stringer comprises an outside stringer base flange coupled to the outside surface of the continuous skin and an outside stringer web projecting away from the outside stringer base flange and tapering to a reduced height at the joint end of the outside blade stringer. a continuous skin having an inside surface and an outside surface; a plurality of inside blade stringers coupled to the inside surface of the continuous skin and configured substantially parallel to one another, each inside blade stringer having a joint end, wherein the inside blade stringers are attached to one or more structural members of the first component; and a plurality of outside blade stringers coupled to the outside surface of the continuous skin and configured substantially parallel to one another, each outside blade stringer having a joint end, wherein the outside blade stringers are attached to one or more structural members of the second component, wherein the joint ends of the plurality of inside blade stringers and of the plurality of outside blade stringers overlap on opposing sides of the continuous skin, wherein each inside blade stringer comprises an inside stringer base flange coupled to the inside surface of the continuous skin and an inside stringer web projecting away from the inside stringer base flange and tapering to a reduced height at the joint end of the inside blade stringer, and wherein each outside blade stringer comprises an outside stringer base flange coupled to the outside surface of the continuous skin and an outside stringer web projecting away from the outside stringer base flange and tapering to a reduced height at the joint end of the outside blade stringer.
A communication device for receiving device to device communication directly from at least one other communication device in a communication system which uses a plurality of radio frames, wherein each radio frame is subdivided into a plurality of sub-frames, each sub-frame comprising a plurality of communication resources, said communication device comprising: means for obtaining, from a base station, information identifying at least one radio frame designated for communication of Proximity Services, ProSe, discovery information from the at least one other communication device in a vicinity of said communication device; means for listening within said at least one designated radio frame for an indication that ProSe discovery information is to be transmitted, from at least one other communication device, within said at least one designated radio frame; and means for receiving, when an indication that ProSe discovery information is to be transmitted is found, by said listening means, to be present within said at least one radio frame, ProSe discovery information from said at least one other communication device to be present in said at least on radio frame. means for obtaining, from a base station, information identifying at least one radio frame designated for communication of Proximity Services, ProSe, discovery information from the at least one other communication device in a vicinity of said communication device; means for listening within said at least one designated radio frame for an indication that ProSe discovery information is to be transmitted, from at least one other communication device, within said at least one designated radio frame; and means for receiving, when an indication that ProSe discovery information is to be transmitted is found, by said listening means, to be present within said at least one radio frame, ProSe discovery information from said at least one other communication device to be present in said at least on radio frame.
A method of making a dual barcoded nucleic acid molecule comprising: (a) coupling one strand of a stem-loop oligonucleotide to at least one end of a nucleic acid molecule to form a first barcode-coupled nucleic acid molecule, wherein the stem-loop oligonucleotide includes an intramolecular inverted repeat and a loop, and wherein the inverted repeat includes the first barcode; (b) displacing one strand of the stem-loop oligonucleotide from the first barcode-coupled nucleic acid molecule by strand displacement or by nick translation polymerization to form a first barcoded nucleic acid molecule; (c) annealing a primer to the first barcoded nucleic acid molecule, wherein the primer comprises a first portion complementary to the first barcoded nucleic acid molecule and a second portion comprising a second barcode; and (d) extending the annealed primer to form a dual barcoded nucleic acid molecule, the dual barcoded nucleic acid molecule comprising the second barcode, the first barcode, and at least a portion of the nucleic acid molecule. (a) coupling one strand of a stem-loop oligonucleotide to at least one end of a nucleic acid molecule to form a first barcode-coupled nucleic acid molecule, wherein the stem-loop oligonucleotide includes an intramolecular inverted repeat and a loop, and wherein the inverted repeat includes the first barcode; (b) displacing one strand of the stem-loop oligonucleotide from the first barcode-coupled nucleic acid molecule by strand displacement or by nick translation polymerization to form a first barcoded nucleic acid molecule; (c) annealing a primer to the first barcoded nucleic acid molecule, wherein the primer comprises a first portion complementary to the first barcoded nucleic acid molecule and a second portion comprising a second barcode; and (d) extending the annealed primer to form a dual barcoded nucleic acid molecule, the dual barcoded nucleic acid molecule comprising the second barcode, the first barcode, and at least a portion of the nucleic acid molecule.
A spreading device for the spreading of a bulk material on a circular surface, in particular of a granular or powdered covering material on the top layer of a casting mould containing molten steel or metal, said spreading device comprising: a distribution plate rotatably mounted about a central shaft; at least one radially extending slit arranged in said distribution plate; a scraper device for spreading said bulk material over the length of said slit characterized by a rectangular distribution trough mounted on said distribution plate, said slit being arranged within said distribution trough; a feed pipe arranged so as to feed bulk material into said distribution trough onto an area corresponding to the rotational centre of said distribution plate; wherein said slit extends from the rotational centre of said distribution plate to the edge thereof; and wherein said scraper device comprises at least one linearly displaceable scraper arranged within said distribution trough so as to feed said bulk material through said distribution trough radially outwards from said area corresponding to the rotational centre of said distribution plate. a distribution plate rotatably mounted about a central shaft; at least one radially extending slit arranged in said distribution plate; a scraper device for spreading said bulk material over the length of said slit a rectangular distribution trough mounted on said distribution plate, said slit being arranged within said distribution trough; a feed pipe arranged so as to feed bulk material into said distribution trough onto an area corresponding to the rotational centre of said distribution plate; wherein said slit extends from the rotational centre of said distribution plate to the edge thereof; and wherein said scraper device comprises at least one linearly displaceable scraper arranged within said distribution trough so as to feed said bulk material through said distribution trough radially outwards from said area corresponding to the rotational centre of said distribution plate.
Surface-modified carbonaceous particles coated with amorphous carbon, characterized by a BET specific surface area of below 6 m 2 /g, or below 3 m 2 /g, or below 2 m 2 /g; wherein the core of the particles coated with amorphous carbon is graphitic carbon having an interlayer distance c/2 of 0.337 nm or less; optionally wherein i) the core particles are further characterized by an aspect ratio of less than 0.8; and / or ii) the particles are further characterized by a xylene density of below 2.22 g/cm 3, or below 2.20 g/cm 3; and / or iii) the particles are further characterized by a polycyclic aromatic hydrocarbon concentration of less than 200 mg/kg, less than 150 mg/kg, less than 30 mg/kg, less than 10 mg/kg, less than 5 mg/kg, less than 2 mg/kg, less than 1 mg/kg, or less than 0.5 mg/kg. i) the core particles are further characterized by an aspect ratio of less than 0.8; and / or ii) the particles are further characterized by a xylene density of below 2.22 g/cm 3, or below 2.20 g/cm 3; and / or iii) the particles are further characterized by a polycyclic aromatic hydrocarbon concentration of less than 200 mg/kg, less than 150 mg/kg, less than 30 mg/kg, less than 10 mg/kg, less than 5 mg/kg, less than 2 mg/kg, less than 1 mg/kg, or less than 0.5 mg/kg.
A method of controlling a multi-gain-state power amplifier PA for amplifying a transmit signal, the method characterised by comprising: calculating a transition power level as a function of a waveform linearity metric of the transmit signal, wherein the waveform linearity metric is a Maximum Power Reduction MPR value; and switching the PA to a higher gain state from a lower gain state when a transmission power level of the transmit signal is higher than the calculated transition power level. calculating a transition power level as a function of a waveform linearity metric of the transmit signal, wherein the waveform linearity metric is a Maximum Power Reduction MPR value; and switching the PA to a higher gain state from a lower gain state when a transmission power level of the transmit signal is higher than the calculated transition power level.
A method for wireless communication performed by a base station, BS, configured to operate in a 3GPP system, comprising: transmitting, to a user equipment, UE, a control message according to a transmission mode of a physical channel, wherein the control message is configured to schedule a transmission of control information on the physical channel, the control information including at least channel state information, and wherein the transmission of the control information comprises transmitting one or more redundant versions of the control information using a plurality of adjacent slots or mini-slots in time domain, and wherein the control information further includes one or more redundant versions of hybrid automatic repeat request acknowledgment, HARQ-ACK, information mapped to adjacent symbols of a demodulation reference signal, DMRS, carried on the physical channel; and receiving, from the user equipment, the transmission of the control information on the physical channel. transmitting, to a user equipment, UE, a control message according to a transmission mode of a physical channel, wherein the control message is configured to schedule a transmission of control information on the physical channel, the control information including at least channel state information, and wherein the transmission of the control information comprises transmitting one or more redundant versions of the control information using a plurality of adjacent slots or mini-slots in time domain, and wherein the control information further includes one or more redundant versions of hybrid automatic repeat request acknowledgment, HARQ-ACK, information mapped to adjacent symbols of a demodulation reference signal, DMRS, carried on the physical channel; and receiving, from the user equipment, the transmission of the control information on the physical channel.
A method for synthesizing thrust from a turbofan engine, the turbofan engine comprising a compressor section, a combustor, and a turbine section in serial fluid flow communication, the method comprising: operating the turbofan engine; determining, during the operating of the turbofan engine, a pressure of fluid at an exit of the compressor section and a temperature of fluid at a location upstream of the exit of the compressor section; determining a synthesized value of thrust from the turbofan engine based on a product of a first factor determined as a first mathematical function of the pressure, a first constant, and an adiabatic index of fluid within the turbofan engine, and a second factor determined as a second mathematical function of the temperature and the first constant; and outputting the synthesized value of thrust from the turbofan engine. operating the turbofan engine; determining, during the operating of the turbofan engine, a pressure of fluid at an exit of the compressor section and a temperature of fluid at a location upstream of the exit of the compressor section; determining a synthesized value of thrust from the turbofan engine based on a product of a first factor determined as a first mathematical function of the pressure, a first constant, and an adiabatic index of fluid within the turbofan engine, and a second factor determined as a second mathematical function of the temperature and the first constant; and outputting the synthesized value of thrust from the turbofan engine.
A method for operating a printing press, wherein the printing press has at least one first printing assembly and at least one dryer unit, and wherein the at least one dryer unit has at least one first dryer with at least one first energy output device (302; 317) and wherein in a first deactivation process the at least one first energy output device (302; 317) moves along an actuating distance in an actuating direction from an active position by at least 5 mm to a threading position and held there and wherein the actuating distance extends in a continuously linear manner in and/or opposite to an actuating direction over at least 75% of its entire length and wherein in a threading process taking place subsequently at least one web-type printing substrate is threaded by means of at least one threading means along a transport path provided for the printing substrate through an active region of the at least one energy output device (302; 317) and wherein in a second deactivation process the at least one first energy output device (302; 317) is moved along the actuating distance in a continuously linear manner in and/or opposite to an actuating direction over at least 75% of its entire length from the active position by at least 450 mm in an access position, access position different from the threading position and is held there and wherein in a first maintenance process taking place subsequently at least one maintenance task is performed on the at least first energy output device (302; 317).
A stackable fastener comprising: a body having a central bore defining a central axis, said bore having a distal end and a proximal end; a plurality of flexible fingers extending axially and distally from said body at said bore's distal extremity; a force member within said bore and fingers and rotatable about said body's central axis, characterised in that said central bore is tapered to have a diameter smaller at the bore's proximal end than the bore's distal end; said force member forcing said fingers radially outward when said force member is rotated to a first rotational position to push said fingers outward, and said fingers retracting inward when said force member is rotated to a second rotational position to not push said fingers outward in said central bore; and said fingers and bore constructed so that the stackable fastener is stackable upon like stackable fasteners wherein said fingers are sized to slide into a stackable fastener's central bore when said force member is positioned in the second rotational position and said fingers are positioned inward, and said fingers are sized to lock within a stackable fastener's central bore when said force member is positioned in the first rotational position and said fingers are positioned outward. a body having a central bore defining a central axis, said bore having a distal end and a proximal end; a plurality of flexible fingers extending axially and distally from said body at said bore's distal extremity; a force member within said bore and fingers and rotatable about said body's central axis, characterised in that said central bore is tapered to have a diameter smaller at the bore's proximal end than the bore's distal end; said force member forcing said fingers radially outward when said force member is rotated to a first rotational position to push said fingers outward, and said fingers retracting inward when said force member is rotated to a second rotational position to not push said fingers outward in said central bore; and said fingers and bore constructed so that the stackable fastener is stackable upon like stackable fasteners wherein said fingers are sized to slide into a stackable fastener's central bore when said force member is positioned in the second rotational position and said fingers are positioned inward, and said fingers are sized to lock within a stackable fastener's central bore when said force member is positioned in the first rotational position and said fingers are positioned outward.
Screed unit for paver finisher provided with bottom plates, comprising a main screed, end plates and extension sectors which can be reciprocally aligned by means of adjusters and which can be reciprocally locked by means of fixing and clamping means with screws/bolts in fixing holes, characterised in that the screed unit further comprises undercut coupting means for reciprocally coupling and aligning said main screed, end plates and extension sectors, the coupling means consisting of: - a male element, shaped with a base and an end which are reciprocally spaced and connected by an inclined side, said base having a surface-area which is greater than or equal to the surface-area of said end of said male element; - a female element, comprising a seat having a trapezoidal shaped section which is delimited by inclined sides according to an inclination angle corresponding to the inclination angle of said inclined sides of said male element, the longitudinal development of said inclined sides forming a couple of guiding surfaces of said male element within said seat; one of said male element and female element being fixed in correspondence with at least one of side-walls of said screed unit, the other one of said male element and female element being fixed in correspondence with at least one of the side-walls of said extension sector, the insertion of said male element within said seat of said female element occurring according to the direction corresponding to the longitudinal development of said inclined sides, the reciprocal engagement condition of said male element and said female element corresponding to an approaching and preliminary-alignment condition of said side-wall of said screed unit with said corresponding side-wall of said extension sector. - a male element, shaped with a base and an end which are reciprocally spaced and connected by an inclined side, said base having a surface-area which is greater than or equal to the surface-area of said end of said male element; - a female element, comprising a seat having a trapezoidal shaped section which is delimited by inclined sides according to an inclination angle corresponding to the inclination angle of said inclined sides of said male element, the longitudinal development of said inclined sides forming a couple of guiding surfaces of said male element within said seat;