mhurhangee/ep-ind-claims huggingface dataset:
A lighting device comprising (a) a light source configured to generate light source light, and (b) a light converter configured to convert at least part of the light source light into visible converter light, wherein the light converter comprises a matrix containing a luminescent material comprising a combination of at least two organic phosphors defined by formulas IA and IB: wherein G1-G12 are independently selected from hydrogen, halogen, R1, OR1, NHR1, and NR2R1, wherein R1 and R2 are independently selected from C1-C18alkyl, C6-C24aryl, and C6-C24heteroaryl.
Method for producing a layered (semi-)conductive material with the following steps: a) providing at least a first electrode and a counter electrode in an liquid electrolyte solution, wherein at least the first electrode comprises a two dimensionally structured bulk material having a layered structure and selected from the group consisting of graphite materials, carbon based (semi-)conductive polymers and layered dichalcogenides, b) applying an electric potential between the electrodes, wherein the electrolyte solution comprises at least one radical scavenger. a) providing at least a first electrode and a counter electrode in an liquid electrolyte solution, wherein at least the first electrode comprises a two dimensionally structured bulk material having a layered structure and selected from the group consisting of graphite materials, carbon based (semi-)conductive polymers and layered dichalcogenides, b) applying an electric potential between the electrodes,
A method for producing a glass body with high silicic-acid content by drawing a softened glass mass from an elongated, substantially cylindrical crucible in that SiO 2 granules are supplied from above into the crucible, the SiO 2 granules are heated to a softening temperature, so as to form the softened glass mass which comprises a melt surface, the softened glass mass is drawn off via a bottom opening of the crucible so as to form a glass strand, and the glass strand is cut to length to obtain the glass body, wherein due to the supply of the SiO 2 granules a bulk heap is formed that partly covers the melt surface while leaving a melt edge, and wherein the melt surface is optically detected, characterized in that during the optical detection of the melt surface the width of at least a sub-section of the melt edge is continuously determined and is set to a value within a target width range through the supply rate of the SiO 2 granules.
A rotor core for use in a superconducting rotating machine, comprising: a substantially hollow cylindrical member made of non-magnetic material, the cylindrical member having a longitudinal axis, a cylindrical cavity defined therein and extending along the longitudinal axis; a plurality of recesses defined on an outer peripheral surface of the cylindrical member for receiving superconducting coils, and a plurality of cryogen passages defined therein adjacent the cylindrical cavity and extending therethrough between a proximal side and a distal side thereof, characterized by the cryogen passages having at least two first passages (14a, 14b) for guiding the cryogen from the proximal side to the distal side and at least two second passages (15a, 15b) for guiding the cryogen from the distal side to the proximal side and the first and second passages being arranged alternately and spaced at regular intervals with respect to a peripheral direction about the longitudinal axis, a first supply tube connected to proximal ends of the first passages; a first return tube connected to distal ends of the first passages and extended from the distal side to the proximal side through the cylindrical cavity; a second supply tube extended from the proximal side to the distal side through the cylindrical cavity and connected to distal ends of the second passages; and a second return tube connected to proximal ends of the second passages. the cylindrical member having a longitudinal axis, a cylindrical cavity defined therein and extending along the longitudinal axis; a plurality of recesses defined on an outer peripheral surface of the cylindrical member for receiving superconducting coils, and a plurality of cryogen passages defined therein adjacent the cylindrical cavity and extending therethrough between a proximal side and a distal side thereof, characterized by the cryogen passages having at least two first passages (14a, 14b) for guiding the cryogen from the proximal side to the distal side and at least two second passages (15a, 15b) for guiding the cryogen from the distal side to the proximal side and the first and second passages being arranged alternately and spaced at regular intervals with respect to a peripheral direction about the longitudinal axis, a first supply tube connected to proximal ends of the first passages; a first return tube connected to distal ends of the first passages and extended from the distal side to the proximal side through the cylindrical cavity; a second supply tube extended from the proximal side to the distal side through the cylindrical cavity and connected to distal ends of the second passages; and a second return tube connected to proximal ends of the second passages.
A method, performed in a wireless device in a wireless communication system, for reporting measurements, the method comprising: - receiving, from a radio network node, information defining at least one further measurement report setting for measurement reporting in a control plane multi connectivity mode; wherein the at least one further measurement report setting corresponds to a relaxed measurement reporting reducing the number of measurement reports compared to a first measurement report setting for measurement reporting in a control plane single connectivity mode, which is available to the wireless device; - selecting one of the first and further measurement report settings based on a determination of a control plane connectivity mode of the wireless device; wherein the wireless device is in the control plane multi connectivity mode when the wireless device is using multiple radio links for the control plane and - reporting, to the radio network node, measurements in accordance with the selected measurement report setting. - receiving, from a radio network node, information defining at least one further measurement report setting for measurement reporting in a control plane multi connectivity mode; wherein the at least one further measurement report setting corresponds to a relaxed measurement reporting reducing the number of measurement reports compared to a first measurement report setting for measurement reporting in a control plane single connectivity mode, which is available to the wireless device; - selecting one of the first and further measurement report settings based on a determination of a control plane connectivity mode of the wireless device; wherein the wireless device is in the control plane multi connectivity mode when the wireless device is using multiple radio links for the control plane and - reporting, to the radio network node, measurements in accordance with the selected measurement report setting.
A vehicle wheel (1, 1') comprising a rim (20a, 20b) centered on an axis of rotation of the wheel and having mounted thereon a tire and an inflation valve for the tire, the tire being engaged between flanges secured to the rim so as to co-operate with the rim to define a volume connected to the outside by an inflation channel that extends in the rim, having a first end opening out into the volume and a second end opening to the outside of the volume in the vicinity of one of the flanges and that is provided with the inflation valve, the wheel being characterized in that the rim includes a boss of substantially rectilinear shape extending axially from a web secured to the rim towards the flange of the rim that has the inflation valve extending in its vicinity, the inflation channel extending at least in part inside the boss.
Electrical installation, comprising: - a circuit-breaker having a breaking capacity, abbreviated to PdC, and a tripping current, abbreviated to Is, and - a DC voltage source comprising at least two electrochemical accumulator batteries connected in parallel, the voltage source being connected in series with the circuit-breaker; characterized in that the sum of the short-circuit currents of the batteries connected in parallel is higher than the breaking capacity PdC of the circuit-breaker, each of said batteries including: - a first arm including the electrochemical accumulators of the battery and a switch, which accumulators and switch are connected in series; - a second arm connected in parallel with the first arm and including a flyback diode; - an ammeter measuring the current delivered by this battery; and - a control circuit configured to detect a short-circuit when the current delivered by a battery is higher than a threshold, the control circuits being configured, after a short-circuit has been detected, to simultaneously keep at least most of said switches open and to close at least one of said switches in order to apply a current passing through the circuit-breaker higher than the Is and lower than its PdC. - a circuit-breaker having a breaking capacity, abbreviated to PdC, and a tripping current, abbreviated to Is, and - a DC voltage source comprising at least two electrochemical accumulator batteries connected in parallel, the voltage source being connected in series with the circuit-breaker; characterized in that the sum of the short-circuit currents of the batteries connected in parallel is higher than the breaking capacity PdC of the circuit-breaker, each of said batteries including: - a first arm including the electrochemical accumulators of the battery and a switch, which accumulators and switch are connected in series; - a second arm connected in parallel with the first arm and including a flyback diode; - an ammeter measuring the current delivered by this battery; and - a control circuit configured to detect a short-circuit when the current delivered by a battery is higher than a threshold, the control circuits being configured, after a short-circuit has been detected, to simultaneously keep at least most of said switches open and to close at least one of said switches in order to apply a current passing through the circuit-breaker higher than the Is and lower than its PdC. - a first arm including the electrochemical accumulators of the battery and a switch, which accumulators and switch are connected in series; - a second arm connected in parallel with the first arm and including a flyback diode; - an ammeter measuring the current delivered by this battery; and - a control circuit configured to detect a short-circuit when the current delivered by a battery is higher than a threshold,
An apparatus for measuring objects, in particular a coordinate measuring unit, comprising a base plate for supporting an object (30, 30') to be measured; an actuator; and a probe which is movable relative to the object (30, 30') by means of the actuator to sample the object (30, 30') in a contacting manner, wherein the probe carries, in particular supports in a mount, a sampling body, in particular an elongate sampling body, whose front end is formed as a measuring tip for a contact with the object (30, 30'); wherein the probe is arranged beneath the base plate; and wherein at least one cut-out is provided in the base plate for leading through at least one section of the sampling body, characterized in that the probe is movable by means of the actuator between a position of rest in which the sampling body does not project beyond a support surface of the base plate and an operating position in which the sampling body is guided through the cut-out from below and the measuring tip is located above the support surface.
A dialysis machine comprising at least one filter (D, D1, D2) for the filtration of the dialysis liquid and comprising means for determining the calcification of the dialysis machine, characterized in that the means for the determining of the calcification of the dialysis machine comprise one or more sensors (1, 2, 10, 20, 30, 40), with the sensor or sensors (1, 2, 10, 20, 30, 40) being configured and arranged such that the ion concentration or a parameter representative of the ion concentration or of its change of the dialysis liquid, of a solution serving the decalcification or of another measuring solution can be detected either downstream or upstream and downstream of the at least one filter (D, D1, D2); and in that the means for determining the calcification of the dialysis machine furthermore comprise an evaluation or calculation unit which is configured such that it determines the calcification of the dialysis machine on the basis of the ion concentration or parameter value detected by means of the sensor or sensors (1, 2, 10, 20, 30, 40).
A cutting assembly for a portable hand-held power-driven working tool, the cutting assembly comprising a first elongate cutting blade, and a second elongate cutting blade, wherein the cutting blades (9, 10) are arranged to be mounted with an inner end attached to a gearbox forming a part of the tool and such that an interior surface of the first cutting blade faces towards and abuts on an interior surface of the second cutting blade, and wherein at least one of the cutting blades (9, 10) has a recess (13, 14) extending in a portion of the interior surface (11, 12) such that a gap appears between the cutting blades (9, 10) when they are mounted in a face-to-face relationship and wherein the cutting blades (9, 10) arranged to move in a reciprocal manner along a longitudinal axis (XI, X2) of the cutting blades (9, 10), wherein both cutting blades (9, 10) have the recesses (13, 14) in a portion of the interior surfaces (11, 12) extending along the longitudinal axes (XI, X2) such that the gap is created by the recesses (13, 14) on the interior surfaces (11, 12) of the first cutting blade and the second cutting blade between the cutting blades (9, 10) when they are mounted in the face-to-face relationship and lengths (LI, L2) of the recesses (13, 14) defining the length of the gap in the axial direction of the cutting assembly, are at least equal to a length of stroke of the reciprocating cutting blades (9, 10) characterized in that said recesses (13, 14) are longitudinally positioned between said inner end of the cutting blades (9, 10) and a front tooth of said cutting blades (9, 10). a first elongate cutting blade, and a second elongate cutting blade,
Printing device for the selective carbonization of at least a part of a surface of a paper object, more particularly of a sheet of paper, comprising: - receiving means for receiving the paper object; - at least one laser for selectively heating one or more parts of the surface of said paper object to a level wherein the heated part of said surface at least partly carbonizes and thereby changes color; and - control means for controlling the laser; characterized in that said printing device comprises a substantially transparent cover that is arranged between said laser and at least a to be heated part of said paper object. - receiving means for receiving the paper object; - at least one laser for selectively heating one or more parts of the surface of said paper object to a level wherein the heated part of said surface at least partly carbonizes and thereby changes color; and - control means for controlling the laser;
A microfluidic device comprising at least one reactant passage defined by walls and comprising at least one parallel multiple flow path configuration (50; 150) comprising multiple parallel flow paths (52; 152; 252) defined by walls, said parallel multiple flow path configuration (50; 150) comprising a group of elementary design patterns (34; 134; 234) of the flow paths (52; 152; 252) which are arranged in series with fluid communication so as to constitute said flow paths (52; 152; 252), and in parallel so as to constitute a multiple flow path elementary design pattern (57; 157; 257) in the parallel flow paths (52; 152; 252), said elementary design pattern (34; 134; 234) being able to provide mixing and/or residence time, wherein the parallel multiple flow path configuration (50; 150) comprises at least two communicating zones (54; 154; 254) between elementary design patterns (34; 134; 234) of two adjacent parallel flow paths (52; 152; 252), said communicating zones (54; 154; 254) being in the same plane as that defined by said elementary design patterns (34; 134; 234) between which said communicating zone (54; 154; 254) is placed and allowing passage of fluid in order to minimize mass flow rate difference between the adjacent parallel flow paths (52; 152; 252) which have the same flow direction, characterized in that at least two communicating zones (54; 154; 254) are formed between all the pairs of two adjacent parallel flow paths (52; 152; 252) of said parallel multiple flow path configuration (50; 150).
A pet toy comprising: a shaft having a first threaded end and a second threaded end; first and second tips (14A, 14B) releasably threaded onto the shaft at the first and second ends, a body portion located on the shaft between the first and second ends, wherein the body portion defines a passage there through, the shaft extending longitudinally through the passage of the body portion, and characterized by a first edible treat located between and against the first tip and the body portion and a second edible treat located between and against the second tip and the body portion, the first and second tips being constructed to remain secured to the first and second ends of the shaft during pet use, a portion of each of the first and second edible treats being non-accessible during pet use, another portion of each of the first and second edible treats being exposed for consumable access during pet use, no portion of the shaft being exposed. a shaft having a first threaded end and a second threaded end; first and second tips (14A, 14B) releasably threaded onto the shaft at the first and second ends, a body portion located on the shaft between the first and second ends, wherein the body portion defines a passage there through, the shaft extending longitudinally through the passage of the body portion, and
An alert device for a vehicle, the alert device comprising: a communications receiver configured to receive file fragments for building application files and data files for said alert device, wherein at least one of said fragments includes configuration instructions that identify an application file and associated data from said application files and data files; a positioning data receiver for providing vehicle location data; a microcontroller system including a microcontroller and a programmable nonvolatile memory system, wherein the microcontroller system is configured to: build and store said application files and data files from said file fragments received by the communications receiver, and execute an alert application of said alert device by processing said application file and associated data identified by said configuration instructions, thereby to provide alert data for use by said vehicle, wherein the alert data correspond to the location of said vehicle, said location being determined by said application on the basis of said vehicle location data provided by the positioning data receiver. a communications receiver configured to receive file fragments for building application files and data files for said alert device, wherein at least one of said fragments includes configuration instructions that identify an application file and associated data from said application files and data files; a positioning data receiver for providing vehicle location data; a microcontroller system including a microcontroller and a programmable nonvolatile memory system, wherein the microcontroller system is configured to: build and store said application files and data files from said file fragments received by the communications receiver, and execute an alert application of said alert device by processing said application file and associated data identified by said configuration instructions, thereby to provide alert data for use by said vehicle, wherein the alert data correspond to the location of said vehicle, said location being determined by said application on the basis of said vehicle location data provided by the positioning data receiver. build and store said application files and data files from said file fragments received by the communications receiver, and execute an alert application of said alert device by processing said application file and associated data identified by said configuration instructions, thereby to provide alert data for use by said vehicle, wherein the alert data correspond to the location of said vehicle, said location being determined by said application on the basis of said vehicle location data provided by the positioning data receiver.
A gearbox assembly for a wind turbine, comprising: a gearbox housing; a planetary gear system configured within the gearbox housing, the planetary gear system comprising a plurality of planet gears, at least one sun gear, at least one ring gear, at least one planetary carrier (140, 142) operatively coupled with the plurality of planet gears, and a plurality of pin shafts (143, 145), each of the plurality of planet gears arranged so as to rotate around one of the plurality of pin shafts (143, 145), the plurality of planet gears being engaged with the at least one the ring gear and configured to rotate about the at least one sun gear; wherein the at least one planetary carrier (140, 142) comprises, at least, a first planetary carrier and a second planetary carrier; wherein a first location comprises a downwind end of the second planet carrier and a second location comprises a downwind end of the first planetary carrier, characterized in that a first lubricant path is defined from the first location to the second location through the second planetary carrier, the first lubricant path located outside of the plurality of pin shafts (143, 145). a gearbox housing; a planetary gear system configured within the gearbox housing, the planetary gear system comprising a plurality of planet gears, at least one sun gear, at least one ring gear, at least one planetary carrier (140, 142) operatively coupled with the plurality of planet gears, and a plurality of pin shafts (143, 145), each of the plurality of planet gears arranged so as to rotate around one of the plurality of pin shafts (143, 145), the plurality of planet gears being engaged with the at least one the ring gear and configured to rotate about the at least one sun gear; wherein the at least one planetary carrier (140, 142) comprises, at least, a first planetary carrier and a second planetary carrier; wherein a first location comprises a downwind end of the second planet carrier and a second location comprises a downwind end of the first planetary carrier, characterized in that a first lubricant path is defined from the first location to the second location through the second planetary carrier, the first lubricant path located outside of the plurality of pin shafts (143, 145).
Hydrophobizing agent for mineral materials, comprising: i) a polyion complex comprising at least one polycation (i.1) and at least one polyanion (i.2), wherein the molar ratio of polycation to polyanion in the polyion complex is ≥ 1; ii) a silicone compound composition; iii) a carrier composition comprising at least one carrier selected from the group consisting of amorphous silica, amorphous agglomerated silica, quartz powder, limestone powder, aluminium oxide, illite, iron oxide and mixtures of two or more of these carriers. i) a polyion complex comprising at least one polycation (i.1) and at least one polyanion (i.2), wherein the molar ratio of polycation to polyanion in the polyion complex is ≥ 1; ii) a silicone compound composition; iii) a carrier composition comprising at least one carrier selected from the group consisting of amorphous silica, amorphous agglomerated silica, quartz powder, limestone powder, aluminium oxide, illite, iron oxide and mixtures of two or more of these carriers.