mhurhangee/ep-ind-claims huggingface dataset:
A radial magnetic bearing, comprising an inner rotor having an axis of rotation and including a central shaft having an outer periphery and a ferromagnetic armature mounted on said shaft on said outer periphery; and an outer stator comprising a plurality of electromagnets including poles made of ferromagnetic or stainless ferromagnetic material which project radially inwardly towards said rotor, whilst leaving air-gaps (e) between end faces of said poles and said ferromagnetic armature, and coils wound around said poles, said poles being extended through outer portions which are attached to a supporting member, characterized in that each pole and said corresponding outer portion are included in an angularly segmented module (120, 120A, 120B) comprising a stack of laminations made of ferromagnetic or stainless ferromagnetic material, said outer portion defining shoulders with respect to said pole, said outer portion contacting outer portions of neighboring segmented modules (120, 120A, 120B) and the outer portions of all segmented modules (120, 120A, 120B) being assembled by clamping rings (127, 128), whereas said coils located in free spaces around said poles are mounted in a string.
A tip protector device (10, 210) for an instrument, the instrument comprising an elongate shaft having a distal tip and said tip including an end face, and the tip protector device (10, 210) comprising: - a guard portion (12, 212) engagable with said tip, the guard portion (12, 212) including an abutment surface arranged to contact the tip such that a part of the guard portion (12, 212) extends distally of said end face, and the guard portion (12, 212) being configured to prevent contact between the guard portion (12, 212) and a central portion of the end face; - a first gripping member and a second gripping member (34, 234), the gripping members (34, 234) being arranged to grip a part of the shaft of the instrument at a distance from said end face; - a first connection member (14, 214) and a second connection member (16, 216), the first gripping member (34, 234) extending from an end of the first connection member (14, 214) and the second gripping member (34, 234) extending from an end of the second connection member (16, 216), the first and second connection members (14, 16, 214, 216) being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the tip protector device (10, 210), and a second, gripping position in which the gripping members (34, 234) contact and grip the shaft of the instrument, characterised in that the first and second connection members (14, 16, 214, 216) being biased into the first position; and - latching means (66, 68) configured to retain the first and second connection members (14, 16, 214, 216) in the second position. - a guard portion (12, 212) engagable with said tip, the guard portion (12, 212) including an abutment surface arranged to contact the tip such that a part of the guard portion (12, 212) extends distally of said end face, and the guard portion (12, 212) being configured to prevent contact between the guard portion (12, 212) and a central portion of the end face; - a first gripping member and a second gripping member (34, 234), the gripping members (34, 234) being arranged to grip a part of the shaft of the instrument at a distance from said end face; - a first connection member (14, 214) and a second connection member (16, 216), the first gripping member (34, 234) extending from an end of the first connection member (14, 214) and the second gripping member (34, 234) extending from an end of the second connection member (16, 216), the first and second connection members (14, 16, 214, 216) being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the tip protector device (10, 210), and a second, gripping position in which the gripping members (34, 234) contact and grip the shaft of the instrument, characterised in that the first and second connection members (14, 16, 214, 216) being biased into the first position; and - latching means (66, 68) configured to retain the first and second connection members (14, 16, 214, 216) in the second position.
A method for resource allocation applied in a base station for a plurality of user equipment in a wireless communication system during a time slot period, the method comprising: sorting in descending order a plurality of beams, according to a sum of traffic demands of a plurality of primary user equipment of each of the plurality of beams, wherein the plurality of primary user equipment are user equipment, which are served in optimal beams, of the plurality of user equipment; selecting in sequence a set of beams from the plurality of beams sorted into descending order; allocating resource blocks to the plurality of primary user equipment of each of the selected set of beams in descending order based on a traffic demand of each of the plurality of primary user equipment; calculating a signal-to-interference-plus-noise, SINR, for each of a plurality of secondary user equipment, wherein the plurality of secondary user equipment are user equipment, which are not served in optimal beams, of the plurality of user equipment; and allocating remaining resource blocks to the plurality of secondary user equipment in descending order based on the calculated SINRs. sorting in descending order a plurality of beams, according to a sum of traffic demands of a plurality of primary user equipment of each of the plurality of beams, wherein the plurality of primary user equipment are user equipment, which are served in optimal beams, of the plurality of user equipment; selecting in sequence a set of beams from the plurality of beams sorted into descending order; allocating resource blocks to the plurality of primary user equipment of each of the selected set of beams in descending order based on a traffic demand of each of the plurality of primary user equipment; calculating a signal-to-interference-plus-noise, SINR, for each of a plurality of secondary user equipment, wherein the plurality of secondary user equipment are user equipment, which are not served in optimal beams, of the plurality of user equipment; and allocating remaining resource blocks to the plurality of secondary user equipment in descending order based on the calculated SINRs.
A food supplement for use in restoring male sex drive comprising: - L-arginine as a nitrogen monoxide source in an amount of 300 mg to 1000 mg, - pollen or beebread containing 40 mg to 100 mg rutin, - drone brood containing 0.4 mg to 1 mg decenoic acids, - a zinc compound containing 6 mg to 60 mg zinc, - vitamin B6 in an amount of 0.3 mg to 3 mg, and - horny goat weed extract (Epimedium) containing 20 to 150 mg icariin, - ginseng root containing 5 to 20 mg saponins, - leuzea root containing 0.1 to 30 mg ecdysteroids as daily doses. - L-arginine as a nitrogen monoxide source in an amount of 300 mg to 1000 mg, - pollen or beebread containing 40 mg to 100 mg rutin, - drone brood containing 0.4 mg to 1 mg decenoic acids, - a zinc compound containing 6 mg to 60 mg zinc, - vitamin B6 in an amount of 0.3 mg to 3 mg, and - horny goat weed extract (Epimedium) containing 20 to 150 mg icariin, - ginseng root containing 5 to 20 mg saponins, - leuzea root containing 0.1 to 30 mg ecdysteroids as daily doses.
A sub headlight unit for use in a vehicle that leans into turns, the sub headlight unit comprising a plurality of sub headlight light sources (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) for illuminating, at one side with respect to a width direction of the vehicle, an area ahead and outward of the vehicle with respect to the width direction of the vehicle, wherein the sub headlight unit is adapted to sequentially turn on the sub headlight light sources (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) along with an increase in the lean angle such that, when the lean angle of the vehicle reaches a reference value that is individually set for each of the sub headlight light sources (13La,13Lb,13Lc,13Ra,13Rb,13Rc), the corresponding sub headlight light source is adapted to be turned on or increase a brightness of the sub headlight light source to exhibit a predetermined brightness, characterized in that the reference values are greater than 0° and different from one another, and the reference values are set to be values sequentially increasing at intervals from 0°, and each of the intervals including a interval from 0° has smaller value as the corresponding reference value is greater, wherein as the reference value set for the sub headlight light source is greater, a cut-off line of the sub headlight light source is inclined at a larger inclination angle relative to a horizontal line that is obtained when the vehicle in an upright state is seen from the front side thereof.
A portable insulin dispensing system comprising: a portable insulin dispensing pump to deliver insulin to a patient; a glucose sensor to periodically perform a plurality of glucose measurements corresponding to glucose concentration in the blood; a processor to determine one or more HbAlc values representative of a patient's glycosylated hemoglobin levels based on the periodic glucose measurements; characterized in that: the processor is provided in any one or more of the portable insulin dispensing system, a handheld remote control unit for the insulin dispensing pump and a handheld blood glucose monitor; the processor is configured to determine one or more HbAlc values based on a mathematical model relating the one or more HbAlc values to glucose concentrations determined from the glucose measurements, with the mathematical model comprising a first order reaction kinetics model representative of a first order reaction kinetics between glucose and hemoglobin and loss of HbAlc through erythrocyte clearance in which HbAlc is estimated to be a stable reaction product; and the system is configured to alert the patient if a high HbAlc value is assessed, recommending a medical check by a health practitioner. a portable insulin dispensing pump to deliver insulin to a patient; a glucose sensor to periodically perform a plurality of glucose measurements corresponding to glucose concentration in the blood; a processor to determine one or more HbAlc values representative of a patient's glycosylated hemoglobin levels based on the periodic glucose measurements; characterized in that: the processor is provided in any one or more of the portable insulin dispensing system, a handheld remote control unit for the insulin dispensing pump and a handheld blood glucose monitor; the processor is configured to determine one or more HbAlc values based on a mathematical model relating the one or more HbAlc values to glucose concentrations determined from the glucose measurements, with the mathematical model comprising a first order reaction kinetics model representative of a first order reaction kinetics between glucose and hemoglobin and loss of HbAlc through erythrocyte clearance in which HbAlc is estimated to be a stable reaction product; and the system is configured to alert the patient if a high HbAlc value is assessed, recommending a medical check by a health practitioner.
An artificially grown spheroid pancreatic islet-like cell structure having a diameter of from 50 to 250 μm and comprising differentiated cells derived from an isolated adult stem cell, which is characterized in that it expresses at the protein level the pancreatic hormones insulin, glucagon, pancreatic polypeptide, somatostatin and ghrelin and which is further characterized in that the differentiated cells express at least the markers PDX-1 and NgN3.
A method of inducing a color change in a glass or glass-ceramic article, the method comprising: exposing the glass or glass-ceramic article to x-rays at a temperature of up to 200 °C to induce a colored area in the glass or glass-ceramic article, wherein the glass or glass-ceramic article comprises: 50-85 mole% SiO 2; 5-25 mole% Al 2 O 3; 0-15 mole% P 2 O 5; 0-15 mole% B 2 O 3; 10-18 mole% Na 2 O; 10-25 mole% R 2 O, wherein R 2 O = Li 2 O+ Na 2 O+ K 2 O; and 0.1-2.0 mole% of at least one coloring agent chosen from CuO, MnO 2, Ag 2 O or combinations thereof.
A light emitting device (1, 2, 3, 4, 5), comprising: an excitation light source (103, 103', 303, 403, 503, 603) which outputs excitation light; a light emitting section (101, 101') which emits light by receiving the excitation light; an optical guide member (104, 204, 304, 404, 504, 604) which guides the excitation light from the excitation light source (103, 103', 303, 403, 503, 603) to the light emitting section (101, 101'); and the optical guide member (104, 2004, 304, 404, 504. 604) includes an optical guide section which has an exit end surface (104a, 204a, 304a) including at least one side (a, a1, a2); characterized in that, the light emitting device (1, 2, 3, 4, 5) further comprises: an optical member (105, 505, 605) which forms, on a front surface of the light emitting section (101, 101'), an image of the excitation light guided by the optical guide member, wherein the excitation light is radiated to the front surface obliquely, and the optical member (105, 505, 605) forms an image of a linear edge portion (a', a1', a2'), which corresponds to one of the at least one side (a, a1, a2), in the image of the excitation light, wherein the linear edge portion (a', al', a2') extends in a direction orthogonal to a direction of the excitation light entering the light emitting section. an excitation light source (103, 103', 303, 403, 503, 603) which outputs excitation light; a light emitting section (101, 101') which emits light by receiving the excitation light; an optical guide member (104, 204, 304, 404, 504, 604) which guides the excitation light from the excitation light source (103, 103', 303, 403, 503, 603) to the light emitting section (101, 101'); and the optical guide member (104, 2004, 304, 404, 504. 604) includes an optical guide section which has an exit end surface (104a, 204a, 304a) including at least one side (a, a1, a2); characterized in that, the light emitting device (1, 2, 3, 4, 5) further comprises: an optical member (105, 505, 605) which forms, on a front surface of the light emitting section (101, 101'), an image of the excitation light guided by the optical guide member, wherein the excitation light is radiated to the front surface obliquely, and the optical member (105, 505, 605) forms an image of a linear edge portion (a', a1', a2'), which corresponds to one of the at least one side (a, a1, a2), in the image of the excitation light, wherein the linear edge portion (a', al', a2') extends in a direction orthogonal to a direction of the excitation light entering the light emitting section. an optical member (105, 505, 605) which forms, on a front surface of the light emitting section (101, 101'), an image of the excitation light guided by the optical guide member, wherein the excitation light is radiated to the front surface obliquely, and the optical member (105, 505, 605) forms an image of a linear edge portion (a', a1', a2'), which corresponds to one of the at least one side (a, a1, a2), in the image of the excitation light, wherein the linear edge portion (a', al', a2') extends in a direction orthogonal to a direction of the excitation light entering the light emitting section.
An apparatus for producing granules from a melt, comprising a perforated plate with melt nozzles arranged therein, from which the melt emerges, wherein there is located opposite the perforated plate a cutting arrangement having a blade head, which has at least one blade (4a, 4b, 4c, 4d), and a blade shaft, which is driven by a motor, so that the at least one blade (4a, 4b, 4c, 4d) passes over the melt nozzles in the perforated plate in a rotating manner and in doing so cuts off granules of the melt material emerging there, wherein the apparatus has a process chamber housing which is connected to the perforated plate and surrounds at least part of the cutting arrangement and through which a cooling medium flows, wherein the blade shaft is displaceable at least axially relative to the process chamber housing via at least one adjustable bearing, and wherein a position sensing and adjusting device is provided which comprises at least one position sensor, arranged in the process chamber housing and/or in the perforated plate, and at least one position sensor pulse transmitter (10a, 10b, 10c, 10d), arranged in the region of the blade head, by means of which the position of the at least one blade (4a, 4b, 4c, 4d) relative to the perforated plate with the melt nozzles located therein can be determined, and comprising an actuator device, by which the position of the at least one blade (4a, 4b, 4c, 4d) can be set accordingly, characterized in that the blade shaft is also pivotable radially relative to the process chamber housing via the at least one adjustable bearing, and the position of the at least one blade (4a, 4b, 4c, 4d) can be set accordingly by means of the actuator device.
Method for fashioning an aspherical optical element, comprising the steps consisting of: fixing an optical-element blank having two main surfaces (100, 105) that are: an optical surface intended to be fashioned, which is on the front side, and a surface referred to as the rear surface, which is on the rear side, to a ring; applying forces and moments to the ring in order to deform it in a controlled manner, and to deform, also in a controlled manner, the blank and its optical surface which is fixed thereon; fashioning said deformed optical surface by abrasion, so as to give it a spherical or planar form once again; extracting the blank from the ring, so as to release the stresses deforming said optical surface fashioned by abrasion so as to allow the latter to acquire the required aspherical form, and characterised in that the step of fixing the blank on the ring is carried out by adhesively bonding one of said main surfaces of the blank on a surface of the ring, which is parallel to it and facing it, by means of a layer of glue. an optical surface intended to be fashioned, which is on the front side, and a surface referred to as the rear surface, which is on the rear side, to a ring; applying forces and moments to the ring in order to deform it in a controlled manner, and to deform, also in a controlled manner, the blank and its optical surface which is fixed thereon; fashioning said deformed optical surface by abrasion, so as to give it a spherical or planar form once again; extracting the blank from the ring, so as to release the stresses deforming said optical surface fashioned by abrasion so as to allow the latter to acquire the required aspherical form, and characterised in that the step of fixing the blank on the ring is carried out by adhesively bonding one of said main surfaces of the blank on a surface of the ring, which is parallel to it and facing it, by means of a layer of glue.
A method for drying bodies by means of infrared emitters (8, 9), in which at least one first infrared emitter is directed towards a body to be dried and the temperature of the body to be dried is measured at regular or irregular intervals by means of a temperature sensor, wherein the first infrared emitter is alternately switched on and off in an interval drying phase such that the detected temperature of the body to be dried shifts between a lower temperature limit value and an upper temperature limit value, characterized in that the temperature profiles within the intervals are detected and compared with a reference profile and, when the temperature profile adapts to the reference profile, it is changed into an inversion drying phase in which the lower temperature limit value is continuously or gradually increased over time.
An electronic device configured to receive information associated with a pulse wave of a subject and estimate a state of glucose metabolism of the subject, the electronic device comprising: a sensor configured to acquire the pulse wave of the subject, and a controller configured to calculate an augmentation index using the acquired pulse wave and to estimate the state of glucose metabolism of the subject in accordance with the calculated augmentation index, characterized in that: the controller is configured to estimate the state of the glucose metabolism of the subject based on a correlation between blood glucose level and augmentation index, the correlation having been obtained from a plurality of subjects, wherein the augmentation index is represented as a ratio between the magnitude of a forward wave and a reflected wave of a pulse wave. a sensor configured to acquire the pulse wave of the subject, and a controller configured to calculate an augmentation index using the acquired pulse wave and to estimate the state of glucose metabolism of the subject in accordance with the calculated augmentation index, characterized in that: the controller is configured to estimate the state of the glucose metabolism of the subject based on a correlation between blood glucose level and augmentation index, the correlation having been obtained from a plurality of subjects, wherein the augmentation index is represented as a ratio between the magnitude of a forward wave and a reflected wave of a pulse wave.
A valve clack, comprising: a mounting column; a plurality of blades surrounding the mounting column and distributed in a circumferential direction of the mounting column, each blade defining a radial inner end connected with the mounting column and elastically swingable with respect to the mounting column, adjacent blades being spaced apart from each other by a rib, the rib defining an end connected with the mounting column, characterized in that a buffer structure configured to provide a buffer space for deformation of the blade is provided in the blade adjacent to a position at which the blade is connected with the rib. a mounting column; a plurality of blades surrounding the mounting column and distributed in a circumferential direction of the mounting column, each blade defining a radial inner end connected with the mounting column and elastically swingable with respect to the mounting column, adjacent blades being spaced apart from each other by a rib, the rib defining an end connected with the mounting column, characterized in that a buffer structure configured to provide a buffer space for deformation of the blade is provided in the blade adjacent to a position at which the blade is connected with the rib.
A wire electric discharge machine for relatively moving a wire electrode and a work to perform electric discharge machining on the work, the wire electric discharge machine comprising: a controller for controlling the wire electric discharge machine; the wire electric discharge machine being characterized in that it further comprises a wire crossing device (6, 7) including a wire crossing mechanism for crossing the wire electrode, and configured to control a position and a posture of the wire crossing mechanism, a transmission unit for transmitting a coordinate position when the wire crossing mechanism is moved from the wire crossing device (6, 7) to the controller, wherein the controller synchronizes a position of each shaft of the wire electric discharge machine with a movement of the wire crossing mechanism with reference to the coordinate position transmitted by the transmission unit. a controller for controlling the wire electric discharge machine; the wire electric discharge machine being characterized in that it further comprises a wire crossing device (6, 7) including a wire crossing mechanism for crossing the wire electrode, and configured to control a position and a posture of the wire crossing mechanism, a transmission unit for transmitting a coordinate position when the wire crossing mechanism is moved from the wire crossing device (6, 7) to the controller, wherein the controller synchronizes a position of each shaft of the wire electric discharge machine with a movement of the wire crossing mechanism with reference to the coordinate position transmitted by the transmission unit.