mhurhangee/ep-ind-claims huggingface dataset:
A power generator comprising: a rotor (20, 30) including a plurality of permanent magnets (21 to 24) arranged in a rotation direction; a stator including a plurality of coils provided to face the plurality of permanent magnets (21 to 24), each of the plurality of coils being configured to generate AC voltage during rotation of the rotor (20, 30); and a plurality of magnetic bodies respectively provided in the plurality of coils, in a direction of center axis of each of the coils, a length of each of the magnetic bodies being shorter than a length of each of the coils, wherein the plurality of permanent magnets (21 to 24) include first to fourth permanent magnets arranged in the rotation direction of the rotor (20, 30), and an S pole of the first permanent magnet is directed toward the stator, an S pole of the second permanent magnet is directed toward the first permanent magnet, an N pole of the third permanent magnet is directed toward the stator, and an N pole of the fourth permanent magnet is directed toward the third permanent magnet. a rotor (20, 30) including a plurality of permanent magnets (21 to 24) arranged in a rotation direction; a stator including a plurality of coils provided to face the plurality of permanent magnets (21 to 24), each of the plurality of coils being configured to generate AC voltage during rotation of the rotor (20, 30); and a plurality of magnetic bodies respectively provided in the plurality of coils, in a direction of center axis of each of the coils, a length of each of the magnetic bodies being shorter than a length of each of the coils, wherein the plurality of permanent magnets (21 to 24) include first to fourth permanent magnets arranged in the rotation direction of the rotor (20, 30), and an S pole of the first permanent magnet is directed toward the stator, an S pole of the second permanent magnet is directed toward the first permanent magnet, an N pole of the third permanent magnet is directed toward the stator, and an N pole of the fourth permanent magnet is directed toward the third permanent magnet.
A replaceable shaving assembly comprising: (a) a blade unit comprising a plurality of longitudinally extending blades; and (b) an interface element, configured to removeably connect the blade unit to a handle; (c) wherein the blade unit and interface element include cooperating elements that allow the blade unit to pivot with respect to the interface element, the cooperating elements including a pair of arms (32, 132, 632, 832) extending from the interface element towards the blade unit; and (d) wherein each of the arms (32, 132, 632, 832) includes a non-elastomeric post (135, 635, 735, 835) and an elastomeric outer layer in contact with the post (135, 635, 735, 835) (e) characterized in that the elastomeric layer (137, 837) includes a groove (133, 233, 333, 733), - wherein the groove (133, 233, 333, 733) extends around the entire circumference of the arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an inner surface of each arm (32, 132, 632, 832), facing the other arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an outer surface of each arm (32, 132, 632, 832), facing away from the other arm (32, 132, 632, 832). (a) a blade unit comprising a plurality of longitudinally extending blades; and (b) an interface element, configured to removeably connect the blade unit to a handle; (c) wherein the blade unit and interface element include cooperating elements that allow the blade unit to pivot with respect to the interface element, the cooperating elements including a pair of arms (32, 132, 632, 832) extending from the interface element towards the blade unit; and (d) wherein each of the arms (32, 132, 632, 832) includes a non-elastomeric post (135, 635, 735, 835) and an elastomeric outer layer in contact with the post (135, 635, 735, 835) (e) characterized in that the elastomeric layer (137, 837) includes a groove (133, 233, 333, 733), - wherein the groove (133, 233, 333, 733) extends around the entire circumference of the arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an inner surface of each arm (32, 132, 632, 832), facing the other arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an outer surface of each arm (32, 132, 632, 832), facing away from the other arm (32, 132, 632, 832). - wherein the groove (133, 233, 333, 733) extends around the entire circumference of the arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an inner surface of each arm (32, 132, 632, 832), facing the other arm (32, 132, 632, 832), - or wherein the groove (133, 233, 333, 733) is disposed on an outer surface of each arm (32, 132, 632, 832), facing away from the other arm (32, 132, 632, 832).
A biopsy device, comprising: (a) a body; (b) a needle extending distally relative to the body, wherein the needle defines a first lumen and a second lumen, wherein the needle includes an opening fluidly coupling the first lumen with the second lumen; (c) a cutter, wherein the cutter is configured to translate relative to the needle to sever tissue; and (d) a valve assembly, the valve assembly including: (i) a vent opening, and (ii) a spool body movable relative to the vent opening between a first position and a second position, wherein the second lumen of the needle is coupled to the vent opening when the spool body is in the first position, wherein the second lumen is sealed relative to the vent opening when the spool body is in the second position, wherein the spool body is configured to transition between the first and second position by moving in proportion to translation of the cutter; characterized in that the spool body is secured to the cutter. (a) a body; (b) a needle extending distally relative to the body, wherein the needle defines a first lumen and a second lumen, wherein the needle includes an opening fluidly coupling the first lumen with the second lumen; (c) a cutter, wherein the cutter is configured to translate relative to the needle to sever tissue; and (d) a valve assembly, the valve assembly including: (i) a vent opening, and (ii) a spool body movable relative to the vent opening between a first position and a second position, wherein the second lumen of the needle is coupled to the vent opening when the spool body is in the first position, wherein the second lumen is sealed relative to the vent opening when the spool body is in the second position, wherein the spool body is configured to transition between the first and second position by moving in proportion to translation of the cutter; characterized in that the spool body is secured to the cutter. (i) a vent opening, and (ii) a spool body movable relative to the vent opening between a first position and a second position, wherein the second lumen of the needle is coupled to the vent opening when the spool body is in the first position, wherein the second lumen is sealed relative to the vent opening when the spool body is in the second position, wherein the spool body is configured to transition between the first and second position by moving in proportion to translation of the cutter;
A molding machine forming a mold by using a transferred molding flask and pattern plate (8, 8A), the molding machine comprising: a filling frame provided with a lower opening connectable to an upper opening of the molding flask and a side portion opened; a squeeze head mechanism including a squeeze board movable into and out from the filling frame, and a plurality of squeeze feetl passing through the squeeze board, being able to move up and down with respect to the squeeze board; a sand injection hopper including at least one sand injection port for injecting molding sand into a molding space defined by the molding flask, the filling frame, the squeeze head mechanism, and the pattern plate; and a sand injection nozzle formed in the filling frame and provided in a component detachably attached to an opening of the side portion of the filling frame to enable the sand injection port and the molding space to communicate with each other. a filling frame provided with a lower opening connectable to an upper opening of the molding flask and a side portion opened; a squeeze head mechanism including a squeeze board movable into and out from the filling frame, and a plurality of squeeze feetl passing through the squeeze board, being able to move up and down with respect to the squeeze board; a sand injection hopper including at least one sand injection port for injecting molding sand into a molding space defined by the molding flask, the filling frame, the squeeze head mechanism, and the pattern plate; and a sand injection nozzle formed in the filling frame and provided in a component detachably attached to an opening of the side portion of the filling frame to enable the sand injection port and the molding space to communicate with each other.
Use of in vitro quantitative assay, in a biological sample, of the degree of nitration of tyrosine residues of a given nitrated protein or physiological peptide sequence, for the implementation of an in vitro method of diagnosis of the state of severity and progressiveness of a chronic or acute pathology associated with nitrating stress, said given nitrated protein or physiological peptide sequence being nitrated albumin, said quantitative assay being carried out by means of a specific antibody, in particular a monoclonal antibody, specifically recognizing - either the nitrated Y 138 tyrosine residue of albumin, - or the nitrated Y 411 tyrosine residue of albumin, said chronic or acute pathology associated with nitrating stress belonging to the following group: inflammatory diseases, infectious diseases, ischaemic diseases and cardiovascular diseases. - either the nitrated Y 138 tyrosine residue of albumin, - or the nitrated Y 411 tyrosine residue of albumin,
Adjusting device for a friction clutch of a motor vehicle, having a pinion which is connected to a spindle for adjusting a wear-induced faulty spacing via an adjusting ring and a counter-ramp between a counterpressure plate and a pressure plate which can be moved relative to the counterpressure plate in order to press a clutch plate between the pressure plate and the counterpressure plate, an actuating element for moving the pressure plate relative to the counterpressure plate, a drive lever which is arranged so as to be rotatable on the pressure plate side, having a drive pawl which engages into the pinion in order to rotate the pinion, a prestressing device which acts on the drive lever with at least one energy store for pivoting the drive lever in a prestressing manner, characterized in that a coupling element which is connected to the drive lever and the actuating element is provided, it being possible for the drive lever to be brought into operative connection with the actuating element via the coupling element.
A laminate film (100, 120) for packaging, the laminate film (100, 120) comprising: a resin substrate having a heat sealing surface that constitutes one outermost surface of the laminate film (100, 120); a coating layer made of a non-metallic material; and an underlayer disposed between the resin substrate and the coating layer, wherein the resin substrate includes a first layer that is made of propylene copolymer and constitutes the heat sealing surface, and a second layer made of polypropylene, and the first and second layers (10a, 10b) are laminated and biaxially stretched. a resin substrate having a heat sealing surface that constitutes one outermost surface of the laminate film (100, 120); a coating layer made of a non-metallic material; and an underlayer disposed between the resin substrate and the coating layer, wherein the resin substrate includes a first layer that is made of propylene copolymer and constitutes the heat sealing surface, and a second layer made of polypropylene, and the first and second layers (10a, 10b) are laminated and biaxially stretched.
Medical system for applying a liquid to a swab, comprising - a flexible container with the liquid and with a first outlet having a closure, - an attachment part (6, 22, 31) for the container, with a second outlet, wherein the attachment part (6, 22, 31) can be fastened releasably to the container, and wherein, with the closure opened and the attachment part (6, 22, 31) fastened to the container, the liquid is able to flow from the first outlet to the second outlet, characterized in that the attachment part (6, 22, 31) comprises a manual, tweezer-like gripping mechanism for gripping and holding the swab, with a first gripping arm (12, 23, 32) and a second gripping arm (13, 26, 33), wherein - both the first and the second gripping arm (12, 13, 32, 33) have a head portion (14, 15, 34, 35), a hinge portion (18, 19, 38, 39) and a handle portion (20, 21, 40, 41), or - the first gripping arm comprises a head portion and is fixedly connected to the attachment part, wherein the first gripping arm ends at the junction to the attachment part, and the second gripping arm has a head portion, a hinge portion and a handle portion. - a flexible container with the liquid and with a first outlet having a closure, - an attachment part (6, 22, 31) for the container, with a second outlet, wherein the attachment part (6, 22, 31) can be fastened releasably to the container, and wherein, with the closure opened and the attachment part (6, 22, 31) fastened to the container, the liquid is able to flow from the first outlet to the second outlet, characterized in that the attachment part (6, 22, 31) comprises a manual, tweezer-like gripping mechanism for gripping and holding the swab, with a first gripping arm (12, 23, 32) and a second gripping arm (13, 26, 33), wherein - both the first and the second gripping arm (12, 13, 32, 33) have a head portion (14, 15, 34, 35), a hinge portion (18, 19, 38, 39) and a handle portion (20, 21, 40, 41), or - the first gripping arm comprises a head portion and is fixedly connected to the attachment part, wherein the first gripping arm ends at the junction to the attachment part, and the second gripping arm has a head portion, a hinge portion and a handle portion.
A reactor for high-temperature electrolysis of water, including a stack of elementary electrolysis cells (C1, C2,...Cn), each formed of a cathode (2.1, 2.2), an anode (4.1, 4.2) and an electrolyte (6.1, 6.2) sandwiched between the cathode and the anode, where at least one interconnecting plate is fitted between two adjacent elementary cells, in electrical contact with an electrode of one of the two elementary cells and an electrode of the other of the two elementary cells, where the interconnecting plate delimits at least one cathodic compartment and at least one anodic compartment for gas to flow respectively in the cathode and in the anode, in which one of the ends of the cathodic compartments, called the cathode inlet end, is connected to a feed able to deliver steam, and one of the ends of the anodic compartments, called the anode inlet end, is also connected to a feed able to deliver steam, in which the other of the ends of the cathodic compartments, called the cathode outlet end, emerges in the portion of the hydrogen collection duct which is made through the stack of cells and of the interconnecting plates, and the other of the ends of the anodic compartments, called the anode outlet end, emerges in the oxygen collection duct portion which is made through the stack of cells and of the interconnecting plates, and in which each cathode inlet end (11.1) is positioned close to the oxygen collection and/or hydrogen collection duct portion, and each anode inlet end (9.1) is positioned close to the hydrogen collection and/or oxygen collection duct portion, such that steam creates a buffer volume around the periphery of one and/or other of the oxygen and hydrogen collection duct portions before or at the beginning of the reduction reaction that steam undergoes.
A rapid tearing device of a strip in a rewinder for the winding of paper around a core to produce a log, wherein said rewinder comprises a formation area of the log upstream of which there is a conveyor with pushers for moving cores forward into a channel defined by a series of cradles integral with the structure of the rewinder, and by an upper winding roller which is situated above the channel, wherein the upper winding roller collaborates with a lower winding roller positioned almost at the final end of the cradles, whereas a third oscillating roller is situated above the lower winding roller and acts as a press with the variation in the dimension of the log being formed between the three mentioned rollers (18, 19 and 20), said rapid tearing device having the dimension of the width of the rollers (18, 19, 20), which can be moved by actuators (31, 35; 30, 22, 25) between a rest position and an engagement position on a core when the core is unloaded from said conveyor by means of an introducer and introduced into the channel thus blocking, between core and said rapid tearing device, the paper which is being unwound in order to tear it in the transversal perforation point after said contact (in 37), characterized in that said rapid tearing device is consisting of a blade, in which said blade is positioned on an end of arms hinged centrally (in 25) and made to oscillate by means of a cam wheel - feeler coupling which moves in synchronism with said discharge introducer of a core from said conveyor towards said channel.
A headset comprising: (i) a front portion comprising a first end, a second end, a sensing bar, and a locator bar, wherein the sensing bar and the locator bar are joined at the first end and the second end of the front portion and comprising a space below the sensing bar and above the locator bar between the first end and the second end, wherein (a) the maximum outer distance between the top of the locator bar and the bottom the sensing bar is 40±2 mm, 42±2 mm or 44±2 mm, (b) the sensing bar is shaped and configured to contact the forehead of a user wearing the headset and comprises a first electrical sensor for measuring electroencephalography signals positioned to contact the forehead of the user at about position AF3, the first electrical sensor for measuring EEG signals comprising one or more electrodes, and a second electrical sensor for measuring EEG signals positioned to contact the forehead of the user at about position AF4, the second electrical sensor for measuring EEG signals comprising one or more electrodes, and (c) the locator bar is shaped and configured to rest upon the brow of the user to stabilize the headset and has a slight crease in the center of the locator bar to enable proper positioning of the headset on the forehead; and (ii) a first side portion and a second side portion, the first side portion joined to the first end of the front portion and the second side portion joined to the second end of the front portion, wherein the first side portion, the second side portion, and the front portion, together, are shaped and configured to grip the head of the user. (i) a front portion comprising a first end, a second end, a sensing bar, and a locator bar, wherein the sensing bar and the locator bar are joined at the first end and the second end of the front portion and comprising a space below the sensing bar and above the locator bar between the first end and the second end, wherein (a) the maximum outer distance between the top of the locator bar and the bottom the sensing bar is 40±2 mm, 42±2 mm or 44±2 mm, (b) the sensing bar is shaped and configured to contact the forehead of a user wearing the headset and comprises a first electrical sensor for measuring electroencephalography signals positioned to contact the forehead of the user at about position AF3, the first electrical sensor for measuring EEG signals comprising one or more electrodes, and a second electrical sensor for measuring EEG signals positioned to contact the forehead of the user at about position AF4, the second electrical sensor for measuring EEG signals comprising one or more electrodes, and (c) the locator bar is shaped and configured to rest upon the brow of the user to stabilize the headset and has a slight crease in the center of the locator bar to enable proper positioning of the headset on the forehead; and (ii) a first side portion and a second side portion, the first side portion joined to the first end of the front portion and the second side portion joined to the second end of the front portion, wherein the first side portion, the second side portion, and the front portion, together, are shaped and configured to grip the head of the user.
A method for performing location services, comprising: acquiring one or more network-based signal measurements at a location server from a radio access network serving a user equipment, UE, wherein the one or more network-based signal measurements are measurements made by a network element of a signal sent by the UE and comprise at least a round trip time, RTT; and transmitting a first message to the UE from the location server comprising the one or more network-based signal measurements, wherein a location of the UE is estimated by the UE based at least on a combination of the one or more network-based signal measurements and one or more UE-based signal measurements, wherein the one or more UE-based signal measurements comprise at least an internal processing delay for the UE between reception of a downlink signal and transmission of an uplink signal. acquiring one or more network-based signal measurements at a location server from a radio access network serving a user equipment, UE, wherein the one or more network-based signal measurements are measurements made by a network element of a signal sent by the UE and comprise at least a round trip time, RTT; and transmitting a first message to the UE from the location server comprising the one or more network-based signal measurements, wherein a location of the UE is estimated by the UE based at least on a combination of the one or more network-based signal measurements and one or more UE-based signal measurements, wherein the one or more UE-based signal measurements comprise at least an internal processing delay for the UE between reception of a downlink signal and transmission of an uplink signal.