mhurhangee/ep-ind-claims huggingface dataset:
A battery maintenance system, the battery maintenance system comprising a contactless power-transfer system configured to operate together with a smart-battery system having a magnetic-resonance circuit, the contactless power-transfer system comprising: a wireless-communication interface; a controller connected to the wireless-communication interface and configured to determine that the smart-battery system is in a discharge-needed state, and responsively transmit, via the wireless-communication interface, a battery-discharge command instructing the smart-battery system to generate an oscillating magnetic field; a magnetic-resonance circuit configured to couple with the generated oscillating magnetic field and responsively output a corresponding power signal; a power-conditioning circuit connected to the magnetic-resonance circuit and configured to receive the power signal from the magnetic-resonance circuit, rectify the received power signal, and output the rectified power signal; and a load element connected to the power-conditioning circuit and configured to receive the rectified power signal from the power-conditioning circuit; wherein either: (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command. a wireless-communication interface; a controller connected to the wireless-communication interface and configured to determine that the smart-battery system is in a discharge-needed state, and responsively transmit, via the wireless-communication interface, a battery-discharge command instructing the smart-battery system to generate an oscillating magnetic field; a magnetic-resonance circuit configured to couple with the generated oscillating magnetic field and responsively output a corresponding power signal; a power-conditioning circuit connected to the magnetic-resonance circuit and configured to receive the power signal from the magnetic-resonance circuit, rectify the received power signal, and output the rectified power signal; and a load element connected to the power-conditioning circuit and configured to receive the rectified power signal from the power-conditioning circuit; wherein either: (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command. (i) the discharge-needed state comprises a reconditioning-needed state, and the battery-discharge command comprises a reconditioning command; or (ii) the discharge-needed state comprises a recalibration-needed state, and the battery-discharge command comprises a recalibration command.
A non-thermal system for removing surface moisture from granulated coal or other materials in particulate form, the system comprising a dryer, wherein the dryer has: an in-feed for material particles; an in-feed for entrainment gas(es), to provide dilute phase gas entrainment of the particles; and turbulence-inducing means configured to subject the flow of gas-entrained particles to turbulence, wherein the turbulence-inducing means comprises a supply of dry gas(es) in use and that delivers the dry gas(es) so as to impinge on or intersect with the gas-entrained particle flow whereby inducing turbulence to strip water from the surface of the entrained particles substantially without applying heat energy to the entrained particles, wherein the dryer comprises a stator body having the form of a tubular main duct through which the gas-entrained particles flow in use, characterised in that the turbulence-inducing means comprises at least one port in the stator body that is configured to deliver high velocity compressed or pressurised dry turbulence-inducing gas(es) substantially directly radially inwardly and substantially orthogonally into the main duct to intersect with the gas-entrained particle flow.
A method for manufacturing a fiber-reinforced resin molding material in which a cut fiber tow is impregnated with a resin, the method including: a separation step of intermittently separating a fiber tow along a longitudinal direction thereof and forming at least two separation-processed lines (d) extending in the longitudinal direction and arranged side by side in a width direction of the fiber tow; and a cutting step of cutting the fiber tow after the separation step at an interval in the longitudinal direction, characterized in that the separation step and the cutting step are carried out so as to satisfy all of to below: 1 ≤ c/L ≤ 50 c < a b/L < 1, wherein in the to, "c" is an overlapping length of separated parts when one of the separation-processed lines (d) is projected to another separation-processed line (d) adjacent thereto in the width direction; "L" is the intervals in the cutting step; "a" is a length of the separated part in the separation-processed line (d); and "b" is a length of an unseparated part in the separation-processed line (d). a separation step of intermittently separating a fiber tow along a longitudinal direction thereof and forming at least two separation-processed lines (d) extending in the longitudinal direction and arranged side by side in a width direction of the fiber tow; and a cutting step of cutting the fiber tow after the separation step at an interval in the longitudinal direction, characterized in that the separation step and the cutting step are carried out so as to satisfy all of to below: 1 ≤ c/L ≤ 50 c < a b/L < 1, wherein in the to, "c" is an overlapping length of separated parts when one of the separation-processed lines (d) is projected to another separation-processed line (d) adjacent thereto in the width direction; "L" is the intervals in the cutting step; "a" is a length of the separated part in the separation-processed line (d); and "b" is a length of an unseparated part in the separation-processed line (d).
A recombinant measles virus comprising: a nucleic acid encoding a measles virus H polypeptide comprising SEQ ID NO:9 having the following amino acid substitutions: S189P, E235G, N238D, L249P, G302R, Y310C, Q311R, R377Q, M378K, D416N, E471K, N481Y, K488E, G491E, H495R, D505T, R533G, S546G, R547G, and F552V; and a nucleic acid encoding a canine distemper virus F polypeptide, wherein said encoded measles virus H polypeptide and said canine distemper virus F polypeptide are incorporated into the envelope of said recombinant virus, wherein said virus lacks both a measles virus F polypeptide and a nucleic acid encoding said measles virus F polypeptide, and wherein said virus lacks both a wild-type measles virus H polypeptide and a nucleic acid encoding said wild-type measles virus H polypeptide. a nucleic acid encoding a measles virus H polypeptide comprising SEQ ID NO:9 having the following amino acid substitutions: S189P, E235G, N238D, L249P, G302R, Y310C, Q311R, R377Q, M378K, D416N, E471K, N481Y, K488E, G491E, H495R, D505T, R533G, S546G, R547G, and F552V; and a nucleic acid encoding a canine distemper virus F polypeptide, wherein said encoded measles virus H polypeptide and said canine distemper virus F polypeptide are incorporated into the envelope of said recombinant virus, wherein said virus lacks both a measles virus F polypeptide and a nucleic acid encoding said measles virus F polypeptide, and wherein said virus lacks both a wild-type measles virus H polypeptide and a nucleic acid encoding said wild-type measles virus H polypeptide.
A bias gain system for aircraft rudder, comprising: a pair of connector ends, each said connector end adapted to receive an actuation force from a respective bias actuator; a rudder bar interface positioned between the connector ends and adapted to be connected to a rudder bar for rotation therewith about an axis of the rudder bar as a function of the actuation forces from the bias actuators; a mechanism comprising links and joints between the connector ends and the rudder bar for transmission of the actuation forces to the rudder bar, the mechanism being actuatable between a contracted configuration in which first moment arms are defined between the connector ends and the rudder bar interface, and an expanded gain configuration in which second moment arms are defined between the connector ends and the rudder bar interface, the second moment arms having a greater dimension than the first moment arms; and at least one actuator connected to the mechanism to actuate the mechanism independently from the actuation forces from the bias actuators so as to move the mechanism between the contracted configuration and the expanded gain configuration. a pair of connector ends, each said connector end adapted to receive an actuation force from a respective bias actuator; a rudder bar interface positioned between the connector ends and adapted to be connected to a rudder bar for rotation therewith about an axis of the rudder bar as a function of the actuation forces from the bias actuators; a mechanism comprising links and joints between the connector ends and the rudder bar for transmission of the actuation forces to the rudder bar, the mechanism being actuatable between a contracted configuration in which first moment arms are defined between the connector ends and the rudder bar interface, and an expanded gain configuration in which second moment arms are defined between the connector ends and the rudder bar interface, the second moment arms having a greater dimension than the first moment arms; and at least one actuator connected to the mechanism to actuate the mechanism independently from the actuation forces from the bias actuators so as to move the mechanism between the contracted configuration and the expanded gain configuration.
A mold arrangement having a first mold portion and a second mold portion, wherein second mold portion is moveable with respect to said first mold portion; at least one hot runner nozzle fixed in position with respect to said second mold portion; and, a melt distribution manifold for distributing melt to said at least hot runner nozzle, wherein said melt distribution manifold comprises: i. a melt inlet means for receiving melt from an injection molding machine; ii. a first manifold portion connected to said first mold portion, wherein said first manifold portion is stationary with respect to said first mold portion, iii. a second manifold portion connecting said first manifold portion to said hot runner nozzle, wherein said second manifold portion is moveable with respect to said first manifold portion such that when the first mold portion moves with respect to the second mold portion, said second manifold portion remains connected to said first manifold portion and to said hot runner nozzle; iv. a hinged joint connecting said first manifold portion to said second manifold portion; and, v. each of said first manifold portion, said second manifold portion, and said hinged joint having respective melt distribution bores in fluid communication with each other. i. a melt inlet means for receiving melt from an injection molding machine; ii. a first manifold portion connected to said first mold portion, wherein said first manifold portion is stationary with respect to said first mold portion, iii. a second manifold portion connecting said first manifold portion to said hot runner nozzle, wherein said second manifold portion is moveable with respect to said first manifold portion such that when the first mold portion moves with respect to the second mold portion, said second manifold portion remains connected to said first manifold portion and to said hot runner nozzle; iv. a hinged joint connecting said first manifold portion to said second manifold portion; and, v. each of said first manifold portion, said second manifold portion, and said hinged joint having respective melt distribution bores in fluid communication with each other.
Illumination device for vehicles having a plurality of laser diodes for generating primary light and at least one light wavelength conversion element for the wavelength conversion of the primary light emitted by the semiconductor light sources, wherein each laser diode is assigned at least one light-refracting optical unit that is designed to direct primary light emitted by the respective laser diode onto the at least one light wavelength conversion element, wherein the at least one light-refracting optical unit is arranged movably with respect to the laser diode to with which it is assigned, wherein a movement apparatus, which comprises at least one piezoelectric element (51, 52, 53), for moving the at least one light-refracting optical unit, and a control unit for the movement apparatus are provided, wherein zones (A, B, C) of a surface of the at least one light wavelength conversion element that includes a phosphor can be illuminated with primary light from a different number of laser diodes, characterized in that the laser diodes and the at least one light-refracting optical unit are arranged on a common carrier, and in that the at least one light-refracting optical unit is carried by three columns, which each comprise the at least one piezoelectric element (51, 52, 53) and are arranged on the surface of the carrier, wherein the sections of the three columns that are connected to the carrier form corner points of a triangle on the surface of the carrier, at the centre of which triangle the laser diode assigned to the light-refracting optical unit is arranged.
Thermoelectric device for generating electrical energy, having - a connection element which can be connected to a valve which serves to adjust the flow of a medium and consists of a valve lower part and a valve upper part; and - at least one thermogenerator (6a, 6b), which is arranged on the connection element, for converting thermal energy of the medium into electrical energy, characterized in that the connection element has first connecting means by means of which it can be connected to a first valve element in the form of the valve lower part of the valve, and also has second connecting means by means of which it can be connected to a second valve element in the form of the valve upper part of the valve, or the connection element has first connecting means by means of which it can be connected to a first valve element in the form of a first constituent part of the valve upper part, and also has second connecting means by means of which it can be connected to a second valve element in the form of a second constituent part of the valve upper part. - a connection element which can be connected to a valve which serves to adjust the flow of a medium and consists of a valve lower part and a valve upper part; and - at least one thermogenerator (6a, 6b), which is arranged on the connection element, for converting thermal energy of the medium into electrical energy,
Explantation device for explantation of implanted electrode leads, with a distal end pointing in the direction of the explantation site and a proximal end pointing in the direction of the operating surgeon, the explantation device comprising: - a locking sheath for detachable fastening to an implanted electrode lead, comprising a hose-shaped or tubular body with a proximal and a distal end (16A, 16B) and a lumen along a longitudinal axis, the lumen having an opening at both its distal end and at its proximal end, the locking sheath further comprising, at or near the distal end, at least one gripping device that can be changed from a free state into a tensioned state and back into the free state; and - a cutting sheath for removal of scar tissue, comprising a hose-shaped or tubular body with a proximal and a distal end (23A, 23B) with a lumen along a longitudinal axis, the lumen having an opening at both its proximal end and at its distal end, the cutting sheath further comprising, at or near the distal end, a separation device, the cutting sheath being freely movable with respect to the locking sheath along the longitudinal axis; wherein the cutting sheath comprises at least one receptacle for the gripping device of the locking sheath, this receptacle being shaped so that when the gripping device is in its free state the gripping device is held in the receptacle. - a locking sheath for detachable fastening to an implanted electrode lead, comprising a hose-shaped or tubular body with a proximal and a distal end (16A, 16B) and a lumen along a longitudinal axis, the lumen having an opening at both its distal end and at its proximal end, the locking sheath further comprising, at or near the distal end, at least one gripping device that can be changed from a free state into a tensioned state and back into the free state; and - a cutting sheath for removal of scar tissue, comprising a hose-shaped or tubular body with a proximal and a distal end (23A, 23B) with a lumen along a longitudinal axis, the lumen having an opening at both its proximal end and at its distal end, the cutting sheath further comprising, at or near the distal end, a separation device, the cutting sheath being freely movable with respect to the locking sheath along the longitudinal axis;
A soft baked bagel product, packaged in a wrapper of food-grade plastic material in an unmodified atmosphere, having a moisture content comprised between 28% and 32%, a water activity comprised between 0.91 and 0.93, a shelf life of at least 45 days at a temperature comprised between 12°C and 25°C, characterized in that it is obtained from a dough which is free of preservatives and which comprises a maltogenic alpha-amylase in an amount of 0.005% to 1.0% by weight of the bagel weight and in that said bagel is sprayed with a hydroalcoholic solution before sealing the packaging, wherein said hydroalcoholic solution is a solution of ethyl alcohol in water with an amount of ethyl alcohol of between 90% and 95% by weight of the total weight of the solution, and it is sprayed onto the surface of the bagel in an amount comprised between 0.5 and 2.0% by weight of the bagel weight.
A torque limiter comprising: a ramp roller, said ramp roller comprising: an input ramp roller element arranged to be driven by an input torque and having a first ramp surface; an output ramp roller element arranged to drive an output torque shaft and having a second ramp surface; ramp roller balls disposed between the first ramp surface and the second ramp surface; characterised in that said output ramp roller element is axially and resiliently compressible and wherein an overtorque condition causes axial compression of said output ramp roller element. a ramp roller, said ramp roller comprising: an input ramp roller element arranged to be driven by an input torque and having a first ramp surface; an output ramp roller element arranged to drive an output torque shaft and having a second ramp surface; ramp roller balls disposed between the first ramp surface and the second ramp surface; characterised in that said output ramp roller element is axially and resiliently compressible and wherein an overtorque condition causes axial compression of said output ramp roller element. an input ramp roller element arranged to be driven by an input torque and having a first ramp surface; an output ramp roller element arranged to drive an output torque shaft and having a second ramp surface; ramp roller balls disposed between the first ramp surface and the second ramp surface; characterised in that said output ramp roller element is axially and resiliently compressible and wherein an overtorque condition causes axial compression of said output ramp roller element.
Arrangement for replacing a multiphase transformer with multiple single-phase transformers, each of which has - a housing which is filled with an insulating liquid and in which a core with a higher-voltage winding and a lower-voltage winding is arranged, - at least one high-voltage leadthrough (6,7,8), and - a cooling module which is releasably connectable to the housing and which is filled with insulating liquid and which serves for cooling the insulating liquid, wherein both the housing and the cooling module have in each case at least one cooling-liquid inlet and at least one cooling-liquid outlet, which are connectable to one another for exchange of insulating liquid, characterized by at least one leadthrough plug-in bushing which is connected to the higher-voltage winding or lower-voltage winding via a winding connection line which extends within the housing, wherein the high-voltage leadthrough (6,7,8) is pluggable into the leadthrough plug-in bushing, and an intermediate piece for fluid-tight connection of cooling-liquid outlet and cooling-liquid inlet, wherein each cooling-liquid outlet and each cooling-liquid inlet is equipped with a fluid-tight closing valve, and wherein the intermediate piece delimits a connecting channel and has a deaeration opening for deaeration of the connecting channel. - a housing which is filled with an insulating liquid and in which a core with a higher-voltage winding and a lower-voltage winding is arranged, - at least one high-voltage leadthrough (6,7,8), and - a cooling module which is releasably connectable to the housing and which is filled with insulating liquid and which serves for cooling the insulating liquid, wherein both the housing and the cooling module have in each case at least one cooling-liquid inlet and at least one cooling-liquid outlet, which are connectable to one another for exchange of insulating liquid, characterized by at least one leadthrough plug-in bushing which is connected to the higher-voltage winding or lower-voltage winding via a winding connection line which extends within the housing, wherein the high-voltage leadthrough (6,7,8) is pluggable into the leadthrough plug-in bushing, and an intermediate piece for fluid-tight connection of cooling-liquid outlet and cooling-liquid inlet, wherein each cooling-liquid outlet and each cooling-liquid inlet is equipped with a fluid-tight closing valve, and wherein the intermediate piece delimits a connecting channel and has a deaeration opening for deaeration of the connecting channel.
A method for communicating a module to a first datapath node, in a software-defined network comprising: receiving, by a controller node, connection information identifying a first datapath node in communication with a network; the method being characterized by: obtaining, by the controller node, operations, administration, and management, OAM, information including an OAM action set that identifies one or more OAM actions the first datapath node is capable of implementing at the first datapath node; determining a first OAM tool module that is operative to perform at least one of the one or more OAM actions identified in the OAM action set to implement a first OAM tool function; and communicating the first OAM tool module to the first datapath node. receiving, by a controller node, connection information identifying a first datapath node in communication with a network; the method being characterized by: obtaining, by the controller node, operations, administration, and management, OAM, information including an OAM action set that identifies one or more OAM actions the first datapath node is capable of implementing at the first datapath node; determining a first OAM tool module that is operative to perform at least one of the one or more OAM actions identified in the OAM action set to implement a first OAM tool function; and communicating the first OAM tool module to the first datapath node.