mhurhangee/ep-ind-claims huggingface dataset:
A positive electroactive material, comprising: a lithium iron manganese phosphate compound having a composition of Li a Fe 1-x-y Mn x D y (PO 4) z, wherein 1.0 < a ≤ 1.10, 0 ≤ y ≤ 0.10, 1.0 < z ≤ 1.10; and a lithium metal oxide, characterised in that 0 < x < 0.500, D is selected from the group consisting of Co, Ni, V, Nb and combinations thereof, the lithium metal oxide is selected from the group consisting of lithium nickel cobalt aluminium oxide, lithium nickel cobalt magnesium oxide, lithium nickel cobalt manganese oxide, lithium nickel cobalt rare earth oxide, spinel lithium manganese oxide, layered oxide cathode, lithium cobalt oxide, layered Mn oxide, and combinations thereof, and a weight ratio of the lithium iron manganese phosphate compound to the lithium metal oxide is between 50:50 and 70:30. a lithium iron manganese phosphate compound having a composition of Li a Fe 1-x-y Mn x D y (PO 4) z, wherein 1.0 < a ≤ 1.10, 0 ≤ y ≤ 0.10, 1.0 < z ≤ 1.10; and a lithium metal oxide, characterised in that 0 < x < 0.500, D is selected from the group consisting of Co, Ni, V, Nb and combinations thereof, the lithium metal oxide is selected from the group consisting of lithium nickel cobalt aluminium oxide, lithium nickel cobalt magnesium oxide, lithium nickel cobalt manganese oxide, lithium nickel cobalt rare earth oxide, spinel lithium manganese oxide, layered oxide cathode, lithium cobalt oxide, layered Mn oxide, and combinations thereof, and a weight ratio of the lithium iron manganese phosphate compound to the lithium metal oxide is between 50:50 and 70:30.
A turbo-alternator group (T1, T2, T3, 3) with a shaft having an axis of rotation A and a barring gear assembly adapted to drive in rotation the shaft of the turbo-alternator group (T1, T2, T3, 3), the barring gear assembly comprising: - a main wheel fixed on said shaft, - a barring gear module having a support piece on which is mounted a clutch system for coupling and uncoupling a secondary shaft to and from the main wheel, the secondary shaft being driven by an auxiliary motor, said barring gear module being positioned beside the axis of rotation A - a clutch system comprising a pinion mounted displaceable along the secondary shaft, the displacement of the pinion enabling coupling and uncoupling of said motor to and from the main wheel via the secondary shaft, and characterized by: - a gear reducer driving the secondary shaft, the gear reducer being mounted on said support piece, wherein the gear reducer is a wheel gear reducer and endless screw whereof the wheel is mounted side by side with the clutch system. - a main wheel fixed on said shaft, - a barring gear module having a support piece on which is mounted a clutch system for coupling and uncoupling a secondary shaft to and from the main wheel, the secondary shaft being driven by an auxiliary motor, said barring gear module being positioned beside the axis of rotation A - a clutch system comprising a pinion mounted displaceable along the secondary shaft, the displacement of the pinion enabling coupling and uncoupling of said motor to and from the main wheel via the secondary shaft, and characterized by: - a gear reducer driving the secondary shaft, the gear reducer being mounted on said support piece, wherein the gear reducer is a wheel gear reducer and endless screw whereof the wheel is mounted side by side with the clutch system. - a gear reducer driving the secondary shaft, the gear reducer being mounted on said support piece, wherein the gear reducer is a wheel gear reducer and endless screw whereof the wheel is mounted side by side with the clutch system.
A water treatment apparatus for electrochemically treating water having an electrochemical reactor for electrochemically treating water, comprising a shell structure and a support structure for supporting the shell structure on a base, wherein the shell structure defines an inner space, said shell structure further comprising: - an inlet portion comprising an inlet for conducting a water flow to the inner space; - an outlet portion comprising an outlet for conducting the water flow out of the electrochemical reactor; - a reactor chamber in flow connection between the inlet portion and the outlet portion, the reactor chamber being arranged for receiving a plate portion of at least one electrode plate so as to direct the water flow past the at least one electrode plate, and - a head room portion comprising, on an outside of the shell structure, two ledges formed by an outer surface of the shell structure, characterized in that the head room portion comprises, within the inner space of the shell structure, two shelves for receiving and supporting two lug portions of the at least one electrode plate for suspending the at least one electrode plate within the electrochemical reactor, wherein the ledges and shelves, respectively, are located on opposite sides of the head room portion, and, when in use, the shelves are located directly above the ledges, respectively, wherein the support structure comprises two support elements for supporting the shell structure by the two ledges, respectively, and wherein the apparatus further comprises at least one electrode plate having a plate portion and two lug portions, wherein the ug portions are positioned on, and supported by, the shelves, such that the plate portion is suspended within the reactor chamber. - an inlet portion comprising an inlet for conducting a water flow to the inner space; - an outlet portion comprising an outlet for conducting the water flow out of the electrochemical reactor; - a reactor chamber in flow connection between the inlet portion and the outlet portion, the reactor chamber being arranged for receiving a plate portion of at least one electrode plate so as to direct the water flow past the at least one electrode plate, and - a head room portion comprising, on an outside of the shell structure, two ledges formed by an outer surface of the shell structure,
An apparatus for monopulse beamforming in a phased array, comprising: means for receiving return signals from a target at a first sub-array of antenna elements in the phased array; means for passively combining, in a 2 n:3 ratio where n is the size of the beamforming network of the first sub-array, said received return signals to form monopulse signals corresponding to: a sum signal, a delta azimuth signal, and a delta elevation signal of the first sub-array; means for receiving said monopulse signals and conditioning each of said monopulse signals independently of one another to form corresponding weighted monopulse signals for the first sub-array; and means for tracking said target using said weighted monopulse signals, wherein said means for receiving return signals from a target at a first sub-array, said means for passively combining, and said means for receiving and condititioning said monopulse signals are constructed as a monolithic assembly, wherein a plurality of identical monolithic assemblies form the phased array. means for receiving return signals from a target at a first sub-array of antenna elements in the phased array; means for passively combining, in a 2 n:3 ratio where n is the size of the beamforming network of the first sub-array, said received return signals to form monopulse signals corresponding to: a sum signal, a delta azimuth signal, and a delta elevation signal of the first sub-array; means for receiving said monopulse signals and conditioning each of said monopulse signals independently of one another to form corresponding weighted monopulse signals for the first sub-array; and means for tracking said target using said weighted monopulse signals,
A lubricant injection element including a housing element, an inlet opening for a lubricant which is arranged in the housing element and a storage element which is in fluid-conductive communication with the inlet opening and is arranged in the interior of the housing element, wherein the storage element has a chamber which is configured for receiving lubricant and has an outlet opening which can be closed by means of a shut-off element, with the shut-off element being movable by means of an actuation element such that the outlet opening can be released for dispensing lubricant.
A wireless communication method, comprising: receiving, by a wireless communication device, a first discontinuous reception, DRX, configuration corresponding to a first DRX group including a first subset of cells in a cell group, wherein the first DRX configuration includes a first drx-Inactivity timer and a drx-ShortCycle timer, wherein the drx-ShortCycle timer included in the first DRX configuration is configured for both the first DRX group and a second DRX group; receiving, by the wireless communication device, a second DRX configuration different from the first DRX configuration, the second DRX configuration corresponding to the second DRX group including a second subset of cells in the cell group, wherein the second DRX configuration includes a second drx-Inactivity timer; and starting or restarting, by the wireless communication device, the drx-ShortCycle timer for both the first DRX group and the second DRX group in response to receiving a DRX command MAC control element, CE, corresponding to any of the first subset of cells in the first DRX group and the second subset of cells in the second DRX group. receiving, by a wireless communication device, a first discontinuous reception, DRX, configuration corresponding to a first DRX group including a first subset of cells in a cell group, wherein the first DRX configuration includes a first drx-Inactivity timer and a drx-ShortCycle timer, wherein the drx-ShortCycle timer included in the first DRX configuration is configured for both the first DRX group and a second DRX group; receiving, by the wireless communication device, a second DRX configuration different from the first DRX configuration, the second DRX configuration corresponding to the second DRX group including a second subset of cells in the cell group, wherein the second DRX configuration includes a second drx-Inactivity timer; and starting or restarting, by the wireless communication device, the drx-ShortCycle timer for both the first DRX group and the second DRX group in response to receiving a DRX command MAC control element, CE, corresponding to any of the first subset of cells in the first DRX group and the second subset of cells in the second DRX group.
Centrifugal rotor comprising: - a hub presenting a longitudinal axis, - a fluid inlet, - a first flange, called upstream flange having an opening around the hub, - a second flange, called downstream flange separated from the first flange by blades thus forming channels each delimited by the first flange, the second flange and two blades and extending from the fluid inlet to a peripheral outlet proximate to which the first flange has a concave zone oriented towards the channels while the second flange presents a convex zone oriented towards the channels Characterized in that the surface tangent to the concave zone of the first flange on output from the channel forms an angle between 1° and 45° with a radial surface perpendicular to the longitudinal axis. - a hub presenting a longitudinal axis, - a fluid inlet, - a first flange, called upstream flange having an opening around the hub, - a second flange, called downstream flange separated from the first flange by blades thus forming channels each delimited by the first flange, the second flange and two blades and extending from the fluid inlet to a peripheral outlet proximate to which the first flange has a concave zone oriented towards the channels while the second flange presents a convex zone oriented towards the channels Characterized in that the surface tangent to the concave zone of the first flange on output from the channel forms an angle between 1° and 45° with a radial surface perpendicular to the longitudinal axis.
A lighting device comprising: an envelope, a light generating unit comprising at least one solid state light source, a stem arranged to support the light generating unit inside the envelope, a mechanical fastening part arranged to fasten the light generating unit at the stem, and a locking mechanism (115, 215, 315, 415) arranged to lock the mechanical fastening part to the stem, characterized in that, the mechanical fastening part comprises a hook element arranged to mate with an indent of the stem and at least one finger element (112, 113) arranged to abut against the stem, and wherein the locking mechanism (115, 215, 315, 415) is adapted to prevent deflection of at least one of the hook element and the at least one finger element (112, 113) of the mechanical fastening part. an envelope, a light generating unit comprising at least one solid state light source, a stem arranged to support the light generating unit inside the envelope, a mechanical fastening part arranged to fasten the light generating unit at the stem, and a locking mechanism (115, 215, 315, 415) arranged to lock the mechanical fastening part to the stem, characterized in that, the mechanical fastening part comprises a hook element arranged to mate with an indent of the stem and at least one finger element (112, 113) arranged to abut against the stem, and wherein the locking mechanism (115, 215, 315, 415) is adapted to prevent deflection of at least one of the hook element and the at least one finger element (112, 113) of the mechanical fastening part.
An electronic device comprising an anodic layer, a conductive layer composed of a conductive adhesive composition comprising a water-soluble polyvinyl polymer, an organic additive, and a conductive organic polymer compound, wherein the water-soluble polyvinyl polymer is a polyacrylic acid, the organic additive is at least one member selected from water-soluble polyhydric alcohols and water-soluble pyrrolidones, and the conductive organic polymer compound is at least one member selected from polyanilines, polypyrroles, polythiophenes, and derivatives thereof, a photoelectric conversion layer and a cathodic layer, the layers arranged in this order. composition comprising a water-soluble polyvinyl polymer, an organic additive, and a conductive organic polymer compound, wherein the water-soluble polyvinyl polymer is a polyacrylic acid, the organic additive is at least one member selected from water-soluble polyhydric alcohols and water-soluble pyrrolidones, and the conductive organic polymer compound is at least one member selected from polyanilines, polypyrroles, polythiophenes, and derivatives thereof,
Cooling assembly for cooling at least one light source of a light fixture comprising: • at least one cooling fan configured to produce a cooling air flow; • at least one flow-guiding element configured to guide the cooling air flow of the cooling fan; the flow-guiding element comprising a channel which receives the cooling air from the cooling fan and a main fin, which is arranged inside the channel and shaped so as to generate a primary air flow, directed so as to cool a first zone (18, 19) of the light source, and at least a secondary air flow, directed so as to cool a second zone of the light source, at least in part distinct from the first zone (18, 19); • the first zone (18, 19) of the light source comprising at least one rear tubular portion and a bulb of a short arc lamp. • the second zone of the light source comprising at least one front tubular portion of a short arc lamp; the cooling assembly being characterized by the fact that the main fin is provided with a first portion and a second portion arranged in succession along the cooling air flow direction and the second portion is provided with at least one through hole. • at least one cooling fan configured to produce a cooling air flow; • at least one flow-guiding element configured to guide the cooling air flow of the cooling fan; the flow-guiding element comprising a channel which receives the cooling air from the cooling fan and a main fin, which is arranged inside the channel and shaped so as to generate a primary air flow, directed so as to cool a first zone (18, 19) of the light source, and at least a secondary air flow, directed so as to cool a second zone of the light source, at least in part distinct from the first zone (18, 19); • the first zone (18, 19) of the light source comprising at least one rear tubular portion and a bulb of a short arc lamp. • the second zone of the light source comprising at least one front tubular portion of a short arc lamp;
Method of manufacturing a stator or a rotor of an electrical machine, the stator or the rotor including a plurality of segments circumferentially joined together in such a way that a circumferential gap (111, 112) is interposed between two circumferentially adjacent segments, each segment including a segment body circumferentially extending about a longitudinal axis of the segment between a first circumferential end and a second circumferential end, the segment body including: a plurality of teeth (15, 16) protruding from a yoke of the segment body, the plurality of teeth (15, 16) being circumferentially distributed between two end teeth of the plurality of teeth (15, 16), the plurality of teeth (15, 16) comprising at least one intermediate tooth circumferentially comprised between the end teeth, a plurality of slots (17, 18), circumferentially interposed between the teeth (15, 16) of the stator or the rotor, the plurality of slots (17, 18) being circumferentially distributed between two end slots, each end slot being circumferentially comprised between a respective end tooth and a respective circumferential end (23, 24) the plurality of slots (17, 18) comprising at least an intermediate slot circumferentially comprised between the two end slots, the method including the steps of: modelling a plurality of model segments circumferentially joined together in such a way that two circumferentially adjacent model segments contact each other at respective circumferential interfaces (231, 241), the plurality of model segments including a plurality of model teeth (115, 116) interposed between a plurality of slots (17, 18), the model segments being modified to obtain the segments, manufacturing the segment body in such a way that at least the two end slots of the model segments are circumferentially shifted away from the circumferential interfaces (231, 241) of the respective model segment for creating respective gap portions of the circumferential gap (111, 112) and thereby obtaining the plurality of segments, the sum of the circumferential shifts of the at least two end slots being equal to the sum of the circumferential extensions of the gap portions (111, 112), circumferentially joining the plurality of segments together in such a way that two gap portions (111, 112) of two adjacent segments form the respective circumferential gap (111, 112).
A device for occluding an anatomical structure, the device comprising: a plurality of shape memory wires woven together in a plain weave to form a body, the body having first and second ends, both ends of at least one shape memory wire being located at a first end of the body, the shape memory wires crossing each other to form a plurality of angles, at least one of the angles being obtuse; and a jacket covering at least a portion of the body, wherein the value of the at least one obtuse angle is increased by axially compressing the body. a plurality of shape memory wires woven together in a plain weave to form a body, the body having first and second ends, both ends of at least one shape memory wire being located at a first end of the body, the shape memory wires crossing each other to form a plurality of angles, at least one of the angles being obtuse; and a jacket covering at least a portion of the body,
A medical system, comprising: a pacing circuit configured to deliver (2220, 2310) pacing pulses (2120, 2120) to a heart chamber; a sensing circuit configured to sense (2230, 2320) cardiac signals (2112, 2122) associated with the pacing pulses; a template processor configured to create (2250, 2350) a captured response template and a non captured response template; and a cardiac response classification processor configured to a compare a sensed cardiac signal associated with a pacing pulse to the captured response template and the non-captured response template and to classify a cardiac response to the pacing pulse as fusion if the cardiac signal is inconsistent with the captured response template and the non-captured response template; characterized in that the captured response template is based on the average of successive median peak amplitude values of a plurality of captured cardiac signals. a pacing circuit configured to deliver (2220, 2310) pacing pulses (2120, 2120) to a heart chamber; a sensing circuit configured to sense (2230, 2320) cardiac signals (2112, 2122) associated with the pacing pulses; a template processor configured to create (2250, 2350) a captured response template and a non captured response template; and a cardiac response classification processor configured to a compare a sensed cardiac signal associated with a pacing pulse to the captured response template and the non-captured response template and to classify a cardiac response to the pacing pulse as fusion if the cardiac signal is inconsistent with the captured response template and the non-captured response template;
A method for operating an underwater redirection plenum chamber comprising: encompassing an outer surface of a riser pipe generally at an upper end with a collar (101 from the first end of the redirection plenum chamber, such that an inner surface of the collar surrounds the outer surface of a riser pipe having a fluid flow; activating a plurality of barbs within the collar to pierce the riser pipe generally at the upper end fixating the collar relative to the upper end of the riser pipe; and sealingly engaging the outer diameter of the riser pipe by urging an inner surface of a grip into contact with the outer surface of the riser pipe generally at the upper end, the urging of the grip occurring by compression exerted by at least two counter rotating cylinders (201a, 201b) engaged by a threaded coupling. encompassing an outer surface of a riser pipe generally at an upper end with a collar (101 from the first end of the redirection plenum chamber, such that an inner surface of the collar surrounds the outer surface of a riser pipe having a fluid flow; activating a plurality of barbs within the collar to pierce the riser pipe generally at the upper end fixating the collar relative to the upper end of the riser pipe; and sealingly engaging the outer diameter of the riser pipe by urging an inner surface of a grip into contact with the outer surface of the riser pipe generally at the upper end, the urging of the grip occurring by compression exerted by at least two counter rotating cylinders (201a, 201b) engaged by a threaded coupling.