mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication system comprising: a mobile station; a first wireless base station for forming a first cell; and a second wireless base station for forming a second cell, which is included in the first cell, and for being usable by the mobile station when the mobile station is one of at least one registered mobile station; wherein the mobile station is configured to store, in case that the mobile station is one of at least one registered mobile station, a first identifier of the first wireless base station and a second identifier of the second wireless base station; the mobile station is configured to transmit, in case that the mobile station is one of at least one registered mobile station, first information to the second wireless base station when a third identifier of a serving wireless base station is other than the first and second identifiers, and transmit second information to the second wireless base station when the third identifier is the first identifier or the second identifier; and the second wireless base station is configured to reduce or stop transmitting power of the second wireless base station, when the second wireless base station detects all of the at least one registered mobile station being out of the first cell and the second cell based on the first information. a mobile station; a first wireless base station for forming a first cell; and a second wireless base station for forming a second cell, which is included in the first cell, and for being usable by the mobile station when the mobile station is one of at least one registered mobile station; wherein the mobile station is configured to store, in case that the mobile station is one of at least one registered mobile station, a first identifier of the first wireless base station and a second identifier of the second wireless base station; the mobile station is configured to transmit, in case that the mobile station is one of at least one registered mobile station, first information to the second wireless base station when a third identifier of a serving wireless base station is other than the first and second identifiers, and transmit second information to the second wireless base station when the third identifier is the first identifier or the second identifier; and the second wireless base station is configured to reduce or stop transmitting power of the second wireless base station, when the second wireless base station detects all of the at least one registered mobile station being out of the first cell and the second cell based on the first information.
A propeller blade comprising: a spar, wherein the spar includes a foam core and a structural layer that surrounds the foam core and includes a face side and a camber side; an insert disposed in the foam core in operable contact with the face side and the camber side of the structural layer with a length extending substantially in a span wise direction of the propeller blade, wherein the insert includes a face component in contact with the face side, and a camber component in contact with the camber side, the face component and the camber component connected by a cross member; the propeller blade further comprising a leading edge foam and a trailing edge foam formed on respective leading and trailing edges (115, 116) of the spar; an outer layer encasing the leading edge foam, trailing edge foam and the spar; said cross member being substantially perpendicular to the face component and the camber component; and one or more bulkheads disposed in the foam core at an end of the insert, having a length that extends in a chord wise direction of the propeller blade, such that said one or more bulkheads are oriented normal to the length of the insert. a spar, wherein the spar includes a foam core and a structural layer that surrounds the foam core and includes a face side and a camber side; an insert disposed in the foam core in operable contact with the face side and the camber side of the structural layer with a length extending substantially in a span wise direction of the propeller blade, wherein the insert includes a face component in contact with the face side, and a camber component in contact with the camber side, the face component and the camber component connected by a cross member; the propeller blade further comprising a leading edge foam and a trailing edge foam formed on respective leading and trailing edges (115, 116) of the spar; an outer layer encasing the leading edge foam, trailing edge foam and the spar; said cross member being substantially perpendicular to the face component and the camber component; and one or more bulkheads disposed in the foam core at an end of the insert, having a length that extends in a chord wise direction of the propeller blade, such that said one or more bulkheads are oriented normal to the length of the insert.
Method for manufacturing heat exchanger pipes by brazing, comprising a flowed-through pipe with a number of cooling ribs arranged on an outer wall, characterized in that the pipe, consisting of stainless high-grade steel or clad structural steel, is coated locally with a braze, for the purpose of brazing the number of cooling ribs directly to the outer wall and for the purpose of ensuring a corrosion resistance of the outer wall with respect to external influences, the cooling ribs are produced from an aluminium alloy or pure aluminium and, when a pipe of stainless high-grade steel is used, the braze comprises a strip of brazing material coated on both sides with a flux and, when a pipe of clad structural steel is used, the braze comprises a brazing material in powder form, a flux and a binder, and in that the braze is applied between adjacent cooling ribs on the pipe, for the purpose of providing corrosion protection.
Light alloy piston, in particular a piston produced from an aluminium alloy, of a two-stroke motor having at least one piston ring and one anti-rotation device for the at least one piston ring, characterised in that, - the anti-rotation device comprises at least one lamination anchor embedded into the material of the light alloy piston, - the anti-rotation device comprises the lamination anchor and a pin piercing said lamination anchor in the radial direction, - the lamination anchor comprises in the region of the pin a projection directed radially inwards. - the anti-rotation device comprises at least one lamination anchor embedded into the material of the light alloy piston, - the anti-rotation device comprises the lamination anchor and a pin piercing said lamination anchor in the radial direction, - the lamination anchor comprises in the region of the pin a projection directed radially inwards.
A hybrid fiber comprising: a base material permeating an interior of the hybrid fiber and a length of the hybrid fiber; and, a plurality of fibrils distributed throughout the base material, each fibril of the plurality of fibrils having a length that is a fraction of the hybrid fiber length and is aligned with the hybrid fiber length; and the plurality of fibrils being formed into a yarn with the base material being infused into the yarn wherein: a volume percentage of the plurality of fibrils in the hybrid fiber is in a range of 30 percent to 80 percent. a base material permeating an interior of the hybrid fiber and a length of the hybrid fiber; and, a plurality of fibrils distributed throughout the base material, each fibril of the plurality of fibrils having a length that is a fraction of the hybrid fiber length and is aligned with the hybrid fiber length; and the plurality of fibrils being formed into a yarn with the base material being infused into the yarn wherein: a volume percentage of the plurality of fibrils in the hybrid fiber is in a range of 30 percent to 80 percent.
A magnetic air conditioner including a plurality of heat generation disks (410Aa...410Ca, 410Ab...410Cb) of a hollow shape each having a magneto-caloric material (460A...460N) and a thermal switch (470A...470N+1), and a plurality of magnetic field application disks (400Aa...400Da, 400Ab...400Db) of a hollow shape each having a magnetic field application unit (420Aa...420AI, 420Ca...420Cl) that applies a magnetic field to the magneto-caloric material (460A...460N), the heat generation disks (410Aa...410Ca, 410Ab...410Cb) and the magnetic field application disks (400Aa...400Da, 400Ab...400Db) being alternately stacked, in which at least either of the heat generation disks (410Aa...410Ca, 410Ab...410Cb) and the magnetic field application disks (400Aa...400Da, 400Ab...400Db) are made to relatively rotate so as to transport heat in a direction intersecting the rotating direction, characterized by: a driver that causes at least one of the heat generation disks (410Aa...410Ca, 410Ab...410Cb) and the magnetic field application disks (400Aa...400Da, 400Ab...400Db) to rotate; and a transmission device that transmits a driving force from the driver collectively to the plurality of heat generation disks (410Aa...410Ca, 410Ab...410Cb) or to the plurality of magnetic field application disks (400Aa...400Da, 400Ab...400Db), or separately to one of a plurality of groups of the heat generation disks (410Aa...410Ca, 410Ab...410Cb) or the magnetic field application disks (400Aa...400Da, 400Ab...400Db). a driver that causes at least one of the heat generation disks (410Aa...410Ca, 410Ab...410Cb) and the magnetic field application disks (400Aa...400Da, 400Ab...400Db) to rotate; and a transmission device that transmits a driving force from the driver collectively to the plurality of heat generation disks (410Aa...410Ca, 410Ab...410Cb) or to the plurality of magnetic field application disks (400Aa...400Da, 400Ab...400Db), or separately to one of a plurality of groups of the heat generation disks (410Aa...410Ca, 410Ab...410Cb) or the magnetic field application disks (400Aa...400Da, 400Ab...400Db).
A hydroformylation process comprising: contacting in a reaction zone reactants comprising an olefin, hydrogen and CO in the presence of a triorganophosphine ligand complex catalyst, wherein the metal of the catalyst comprises at least one of rhodium and cobalt, and, optionally, free triorganophosphine ligand, under hydroformylation reaction conditions sufficient to produce an aldehyde product in a reaction fluid, with the proviso that the contacting is conducted in the presence of from 0.001 to 10 wt. parts of a heterocyclic nitrogen stabilizing agent based on 100 weight parts of catalyst solution in the reaction zone; wherein the aldehyde product is recovered via a vaporizer-separator; wherein the heterocyclic nitrogen stabilizing agent contains at least one unfunctionalized nitrogen with a lone pair of electrons capable of forming a complex with the catalytic metal; and wherein the term "catalyst solution" includes a mixture comprising: (a) a metal-organophosphorus ligand complex catalyst, (b) free organophosphorus ligand, (c) aldehyde product formed in the reaction, (d) unreacted reactants, (e) a solvent for said metal-organophosphorus ligand complex catalyst and said free organophosphorus ligand, and, optionally, (g) organophosphorus ligand decomposition products such as the corresponding oxide. contacting in a reaction zone reactants comprising an olefin, hydrogen and CO in the presence of a triorganophosphine ligand complex catalyst, wherein the metal of the catalyst comprises at least one of rhodium and cobalt, and, optionally, free triorganophosphine ligand, under hydroformylation reaction conditions sufficient to produce an aldehyde product in a reaction fluid, with the proviso that the contacting is conducted in the presence of from 0.001 to 10 wt. parts of a heterocyclic nitrogen stabilizing agent based on 100 weight parts of catalyst solution in the reaction zone; wherein the aldehyde product is recovered via a vaporizer-separator; wherein the heterocyclic nitrogen stabilizing agent contains at least one unfunctionalized nitrogen with a lone pair of electrons capable of forming a complex with the catalytic metal; and wherein the term "catalyst solution" includes a mixture comprising: (a) a metal-organophosphorus ligand complex catalyst, (b) free organophosphorus ligand, (c) aldehyde product formed in the reaction, (d) unreacted reactants, (e) a solvent for said metal-organophosphorus ligand complex catalyst and said free organophosphorus ligand, and, optionally, (g) organophosphorus ligand decomposition products such as the corresponding oxide.
A photonic switching fabric comprising: a first label detector configured to read a first optical label to produce a first detected label, wherein the first optical label corresponds to a first optical packet, and wherein the first optical label is in a control waveband; a switch controller configured to adjust a photonic switch in accordance with the first detected label; the photonic switch, configured to switch the first optical packet, wherein the first optical packet is in a payload waveband; and a contention pulse unit coupled to the photonic switch, wherein the switch controller is configured to generate a contention signal in accordance with the first detected label, wherein the contention pulse unit is configured to generate a contention pulse (λ 2) in accordance with the contention signal, and wherein the contention signal is in the control waveband. a first label detector configured to read a first optical label to produce a first detected label, wherein the first optical label corresponds to a first optical packet, and wherein the first optical label is in a control waveband; a switch controller configured to adjust a photonic switch in accordance with the first detected label; the photonic switch, configured to switch the first optical packet, wherein the first optical packet is in a payload waveband; and a contention pulse unit coupled to the photonic switch, wherein the switch controller is configured to generate a contention signal in accordance with the first detected label, wherein the contention pulse unit is configured to generate a contention pulse (λ 2) in accordance with the contention signal, and wherein the contention signal is in the control waveband.
A friction stir welding apparatus comprising: a spindle housing; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis; a first shoulder not substantially rotatable relative to the spindle housing about the axis, a second shoulder opposing the first shoulder and not substantially rotatable relative to the spindle housing about the axis, wherein the axis passes through the second shoulder characterized in that the first shoulder comprises planar contact portions arranged at an angle relative to each other and oblique relative to the axis; and the axis bisects the angle at an apex thereof. a spindle housing; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis; a first shoulder not substantially rotatable relative to the spindle housing about the axis, a second shoulder opposing the first shoulder and not substantially rotatable relative to the spindle housing about the axis, wherein the axis passes through the second shoulder characterized in that the first shoulder comprises planar contact portions arranged at an angle relative to each other and oblique relative to the axis; and the axis bisects the angle at an apex thereof. the first shoulder comprises planar contact portions arranged at an angle relative to each other and oblique relative to the axis; and the axis bisects the angle at an apex thereof.
A system comprising: one or more processors; memory; a storage unit including a file system that provides access to one or more files or directories; and a file system filter stored in the memory and executable by the one or more processors to: receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior. one or more processors; memory; a storage unit including a file system that provides access to one or more files or directories; and a file system filter stored in the memory and executable by the one or more processors to: receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior. receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior.
A mandrel for a composite part, comprising: an upper-mandrel portion; a lower-mandrel portion; a mid-mandrel portion (314, 316) between the upper-mandrel portion and the lower-mandrel portion; a cavity defined by the upper-mandrel portion, the lower-mandrel portion, and the mid-mandrel portion (314, 316), the cavity including a first section and a second section, wherein a width of the cavity in the first section is smaller than the width of the cavity in the second section; an actuator arranged within the cavity, and movable in the cavity between a first position, wherein the actuator is positioned in the first section of the cavity, and a second position, wherein the actuator is positioned in the second section of the cavity; and an exterior surface defined by the upper-mandrel portion, the lower-mandrel portion, and the mid-mandrel portion (314, 316), wherein the exterior surface is configured to support the composite part, wherein a perimeter of the exterior surface has a first length when the actuator is in the first position in the cavity and the perimeter has a second length when the actuator is in the second position in the cavity, and wherein the first length is greater than the second length such that the mandrel is in an expanded state when the actuator is in the first position and the mandrel is in a contracted state when the actuator is in the second position. an upper-mandrel portion; a lower-mandrel portion; a mid-mandrel portion (314, 316) between the upper-mandrel portion and the lower-mandrel portion; a cavity defined by the upper-mandrel portion, the lower-mandrel portion, and the mid-mandrel portion (314, 316), the cavity including a first section and a second section, wherein a width of the cavity in the first section is smaller than the width of the cavity in the second section; an actuator arranged within the cavity, and movable in the cavity between a first position, wherein the actuator is positioned in the first section of the cavity, and a second position, wherein the actuator is positioned in the second section of the cavity; and an exterior surface defined by the upper-mandrel portion, the lower-mandrel portion, and the mid-mandrel portion (314, 316), wherein the exterior surface is configured to support the composite part, wherein a perimeter of the exterior surface has a first length when the actuator is in the first position in the cavity and the perimeter has a second length when the actuator is in the second position in the cavity, and wherein the first length is greater than the second length such that the mandrel is in an expanded state when the actuator is in the first position and the mandrel is in a contracted state when the actuator is in the second position.
Cover element for covering vehicle parts or vehicle regions, wherein the cover element is designed to be used for separating a wet and a dry region, with an elongate groove for the application of a foam contour bead which is provided along a partial region of the circumference, preferably along the entire circumference of the cover element, characterized in that a bulge formed by the groove and foam contour bead is provided which serves as a cable lead through, and the groove has at least one shaping projection, preferably a plurality of shaping projections, in the region of the bulge.
Controllable local grid transformer, having: - a transformer winding on the side of the local grid voltage, wherein an end region of the transformer winding has at least two first taps (13, 14, 15) and the other end of the transformer winding is connected to a second output terminal for the local grid voltage, - a connecting line between each of the taps (13, 14, 15) and a first output terminal for the local grid voltage, wherein a contactor (16a, b, c) is arranged in each of the connecting lines, - exactly one second tap in the end region of the transformer winding that is connected to the first output terminal via exactly one bypass contactor, - a current-limiting element in series with the bypass contactor, wherein the bypass contactor is from the AC3 or AC4 class. - a transformer winding on the side of the local grid voltage, wherein an end region of the transformer winding has at least two first taps (13, 14, 15) and the other end of the transformer winding is connected to a second output terminal for the local grid voltage, - a connecting line between each of the taps (13, 14, 15) and a first output terminal for the local grid voltage, wherein a contactor (16a, b, c) is arranged in each of the connecting lines, - exactly one second tap in the end region of the transformer winding that is connected to the first output terminal via exactly one bypass contactor, - a current-limiting element in series with the bypass contactor,
A pulp paper used in flexible film zinc - manganese battery comprising a single-layer base paper and slurry coated on both sides of the base paper, the dried slurry consists of 30-50% of modified starch, 10-30% of polyelectrolyte, 1-5% of water retaining agent, 0.02-2% of organic/inorganic composite corrosion inhibitor, and the rest are electrolytes with the solvent being water; wherein the polyelectrolyte is a negatively charged polyamino acid polymer(s), wherein the polyelectrolyte is one or more of polyglutamic acid, sodium polyglutamate, potassium polyglutamate, polyaspartic acid, sodium polyaspartate, and potassium polyaspartate, wherein the water-retaining agent is a sodium salt or a potassium salt of hyaluronic acid, and wherein the thickness of the dried slurry layer is of 5-10 μm. the dried slurry consists of 30-50% of modified starch, 10-30% of polyelectrolyte, 1-5% of water retaining agent, 0.02-2% of organic/inorganic composite corrosion inhibitor, and the rest are electrolytes with the solvent being water; wherein the polyelectrolyte is a negatively charged polyamino acid polymer(s), wherein the polyelectrolyte is one or more of polyglutamic acid, sodium polyglutamate, potassium polyglutamate, polyaspartic acid, sodium polyaspartate, and potassium polyaspartate, wherein the water-retaining agent is a sodium salt or a potassium salt of hyaluronic acid, and wherein the thickness of the dried slurry layer is of 5-10 μm.