mhurhangee/ep-ind-claims huggingface dataset:
A rotation transmission mechanism that includes a plurality of gears to be engaged with each other and transmits power by the rotation of the gears, wherein at least one of the plurality of gears includes a tooth-side base portion and an opposite base portion that are disposed coaxially and connected to each other by connecting portions, the tooth-side base portion is formed in the shape of a ring and includes a tooth row on one peripheral surface thereof, and the opposite base portion faces a peripheral surface of the tooth-side base portion opposite to the peripheral surface of the tooth-side base portion on which the tooth row is formed, protruding portions are formed on any one of the peripheral surface of the tooth-side base portion facing the opposite base portion and the peripheral surface of the opposite base portion facing the tooth-side base portion, and the connecting portions extend from the protruding portions toward the other one of the peripheral surface of the tooth-side base portion facing the opposite base portion and the peripheral surface of the opposite base portion facing the tooth-side base portion, characterized in that a direction in which a portion near a root portion of each connecting portion on the side of the any one of the tooth-side base portion and the opposite base portion extends, and a peripheral surface-tangential direction of the any on of the tooth-side base portion and the opposite base portion form an acute angle (θ1).
Bumper for industrial vehicles comprising: - a cross member, extending along a prevailing transverse direction (T-T), - a pair of fastening brackets, fixed to the cross member and shaped to allow the cantilevered fixing of said cross member to the chassis of an associable vehicle, - said fastening brackets being directed predominantly along a vertical direction (Y-Y), orthogonal to said prevailing transverse direction (T-T), - said fastening brackets being spaced apart from each other, along the prevailing transverse direction (T-T), by a transverse pitch, characterized in that each fastening bracket comprises two reinforcing counterplates (36,40,44), respectively an upper reinforcing counterplate (36,40) and a lower reinforcing counterplate (36,44), which at least partially overlap the cross member along said prevailing transverse direction (T-T), wherein the reinforcing counterplates (36,40,44) are interposed between the fastening brackets and the cross member. - a cross member, extending along a prevailing transverse direction (T-T), - a pair of fastening brackets, fixed to the cross member and shaped to allow the cantilevered fixing of said cross member to the chassis of an associable vehicle, - said fastening brackets being directed predominantly along a vertical direction (Y-Y), orthogonal to said prevailing transverse direction (T-T), - said fastening brackets being spaced apart from each other, along the prevailing transverse direction (T-T), by a transverse pitch, each fastening bracket comprises two reinforcing counterplates (36,40,44), respectively an upper reinforcing counterplate (36,40) and a lower reinforcing counterplate (36,44), which at least partially overlap the cross member along said prevailing transverse direction (T-T), wherein the reinforcing counterplates (36,40,44) are interposed between the fastening brackets and the cross member.
Injector for a lubricant distributor having a distributor plate, it being possible for the injector to be connected to the distributor plate, the injector being formed from a housing which defines a longitudinal axis, with an inlet and an outlet which are connected to corresponding connectors in the distributor plate, and from a metering and rerouting unit which is configured in the housing and has a cylinder space, a piston which can be displaced therein by way of the lubricant pressure counter to the force of an elastic element, and a check valve which is arranged between the cylinder space and the inlet, the piston dividing the cylinder space into a first chamber which is assigned to the inlet and a second chamber which is assigned to the outlet, which chambers can be connected to one another via a bypass line selectively for metering and/or redistributing the lubricant, the inlets and outlets being arranged on that side of the housing which faces the distributor plate, the housing of the injector having an external thread section at one end, in which external thread section a circumferential groove is configured, into which the outlet opens, it being possible for the at least one injector to be screwed by way of the external thread section into a threaded bore of the distributor plate, the inlet being configured in an end side of the housing, which end side lies at the same end.
An exhaust device (1; 101; 201; 301; 401; 501; 601; 701; 801; 901; 1001; 1101), for a vehicle of the type having an internal combustion engine and an exhaust system, the exhaust device (1; 101; 201; 301; 401; 501; 601; 701; 801; 901; 1001; 1101) comprising at least: - a gas outlet (3; 103; 203; 303; 403; 503; 603; 703; 803; 903; 1103) suitable for releasing exhaust gases into the atmosphere, the gas outlet being substantially shaped as a slot; - a downstream wall (13; 213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113) extending downstream of the gas outlet and along most or all of the length of said gas outlet (3; 103; 203; 303; 403; 503; 603; 703; 803; 903; 1103), the downstream wall having an outer surface (13.4) arranged to be in contact with the exhaust gases flowing out of the gas outlet; wherein the gas outlet and the downstream wall are arranged respectively so that the exhaust gases flow out of the gas outlet (3; 103; 203; 303; 403; 503; 603; 703; 803; 903; 1103) substantially tangentially to the downstream wall (13; 213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113); wherein the distance between the downstream wall (13; 1113) and a plane tangent (P13; P1113) to the downstream wall (13; 1113) at the gas outlet (3; 1103) generally increases with the distance from the gas outlet (3; 1103); characterized in that the exhaust device comprises a main chamber (4; 104; 204; 304; 404; 504; 604; 704; 804; 904; 1104) delimited by peripheral walls, wherein the gas outlet (3; 203; 303; 403; 503; 603; 703; 803; 903; 1103) is arranged in said peripheral walls and wherein said downstream wall (13; 213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113) is a peripheral wall of the chamber. - a gas outlet (3; 103; 203; 303; 403; 503; 603; 703; 803; 903; 1103) suitable for releasing exhaust gases into the atmosphere, the gas outlet being substantially shaped as a slot; - a downstream wall (13; 213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113) extending downstream of the gas outlet and along most or all of the length of said gas outlet (3; 103; 203; 303; 403; 503; 603; 703; 803; 903; 1103), the downstream wall having an outer surface (13.4) arranged to be in contact with the exhaust gases flowing out of the gas outlet;
A method for producing a metal hydroxide fine particle for flame retardants by reacting a metal ion with a hydroxide ion in a solvent, the method characterized by comprising: a mixing and reacting step of supplying a metal ion selected from a magnesium ion, a lanthanum ion and a calcium ion, the hydroxide ion, and a silane coupling agent to a reaction field to mix and react the ions, yielding metal hydroxide fine particles; a purification treatment step of removing salt which is by-product by the mixing and reacting step from the metal hydroxide fine particles; a surface preparation step of stabilizing the surface of the metal hydroxide fine particles by applying a surface preparation agent selected from a silane coupling agent, an aluminium coupling agent and a titanate coupling agent to the metal hydroxide fine particles; a heat treatment step of applying a hydrothermal treatment to the metal hydroxide fine particles, to promote crystallization and flatten the metal hydroxide fine particles to increase the specific surface area thereof; and a drying step of removing the solvent from the suspension of the metal hydroxide fine particles in the solvent; wherein the mixing and reacting step, the purification treatment step, the surface preparation step, the heat treatment step and the drying step are carried out in this order. a mixing and reacting step of supplying a metal ion selected from a magnesium ion, a lanthanum ion and a calcium ion, the hydroxide ion, and a silane coupling agent to a reaction field to mix and react the ions, yielding metal hydroxide fine particles; a purification treatment step of removing salt which is by-product by the mixing and reacting step from the metal hydroxide fine particles; a surface preparation step of stabilizing the surface of the metal hydroxide fine particles by applying a surface preparation agent selected from a silane coupling agent, an aluminium coupling agent and a titanate coupling agent to the metal hydroxide fine particles; a heat treatment step of applying a hydrothermal treatment to the metal hydroxide fine particles, to promote crystallization and flatten the metal hydroxide fine particles to increase the specific surface area thereof; and a drying step of removing the solvent from the suspension of the metal hydroxide fine particles in the solvent;
A method for casting at least one component, in which flowable metallic material, particularly magnesium or a magnesium alloy in a thixotropic state, is injected under pressure into a cavity of a multi-part mould via at least one nozzle in order to form the at least one component and the component is then allowed to solidify in the mould, wherein a plug, particularly a solid plug, is formed in the nozzle, whereupon the mould is opened and the at least one component is removed, and wherein the mould is then closed and the next component is produced, characterized in that the nozzle is heated when the mould is open in order to at least soften the plug formed in the nozzle prior to producing the next component.
A method of preemptively forming a structural deposit on a surface of an unused gearbox housing, the surface configured to contact a component, the method comprising the steps of: identifying a portion of the surface of the gearbox housing where corrosion and pitting are expected to occur; removing material from the portion of the surface of the gearbox housing as a concave groove; preparing and masking the portion of the surface; creating a structural deposit on the identified portion of the surface, wherein the structural deposit includes one or more layers of powdered material applied through a cold spray deposition process, the structural deposit being integrally formed with gearbox housing and configured to carry a load applied to the gearbox housing; and removing any excess material from the structural deposit; wherein the surface is one of a mating surface, a flight control surface, and a mounting foot portion configured to contact the component, and the component is one of a fastener, a flight control component, and an airframe, wherein the gearbox housing is of an aircraft. identifying a portion of the surface of the gearbox housing where corrosion and pitting are expected to occur; removing material from the portion of the surface of the gearbox housing as a concave groove; preparing and masking the portion of the surface; creating a structural deposit on the identified portion of the surface, wherein the structural deposit includes one or more layers of powdered material applied through a cold spray deposition process, the structural deposit being integrally formed with gearbox housing and configured to carry a load applied to the gearbox housing; and removing any excess material from the structural deposit; wherein the surface is one of a mating surface, a flight control surface, and a mounting foot portion configured to contact the component, and the component is one of a fastener, a flight control component, and an airframe, wherein the gearbox housing is of an aircraft.
An alkaline membrane fuel cell comprising: a catalyst coated OH - ion conducting membrane having a catalyst layer and an OH - ion conducting membrane or a catalyst coated carbonate ion conducting membrane having a catalyst layer and a carbonate ion conducting membrane, respectively, wherein the catalyst layer is chemically bonded to a surface of the membrane, wherein the chemical bonding is established by crosslinking of polymer constituents across an interface between the catalyst layer and the membrane; and, wherein the crosslinking is established using UV activated crosslinking agent; characterized in that: the UV initiated crosslinking is established through a thin film pre-placed between the catalyst layer and the conducting membrane. a catalyst coated OH - ion conducting membrane having a catalyst layer and an OH - ion conducting membrane or a catalyst coated carbonate ion conducting membrane having a catalyst layer and a carbonate ion conducting membrane, respectively, wherein the catalyst layer is chemically bonded to a surface of the membrane, wherein the chemical bonding is established by crosslinking of polymer constituents across an interface between the catalyst layer and the membrane; and, wherein the crosslinking is established using UV activated crosslinking agent;
A nanoparticle-antigen conjugate capable of stimulating an immune response against a target antigen, the conjugate comprising: an alumina nanoparticle having a diameter ranging from 5 nm to 150 nm; and an autophagosome encapsulating defective ribosomal products (DRiPs) of the target antigen, wherein the autophagosome is covalently attached to the alumina nanoparticle. an alumina nanoparticle having a diameter ranging from 5 nm to 150 nm; and an autophagosome encapsulating defective ribosomal products (DRiPs) of the target antigen, wherein the autophagosome is covalently attached to the alumina nanoparticle.
Mounting device with a support which has a mounting side for attachment to an object, characterised in that the support is penetrated in axial direction by a bore, wherein an adhesive reservoir and a reservoir unit for a hydrophilic substance are mounted in the bore to be displaceable relative to one another in axial direction of the bore, that the adhesive reservoir and the receiving body (19, 21) form a coaxial arrangement, wherein the adhesive reservoir surrounds the reservoir unit, that in an initial setting of the reservoir unit relative to the support an aerobic adhesive is stored in a closed receptacle of the adhesive reservoir and the hydrophilic substance is stored in a closed receptacle in the reservoir unit, and that the receptacles (19, 21) are broken open by penetrating means through displacement of the reservoir unit into an actuating setting and the aerobic adhesive is so fed through a canal structure between the adhesive reservoir and the reservoir unit and the hydrophilic substance through outlet openings in the reservoir unit to the mounting side that an automatic mixing of the aerobic adhesive and the hydrophilic substance takes place.
Method for determining a cause of an anomaly in the operation of a technical plant, in particular a production or process plant, comprising: a) Simulating an error-free operation of the technical plant by means of a computer-implemented simulation tool; b) Simulating a plurality of individual causes of an anomaly occurring during operation of the technical plant; c) For the plurality of individually occurring causes of an anomaly, in each case comparing the simulated error-free operating state with the simulated operating state when one of the occurring causes of an anomaly is present, wherein in each case a qualitative symptom is derived from the comparison which describes a qualitative deviation of the operating state from the error-free operating state; d) Real operation of the technical plant; e) If an anomaly occurs during real operation of the technical plant, determining a qualitative symptom of the anomaly; f) Comparing the symptom determined during real operation of the technical plant with each symptom which has previously been derived in the simulations of the operating states when one of the occurring causes of an anomaly is present; g) Identifying those derived symptoms which have a determined degree of similarity to the symptom determined during real operation of the technical plant, and storing the causes of the anomaly associated with the identified symptoms in a data memory of the technical plant and/or displaying the causes of the anomaly associated with the identified symptoms. a) Simulating an error-free operation of the technical plant by means of a computer-implemented simulation tool; b) Simulating a plurality of individual causes of an anomaly occurring during operation of the technical plant; c) For the plurality of individually occurring causes of an anomaly, in each case comparing the simulated error-free operating state with the simulated operating state when one of the occurring causes of an anomaly is present, wherein in each case a qualitative symptom is derived from the comparison which describes a qualitative deviation of the operating state from the error-free operating state; d) Real operation of the technical plant; e) If an anomaly occurs during real operation of the technical plant, determining a qualitative symptom of the anomaly; f) Comparing the symptom determined during real operation of the technical plant with each symptom which has previously been derived in the simulations of the operating states when one of the occurring causes of an anomaly is present; g) Identifying those derived symptoms which have a determined degree of similarity to the symptom determined during real operation of the technical plant, and storing the causes of the anomaly associated with the identified symptoms in a data memory of the technical plant and/or displaying the causes of the anomaly associated with the identified symptoms.
Use of a polypeptide having DNase activity for preventing or reducing redeposition of soil on an item during a subsequent cleaning or laundering process, wherein the item is a textile, and wherein no polypeptide having DNase activity is present in the subsequent cleaning or laundering process.
Lock comprising; - a dead bolt and a latch bolt, - a first rotatable follower operably connected to the dead bolt for moving the deadbolt between an extended dead locking position and a retracted releasing position, - a second rotatable follower operably connected to the latch bolt for retracting the latch bolt from an extended latching position to a retraced releasing position, and - a blocking device which is operably connected to the first follower and the second follower and arranged to prevent retraction of the latch bolt by rotation of the second follower in a latch retracting direction when the dead bolt is in its extended dead locking position, wherein the first follower and the blocking device are provided with first cooperating driving means (13, 44a) arranged to drive the blocking device to a blocking position upon rotation of the first follower in a dead bolt extending direction, characterized in that the blocking device comprises a linearly displaceable member. - a dead bolt and a latch bolt, - a first rotatable follower operably connected to the dead bolt for moving the deadbolt between an extended dead locking position and a retracted releasing position, - a second rotatable follower operably connected to the latch bolt for retracting the latch bolt from an extended latching position to a retraced releasing position, and - a blocking device which is operably connected to the first follower and the second follower and arranged to prevent retraction of the latch bolt by rotation of the second follower in a latch retracting direction when the dead bolt is in its extended dead locking position, wherein
A compound or a stereoisomer, the geometric isomer, the tautomer, the nitrogen oxide, the hydrate, the solvate, or the pharmaceutically acceptable salt of the compound for use in treating or preventing alopecia, wherein the compound has one of the following structures:
A method (70, 100) of discovering a node in a communications network for network management, including: deploying (72, 102) a first crawler program (46, 48) in the network, the first crawler program encountering a first node (36, 40) of the network; and collecting (78, 88, 104) network management information from the first node using the first crawler program (46, 48) by: determining (84, 106) an identity of a second node (18, 20) in communication with the first node (36, 40) from the network management information using the first crawler program (46, 48), the method further including deploying a second crawler program (46, 48) in the network, wherein the first crawler program and the second crawler program (46, 48) are configured to exchange information if they encounter each other in the network, said information relating to at least one node that has been previously visited by one of the crawler programs (46, 48). deploying (72, 102) a first crawler program (46, 48) in the network, the first crawler program encountering a first node (36, 40) of the network; and collecting (78, 88, 104) network management information from the first node using the first crawler program (46, 48) by: determining (84, 106) an identity of a second node (18, 20) in communication with the first node (36, 40) from the network management information using the first crawler program (46, 48), the method further including deploying a second crawler program (46, 48) in the network, wherein the first crawler program and the second crawler program (46, 48) are configured to exchange information if they encounter each other in the network, said information relating to at least one node that has been previously visited by one of the crawler programs (46, 48). determining (84, 106) an identity of a second node (18, 20) in communication with the first node (36, 40) from the network management information using the first crawler program (46, 48), the method further including deploying a second crawler program (46, 48) in the network, wherein the first crawler program and the second crawler program (46, 48) are configured to exchange information if they encounter each other in the network, said information relating to at least one node that has been previously visited by one of the crawler programs (46, 48).
A device for positioning a load, comprising - a drive installation for performing an oscillating movement along a first direction of movement and along a second, opposite direction of movement, - a braking installation for positioning the load, - a toggle lever mechanism, driven by the drive installation with a first pair of toggle levers for transmitting a force for a relative movement between the drive installation and the braking installation, wherein the pair of toggle levers comprises a first toggle lever arrangement and a second toggle lever arrangement, wherein the first toggle lever arrangement and the second toggle lever arrangement are connected with the drive installation and furthermore, are connected or can be connected to the braking installation in an alternating force-transmitting manner, characterised in that the braking installation for positioning the load is arranged along a first positioning installation and along a second positioning installation. - a drive installation for performing an oscillating movement along a first direction of movement and along a second, opposite direction of movement, - a braking installation for positioning the load, - a toggle lever mechanism, driven by the drive installation with a first pair of toggle levers for transmitting a force for a relative movement between the drive installation and the braking installation, wherein the pair of toggle levers comprises a first toggle lever arrangement and a second toggle lever arrangement, wherein the first toggle lever arrangement and the second toggle lever arrangement are connected with the drive installation and furthermore, are connected or can be connected to the braking installation in an alternating force-transmitting manner,