mhurhangee/ep-ind-claims huggingface dataset:
Mechanical expansion fixer for metal structures or the like comprising an assembly of pieces which forms the mechanical expansion fixer, the mechanical fixer comprising a bolt having a hexagonal head and a cylindrical body provided with full thread, a flat washer and a jacket in low carbon steel provided with hardened treatment to increase its resistance, creating an element able to support great efforts of traction and shearing, said jacket having slots defining legs and, even the head of the jacket there is a hexagonal to ensure that the jacket does not rotate during mounting and clamping, in this way, it is not necessary to position it in the hole in a specific manner, ensuring flexibility in application, the mechanical expansion fixer further comprising a cone guided pre-assembled with the assembly that is threaded in the thread base of the mechanical expansion fixer, so that when the cone is high in the assembly said legs of the jacket expand, wherein said cone comprises a unique locking system guides designed to fit into the slots of the jacket when the cone is moved high in the assembly for preventing the cone to rotate in the jacket, as the head of the hexagonal when locked with a fixed key or star prevents this condition, this also applies in situations in which the level of friction between the fixer and the base material is reduced, so there is a strong and rigid fixation between the metallic hollow profiles and the mechanical expansion fixer, wherein the flat washer is interposed between the hexagonal head of the bolt and the hexagonal of the head of the jacket, and in that the hexagonal of the head of the jacket is wider than the flat washer and the hexagonal head of the bolt so as to provide a wide contact area option so that a first key can hold the hexagonal in position while a second key can rotate the hexagonal head of the bolt during tightening.
Method for repairing components (1, 10) of a turbomachine that are damaged by wear, in particular elements of a flow channel boundary, comprising the following method steps: - preparing the surface that is to be repaired, in order to provide a smooth and clean surface, material on the surface to be repaired being removed during the preparation of the surface to be repaired, in particular by mechanical, chip-removing machining, - applying a nickel-based brazing solder having a proportion of hard material particles to the surface in order to form a repair layer, - heat treating the component in order to braze the repair layer to the component under vacuum conditions, characterized in that the hard material particles comprise hard alloys based on cobalt or nickel. - preparing the surface that is to be repaired, in order to provide a smooth and clean surface, material on the surface to be repaired being removed during the preparation of the surface to be repaired, in particular by mechanical, chip-removing machining, - applying a nickel-based brazing solder having a proportion of hard material particles to the surface in order to form a repair layer, - heat treating the component in order to braze the repair layer to the component under vacuum conditions, characterized in that the hard material particles comprise hard alloys based on cobalt or nickel.
A method of forming a Cu film by forming a Ti film or a Ta film as a barrier metal film by a sputtering method and forming the Cu film on the barrier metal film by a CVD method, wherein after a molecular layer containing nitrogen atoms is formed on the barrier metal film by causing the barrier metal layer to absorb gas containing nitrogen atoms on the surface thereof and the Cu film is formed on the molecular layer containing nitrogen atoms by the CVD method, an anneal processing is performed at 100 to 400°C to perform mutual diffusion between the barrier metal film and the Cu film.
A connecting claw for connecting at least two cables (C1, C2) including a first jaw, a second jaw and at least one connecting shank, extending along an axis X1, adapted to clamp said jaws (4, 4') facing each other around said cables (C1, C2), the first jaw and the second jaw being identical, each jaw (4, 4') including at least two accommodating cavities (41, 42, 41', 42') adapted to cooperate with said cables (C1, C2) and at least one through opening (43, 43'), extending along the axis X1, to enable said connecting shank to pass therethrough, which connecting claw is characterized in that both accommodating cavities (41, 42, 41', 42') of each jaw (4, 4') are configured to deform upon clamping said jaws (4, 4') around said cables (C1, C2) and in that each jaw (4, 4') includes a main body (40, 40') and that both deformable accommodating cavities (41, 42, 41', 42') are connected to said main body (40, 40') by spacing means (44, 44') so as to provide a spacing clearance (J, J') between said deformable accommodating cavities (41, 42, 41', 42') and said main body (40, 40').
A local network connection system comprising: a plurality of network interfaces, wherein each network interface is configured to be in communication with a network service provider, a plurality of routing tables comprising routes for routing network traffic from one of the plurality of network interface ports to a network service provider, wherein each of the plurality of network interfaces has at least one routing table associated with the network interface; and a network configuration system controller configured to: determine a status of each of the plurality of network interfaces; and assign a subscriber to one of the plurality of routing tables based, at least in part, on a routing policy and the status of each of the plurality of network interfaces, wherein the routing policy includes at least one criterion for determining an assignment of a subscriber to one of the plurality of routing tables, characterized in that the network configuration system controller is further configured to automatically balance the assignment of subscribers to the plurality of network service providers based, at least in part, on the routing policy. a plurality of network interfaces, wherein each network interface is configured to be in communication with a network service provider, a plurality of routing tables comprising routes for routing network traffic from one of the plurality of network interface ports to a network service provider, wherein each of the plurality of network interfaces has at least one routing table associated with the network interface; and a network configuration system controller configured to: determine a status of each of the plurality of network interfaces; and assign a subscriber to one of the plurality of routing tables based, at least in part, on a routing policy and the status of each of the plurality of network interfaces, wherein the routing policy includes at least one criterion for determining an assignment of a subscriber to one of the plurality of routing tables, characterized in that the network configuration system controller is further configured to automatically balance the assignment of subscribers to the plurality of network service providers based, at least in part, on the routing policy. determine a status of each of the plurality of network interfaces; and assign a subscriber to one of the plurality of routing tables based, at least in part, on a routing policy and the status of each of the plurality of network interfaces, wherein the routing policy includes at least one criterion for determining an assignment of a subscriber to one of the plurality of routing tables, characterized in that the network configuration system controller is further configured to automatically balance the assignment of subscribers to the plurality of network service providers based, at least in part, on the routing policy.
A wireless power transfer system in which a primary coil connected to a high-frequency power source and a secondary coil connected to a load are disposed so as to be isolated from each other with a coupling coefficient k, thereby supplying power from the primary coil to the secondary coil in a non-contact manner, the system comprising: a resonance current phase detection means forming a resonance circuit by connecting a resonance capacitor to the secondary coil and configured to detect phase information of a resonance current flowing through the resonance capacitor and correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency so that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil, thereby driving the primary coil, characterised in that, the Q value, determined based on a leakage inductance of the secondary coil, a capacitance of the resonance capacitor, and an equivalent load resistance on the secondary coil side, is set to a value greater than or equal to a value determined by Q=2/k 2. a resonance current phase detection means forming a resonance circuit by connecting a resonance capacitor to the secondary coil and configured to detect phase information of a resonance current flowing through the resonance capacitor and correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency so that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil, thereby driving the primary coil, characterised in that, the Q value, determined based on a leakage inductance of the secondary coil, a capacitance of the resonance capacitor, and an equivalent load resistance on the secondary coil side, is set to a value greater than or equal to a value determined by Q=2/k 2.
A bearing temperature monitoring system for detecting a temperature of bearing grease within a bearing housing, said bearing temperature monitoring system comprising: a housing mountable to the bearing housing; an electrical system having a power source selectively outputting an electrical current and a temperature sensor component electrically coupled to said power source, said temperature sensor component being responsive to a change in temperature such that said temperature sensor component opens or closes an electrical circuit at a predetermined temperature even in the absence of an applied electrical current, said electrical system further having an alert device electrically coupled to said power source and said temperature sensor component, said alert device outputting an alert in response to said temperature sensor component; and a grease fitting extending from said housing, said grease fitting arranged to be in fluid communication with the bearing grease within the bearing housing via a grease channel extending through said housing from said grease fitting to the bearing housing, wherein the grease channel is arranged to permit introduction of bearing grease into the bearing housing without requiring removal of said housing from the bearing housing, said temperature sensor component being operable to detect a temperature of the grease in at least one of a grease reservoir of the bearing housing and/or the grease channel. a housing mountable to the bearing housing; an electrical system having a power source selectively outputting an electrical current and a temperature sensor component electrically coupled to said power source, said temperature sensor component being responsive to a change in temperature such that said temperature sensor component opens or closes an electrical circuit at a predetermined temperature even in the absence of an applied electrical current, said electrical system further having an alert device electrically coupled to said power source and said temperature sensor component, said alert device outputting an alert in response to said temperature sensor component; and a grease fitting extending from said housing, said grease fitting arranged to be in fluid communication with the bearing grease within the bearing housing via a grease channel extending through said housing from said grease fitting to the bearing housing, wherein the grease channel is arranged to permit introduction of bearing grease into the bearing housing without requiring removal of said housing from the bearing housing, said temperature sensor component being operable to detect a temperature of the grease in at least one of a grease reservoir of the bearing housing and/or the grease channel.
A method of managing congestion while transmitting a stream of data packets through a multi-path network having a plurality of network elements arranged in a plurality of switch stages, and having a plurality of network links interconnecting the network elements, the method comprising the steps of: detecting congestion on a network link of the plurality of network links interconnecting an output port of a first network element of the plurality of network elements with a first input port of a second network element of the plurality of network elements, the first network element being in a first switch stage of the plurality of switch stages and the second network element being in a subsequent switch stage of the plurality of switch stages; communicating the detection of congestion from the first network element to the second network element by attaching a congestion tag to the header of a subsequent data packet intended for transmission to the second network element on the congested network link; in response to receipt of said subsequent data packet by said second network element, identifying an uncongested network link of the plurality of network links connected to a second input port of said second network element; and determining a new route across the multi-path network which includes the identified uncongested network link and directing future data packets in the stream of data packets along the new route. detecting congestion on a network link of the plurality of network links interconnecting an output port of a first network element of the plurality of network elements with a first input port of a second network element of the plurality of network elements, the first network element being in a first switch stage of the plurality of switch stages and the second network element being in a subsequent switch stage of the plurality of switch stages; communicating the detection of congestion from the first network element to the second network element by attaching a congestion tag to the header of a subsequent data packet intended for transmission to the second network element on the congested network link; in response to receipt of said subsequent data packet by said second network element, identifying an uncongested network link of the plurality of network links connected to a second input port of said second network element; and determining a new route across the multi-path network which includes the identified uncongested network link and directing future data packets in the stream of data packets along the new route.
A microelectronic device, comprising: a substrate of inorganic material; a capacitor, including: a first plate disposed above the substrate; a second plate disposed above the substrate; and a capacitor dielectric including an inorganic dielectric material and an organic polymer material disposed between the first plate and the second plate; and a moisture barrier disposed over the capacitor and extending onto the inorganic dielectric material, the moisture barrier including a layer of aluminum oxide having an amorphous microstructure. a substrate of inorganic material; a capacitor, including: a first plate disposed above the substrate; a second plate disposed above the substrate; and a capacitor dielectric including an inorganic dielectric material and an organic polymer material disposed between the first plate and the second plate; and a moisture barrier disposed over the capacitor and extending onto the inorganic dielectric material, the moisture barrier including a layer of aluminum oxide having an amorphous microstructure.
A container for storing and dispensing liquid comprising a reservoir with walls (5, 6) enclosing an internal space having a variable volume for storage of a liquid and a port for dispensing said liquid, wherein the reservoir comprises a rigid framework formed by edges joining the walls (5, 6) and wherein at least one wall is elastically deformable and is adapted to support a reduction in pressure of the internal space whereby the equilibrium pressure difference between the internal space and the surrounding atmosphere increases substantially monotonically in magnitude as liquid is dispensed, wherein the port is adapted to allow liquid to be dispensed when a withdrawal pressure at the exterior of the port is less than the equilibrium pressure of the internal space, wherein the port is adapted to prevent air from entering the internal space from outside the reservoir as liquid is dispensed, and wherein the container is a replaceable container for storing and dispensing ink or solvent for use with a continuous ink jet printer, wherein the container further comprises an electronic data storage means.
A method for producing a saturated aliphatic ketone, wherein an aromatic ketone represented by a general formula is nuclear-hydrogenated with pressurized hydrogen and in the presence of a solvent at a temperature of from 20 to 120°C, in the presence of a catalyst that carries from 0.1 to 20% by weight of ruthenium atom on the carrier, thereby producing a cyclohexyl alkyl ketone represented by a general formula: (in the general formula, n indicates an integer of from 1 to 3; R represents a hydroxyl group, a phenyl group, an alkyl group having 1 carbon atom, or an acyl group having from 1 to 4 carbon atoms), (in the general formula, n indicates an integer of from 1 to 3; R represents a hydroxyl group, a cyclohexyl group, an alkyl group having 1 carbon atom, or an acyl group having from 1 to 4 carbon atoms).
A process for preparing oxymorphone or a salt or solvate thereof from a 14-hydroxymorphinone salt or a solvate thereof the process comprising or consisting of the steps of (a) providing a solution or suspension of the 14-hydroxymorphinone salt or a solvate thereof; (b) adding trifluoroacetic acid and/or a glycol; and (c) hydrogenating the resulting mixture, thus reducing the 14-hydroxymorphinone to the oxymorphone, wherein X n- is an anion selected from the group consisting of Cl -, HSO 4 -, SO 4 2-, methanesulfonate, tosylate, trifluoroacetate, H 2 PO 4 -, HPO 4 2-, PO 4 3-, oxalate, perchlorate, and any mixtures thereof; and n is 1, 2, or 3. (a) providing a solution or suspension of the 14-hydroxymorphinone salt or a solvate thereof; (b) adding trifluoroacetic acid and/or a glycol; and (c) hydrogenating the resulting mixture, thus reducing the 14-hydroxymorphinone to the oxymorphone,
A vibration damper comprising a visco-elastically-enhanced BNNT material in the form of cylindrical BNNT mat, wherein the visco-elastically-enhanced BNNT material comprises a BNNT material that has been purified to reduce an amount of at least one of boron particles, a-BN particles, h-BN nanocages, and h-BN nanosheets so as to increase loss tangent (tan δ) of the BNNT material, and wherein the BNNT material comprises a BNNT buckypaper.
A laundry machine comprising: a water supply valve; a drum in which laundry is placed, the drum having a laundry entrance opening; a tub in which the drum is rotatably placed, the tub having a water supply hole in front of the laundry entrance opening of the drum; and a water supply line to guide water from the water supply valve to the water supply hole, the tub has an extended portion (23 a) which extends forward from a front wall of the tub, characterized in that the tub has the water supply hole at a lateral side surface of the extended portion. a water supply valve; a drum in which laundry is placed, the drum having a laundry entrance opening; a tub in which the drum is rotatably placed, the tub having a water supply hole in front of the laundry entrance opening of the drum; and a water supply line to guide water from the water supply valve to the water supply hole, the tub has an extended portion (23 a) which extends forward from a front wall of the tub, characterized in that the tub has the water supply hole at a lateral side surface of the extended portion.
A pig feeder of the type comprising a horizontally elongated hopper having an inverted trapezoid shape in which a supply of feed can be loaded to be then dosed or dispensed through a lower discharge outlet of such hopper, and further comprising a movable gate, with capacity to cover the free area of discharge of such lower outlet of such hopper, and with such movable gate being supported from its farthest ends by at least both supports (20a,20b), wherein such feeder comprises a synchronism bar coupled to a non-back drive power transmission mechanism (12,13,16,17,18,29a,30,32) as rotation actuating means of such synchronism bar, and comprising eccentric pivot means (18, 24) in proximity to each end of such synchronism bar, and a control unit comprising a knob and a threaded pin, in such a way that, in use, by turning the knob in one direction or the other, causes the threaded pin to rotate, thus producing the rotation of the synchronism bar, and wherein such eccentric pivot means (18,24) are connected to such vertical supports (20a,20b) in such a way that the rotation of such synchronism bar causes such movable gate to move at least upwardly and downwardly.
A lock key and a cylinder, the lock key with combination indentations difficult to reproduce fraudulently, which have at least one row of combination seatings which operate with the pin-counterpin sets housed in the orifices of the cylinder, comprising a stator and a rotor, and designating a median plane of pins and counterpins to the plane which contains the axes of the cylindrical part thereof and which would also be the plane which would contain the combination indentations of the key, if the pins were not off-centre on their active tip, characterised in that, in the blade of the key an irregular sinuous channel is cut with respect to the median plane of pins, this channel in each transversal section has a variable width and, at least, a variable depth of independent size between them, the irregular sinuous channel of which has a plurality of combination indentations cut at the bottom with a dimension which is a combined function of a plurality of pre-determined combination parameters, master keying parameters, parameters of transition between longitudinally successive combination indentations and parameters of masking a combination indentation with another non-combination indentation but capable of being interpreted as a combination indentation, as well as the combination parameters of each combination indentation are determined as a function of the length of the pin of the excentricity of the excentric tip or active tip of the pin and of a gap not necessarily constant between longitudinally successive pins, and, along the blade, the transition between longitudinally successive combination indentations defines at the bottom of the channel a drive track inclined accordingly.