mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: using a thermal spraying technique to deposit a highly-electrically-conductive and corrosion-resistant material including gold, palladium, platinum, iridium, and/or ruthenium, on a surface of a corrosion-resistant metal substrate of a separate/interconnect plate of a fuel cell or a metal-based component of a battery, electrolyzer, or electrochemical gas separation device, resulting in a plurality of isolated dots deposited on the surface of the corrosion-resistant metal substrate, the plurality of dots having a thickness between one nanometer and twenty microns, and covering 0.5% to 10% or 10% to 30% of the surface of the corrosion-resistant metal substrate, and being electrically connected to the corrosion resistant metal substrate, wherein the highly-electrically-conductive and corrosion-resistant material has an electrical contact resistance of about 50 milliohms-per-square centimeter (mΩ/cm2) or lower, and wherein the corrosion-resistant metal substrate is made of titanium, niobium, zirconium, tantalum, carbon steel, stainless steel, copper, aluminum, iron, chromium, nickel, or any alloy of any of the foregoing. using a thermal spraying technique to deposit a highly-electrically-conductive and corrosion-resistant material including gold, palladium, platinum, iridium, and/or ruthenium, on a surface of a corrosion-resistant metal substrate of a separate/interconnect plate of a fuel cell or a metal-based component of a battery, electrolyzer, or electrochemical gas separation device, resulting in a plurality of isolated dots deposited on the surface of the corrosion-resistant metal substrate, the plurality of dots having a thickness between one nanometer and twenty microns, and covering 0.5% to 10% or 10% to 30% of the surface of the corrosion-resistant metal substrate, and being electrically connected to the corrosion resistant metal substrate,
Bearing arrangement for a shaft: having a bearing device for mounting the shaft, having a holding section with a seat for the bearing device, the seat being delimited in the axial direction of the shaft at least on one side by an end stop, with the result that the end stop prevents the bearing device from migrating out of the seat, and having a sealing ring which is configured and/or arranged for sealing the shaft, the end stop comprising the sealing ring or being configured as the sealing ring, and the sealing ring being fixed in and/or on the seat in an integrally joined and/or positively locking manner, characterized in that, on the side which faces away from the sealing ring, the bearing device is secured against migrating outwards by way of a retaining element which can be plugged in.
A surface-mount inductor comprising: a coil formed by winding a winding wire; and a core containing a magnetic powder and including the coil therein, wherein the coil is formed by winding the wire such that opposite ends of the wire are positioned on an outer periphery of the coil, each opposite end of the wire being led out from the outer periphery of the coil to form a first led-out end and a second led-out end, the first led-out end of the coil extending in the core between two opposed side surfaces of the core is exposed on the two opposed side surfaces of the core, the second led-out end of the coil extending in the core between the two opposed side surfaces of the core is exposed on the two opposed side surfaces of the core, the first led-out end of the coil exposed on the two opposed side surfaces of the core is connected to a first external electrode formed on the core, and the second led-out end of the coil exposed on the two opposed side surfaces of the core is connected to a second external electrode formed on the core.
A method for varying rate of delivery of molten metal in a casting process, comprising: providing a mold apparatus, the mold apparatus including: a mold; a conduit configured to deliver molten metal to the mold, the conduit controllably occluded by a control pin; a positioner coupled to the control pin; a level sensor configured to sense level of molten metal in the mold; and a controller coupled with the positioner and the level sensor, the controller configured to accept input in the form of at least a metal level setpoint; and providing via the controller, to the positioner, a command signal that includes a plurality of pulses that modulate flow or flow rate of molten metal through the conduit such that the level of molten metal in the mold remains in a molten metal level range of between 5 mm above and 3 mm below, inclusive, the metal level setpoint; characterized in that the level of the molten metal in the mold rises to 3 mm above the metal level setpoint as a result of each pulse, and between pulses, prior to the next pulse, drops to 1 mm below the metal level setpoint under the control of a proportional-integral-derivative, PID, algorithm as a result of undershoot. providing a mold apparatus, the mold apparatus including: a mold; a conduit configured to deliver molten metal to the mold, the conduit controllably occluded by a control pin; a positioner coupled to the control pin; a level sensor configured to sense level of molten metal in the mold; and a controller coupled with the positioner and the level sensor, the controller configured to accept input in the form of at least a metal level setpoint; and providing via the controller, to the positioner, a command signal that includes a plurality of pulses that modulate flow or flow rate of molten metal through the conduit such that the level of molten metal in the mold remains in a molten metal level range of between 5 mm above and 3 mm below, inclusive, the metal level setpoint; a mold; a conduit configured to deliver molten metal to the mold, the conduit controllably occluded by a control pin; a positioner coupled to the control pin; a level sensor configured to sense level of molten metal in the mold; and a controller coupled with the positioner and the level sensor, the controller configured to accept input in the form of at least a metal level setpoint; and providing via the controller, to the positioner, a command signal that includes a plurality of pulses that modulate flow or flow rate of molten metal through the conduit such that the level of molten metal in the mold remains in a molten metal level range of between 5 mm above and 3 mm below, inclusive, the metal level setpoint; characterized in that the level of the molten metal in the mold rises to 3 mm above the metal level setpoint as a result of each pulse, and between pulses, prior to the next pulse, drops to 1 mm below the metal level setpoint under the control of a proportional-integral-derivative, PID, algorithm as a result of undershoot.
Use of a polyethylene terephthalate bulked processing continuous filament, BCF, prepared by melt spinning a polyethylene terephthalate polymer for producing a tufted carpet for automobiles, the tufted carpet comprising: a pile layer including said polyethylene terephthalate BCF; and at least one backing layer; characterized in that the polyethylene terephthalate polymer has a weight average molecular weight of 50,000 to 70,000 and a content of a low molecular substance of 3 to 7 oligomers, which has not formed a polymer in the polyethylene terephthalate polymer that is 1.0 wt% or less, and a content of the low molecular substance in the BCF is 1.3 wt% or less; and a monofilament of the BCF has elongation of 5% or more at an initial stress of 1.0 gram/1.1dtex (g/d), elongation of 25 to 35% at a medium-term stress of 3.0 gram/1.1dtex (g/d), tensile strength of 4.0 to 6.0 gram/1.1dtex (g/d), and elongation of 40 to 60%, wherein the elongation and tensile strength was determined as follows: ten monofilaments were extracted from a multifilament which was left alone for 24 hours at a temperature of 25°C and a relative humidity of 65RH%, by using a monofilament tensile tester Vibrojet 2000 manufactured by Lenzing Co., a sample length of 20 mm was subjected to a load of approximately mono-denier times 60 mg, and it was then measured at a tensile speed of 20 mm/min, wherein the monofilament properties were measured with the average value of the remaining eight values, excluding the maximum value and the minimum value among the ten measured values, and wherein the initial modulus represents the slope of the graph before the yield point. a pile layer including said polyethylene terephthalate BCF; and at least one backing layer; characterized in that the polyethylene terephthalate polymer has a weight average molecular weight of 50,000 to 70,000 and a content of a low molecular substance of 3 to 7 oligomers, which has not formed a polymer in the polyethylene terephthalate polymer that is 1.0 wt% or less, and a content of the low molecular substance in the BCF is 1.3 wt% or less;
A gas turbine engine comprising: a fan duct; an inner fixed structure forming an inner diameter of the fan duct and enclosing a core compartment; and a thrust reverser assembly including a linkage assembly mounted to the inner fixed structure within the fan duct, characterised in that the linkage assembly is adapted to act as a ventilation system that allows for communication between the fan duct and the core compartment, wherein the linkage assembly comprises: a bracket; a link member mounted to the bracket, wherein the link member extends radially away from the bracket and the inner fixed structure when the thrust reverser assembly is in a stowed position; a recess formed in the bracket and adapted to receive the link member when the thrust reverser assembly is in a deployed position. a fan duct; an inner fixed structure forming an inner diameter of the fan duct and enclosing a core compartment; and a thrust reverser assembly including a linkage assembly mounted to the inner fixed structure within the fan duct, characterised in that the linkage assembly is adapted to act as a ventilation system that allows for communication between the fan duct and the core compartment, wherein the linkage assembly comprises: a bracket; a link member mounted to the bracket, wherein the link member extends radially away from the bracket and the inner fixed structure when the thrust reverser assembly is in a stowed position; a recess formed in the bracket and adapted to receive the link member when the thrust reverser assembly is in a deployed position. a bracket; a link member mounted to the bracket, wherein the link member extends radially away from the bracket and the inner fixed structure when the thrust reverser assembly is in a stowed position; a recess formed in the bracket and adapted to receive the link member when the thrust reverser assembly is in a deployed position.
A method for controlling Controller Area Network traffic, the method comprising: decoding bits of an identifier (152, 154, 156) of a CAN message (130, 132) from a transmit data path; characterized by obtaining a weighted value using the decoded bits of the identifier (152, 154, 156); adding the weighted value to a running weighted value for received CAN messages (130, 132); and throttling transmission of CAN messages (130, 132) received via the transmit data path if the running weighted value exceeds a pre-established threshold. decoding bits of an identifier (152, 154, 156) of a CAN message (130, 132) from a transmit data path; characterized by obtaining a weighted value using the decoded bits of the identifier (152, 154, 156); adding the weighted value to a running weighted value for received CAN messages (130, 132); and throttling transmission of CAN messages (130, 132) received via the transmit data path if the running weighted value exceeds a pre-established threshold.
A window assembly, comprising: a plurality of dynamic electrochromic zones (204, 205) formed on a single substrate through which light can pass; characterized by at least one further zone formed on the single substrate, wherein said at least one further zone is formed from one of a photochromic and a thermochromic material. a plurality of dynamic electrochromic zones (204, 205) formed on a single substrate through which light can pass; characterized by at least one further zone formed on the single substrate, wherein said at least one further zone is formed from one of a photochromic and a thermochromic material.
An electronics assembly comprising: a body defining an interior; a partition separating the interior into a first section and a second section; a cover plate and a base plate that is coupled to the partition; and a power control module mounted to the partition in the body and divided into an electronics portion and a heat sink portion; wherein the electronics portion is disposed in one of the first or second sections and the heat sink portion is disposed in the other of the first or second section, the portions being separated by the partition, and wherein the partition is slidably insertable into the body to define the first and second sections, and the electronics assembly further comprises slots provided in the body adapted to slidably receive the partition, such that the base plate, partition, and power control module are slidable out of the body. a body defining an interior; a partition separating the interior into a first section and a second section; a cover plate and a base plate that is coupled to the partition; and a power control module mounted to the partition in the body and divided into an electronics portion and a heat sink portion; wherein the electronics portion is disposed in one of the first or second sections and the heat sink portion is disposed in the other of the first or second section, the portions being separated by the partition, and wherein the partition is slidably insertable into the body to define the first and second sections, and the electronics assembly further comprises slots provided in the body adapted to slidably receive the partition, such that the base plate, partition, and power control module are slidable out of the body.
An apparatus for improving a left/right or mid/side audio signal output by an FM stereo radio receiver, the apparatus comprising: - an input stage configured to receive the left/right or mid/side audio signal from the FM stereo radio receiver; - a downmix stage, the downmix stage configured to generate a first audio signal based on the left/right or mid/side audio signal by a downmix operation; - a parametric stereo parameter estimation stage, the parameter estimation stage configured to determine one or more parametric stereo parameters based on the left/right or mid/side audio signal in a frequency-variant or frequency-invariant manner; and - a stereo mixing module, the stereo mixing module configured to generate a stereo signal based on the first audio signal and the one or more parametric stereo parameters; and - a module, wherein the downmix stage, the parametric stereo parameter estimation stage and the stereo mixing module are implemented in said module. - an input stage configured to receive the left/right or mid/side audio signal from the FM stereo radio receiver; - a downmix stage, the downmix stage configured to generate a first audio signal based on the left/right or mid/side audio signal by a downmix operation; - a parametric stereo parameter estimation stage, the parameter estimation stage configured to determine one or more parametric stereo parameters based on the left/right or mid/side audio signal in a frequency-variant or frequency-invariant manner; and - a stereo mixing module, the stereo mixing module configured to generate a stereo signal based on the first audio signal and the one or more parametric stereo parameters; and - a module, wherein the downmix stage, the parametric stereo parameter estimation stage and the stereo mixing module are implemented in said module.
A light emitting device comprising a substrate and a plurality of layers, including a nitride semiconductor material, formed on said substrate, wherein said plurality of layers comprises: a light emitting structure including a first conductive type semiconductor layer, a second conductive type semiconductor layer, and an active layer between the first conductive type semiconductor layer and the second conductive type semiconductor layer; a groove forming layer having a plurality of grooves between the first conductive type semiconductor layer and the substrate; a superlattice structure layer between the first conductive type semiconductor layer and the groove forming layer, and an anti-current leakage layer between the active layer and the second conductive type semiconductor layer, wherein the first conductive type semiconductor layer includes a plurality of grooves corresponding to the grooves formed on the groove forming layer, wherein the active layer is formed along the grooves of the first conductive type semiconductor layer, wherein a surface of the anti-current leakage layer adjacent to the second conductive type semiconductor layer is flat, wherein the first conductive type semiconductor layer includes a p-type semiconductor layer and the second type semiconductor layer includes an n-type semiconductor layer. a light emitting structure including a first conductive type semiconductor layer, a second conductive type semiconductor layer, and an active layer between the first conductive type semiconductor layer and the second conductive type semiconductor layer; a groove forming layer having a plurality of grooves between the first conductive type semiconductor layer and the substrate; a superlattice structure layer between the first conductive type semiconductor layer and the groove forming layer, and an anti-current leakage layer between the active layer and the second conductive type semiconductor layer, wherein the first conductive type semiconductor layer includes a plurality of grooves corresponding to the grooves formed on the groove forming layer, wherein the active layer is formed along the grooves of the first conductive type semiconductor layer, wherein a surface of the anti-current leakage layer adjacent to the second conductive type semiconductor layer is flat, wherein the first conductive type semiconductor layer includes a p-type semiconductor layer and the second type semiconductor layer includes an n-type semiconductor layer.
An electrosurgical instrument comprising: a coaxial feed cable for conveying microwave energy, the coaxial feed cable having an inner conductor, an outer conductor, and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy, the radiating tip comprising: an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; wherein the proximal tuning element and the distal tuning element are spaced apart in the longitudinal direction, whereby a microwave field emitted by the microwave radiator is shaped around the dielectric body; and wherein a length of the distal tuning element in the longitudinal direction is greater than a length of the proximal tuning element in the longitudinal direction. a coaxial feed cable for conveying microwave energy, the coaxial feed cable having an inner conductor, an outer conductor, and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy, the radiating tip comprising: an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction to form a microwave radiator; a proximal tuning element electrically connected tc the elongate conductor in a proximal region of the radiating tip; a distal tuning element electrically connected tc the elongate conductor in a distal region of the radiating tip; and a dielectric body disposed around the elongate conductor, the proximal tuning element and the distal tuning element; wherein the proximal tuning element and the distal tuning element are spaced apart in the longitudinal direction, whereby a microwave field emitted by the microwave radiator is shaped around the dielectric body; and wherein a length of the distal tuning element in the longitudinal direction is greater than a length of the proximal tuning element in the longitudinal direction.
A load module for a power module of an aircraft plug-in circuit breaker panel, said power module including a housing assembly, said load module including: an epoxy body; a number of elongated conductive strands; each said conductive strand partially disposed in said epoxy body; each said conductive strand including a conductive member and a limited insulator; wherein each said limited insulator is disposed on selected portions of an associated conductive member such that each of the conductive members includes a number of bare portions and a number of insulated portions; wherein said epoxy body is a thermally conductive material; and wherein each of the number of bare portions are directly coupled to the epoxy body and said epoxy body is configured to be directly coupled to said housing assembly so as to transfer heat from the epoxy body to the housing assembly. an epoxy body; a number of elongated conductive strands; each said conductive strand partially disposed in said epoxy body; each said conductive strand including a conductive member and a limited insulator; wherein each said limited insulator is disposed on selected portions of an associated conductive member such that each of the conductive members includes a number of bare portions and a number of insulated portions; wherein said epoxy body is a thermally conductive material; and wherein each of the number of bare portions are directly coupled to the epoxy body and said epoxy body is configured to be directly coupled to said housing assembly so as to transfer heat from the epoxy body to the housing assembly.