mhurhangee/ep-ind-claims huggingface dataset:
A hand prosthesis comprising: a hand chassis; a thumb member mounted on the hand chassis for rotation of the thumb member in relation to the hand chassis about an axis extending generally along the length of the thumb member; and a motor disposed on one of the hand chassis and the thumb member; characterised in that the motor is operable to drive a worm, and that the prosthesis further comprises a worm gear wheel disposed on the other of the hand chassis and the thumb member, the worm being in engagement with the worm gear wheel such that, upon operation of the motor, the thumb member rotates in relation to the hand chassis. a hand chassis; a thumb member mounted on the hand chassis for rotation of the thumb member in relation to the hand chassis about an axis extending generally along the length of the thumb member; and a motor disposed on one of the hand chassis and the thumb member; characterised in that the motor is operable to drive a worm, and that the prosthesis further comprises a worm gear wheel disposed on the other of the hand chassis and the thumb member, the worm being in engagement with the worm gear wheel such that, upon operation of the motor, the thumb member rotates in relation to the hand chassis.
An optical detector for use with plastic optical fibers in a network in an aircraft, the apparatus comprising: a substrate having an n or p type of conductivity; an intrinsic region above the substrate, wherein the intrinsic region has a top surface; a metal layer on a portion of the surface of the intrinsic region, wherein the metal layer has a thickness that is configured to allow a plurality of photons to pass through the metal layer into the intrinsic region and form a rectifying contact with the intrinsic region; wherein said portion of the surface is a raised portion of the surface of the intrinsic region, wherein the raised portion is configured to reduce a current moving across the surface outside of the raised portion; an area having an n or p type of conductivity wherein the type of conductivity of the area is the opposite type of conductivity to that of the substrate in which the area extends from the surface into the intrinsic region, wherein the area surrounds said portion of the surface of the intrinsic region around the metal layer and is configured to reduce a current moving across the surface outside of the intrinsic region surrounded by the area; and a layer of a material on the metal layer, wherein the material is configured to reduce reflection of the plurality of photons that hit the material. a substrate having an n or p type of conductivity; an intrinsic region above the substrate, wherein the intrinsic region has a top surface; a metal layer on a portion of the surface of the intrinsic region, wherein the metal layer has a thickness that is configured to allow a plurality of photons to pass through the metal layer into the intrinsic region and form a rectifying contact with the intrinsic region; wherein said portion of the surface is a raised portion of the surface of the intrinsic region, wherein the raised portion is configured to reduce a current moving across the surface outside of the raised portion; an area having an n or p type of conductivity wherein the type of conductivity of the area is the opposite type of conductivity to that of the substrate in which the area extends from the surface into the intrinsic region, wherein the area surrounds said portion of the surface of the intrinsic region around the metal layer and is configured to reduce a current moving across the surface outside of the intrinsic region surrounded by the area; and a layer of a material on the metal layer, wherein the material is configured to reduce reflection of the plurality of photons that hit the material.
An internal combustion engine, comprising: an engine block including a cylinder; a piston positioned within the cylinder, wherein the piston is configured to reciprocate in the cylinder along a cylinder axis; a crankshaft configured to be driven by the piston; a fuel system for supplying an air-fuel mixture to the cylinder; and an electric starting system including a starter motor, a battery receiver, and a lithium-ion battery removably attached to the battery receiver, wherein the lithium-ion battery is configured to power the starter motor to start the engine, wherein the lithium-ion battery includes at least one lithium-ion cell having a cell axis, and wherein the battery receiver is positioned so that with the lithium-ion battery attached to the battery receiver, the cylinder axis and the cell axis are not parallel to one another; wherein the crankshaft is a vertical crankshaft and the battery receiver is positioned above the crankshaft; and wherein the battery receiver comprises a receptacle for receiving the lithium-ion battery and an air intake for allowing air to flow to the engine block. an engine block including a cylinder; a piston positioned within the cylinder, wherein the piston is configured to reciprocate in the cylinder along a cylinder axis; a crankshaft configured to be driven by the piston; a fuel system for supplying an air-fuel mixture to the cylinder; and an electric starting system including a starter motor, a battery receiver, and a lithium-ion battery removably attached to the battery receiver, wherein the lithium-ion battery is configured to power the starter motor to start the engine, wherein the lithium-ion battery includes at least one lithium-ion cell having a cell axis, and wherein the battery receiver is positioned so that with the lithium-ion battery attached to the battery receiver, the cylinder axis and the cell axis are not parallel to one another;
A method for controlling a luminaire of an illumination network comprising a plurality of luminaries said method comprising: providing power to the luminaires of the network through a power network; a step of controlling by a device an output of a luminaire monitoring a primary communication network; monitoring an alternative communication network; and receiving a command from the primary communication network and receiving a command from the alternative communication network; characterized in that the method further comprises: the device determining a priority of the received commands to prioritize the received commands; and the device executing an application in response to the prioritized received command, said application controlling the operations of the network luminaire, wherein the primary communication network and the alternative communication network are independent wherein - the primary communication network is incorporated in the power network; - the alternative communication network is a wireless network and - the monitoring of the alternative communication network is done by the device. providing power to the luminaires of the network through a power network; a step of controlling by a device an output of a luminaire monitoring a primary communication network; monitoring an alternative communication network; and receiving a command from the primary communication network and receiving a command from the alternative communication network; the device determining a priority of the received commands to prioritize the received commands; and the device executing an application in response to the prioritized received command, said application controlling the operations of the network luminaire, wherein the primary communication network and the alternative communication network are independent - the primary communication network is incorporated in the power network; - the alternative communication network is a wireless network and - the monitoring of the alternative communication network is done by the device.
A single pass analyzer for detecting the concentration of hydrogen, nitrogen, and oxygen in a sample comprising: a furnace for fusing a sample; means for coupling a supply of carrier gas to said furnace to provide an analyte stream of byproducts of fusion; conduits (64,67,69,72,76,82,86,89) defining a single flow path for carrying byproducts of fusion in series through a plurality of detector and analyzer elements; a first infrared detector coupled in the flow path for detecting oxygen in the form of CO in said sample; a second infrared detector coupled in the flow path for detecting oxygen in the form of CO 2 in said sample; a catalyst coupled in the single flow path after said first and second infrared detectors for converting hydrogen in hydrogen compounds to H 2 O and CO to CO 2; an infrared detector having an input coupled to said catalyst for detecting hydrogen as H 2 O in the analyte stream from the catalyst; a detector comprising a high sensitivity CO 2 infrared detector coupled in the single flow path for detecting low levels of oxygen in the sample in the form of CO 2; a scrubber coupled in the single flow path after said high sensitivity CO 2 infrared detector, said scrubber operative to remove H 2 O from the analyte stream; and a thermal conductivity cell coupled to said scrubber for detecting nitrogen in a sample; and a microprocessor coupled to each of said detectors and to said thermal conductivity cell adapted to simultaneously calculate the hydrogen, nitrogen, and oxygen concentrations in the sample. a furnace for fusing a sample; means for coupling a supply of carrier gas to said furnace to provide an analyte stream of byproducts of fusion; conduits (64,67,69,72,76,82,86,89) defining a single flow path for carrying byproducts of fusion in series through a plurality of detector and analyzer elements; a first infrared detector coupled in the flow path for detecting oxygen in the form of CO in said sample; a second infrared detector coupled in the flow path for detecting oxygen in the form of CO 2 in said sample; a catalyst coupled in the single flow path after said first and second infrared detectors for converting hydrogen in hydrogen compounds to H 2 O and CO to CO 2; an infrared detector having an input coupled to said catalyst for detecting hydrogen as H 2 O in the analyte stream from the catalyst; a detector comprising a high sensitivity CO 2 infrared detector coupled in the single flow path for detecting low levels of oxygen in the sample in the form of CO 2; a scrubber coupled in the single flow path after said high sensitivity CO 2 infrared detector, said scrubber operative to remove H 2 O from the analyte stream; and a thermal conductivity cell coupled to said scrubber for detecting nitrogen in a sample;
A DC power-supply device for converting an AC voltage into a DC voltage to output the converted DC voltage, comprising: a switching element configured to short-circuit an AC power supply through a reactor; a current detector unit configured to detect a current flowing from the AC power supply and output the detected AC current as current information; and a control unit configured to turn the switching element on and off such that a waveform of a current represented by the current information detected by the current detector unit becomes a substantially sinusoidal wave, wherein the control unit removes a DC component from the AC power supply without detecting the DC component from the AC power supply by extracting an undulation of a frequency component which is the same as an AC power supply frequency and is contained in the DC voltage to be output, superimposing a DC component which is in an opposite direction to the extracted frequency component, and correcting an on-off ratio of the switching element to be turned on and off such that the extracted undulation of the frequency component which is the same as the AC power supply frequency is cancelled out. a switching element configured to short-circuit an AC power supply through a reactor; a current detector unit configured to detect a current flowing from the AC power supply and output the detected AC current as current information; and a control unit configured to turn the switching element on and off such that a waveform of a current represented by the current information detected by the current detector unit becomes a substantially sinusoidal wave, wherein the control unit removes a DC component from the AC power supply without detecting the DC component from the AC power supply by extracting an undulation of a frequency component which is the same as an AC power supply frequency and is contained in the DC voltage to be output, superimposing a DC component which is in an opposite direction to the extracted frequency component, and correcting an on-off ratio of the switching element to be turned on and off such that the extracted undulation of the frequency component which is the same as the AC power supply frequency is cancelled out.
A composition comprising: - a Morinda citrifolia dedifferentiated cell lysate at a concentration equal to or higher than 0.001% and lower than 1%, by weight ratio relative to the total weight of the composition; - a Gossypium herbaceum dedifferentiated cell lysate at a concentration equal to or higher than 0.001% and lower than 1%, by weight ratio relative to the total weight of the composition. - a Morinda citrifolia dedifferentiated cell lysate at a concentration equal to or higher than 0.001% and lower than 1%, by weight ratio relative to the total weight of the composition; - a Gossypium herbaceum dedifferentiated cell lysate at a concentration equal to or higher than 0.001% and lower than 1%, by weight ratio relative to the total weight of the composition.
A method of operating a large piston engine of the crosshead type, in particular a two-stroke engine having at least one cylinder, a controlled fuel injection system and a controlled exhaust system, the method comprising - shaping the initial phase of the fuel injection profile by controlling the opening of the fuel injection valve or valves by controlling the fuel injection pressure or the fuel injection rate and controlling the closing of the exhaust valve to control predetermined frequencies of the cylinder pressure by performing a frequency analysis of the cylinder pressure component at each frequency and controlling that predetermined frequencies in the frequency spectrum of the cylinder pressure are within predefined limits. - shaping the initial phase of the fuel injection profile by controlling the opening of the fuel injection valve or valves by controlling the fuel injection pressure or the fuel injection rate and controlling the closing of the exhaust valve to control predetermined frequencies of the cylinder pressure by performing a frequency analysis of the cylinder pressure component at each frequency and controlling that predetermined frequencies in the frequency spectrum of the cylinder pressure are within predefined limits.
Emblem that is used in a fixed orientation on hubs of vehicle wheels, comprising: - a decoration layer; - at least one lighting element that illuminates the decoration layer; - an electrical power generator that feeds electric power to the at least one lighting element, wherein the electrical power generator includes: - a rotor comprising a support disc for at least one magnet; and - a stator comprising at least one printed circuit board provided with windings, characterized in that the at least one printed circuit board contains one or more layers with sets of windings, the or each layer of the at least one printed circuit board comprising traces forming the windings. - a decoration layer; - at least one lighting element that illuminates the decoration layer; - an electrical power generator that feeds electric power to the at least one lighting element, - a rotor comprising a support disc for at least one magnet; and - a stator comprising at least one printed circuit board provided with windings,
A flame retardant, comprising: magnesium-hydroxide particles that contain at least one transitional metal compound, wherein the at least one transitional metal compound is selected from a group consisting of copper compound, cobalt compound, nickel compound and titanium compound, the at least one transitional metal compound is contained with the content of 100 to 1000 mass ppm in terms of metals, and a total content of the copper compound, the cobalt compound and the nickel compound is 1000 mass ppm in terms of metals or less while a total content of a zinc compound and the titanium compound is 1000 mass ppm in terms of metals or less.
A magnetic memory element using a ferromagnetic tunnel junction having a tunnel barrier layer sandwiched between at least a pair of ferromagnetic layers, wherein an information storage layer comprising a magnetization free layer composed of one of said ferromagnetic layers is made of a single layer of a material having an amorphous or a microcrystal structure or a material layer of which the main portion has an amorphous or microcrystal structure, characterized in that said information storage layer contains at least two kinds or more than two kinds of metalloid chemical element and metallic chemical element which are IIIA* -group chemical element, IVA* -group chemical element and VA* -group chemical element on a periodic table, and at least one kind of components of ferromagnetic chemical elements of Fe, Co, Ni, and also contains at least one kind or more than two kinds of IVB* -group chemical element and VB* -group chemical element on a periodic table, wherein *...indicates the CAS notation.
A pacing guidewire, comprising: an elongate body having an outer diameter ranging from 0.36mm to 0.97mm, inclusive, and configured to receive and to support delivery of an elongate treatment device over the pacing guidewire, the elongate body extending from a proximal end portion of the pacing guidewire to a distal end portion of the pacing guidewire and having an intermediate portion therebetween, the distal end portion including a preformed bias shape; and at least first and second electrodes spaced apart on the preformed bias shape, one of the electrodes serving as an anode and the other electrode serving as a cathode for delivering pacing pulses to a heart of a patient while supporting delivery of the elongate treatment device to the heart of the patient, the elongate body including a first elongate conductor extending from a proximal end portion to a distal end portion that is electrically connected to the first electrode, and a second elongate conductor, insulated from the first elongate conductor, extending from a proximal end portion to a distal end portion that is electrically connected to the second electrode. an elongate body having an outer diameter ranging from 0.36mm to 0.97mm, inclusive, and configured to receive and to support delivery of an elongate treatment device over the pacing guidewire, the elongate body extending from a proximal end portion of the pacing guidewire to a distal end portion of the pacing guidewire and having an intermediate portion therebetween, the distal end portion including a preformed bias shape; and at least first and second electrodes spaced apart on the preformed bias shape, one of the electrodes serving as an anode and the other electrode serving as a cathode for delivering pacing pulses to a heart of a patient while supporting delivery of the elongate treatment device to the heart of the patient, the elongate body including a first elongate conductor extending from a proximal end portion to a distal end portion that is electrically connected to the first electrode, and a second elongate conductor, insulated from the first elongate conductor, extending from a proximal end portion to a distal end portion that is electrically connected to the second electrode.
An injection molding system, including: an injection station including a platform and an injector disposed over the platform; a molding device disposed between the platform and the injector and over the first opening, wherein the molding device includes a first mold base, a second mold base disposed over and corresponding to the first mold base, a mold cavity defined by the first mold base and the second mold base, and a clamping unit coupled the second mold base with the first mold base and configured for clamping the molding device, wherein the molding device and the clamping unit are movable away from the injection station; and a plunger disposed under the platform and movable away from the injection station, wherein the platform includes a first opening extending through the platform, and the plunger includes a base and a rod, the rod is extendable through the first opening toward the molding device and retractable toward the base. an injection station including a platform and an injector disposed over the platform; a molding device disposed between the platform and the injector and over the first opening, wherein the molding device includes a first mold base, a second mold base disposed over and corresponding to the first mold base, a mold cavity defined by the first mold base and the second mold base, and a clamping unit coupled the second mold base with the first mold base and configured for clamping the molding device, wherein the molding device and the clamping unit are movable away from the injection station; and a plunger disposed under the platform and movable away from the injection station, wherein the platform includes a first opening extending through the platform, and the plunger includes a base and a rod, the rod is extendable through the first opening toward the molding device and retractable toward the base.
Process for the preparation of lactic acid, comprising a step of converting glycerol in the presence of a platinum-based heterogeneous catalyst on a zirconia-based support in a basic medium under an inert atmosphere, said catalyst comprising more than 75% by weight Pt and said support being composed of more than 75% by weight zirconia, ZrO 2.
Screwdriver (10, 10') comprising a handle, including torque limitation, and a shank which is coaxially inserted into the handle, that can be rotated against the handle and torsionally fixed thereto by means of the torque limiter, wherein each relative rotation about at least one defined angle between the shank and the handle represents an operating cycle, characterized in that the screwdriver (10, 10 ') has means for counting the operating cycles.