mhurhangee/ep-ind-claims huggingface dataset:
A white-light emitting lighting device, comprising: a light source that emits light, wherein the light includes a spectral output including a first spectral component in the blue spectral region from 400 nm to 475 nm, a second spectral component in the yellow spectral region from 550 nm to 575 nm, a third spectral component in the green spectral region from 500 nm to 550 nm, and a deficiency in the red spectral region; and an optical component that is positioned to receive the light generated by the light source, the optical component comprising an optical material for converting at least a portion of the light to one or more predetermined wavelengths, at least one of which has a wavelength in the red spectral region, such that white light is emitted by the lighting device, wherein the optical material comprises quantum confined semiconductor nanoparticles, wherein the optical material is not in direct contact with the light source. a light source that emits light, wherein the light includes a spectral output including a first spectral component in the blue spectral region from 400 nm to 475 nm, a second spectral component in the yellow spectral region from 550 nm to 575 nm, a third spectral component in the green spectral region from 500 nm to 550 nm, and a deficiency in the red spectral region; and a first spectral component in the blue spectral region from 400 nm to 475 nm, a second spectral component in the yellow spectral region from 550 nm to 575 nm, a third spectral component in the green spectral region from 500 nm to 550 nm, and a deficiency in the red spectral region; and an optical component that is positioned to receive the light generated by the light source, the optical component comprising an optical material for converting at least a portion of the light to one or more predetermined wavelengths, at least one of which has a wavelength in the red spectral region, such that white light is emitted by the lighting device, wherein the optical material comprises quantum confined semiconductor nanoparticles, wherein the optical material is not in direct contact with the light source.
A method for transmitting messages from a computer, wherein a transmission period is associated with each message, by distributing the messages in time windows with predetermined periodicity such that each transmission period is an integral multiple of said periodicity, in which the messages are placed in windows which are selected with time lags relative to an initial window so as to avoid or reduce collisions with messages transmitted by another computer or with messages on the network, and in which, for selecting each window, the method being characterized in that it includes: - a first step from which for a current message selected from said messages, successive time windows are tested in number less by one unit than the integral multiple which expresses the transmission period associated with the current message, by calculating for each tested window at least the quantity of bits which is contained in the tested window and in a window which succeeds the tested window after a transmission period when the current message is placed in said tested window; and - a second step in which the selected window for placing the message is that for which at least the quantity of bits calculated is minimal. - a first step from which for a current message selected from said messages, successive time windows are tested in number less by one unit than the integral multiple which expresses the transmission period associated with the current message, by calculating for each tested window at least the quantity of bits which is contained in the tested window and in a window which succeeds the tested window after a transmission period when the current message is placed in said tested window; and - a second step in which the selected window for placing the message is that for which at least the quantity of bits calculated is minimal.
A stopcock comprising: a housing element defining a central bore and at least first, second and third ports (514, 516, 518); a handle element which is selectably positionable relative to said housing element; at least one fluid passageway communicating between at least two of said at least first, second and third ports, said at least one fluid passageway being selectably defined by rotational orientation of said handle element relative to said housing element; a first fluid flow guide extending radially, said first fluid flow guide directing flow through said at least one fluid flow passageway; and characterized by a second fluid flow guide partially bifurcating one of said at least first, second and third ports, wherein said first fluid flow guide and said second fluid flow guide are configured to selectably direct a flow of liquid into an internal volume of the one of at least one of said first, second and third ports, and wherein said at least one fluid passageway is configured for enabling flushing said internal volume of the one of at least one of said first, second and third ports. a housing element defining a central bore and at least first, second and third ports (514, 516, 518); a handle element which is selectably positionable relative to said housing element; at least one fluid passageway communicating between at least two of said at least first, second and third ports, said at least one fluid passageway being selectably defined by rotational orientation of said handle element relative to said housing element; a first fluid flow guide extending radially, said first fluid flow guide directing flow through said at least one fluid flow passageway; and characterized by a second fluid flow guide partially bifurcating one of said at least first, second and third ports, wherein said first fluid flow guide and said second fluid flow guide are configured to selectably direct a flow of liquid into an internal volume of the one of at least one of said first, second and third ports, and wherein said at least one fluid passageway is configured for enabling flushing said internal volume of the one of at least one of said first, second and third ports.
A method for conducting dynamic characterization of a gas turbine engine, comprising: (a) generating a plurality of exciting pressure pulses in series in a fluid flow passing through a main gas path of the gas turbine engine, the exciting pressure pulses having varying frequencies, by injecting an air flow with the exciting pressure pulses into the main gas path of the gas turbine engine, or alternatively by intermittently bleeding an air flow from the gas turbine engine at the varying frequencies; (b) measuring a response in at least one location of the gas turbine engine, excited by the exciting pressure pulses with varying frequencies; and (c) analyzing the measured response for engine dynamic characteristics. (a) generating a plurality of exciting pressure pulses in series in a fluid flow passing through a main gas path of the gas turbine engine, the exciting pressure pulses having varying frequencies, by injecting an air flow with the exciting pressure pulses into the main gas path of the gas turbine engine, or alternatively by intermittently bleeding an air flow from the gas turbine engine at the varying frequencies; (b) measuring a response in at least one location of the gas turbine engine, excited by the exciting pressure pulses with varying frequencies; and (c) analyzing the measured response for engine dynamic characteristics.
A cover for covering an operation shaft protruding from a housing of an electric device and being operable in an axis direction, comprising: a tubular pressing portion to which a pressing force is applied by operating the operation shaft; and a tubular elastic deformation portion continuous with a lower edge of an outer circumference of the tubular pressing portion, the tubular elastic deformation portion being thinner than the tubular pressing portion; characterized in that an annular groove portion forming a thin portion being a thinnest part of the cover is along an edge on a side of the tubular elastic deformation portion in a region where the lower edge of the tubular pressing portion and an upper edge of the tubular elastic deformation portion are connected. a tubular pressing portion to which a pressing force is applied by operating the operation shaft; and a tubular elastic deformation portion continuous with a lower edge of an outer circumference of the tubular pressing portion, the tubular elastic deformation portion being thinner than the tubular pressing portion; characterized in that an annular groove portion forming a thin portion being a thinnest part of the cover is along an edge on a side of the tubular elastic deformation portion in a region where the lower edge of the tubular pressing portion and an upper edge of the tubular elastic deformation portion are connected.
A headset for voice communication, the headset comprising - an earphone unit comprising a speaker, - a microphone boom comprising one or more microphones, the microphone boom being rotatably interconnected with the earphone unit, - the earphone unit comprising an electronic circuit configured to process microphone signals generated by the one or more microphones, characterised in that the microphone signals are transmitted from the microphone boom to the earphone unit via an optical transceiving unit, the optical transceiving unit having a transmitter and a receiver, wherein the microphone boom comprises the transmitter and the earphone unit comprises the receiver, wherein the transmitter comprises a clock generator configured to generate a clock signal and a first processor configured to receive the microphone signals and to encode the clock signal into the microphone signals to form a first communication signal, and wherein the receiver comprises a clock re-generating unit for regenerating the clock signal, and a second processor for decoding the first communication signal according to the re-generated clock signal, wherein the decoded microphone signals are provided to the electronic circuit. - an earphone unit comprising a speaker, - a microphone boom comprising one or more microphones, the microphone boom being rotatably interconnected with the earphone unit, - the earphone unit comprising an electronic circuit configured to process microphone signals generated by the one or more microphones,
An orally rapidly disintegrating tablet comprising a mixture of the following components: an imidafenacin-containing granulated product or imidafenacin particles, coated with a gastric juice-soluble polymer; and a composition containing an excipient and a disintegrating agent, wherein said mixture is subjected to compression molding and wherein the gastric juice-soluble polymer is selected from methyl methacrylate-butyl methacrylate-dimethylamino-ethyl methacrylate copolymer or polyvinyl acetal diethylamino acetate. an imidafenacin-containing granulated product or imidafenacin particles, coated with a gastric juice-soluble polymer; and a composition containing an excipient and a disintegrating agent,
A method, for a base station of a wireless communication network, of assisting a user equipment in blind decoding, wherein the method comprises the step of: - providing the user equipment with blind decoding indication information, the blind decoding indication information including an indication of a search space in which the user equipment performs the blind decoding, wherein the search space comprises a control channel element of a physical downlink control channel outside a physical downlink shared channel and further comprises a control channel element of a pre-coded physical downlink control channel embedded in the physical downlink shared channel, characterized in that the blind decoding indication information further comprises an indication of the numbers of searches respectively in the search space of the physical downlink control channel outside a physical downlink shared channel and the search space of the pre-coded physical downlink control channel embedded in the physical downlink shared channel. - providing the user equipment with blind decoding indication information, the blind decoding indication information including an indication of a search space in which the user equipment performs the blind decoding, wherein the search space comprises a control channel element of a physical downlink control channel outside a physical downlink shared channel and further comprises a control channel element of a pre-coded physical downlink control channel embedded in the physical downlink shared channel, characterized in that the blind decoding indication information further comprises an indication of the numbers of searches respectively in the search space of the physical downlink control channel outside a physical downlink shared channel and the search space of the pre-coded physical downlink control channel embedded in the physical downlink shared channel.
TIG or MIG welding method for austenitic steel, which is selected from Fe/Ni36 steel and contains neither Ti nor Al in a respective quantity of more than roughly 0.2% by weight, characterised by that in the method, a weld filler, which contains Ti and/or Al in a respective quantity of roughly 0.1 % to roughly 5%, preferably roughly 0.5% to roughly 3%, even more preferably roughly 1 to roughly 2%, is used together with a nitrogenous welding gas, wherein the nitrogen is present in the welding gas in a quantity of roughly 1% to roughly 15%, preferably roughly 3% to roughly 10% and in particular roughly 5% to roughly 8%, and wherein apart from Ti and/or Al, no other element that is not present in the austenitic steel is added to the otherwise compatible weld filler in a significant quantity.
Method for scrubbing air to be purified from a stable with an aqueous washing liquid, wherein the air to be purified is passed through a scrubber having an air supply side and an air discharge side and cleaned air exits the scrubber wherein washing liquid from the scrubber is being re-used for scrubbing, characterized in that the method comprises the use of a heat exchanger which heat exchanger comprises a wall having a first side and a second side, wherein a cooling medium is passed along a first side of the wall, wherein the aqueous washing liquid from the scrubber is subjected to heat exchange for the cooling down thereof using the heat exchanger before being re-used for scrubbing, wherein the wall of the heat exchanger keeps the aqueous washing liquid and the cooling medium separated, wherein the air to be purified is subjected to heat exchange prior to having passed the air discharge side of the scrubber by cooling down to below the dew point by the aqueous washing liquid whilst heat extracted using the heat exchanger is passed back into the stable.
An electromagnet device comprising: a horizontal portion of a yoke arranged near one end portion of an iron core; a movable iron piece pivotably supported on a leading end edge portion of a vertical portion of the yoke; an end portion of the movable iron piece adapted to be attracted to a magnetic pole portion by a main magnetic circuit, the magnetic pole portion is arranged in the other end portion of the iron core, where the main magnetic circuit is formed by applying a voltage to a coil wound around a periphery of the iron core; and an auxiliary magnetic circuit formed in parallel with the main magnetic circuit, the auxiliary circuit comprises a permanent magnet arranged near the one end portion of the iron core and a magnetic resistance portion (47, 53a) in which the magnetic flux of the permanent magnet is magnetically saturated, wherein, in a moved state of the movable iron piece, wherein the voltage is applied to the coil and movement of the movable iron piece caused by attraction to the magnetic pole portion has stopped, the movable iron piece is retained in the moved state by a combined magnetic force of the magnetic flux flowing through the auxiliary magnetic circuit and the magnetic flux flowing through the main magnetic circuit even when the application of the voltage to the coil has stopped. a horizontal portion of a yoke arranged near one end portion of an iron core; a movable iron piece pivotably supported on a leading end edge portion of a vertical portion of the yoke; an end portion of the movable iron piece adapted to be attracted to a magnetic pole portion by a main magnetic circuit, the magnetic pole portion is arranged in the other end portion of the iron core, where the main magnetic circuit is formed by applying a voltage to a coil wound around a periphery of the iron core; and an auxiliary magnetic circuit formed in parallel with the main magnetic circuit, the auxiliary circuit comprises a permanent magnet arranged near the one end portion of the iron core and a magnetic resistance portion (47, 53a) in which the magnetic flux of the permanent magnet is magnetically saturated, wherein, in a moved state of the movable iron piece, wherein the voltage is applied to the coil and movement of the movable iron piece caused by attraction to the magnetic pole portion has stopped, the movable iron piece is retained in the moved state by a combined magnetic force of the magnetic flux flowing through the auxiliary magnetic circuit and the magnetic flux flowing through the main magnetic circuit even when the application of the voltage to the coil has stopped.
A reading device, comprising: a camera that acquires an image by imaging an object; and a scanner that emits a light beam towards the object in a scanning manner to emit a scanning light having a prescribed scanning angle range in a one-dimensional prescribed direction, and that detects the scanning light reflected by the object so as to acquire a target information displayed on a surface of the object, an emission direction of the scanning light being changeable characterized in that the reading device further comprising a processor that performs: determining whether or not the surface of the object and an optical axis of the camera are perpendicular to each other; when the surface of the object and the optical axis of the camera are determined to be perpendicular to each other, acquiring distance information indicating a distance from the camera to the object; and causing the scanner to change the emission direction of the scanning light in accordance with the acquired distance information such that a center line of the prescribed scanning angle range of the scanning light and the optical axis of the camera intersect with each other on the surface of the object. a camera that acquires an image by imaging an object; and a scanner that emits a light beam towards the object in a scanning manner to emit a scanning light having a prescribed scanning angle range in a one-dimensional prescribed direction, and that detects the scanning light reflected by the object so as to acquire a target information displayed on a surface of the object, an emission direction of the scanning light being changeable characterized in that the reading device further comprising a processor that performs: determining whether or not the surface of the object and an optical axis of the camera are perpendicular to each other; when the surface of the object and the optical axis of the camera are determined to be perpendicular to each other, acquiring distance information indicating a distance from the camera to the object; and causing the scanner to change the emission direction of the scanning light in accordance with the acquired distance information such that a center line of the prescribed scanning angle range of the scanning light and the optical axis of the camera intersect with each other on the surface of the object. determining whether or not the surface of the object and an optical axis of the camera are perpendicular to each other; when the surface of the object and the optical axis of the camera are determined to be perpendicular to each other, acquiring distance information indicating a distance from the camera to the object; and causing the scanner to change the emission direction of the scanning light in accordance with the acquired distance information such that a center line of the prescribed scanning angle range of the scanning light and the optical axis of the camera intersect with each other on the surface of the object.
A diamond magnetic sensor comprising: diamond in a form of a plate containing a plurality of NV - center regions in a plan view; a magnetic array arranged in correspondence with the NV - center regions; a microwave generator configured to emit microwaves to the diamond; an excitation light generator configured to emit excitation light to the diamond; and a fluorescence sensor array configured to individually receive fluorescence produced from the plurality of NV - center regions. diamond in a form of a plate containing a plurality of NV - center regions in a plan view; a magnetic array arranged in correspondence with the NV - center regions; a microwave generator configured to emit microwaves to the diamond; an excitation light generator configured to emit excitation light to the diamond; and a fluorescence sensor array configured to individually receive fluorescence produced from the plurality of NV - center regions.
Iron-based montmorillonite medicine for use in treating hyperphosphatemia and iron deficiency anaemia, comprising a pharmaceutical effective ingredient and/or a pharmaceutic adjuvant, wherein the pharmaceutical effective ingredient is iron-based montmorillonite (Fe-montmorillonite) which is 20%∼100% by weight in the medicine; wherein the iron-base montmorillonite (Fe-montmorillonite) comprises iron ion which is 3.0%∼12.0% by weight in the iron-based montmorillonite (Fe-montmorillonite); wherein the iron-based montmorillonite (Fe-montmorillonite) is obtained by soaking or eluting medicinal montmorillonite using water soluble iron salt solution,wherein the water soluble iron salt solution is any one of ferrous gluconate solution, ferrous succinate solution, ferrous lactate solution, ferrous fumarate solution, and ferrous sulfat solution, and the medicinal montmorillonite is selected from any one of calcium based montmorillonite (Ca-montmorillonite), sodium based montmorillonite (Na-montmorillonite), and magnesium based montmorillonite (Mg-montmorillonite).
A method for wireless communications by a user equipment, UE, comprising: identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle; and maintaining a same transmit power when transmitting data to the node over the segment of UL subframes in the TTI bundle. identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle; and maintaining a same transmit power when transmitting data to the node over the segment of UL subframes in the TTI bundle.