mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous cleaning composition comprising: (a) N,N-dialkyl-N-aliphatic ammonium hydroxycarboxylate salt; (b) nonionic surfactant and anionic surfactant; and (c) at least 85 wt.% water; wherein, other than an optional fragrance component, the composition contains no more than 0.1 wt.% glycol ether solvents, aliphatic alcohol solvents, polyol solvents and amino alcohol solvents. (a) N,N-dialkyl-N-aliphatic ammonium hydroxycarboxylate salt; (b) nonionic surfactant and anionic surfactant; and (c) at least 85 wt.% water;
A color calibration system comprising: a calibration target generation engine to print a calibration target foreground comprising a foreground color patch and a calibration target background comprising a background color patch on a non-opaque media, the calibration target foreground being printed directly on the calibration target background, wherein color for the background color patch is selected based on the color of the foreground color patch, and the color of the background color patch is a color which is known to optimize at least one of a dynamic range and a monotonicity of a set of color measurements measurement of the calibration target foreground; a color measurement engine to perform a color measurement of the calibration target foreground, the color measurement representing an amount of light reflected by the calibration target foreground; and a color calibration engine that calibrates a printer based on the color measurement. a calibration target generation engine to print a calibration target foreground comprising a foreground color patch and a calibration target background comprising a background color patch on a non-opaque media, the calibration target foreground being printed directly on the calibration target background, wherein color for the background color patch is selected based on the color of the foreground color patch, and the color of the background color patch is a color which is known to optimize at least one of a dynamic range and a monotonicity of a set of color measurements measurement of the calibration target foreground; a color measurement engine to perform a color measurement of the calibration target foreground, the color measurement representing an amount of light reflected by the calibration target foreground; and a color calibration engine that calibrates a printer based on the color measurement.
A washing machine comprising: a tub for accommodating washing water; a transmission coil which is provided in the tub and is configured to transmit power wirelessly by generating a wireless power signal; a cylindrical drum which is disposed inside the tub to accommodate cloth and is rotatable; and a balancer for reducing unbalance generated by a biasing of the cloth during rotation of the drum ; wherein the balancer comprises; a reception coil which is provided in the drum and is configured to generate power from a magnetic field formed by the transmission coil ; at least two drive modules which are configured to be driven by the power of the reception coil and provided in the drum ; and at least one balancing weight which is configured to move along a circumference of the drum by a driving force of each drive module , and to change a center of gravity of the drum , characterized in that the washing machine further comprising: an ammeter which is configured to measure an input current value of the transmission coil ; and a controller for controlling the ammeter and the balancer , wherein the controller is configured to determine a position of the balancing weights based on the input current value when the drum rotates. a tub for accommodating washing water; a transmission coil which is provided in the tub and is configured to transmit power wirelessly by generating a wireless power signal; a cylindrical drum which is disposed inside the tub to accommodate cloth and is rotatable; and a balancer for reducing unbalance generated by a biasing of the cloth during rotation of the drum ; wherein the balancer comprises; a reception coil which is provided in the drum and is configured to generate power from a magnetic field formed by the transmission coil ; at least two drive modules which are configured to be driven by the power of the reception coil and provided in the drum ; and at least one balancing weight which is configured to move along a circumference of the drum by a driving force of each drive module , and to change a center of gravity of the drum , an ammeter which is configured to measure an input current value of the transmission coil ; and a controller for controlling the ammeter and the balancer , wherein the controller is configured to determine a position of the balancing weights based on the input current value when the drum rotates.
A nozzle tip for pulverized solid fuel nozzle of pulverized solid fuel fired furnace that reduces NOx emissions, the nozzle tip comprising: a generally cylindrical inner air shroud enclosing a central duct having an inlet , an outlet and a central axis running generally from the inlet to the outlet generally through a center of the central duct , wherein the inlet receives a fuel flow ; a generally cylindrical outer air shroud enclosing the inner air shroud and defining an annular duct therebetween; and a rotor comprising a rotor hub and angled blades resembling a propeller, the rotor hub being aligned along the central axis, the rotor rotatably positioned with the central passageway causing turbulence and mixing of the fuel flow with air thereby reducing the NOx emissions, characterized in that the angled blades extend from the rotor hub to an inner surface of the inner air shroud . a generally cylindrical inner air shroud enclosing a central duct having an inlet , an outlet and a central axis running generally from the inlet to the outlet generally through a center of the central duct , wherein the inlet receives a fuel flow ; a generally cylindrical outer air shroud enclosing the inner air shroud and defining an annular duct therebetween; and a rotor comprising a rotor hub and angled blades resembling a propeller, the rotor hub being aligned along the central axis, the rotor rotatably positioned with the central passageway causing turbulence and mixing of the fuel flow with air thereby reducing the NOx emissions, characterized in that the angled blades extend from the rotor hub to an inner surface of the inner air shroud .
An apparatus for use in humidified gases delivery treatment comprising: a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a water chamber in order to provide gases flow to a said water chamber , a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber , a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet , said patient outlet being in fluid connection with or adapted to make fluid connection with a flexible breathing conduit for delivery of humidified gases to a patient; wherein the humidified gases return comprises an elbow tube having an inlet end and an outlet end, provided to receive humidified gases from the water chamber and direct humidified gases into the flexible breathing conduit; wherein the elbow tube is removably secured on the housing. a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a water chamber in order to provide gases flow to a said water chamber , a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber , a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet , said patient outlet being in fluid connection with or adapted to make fluid connection with a flexible breathing conduit for delivery of humidified gases to a patient; wherein the humidified gases return comprises an elbow tube having an inlet end and an outlet end, provided to receive humidified gases from the water chamber and direct humidified gases into the flexible breathing conduit; wherein the elbow tube is removably secured on the housing.
A consumable cartridge for an inhaler device , the consumable cartridge comprising: - a casing defining a cavity ( C ), the casing comprising a first region and a second region ; and - an elastic bladder located within the cavity of said casing and enclosing a vaporizing liquid ( L ); wherein the first region of the casing comprises a pierceable portion , and the second region comprises a pre-perforated portion ; and wherein the bladder is disconnected from the casing in the first region, and wherein the bladder is configured to rupture or to be cut when it is pierced by a piercing member of the inhaler device such that the ruptured or cut area of the bladder creates an opening which is significantly larger than the cross sectional area of the piercing member, wherein the bladder is fixedly connected to the casing at a connection point ( P ) which is distal from the pierceable portion. - a casing defining a cavity ( C ), the casing comprising a first region and a second region ; and - an elastic bladder located within the cavity of said casing and enclosing a vaporizing liquid ( L );
A method for operating a user equipment, UE , which operates in a network congestion state, in a wireless communication system, the method comprising: based on determination that it is not an emergency, transmitting a packet data network, PDN, connectivity request message without information on an access point name, APN, to a network entity; receiving, from the network entity, a PDN connectivity reject message comprising a backoff timer, wherein the PDN connectivity reject message does not include the information on the APN, in response to the PDN connectivity request message; characterized by based on an assumption that the backoff timer is applied to a default APN, with which the UE had established a PDN connection previously, restricting an Evolved packet service Session Management, ESM, procedure for the default APN while the backoff timer is running and performing the ESM procedure for other APNs other than the default APN regardless of the backoff timer being running. based on determination that it is not an emergency, transmitting a packet data network, PDN, connectivity request message without information on an access point name, APN, to a network entity; receiving, from the network entity, a PDN connectivity reject message comprising a backoff timer, wherein the PDN connectivity reject message does not include the information on the APN, in response to the PDN connectivity request message; characterized by based on an assumption that the backoff timer is applied to a default APN, with which the UE had established a PDN connection previously, restricting an Evolved packet service Session Management, ESM, procedure for the default APN while the backoff timer is running and performing the ESM procedure for other APNs other than the default APN regardless of the backoff timer being running.
A method, comprising: receiving, via a processor , a unit configuration for a fluid mixing and dispensing system , wherein the fluid mixing and dispensing system comprises one or more fluid hardware components , wherein the one or more fluid hardware components are configured to provide a sprayed paint; determining one or more software modules corresponding to the one or more fluid hardware components , wherein the one or more software modules comprise a proportional-integral-derivative controller and a motor controller ; and configuring a modular plural component platform by loading the one or more software modules corresponding to the one or more fluid hardware components , wherein the modular plural component platform comprises channels that detect and identify the one or more coupled fluid hardware component and that reconfigure automatically to connect to and provide communication to the one or more fluid hardware components based on connection to the one or more fluid hardware components , wherein the one or more software modules further comprise a flow meter module , a user interface module , or a combination thereof. receiving, via a processor , a unit configuration for a fluid mixing and dispensing system , wherein the fluid mixing and dispensing system comprises one or more fluid hardware components , wherein the one or more fluid hardware components are configured to provide a sprayed paint; determining one or more software modules corresponding to the one or more fluid hardware components , wherein the one or more software modules comprise a proportional-integral-derivative controller and a motor controller ; and configuring a modular plural component platform by loading the one or more software modules corresponding to the one or more fluid hardware components , wherein the modular plural component platform comprises channels that detect and identify the one or more coupled fluid hardware component and that reconfigure automatically to connect to and provide communication to the one or more fluid hardware components based on connection to the one or more fluid hardware components , wherein the one or more software modules further comprise a flow meter module , a user interface module , or a combination thereof.
A computer implemented method of analysing a response of an analyte test device , comprising: recording, by a reading device , an image of coded test information associated with the test device wherein the test information comprises first and second registration marks ; determining directly based on the image of the test information one or more test parameters, wherein the test parameters comprise location information for providing a location on the test device of one or more features; recording, by the reading device , an image of one or more optically responsive portions of the test device ; and determining the response of the test device based on the one or more test parameters and the image of the one or more optically responsive portions of the test device, wherein the determining the response comprises applying a perspective transform to the image of the one or more optically responsive portions of the test device to convert the locations of one or more features in the image to a standard coordinate system, regardless of the effect of translation and rotation of the test device 100 with respect to the reading device 200; wherein the location information provides a distance of the one or more optically responsive portions from the test information and an angle between an axis of the test information and the one or more optically responsive portions , wherein a unit of measurement used to determine the distance is determined based on a length between the first and second registration marks . recording, by a reading device , an image of coded test information associated with the test device wherein the test information comprises first and second registration marks ; determining directly based on the image of the test information one or more test parameters, wherein the test parameters comprise location information for providing a location on the test device of one or more features; recording, by the reading device , an image of one or more optically responsive portions of the test device ; and determining the response of the test device based on the one or more test parameters and the image of the one or more optically responsive portions of the test device, wherein the determining the response comprises applying a perspective transform to the image of the one or more optically responsive portions of the test device to convert the locations of one or more features in the image to a standard coordinate system, regardless of the effect of translation and rotation of the test device 100 with respect to the reading device 200; wherein the location information provides a distance of the one or more optically responsive portions from the test information and an angle between an axis of the test information and the one or more optically responsive portions , wherein a unit of measurement used to determine the distance is determined based on a length between the first and second registration marks .
An analysis method of a substrate (W) by use of a nozzle for substrate analysis, which discharges an analysis liquid (D) from a tip of the nozzle , scans a surface of the substrate (W) with a discharged analysis liquid (D), and then sucks the analysis liquid (D), comprising the steps of: arranging, opposite to a nozzle tip, a liquid catch plate that catches the discharged analysis liquid (D), to thereby retain the analysis liquid (D) discharged from the tip between the nozzle tip and the liquid catch plate ; positioning the substrate (W) so that the end part thereof can be inserted between the nozzle tip and the liquid catch plate ; bringing the end part of the substrate (W) into contact with the analysis liquid (D) retained between the nozzle tip and the liquid catch plate ; and moving the nozzle and the liquid catch plate concurrently along a periphery of the substrate (W), while keeping the end part of the substrate (W) in contact with the analysis liquid (D), to thereby analyze the end part of the substrate (W); and wherein the nozzle is constituted by a triple concentric tube that includes a tube through which the analysis liquid (D) is discharged and sucked; a first outer tube arranged around an outer circumference of the tube so as to surround the analysis liquid (D) dragged for scanning; and a second outer tube arranged around an outer circumference of the first outer tube , and the nozzle further includes a first exhaust unit having an exhaust path arranged between the tube and the first outer tube ; and a second exhaust unit having an exhaust path arranged between the first outer tube and the second outer tube . arranging, opposite to a nozzle tip, a liquid catch plate that catches the discharged analysis liquid (D), to thereby retain the analysis liquid (D) discharged from the tip between the nozzle tip and the liquid catch plate ; positioning the substrate (W) so that the end part thereof can be inserted between the nozzle tip and the liquid catch plate ; bringing the end part of the substrate (W) into contact with the analysis liquid (D) retained between the nozzle tip and the liquid catch plate ; and moving the nozzle and the liquid catch plate concurrently along a periphery of the substrate (W), while keeping the end part of the substrate (W) in contact with the analysis liquid (D), to thereby analyze the end part of the substrate (W); and wherein the nozzle is constituted by a triple concentric tube that includes a tube through which the analysis liquid (D) is discharged and sucked; a first outer tube arranged around an outer circumference of the tube so as to surround the analysis liquid (D) dragged for scanning; and a second outer tube arranged around an outer circumference of the first outer tube , and the nozzle further includes a first exhaust unit having an exhaust path arranged between the tube and the first outer tube ; and a second exhaust unit having an exhaust path arranged between the first outer tube and the second outer tube .
A method for deoxygenating renewable oils comprised of natural oils or greases or derivatives thereof comprising triglycerides or free fatty acids, comprising the steps of: providing a sulfided catalyst comprising: a support predominantly comprised of alumina, metal compounds provided on the support, the metal compounds based on Mo and at least one selected from the group consisting of Ni and Co, and at least one promoter selected from the group consisting of Cu and Cr; wherein the promoter metal is present in the catalyst in an amount calculated as oxide in the range 0.5 wt% to 10 wt%; and contacting the renewable oils with the catalyst under conditions sufficient to promote deoxygenation of the renewable oils. a support predominantly comprised of alumina, metal compounds provided on the support, the metal compounds based on Mo and at least one selected from the group consisting of Ni and Co, and at least one promoter selected from the group consisting of Cu and Cr; wherein the promoter metal is present in the catalyst in an amount calculated as oxide in the range 0.5 wt% to 10 wt%; and contacting the renewable oils with the catalyst under conditions sufficient to promote deoxygenation of the renewable oils.
A system comprising: a reciprocating compressor ; a magnetostriction-based sensor coupled to the reciprocating compressor and configured to measure a change in magnetic permeability of a target material of the reciprocating compressor ; a processor configured to: convert the measured change in the magnetic permeability of the target material into an estimated mechanical stress under which the target material is exposed; and determine an estimated pressure in the compressor based at least in part on the estimated mechanical stress. a reciprocating compressor ; a magnetostriction-based sensor coupled to the reciprocating compressor and configured to measure a change in magnetic permeability of a target material of the reciprocating compressor ; a processor configured to: convert the measured change in the magnetic permeability of the target material into an estimated mechanical stress under which the target material is exposed; and determine an estimated pressure in the compressor based at least in part on the estimated mechanical stress. convert the measured change in the magnetic permeability of the target material into an estimated mechanical stress under which the target material is exposed; and determine an estimated pressure in the compressor based at least in part on the estimated mechanical stress.
A disc for a spinning liquid disc atomizer: wherein a surface of the disc comprises a plurality of concentric rings having different radii centred on the centre of the disc; and characterized in that a first concentric ring of an adjacent pair of concentric rings has a surface configured to exhibit a first level of adhesion to a liquid and a second concentric ring of the adjacent pair of concentric rings has a surface configured to exhibit a second level of adhesion to the liquid, and wherein the first level of adhesion is less than the second level of adhesion. wherein a surface of the disc comprises a plurality of concentric rings having different radii centred on the centre of the disc; and characterized in that a first concentric ring of an adjacent pair of concentric rings has a surface configured to exhibit a first level of adhesion to a liquid and a second concentric ring of the adjacent pair of concentric rings has a surface configured to exhibit a second level of adhesion to the liquid, and wherein the first level of adhesion is less than the second level of adhesion.