mhurhangee/patent-ind-claim-en huggingface dataset:
An onboard refueling vapor recovery system , comprising: a main canister and a spare canister which are filled with activated carbon, the onboard refueling vapor recovery system further comprises a hydrocarbon sensor , a grade rollover valve , a fill limit vent valve , a fuel vapor pipe , and a solenoid valve controller , the fuel vapor pipe comprises a first gas inlet , a second gas inlet , a first gas outlet , and a second gas outlet , the grade rollover valve and the fill limit vent valve are disposed at a top portion of a fuel tank , with opposite sides of the grade rollover valve hermetically connected with the fuel tank and the first gas inlet of the fuel vapor pipe , and opposite sides of the fill limit vent valve hermetically connected with the fuel tank and the second gas inlet of the fuel vapor pipe , the main canister hermetically connected with the first gas outlet of the fuel vapor pipe , and the spare canister hermetically connected with the second gas outlet of the fuel vapor pipe , the main canister is communicated with an intake manifold of an engine , the hydrocarbon sensor is disposed in the main canister , the hydrocarbon sensor is electrically connected with a vehicle control unit , the hydrocarbon sensor detects the concentration of hydrocarbon in the main canister and transmits the detection result to the vehicle control unit , the solenoid valve controller comprises a solenoid valve , the solenoid valve is disposed between the spare canister and the second gas outlet . a main canister and a spare canister which are filled with activated carbon, the onboard refueling vapor recovery system further comprises a hydrocarbon sensor , a grade rollover valve , a fill limit vent valve , a fuel vapor pipe , and a solenoid valve controller , the fuel vapor pipe comprises a first gas inlet , a second gas inlet , a first gas outlet , and a second gas outlet , the grade rollover valve and the fill limit vent valve are disposed at a top portion of a fuel tank , with opposite sides of the grade rollover valve hermetically connected with the fuel tank and the first gas inlet of the fuel vapor pipe , and opposite sides of the fill limit vent valve hermetically connected with the fuel tank and the second gas inlet of the fuel vapor pipe , the main canister hermetically connected with the first gas outlet of the fuel vapor pipe , and the spare canister hermetically connected with the second gas outlet of the fuel vapor pipe , the main canister is communicated with an intake manifold of an engine , the hydrocarbon sensor is disposed in the main canister , the hydrocarbon sensor is electrically connected with a vehicle control unit , the hydrocarbon sensor detects the concentration of hydrocarbon in the main canister and transmits the detection result to the vehicle control unit , the solenoid valve controller comprises a solenoid valve , the solenoid valve is disposed between the spare canister and the second gas outlet .
Device for supplying edge bands , comprising a storage unit with individual storage spaces which are designed to be fitted at least indirectly with edge bands each forming in particular at least in sections an edgeband reel, wherein the storage unit is arranged linearly displaceable in or on a base frame so that a selected edgeband reel can be moved into a working position in which the edge band situated on the edgeband reel can be taken up by an edgeband feed of an edge-banding machine characterised by at least one cutting arrangement (14; 14'; 14") by means of which a section of an edge band , in particular unwound from an edgeband reel, can be cut off at a cutting position (P1, P2) in the region of the working position, and by a brake unit via which an edge band arranged in particular at least in part inside a cassette can be fixed and/or braked in terms of its mobility.
A method for treating a metal-containing solution, wherein the metal is selected from nickel, cobalt, zinc or copper, and the metal-containing solution comprises a metal sulfate, and wherein the method comprises: mixing the metal-containing solution with lime cream to obtain a liquid-solid mixture; performing a thickening treatment on the liquid-solid mixture to obtain an overflow containing a metal hydroxide precipitate and an underflow containing calcium sulfate; and filtering the overflow containing the metal hydroxide precipitate to obtain the metal hydroxide and a filtrate, wherein a molar ratio of the metal in the metal-containing solution to calcium oxide in the lime cream is in a range of 0.8: 1 to 1.2:1, and wherein in the metal hydroxide obtained in step , a content of the metal is not less than 35 wt%, and a content of calcium is not more than 6 wt%. mixing the metal-containing solution with lime cream to obtain a liquid-solid mixture; performing a thickening treatment on the liquid-solid mixture to obtain an overflow containing a metal hydroxide precipitate and an underflow containing calcium sulfate; and filtering the overflow containing the metal hydroxide precipitate to obtain the metal hydroxide and a filtrate, wherein a molar ratio of the metal in the metal-containing solution to calcium oxide in the lime cream is in a range of 0.8: 1 to 1.2:1, and wherein in the metal hydroxide obtained in step , a content of the metal is not less than 35 wt%, and a content of calcium is not more than 6 wt%.
A battery bank for a redox flow battery having a cavity in which electrolyte is stored, wherein the electrolyte is provided for supply to one or more redox flow cells , wherein the cavity is a cavern and wherein the electrolyte comprises brine and polymer.
A trigger dispensing head applicable to a bottle of a trigger dispensing device for dispensing a product, comprising: - a frame , suitable for supporting the components of the head , comprising a main opening in communication with an internal compartment of the bottle ; - a cylinder chamber annularly delimited by a cylinder wall having an internal surface , wherein a main vent passage is obtained in the cylinder wall , putting in communication the main opening with the internal surface of the cylinder wall ; - a manually operable piston for translating between an initial rest position and a final end-of-stroke position; - a pressure chamber in which said piston operates; - a sleeve , which delimits said pressure chamber , at least partially housed in the cylinder chamber , comprising an annular sleeve wall , which has an external surface and an internal surface ; - a suction duct suitable for putting the internal compartment of the bottle in communication with the pressure chamber ; - a dispensing duct suitable for putting the pressure chamber in communication with the external environment; and - valve means for adjusting the flow of product from the suction duct to the pressure chamber during a suction step and from the pressure chamber to the dispensing duct during a dispensing step; the trigger dispensing head being characterized by a labyrinth seal suitable for putting the main vent passage in communication with the external environment, obtained on one of the external surface of the sleeve and the internal surface of the cylinder wall . - a frame , suitable for supporting the components of the head , comprising a main opening in communication with an internal compartment of the bottle ; - a cylinder chamber annularly delimited by a cylinder wall having an internal surface , wherein a main vent passage is obtained in the cylinder wall , putting in communication the main opening with the internal surface of the cylinder wall ; - a manually operable piston for translating between an initial rest position and a final end-of-stroke position; - a pressure chamber in which said piston operates; - a sleeve , which delimits said pressure chamber , at least partially housed in the cylinder chamber , comprising an annular sleeve wall , which has an external surface and an internal surface ; - a suction duct suitable for putting the internal compartment of the bottle in communication with the pressure chamber ; - a dispensing duct suitable for putting the pressure chamber in communication with the external environment; and - valve means for adjusting the flow of product from the suction duct to the pressure chamber during a suction step and from the pressure chamber to the dispensing duct during a dispensing step;
A power cable comprising:a conductor; an inner semiconductive layer configured to surround the conductor; an insulation layer configured to surround the inner semiconductive layer and including an inner insulation layer, an intermediate insulation layer and an outer insulation layer, which are sequentially stacked one above another; an outer semiconductive layer configured to surround the insulation layer; a metal sheath layer configured to surround the outer semiconductive layer; and a cable protecting layer configured to surround the metal sheath layer, wherein each of the inner insulation layer and the outer insulation layer is formed of Kraft paper impregnated with an insulation oil, the intermediate insulation layer is formed of a semi-synthetic paper impregnated with the insulation oil, and the semi-synthetic paper includes a plastic film and Kraft paper stacked on at least one surface of the plastic film, wherein the inner insulation layer has a thickness ranging from 1% to 10% of an entire thickness of the insulation layer, the intermediate insulation layer has a thickness equal to or greater than 75% of the entire thickness of the insulation layer, and the outer insulation layer has a thickness ranging from 5% to 15% of the entire thickness of the insulation layer, wherein the inner insulation layer and the outer insulation layer have a resistivity lower than a resistivity of the intermediate insulation layer, wherein the thickness of the outer insulation layer ranges from 1.5 times to 30 times the thickness of the inner insulation layer, and wherein the Kraft paper in the inner insulation layer and the outer insulation layer has a thickness greater than a thickness of the Kraft paper in the semi-synthetic paper.
Assembled yarn, wherein the assembled yarn comprises a first yarn and a second yarn; wherein the first yarn comprises a core yarn and a first wrap yarn, wherein the core yarn comprises a spun yarn, wherein the spun yarn comprises a blend of fibers, wherein the blend of fibers comprises first electrically conductive fibers; wherein the first wrap yarn comprises or consists out of one or a plurality of metallic filaments; wherein the first wrap yarn is wrapped around the core yarn with at least 300 turns per meter; wherein the second yarn comprises second electrically conductive fibers; and wherein the second yarn is wrapped around the first yarn; or wherein the second yarn is ply-twisted with the first yarn thereby forming a plied yarn.
Method for non-invasive determination of vital parameters of a living organism, in particular for a single or continuous measurement and/or monitoring of blood pressure, by means of a device with at least one optical recording unit and a computing unit, by recording a sequence of individual image data of a limited area of the skin of the living organism by means of the optical recording unit, evaluating the image data by means of the computing unit, comprising determination of a pulse wave propagation time and detection of the brightnesses of the pulse wave and determination of one or more vital parameters of the organism from the image data, wherein in the pulse wave measurement with a certain light colour, the detected total brightnesses of the pulse wave of at least one RR interval are split into discrete colours by means of suitable colour models, wherein the measured total brightnesses are converted for this to the colour model YCbCr and from this data are converted into the RGB colour model, characterised in that the pulse wave is represented three-dimensionally using the RGB colour model, wherein waves assigned to the different colours are displayed directly singly or continuously to the user.
A napped artificial leather comprising: a non-woven fabric that is an entangle body of ultrafine fibers having a fineness of 1 dtex or less; and an elastic polymer impregnated into the non-woven fabric, the napped artificial leather having, at least on one side thereof, a napped surface formed by napping the ultrafine fibers, wherein the ultrafine fibers contain 0.5 mass% or more of a pigment (A), the elastic polymer contains 0 to 0.01 mass% of a pigment (B), and the ultrafine fibers and the elastic polymer are undyed; the napped surface has a lightness L* value of 25 or less in a color coordinate space (L*a*b* color space); and a ratio of an area occupied by the elastic polymer, observed on the napped surface, to a total area of an area occupied by the ultrafine fibers and the area occupied by the elastic polymer, determined as set out in the description, is 0.5% or less. a non-woven fabric that is an entangle body of ultrafine fibers having a fineness of 1 dtex or less; and an elastic polymer impregnated into the non-woven fabric, the napped artificial leather having, at least on one side thereof, a napped surface formed by napping the ultrafine fibers, wherein the ultrafine fibers contain 0.5 mass% or more of a pigment (A), the elastic polymer contains 0 to 0.01 mass% of a pigment (B), and the ultrafine fibers and the elastic polymer are undyed; the napped surface has a lightness L* value of 25 or less in a color coordinate space (L*a*b* color space); and a ratio of an area occupied by the elastic polymer, observed on the napped surface, to a total area of an area occupied by the ultrafine fibers and the area occupied by the elastic polymer, determined as set out in the description, is 0.5% or less.
A counter-balanced mobile device, characterized by comprising a counterweight rack , a connection assembly , a transmission assembly and a driving member , wherein the counterweight rack is configured to be connected with a turntable , and the connection assembly is configured to be connected with a counterweight ; and the connection assembly is rotatably connected with the counterweight rack , the driving member is fixed on the counterweight rack , and is connected with the connection assembly through the transmission assembly to drive the connection assembly to rotate, so that the distance from the connection assembly to a set reference on the counterweight rack is adjusted; whereby the transmission assembly comprises a first connecting rod and a second connecting rod , one end of the first connecting rod is rotatably connected with the counterweight rack and the driving member comprises a fixed part and a driving part, whereby the fixed part is fixed on the counterweight rack , the driving part can move linearly relative to the fixed part, and the driving part is connected with the first connecting rod characterised in that the other end of the first connecting rod is rotatably connected with one end of the second connecting rod , and the other end of the second connecting rod is rotatably connected with the connection assembly . the connection assembly is rotatably connected with the counterweight rack , the driving member is fixed on the counterweight rack , and is connected with the connection assembly through the transmission assembly to drive the connection assembly to rotate, so that the distance from the connection assembly to a set reference on the counterweight rack is adjusted; whereby the transmission assembly comprises a first connecting rod and a second connecting rod , one end of the first connecting rod is rotatably connected with the counterweight rack and the driving member comprises a fixed part and a driving part, whereby the fixed part is fixed on the counterweight rack , the driving part can move linearly relative to the fixed part, and the driving part is connected with the first connecting rod characterised in that the other end of the first connecting rod is rotatably connected with one end of the second connecting rod , and the other end of the second connecting rod is rotatably connected with the connection assembly .
A thermoforming machine for containers, comprising a thermoforming station, equipped with a press that is fed by a sheet of previously heated thermoforming material; the sheet being pulled by a chain arranged on guides , and the press being equipped with a head , wherein a piston cap is provided, and a movable table configured to assemble at least one thermoforming mould for inverted conical containers , said thermoforming mould comprising two parts that can be separated when demoulding is carried out by lowering the movable table; characterised in that after the mould, the chain guides have a machining tilted in an upward direction, which creates a break in the sheet so that the previously formed containers tilt, moving them away from the mould and preventing the mould from contacting said previously formed containers when opened.
A method of making a composite sandwich structure comprising the steps of: providing a base lay-up on a surface, wherein the base lay-up comprises a first reinforcement material layer; providing a core layer on to the base lay-up, wherein the core layer comprises an open cellular structure and wherein the open cellular structure is at least partially filled with unbound particles; providing a top lay-up on top of the core layer, wherein the top lay-up comprises a second reinforcement material layer; after the open cellular structure is at least partially filled with unbound particles, introducing matrix material into the core layer via a pressure differential; and curing the matrix material. providing a base lay-up on a surface, wherein the base lay-up comprises a first reinforcement material layer; providing a core layer on to the base lay-up, wherein the core layer comprises an open cellular structure and wherein the open cellular structure is at least partially filled with unbound particles; providing a top lay-up on top of the core layer, wherein the top lay-up comprises a second reinforcement material layer; after the open cellular structure is at least partially filled with unbound particles, introducing matrix material into the core layer via a pressure differential; and curing the matrix material.
A steam-recycling system for a power plant comprising a steam generator and a low pressure steam turbine , the steam-recycling system comprising: a main condenser , a cooling system, an exhaust line for transporting a low mass flow exhaust steam from an exhaust of the low pressure steam turbine to the main condenser , and a bypass line for transporting a high mass flow steam from the steam generator for condensation without passing through the low pressure steam turbine , wherein the bypass line is separated from the exhaust line , and wherein the bypass line comprises at least one additional steam-condensing means , characterized in that the additional steam-condensing means comprises an additional condenser positioned separately from the exhaust line and from the main condenser, and the additional steam-condensing means being connected to the cooling system, and the cooling system being adapted for cooling of the steam entering the main condenser and the steam entering the additional steam-condensing means . a main condenser , a cooling system, an exhaust line for transporting a low mass flow exhaust steam from an exhaust of the low pressure steam turbine to the main condenser , and a bypass line for transporting a high mass flow steam from the steam generator for condensation without passing through the low pressure steam turbine , wherein the bypass line is separated from the exhaust line , and wherein the bypass line comprises at least one additional steam-condensing means , characterized in that the additional steam-condensing means comprises an additional condenser positioned separately from the exhaust line and from the main condenser, and the additional steam-condensing means being connected to the cooling system, and the cooling system being adapted for cooling of the steam entering the main condenser and the steam entering the additional steam-condensing means .
A treatment planning module comprising a processor configured to determine an energy distribution in an object, subject or material for one or more particle beams , or portions thereof, from a particle therapy system using a non-Gaussian model, wherein the non-Gaussian model comprises a combination of error functions (Erf), and wherein the treatment planning module is configured to determine a depth dose distribution using the non-Gaussian model.
A method of generating a facial aging visualization implemented by at least one computer processor programmed by one or more machine instructions, the method comprising: determining a predicted future presence of at least one clinical sign of skin aging for the subject based on receiving protein biomarker concentration information generated from a sample collected from the subject; generating a virtual representation on an electronic display indicative of the predicted future presence of the at least one clinical sign of skin aging in the absence of any treatment; wherein determining the at least one instance of the predicted facial aging trend based on receiving protein biomarker concentration information includes determining the at least one instance of the predicted facial aging trend based on receiving information about a concentration of or information indicative of a presence or absence of an FLG2 biomarker, a TG3 biomarker, an IDE biomarker, and a YKL40 biomarker. determining a predicted future presence of at least one clinical sign of skin aging for the subject based on receiving protein biomarker concentration information generated from a sample collected from the subject; generating a virtual representation on an electronic display indicative of the predicted future presence of the at least one clinical sign of skin aging in the absence of any treatment; wherein determining the at least one instance of the predicted facial aging trend based on receiving protein biomarker concentration information includes determining the at least one instance of the predicted facial aging trend based on receiving information about a concentration of or information indicative of a presence or absence of an FLG2 biomarker, a TG3 biomarker, an IDE biomarker, and a YKL40 biomarker.
A bed capable of providing postural support to a user, the bed comprising: a headrest having an adjustable height; a backrest having an adjustable angle (α) of inclination to incline the user's back; and a shoulder and arm rest positioned between the headrest and the backrest; wherein the headrest , backrest and the shoulder and arm rest are configurable to form a channel extending between and separating the headrest and the backrest when the headrest and backrest are adjusted in elevated positions, and CHARACTERISED IN THAT the headrest , backrest and the shoulder and arm rest are configured to form a substantially even sleeping surface of the backrest and shoulder and arm rest without forming the channel when the backrest is adjusted to a flat angle of inclination. a headrest having an adjustable height; a backrest having an adjustable angle (α) of inclination to incline the user's back; and a shoulder and arm rest positioned between the headrest and the backrest; wherein the headrest , backrest and the shoulder and arm rest are configurable to form a channel extending between and separating the headrest and the backrest when the headrest and backrest are adjusted in elevated positions, and CHARACTERISED IN THAT the headrest , backrest and the shoulder and arm rest are configured to form a substantially even sleeping surface of the backrest and shoulder and arm rest without forming the channel when the backrest is adjusted to a flat angle of inclination.