mhurhangee/ep-ind-claims huggingface dataset:
A blood purification apparatus comprising: a blood circuit including an arterial blood circuit and a venous blood circuit and through which blood of a patient is allowed to extracorporeally circulate from a distal end of the arterial blood circuit to a distal end of the venous blood circuit; a blood purification device interposed between the arterial blood circuit and the venous blood circuit of the blood circuit and that is configured to purify the blood flowing through the blood circuit; a blood pump provided to the arterial blood circuit and that delivers the blood in the blood circuit; and an air-trap chamber connected to the blood circuit and that is configured to collect air in the blood flowing through the blood circuit, wherein a substitution-fluid-infusion device that is configured to infuse a substitution fluid is connected to the air-trap chamber; a substitution fluid layer is formable on a blood layer in the air-trap chamber; the air-trap chamber is provided with a blood-interface-detecting device that is configured to detect an interface between the blood layer and the substitution fluid layer that are formed in the air-trap chamber; and a lack of substitution fluid in the air-trap chamber is detectable on the basis of the interface between the blood layer and the substitution fluid layer that is detected by the blood-interface-detecting device. a blood circuit including an arterial blood circuit and a venous blood circuit and through which blood of a patient is allowed to extracorporeally circulate from a distal end of the arterial blood circuit to a distal end of the venous blood circuit; a blood purification device interposed between the arterial blood circuit and the venous blood circuit of the blood circuit and that is configured to purify the blood flowing through the blood circuit; a blood pump provided to the arterial blood circuit and that delivers the blood in the blood circuit; and an air-trap chamber connected to the blood circuit and that is configured to collect air in the blood flowing through the blood circuit, wherein a substitution-fluid-infusion device that is configured to infuse a substitution fluid is connected to the air-trap chamber; a substitution fluid layer is formable on a blood layer in the air-trap chamber; the air-trap chamber is provided with a blood-interface-detecting device that is configured to detect an interface between the blood layer and the substitution fluid layer that are formed in the air-trap chamber; and a lack of substitution fluid in the air-trap chamber is detectable on the basis of the interface between the blood layer and the substitution fluid layer that is detected by the blood-interface-detecting device.
A sensor bracket for a tube ring and also for a vibratory conduit (130a, 330), comprising: an outer surface substantially symmetric about an axis, wherein: the axis is external of the vibratory conduit when the sensor bracket is affixed to the tube ring that is affixed to the vibratory conduit; and the outer surface has a complementary portion configured to interface with the one of the tube ring and the vibratory conduit and wherein the complementary portion comprises a groove formed in the outer surface of of the sensor bracket. the axis is external of the vibratory conduit when the sensor bracket is affixed to the tube ring that is affixed to the vibratory conduit; and the outer surface has a complementary portion configured to interface with the one of the tube ring and the vibratory conduit and wherein the complementary portion comprises a groove formed in the outer surface of of the sensor bracket.
A constant temperature circulator for maintaining a liquid at a constant temperature, comprising a housing that encapsulates a controller, a display connected to the controller, a heating element connected to the controller, a temperature sensor connected to the controller, and an electric motor connected to the controller including an output shaft having an impeller, wherein the housing is at least a two-piece construction where each piece is moulded, and wherein the housing further includes an edge disposed in a lower portion to define a skirt cavity below a chamber to prevent objects that may be disposed in the liquid from contacting the impeller, heating element or output shaft, wherein the controller includes a processor and a memory capable of storing data for use by the processor, wherein the display is a liquid crystal display, and wherein the controller is capable of commanding the impeller to be operated by the electric motor in a clockwise or a counter-clockwise direction.
An end effector (200, 300, 400) for a robotic arm, the end effector comprising: two fixed pipe engaging jaws (204, 304, 404), each jaw comprising an inner contour (214, 314, 414) configured for engaging a pipe section (250, 350) and with a gap or distance between the two jaws (204, 304, 504) for receiving the pipe section (250, 350) therebetween; wherein the end effector (200, 300, 400) is configured to be actuated between an open configuration and a closed configuration by rotating the end effector (200, 300, 400); and the end effector (200, 300, 400) is configured to restrict radial movement of the pipe section (250, 350, 450) while permitting axial movement. two fixed pipe engaging jaws (204, 304, 404), each jaw comprising an inner contour (214, 314, 414) configured for engaging a pipe section (250, 350) and with a gap or distance between the two jaws (204, 304, 504) for receiving the pipe section (250, 350) therebetween; wherein the end effector (200, 300, 400) is configured to be actuated between an open configuration and a closed configuration by rotating the end effector (200, 300, 400); and the end effector (200, 300, 400) is configured to restrict radial movement of the pipe section (250, 350, 450) while permitting axial movement.
A nonthermal plasma-based exhaust gas particulate matter reduction apparatus for preventing an arcing phenomenon, the apparatus comprising: a chamber which is a tubular body having exhaust gas flowing therein and is connected to a ground power supply; a power supply device which is disposed outside the chamber and includes a voltage generation unit for generating a steady-state voltage at which maximum efficiency of a nonthermal plasma phenomenon is generated; an emitter which is disposed inside the chamber and generates nonthermal plasma between the chamber by having the steady-state voltage applied thereto; a rod which applies the steady-state voltage to the emitter by electrically connecting the voltage generation unit and the emitter; and an arcing prevention unit which prevents an arcing phenomenon from occurring between the rod and the chamber by providing insulation between the rod and the chamber, characterized in that the arcing prevention unit comprises: a rod isolation means in which the entire rod is disposed therein and made of an insulation material; and an insulation film coated on an inner surface of the chamber to include an orthogonal projection of the rod on the inner surface of the chamber. a chamber which is a tubular body having exhaust gas flowing therein and is connected to a ground power supply; a power supply device which is disposed outside the chamber and includes a voltage generation unit for generating a steady-state voltage at which maximum efficiency of a nonthermal plasma phenomenon is generated; an emitter which is disposed inside the chamber and generates nonthermal plasma between the chamber by having the steady-state voltage applied thereto; a rod which applies the steady-state voltage to the emitter by electrically connecting the voltage generation unit and the emitter; and an arcing prevention unit which prevents an arcing phenomenon from occurring between the rod and the chamber by providing insulation between the rod and the chamber, characterized in that the arcing prevention unit comprises: a rod isolation means in which the entire rod is disposed therein and made of an insulation material; and an insulation film coated on an inner surface of the chamber to include an orthogonal projection of the rod on the inner surface of the chamber. a rod isolation means in which the entire rod is disposed therein and made of an insulation material; and an insulation film coated on an inner surface of the chamber to include an orthogonal projection of the rod on the inner surface of the chamber.
A wavelength conversion laser, comprising: a laser light source for emitting a fundamental wave; a wavelength conversion element comprising an optically nonlinear material for converting the fundamental wave from the fundamental wave light source into a converted wave; a pair of fundamental wave reflecting surfaces (3,4) for reflecting the fundamental wave to define a plurality of fundamental wave paths passing the wavelength conversion element at different angles; and a control unit for controlling wavelength conversion efficiencies by controlling a phase matching condition of the wavelength conversion element so that the wavelength conversion efficiency on a specific one of the plurality of fundamental wave paths extending in different directions between the pair of fundamental wave reflecting surfaces (3,4) is highest, wherein at least one of the pair of fundamental wave reflecting surfaces (3,4) serves as an output surface for transmitting the converted wave, characterized in that the control unit causes converted waves produced on at least two or more of the respective fundamental wave paths to be simultaneously emitted as a multi-beam and controls an intensity distribution of the multi-beam. a laser light source for emitting a fundamental wave; a wavelength conversion element comprising an optically nonlinear material for converting the fundamental wave from the fundamental wave light source into a converted wave; a pair of fundamental wave reflecting surfaces (3,4) for reflecting the fundamental wave to define a plurality of fundamental wave paths passing the wavelength conversion element at different angles; and a control unit for controlling wavelength conversion efficiencies by controlling a phase matching condition of the wavelength conversion element so that the wavelength conversion efficiency on a specific one of the plurality of fundamental wave paths extending in different directions between the pair of fundamental wave reflecting surfaces (3,4) is highest, wherein at least one of the pair of fundamental wave reflecting surfaces (3,4) serves as an output surface for transmitting the converted wave, characterized in that the control unit causes converted waves produced on at least two or more of the respective fundamental wave paths to be simultaneously emitted as a multi-beam and controls an intensity distribution of the multi-beam.
A pressure relief valve for pressure equalization between an essentially closed space and the surrounding atmosphere, said pressure relief valve includes a valve housing including: - a cylindrical pipe section defining a wall and a flow passage, - an upwardly oriented outflow, - a valve seat arranged in said outflow, - a valve body arranged to cooperate with said valve seat, said valve body having a drop shaped outer surface suitable for collecting gas flowing through said outflow and around said valve body to form an upwardly oriented jet, said valve body further includes a downwardly oriented valve face configured for abutting said valve seat arranged in said outflow in order to define a closed state of said pressure relief valve, - a stem configured for axial guidance of said valve body, - a lifting element arranged further down in said flow passage, relative to said valve seat, wherein said lifting element is connected to said valve body via said stem in order to allow said lifting element and said valve body to be moved axially as one unit between a closed state of said pressure relief valve and a state in which said pressure relief valve is open, and wherein said pressure relief valve is configured such that the essentially closed space is, at anytime, in communication with the area above said lifting element, wherein said cylindrical pipe section further includes a flow constriction defining an essentially truncated conically shaped interior of said flow constriction, said flow constriction is configured and arranged to encircle said lifting element when said pressure relief valve is closed such that a radial passage between said lifting element and said flow constriction increases when said lifting element and said valve body are moved from a closed state of said pressure relief valve towards an open state of said pressure relief valve, characterized in that said flow constriction is provided to said cylindrical pipe section defining said wall of said valve housing as a ring having an outer diameter corresponding to an inner diameter of said cylindrical pipe section - a cylindrical pipe section defining a wall and a flow passage, - an upwardly oriented outflow, - a valve seat arranged in said outflow, - a valve body arranged to cooperate with said valve seat, said valve body having a drop shaped outer surface suitable for collecting gas flowing through said outflow and around said valve body to form an upwardly oriented jet, said valve body further includes a downwardly oriented valve face configured for abutting said valve seat arranged in said outflow in order to define a closed state of said pressure relief valve, - a stem configured for axial guidance of said valve body, - a lifting element arranged further down in said flow passage, relative to said valve seat,
A control system of an internal combustion engine, the internal combustion engine comprising an exhaust purification catalyst which is arranged in an exhaust passage of the internal combustion engine and which is configured to store oxygen, and a downstream side air-fuel ratio sensor which is arranged at a downstream side of said exhaust purification catalyst in an exhaust flow direction and which is configured to detect the air-fuel ratio of the exhaust gas flowing out from said exhaust purification catalyst, the control system of an internal combustion engine being configured to perform feedback control so that an air-fuel ratio of the exhaust gas flowing into said exhaust purification catalyst becomes a target air-fuel ratio, and to perform target air-fuel ratio setting control which switches said target air-fuel ratio to a lean set air-fuel ratio which is leaner than a stoichiometric air-fuel ratio when said air-fuel ratio detected by the downstream side air-fuel ratio sensor becomes a rich judgment air-fuel ratio or less and which switches said target air-fuel ratio to a rich set air-fuel ratio which is richer than the stoichiometric air-fuel ratio when an oxygen storage amount of said exhaust purification catalyst becomes a predetermined switching reference storage amount smaller than the maximum storable oxygen amount or more, wherein during execution of said feedback control and said target air-fuel ratio setting control, when a condition for increasing the reference storage amount stands, said switching reference storage amount is increased over the amount up to then.
A gas turbine engine compressor comprising: a rotor assembly comprising an outer rim and a blade; an expansion slot passing through an outer surface and an inner surface of the outer rim, wherein the expansion slot includes a fore end and an aft end; and characterised by an axial seal disposed fore of the expansion slot in front of the portion of the expansion slot which extends below the inner surface. a rotor assembly comprising an outer rim and a blade; an expansion slot passing through an outer surface and an inner surface of the outer rim, wherein the expansion slot includes a fore end and an aft end; and characterised by an axial seal disposed fore of the expansion slot in front of the portion of the expansion slot which extends below the inner surface.
Medicine bottle, having a bottle body which has an inner space to receive a medicine, and having a bottle top which is attached to the bottle body, wherein the bottle top has a riser tube which projects into the inner space in order to facilitate a pumping of the medicine out of the inner space through the riser tube and out of the medicine bottle, wherein the inner space is delimited by a bottom side, of which the height varies over a base area of the bottle body between a maximum height and a minimum height, to allow the medicine to accumulate in the region of the minimum height in the case of a low fill level of the medicine, and wherein a length of the riser tube is chosen such that the riser tube projects fur-ther into the inner space than to the maximum height of the bottom side, wherein the riser tube consists of a flexible material which allows, during assembly of the bottle top on the bottle body, the riser tube to initially contact a raised region of the bottom side and, in the event of a further lowering of the bottle top onto the bottle body, said riser tube bends and a lower end of said riser tube is displaced in the direction of the region of the bottom side with minimum height, characterised in that a lower end of the riser tube has at least one notch on its end face, which forms a radial connection between an inner space of the riser tube and a surrounding, and the lower end of the riser tube in regions between the notch or the notches has a conical form which tapers towards the end of the riser tube, wherein an inlet aperture of the riser tube is enlarged by the at least one notch and reduced again by the conical form.
A parallel-connected LED illuminant comprising a parallel-connected bracket, at least one LED light emitting unit group and a fluorescent powder layer; wherein said LED light emitting unit group is arranged in straight line on a linear substrate monomer along a long axis of the linear substrate monomer; said fluorescent powder layer fully covers the surface of the LED light emitting unit group on the linear substrate monomer, said linear substrate monomer is made of a metallic material or a ceramic material having a high heat conductivity coefficient, and only the surface of the linear substrate monomer provided with the LED light emitting unit group is covered with the fluorescent powder layer, and other surfaces of the linear substrate monomer are not covered with the fluorescent powder layer, characterized in that said parallel-connected bracket comprises two or more than two paralleled linear substrate monomers, each LED light emitting unit group comprises a multiplicity of LED light emitting units connected in series, and the LED light emitting groups on different linear substrate monomers are connected in parallel, and said LED illuminant is in series connection with electrode pins at the ends of said parallel-connected bracket.
A method of preparing a tadalafil free base-containing film, comprising: drying a polymer solution, in which tadalafil free base is dispersed by the addition of a polyethyleneglycol-based polymer, a vinylpyrrolidone-based polymer, or mixtures thereof as a dispersion stabilizing agent, wherein the polyethyleneglycol-based polymer is a homopolymer of following chemical formula 1: where R is hydrogen or an alkyl group having 1 - 6 carbon atoms, and n is an integer of from 1 to 300; or a polyvinyl alcohol-polyethylene glycol copolymer; and wherein the vinylpyrrolidone-based polymer is polyvinylpyrrolidone or a vinylpyrrolidone-vinyl acetate copolymer; wherein the dispersion stabilizing agent is present from 0.2 wt% to 20 wt% based on a total weight of a dried film; wherein 90 wt% or more of the solvent of the polymer solution is water.
A clip, comprising: two opposed arms, each of the two opposed arms defining an elongated axis and a mounting structure at an exposed end thereof; a bridge connecting the two opposed arms at a location spaced from the mounting structures, the bridge defining an axis that is perpendicular to the elongated axes defined by the two opposed arms; and at least one channel defined between the two opposed arms; wherein the mounting structure associated with the first of the two opposed arms comprises a first upper extension and a first lower extension, wherein the mounting structure associated with the second of the two opposed arms comprises a second upper extension and a second lower extension, wherein the first upper extension and the second upper extension i) extend in a plane that is perpendicular to the elongated axes defined by the two opposed arms, ii) extend in a plane that is aligned with the axis defined by the bridge, and iii) extend away from each other; wherein the first lower extension and the second lower extension i) extend in a plane that is perpendicular to the elongated axes defined by the two opposed arms, ii) extend in a plane that is aligned with the axis defined by the bridge, and iii) extend away from each other; wherein a first cavity is defined between the first lower extension and the first upper extension, and a second cavity is defined between the second lower extension and the second upper extension; and wherein the first upper extension is longer than the first lower extension, and the second upper extension is longer than the second lower extension. two opposed arms, each of the two opposed arms defining an elongated axis and a mounting structure at an exposed end thereof; a bridge connecting the two opposed arms at a location spaced from the mounting structures, the bridge defining an axis that is perpendicular to the elongated axes defined by the two opposed arms; and at least one channel defined between the two opposed arms; wherein the mounting structure associated with the first of the two opposed arms comprises a first upper extension and a first lower extension, wherein the mounting structure associated with the second of the two opposed arms comprises a second upper extension and a second lower extension, wherein the first upper extension and the second upper extension i) extend in a plane that is perpendicular to the elongated axes defined by the two opposed arms, ii) extend in a plane that is aligned with the axis defined by the bridge, and iii) extend away from each other; wherein the first lower extension and the second lower extension i) extend in a plane that is perpendicular to the elongated axes defined by the two opposed arms, ii) extend in a plane that is aligned with the axis defined by the bridge, and iii) extend away from each other; wherein a first cavity is defined between the first lower extension and the first upper extension, and a second cavity is defined between the second lower extension and the second upper extension; and wherein the first upper extension is longer than the first lower extension, and the second upper extension is longer than the second lower extension.