mhurhangee/ep-ind-claims huggingface dataset:
A system for establishing physiological conditions in a patient's blood, the system comprising: (a) blood flow tubing configured to be in fluid communication with the patient's circulatory system; (b) an oxygenator in fluid communication with the blood flow tubing; (c) a blood pump configured to cause blood to flow within the blood flow tubing; (d) a filter comprising a first filter chamber and a second filter chamber separated by a semipermeable barrier, wherein the first filter chamber is in fluid communication with the blood flow tubing; (e) a wash solution reservoir in fluid communication with the second filter chamber; and (f) a wash solution input pump in fluid communication with the wash solution reservoir configured to cause a wash solution to flow within the second filter chamber in a direction opposite the direction of blood flow, characterized in that the wash solution reservoir contains a wash solution having 133 - 145 mmol/L sodium, a pH of 7.35-7.45, 22-28 mmol/L bi-carbonate, and 95-115 mmol/L chloride. (a) blood flow tubing configured to be in fluid communication with the patient's circulatory system; (b) an oxygenator in fluid communication with the blood flow tubing; (c) a blood pump configured to cause blood to flow within the blood flow tubing; (d) a filter comprising a first filter chamber and a second filter chamber separated by a semipermeable barrier, wherein the first filter chamber is in fluid communication with the blood flow tubing; (e) a wash solution reservoir in fluid communication with the second filter chamber; and (f) a wash solution input pump in fluid communication with the wash solution reservoir configured to cause a wash solution to flow within the second filter chamber in a direction opposite the direction of blood flow,
A vehicle seat having an anchor for holding a child seat, a pad having a recess, a trim cover covering the pad, a bezel provided in the recess and having an opening, and a cap covering the opening of the bezel, characterized in that guide grooves extending straight in a front-back direction are made in left and right sides of the bezel; a holding means is provided between the bezel and the cap, for holding the cap at a position where the cap covers the opening of the bezel; control pins protrude from the left and right sides of the bezel to abut on the back of the cap covering the opening of the bezel, thereby to control the cap being swung into the bezel; and as a force is applied to the cap covering the opening of the bezel to push hinge pins into the guide grooves, the back of the cap slides on the control pins, swinging the cap around the hinge pins, moving the cap up and storing the cap into the bezel.
A method for etching an indium gallium zinc oxide, IGZO, structure, the method comprising: exposing, in a first step, the IGZO structure to a reactant flow comprising a methane-based reactant, wherein a reactant layer is formed on the IGZO structure, wherein the IGZO structure comprises an IGZO layer formed on a silicon-based substrate; exposing, in a second step, the reactant layer formed on the IGZO structure to an argon flow, wherein one or more reactant molecules are removed from the reactant layer, wherein the one or more reactant molecules, which are removed from the reactant layer formed on the IGZO structure, are removed together with one or more IGZO molecules, whereby the IGZO layer is etched; exposing a region of the substrate, where the IGZO layer has been removed, to the reactant flow, wherein a reactant layer is formed on the substrate; and exposing the reactant layer formed on the substrate to the argon flow, wherein no reactant molecule is removed from the reactant layer formed on the substrate. exposing, in a first step, the IGZO structure to a reactant flow comprising a methane-based reactant, wherein a reactant layer is formed on the IGZO structure, wherein the IGZO structure comprises an IGZO layer formed on a silicon-based substrate; exposing, in a second step, the reactant layer formed on the IGZO structure to an argon flow, wherein one or more reactant molecules are removed from the reactant layer, wherein the one or more reactant molecules, which are removed from the reactant layer formed on the IGZO structure, are removed together with one or more IGZO molecules, whereby the IGZO layer is etched; exposing a region of the substrate, where the IGZO layer has been removed, to the reactant flow, wherein a reactant layer is formed on the substrate; and exposing the reactant layer formed on the substrate to the argon flow, wherein no reactant molecule is removed from the reactant layer formed on the substrate.
Connection device (2; 102; 202) for gas appliance, comprising: a valve pusher configured to be moved between a retracted position in which the valve pusher is retracted for closing a flap of a valve of a gas cartridge and an extended position in which the valve pusher is extended for pushing back the flap of the valve of the gas cartridge and for thus opening the flap of the valve of the gas cartridge; and a first control member configured to be moved between a closing position in which the first control member moves the valve pusher into the retracted position and an opening position in which the first control member moves the valve pusher into the extended position. a valve pusher configured to be moved between a retracted position in which the valve pusher is retracted for closing a flap of a valve of a gas cartridge and an extended position in which the valve pusher is extended for pushing back the flap of the valve of the gas cartridge and for thus opening the flap of the valve of the gas cartridge; and a first control member configured to be moved between a closing position in which the first control member moves the valve pusher into the retracted position and an opening position in which the first control member moves the valve pusher into the extended position.
Apparatus comprising: a headset for a wearer, the headset including a left earcup for providing sound to the wearer's left ear and a right earcup for providing sound to the wearer's right ear; and a headset controller and a push to talk unit configured to be electrically connected with the headset and configured for receiving multiple incoming radio signals, the headset controller including: a first radio signal input connection configured for receiving a first radio signal from a first radio; a second radio signal input connection configured for receiving a second radio signal from a second radio different from the first radio; and an electrical switching mechanism; the switching mechanism being operative to sense the presence of a first radio signal at the first radio signal input connection; the switching mechanism being operative to sense the presence of a second radio signal at the second radio signal input connection; the electrical switching mechanism being operative, when a first radio signal is present and a second radio signal is not present, to direct the first radio signal to both the left earcup and the right earcup; the electrical switching mechanism being operative, when a second radio signal is present and a first radio signal is not present, to direct the second radio signal to both the left earcup and the right earcup; and the electrical switching mechanism being operative, when both a first radio signal and a second radio signal are present, to direct the first radio signal to only the left earcup and the second radio signal to only the right earcup. a headset for a wearer, the headset including a left earcup for providing sound to the wearer's left ear and a right earcup for providing sound to the wearer's right ear; and a headset controller and a push to talk unit configured to be electrically connected with the headset and configured for receiving multiple incoming radio signals, the headset controller including: a first radio signal input connection configured for receiving a first radio signal from a first radio; a second radio signal input connection configured for receiving a second radio signal from a second radio different from the first radio; and an electrical switching mechanism; the switching mechanism being operative to sense the presence of a first radio signal at the first radio signal input connection; the switching mechanism being operative to sense the presence of a second radio signal at the second radio signal input connection; the electrical switching mechanism being operative, when a first radio signal is present and a second radio signal is not present, to direct the first radio signal to both the left earcup and the right earcup; the electrical switching mechanism being operative, when a second radio signal is present and a first radio signal is not present, to direct the second radio signal to both the left earcup and the right earcup; and the electrical switching mechanism being operative, when both a first radio signal and a second radio signal are present, to direct the first radio signal to only the left earcup and the second radio signal to only the right earcup.
A system for retrofitting an electrical actuator system of a hydro-electric turbine in a hydraulic control environment, the system comprising: - a control interface configured to receive a hydraulic control signal generated for hydraulic actuators and process the hydraulic control signal to generate a first control signal for controlling movement of a first electrical actuator, and a second control signal for controlling movement of a second electrical actuator; the first and a second electrical actuators (134a, 134b) being operably connected at opposite positions to a gate operating ring which is connected to rotating wicket gates of the turbine; the first and second control signals causing the first and second electrical actuators (134a, 134b) to have axial movements which are identical in speed and opposite in directions for rotating the gate operating ring to a desired position, thereby, substantially imitating an exact movement of the hydraulic actuators in response to the hydraulic control signal. - a control interface configured to receive a hydraulic control signal generated for hydraulic actuators and process the hydraulic control signal to generate a first control signal for controlling movement of a first electrical actuator, and a second control signal for controlling movement of a second electrical actuator; the first and a second electrical actuators (134a, 134b) being operably connected at opposite positions to a gate operating ring which is connected to rotating wicket gates of the turbine;
System comprising a multi-chamber hollow profile having a fastening wall and at least one inner wall, and comprising a hinge part (100, 200, 300, 400) of an articulation hinge, in particular a leaf hinge part, that is fastened to the fastening wall, the hinge part (100, 200, 300, 400) comprising a mounting part (7, 107, 207, 307, 407, 507, 607, 707, 807) which can be fixedly attached to the multi-chamber hollow profile and an adjusting part which can be moved relative to the mounting part (7, 107, 207, 307, 407, 507, 607, 707, 807) and can be fixed in a desired displacement position, characterized in that the mounting part (7, 107, 207, 307, 407, 507, 607, 807) comprises a plurality of first fitting extensions (408, 608, 708) which engage in perforations in the fastening wall and the inner wall with at least almost zero-clearance, and at least one second fitting extension (9, 309, 409) which engages in perforations only in the fastening wall with at least almost zero-clearance.
An endoscope inserted-shape detecting apparatus, comprising: a magnetic-field detecting section in which multiple magnetic-field detecting elements for detecting magnetic fields generated by multiple magnetic-field generating elements provided in an insertion section of an endoscope are placed at predetermined positions; a signal detecting section for outputting the magnetic fields detected by the magnetic-field detecting elements as magnetic field signals; a magnetic-field generated position estimating section for estimating the positions of the magnetic field generating elements based on the magnetic field signals; and a control section; characterised in that the control section ias adapted to select a predetermined subset of the magnetic-field detecting elements to be used for detecting the magnetic field signal of the magnetic field generating elements for which the position could not be estimated by the magnetic-field generated position estimating section, and is adapted to select a redefined subset of the magnetic-field detecting elements to be used for detecting the magnetic field signal of the magnetic field generating elements for which the position could be estimated by the magnetic-field generated position estimating section. a magnetic-field detecting section in which multiple magnetic-field detecting elements for detecting magnetic fields generated by multiple magnetic-field generating elements provided in an insertion section of an endoscope are placed at predetermined positions; a signal detecting section for outputting the magnetic fields detected by the magnetic-field detecting elements as magnetic field signals; a magnetic-field generated position estimating section for estimating the positions of the magnetic field generating elements based on the magnetic field signals; and a control section; characterised in that the control section ias adapted to select a predetermined subset of the magnetic-field detecting elements to be used for detecting the magnetic field signal of the magnetic field generating elements for which the position could not be estimated by the magnetic-field generated position estimating section, and is adapted to select a redefined subset of the magnetic-field detecting elements to be used for detecting the magnetic field signal of the magnetic field generating elements for which the position could be estimated by the magnetic-field generated position estimating section.
An apparatus for determining a rheological property of a fluid comprising: a computing device, a manifold having at least one selectable valve, a capillary having a first end and a second end with a substantially uniform diameter over a predetermined length, the first end disposed for fluid communication with a liquid sample to be measured, the second end attached to said manifold, the capillary together with the manifold and the at least one selectable valve define a chamber of predetermined volume, a regulated pressure source initially applied to induce the sample into the capillary and generate a dynamic differential pressure in the chamber, a pressure sensor attached to the chamber and configured to record the differential pressure in the chamber during a measurement cycle and output the differential pressure to the computing device, and a second pressure source coupled to the at least one selectable valve for evacuating the sample from the capillary. a computing device, a manifold having at least one selectable valve, a capillary having a first end and a second end with a substantially uniform diameter over a predetermined length, the first end disposed for fluid communication with a liquid sample to be measured, the second end attached to said manifold, the capillary together with the manifold and the at least one selectable valve define a chamber of predetermined volume, a regulated pressure source initially applied to induce the sample into the capillary and generate a dynamic differential pressure in the chamber, a pressure sensor attached to the chamber and configured to record the differential pressure in the chamber during a measurement cycle and output the differential pressure to the computing device, and a second pressure source coupled to the at least one selectable valve for evacuating the sample from the capillary.
Cleaning tablet, characterised in that it comprises bicarbonate, citric acid, surfactant, bleaching agent, bleach activator and a further complexing agent, the combined mass fraction of bicarbonate and citric acid in the cleaning tablet being 30% - 70%, and the molar ratio between bicarbonate and citric acid in the cleaning tablet being between 1:1 and 4:1, preferably between 2:1 and 3.5:1, in particular substantially 3:1, the further complexing agent being methylglycinediacetic acid, or a salt thereof. the combined mass fraction of bicarbonate and citric acid in the cleaning tablet being 30% - 70%, and the molar ratio between bicarbonate and citric acid in the cleaning tablet being between 1:1 and 4:1, preferably between 2:1 and 3.5:1, in particular substantially 3:1, the further complexing agent being methylglycinediacetic acid, or a salt thereof.
A threadless float assembly (150, 200, 300, 600, 700), comprising: a mandrel (202, 302) disposed within a casing segment; a packer assembly disposed about the mandrel (202, 302) and including a stopper disposed about the mandrel (202, 302) towards a first end of said casing segment; a valve assembly (206, 606, 706) coupled to the mandrel (202, 302) and disposed between the mandrel (202, 302) and said first end of the casing segment; a removable holder (224, 324, 624, 724) disposed about the valve assembly; and a setting tool coupled to said casing segment at the first end of the casing segment during setting of the packer assembly, wherein the removable holder (224, 324, 624, 724) prevents displacement of the packer assembly during setting of the packer assembly. a mandrel (202, 302) disposed within a casing segment; a packer assembly disposed about the mandrel (202, 302) and including a stopper disposed about the mandrel (202, 302) towards a first end of said casing segment; a valve assembly (206, 606, 706) coupled to the mandrel (202, 302) and disposed between the mandrel (202, 302) and said first end of the casing segment; a removable holder (224, 324, 624, 724) disposed about the valve assembly; and a setting tool coupled to said casing segment at the first end of the casing segment during setting of the packer assembly, wherein the removable holder (224, 324, 624, 724) prevents displacement of the packer assembly during setting of the packer assembly.
A waste water lifting installation with a collection container and with a pump assembly (18, 24), wherein the pump assembly (18, 24) is fastened on a flange plate which closes an opening on the upper side of the collection container, characterised in that the flange plate, on a first side edge which faces the middle region of the waste water lifting installation, is releasably fixed on the collection container with a single locking element (40; 50; 60).
A light emitting device comprising: a body having a cavity; a light emitting part in the cavity; a light conversion part on a path of a light from the light emitting part; a first capping part interposed between the light emitting part and the light conversion part; a second capping part covering the light conversion part and in that the thermal conductivity of the second capping part is higher than the thermal conductivity of the first capping part, wherein the thermal conductivity of the second capping part is higher than the thermal conductivity of the light conversion part, characterized in that it further comprises a heat transfer part provided in the first capping part, said heat transfer part being connected to the body; and wherein one surface of the light conversion part faced with the second capping part is curved surface. a body having a cavity; a light emitting part in the cavity; a light conversion part on a path of a light from the light emitting part; a first capping part interposed between the light emitting part and the light conversion part; a second capping part covering the light conversion part and in that the thermal conductivity of the second capping part is higher than the thermal conductivity of the first capping part, wherein the thermal conductivity of the second capping part is higher than the thermal conductivity of the light conversion part, characterized in that it further comprises a heat transfer part provided in the first capping part, said heat transfer part being connected to the body; and wherein one surface of the light conversion part faced with the second capping part is curved surface.
Use of a polymer film as a substrate, or a cover window of a flexible light emitting element display device, the polymer film comprising: a binder resin having a weight average molecular weight of 30,000 to 800,000; and polyrotaxane including a macrocycle to which a lactone-based compound is bonded, a linear molecule penetrating into the macrocycle, and a blocking group arranged at both ends of the linear molecule to prevent the macrocycle from being separated, wherein a rate of polyrotaxane in which an end of the lactone-based compound is substituted by a (meth)acrylate-based compound in the entire polyrotaxane is 40 mol% to 70 mol%, and the polymer film is bent over a mandrel having a diameter of 10 mm or less without cracking in a mandrel test according to ASTM Standard D522-93A method B. a binder resin having a weight average molecular weight of 30,000 to 800,000; and polyrotaxane including a macrocycle to which a lactone-based compound is bonded, a linear molecule penetrating into the macrocycle, and a blocking group arranged at both ends of the linear molecule to prevent the macrocycle from being separated, wherein a rate of polyrotaxane in which an end of the lactone-based compound is substituted by a (meth)acrylate-based compound in the entire polyrotaxane is 40 mol% to 70 mol%, and the polymer film is bent over a mandrel having a diameter of 10 mm or less without cracking in a mandrel test according to ASTM Standard D522-93A method B.
A method of manufacturing a liquid discharge head having a flow path communicating with a discharge port for discharging liquid, comprising, in the following order: preparing a substrate, which has an energy generation element on its surface for generating liquid discharge energy, with an evenly provided first layer on said surface; forming, from the first layer, a pattern of the flow path above the energy generation element for forming the flow path, and a first member provided outside the pattern via a gap; providing a second layer to fill the gap and to cover the pattern and the first member; and forming, from the second layer, a second member for forming the discharge port above the pattern and a side wall portion of the flow path from the filled gap; characterized by removing the first member and providing, at least at the position of the first member on the substrate, a third layer to hold the substrate in intimate contact with the second member and to strengthen the sidewall portion of the flow path; and removing the pattern to form the flow path. preparing a substrate, which has an energy generation element on its surface for generating liquid discharge energy, with an evenly provided first layer on said surface; forming, from the first layer, a pattern of the flow path above the energy generation element for forming the flow path, and a first member provided outside the pattern via a gap; providing a second layer to fill the gap and to cover the pattern and the first member; and forming, from the second layer, a second member for forming the discharge port above the pattern and a side wall portion of the flow path from the filled gap; characterized by removing the first member and providing, at least at the position of the first member on the substrate, a third layer to hold the substrate in intimate contact with the second member and to strengthen the sidewall portion of the flow path; and removing the pattern to form the flow path.