mhurhangee/ep-ind-claims huggingface dataset:
A system for treating pulmonary hypertension, said system comprising: an implantable port configured for subcutaneous implantation and having an internal chamber; a guide conduit attached at one end to the implantable port; an inflatable balloon attached at another end of the guide conduit to receive an inflation medium therefrom; a catheter which slidably receives the guide conduit and inflatable balloon; and means (6, 6a, 7) for anchoring at least one of the catheter and the inflatable balloon when the balloon is partially inflated within the pulmonary artery; the anchoring means comprises at least one tissue-penetrating element that is configured to be deployed from the catheter to anchor within the heart; characterized in that: the catheter has a T-branch that is configured to lie within the heart chamber, wherein one branch of the T extends into the pulmonary artery to deploy the inflatable balloon and the other branch of the T is open to deploy the at least one tissue-penetrating element. an implantable port configured for subcutaneous implantation and having an internal chamber; a guide conduit attached at one end to the implantable port; an inflatable balloon attached at another end of the guide conduit to receive an inflation medium therefrom; a catheter which slidably receives the guide conduit and inflatable balloon; and means (6, 6a, 7) for anchoring at least one of the catheter and the inflatable balloon when the balloon is partially inflated within the pulmonary artery; the anchoring means comprises at least one tissue-penetrating element that is configured to be deployed from the catheter to anchor within the heart; characterized in that: the catheter has a T-branch that is configured to lie within the heart chamber, wherein one branch of the T extends into the pulmonary artery to deploy the inflatable balloon and the other branch of the T is open to deploy the at least one tissue-penetrating element.
A drive device comprising: a gear having a hole; a shaft that passes through the hole; and a grease composition that is held in a clearance between the shaft and an inner peripheral surface of the hole, wherein the gear is configured to rotate on a peripheral surface of the shaft, at least one of the gear and the shaft is made of a resin, the clearance is in a range of 10 to 110 μm, the grease composition contains a hydrocarbon base oil and lithium soap serving as a thickener, a weight ratio of the hydrocarbon base oil to the lithium soap is in a range of 94.5:5.5 to 96.0:4.0, and a consistency of the grease composition is in a range of 360 to 400, as measured by Japanese Industrial Standard K2220. a gear having a hole; a shaft that passes through the hole; and a grease composition that is held in a clearance between the shaft and an inner peripheral surface of the hole, wherein
An endoscope comprising: an insertion portion including an image pickup section and an illumination section in a distal end portion thereof; and a light guide inserted through an inside of the insertion portion, the light guide including a plurality of fibers made of a glass not containing lead, the plurality of fibers guiding illuminating light from a light source apparatus connected to a proximal end portion side to the illumination section, the light guide having a numerical aperture of 0.46 to 0.90, and wherein a core glass of the fibers has a refractive index nd of 1.56 to 1.74, characterized in that the core glass has a composition of 20 to 55 wt% SiO 2, 0 to 4.0 wt% B 2 O 3, neither P 2 O 5 nor GeO 2 contained, 25 to 72 wt% (BaO+SrO+La 2 O 3 +Lu 2 O 3 + Ta 2 O 5 +Gd 2 O 3 +WO 3), 0 to 30 wt% ZnO, no Al 2 O 3 contained, no ZrO 2 contained, neither PbO nor As 2 O 3 contained, 0 to 15 wt% (Na 2 O+K 2 O), 0 to 0.050 wt% Sb 2 O 3 and 0.26 to 1.63 wt% (Na 2 SO 4 +K 2 SO 4). an insertion portion including an image pickup section and an illumination section in a distal end portion thereof; and a light guide inserted through an inside of the insertion portion, the light guide including a plurality of fibers made of a glass not containing lead, the plurality of fibers guiding illuminating light from a light source apparatus connected to a proximal end portion side to the illumination section, the light guide having a numerical aperture of 0.46 to 0.90, and wherein a core glass of the fibers has a refractive index nd of 1.56 to 1.74, characterized in that the core glass has a composition of 20 to 55 wt% SiO 2, 0 to 4.0 wt% B 2 O 3, neither P 2 O 5 nor GeO 2 contained, 25 to 72 wt% (BaO+SrO+La 2 O 3 +Lu 2 O 3 + Ta 2 O 5 +Gd 2 O 3 +WO 3), 0 to 30 wt% ZnO, no Al 2 O 3 contained, no ZrO 2 contained, neither PbO nor As 2 O 3 contained, 0 to 15 wt% (Na 2 O+K 2 O), 0 to 0.050 wt% Sb 2 O 3 and 0.26 to 1.63 wt% (Na 2 SO 4 +K 2 SO 4).
A method for designing an efficient separation process comprising the steps of: a. analyzing compositions of a feed mixture; b. selecting a sorbent, a displacer, and a presaturant; c. testing for intrinsic parameters of said sorbent and effective selectivity between any two components of said feed mixture; d. optimizing separation parameters using an algorithm based on the intrinsic parameters of selected sorbent, effective selectivity, components of said feed mixture, targeted yield and purity; and e. conducting said efficient separation process according to the optimized separation parameters, wherein said algorithm for obtaining optimized parameters for said effective separation process comprises the steps of: a. collecting column radius, particle size, column capacity, bed void, particle porosity, displacer concentration, diffusivity coefficients, feed concentration and composition, selectivity, target yield, pressure limit, and purity cut; b. calculating an overall mass transfer coefficient; c. determining a nonideal factor from an empirical correlation; d. calculating a loading fraction based said nonideal factor; e. calculating a flow rate for a plurality of column lengths based on said mass transfer coefficient; f. verifying that said flow rate is permissible under a specified pressure limit; g. determining productivity and selecting the highest productivity system; and h. generating a set of optimized parameters for said efficient separation process. a. analyzing compositions of a feed mixture; b. selecting a sorbent, a displacer, and a presaturant; c. testing for intrinsic parameters of said sorbent and effective selectivity between any two components of said feed mixture; d. optimizing separation parameters using an algorithm based on the intrinsic parameters of selected sorbent, effective selectivity, components of said feed mixture, targeted yield and purity; and e. conducting said efficient separation process according to the optimized separation parameters, a. collecting column radius, particle size, column capacity, bed void, particle porosity, displacer concentration, diffusivity coefficients, feed concentration and composition, selectivity, target yield, pressure limit, and purity cut; b. calculating an overall mass transfer coefficient; c. determining a nonideal factor from an empirical correlation; d. calculating a loading fraction based said nonideal factor; e. calculating a flow rate for a plurality of column lengths based on said mass transfer coefficient; f. verifying that said flow rate is permissible under a specified pressure limit; g. determining productivity and selecting the highest productivity system; and h. generating a set of optimized parameters for said efficient separation process.
A vertical production tree, comprising: a piping spool; and a hanger assembly positioned in the piping spool, the hanger assembly characterized by: a piping spool member having shoulder, a side opening, and a fluid bypass port, the piping spool member attached to a tubing bonnet; a cable hanger adapted for insertion in the piping spool member, and having a lip arranged to contact the shoulder of the piping spool member to limit downward movement of the cable hanger relative to the piping spool member, the cable hanger having a vertical penetrator that is open to a side of the cable hanger and that can be accessed via the side opening of the piping spool member; and a downhole device attached to and suspended from the cable hanger, the downhole device electrically connected to surface equipment through the cable hanger and the side opening of the piping spool member. a piping spool; and a hanger assembly positioned in the piping spool, the hanger assembly a piping spool member having shoulder, a side opening, and a fluid bypass port, the piping spool member attached to a tubing bonnet; a cable hanger adapted for insertion in the piping spool member, and having a lip arranged to contact the shoulder of the piping spool member to limit downward movement of the cable hanger relative to the piping spool member, the cable hanger having a vertical penetrator that is open to a side of the cable hanger and that can be accessed via the side opening of the piping spool member; and a downhole device attached to and suspended from the cable hanger, the downhole device electrically connected to surface equipment through the cable hanger and the side opening of the piping spool member.
A printer, comprising: a printing portion configured to perform printing on a recording medium; a cutting portion including a fixed blade and a movable blade and configured to cut the recording medium along a width direction thereof by movement of the movable blade; an adhesive adding portion configured to add an adhesive to one surface of the recording medium; and a transfer roller disposed to face the adhesive adding portion and configured to press the recording medium toward the adhesive adding portion and transport the recording medium, characterized in that the adhesive adding portion is integrally assembled together with the movable blade, and provided to move together with the movable blade along a moving direction of the movable blade. a printing portion configured to perform printing on a recording medium; a cutting portion including a fixed blade and a movable blade and configured to cut the recording medium along a width direction thereof by movement of the movable blade; an adhesive adding portion configured to add an adhesive to one surface of the recording medium; and a transfer roller disposed to face the adhesive adding portion and configured to press the recording medium toward the adhesive adding portion and transport the recording medium, characterized in that the adhesive adding portion is integrally assembled together with the movable blade, and provided to move together with the movable blade along a moving direction of the movable blade.
An analytical device comprising: a substrate; a defining element (3, 4, 9, 10a, 10b, 10c) defining a flow path of a sample; a first pair of electrodes formed on the substrate and located in the flow path; a second pair of electrodes formed on the substrate and located downstream of the first pair of electrodes in the flow path; and a dropped reagent restricting element (16, 20b, 23) formed between the downstream end portion of the first pair of electrodes and an upstream end portion of the second pair of electrodes in the flow path, the dropped reagent restricting element (16, 20b, 23) being configured to restrict movement of a dropped reagent, wherein the analytical device has been obtained by the following manufacturing steps: the dropped reagent is dropped on the second pair of electrodes, and the dropped reagent is not dropped on the first pair of electrodes, or a different dropped reagent is dropped on the first pair of electrodes, and wherein, in a crosswise direction that crosses an inflow direction of the sample, the dropped reagent restricting element (16, 20b, 23) is provided in a central portion of the crosswise direction, and two gaps (17a, 17b, 21a, 21b, 24a, 24b) are provided such that the dropped reagent restricting element is sandwiched between the two gaps. a substrate; a defining element (3, 4, 9, 10a, 10b, 10c) defining a flow path of a sample; a first pair of electrodes formed on the substrate and located in the flow path; a second pair of electrodes formed on the substrate and located downstream of the first pair of electrodes in the flow path; and a dropped reagent restricting element (16, 20b, 23) formed between the downstream end portion of the first pair of electrodes and an upstream end portion of the second pair of electrodes in the flow path, the dropped reagent restricting element (16, 20b, 23) being configured to restrict movement of a dropped reagent, wherein the analytical device has been obtained by the following manufacturing steps: the dropped reagent is dropped on the second pair of electrodes, and the dropped reagent is not dropped on the first pair of electrodes, or a different dropped reagent is dropped on the first pair of electrodes, and wherein, in a crosswise direction that crosses an inflow direction of the sample, the dropped reagent restricting element (16, 20b, 23) is provided in a central portion of the crosswise direction, and two gaps (17a, 17b, 21a, 21b, 24a, 24b) are provided such that the dropped reagent restricting element is sandwiched between the two gaps.
An injection apparatus for injecting molten plastic, in particular PET, into a mold for molding bottle preforms; the injection apparatus comprising - a first injector and a second injector adapted to receive molten plastic and inject it into the mold alternately to each other; - a conduit adapted to carry molten plastic from a plasticization apparatus towards the first injector and towards the second injector; - a third injector provided with a piston, the third injector being connected to the conduit so as to receive molten plastic from the conduit and then inject it into the conduit; - actuation means adapted to cause the piston of the third injector to move forward to inject the molten plastic into the conduit; wherein the first injector and the second injector are adapted to inject molten plastic into the mold, in particular into the same mold, through the same nozzle; wherein said actuation means are adapted to control the backward movement of the piston of the third injector while it receives the molten plastic from the conduit. the injection apparatus comprising - a first injector and a second injector adapted to receive molten plastic and inject it into the mold alternately to each other; - a conduit adapted to carry molten plastic from a plasticization apparatus towards the first injector and towards the second injector; - a third injector provided with a piston, the third injector being connected to the conduit so as to receive molten plastic from the conduit and then inject it into the conduit; - actuation means adapted to cause the piston of the third injector to move forward to inject the molten plastic into the conduit; - a first injector and a second injector adapted to receive molten plastic and inject it into the mold alternately to each other; - a conduit adapted to carry molten plastic from a plasticization apparatus towards the first injector and towards the second injector; - a third injector provided with a piston, the third injector being connected to the conduit so as to receive molten plastic from the conduit and then inject it into the conduit; - actuation means adapted to cause the piston of the third injector to move forward to inject the molten plastic into the conduit; wherein the first injector and the second injector are adapted to inject molten plastic into the mold, in particular into the same mold, through the same nozzle; wherein said actuation means are adapted to control the backward movement of the piston of the third injector while it receives the molten plastic from the conduit.
A display apparatus which is to be mounted on a straddled vehicle and communicably connectable to a portable terminal, the display apparatus comprising: a meter display module comprising: a first circuit board; a first display panel disposed on the first circuit board and configured to display a meter display picture indicating a traveling state of the straddled vehicle; and a first control unit disposed on the first circuit board and configured to control the first display panel; and an infotainment display module comprising: a second circuit board; a second display panel disposed on the second circuit board and configured to display infotainment information transmitted from the portable terminal; and a second control unit disposed on the second circuit board and configured to control the second display panel, and a communication module disposed on the second circuit board and communicably connectable to the portable terminal, characterized in that the second circuit board is mounted on the first circuit board. a meter display module comprising: a first circuit board; a first display panel disposed on the first circuit board and configured to display a meter display picture indicating a traveling state of the straddled vehicle; and a first control unit disposed on the first circuit board and configured to control the first display panel; and a first circuit board; a first display panel disposed on the first circuit board and configured to display a meter display picture indicating a traveling state of the straddled vehicle; and a first control unit disposed on the first circuit board and configured to control the first display panel; and an infotainment display module comprising: a second circuit board; a second display panel disposed on the second circuit board and configured to display infotainment information transmitted from the portable terminal; and a second control unit disposed on the second circuit board and a second circuit board; a second display panel disposed on the second circuit board and configured to display infotainment information transmitted from the portable terminal; and a second control unit disposed on the second circuit board and configured to control the second display panel, and a communication module disposed on the second circuit board and communicably connectable to the portable terminal, characterized in that the second circuit board is mounted on the first circuit board.
Manual or automatic spray gun for spraying a coating product, comprising a nozzle and a device for setting the product in rotation inside the nozzle, the device comprising a body delimiting at least one helical groove for the passage of all or some of the product, the device delimiting a central through-bore for the passage of a needle for closing the nozzle, characterised in that the body comprises an upstream cylindrical portion and a downstream frustoconical portion, and in that each helical groove extends continuously at the surface of the upstream cylindrical portion and at the surface of the downstream frustoconical portion.
A refractory plate for a slide gate valve for controlling a flow rate of liquid steel, comprising a fused raw material, wherein the fused raw material comprises the following elements each in a proportion in the range of the following mass fractions: aluminum: 46 to 55 % by mass; oxygen: 42 to 49 % by mass; carbon: 0.1 to 3 % by mass; silicon: 0.1 to 4 % by mass.
An apparatus for treating the surface of glass sheets, comprising a structure that can move with respect to a worktable adapted to support at least one sheet to be processed; said sheet having at least one face that is covered by a coating layer; said apparatus further comprising a means (5a, 5b) for scoring said coating layer and a means for removing the scored coating layer; wherein it comprises at least one opening at said means for removing the scored coating layer; said means for scoring said coating layer comprising a tool, associated with said structure; said tool comprising a pair of scoring blades (5a, 5b) that are mutually parallel; said scoring blades (5a, 5b) having cutting edges (7a, 7b) that are arranged transversely to said worktable; said means for removing the scored coating layer comprising at least one removal blade associated with said tool; said removal blade having a cutting edge that is arranged parallel to said worktable; said apparatus being characterized in that said removal blade is flanked by said scoring blades (5a, 5b); said opening being connected to a suction means.
A power transmission tower (1000, 2000, 3000, 4000), comprising: a tower body (100, 200, 300, 400); a first cross arm (121, 221, 321) and a second cross arm (122, 222, 322) transversely arranged with respect to the tower body (100, 200, 300, 400); a first supporting member (110, 210, 410) extending outwards from a first side of the tower body in a first transverse direction, one end of the first supporting member (110, 210, 410) being fixed to the tower body (100, 200, 300, 400), the other end of the first supporting member (110, 210, 410) being a first free end; and a second supporting member (110, 210, 410) extending outwards from a second, opposite side of the tower body (100, 200, 300, 400) in the first transverse direction, one end of the second supporting member (110, 210, 410) being fixed to the tower body (100, 200, 300, 400), the other end of the second supporting member (110, 210, 410) being a second free end, wherein the first (121, 221, 321) and second (122, 222, 322) cross arms extend in a second transverse direction which is perpendicular to the first transverse direction, wherein one end of the first cross arm (121, 221, 321) is connected to the first free end, wherein one end of the second cross arm (122, 222, 322) is connected to the second free end, wherein the other end of the first cross arm (121, 221, 321) and the other end of the second cross arm (122, 222, 322) are connected to each other and are for arranging overhead wires, characterized in that the first and second supporting members (110, 210, 410) comprise one or more rod-shaped structures. a tower body (100, 200, 300, 400); a first cross arm (121, 221, 321) and a second cross arm (122, 222, 322) transversely arranged with respect to the tower body (100, 200, 300, 400); a first supporting member (110, 210, 410) extending outwards from a first side of the tower body in a first transverse direction, one end of the first supporting member (110, 210, 410) being fixed to the tower body (100, 200, 300, 400), the other end of the first supporting member (110, 210, 410) being a first free end; and a second supporting member (110, 210, 410) extending outwards from a second, opposite side of the tower body (100, 200, 300, 400) in the first transverse direction, one end of the second supporting member (110, 210, 410) being fixed to the tower body (100, 200, 300, 400), the other end of the second supporting member (110, 210, 410) being a second free end, wherein the first (121, 221, 321) and second (122, 222, 322) cross arms extend in a second transverse direction which is perpendicular to the first transverse direction, wherein one end of the first cross arm (121, 221, 321) is connected to the first free end, wherein one end of the second cross arm (122, 222, 322) is connected to the second free end, wherein the other end of the first cross arm (121, 221, 321) and the other end of the second cross arm (122, 222, 322) are connected to each other and are for arranging overhead wires, characterized in that the first and second supporting members (110, 210, 410) comprise one or more rod-shaped structures.