mhurhangee/ep-ind-claims huggingface dataset:
A combination preparation for use in a method for the treatment of female sub- and infertility associated with endometriosis, comprising at least the active ingredients C vitamin, E vitamins, B1 vitamin, B2 vitamin, B5 vitamin, B6 vitamins, B7 vitamin, B9 vitamin, B12 vitamins, niacin, zinc, iron, selenium, iodine, copper, N-acetylcysteine, lycopene, omega-3 fatty acids, ubiquinone-10, and optionally D vitamins, characterized in that lycopene is contained in the combination preparation in an amount with a lower limit of 8 mg.
A method for determining a mass flow measurement, comprising: calibrating a flowmeter sensor comprising at least one flow conduit at a first temperature; flowing a fluid having a second temperature that is different from the first temperature through the flowmeter sensor; inputting a density of the fluid into a flowmeter electronics; determining a compensated mass flow value of the fluid with the meter electronics, wherein the Modulus of Elasticity of the at least one flow conduit is unknown, and wherein said compensation is based on a function which does not utilize the modulus of elasticity; characterized in that the compensated mass flow rate is calculated as: ṁ = FCF · Δ t − zero ⋅ ρ f ⋅ 1 + α ⋅ Δ T 3 + C 2 K 2 ⋅ C 1 where: ṁ = mass flow FCF = Flow Calibration Factor (units: g/s per μs) Δ t = fundamental Coriolis time measurement zero = Δ t at no-flow conditions ρ f = fluid density α = thermal expansion coefficient C1 & C2 = calibration constants K 2 = Period squared. calibrating a flowmeter sensor comprising at least one flow conduit at a first temperature; flowing a fluid having a second temperature that is different from the first temperature through the flowmeter sensor; inputting a density of the fluid into a flowmeter electronics; determining a compensated mass flow value of the fluid with the meter electronics, wherein the Modulus of Elasticity of the at least one flow conduit is unknown, and wherein said compensation is based on a function which does not utilize the modulus of elasticity; characterized in that the compensated mass flow rate is calculated as: ṁ = FCF · ṁ = mass flow FCF = Flow Calibration Factor (units: g/s per μs) Δ t = fundamental Coriolis time measurement zero = Δ t at no-flow conditions ρ f = fluid density α = thermal expansion coefficient C1 & C2 = calibration constants K 2 = Period squared.
A training apparatus, comprising: a simulated human body part including a blood vessel model simulating blood vessels inside the simulated human body part through which a catheter can be delivered, and a treating part simulating a heart inside the simulated human body part and connected to the blood vessel model to be treated by the catheter; a supply unit configured to supply liquid to the simulated human body part; a container which is simulating a part or the entirety of the remaining parts of said simulated human body part and is capable of storing the liquid and including a space; a circulation unit configured to circulate the liquid inside the space and supply the liquid to the supply unit, characterized by the container being configured to contain at least a part of the simulated human body part submerged in the liquid; a discharge unit configured to discharge the liquid from the simulated human body part to the space of the container. a simulated human body part including a blood vessel model simulating blood vessels inside the simulated human body part through which a catheter can be delivered, and a treating part simulating a heart inside the simulated human body part and connected to the blood vessel model to be treated by the catheter; a supply unit configured to supply liquid to the simulated human body part; a container which is simulating a part or the entirety of the remaining parts of said simulated human body part and is capable of storing the liquid and including a space; a circulation unit configured to circulate the liquid inside the space and supply the liquid to the supply unit, the container being configured to contain at least a part of the simulated human body part submerged in the liquid; a discharge unit configured to discharge the liquid from the simulated human body part to the space of the container.
A prosthetic heart valve, comprising: a dual-wire wireform support frame including: a first cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, and a second cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, wherein the cusps of the first wireform are aligned with the cusps of the second wireform and the commissures of the first wireform are aligned with the commissures of the second wireform, wherein the prosthetic heart valve further comprises a plurality of flexible leaflets having outer edges sandwiched between the cusps of the first and second cloth-covered undulating wireforms (94, 96), wherein the cusps of both wireforms (94, 96) curve in an inflow direction and the commissures of both wireforms (94, 96) define upstanding commissure posts with inverted U-shapes projecting in an outflow direction, characterized in that the first wireform is smaller in radius and shorter in axial dimension than the second wireform which is positioned outward from the first wireform except at the aligned commissures where the first wireform bends outward so that its commissures are radially outside the second wireform and provide sewing anchors for commissure tabs of the flexible leaflets. a dual-wire wireform support frame including: a first cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, and a second cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, a first cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, and a second cloth-covered undulating wireform in the form of an elongated rod-like structure having alternating cusps and commissures around a periphery, wherein the cusps of the first wireform are aligned with the cusps of the second wireform and the commissures of the first wireform are aligned with the commissures of the second wireform, wherein the prosthetic heart valve further comprises a plurality of flexible leaflets having outer edges sandwiched between the cusps of the first and second cloth-covered undulating wireforms (94, 96), wherein the cusps of both wireforms (94, 96) curve in an inflow direction and the commissures of both wireforms (94, 96) define upstanding commissure posts with inverted U-shapes projecting in an outflow direction, characterized in that the first wireform is smaller in radius and shorter in axial dimension than the second wireform which is positioned outward from the first wireform except at the aligned commissures where the first wireform bends outward so that its commissures are radially outside the second wireform and provide sewing anchors for commissure tabs of the flexible leaflets.
Height adjustment device for a handle of a rollator, comprising: - an inner tube telescopically received in an outer tube, the handle of the rollator being connected at the upper end of said inner tube, - a locking assembly adapted to lock the inner tube in a fixed position with regard to the outer tube, - an unlocking assembly adapted to unlock the inner tube from said fixed position, characterized in that an upper part of the outer tube is connected to an upper sleeve, said upper sleeve being configured so as to keep constant the distance between the inner tube and the outer tube, wherein the inner tube is movable inside the outer tube between a lowest position, in which, for instance, a lower end of the handle of the rollator abuts against the upper face of the upper sleeve, and a highest position, in which an abutment means at least temporarily integral with the inner tube abuts against a lower face of the upper sleeve. - an inner tube telescopically received in an outer tube, the handle of the rollator being connected at the upper end of said inner tube, - a locking assembly adapted to lock the inner tube in a fixed position with regard to the outer tube, - an unlocking assembly adapted to unlock the inner tube from said fixed position,
An electronic device, comprising a display which comprises a flexible display layer having a rectangular central portion and strip-shaped protrusions each extending along a respective peripheral edge of the central portion, wherein each of the strip-shaped protrusions is bent and has a curved surface profile, and a display cover layer that overlaps the flexible display layer, characterised in that the display cover layer is, in plan view, a cushion-shaped display cover layer that has first and second opposing edges that are respectively bowed outwardly from the central portion and has third and fourth opposing edges that are respectively bowed outwardly from the central portion. a flexible display layer having a rectangular central portion and strip-shaped protrusions each extending along a respective peripheral edge of the central portion, wherein each of the strip-shaped protrusions is bent and has a curved surface profile, and a display cover layer that overlaps the flexible display layer, characterised in that the display cover layer is, in plan view, a cushion-shaped display cover layer that has first and second opposing edges that are respectively bowed outwardly from the central portion and has third and fourth opposing edges that are respectively bowed outwardly from the central portion.
A woven textile fabric (21; 48), comprising (a) a warp which is comprised of monofilament yarn ends; and (b) a filling (12, 13, 14) comprised of a combination of monofilament and multifilament (13, 14) yarn picks, characterized in that at least a portion of the multifilament yarn picks (13,14) are multiple-inserted. (a) a warp which is comprised of monofilament yarn ends; and (b) a filling (12, 13, 14) comprised of a combination of monofilament and multifilament (13, 14) yarn picks, characterized in that at least a portion of the multifilament yarn picks (13,14) are multiple-inserted.
An X-ray diffractometer comprising: an X-ray source for irradiating a sample with X-rays; a reflection type monochromator for receiving focusing X-rays diffracted from a sample and reflecting only focusing X-rays having a specific wavelength based on a Bragg's condition; an X-ray detector for detecting focusing X-rays monochromated by the monochromator; and a unit for adjusting a measurement resolution of the X-ray detector, characterized in that the monochromator is removably arranged on an X-ray optical path between a focal point, at which the focusing X-rays from the sample are focused, and the sample and in proximity to the focal point to the extent that the monochromator does not interfere with the X-ray detector, and the X-ray diffractometer is configured so that X-rays reflected from the monochromator are incident to the X-ray detector, and the focusing X-rays from the sample are also incident to the X-ray detector when the monochromator is removed. an X-ray source for irradiating a sample with X-rays; a reflection type monochromator for receiving focusing X-rays diffracted from a sample and reflecting only focusing X-rays having a specific wavelength based on a Bragg's condition; an X-ray detector for detecting focusing X-rays monochromated by the monochromator; and a unit for adjusting a measurement resolution of the X-ray detector, characterized in that the monochromator is removably arranged on an X-ray optical path between a focal point, at which the focusing X-rays from the sample are focused, and the sample and in proximity to the focal point to the extent that the monochromator does not interfere with the X-ray detector, and the X-ray diffractometer is configured so that X-rays reflected from the monochromator are incident to the X-ray detector, and the focusing X-rays from the sample are also incident to the X-ray detector when the monochromator is removed.
Method for identifying a document, which comprises: - a step (605, 701 to 726, 772) of determining an initial dot matrix (105, 130, 135, 155, 161, 165, 170, 175, 180, 185, 190); - a step (610, 727, 773) of marking a plurality of documents to form a mark comprising said dot matrix on each said document with a unique set of variations (150, 151, 152) for each document because of unpredictable marking errors, said marking step comprising engraving or printing said mark with a resolution such that at least two percent of the dots of said mark are erroneous, because of unpredictable errors, in comparison with said initial dot matrix, characterized in that it also comprises: - a step (615, 723, 776) of capturing, for each said document, an image of the mark formed on the document; - a step (620, 711 to 715) of characterizing, for each said document, the distribution of said variations of the mark in said captured image to form a unique imprint of said mark; and - a step (625, 630, 731 to 734, 779, 780) of memorizing said unique imprint. - a step (605, 701 to 726, 772) of determining an initial dot matrix (105, 130, 135, 155, 161, 165, 170, 175, 180, 185, 190); - a step (610, 727, 773) of marking a plurality of documents to form a mark comprising said dot matrix on each said document with a unique set of variations (150, 151, 152) for each document because of unpredictable marking errors, said marking step comprising engraving or printing said mark with a resolution such that at least two percent of the dots of said mark are erroneous, because of unpredictable errors, in comparison with said initial dot matrix, - a step (615, 723, 776) of capturing, for each said document, an image of the mark formed on the document; - a step (620, 711 to 715) of characterizing, for each said document, the distribution of said variations of the mark in said captured image to form a unique imprint of said mark; and - a step (625, 630, 731 to 734, 779, 780) of memorizing said unique imprint.
A process for applying a polar composition or an aqueous composition on a hydrophobic surface that comprises the following steps: the surface is contacted at least on certain zones with a primary coating composition that comprises a cationic polysaccharide, wherein the cationic polysaccharide is a cationic guar, and wherein the composition is free of ionic surfactant, whereby a coating based on said cationic polysaccharide is obtained on said zones of the surfaces; the polar or aqueous composition is applied on all or part of the zones of the surface covered by the cationic polysaccharide, as obtained in step; wherein the hydrophobic surface is a surface that, before applying the cationic polysaccharide, is not anionic and/or is not an oxidized plastic and/or is not a surface treated by an activation treatment such as corona or plasma. the surface is contacted at least on certain zones with a primary coating composition that comprises a cationic polysaccharide, wherein the cationic polysaccharide is a cationic guar, and wherein the composition is free of ionic surfactant, whereby a coating based on said cationic polysaccharide is obtained on said zones of the surfaces; the polar or aqueous composition is applied on all or part of the zones of the surface covered by the cationic polysaccharide, as obtained in step;
A sound absorber, in particular for an engine of an aircraft, comprising a base body having a bottom plate, a wall enclosing the bottom plate and an opening enabling the entry of air into the base body, and a tongue having a fixed end, a free end and a central portion disposed between the fixed end and the free end, the tongue having a longitudinal direction extending from the fixed end towards the free end, a width direction (Br) extending substantially perpendicularly to the longitudinal direction, and a transverse direction extending substantially perpendicularly to the longitudinal direction and substantially perpendicularly to the width direction (Br), the tongue dividing a space of the base body into a partial space adjacent to the bottom plate and a partial space adjacent to the opening, the two partial spaces (50, 52) being connected to each other via a gap, the fixed end being connected to the wall, the free end being disposed at a first distance from the wall in the transverse direction and at a second distance from the bottom plate in the longitudinal direction, the first and the second distances determining the size of the gap and the central portion being configured to extend at least partially straight along the width direction (Br), characterized in that at least the central portion has two lateral portions extending in the longitudinal direction, with the lateral portions being tightly connected with the wall.
Food storage container for a household refrigeration appliance, with a tray for receiving the food, with a lid separate therefrom, which can be placed upon the tray in order to close the tray, and with a ventilation apparatus, with which an exchange of air can take place between the surrounding area and the interior of the food storage container, wherein the ventilation apparatus has a pivotable flap, which, in an open position, releases a ventilation opening of the ventilation apparatus and, in the closed position, closes off the ventilation opening, wherein the flap is mounted on the tray in a pivotable manner, wherein the flap is arranged in a pivotable manner on a positioning apparatus, wherein the positioning apparatus is directly mounted on the tray, characterised in that the positioning apparatus is placed on an upper edge of the tray and rests against an upper side of a roof wall of the upper edge and against a front side of a front wall of the upper edge.
A load-handling vehicle comprising a chassis able to move along the ground, a driver's cab and a load-handling system, these two being supported by said chassis, said handling system comprising at least one lifting arm mounted with the ability to move between a raised position and a lowered position and the cab comprising a floor, a roof, a front face, an opposite rear face and two lateral faces (10, 11) with one of the lateral faces (10, 11) being equipped with an opening for accessing the cab which can be closed by a door, and the other lateral face being adjacent to the lifting arm at least when said arm is in the lowered position, said cab being equipped with a seat and having at least one seat index point referred to as SIP, established and defined in accordance with International standard ISO 5353:1995, characterized in that the cab has a minimal interior height, measured between the floor and the roof, at the seat index point SIP, greater than 1705 mm and a distance between the floor and the ground less than 800 mm when the vehicle is positioned on flat horizontal ground, and in that the distance between the or each seat index point SIP and the floor of the cab is at least equal to 650 mm.
A blade for a turbomachine bladed wheel; the blade comprising in succession in an outward radial direction of the wheel, a root, an airfoil, and a tip; the root having a root platform presenting a surface on a side toward the airfoil, which surface is referred to as the root platform wall; the tip having a tip platform presenting a surface on a side toward the airfoil, which surface is referred to as a tip platform wall; and the airfoil having an outer surface referred to as the airfoil surface and comprising a pressure side and a suction side; the blade being characterized in that each of said platform walls is constituted by a pressure side portion (15ps, 24ps) on the pressure side and a suction side portion (15ss, 24ss) on the suction side, which portions meet at a crest curve (45, 65) going from an upstream edge (15U, 24U) to a downstream edge (15D, 24D) of the platform wall passing through the airfoil, in such a manner that each of said platform walls has a slope discontinuity between the two sides of the crest curve; and in that every point of a first surface selected from the pressure side surface and the suction side surface, and every point of said root and tip platform wall portions situated on the same side as the first surface presents a normal forming an acute angle or a right angle relative to a direction referred to as a first fabrication direction (Aps).
A single-screw compressor comprising: a casing forming an outer periphery of the single-screw compressor; a screw including a plurality of spiral tooth grooves formed in an outer peripheral surface of the screw; a gate rotor including a plurality of gate-rotor teeth formed to fit in the tooth grooves, the gate rotor defining along with the casing and the screw a compression chamber; and a gate-rotor support configured to support the gate rotor, the gate-rotor support including a plurality of gate-rotor support teeth provided to face the plurality of gate-rotor teeth, wherein a gate-rotor hole is formed in at least one of the gate-rotor teeth to extend through the at least one of the gate-rotor teeth in a thickness direction thereof, the gate-rotor hole communicating with the compression chamber, a gate-rotor support hole is formed in at least one of the gate-rotor support teeth to extend through the at least one of the gate-rotor support teeth in a thickness direction thereof, the gate-rotor support hole having ends one of which communicates with the gate-rotor hole, and another one of which communicates with a low-pressure space provided in the casing, a pin is press-fitted in the gate-rotor support hole, characterized in that the pin being configured to come off the gate rotor support hole when a target pressure difference between the compression chamber and the low-pressure space is achieved. a casing forming an outer periphery of the single-screw compressor; a screw including a plurality of spiral tooth grooves formed in an outer peripheral surface of the screw; a gate rotor including a plurality of gate-rotor teeth formed to fit in the tooth grooves, the gate rotor defining along with the casing and the screw a compression chamber; and a gate-rotor support configured to support the gate rotor, the gate-rotor support including a plurality of gate-rotor support teeth provided to face the plurality of gate-rotor teeth, wherein a gate-rotor hole is formed in at least one of the gate-rotor teeth to extend through the at least one of the gate-rotor teeth in a thickness direction thereof, the gate-rotor hole communicating with the compression chamber, a gate-rotor support hole is formed in at least one of the gate-rotor support teeth to extend through the at least one of the gate-rotor support teeth in a thickness direction thereof, the gate-rotor support hole having ends one of which communicates with the gate-rotor hole, and another one of which communicates with a low-pressure space provided in the casing, a pin is press-fitted in the gate-rotor support hole, characterized in that the pin being configured to come off the gate rotor support hole when a target pressure difference between the compression chamber and the low-pressure space is achieved.
Horse jacket comprising a front portion and a rear portion, wherein said front portion is adapted for covering a chest part of a horse and said rear portion is adapted for covering back and side parts of said horse, said jacket further comprising first attachment means arranged to connect a first side of said front portion to a first side of said rear portion, and second attachment means arranged to connect a second side of said front portion to a second side of said rear portion, characterised in that said front portion comprises at least one filling element, said filling element comprising two overlapping filling pads (33a, 33b).