mhurhangee/ep-ind-claims huggingface dataset:
An intermediate product for producing a plurality of pre-filled dual-chamber syringes or cartridges, comprising: - a support template comprising an array of support seats; - a plurality of partially pre-filled tubular containment bodies, each inserted in a respective support seat, each of the tubular containment bodies extending between a first and a second opening; - a sterile package inside which the support template and the plurality of tubular containment bodies are enclosed in sterile manner; in which the tubular containment bodies comprise in the interior thereof: - a first and a second stopper arranged in such a manner as to define therebetween in the tubular containment body a first containment chamber and adapted to slide inside the tubular containment body; - a first liquid substance contained inside the first containment chamber; wherein: - the first stopper is spaced from the first opening in such a manner as to define between the first stopper and the first opening a second containment chamber which is empty and adapted to be filled with a second substance intended to be mixed inside the containment body with said first liquid substance in order to reconstitute an injectable solution; - the sterile package comprises a containment tray, and in which the support template is accommodated inside the containment tray; - the containment tray comprises an opening rim and in which the sterile package comprises a closure film fastened flush to said rim and resting on an end portion of said tubular containment bodies; - the package comprises a first sterile pouch which contains the containment tray. - a support template comprising an array of support seats; - a plurality of partially pre-filled tubular containment bodies, each inserted in a respective support seat, each of the tubular containment bodies extending between a first and a second opening; - a sterile package inside which the support template and the plurality of tubular containment bodies are enclosed in sterile manner; - a first and a second stopper arranged in such a manner as to define therebetween in the tubular containment body a first containment chamber and adapted to slide inside the tubular containment body; - a first liquid substance contained inside the first containment chamber; - the first stopper is spaced from the first opening in such a manner as to define between the first stopper and the first opening a second containment chamber which is empty and adapted to be filled with a second substance intended to be mixed inside the containment body with said first liquid substance in order to reconstitute an injectable solution; - the sterile package comprises a containment tray, and in which the support template is accommodated inside the containment tray; - the containment tray comprises an opening rim and in which the sterile package comprises a closure film fastened flush to said rim and resting on an end portion of said tubular containment bodies; - the package comprises a first sterile pouch which contains the containment tray.
An elevator system for a wind turbine tower comprising: an elevator cabin guided by a ladder arranged on an inner surface of a hoistway of the elevator system, a travelling cable for supplying energy to the elevator cabin, and a pulley mounted on a pulley frame, characterized in that the pulley with the pulley frame is movably suspended on the travelling cable, wherein the system further comprises one or more transverse elements (6, 6') each having one end attached to the pulley frame and the other end (61, 61') adapted to be slidably arranged with respect to the ladder. an elevator cabin guided by a ladder arranged on an inner surface of a hoistway of the elevator system, a travelling cable for supplying energy to the elevator cabin, and a pulley mounted on a pulley frame, characterized in that the pulley with the pulley frame is movably suspended on the travelling cable, wherein the system further comprises one or more transverse elements (6, 6') each having one end attached to the pulley frame and the other end (61, 61') adapted to be slidably arranged with respect to the ladder.
A manufacturing method of a ring-shaped band saw blade, the manufacturing method being characterized by comprising: a ring forming step of welding opposite ends of a band saw blade including a body part having a band shape, and a tooth part including a plurality of teeth formed on one side part of the body part, to form a ring shape; a polishing step of polishing an inner surface, an outer surface, and an end face on a side opposite to the tooth part in the ring-shaped band saw blade; and a tip tooth tip forming step of positioning, after the polishing step, the ring-shaped band saw blade by use of one of the inner surface and the outer surface, and the end face as references, joining a cutting tip to tooth tips of the plurality of teeth by welding, and polishing the joined cutting tip to form a tooth tip shape. a polishing step of polishing an inner surface, an outer surface, and an end face on a side opposite to the tooth part in the ring-shaped band saw blade; and a tip tooth tip forming step of positioning, after the polishing step, the ring-shaped band saw blade by use of one of the inner surface and the outer surface, and the end face as references, joining a cutting tip to tooth tips of the plurality of teeth by welding, and polishing the joined cutting tip to form a tooth tip shape.
A breathing tube (303, 410, 420) comprising: a humidifier end segment (313, 315, 321, 402a,) of the breathing tube (303, 410, 420) having a first flexibility; a patient interface end segment (313, 315, 321, 402b) of the breathing tube (303, 410, 420) having a second flexibility; and an intermediate connector connecting the humidifier end segment (313, 315, 321, 402a) to the patient interface end segment (313, 315, 321, 402b); characterised by a sheath (327, 408) overlaying the humidifier end segment (313, 315, 321, 402a) to dampen displacement during gas flow, wherein the sheath does not overlay the patient interface end segment. a humidifier end segment (313, 315, 321, 402a,) of the breathing tube (303, 410, 420) having a first flexibility; a patient interface end segment (313, 315, 321, 402b) of the breathing tube (303, 410, 420) having a second flexibility; and an intermediate connector connecting the humidifier end segment (313, 315, 321, 402a) to the patient interface end segment (313, 315, 321, 402b); characterised by a sheath (327, 408) overlaying the humidifier end segment (313, 315, 321, 402a) to dampen displacement during gas flow, wherein the sheath does not overlay the patient interface end segment.
A confectionery production method comprising the steps of: a) providing a plastic caramel mass to a base of a cup shaped rigid cavity of a mold, b) forming a caramel shell by at least partially plastering the caramel mass to inner wall by means of forming a depression with a pressure tip of the first core penetrating into the cavity, c) drilling the caramel mass from a base part by means of a carving rod penetrating the cavity subsequent to depression forming step such that pressing to the depression from above with an end portion to reduce thickness of the wall, d) pressing to the caramel shell to confine the upper edge by means of a peripheral flange of the second core by partial penetration forming a space at the inner edge, e) forming another depression at the center of the base part at a trimming mold by means of a protrusion arranged at the lower end of the second core f) a conical trimming mold entering the cavity from the top and being seated in upper opening of the caramel shell forming a tapered edge towards the upper opening provided at an outer periphery, g) providing a whole nut in the lower part aligned with the depression, and h) filling inside the cavity of the caramel shell with a filler. a) providing a plastic caramel mass to a base of a cup shaped rigid cavity of a mold, b) forming a caramel shell by at least partially plastering the caramel mass to inner wall by means of forming a depression with a pressure tip of the first core penetrating into the cavity, c) drilling the caramel mass from a base part by means of a carving rod penetrating the cavity subsequent to depression forming step such that pressing to the depression from above with an end portion to reduce thickness of the wall, d) pressing to the caramel shell to confine the upper edge by means of a peripheral flange of the second core by partial penetration forming a space at the inner edge, e) forming another depression at the center of the base part at a trimming mold by means of a protrusion arranged at the lower end of the second core f) a conical trimming mold entering the cavity from the top and being seated in upper opening of the caramel shell forming a tapered edge towards the upper opening provided at an outer periphery, g) providing a whole nut in the lower part aligned with the depression, and h) filling inside the cavity of the caramel shell with a filler.
A baby carrier comprising a harness (11, 14, 36, 37) and a harness-carried front piece which forms a baby-carrying pouch, wherein the front piece includes two laterally separated parts at a variable spacing relative to one another, characterized in that the laterally separated parts of the front piece are mutually connected to a strip-like piece of material whose lateral elastical stretchability at least in its horizontal direction is much greater than the lateral stretchability of the separated parts of the front piece, the strip-like piece of material having the same width over its entire length.
A container having an inner surface formed of an olefin resin layer, wherein the olefin resin layer includes an organic bleeding lubricant and in which an inorganic porous agent is blended, wherein the inorganic porous agent is high silica zeolite having a silica/alumina ratio of not less than 80, and wherein the inorganic porous agent is blended in an amount of 0.2 to 3.0% by mass in the olefin resin layer that forms the container inner surface.
An agglutinant suitable for a pellicle comprising a pellicle frame having two frame faces and a pellicle film adhered to one of said frame faces with said agglutinant being suitable for being applied to the other one of said frame faces; said agglutinant being characterized by that it contains a luminescence material, wherein said luminescence material is an oxazole-based material.
A process for preparing aminoplast solutions by discontinuous or continuous condensation of aminoplast formers with formaldehyde in a serial cascade of at least three stirred tank apparatus A, B, and C, said process comprising a) in apparatus A, reacting a mixture comprising formaldehyde and urea in a molar ratio of 2.3:1 to 2.9:1 and water at a pH of 6 to 8, set by means of a base, at a temperature of 80 to 85°C, where apparatus A consists of one or more stirred tanks in parallel or in series, b) in apparatus B, reacting said mixture at a molar ratio of formaldehyde to urea of 1.9:1 to 2.6:1, where apparatus B consists of one or more stirred tanks, wherein the molar ratio of formaldehyde to urea is lowered, optionally by further addition of urea, in stages to not less than 1.9:1, at a pH of 3.5 to 5.5, which is kept virtually constant, at a temperature of 100 to 105°C, and with a mean residence time of 10 to 90 minutes in the entire apparatus B, c) in apparatus C, at a temperature of 90 to 100°C, raising the pH to at least 5.9 and lowering the molar ratio of formaldehyde to urea to 1.7:1 to 1.4:1, where apparatus C consists of one or more stirred tanks, and d) by adding urea, at temperatures of 15 to 100°C, setting a final molar ratio of formaldehyde to urea of 0.7:1 to 1.28:1 and a pH of at least 7. a) in apparatus A, reacting a mixture comprising formaldehyde and urea in a molar ratio of 2.3:1 to 2.9:1 and water at a pH of 6 to 8, set by means of a base, at a temperature of 80 to 85°C, where apparatus A consists of one or more stirred tanks in parallel or in series, b) in apparatus B, reacting said mixture at a molar ratio of formaldehyde to urea of 1.9:1 to 2.6:1, where apparatus B consists of one or more stirred tanks, wherein the molar ratio of formaldehyde to urea is lowered, optionally by further addition of urea, in stages to not less than 1.9:1, at a pH of 3.5 to 5.5, which is kept virtually constant, at a temperature of 100 to 105°C, and with a mean residence time of 10 to 90 minutes in the entire apparatus B, c) in apparatus C, at a temperature of 90 to 100°C, raising the pH to at least 5.9 and lowering the molar ratio of formaldehyde to urea to 1.7:1 to 1.4:1, where apparatus C consists of one or more stirred tanks, and d) by adding urea, at temperatures of 15 to 100°C, setting a final molar ratio of formaldehyde to urea of 0.7:1 to 1.28:1 and a pH of at least 7.
A communication unit comprising: a unit main body; a connection portion which is provided in the unit main body and connectable to a safety input device through a cable; a first input and output portion which is provided at a first end on a connection portion side in the unit main body; and characterized by a second input and output portion which is provided at a second end on a side opposite to the first end in the unit main body, wherein the first input and output portion and the second input and output portion are configured to be directly connected to each other when a plurality of the unit main bodies are connected to each other in series, and a notched portion (5, 51, 52) forming a disposition space for a terminal on the connection portion side of the cable, provided at the second end of the unit main body. a unit main body; a connection portion which is provided in the unit main body and connectable to a safety input device through a cable; a first input and output portion which is provided at a first end on a connection portion side in the unit main body; and characterized by a second input and output portion which is provided at a second end on a side opposite to the first end in the unit main body, wherein the first input and output portion and the second input and output portion are configured to be directly connected to each other when a plurality of the unit main bodies are connected to each other in series, and a notched portion (5, 51, 52) forming a disposition space for a terminal on the connection portion side of the cable, provided at the second end of the unit main body.
An aluminum alloy welded component including one or more aluminum alloy member(s) comprised of Mg: 0.3% to 6.0% (mass%, hereinafter the same), Cu: 0.2% or less, Si: 0.1% or less, Fe: 0.1% or less, the balance being Al and inevitable impurities, wherein: the grain size of second phase particles of Al-Fe-Si dispersed within the aluminum alloy member (s) is 5 μm or less when observed with an optical microscope; mutually-facing end surfaces of the aluminum alloy member(s) are integrally welded by friction stir welding so as to form a welded section; and a coating is formed by anodizing the surface of the welded section, or an opposite surface thereof. the grain size of second phase particles of Al-Fe-Si dispersed within the aluminum alloy member (s) is 5 μm or less when observed with an optical microscope; mutually-facing end surfaces of the aluminum alloy member(s) are integrally welded by friction stir welding so as to form a welded section; and a coating is formed by anodizing the surface of the welded section, or an opposite surface thereof.
Process for preparing an algal powder, especially intended for the manufacture of a plastic product, comprising the successive steps of: - culturing and/or harvesting an algal biomass, - reducing by at least 10% the intrinsic amount of proteins of the algae, by weight relative to the weight of proteins of the harvested biomass, - drying, - reducing to give powder or granules. - culturing and/or harvesting an algal biomass, - reducing by at least 10% the intrinsic amount of proteins of the algae, by weight relative to the weight of proteins of the harvested biomass, - drying, - reducing to give powder or granules.
A valve position sensor comprising: a sensor housing for placement on a moving component of a valve; a print circuit board assembly disposed within the housing, the print circuit board assembly comprising: one or more micro sensors, the one or more micro sensors including a magnetometer and a gyroscope; a processing unit configured to perform a calibration routine during an initial rotation of the valve to associate magnetometer data received from the magnetometer with valve position data received from the gyroscope and store the associated data in a memory unit as calibration data, the calibration data comprising an array of magnetometer data and associated valve position data; the processing unit further configured to receive data from the magnetometer and compare the received magnetometer data with the stored calibration data to provide an estimate of the valve position; and a transmitter for wirelessly transmitting event data including the estimate of valve position to an external receiver; a sensor housing for placement on a moving component of a valve; a print circuit board assembly disposed within the housing, the print circuit board assembly comprising: one or more micro sensors, the one or more micro sensors including a magnetometer and a gyroscope; a processing unit configured to perform a calibration routine during an initial rotation of the valve to associate magnetometer data received from the magnetometer with valve position data received from the gyroscope and store the associated data in a memory unit as calibration data, the calibration data comprising an array of magnetometer data and associated valve position data; the processing unit further configured to receive data from the magnetometer and compare the received magnetometer data with the stored calibration data to provide an estimate of the valve position; and a transmitter for wirelessly transmitting event data including the estimate of valve position to an external receiver; one or more micro sensors, the one or more micro sensors including a magnetometer and a gyroscope; a processing unit configured to perform a calibration routine during an initial rotation of the valve to associate magnetometer data received from the magnetometer with valve position data received from the gyroscope and store the associated data in a memory unit as calibration data, the calibration data comprising an array of magnetometer data and associated valve position data; the processing unit further configured to receive data from the magnetometer and compare the received magnetometer data with the stored calibration data to provide an estimate of the valve position; and a transmitter for wirelessly transmitting event data including the estimate of valve position to an external receiver;
A combination safety needle assembly and a packaging system for the safety needle assembly comprising: a base unit comprising a base wall and two sidewalls (144a, 144b), the base wall being located between the two sidewalls (144a, 144b) and defining an interior cavity; a cap connected to the base unit at an interface, the cap comprising a base wall, an end wall and two sidewalls (114a, 114b), the base wall being located between the two sidewalls (114a, 114b) and the end wall and defining an interior cavity having a latch for locking the needle after use; a needle hub and a needle combination, said needle hub attached to the base unit and said needle extending into the interior cavity of the cap; wherein the sidewalls (114a, 114b) of the cap and the sidewalls (144a, 144b) of the base unit define an open perimeter edge and the interior cavity of the cap and the interior cavity of the base unit define a package cavity; characterized in that a thermoplastic film is attached to the open perimeter edge to seal the interior cavities (118, 146) and extends along a rear exterior surface of the base unit and the rear exterior surface of the cap and across the interface or seam between the cap and the base unit to enclose the combination needle hub and needle within the package cavity and forms a hinge between the base unit and the cap at the interface or seam. a base unit comprising a base wall and two sidewalls (144a, 144b), the base wall being located between the two sidewalls (144a, 144b) and defining an interior cavity; a cap connected to the base unit at an interface, the cap comprising a base wall, an end wall and two sidewalls (114a, 114b), the base wall being located between the two sidewalls (114a, 114b) and the end wall and defining an interior cavity having a latch for locking the needle after use; a needle hub and a needle combination, said needle hub attached to the base unit and said needle extending into the interior cavity of the cap; wherein the sidewalls (114a, 114b) of the cap and the sidewalls (144a, 144b) of the base unit define an open perimeter edge and the interior cavity of the cap and the interior cavity of the base unit define a package cavity; characterized in that a thermoplastic film is attached to the open perimeter edge to seal the interior cavities (118, 146) and extends along a rear exterior surface of the base unit and the rear exterior surface of the cap and across the interface or seam between the cap and the base unit to enclose the combination needle hub and needle within the package cavity and forms a hinge between the base unit and the cap at the interface or seam.
A system for providing prescriptive feedback based on motion of a human subject or object comprising: A) a hardware engine comprising a plurality of data gathering devices for collectively gathering data about the motion of a subject or object, B) a physics engine operatively coupled to the hardware engine and configured for processing the gathered motion data and correlating the processed motion data with previously stored biomechanical data representing idealized motion models and identifying flaws in the subject's or object's motion, and C) an interactive interface operatively coupled to the data gathering devices and the physics engine and configured for providing prescriptive feedback on flaws identified in the subject's or object's motion in the form of meaningful data usable by the subject to improve performance or reduce risk of injury. A) a hardware engine comprising a plurality of data gathering devices for collectively gathering data about the motion of a subject or object, B) a physics engine operatively coupled to the hardware engine and configured for processing the gathered motion data and correlating the processed motion data with previously stored biomechanical data representing idealized motion models and identifying flaws in the subject's or object's motion, and C) an interactive interface operatively coupled to the data gathering devices and the physics engine and configured for providing prescriptive feedback on flaws identified in the subject's or object's motion in the form of meaningful data usable by the subject to improve performance or reduce risk of injury.
A compound represented by formula, or a pharmaceutically acceptable salt thereof: wherein R 1 is a group represented by the formula: a group represented by the formula: or a group represented by the formula: and R 2 is a 3-methyltetrahydro-2H-pyran-4-yl group or 4-methoxycyclohexyl group.