mhurhangee/ep-ind-claims huggingface dataset:
A coated separator comprising a separator substrate; and a separator coating layer that is disposed on at least one surface of the separator substrate and consists of polyvinylidene fluoride, at least one quaternary ammonium salt and, optionally, at least one binder resin, the at least one quaternary ammonium salt is represented by Formula 1 below: wherein R 1, R 2, R 3, and R 4 are each independently a C 1 -C 5 alkyl group and X is at least one of PF 6 -, BF 4 -, AsF 6 -, SbF 6 -, N(SO 2 CF 3) 2 -, N(SO 2 F) 2 -, N(SO 2 CF 3)(COCF 3) -, N(SO 2 CF 3)(SO 2 C 2 F 5) -, SO 3 CF 3 -, SO 3 C 2 F 5 -, SO 3 C 3 F 7 -, and SO 3 C 4 F 9 -, the at least one binder resin being selected from polyvinylidene chloride, polybenzimidazole, polyimide, polyvinyl acetate, polyacrylonitrile, polyvinyl alcohol, carboxymethylcellulose, starch, hydroxypropyl cellulose, regenerated cellulose, polyvinylpyrrolidone, tetrafluoroethylene, polyethylene, polypropylene, polystyrene, polymethylmethacrylate, polyaniline, acrylonitrile butadiene styrene, a phenol resin, an epoxy resin, polyethylene terephthalate, polytetrafluoroethylene, polyphenylene sulfide, polyamideimide, polyetherimide, polyethylenesulfone, polyamide, polyacetal, polyphenylene oxide, polybutylene terephthalate, ethylene-propylene-diene terpolymer, sulfonated ethylene-propylene-diene terpolymer, styrene butadiene rubber, fluoride rubber, and a copolymer thereof, wherein (i) an amount of the quaternary ammonium salt is 0.5 wt% to 50 wt% based on a total weight of the polyvinylidene fluoride and the quaternary ammonium salt, (ii) the separator coating layer includes 50 wt% or more of polyvinylidene fluoride based on a total amount of the polymer material in the separator coating layer and (iii) a thickness of the separator coating layer is 1 μm to 100 μm.
A sterilized, clear liquid nutritional composition, the composition comprising: water; at least one source of epigallocatechin gallate (EGCg) in an amount sufficient to provide 200-1700 mg/L of EGCg; and at least one source of protein in an amount sufficient to provide 25-45 g/L of total protein, wherein the at least one source of protein is provided by a whey-based protein selected from whey protein concentrates, whey protein isolates, whey protein hydrolysates, and combinations thereof, the at least one source of protein comprises β-lactoglobulin in an amount sufficient to provide a molar ratio of EGCg to β-lactoglobulin of 1:1 to 11:1 in the composition prior to sterilization, the pH of the composition ranges from 2.5 to 4.6, the composition contains no more than 340 mg/L of gallocatechin gallate (GCg), and the composition has been heat sterilized and is clear after sterilization. water; at least one source of epigallocatechin gallate (EGCg) in an amount sufficient to provide 200-1700 mg/L of EGCg; and at least one source of protein in an amount sufficient to provide 25-45 g/L of total protein, wherein the at least one source of protein is provided by a whey-based protein selected from whey protein concentrates, whey protein isolates, whey protein hydrolysates, and combinations thereof, the at least one source of protein comprises β-lactoglobulin in an amount sufficient to provide a molar ratio of EGCg to β-lactoglobulin of 1:1 to 11:1 in the composition prior to sterilization, the pH of the composition ranges from 2.5 to 4.6, the composition contains no more than 340 mg/L of gallocatechin gallate (GCg), and the composition has been heat sterilized and is clear after sterilization.
An extracorporeal blood treatment machine, especially a dialysis machine, comprising a dialyzer and a sensor device that is downstream of the dialyzer on a dialysis fluid side and is electrically connected to a control and computing unit, which is provided and configured to both qualitatively and quantitatively determine, on the basis of measurement signals of the sensor device, at least one preferably selected or selectable blood component in the used dialysis fluid, characterized in that the control and computing unit is further provided and adapted - to switch the extracorporeal blood treatment machine into a mode in which a dialysis fluid amount is confined within the dialyzer at least until a concentration equilibrium of the blood component on the dialysis fluid side and the blood side of the dialyzer is established that no longer changes, or changes insignificantly, wherein a period of time within which the concentration equilibrium is established is determined by a preferably analytically determined time value and thereupon - to change into a mode in which the dialysis fluid flow from the dialyzer is permitted in order to feed the previously confined dialysis fluid amount as a dialysis fluid bolus to the sensor device for determining the blood component concentration contained therein, and - to calculate a current recirculation value from the previously determined blood component concentration and from a number of further machine and/or adjustment parameters. - to switch the extracorporeal blood treatment machine into a mode in which a dialysis fluid amount is confined within the dialyzer at least until a concentration equilibrium of the blood component on the dialysis fluid side and the blood side of the dialyzer is established that no longer changes, or changes insignificantly, wherein a period of time within which the concentration equilibrium is established is determined by a preferably analytically determined time value and thereupon - to change into a mode in which the dialysis fluid flow from the dialyzer is permitted in order to feed the previously confined dialysis fluid amount as a dialysis fluid bolus to the sensor device for determining the blood component concentration contained therein, and - to calculate a current recirculation value from the previously determined blood component concentration and from a number of further machine and/or adjustment parameters.
A water stop device for a domestic electrical appliance, comprising: a solenoid valve having a body, an inlet pipe and an outlet pipe, a flexible inner water flow tube having a proximal end associated with said outlet pipe and a flexible outer safety tube arranged around the inner tube so as to defme, between said inner tube and outer tube, an annular air gap, wherein: - both the inner tube and the outer tube are of corrugated type, - the proximal end of said inner tube faces the distal end of the outlet pipe in such a way that the respective longitudinal axes coincide, and said ends (18, 26) are associated with one another by means of a tubular sleeve arranged, sealed, coaxially on their exterior, - protruding radially from the proximal end of said sleeve is an annular flange, within a portion of which an axial hole is provided for the passage of an electric cable for supplying power to the solenoid valve, and - the proximal end of said outer tube is fitted onto the radially outermost circumferential surface of said flange of the sleeve. - both the inner tube and the outer tube are of corrugated type, - the proximal end of said inner tube faces the distal end of the outlet pipe in such a way that the respective longitudinal axes coincide, and said ends (18, 26) are associated with one another by means of a tubular sleeve arranged, sealed, coaxially on their exterior, - protruding radially from the proximal end of said sleeve is an annular flange, within a portion of which an axial hole is provided for the passage of an electric cable for supplying power to the solenoid valve, and - the proximal end of said outer tube is fitted onto the radially outermost circumferential surface of said flange of the sleeve.
A package containing solid raw material for a beverage, wherein the raw material is packed in a water permeable filter bag, which is a closed bag infusible in water, and the filter bag is packed in an openable protective package enclosing the bag and having a front wall and a rear wall which join together at their both vertical edges which form the side edges of the package, wherein the protective package can be opened by forming an opening between the front wall and the rear wall, the opening formed for taking out the bag being widenable by pressing the vertical edges closer to each other for placing the bag back into the package, and both the front wall and the rear wall end at their respective supporting edges (2a, 2b) at the bottom, the lower edge of the package in flat, closed position of the package consisting of said separate supporting edges (2a, 2b), which can be brought apart to form an expanded bottom structure which keeps the package upright supported by said supporting edges brought apart, the bottom between the supporting edges (2a, 2b) in flat, closed position of the package forming fold extending to the inside of the package, and at least between the supporting edges, the package material forms a bottom that is liquid tight throughout, characterized in that the package is fully sealed in closed position and acts as a protection for the aroma, and the front wall and the rear wall are seamed together at their upper edges, the opening between the front wall and the rear wall for taking out the bag being formable by tearing the protective package open at a pre-marked location close to the upper edge of the package, and in that both separate supporting edges (2a, 2b) are constituted of folds, where the package material is sealed together on a short length on both sides of the folding line.
A power control system comprising: a power supply controller adapted to transmit output data; a data bus connected to said power supply controller; and at least one point-of-load ("POL") regulator (220, 230, 240, 250) connected to said data bus, wherein said power supply controller transmits said output data to said at least one POL regulator (220, 230, 240, 250) via said data bus, said at least one POL regulator (220, 230, 240, 250) comprising: a storage device adapted to store said output data; and an output builder adapted to generate an output; characterized by a control unit included in said at least one POL regulator and adapted to determine at least one timing parameter of said output in accordance with said output data. a power supply controller adapted to transmit output data; a data bus connected to said power supply controller; and at least one point-of-load ("POL") regulator (220, 230, 240, 250) connected to said data bus, wherein said power supply controller transmits said output data to said at least one POL regulator (220, 230, 240, 250) via said data bus, said at least one POL regulator (220, 230, 240, 250) comprising: a storage device adapted to store said output data; and an output builder adapted to generate an output; characterized by a control unit included in said at least one POL regulator and adapted to determine at least one timing parameter of said output in accordance with said output data. a storage device adapted to store said output data; and an output builder adapted to generate an output; characterized by a control unit included in said at least one POL regulator and adapted to determine at least one timing parameter of said output in accordance with said output data.
A peptide represented by formula: X 1 -Leu-X 2 -Leu-X 3 wherein X 1 represents Glu or Asp, X 2 represents His, Lys or Arg, X 3 represents Asp or Glu, with Glu, Asp, Leu, His, Lys and Arg being respectively glutamic acid, aspartic acid, leucine, histidine, lysine and arginine; or a pharmaceutically acceptable salt thereof.
A method for protecting a camera device under powerful light from a light source, comprising: acquiring a gray value of each of pixels in a first image captured by the camera device; determining pixels, in the first image, whose gray values are larger than a first preset threshold as target pixels; determining whether the number of the target pixels is larger than a second preset threshold; and sending a light avoidance instruction if the number of the target pixels is larger than the second preset threshold, wherein the light avoidance instruction is an instruction for rotating the camera device in a direction away from the light source, wherein the sending of a light avoidance instruction comprises: determining, in the first image, an image region whose gray value is larger than a third preset threshold as a position of the light source in the first image; determining a rotation path of the camera device away from the light source based on the position of the light source in the first image; and sending (S104H) the instruction for rotating the camera device which carries information of the rotation path, so as to cause the camera device to rotate in the direction away from the light source based on the information of the rotation path. acquiring a gray value of each of pixels in a first image captured by the camera device; determining pixels, in the first image, whose gray values are larger than a first preset threshold as target pixels; determining whether the number of the target pixels is larger than a second preset threshold; and sending a light avoidance instruction if the number of the target pixels is larger than the second preset threshold, wherein the light avoidance instruction is an instruction for rotating the camera device in a direction away from the light source, wherein the sending of a light avoidance instruction comprises: determining, in the first image, an image region whose gray value is larger than a third preset threshold as a position of the light source in the first image; determining a rotation path of the camera device away from the light source based on the position of the light source in the first image; and sending (S104H) the instruction for rotating the camera device which carries information of the rotation path, so as to cause the camera device to rotate in the direction away from the light source based on the information of the rotation path. determining, in the first image, an image region whose gray value is larger than a third preset threshold as a position of the light source in the first image; determining a rotation path of the camera device away from the light source based on the position of the light source in the first image; and sending (S104H) the instruction for rotating the camera device which carries information of the rotation path, so as to cause the camera device to rotate in the direction away from the light source based on the information of the rotation path.
Neck ring holder device intended to be used at a mould for forming glass containers having a mouth, wherein the neck ring for realizing the mouth can be opened and consists of a plurality of circumferential sectors that can be moved away from each other starting from a closed position of the neck ring, in which the circumferential sectors are coplanar and form a continuous annular element provided with a central axis, up to an open position of the neck ring, in which the circumferential sectors are rotated out of said coplanar configuration, moving away from each other, around axes directed perpendicular to the direction of the axis of said annular element, characterised in that the circumferential sectors are movable from the closed position to the open position according to a sequential movement consisting of the composition of a first radial translation movement, in said coplanar configuration, of each circumferential sector moving away from the axis of said annular element, and of a second rotation movement of each circumferential sector around a respective axis directed perpendicular to the direction of the axis of said annular element, an intermediate position of the neck ring being identified between the translation movement and the rotation movement, in which the circumferential sectors are in the coplanar configuration, in that the neck ring holder comprises a body having a lateral surface extending around the axis of said annular element, the neck ring being arranged at an end of the body around said axis of the annular element, and the device further comprising a cam-operated lever system for the sequential actuation of said translation and rotation movements of the circumferential sectors, and in that the lever system comprises, for each circumferential sector, a first class lever arranged laterally with respect to the lateral surface of the body and pivoted, at an intermediate fulcrum position, to the body itself, and having, at an end furthest away from the respective circumferential sector, a cam follower and, at the opposite end, closest to the circumferential sector, a pin for hinging to a protrusion integral with the circumferential sector, the straight line joining said end pin with the fulcrum of the lever being perpendicular to the plane of the annular element so as to achieve, upon rotation of the lever, said first radial translation movement of the respective circumferential sector, the lever also having, at the portion thereof comprised between the fulcrum and said opposite end, an abutment surface intended to abut against a corresponding abutment surface of said protrusion integral with the circumferential sector, at the end of a first rotation step of the lever corresponding to said first radial translation movement of the circumferential sector, to integrally move in rotation, in a second rotation step of the lever, said protrusion as well and the corresponding circumferential sector, thus achieving said second rotation movement of the circumferential sector.
A coating device comprising: a head comprising a nozzle surface; an arm configured to hold the head; and a controller configured to control movement of the head via the arm, wherein the controller is configured to vibrate the head in a second direction, the second direction being along the nozzle surface and intersecting a first direction, and to optionally rotationally oscillate the head along the nozzle surface, while moving the head in the first direction along a to-be-coated surface of a to-be-coated object when the nozzle surface faces the to-be-coated object, characterized in that the head simultaneously performs vibrations in the second direction having different periods in parallel with a movement in the first direction. a head comprising a nozzle surface; an arm configured to hold the head; and a controller configured to control movement of the head via the arm, wherein the controller is configured to vibrate the head in a second direction, the second direction being along the nozzle surface and intersecting a first direction, and to optionally rotationally oscillate the head along the nozzle surface, while moving the head in the first direction along a to-be-coated surface of a to-be-coated object when the nozzle surface faces the to-be-coated object, characterized in that the head simultaneously performs vibrations in the second direction having different periods in parallel with a movement in the first direction.
A mobile payment apparatus, comprising: a communication unit, configured to exchange payment information with a communication peer end by using a radio link; a memory, configured to store mobile payment software which comprises mobile payment operating system software; a secure element, comprising a first storage module and a processor; and at least one central processing unit, configured to execute general operating system software, and control at least one of the communication unit, the memory, or the secure element under action of the general operating system software; wherein the processor is configured to load the mobile payment software from the memory to the first storage module, execute the mobile payment software, and exchange the payment information with the communication unit under action of the mobile payment software; the first storage module is configured to provide memory space for executing the mobile payment software for the processor; and the secure element and the at least one central processing unit are located in a first semiconductor chip in the mobile payment apparatus. a communication unit, configured to exchange payment information with a communication peer end by using a radio link; a memory, configured to store mobile payment software which comprises mobile payment operating system software; a secure element, comprising a first storage module and a processor; and at least one central processing unit, configured to execute general operating system software, and control at least one of the communication unit, the memory, or the secure element under action of the general operating system software; wherein the processor is configured to load the mobile payment software from the memory to the first storage module, execute the mobile payment software, and exchange the payment information with the communication unit under action of the mobile payment software; the first storage module is configured to provide memory space for executing the mobile payment software for the processor; and the secure element and the at least one central processing unit are located in a first semiconductor chip in the mobile payment apparatus.
A filling device for filling a receptacle, comprising: a valve body which mainly extends along a longitudinal direction; an inlet for a filling fluid; a dispensing nozzle for dispensing the filling fluid to the receptacle; a passage for the filling fluid, obtained inside the valve body between the inlet and the dispensing nozzle; valve means operatively active on said passage to establish a selective communication between the inlet and the dispensing nozzle, said valve means comprising a slider slidably inserted in the valve body, said slider comprising a core made of ferromagnetic material to which a coating is applied, the core of said slider having a central portion having a cylindrical extension along said longitudinal direction and a plurality of radial projections having an extension orthogonal to the longitudinal direction; an annular sleeve slidably mounted outside the valve body, said annular sleeve comprising a plurality of magnetic rings alternating with a plurality of ferromagnetic rings, wherein a wall of the valve body is interposed between said ferromagnetic ring and the radial projections, characterised in that the coating is made of thermoplastic polymer, and in that each ferromagnetic ring faces a group of radial projections located at the same height relative to the slider, wherein each of said radial projections consists of a fin or tooth extending radially from said central portion. a valve body which mainly extends along a longitudinal direction; an inlet for a filling fluid; a dispensing nozzle for dispensing the filling fluid to the receptacle; a passage for the filling fluid, obtained inside the valve body between the inlet and the dispensing nozzle; valve means operatively active on said passage to establish a selective communication between the inlet and the dispensing nozzle, said valve means comprising a slider slidably inserted in the valve body, said slider comprising a core made of ferromagnetic material to which a coating is applied, the core of said slider having a central portion having a cylindrical extension along said longitudinal direction and a plurality of radial projections having an extension orthogonal to the longitudinal direction; an annular sleeve slidably mounted outside the valve body, said annular sleeve comprising a plurality of magnetic rings alternating with a plurality of ferromagnetic rings, wherein a wall of the valve body is interposed between said ferromagnetic ring and the radial projections, characterised in that the coating is made of thermoplastic polymer, and in that each ferromagnetic ring faces a group of radial projections located at the same height relative to the slider, wherein each of said radial projections consists of a fin or tooth extending radially from said central portion.