mhurhangee/ep-ind-claims huggingface dataset:
A reconstitutable acidic beverage formulation comprising at least 10 wt.% of soy protein-based particles, said soy protein-based particles containing: • 15-70 wt.% soy protein; • 0.3-20 wt.% of anionic polysaccharide; • 0.2-10 wt.% of acid; • 15-50 wt.% of a combination of maltodextrin and saccharide, said saccharide being selected from monosaccharide, disaccharide and combinations thereof; • less than 15 wt.% of water; wherein the soy protein-based particles contain maltodextrin and saccharide in weight ratio of maltodextrin to saccharide of 1:8 to 4:1. • 15-70 wt.% soy protein; • 0.3-20 wt.% of anionic polysaccharide; • 0.2-10 wt.% of acid; • 15-50 wt.% of a combination of maltodextrin and saccharide, said saccharide being selected from monosaccharide, disaccharide and combinations thereof; • less than 15 wt.% of water;
A dehumidification plant for a granular material, comprising at least one hopper having at least one loading mouth and one discharge mouth for said granular material, at least one upper feeding mouth in said at least one hopper and at least one lower delivery mouth of a gaseous medium therefrom, humidity adsorbent means (51, 52) designed to adsorb the humidity conveyed by said gaseous medium; at least two towers (29, 36) arranged to contain said adsorbent means (51, 52); supplying means designed to feed said gaseous medium to said at least one hopper and said at least two towers (29, 36), at least one electronic control unit detection means arranged to detect process variables of said plant and electrically connected with said at least one electronic control unit, characterized in that it comprises distribution means designed to distribute dehumidified gaseous medium coming from at least one (29 36) of said at least two towers thereby feeding it to at least another tower (36, 29) from among said at least two towers, said distribution means being controllable by said at least one electronic control unit between at least one open position, in which at least one portion of said dehumidified gaseous medium contained in said at least one of said at least two towers (29, 36) is fed to said at least another (36, 29) of said at least two towers, and at least one closed position, said distribution means comprising at least one first valve means, at least one duct intended to place said first valve means in fluid communication with at least one of said at least two towers (29, 36), at least one duct between at least another (36, 29) of said at least two towers and said first valve means and pressurization means for said dehumidified gaseous medium, and in that it comprises at least one emission duct of said dehumidified gaseous medium between said first valve means and said at least one hopper.
Device for producing a ready-to-use solution from a concentrate and a diluent, comprising - an inlet for the diluent, - an inlet for the concentrate, - an outlet for the solution, - a line which extends from the inlet for the diluent to the outlet via a confluence, at which the diluent and the concentrate converge, - a mixing container which is disposed in the line between the confluence and the outlet and which has a larger cross-section than parts (12, 14) of the line which are located upstream and downstream of the mixing container, and - a metering pump for the concentrate, which is connected on the suction side to the inlet for the concentrate and on the pressure side to the confluence, which operates in pulsed mode and which is designed to operate at a clock frequency in which a plurality of pump surges are attributable to the dwell time of the liquid in the mixing container, wherein - the interior space of the mixing container has a longitudinal dimension in the direction of flow and a transverse dimension in a direction at right angles relative to the direction of flow, characterized in that the ratio of the maximum longitudinal dimension of the mixing container to the maximum transverse dimension of the mixing container is in a range of 1 to 4. - an inlet for the diluent, - an inlet for the concentrate, - an outlet for the solution, - a line which extends from the inlet for the diluent to the outlet via a confluence, at which the diluent and the concentrate converge, - a mixing container which is disposed in the line between the confluence and the outlet and which has a larger cross-section than parts (12, 14) of the line which are located upstream and downstream of the mixing container, and - a metering pump for the concentrate, which is connected on the suction side to the inlet for the concentrate and on the pressure side to the confluence, which operates in pulsed mode and which is designed to operate at a clock frequency in which a plurality of pump surges are attributable to the dwell time of the liquid in the mixing container, - the interior space of the mixing container has a longitudinal dimension in the direction of flow and a transverse dimension in a direction at right angles relative to the direction of flow, characterized in that the ratio of the maximum longitudinal dimension of the mixing container to the maximum transverse dimension of the mixing container is in a range of 1 to 4.
A dishwasher comprising a tub having more than one side wall, wherein the washing process is performed, a door providing access into the tub and a detergent dispenser disposed on the door wherein the chemical substances like detergent, softener and rinse aid are placed, characterized by • at least one water inlet arranged on the side wall and providing the water received from the mains to directly pass into the tub with the effect of mains pressure; • at least two racks (8, 108) disposed one above the other inside the tub and wherein the items to be washed are placed, the water inlet being arranged on the side wall between the upper rack and the lower rack and • a nozzle mounted to the water inlet and directing the water received from the water inlet towards the detergent dispenser. • a water receptacle having a water counter that enables the amount of water received therein from the mains to be measured and a hose that allows the water leaving the water receptacle to be conveyed to the water inlet. • at least one water inlet arranged on the side wall and providing the water received from the mains to directly pass into the tub with the effect of mains pressure; • at least two racks (8, 108) disposed one above the other inside the tub and wherein the items to be washed are placed, the water inlet being arranged on the side wall between the upper rack and the lower rack and • a nozzle mounted to the water inlet and directing the water received from the water inlet towards the detergent dispenser. • a water receptacle having a water counter that enables the amount of water received therein from the mains to be measured and a hose that allows the water leaving the water receptacle to be conveyed to the water inlet.
A method for producing abienol, which comprises converting geranylgeranyl diphosphate (GGPP) to abienol in the presence of a combination of class II diterpene synthase (diTPS) with at least 50% identity to a polypeptide according to SEQ ID NO:1 or SEQ ID NO:2 and bifunctional class I/II abienol synthase with at least 50% identity to a polypeptide according to SEQ ID NO:3.
Method for synthesising a sealing glass by sol-gel process, comprising the steps of: - forming a solution by dissolving an silicon alkoxide in a solvent; - the hydrolysis of the silicon alkoxide in the solution in order to form a monomer, an inorganic oligomer, or a mixture thereof; - adding an alumina precursor, a barium oxide precursor, a calcium oxide precursor, a boron oxide precursor, a magnesium oxide precursor, water and acid in the solution forming with the silicon alkoxide a mixture (E3.1, E3.2); - agitating then condensing the mixture in order to form a xerogel; - pulverising the xerogel in order to obtain an oxide powder; - glass elaboration of the oxide powder in order to obtain the solder glass. - forming a solution by dissolving an silicon alkoxide in a solvent; - the hydrolysis of the silicon alkoxide in the solution in order to form a monomer, an inorganic oligomer, or a mixture thereof; - adding an alumina precursor, a barium oxide precursor, a calcium oxide precursor, a boron oxide precursor, a magnesium oxide precursor, water and acid in the solution forming with the silicon alkoxide a mixture (E3.1, E3.2); - agitating then condensing the mixture in order to form a xerogel; - pulverising the xerogel in order to obtain an oxide powder; - glass elaboration of the oxide powder in order to obtain the solder glass.
A bandage including e. a flat material web having a first and a second side and a first and second end which are spaced apart in the longitudinal direction of the bandage, f. a wound dressing pad on the first side of the flat material web, g. a pressure applicator on the second side of the flat material web opposite the wound dressing pad, h. a fastening element at the second end of the flat material web for fastening the second end of the flat material web on or to itself when the bandage is positioned on a carrier, characterized in that the pressure applicator comprises a base plate and two elongated fixing elements (36, 38) which are arranged in the longitudinal direction of the bandage on both sides of the base plate and extend at an angle, in particular perpendicularly, to the longitudinal direction of the bandage, wherein in each case the one end (36', 38') of the fixing elements (36, 38) is secured to the base plate and the other end (36", 38") is free and the fixing elements (36, 38) realize a gap between them and the base plate over their remaining length. e. a flat material web having a first and a second side and a first and second end which are spaced apart in the longitudinal direction of the bandage, f. a wound dressing pad on the first side of the flat material web, g. a pressure applicator on the second side of the flat material web opposite the wound dressing pad, h. a fastening element at the second end of the flat material web for fastening the second end of the flat material web on or to itself when the bandage is positioned on a carrier, characterized in that
A food supplement comprising collagen, at least one glucosamine derivative selected between glucosamine hydrochloride and N-acetylglucosamine, L-carnitine, hyaluronic acid, a black pepper extract and a maca extract.
A service capacity distribution method of a distributed antenna system, the service capacity distribution method comprising: monitoring an operating state of each of a plurality of remote units; analyzing a usage pattern for the plurality of remote units based on the monitored operating state; and distributing the service capacity of each of the plurality of remote units based on the analyzed usage pattern, characterized in that the analyzing of the usage pattern comprises: analyzing a movement pattern for a movement direction and movement time of users based on a change in an uplink signal power and a downlink signal power between adjacent remote units. monitoring an operating state of each of a plurality of remote units; analyzing a usage pattern for the plurality of remote units based on the monitored operating state; and distributing the service capacity of each of the plurality of remote units based on the analyzed usage pattern,
A method of manufacturing a well screen, the method comprising the step of securing a screen jacket onto a base pipe, wherein, prior to the securing step, the method comprises the steps of: forming the screen jacket, wherein forming the screen jacket comprises installing a tubular filter layer into the interior of an outer shroud, the tubular filter layer having an overlap between circumferential ends of the filter layer; installing a drainage layer into the interior of the tubular filter layer; and radially expanding the drainage layer and the filter layer of the screen jacket outward within the outer shroud until the filter layer contacts an inner surface of the outer shroud, and until all of the layers are in intimate contact with their adjacent layer or layers; wherein: the overlap serves to prevent sand migration through the filter layer, characterized in that the expanding step further comprises expanding the outer shroud. forming the screen jacket, wherein forming the screen jacket comprises installing a tubular filter layer into the interior of an outer shroud, the tubular filter layer having an overlap between circumferential ends of the filter layer; installing a drainage layer into the interior of the tubular filter layer; and radially expanding the drainage layer and the filter layer of the screen jacket outward within the outer shroud until the filter layer contacts an inner surface of the outer shroud, and until all of the layers are in intimate contact with their adjacent layer or layers; wherein: the overlap serves to prevent sand migration through the filter layer, characterized in that the expanding step further comprises expanding the outer shroud. the overlap serves to prevent sand migration through the filter layer, characterized in that the expanding step further comprises expanding the outer shroud.
A non-aqueous high concentration suspension formulation, comprising: a vehicle, comprising a hydrophobic agent and a viscosity-reducing agent, wherein the hydrophobic agent is sesame oil and the viscosity-reducing agent is ethyl oleate; and an antibody formulated with an excipient, wherein the antibody is an anti-TNFα antibody that comprises a light chain variable region of SEQ ID NO: 6 and a heavy chain variable region of SEQ ID NOs: 1 or 2, or a VL of SEQ ID NO: 7 and a VH of SEQ ID NOs: 3, 4, or 5. a vehicle, comprising a hydrophobic agent and a viscosity-reducing agent, wherein the hydrophobic agent is sesame oil and the viscosity-reducing agent is ethyl oleate; and an antibody formulated with an excipient, wherein the antibody is an anti-TNFα antibody that comprises a light chain variable region of SEQ ID NO: 6 and a heavy chain variable region of SEQ ID NOs: 1 or 2, or a VL of SEQ ID NO: 7 and a VH of SEQ ID NOs: 3, 4, or 5.
A dieless crimping tool comprising: a working head having a head frame, a movable indentor having a body, a front face extending from the body and an impact surface extending from the front face, and an indentor guide assembly, wherein the head frame has open access to a working area of the working head and a nest having a base portion and at least a pair of side walls extending from the base portion formed into the head frame and within the working area for receiving a crimping member; a tool frame having a piston coupled to the indentor that moves the indentor along the indentor guide assembly between a home position adjacent the tool frame and an impacting position adjacent the nest; and wherein the front face and impact surface are configured to fit within a portion of the nest, wherein the impact surface is used to impact a crimping member resting within the nest and wherein the front surface may contact one or more walls of the nest to minimize the force applied to the crimping of small crimping members. a working head having a head frame, a movable indentor having a body, a front face extending from the body and an impact surface extending from the front face, and an indentor guide assembly, wherein the head frame has open access to a working area of the working head and a nest having a base portion and at least a pair of side walls extending from the base portion formed into the head frame and within the working area for receiving a crimping member; a tool frame having a piston coupled to the indentor that moves the indentor along the indentor guide assembly between a home position adjacent the tool frame and an impacting position adjacent the nest; and wherein the front face and impact surface are configured to fit within a portion of the nest, wherein the impact surface is used to impact a crimping member resting within the nest and wherein the front surface may contact one or more walls of the nest to minimize the force applied to the crimping of small crimping members.
A starch comprising: an amylose content of from about 2 wt % to about 20 wt % as measured using an amylose/amylopectin assay kit; and an aqueous starch pasting temperature that is at least about 5% greater than the starch pasting temperature of a control starch as measured using RVA analysis, wherein, the starch is derived from a waxy-sugary 2 corn plant comprising at least one wxS allele in the endosperm, wherein the control starch is a starch derived from a control corn plant with the endosperm genotype wxwxwxsu2su2su2. an amylose content of from about 2 wt % to about 20 wt % as measured using an amylose/amylopectin assay kit; and an aqueous starch pasting temperature that is at least about 5% greater than the starch pasting temperature of a control starch as measured using RVA analysis, wherein, the starch is derived from a waxy-sugary 2 corn plant comprising at least one wxS allele in the endosperm,
An inserter instrument for inserting a deformable implant into a cavity in a bone of a patient, the inserter instrument comprising: a body having a cavity extending along a longitudinal axis of the body from a distal end to a proximal end and including an attachment mechanism at the distal end to which the deformable implant can be releasably attached; a drive mechanism at the proximal end of the body; and a push rod freely and slidably arranged within the cavity and having a distal end engageable with a part of the deformable implant and a proximal end abutable by the drive mechanism, wherein the drive mechanism is operable to drive the push rod toward the distal end of the body, and characterised in that the drive mechanism includes an internal thread, an external thread co-operating with the internal thread and a cap, wherein the cap is arranged to abut the proximal end of the push rod and the cap includes a one of the internal thread and the external thread and the proximal end of the body includes the other of the internal thread and the external thread. a body having a cavity extending along a longitudinal axis of the body from a distal end to a proximal end and including an attachment mechanism at the distal end to which the deformable implant can be releasably attached; a drive mechanism at the proximal end of the body; and a push rod freely and slidably arranged within the cavity and having a distal end engageable with a part of the deformable implant and a proximal end abutable by the drive mechanism, wherein the drive mechanism is operable to drive the push rod toward the distal end of the body, and characterised in that the drive mechanism includes an internal thread, an external thread co-operating with the internal thread and a cap, wherein the cap is arranged to abut the proximal end of the push rod and the cap includes a one of the internal thread and the external thread and the proximal end of the body includes the other of the internal thread and the external thread.
A method for a first entity to protect a first amount of data and to enable a second entity to perform data processing based on the first amount of data, the method comprising the first entity: applying a predetermined function to the first amount of data to generate a first value; and generating a second amount of data for the second entity to process, said generating comprising combining, using a first combination function, each of a number N of elements of the first amount of data with the first value; wherein the predetermined function is a function for which application of the predetermined function to an input quantity of data generates a corresponding output value, and the predetermined function has a property that, given a second quantity of data generated by modifying each of N elements of a first quantity of data by combining, using the first combination function, each of those N of elements of the first quantity of data with the output value generated by applying the predetermined function to the first quantity of data, the first quantity of data is regenerated from the second quantity of data by combining, using a second combination function, each of the N modified elements with the output value produced by applying the predetermined function to the second quantity of data. applying a predetermined function to the first amount of data to generate a first value; and generating a second amount of data for the second entity to process, said generating comprising combining, using a first combination function, each of a number N of elements of the first amount of data with the first value; wherein the predetermined function is a function for which application of the predetermined function to an input quantity of data generates a corresponding output value, and the predetermined function has a property that, given a second quantity of data generated by modifying each of N elements of a first quantity of data by combining, using the first combination function, each of those N of elements of the first quantity of data with the output value generated by applying the predetermined function to the first quantity of data, the first quantity of data is regenerated from the second quantity of data by combining, using a second combination function, each of the N modified elements with the output value produced by applying the predetermined function to the second quantity of data.