mhurhangee/ep-ind-claims huggingface dataset:
A method, the method comprising: obtaining information associated to a model of an electric vehicle charging station in response to an established connection with the electric vehicle charging station; sending a message to the electric vehicle charging station to obtain an individual set of one or more configuration keys of the electric vehicle charging station model, wherein the one or more configuration keys are configured to be accessible through a request so that the one or more configuration keys are not public knowledge; generating a first identifier of the electric vehicle charging station based on the information associated with the model and the one or more configuration keys; comparing the first identifier to a stored first reference identifier, wherein the first reference identifier is based on information associated to the same model as the electric vehicle charging station; determining the authentication is successful if the first identifier and the first reference identifier match; and authenticating the electric vehicle charging station based on the match. obtaining information associated to a model of an electric vehicle charging station in response to an established connection with the electric vehicle charging station; sending a message to the electric vehicle charging station to obtain an individual set of one or more configuration keys of the electric vehicle charging station model, wherein the one or more configuration keys are configured to be accessible through a request so that the one or more configuration keys are not public knowledge; generating a first identifier of the electric vehicle charging station based on the information associated with the model and the one or more configuration keys; comparing the first identifier to a stored first reference identifier, wherein the first reference identifier is based on information associated to the same model as the electric vehicle charging station; determining the authentication is successful if the first identifier and the first reference identifier match; and authenticating the electric vehicle charging station based on the match.
Pharmaceutical composition comprising pantoprazole as the active ingredient having the form of a tablet comprising (a) a core comprising the active ingredient, an alkalizing substance, a filler and a disintegrant; (b) an optional water-soluble separating layer; and (c) an enteric coating, characterized in that the enteric coating layer has a thickness of 85 μm to 150 μm and in that the pantoprazole is present in the form of particles having an average particle size within the range of 60 μm to 250 μm, which particles consist of pantoprazole and are obtainable by a process comprising the steps of wetting pantoprazole with water in a high shear mixer, passing the wet pantoprazole through a sieve having a mesh size within the range of 0.8 to 2 mm, and drying the mass in a fluid bed dryer, the order of the sieving and drying step being optional. (a) a core comprising the active ingredient, an alkalizing substance, a filler and a disintegrant; (b) an optional water-soluble separating layer; and (c) an enteric coating,
A pneumatic tire mounted to a vehicle and a rim wheel assembled to the pneumatic tire, wherein OD is defined by an outer diameter of the pneumatic tire; RW is defined by a rim width of the rim wheel assembled to the pneumatic tire; SW is defined by a tire width of the pneumatic tire; and RD is defined by a rim diameter of the pneumatic tire, wherein the OD is 350 mm or more and 600 mm or less; the relation of 0.78 ≤ RW/SW ≤ 0.99; and the relation of 0.56 ≤ RD/OD ≤ 0.75 are satisfied, wherein the RD is 12 inches (305 mm) or more and 17.5 inches (445 mm) or less, characterized in that the tire has an air volume of 20,000 cm 3 or more and 80,000 cm 3 or less, and in that the set internal pressure of the pneumatic tire is 500 to 900 kPa. OD is defined by an outer diameter of the pneumatic tire; RW is defined by a rim width of the rim wheel assembled to the pneumatic tire; SW is defined by a tire width of the pneumatic tire; and RD is defined by a rim diameter of the pneumatic tire, wherein the OD is 350 mm or more and 600 mm or less; the relation of 0.78 ≤ RW/SW ≤ 0.99; and the relation of 0.56 ≤ RD/OD ≤ 0.75 are satisfied, wherein the RD is 12 inches (305 mm) or more and 17.5 inches (445 mm) or less, characterized in that the tire has an air volume of 20,000 cm 3 or more and 80,000 cm 3 or less, and in that the set internal pressure of the pneumatic tire is 500 to 900 kPa.
A hair care product to be used for protection and care of lengths of long hair when shampooing, characterized in that it consists of the following constituents: - sorbitol, being a moisture preserving and a softening agent, in an amount of from 4 to 12 % by weight; - a thickener selected from the group consisting of guar flour, cellulose containing substances and gum arabicum or a mixture thereof, acting as an anti-static, film forming and surfactant agent, and as a conditioning agent, in an amount of from 1 to 5 % by weight, - silk protein and/or a degraded product therefrom, being an anti-static, softening and antifoam agent, in an amount of from 0.5 to 8 % by weight, - an algae extract, being a film-forming, caring and re-moisturizing agent, in an amount of from 1 to 2 % by weight, - a pH controlling and re-sealing agent selected from the group consisting of citric acid and vinegar, in an amount which gives the product a pH of about 4.4, - optional additives, such as perfume, essential oils and similar, and - remaining amount being water. - sorbitol, being a moisture preserving and a softening agent, in an amount of from 4 to 12 % by weight; - a thickener selected from the group consisting of guar flour, cellulose containing substances and gum arabicum or a mixture thereof, acting as an anti-static, film forming and surfactant agent, and as a conditioning agent, in an amount of from 1 to 5 % by weight, - silk protein and/or a degraded product therefrom, being an anti-static, softening and antifoam agent, in an amount of from 0.5 to 8 % by weight, - an algae extract, being a film-forming, caring and re-moisturizing agent, in an amount of from 1 to 2 % by weight, - a pH controlling and re-sealing agent selected from the group consisting of citric acid and vinegar, in an amount which gives the product a pH of about 4.4, - optional additives, such as perfume, essential oils and similar, and - remaining amount being water.
A method to form a photoresist pattern comprising the steps of forming a photoresist film by applying the photoresist on a substrate being a silicon wafer or an aluminum-coated wafer, forming a water-stable upper layer film on the photoresist film, and forming a resist pattern by immersion exposure with radiation through a predetermined mask pattern with water and development in an alkaline aqueous solution, wherein the process of forming the upper layer film uses an immersion upper layer film composition comprising an alkali-soluble resin comprising a recurring unit having a fluorine atom containing group on the side chain and a solvent containing a monovalent alcohol having 6 or less carbon atoms.
Use, for the mechanical reinforcement of polymers of elastomer type, of a chemically unmodified lignin with available functional groups which presents a specific surface area comprised between 0.5m 2 /g and 5m 2 /g, and preferably comprised between 1m 2 /g and 2.5m 2 /g.
Packaging insert for shock absorbing arrangement of a product inside a transport container, in particular a folded box, comprising a blank which can be folded to form a hollow base and which has wings which can be bent along fold lines (F1-F3), as well as a frame and a wall section connecting the frame to a base plate, wherein the frame and the base plate can be bent at the wall section along fold lines (F4, F5), and wherein a membrane which is provided to receive the product which can be placed thereon is attached to the frame and spans at least in part an opening which is demarcated by the frame, characterised in that the base plate has a free edge which is opposite the wall section with the frame arranged thereon in order to fix the product placed on the membrane between the membrane and a section of the film web by wrapping the separate film web around the designated folded blank transversely to this free edge.
An apparatus for removing air from a bodily liquid in extracorporeal circuitry, comprising: a vertical chamber having a bottom region and a top region and a pair of fluid entry and exit ports (240, 242) at or near the bottom region, wherein the bottom region of the chamber is wider than the top region, such that the chamber has a flare at the bottom; and a microporous filter at or near the top region configured to let air escape from the chamber when liquid is passed through the vertical chamber from the entry port to the exit port so as to fill the vertical chamber with the liquid, wherein the chamber has a sufficient height so that a first liquid is located near the top of the chamber and a second liquid is located near the bottom of the chamber, wherein the first liquid is saline and the second liquid is blood, and wherein the second liquid is miscible with the first liquid and the vertical chamber is long enough to prevent the first and second liquids from mixing because the first liquid stagnates as the second liquid flows through the chamber, thereby preventing the second liquid from contacting the microporous filter, wherein the chamber is at least 50.8 mm in height. a vertical chamber having a bottom region and a top region and a pair of fluid entry and exit ports (240, 242) at or near the bottom region, wherein the bottom region of the chamber is wider than the top region, such that the chamber has a flare at the bottom; and a microporous filter at or near the top region configured to let air escape from the chamber when liquid is passed through the vertical chamber from the entry port to the exit port so as to fill the vertical chamber with the liquid, wherein the chamber has a sufficient height so that a first liquid is located near the top of the chamber and a second liquid is located near the bottom of the chamber, wherein the first liquid is saline and the second liquid is blood, and wherein the second liquid is miscible with the first liquid and the vertical chamber is long enough to prevent the first and second liquids from mixing because the first liquid stagnates as the second liquid flows through the chamber, thereby preventing the second liquid from contacting the microporous filter, wherein the chamber is at least 50.8 mm in height.
A tripping mechanism for a surge protector, the tripping mechanism comprising: a frame bracket for receiving at least one metal oxide varistor; and a tripping rod pivotably arranged on the frame bracket and connected to an electrode of the metal oxide varistor via low temperature solder, wherein the tripping mechanism further comprising a slidable block slidably arranged on the bracket frame, the slidable block being slidable between a first position and a second position and being biased towards a trip position; in a normal working state, the slidable block being maintained at the first position by the tripping rod counteracting the biasing pressure, and in a trip state, the sliding movement of the slidable block towards the second position under the action of the biasing pressure causing the tripping rod to pivot in a direction away from the electrode of the metal oxide varistor, characterised in that the slidable block is located between the electrode and the tripping rod when the slidable block is at the second position. a frame bracket for receiving at least one metal oxide varistor; and a tripping rod pivotably arranged on the frame bracket and connected to an electrode of the metal oxide varistor via low temperature solder, wherein the tripping mechanism further comprising a slidable block slidably arranged on the bracket frame, the slidable block being slidable between a first position and a second position and being biased towards a trip position; in a normal working state, the slidable block being maintained at the first position by the tripping rod counteracting the biasing pressure, and in a trip state, the sliding movement of the slidable block towards the second position under the action of the biasing pressure causing the tripping rod to pivot in a direction away from the electrode of the metal oxide varistor, characterised in that the slidable block is located between the electrode and the tripping rod when the slidable block is at the second position.
An X-ray photoelectron spectroscopy analysis system for analysing an insulating sample, the system comprising: an X-ray generating means having an exit opening and being arranged to generate primary X-rays (46,56) which pass out of the exit opening in a sample direction towards a sample surface for irradiation thereof, characterised in that the X-ray generating means in use additionally generates unwanted electrons which would pass out of the exit opening substantially in the sample direction; the system being further characterised by:an analysis chamber for holding the insulating sample, the analysis chamber comprising a sidewall having an entrance port therethrough, the entrance port being in communication with the exit opening of the X-ray generating means for passage of the generated X-rays towards the sample surface; and an electron deflection field generating means located in the entrance port and arranged to generate a deflection field in the entrance port, to deflect the unwanted electrons away from the sample direction, such that the unwanted electrons are prevented from reaching the sample surface. an X-ray generating means having an exit opening and being arranged to generate primary X-rays (46,56) which pass out of the exit opening in a sample direction towards a sample surface for irradiation thereof, characterised in that the X-ray generating means in use additionally generates unwanted electrons which would pass out of the exit opening substantially in the sample direction; the system being further characterised by:an analysis chamber for holding the insulating sample, the analysis chamber comprising a sidewall having an entrance port therethrough, the entrance port being in communication with the exit opening of the X-ray generating means for passage of the generated X-rays towards the sample surface; and an electron deflection field generating means located in the entrance port and arranged to generate a deflection field in the entrance port, to deflect the unwanted electrons away from the sample direction, such that the unwanted electrons are prevented from reaching the sample surface.
A liquid crystal display comprising a matrix of horizontal and vertical rows of pixels and, for each pixel, a liquid crystal cell, a pixel electrode (Ep) controlled by a control transistor and at least two counter electrodes located on the same side of the liquid crystal as said pixel electrode, said liquid crystal being made up of molecules having a natural rest orientation in the plane of said display in the absence of voltage between said pixel electrode and said counter electrodes and another orientation in the plane of said display when a voltage is present between said pixel electrode and said counter electrodes, said display further comprising an array of erase electrodes (EF j) and means for applying, during an erase phase, an electric erase field between two neighbouring erase electrodes in a direction that tends to return the molecules of said liquid crystal to their rest orientation, said counter electrodes being parallel to said pixel electrode and common to all of the pixels of a horizontal row, characterised in that each erase electrode extends along a vertical row of pixels and is common to the pixels of said vertical row, and in that said display comprises means for displaying successive image frames, each frame comprising: an erase phase, during which a potential difference is applied between two erase electrodes framing a pixel; an image write phase, during which said erase electrodes are held at a high impedance, said counter electrodes are held at a reference potential and an analogue voltage representing the luminance is applied to said pixel electrode; and a hold phase, during which said erase electrodes and said pixel electrode are placed at a high impedance, and said counter electrodes are held at the reference potential. an erase phase, during which a potential difference is applied between two erase electrodes framing a pixel; an image write phase, during which said erase electrodes are held at a high impedance, said counter electrodes are held at a reference potential and an analogue voltage representing the luminance is applied to said pixel electrode; and a hold phase, during which said erase electrodes and said pixel electrode are placed at a high impedance, and said counter electrodes are held at the reference potential.
Storage table for containers, with oppositely driven feed and return tracks (3, 4), with a transfer strip extending thereinbetween in longitudinal direction, and with a transfer device for transferring the containers from the feed track via the transfer strip to the return track, characterized in that the feed track comprises an outer conveyor belt and an inner conveyor belt which extends between said outer conveyor belt and the transfer strip and which is driven more slowly than the outer conveyor belt of the feed track, and/or the return track comprises an outer conveyor belt and an inner conveyor belt which extends between said outer conveyor belt and the transfer strip and which is driven more slowly than the outer conveyor belt of the return track.
A rib structure for use in an aircraft, said rib structure comprising: a web portion; a plurality of hat stiffener portions coupled to said web portion, wherein said plurality of hat stiffener portions extend substantially parallel; and at least one chord portion coupled to said web portion, wherein said at least one chord portion extends substantially perpendicularly relative to said plurality of hat stiffener portions, wherein said web portion, said plurality of hat stiffener portions, and said at least one chord portion are fabricated from composite material. wherein at least one hat stiffener portion of said plurality of hat stiffener portions comprises: a base portion coupled to said web portion; a pair of riser portions extending from said base portion; and at least one ligament portion extending between said pair of riser portions, characterised in that the at least one ligament portion extends between said pair of riser portions such that a slot is defined between said pair of riser portions, and wherein said at least one hat stiffener portion further comprises a lip portion extending from each riser portion towards an opposing riser portion of said pair of riser portions, wherein each said lip portion at least partially defines the slot. a web portion; a plurality of hat stiffener portions coupled to said web portion, wherein said plurality of hat stiffener portions extend substantially parallel; and at least one chord portion coupled to said web portion, wherein said at least one chord portion extends substantially perpendicularly relative to said plurality of hat stiffener portions, wherein said web portion, said plurality of hat stiffener portions, and said at least one chord portion are fabricated from composite material. wherein at least one hat stiffener portion of said plurality of hat stiffener portions comprises: a base portion coupled to said web portion; a pair of riser portions extending from said base portion; and at least one ligament portion extending between said pair of riser portions, characterised in that the at least one ligament portion extends between said pair of riser portions such that a slot is defined between said pair of riser portions, and wherein said at least one hat stiffener portion further comprises a lip portion extending from each riser portion towards an opposing riser portion of said pair of riser portions, wherein each said lip portion at least partially defines the slot. a base portion coupled to said web portion; a pair of riser portions extending from said base portion; and at least one ligament portion extending between said pair of riser portions, characterised in that the at least one ligament portion extends between said pair of riser portions such that a slot is defined between said pair of riser portions, and wherein said at least one hat stiffener portion further comprises a lip portion extending from each riser portion towards an opposing riser portion of said pair of riser portions, wherein each said lip portion at least partially defines the slot.
An optoelectronic sensor device for detecting an object within a monitoring area, in particular for locating and/or determining distance, preferably a laser scanner device and/or LiDAR device, comprising a receiving device for receiving backscattered light after scattering an emitted light beam on the object, wherein the receiving device comprises an array, namely a matrix of at least two receiving elements for radiation detection and a receiving optics for imaging the received radiation on the array, wherein the array can be and/or is divided into at least two array areas, wherein the at least two array areas each correspond to scattering of objects at different distances from the monitoring area and different brightnesses of the received radiation, and the receiving elements, each arranged in different array areas can be and/or are adjusted to be detected with mutually different light sensitivities, wherein a control device is provided for controlling the light sensitivities of the receiving elements and for dividing the array into the array regions, which is furthermore designed for adjusting the light sensitivities on the basis of the brightnesses recorded by the receiving elements, in particular for switching off at least one of the receiving elements (10, B).
A method of improving the quality of the hair of a non-human animal comprising feeding to the animal an edible composition comprising an effective amount of threonine.