mhurhangee/patent-ind-claim-en huggingface dataset:
Interchangeable connection module for electrically connecting an electrical switching apparatus to an electrical installation by means of electrical links , the electrical apparatus comprising a connection interface including at least one electrical contact and at least one resilient holding strip which is deformable between a depressed position and a released position, the connection module being characterised in that it is displaceable between a position in which it is connected to the apparatus and a position in which it is disconnected from the apparatus , in that it comprises a casing , at least one connection piece and an actuating button , each connection piece being intended to provide an electrical connection between one end of an electrical link and one of the electrical contacts of the apparatus when the connection module is connected to the apparatus , and comprises at least one connection portion which projects out of the casing , each connection piece being held in contact with an electrical contact of the apparatus by a corresponding resilient holding strip of the apparatus when the strip is in its released position and the module is connected to the apparatus , this hold not being exerted when the strip is in its depressed position, the button being displaceable by translation, relative to the casing of the module , between a rest position and a pressed position and comprises at least one support portion which projects out of the casing when the button is in its pressed position, each support portion being adapted to displace a corresponding deformable resilient strip towards its depressed position when the module is connected to the apparatus and the button is displaced towards its pressed position, characterised in that the connection module comprises a locking device capable of cooperating with a locking interface of the apparatus , the locking device being actuatable by means of the button .
A medical cutting instrument, comprising: a shank portion formed of a round stainless steel bar or a round tool steel bar, the shank portion having a first brazing surface , the shank portion being gripped and rotated by a chuck when the medical cutting instrument is in a cutting operation; a working portion which has a second brazing surface and is formed of cemented carbide or ceramic at a leading end of the shank portion ; and a solder for bonding the first brazing surface and the second brazing surface , wherein the first brazing surface is formed as a raised sloped surface including a single apex , and wherein the solder is provided in a space formed between the first brazing surface and the second brazing surface , characterized in that the first brazing surface is in a point contact with the second brazing surface only at the single apex . a shank portion formed of a round stainless steel bar or a round tool steel bar, the shank portion having a first brazing surface , the shank portion being gripped and rotated by a chuck when the medical cutting instrument is in a cutting operation; a working portion which has a second brazing surface and is formed of cemented carbide or ceramic at a leading end of the shank portion ; and a solder for bonding the first brazing surface and the second brazing surface , wherein the first brazing surface is formed as a raised sloped surface including a single apex , and wherein the solder is provided in a space formed between the first brazing surface and the second brazing surface , characterized in that the first brazing surface is in a point contact with the second brazing surface only at the single apex .
A fingerprint module, comprising: a fingerprint identification chip ; a flexible circuit board ; and a pressure detection unit ; wherein the pressure detection unit comprises a rigid substrate and a pressure detection circuit formed on the rigid substrate; the fingerprint identification chip and the pressure detection unit are arranged on two opposite surfaces of the flexible circuit board respectively, and are electrically connected to the flexible circuit board respectively. a fingerprint identification chip ; a flexible circuit board ; and a pressure detection unit ; wherein the pressure detection unit comprises a rigid substrate and a pressure detection circuit formed on the rigid substrate; the fingerprint identification chip and the pressure detection unit are arranged on two opposite surfaces of the flexible circuit board respectively, and are electrically connected to the flexible circuit board respectively.
Device for filling a container to be filled with a filling product, comprising a treatment chamber for sealingly receiving the container to be filled, a component that seals the treatment chamber and is movable relative to the treatment chamber by means of a drive , and a pressure determination unit for determining the pressure in the treatment chamber , characterised in that the pressure determination unit is adapted and configured to determine a pressure present in the treatment chamber by determining a control parameter of the drive . a treatment chamber for sealingly receiving the container to be filled, a component that seals the treatment chamber and is movable relative to the treatment chamber by means of a drive , and a pressure determination unit for determining the pressure in the treatment chamber , characterised in that the pressure determination unit is adapted and configured to determine a pressure present in the treatment chamber by determining a control parameter of the drive .
A set of three fine metal masks , wherein each fine metal mask comprises: a pattern region including a plurality of openings corresponding to one color pixel; and a plurality of alignment holes corresponding to the color pixel located outside the pattern region ; wherein the plurality of alignment holes are disposed adjacent to the pattern region and have the same arrangement as the plurality of openings in the pattern region ; wherein the set of three fine metal masks comprises: a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; wherein only in the fine metal mask for evaporating red pixel the plurality of alignment holes comprises a plurality of R alignment holes for evaporating red pixel; wherein only in the fine metal mask for evaporating green pixel the plurality of alignment holes comprises a plurality of G alignment holes for evaporating green pixel; wherein only in the fine metal mask for evaporating blue pixel the plurality of alignment holes comprises a plurality of B alignment holes for evaporating blue pixel. a pattern region including a plurality of openings corresponding to one color pixel; and a plurality of alignment holes corresponding to the color pixel located outside the pattern region ; wherein the plurality of alignment holes are disposed adjacent to the pattern region and have the same arrangement as the plurality of openings in the pattern region ; wherein the set of three fine metal masks comprises: a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; a fine metal mask for evaporating red pixel, comprising a patterning region including a plurality of openings corresponding to red pixel; a fine metal mask for evaporating green pixel, comprising pattern region including a plurality of openings corresponding to green pixel and a fine metal mask for evaporating blue pixel comprising a pattern region including a plurality of openings corresponding to blue pixel; wherein only in the fine metal mask for evaporating red pixel the plurality of alignment holes comprises a plurality of R alignment holes for evaporating red pixel; wherein only in the fine metal mask for evaporating green pixel the plurality of alignment holes comprises a plurality of G alignment holes for evaporating green pixel; wherein only in the fine metal mask for evaporating blue pixel the plurality of alignment holes comprises a plurality of B alignment holes for evaporating blue pixel.
A method of making PCBN material, the PCBN material comprising at least 30 volume per cent cubic boron nitride (cBN) grains bonded together by a matrix consisting essentially of aluminium nitride and a plurality of regions comprising boron and aluminium atoms, in which regions there are at least 15 times more boron atoms than aluminium atoms present, the regions comprising an aluminium boride phase of the inorganic chemical formula Al x B y , in which x is 1 and y has a mean value selected from any of the ranges 16 to 16.5 and 24 to 26, the method including a pre-sinter compact consisting of an aggregation consisting of a plurality of cBN grains, and a source of aluminium in the form of grains of Al metal blended with the cBN grains comprised in the aggregation or of a body such as a disc in contact with the aggregation, the source being selected and arranged in relation to the aggregation such that molten aluminium will be available to contact the cBN grains at a mean sinter temperature of about 1,650 degrees Celsius and a sinter pressure of about 5 gigapascals (GPa), subjecting the pre-sinter compact to the sinter temperature and sinter pressure for sufficient sinter period for the aluminium to react with the cBN grains to the extent that there remains substantially no non-reacted aluminium between the cBN grains and to provide a sintered PCBN structure, the sinter pressure and sinter temperature selected such that substantially no hexagonal boron nitride (hBN) arises in the sintered PCBN structure; and then decreasing the temperature and pressure to an ambient condition; the amount and size distribution of the cBN grains comprised in the aggregation being such that the content of the cBN grains in the PCBN material will be at least 30 volume per cent.
A combined battery lid for a mobile communications terminal comprising: - a metallic battery lid having an insulation material, characterized in that - the insulation material is a plastic layer ; - the combined battery lid further comprises a side grounded structure that comprises an elastic contact sheet set between the metallic battery lid (210; 310) and the plastic layer ; - said elastic contact sheet being electrically connected to the metallic battery lid and having a curved contact section used to connect a grounded down-lead of a circuit board . - a metallic battery lid having an insulation material, - the insulation material is a plastic layer ; - the combined battery lid further comprises a side grounded structure that comprises an elastic contact sheet set between the metallic battery lid (210; 310) and the plastic layer ; - said elastic contact sheet being electrically connected to the metallic battery lid and having a curved contact section used to connect a grounded down-lead of a circuit board .
A method of producing a protein product from a blood plasma containing product, the method comprising: adding a salt to the blood plasma containing product to produce a first intermediate, wherein the salt comprises between 11-20 wt% of the first intermediate, and wherein the blood plasma containing product comprises cryo-poor plasma and cryoprecipitate; separating the first intermediate to produce a first supernatant comprising alpha-1-antitrypsin and a first paste; adding a salt to the first supernatant to produce a second intermediate, wherein the salt comprises between 15-30 wt% of the second intermediate; separating the second intermediate to produce a second supernatant comprising alpha-1-antitrypsin and a second paste; separating a third intermediate comprising alpha-1-antitrypsin from the second supernatant by affinity chromatography using an alpha-1-antitrypsin specific affinity resin, wherein the yield of alpha-1-antitrypsin from the third intermediate is from 70% to 98%; and separating the third intermediate by ion exchange chromatography to produce an eluate containing the protein product. adding a salt to the blood plasma containing product to produce a first intermediate, wherein the salt comprises between 11-20 wt% of the first intermediate, and wherein the blood plasma containing product comprises cryo-poor plasma and cryoprecipitate; separating the first intermediate to produce a first supernatant comprising alpha-1-antitrypsin and a first paste; adding a salt to the first supernatant to produce a second intermediate, wherein the salt comprises between 15-30 wt% of the second intermediate; separating the second intermediate to produce a second supernatant comprising alpha-1-antitrypsin and a second paste; separating a third intermediate comprising alpha-1-antitrypsin from the second supernatant by affinity chromatography using an alpha-1-antitrypsin specific affinity resin, wherein the yield of alpha-1-antitrypsin from the third intermediate is from 70% to 98%; and separating the third intermediate by ion exchange chromatography to produce an eluate containing the protein product.
Use of a compound ("Activated Procaine"), or a solvate or a salt thereof, for labeling or analyzing, an N-glycan, amine-containing amino acid, amine-containing peptide, amine-containing protein, or other amine-containing compound in a sample:
A device for treating a calcified lesion comprising: an elongated carrier having a longitudinal axis; and a balloon that is sealably disposed over a longitudinal length of the elongated carrier , the balloon being fillable with a liquid; the device further comprising a plurality of shock wave electrode pairs connectable to a high voltage source , carried by the elongated carrier , and enclosed within the balloon , each shock wave electrode pair comprises two terminals spaced apart to define a gap that is filled with the liquid wherein the shock wave electrode pairs comprise one electrode of one pair electrically connected in series to one electrode of another pair such that, in use, voltage pulses from the high voltage source are applied to the electrode pairs of a pulse duration sufficient to cause a plasma arc to cross the gap between the terminals of the shock wave electrode pairs to create a current path whereby current will flow in series from a positive terminal of a first electrode pair, across the gap of the first electrode pair to a negative terminal of the first electrode pair and then to a positive terminal of a second electrode pair, across the gap of the second electrode pair to a negative terminal of the second electrode pair to produce shock waves at each gap that propagate through the liquid. an elongated carrier having a longitudinal axis; and a balloon that is sealably disposed over a longitudinal length of the elongated carrier , the balloon being fillable with a liquid; the device further comprising a plurality of shock wave electrode pairs connectable to a high voltage source , carried by the elongated carrier , and enclosed within the balloon , each shock wave electrode pair comprises two terminals spaced apart to define a gap that is filled with the liquid wherein the shock wave electrode pairs comprise one electrode of one pair electrically connected in series to one electrode of another pair such that, in use, voltage pulses from the high voltage source are applied to the electrode pairs of a pulse duration sufficient to cause a plasma arc to cross the gap between the terminals of the shock wave electrode pairs to create a current path whereby current will flow in series from a positive terminal of a first electrode pair, across the gap of the first electrode pair to a negative terminal of the first electrode pair and then to a positive terminal of a second electrode pair, across the gap of the second electrode pair to a negative terminal of the second electrode pair to produce shock waves at each gap that propagate through the liquid.
A unit for thermosetting printed fabrics, comprising: - a heated roller rotating about a rotation axis (A) and having a cylindrical outer surface, - at least one fabric guiding element carried by an adjusting device for adjusting the angular position of said fabric guiding element about said rotation axis (A), characterized in that said fabric guiding element is rotatable about said rotation axis (A) and in that said fabric guiding element has substantially the shape of a wing profile having an inner wall facing the cylindrical outer surface of the heated roller and defining a gap with the cylindrical outer surface of the heated roller , for passing the fabric. - a heated roller rotating about a rotation axis (A) and having a cylindrical outer surface, - at least one fabric guiding element carried by an adjusting device for adjusting the angular position of said fabric guiding element about said rotation axis (A),
A magneto-impedance sensor , comprising: a magneto-impedance element that includes a magneto-sensitive body , a conductive layer arranged at a position adjacent to the magneto-sensitive body with an insulating layer being interposed therebetween, a detection coil wound around the magneto-sensitive body , a connecting part electrically connecting the magneto-sensitive body and the conductive layer at one ends thereof in an axial direction (X) of the magneto-sensitive body , a magneto-sensitive body terminal portion electrically connected to an other end of the magneto-sensitive body in the axial direction (X), and a conductive layer terminal portion electrically connected to an other end of the conductive layer in the axial direction (X), and that is configured to allow the magneto-sensitive body and the conductive layer to pass a current (I) therethrough in opposite directions; a detection circuit electrically connected to the detection coil through a pair of detecting conductive wires (8 ) to detect an output voltage of the detection coil ; characterised by a magneto-sensitive body wiring line electrically connected to the magneto-sensitive body terminal portion ; and a conductive layer wiring line electrically connected to the conductive layer terminal portion , wherein two wiring lines of the magneto-sensitive body wiring line and the conductive layer wiring line are configured such that at least parts of the two wiring lines are adjacent to each other and allow the current (I) to pass therethrough in opposite directions. a magneto-impedance element that includes a magneto-sensitive body , a conductive layer arranged at a position adjacent to the magneto-sensitive body with an insulating layer being interposed therebetween, a detection coil wound around the magneto-sensitive body , a connecting part electrically connecting the magneto-sensitive body and the conductive layer at one ends thereof in an axial direction (X) of the magneto-sensitive body , a magneto-sensitive body terminal portion electrically connected to an other end of the magneto-sensitive body in the axial direction (X), and a conductive layer terminal portion electrically connected to an other end of the conductive layer in the axial direction (X), and that is configured to allow the magneto-sensitive body and the conductive layer to pass a current (I) therethrough in opposite directions; a detection circuit electrically connected to the detection coil through a pair of detecting conductive wires (8 ) to detect an output voltage of the detection coil ; characterised by a magneto-sensitive body wiring line electrically connected to the magneto-sensitive body terminal portion ; and a conductive layer wiring line electrically connected to the conductive layer terminal portion , wherein two wiring lines of the magneto-sensitive body wiring line and the conductive layer wiring line are configured such that at least parts of the two wiring lines are adjacent to each other and allow the current (I) to pass therethrough in opposite directions.
The (Pyr1) apelin-13 for use in the treatment or the prevention of diabetes in human wherein the (Pyr1) apelin-13 is administrated to a subject in need thereof at a concentration ranging from 10 nmol/kg to 200 nmol/kg per day.
A substrate comprising a solid support, a ligand and a linker covalently connecting the solid support to the ligand of the general formula said substrate having a formula selected from the group consisting of: and wherein the black rectangle represents the solid support.
Extract obtainable by extraction from Phaseolus vulgaris seeds with mixtures of ethanol and water, characterised by an α-amylase inhibitor content in between 1,000 and 1,600 USP/mg (HPLC titre between 6 and 14% w/w) and a phytohaemagglutinin content in between 8,000 and 30,000 HAU/g.
A method for manufacturing a staple fiber based on natural protein fiber, the method comprising the steps of - providing a protein suspension, - the protein suspension comprising fibrils of said natural protein fiber, - directing the protein suspension through a nozzle onto a surface , - drying the protein suspension on the surface to a dry concentration of at least 70% by weight for forming a protein based fiber, - extracting the fiber from the surface and providing the staple fiber. - providing a protein suspension, - the protein suspension comprising fibrils of said natural protein fiber, - directing the protein suspension through a nozzle onto a surface , - drying the protein suspension on the surface to a dry concentration of at least 70% by weight for forming a protein based fiber, - extracting the fiber from the surface and providing the staple fiber.
Microactuator based on bimagnetic coated core/shell microwires characterized in that it comprises an asymmetric external shell having at least one composite one-dimensional active element which comprises: - an internal metallic magnetostrictive core - an external coating metallic magnetostrictive shell the materials of said internal metallic magnetostrictive core and said external coating metallic magnetostrictive shell displaying either opposite magnetostriction sign or the same magnetostriction sign with different values of the respective magnetostriction coefficient, and wherein the external coating metallic magnetostrictive shell covers asymmetrically only partly the internal core. - an internal metallic magnetostrictive core - an external coating metallic magnetostrictive shell the materials of said internal metallic magnetostrictive core and said external coating metallic magnetostrictive shell displaying either opposite magnetostriction sign or the same magnetostriction sign with different values of the respective magnetostriction coefficient,
A solar cell , comprising: a first electrode ; a second electrode ; a photoelectric conversion layer located between the first electrode and the second electrode ; and a semiconductor layer located between the first electrode and the photoelectric conversion layer , wherein at least one selected from the group consisting of the first electrode and the second electrode is translucent, and the semiconductor layer contains a compound containing Na, Zn, and O, characterized in that the atomic ratio (Na/Zn) of Na to Zn in the compound is greater than or equal to 0.769. a first electrode ; a second electrode ; a photoelectric conversion layer located between the first electrode and the second electrode ; and a semiconductor layer located between the first electrode and the photoelectric conversion layer , wherein at least one selected from the group consisting of the first electrode and the second electrode is translucent, and the semiconductor layer contains a compound containing Na, Zn, and O, characterized in that the atomic ratio (Na/Zn) of Na to Zn in the compound is greater than or equal to 0.769.