mhurhangee/ep-ind-claims huggingface dataset:
A dispensing device for unpacked goods, in particular baked goods such as bread, bread rolls or the like, having at least one removal assembly on the front side for forming at least one goods removal opening, wherein the removal assembly has at least one mounting structure, at least one collecting channel and at least one fixing element for fixing the collecting channel in the mounting structure, wherein the mounting structure has a mounting receptacle for inserting at least one portion of the collecting channel and wherein the fixing element is transferable from a first position, in which the collecting channel is fixed in place, into a second position in which the collecting channel is released, and vice versa, characterised in that the fixing element is a flap.
A tine for attachment to a reel bar defining a through hole for fixing tines, the tine comprising: a plastic fixing element comprising a reel fixing portion, the reel fixing portion comprising a first arm and a second arm for affixing either side of the reel bar, the first arm defining a through hole for receiving a shank of a screw and the second arm defining a receiving hole for receiving a threaded end of the screw such that the screw may be inserted through the first arm, through the through hole of the reel bar, and into the receiving hole to secure the tine to the bar; characterised by a metal element coupled to the plastic fixing element and comprising a finger portion and a spring portion. a plastic fixing element comprising a reel fixing portion, the reel fixing portion comprising a first arm and a second arm for affixing either side of the reel bar, the first arm defining a through hole for receiving a shank of a screw and the second arm defining a receiving hole for receiving a threaded end of the screw such that the screw may be inserted through the first arm, through the through hole of the reel bar, and into the receiving hole to secure the tine to the bar; characterised by a metal element coupled to the plastic fixing element and comprising a finger portion and a spring portion.
Method of loading an explosive device, used as an aerial bomb, comprising the steps of: - preparing a device body which defines an inner cavity and having, at opposite ends in a main axial direction (X-X), an ogive and a closing cap, - applying, to an inner side wall of the device body which defines said cavity, a layer of sealant, - performing a partial filling of the cavity of the device body by means of an inert filler material up to a predetermined level, - performing a partial filling of the cavity with an explosive charge according to a predefined quantity, - applying an encapsulating meniscus between mutually facing surfaces (28', 32') of the inert filler material and of the explosive charge so as to prevent any contact between the explosive charge and the inert filler material, wherein said encapsulating meniscus is flexible and is configured to slide axially with the explosive charge, on the layer of sealant covering the inner lateral surface of the device body so as to adapt to the mechanical deformation and thermal expansion of the explosive charge due to accelerations and temperature variations respectively, - applying at least one firing fuse positioned so as to guarantee the triggering of the explosive charge. - preparing a device body which defines an inner cavity and having, at opposite ends in a main axial direction (X-X), an ogive and a closing cap, - applying, to an inner side wall of the device body which defines said cavity, a layer of sealant, - performing a partial filling of the cavity of the device body by means of an inert filler material up to a predetermined level, - performing a partial filling of the cavity with an explosive charge according to a predefined quantity, - applying an encapsulating meniscus between mutually facing surfaces (28', 32') of the inert filler material and of the explosive charge so as to prevent any contact between the explosive charge and the inert filler material, wherein said encapsulating meniscus is flexible and is configured to slide axially with the explosive charge, on the layer of sealant covering the inner lateral surface of the device body so as to adapt to the mechanical deformation and thermal expansion of the explosive charge due to accelerations and temperature variations respectively, - applying at least one firing fuse positioned so as to guarantee the triggering of the explosive charge.
A nickel material comprising a chemical composition consisting of, in mass%, C: 0.001 to 0.20%, Si: 0.15% or less, Mn: 0.50% or less, P: 0.030% or less, S: 0.010% or less, Cu: 0.10% or less, Mg: 0.15% or less, Ti: 0.005 to 1.0%, Nb: 0.040 to 1.0%, Fe: 0.40% or less, sol. Al: 0.01 to 0.10%, N: 0.0010 to 0.080%, with the balance being Ni and impurities, wherein impurities include Co: 0.010% or less, Mo: 0.010% or less, O: 0.0020% or less, Sn: 0.030% or less, and satisfying Formula and Formula: 0.030 ≤ 45 / 48 Ti + 5 / 93 Nb − 1 / 14 N < 0.25 0.030 < 3 / 48 Ti + 88 / 93 Nb − 1 / 12 C where a content of a corresponding element in mass % is substituted for each element symbol in Formula and Formula.
A polishing slurry for synthetic quartz glass substrates, comprising a collagen derivative which is gelatin or collagen peptide and a colloidal solution which is a colloidal silica dispersion having a colloidal silica concentration of 20 to 50% by weight, the slurry having pH 8 to 11 and the amount of collagen derivative being 0.001 to 5% by weight based on the solids of the colloidal silica.
A NiMH solid state battery including at least one multilayered battery cell comprising: 1) a solid state layer of negative electrode material capable of adsorbing and desorbing protons during charge and discharge; 2) a solid state layer of positive electrode material capable of desorbing and adsorbing protons during charge and discharge; and 3) a solid state layer of perovskite-type oxide material disposed between said layer of positive electrode material and said layer of negative electrode material, where said layer of perovskite-type oxide material is electrically insulating and capable of readily conducting or transporting protons from said layer of positive electrode material to said layer of negative electrode material while said battery is charging and from said layer of negative electrode material to said layer of positive electrode material while said battery is discharging. 1) a solid state layer of negative electrode material capable of adsorbing and desorbing protons during charge and discharge; 2) a solid state layer of positive electrode material capable of desorbing and adsorbing protons during charge and discharge; and 3) a solid state layer of perovskite-type oxide material disposed between said layer of positive electrode material and said layer of negative electrode material, where said layer of perovskite-type oxide material is electrically insulating and capable of readily conducting or transporting protons from said layer of positive electrode material to said layer of negative electrode material while said battery is charging and from said layer of negative electrode material to said layer of positive electrode material while said battery is discharging.
An oligoadenylate synthetase 1 polypeptide consisting of 345 amino acids, wherein said polypeptide differs from the polypeptide sequence of SEQ ID NO: 1 by deletion of the amino acid residue at position 1 of SEQ ID NO:1.
Test unit for measuring internal pressure in a cylindrical glass container, comprising: - a support adapted for housing a cylindrical glass container during a test phase, so as to define a longitudinal axis (x), which, in use, corresponds to a longitudinal axis of a cylindrical glass container arranged in said support; - a piston adapted for selectively exerting a predetermined axial force in a longitudinal direction substantially parallel to said longitudinal axis (x), the piston being adapted for actuating a plunger movable along said longitudinal axis inside a container arranged in said support; - at least one measuring sensor (18, 20), adapted for measuring a change in diameter in a transverse direction (y) which is transversal to said longitudinal axis (x); - a programmable control unit operatively connected to said at least one measuring sensor (18, 20) and configured to correlate a diameter change measured by said at least one measuring sensor (18, 20) in the presence of a predetermined axial force with reference internal pressure values to which said measured diameter change and said predetermined axial force correspond. - a support adapted for housing a cylindrical glass container during a test phase, so as to define a longitudinal axis (x), which, in use, corresponds to a longitudinal axis of a cylindrical glass container arranged in said support; - a piston adapted for selectively exerting a predetermined axial force in a longitudinal direction substantially parallel to said longitudinal axis (x), the piston being adapted for actuating a plunger movable along said longitudinal axis inside a container arranged in said support; - at least one measuring sensor (18, 20), adapted for measuring a change in diameter in a transverse direction (y) which is transversal to said longitudinal axis (x); - a programmable control unit operatively connected to said at least one measuring sensor (18, 20) and configured to correlate a diameter change measured by said at least one measuring sensor (18, 20) in the presence of a predetermined axial force with reference internal pressure values to which said measured diameter change and said predetermined axial force correspond.
A process, comprising reacting a compound of Formula XVI: with formamidine acetate to form a compound of Formula I: optionally, wherein: (a) said reacting of the compound of Formula XVI with formamidine acetate is conducted in a solvent component comprising 1,2-ethanediol; and/or (b) said reacting of the compound of Formula XVI with formamidine acetate is performed at a temperature of from about 100 °C to about 105 °C; and/or (c) about 8 to about 10 equivalents of formamidine acetate is used based on 1 equivalent of the compound of Formula XVI. (a) said reacting of the compound of Formula XVI with formamidine acetate is conducted in a solvent component comprising 1,2-ethanediol; and/or (b) said reacting of the compound of Formula XVI with formamidine acetate is performed at a temperature of from about 100 °C to about 105 °C; and/or (c) about 8 to about 10 equivalents of formamidine acetate is used based on 1 equivalent of the compound of Formula XVI.
Motor vehicle comprising an engine operating with a fuel obtained from plants, comprising a motor car tank comprising an outer casing delimiting an inner volume, the casing comprising two portions (18, 19), a bottom portion and a cover portion, secured to one another in a sealed manner, said casing comprising an inner partition made in one piece with the casing, said partition separating the inner volume into two sealed compartments (20, 30), which inner separating partition extends from the bottom portion and the cover portion, and wherein one of the compartments of the tank is connected to the engine to supply it with gasoline, characterized in that the other compartment is connected to a washer system.
Method for the production of a decorative wood surface in the form of a planar veneer with a thickness of less than 1 mm, preferably 0.5 to 0.6 mm, comprising at least steps to: Mixing of cut planar veneer pieces, the top or bottom side of which each comprise a surface area in the range of 200 mm 2 to 2000 mm 2, the veneer pieces each having a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; gluing the mixed veneer pieces; arranging the glued veneer pieces into a layer having a thickness of up to 15 mm; pressing the glued veneer pieces arranged in the layer into a board having a board thickness of less than 6 mm; sanding the board until the planar veneer, produced during sanding, has a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; wherein in step the arrangement of the glued veneer pieces to form a layer is effected in such a way that the glued veneer pieces are present in the layer in a random distribution. Mixing of cut planar veneer pieces, the top or bottom side of which each comprise a surface area in the range of 200 mm 2 to 2000 mm 2, the veneer pieces each having a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; gluing the mixed veneer pieces; arranging the glued veneer pieces into a layer having a thickness of up to 15 mm; pressing the glued veneer pieces arranged in the layer into a board having a board thickness of less than 6 mm; sanding the board until the planar veneer, produced during sanding, has a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm;
A conveyor comprising: a conveyance roller configured to convey a conveyed object; a pair of roller supports (21A, 21B) opposing to each other and supporting both ends of the conveyance roller in an axial direction of the conveyance roller; a position sensor configured to detect a position of the conveyed object; and a sensor support supporting the position sensor, wherein each of the pair of roller supports (21A, 21B) has an insertion hole (25; 211) into which the sensor support is inserted, the insertion hole (25; 211) determining a position of the sensor support in a direction intersecting an insertion direction of the sensor support, and the sensor support includes a positioning portion determining the position of the sensor support with respect to at least one of the pair of roller supports (21A, 21B), the positioning portion determining the position of the sensor support in the insertion direction, a direction opposite to the insertion direction, and a rotational direction about an axis along the insertion direction, characterized in that the position of the sensor support with respect to one of the pair of roller supports (21A, 21B) is determined only in the direction intersecting the insertion direction, and wherein the positioning portion of the sensor support is at an end of the sensor support and determines the position of the sensor support with respect to the other of the pair of roller supports (21A, 21B) in the insertion direction, the direction opposite to the insertion direction, and the rotational direction. a conveyance roller configured to convey a conveyed object; a pair of roller supports (21A, 21B) opposing to each other and supporting both ends of the conveyance roller in an axial direction of the conveyance roller; a position sensor configured to detect a position of the conveyed object; and a sensor support supporting the position sensor, wherein each of the pair of roller supports (21A, 21B) has an insertion hole (25; 211) into which the sensor support is inserted, the insertion hole (25; 211) determining a position of the sensor support in a direction intersecting an insertion direction of the sensor support, and the sensor support includes a positioning portion determining the position of the sensor support with respect to at least one of the pair of roller supports (21A, 21B), the positioning portion determining the position of the sensor support in the insertion direction, a direction opposite to the insertion direction, and a rotational direction about an axis along the insertion direction, characterized in that the position of the sensor support with respect to one of the pair of roller supports (21A, 21B) is determined only in the direction intersecting the insertion direction, and wherein the positioning portion of the sensor support is at an end of the sensor support and determines the position of the sensor support with respect to the other of the pair of roller supports (21A, 21B) in the insertion direction, the direction opposite to the insertion direction, and the rotational direction.
A vane arm connection system for a gas turbine engine, comprising: a vane stem having a head with flat contact surfaces; a vane arm having a claw, the claw comprising opposed arms having inwardly facing surfaces engaging the flat contact surfaces of the head; and a torque transfer member having a body defining an opening for engaging the flat contact surfaces of the head of the vane stem, and at least one arm extending from the body to contact the claw, wherein the engagement between the flat contact surfaces and the opening transfers load from torque away from the inwardly facing surfaces, wherein the opposed arms of the claw have proximal and distal surfaces, facing toward and away from the vane arm, and characterized in that, at least one arm of the torque transfer member extends from the torque transfer member to contact at least one of the proximal and distal surfaces, wherein the claw has an upper body defining an opening for securing to the vane stem and two claw arms extending downwardly from the upper body and engaging the flat contact surfaces of the head, wherein the torque transfer member is positioned below the upper body of the claw, and within the claw arms, and wherein the at least one arm of the torque transfer member extends outside of the claw arms to contact the at least one of the proximal and distal surfaces. a vane stem having a head with flat contact surfaces; a vane arm having a claw, the claw comprising opposed arms having inwardly facing surfaces engaging the flat contact surfaces of the head; and a torque transfer member having a body defining an opening for engaging the flat contact surfaces of the head of the vane stem, and at least one arm extending from the body to contact the claw, wherein the engagement between the flat contact surfaces and the opening transfers load from torque away from the inwardly facing surfaces, wherein the opposed arms of the claw have proximal and distal surfaces, facing toward and away from the vane arm, and characterized in that, at least one arm of the torque transfer member extends from the torque transfer member to contact at least one of the proximal and distal surfaces, wherein the claw has an upper body defining an opening for securing to the vane stem and two claw arms extending downwardly from the upper body and engaging the flat contact surfaces of the head, wherein the torque transfer member is positioned below the upper body of the claw, and within the claw arms, and wherein the at least one arm of the torque transfer member extends outside of the claw arms to contact the at least one of the proximal and distal surfaces.
Gas leak detector for detecting a first leak of a pressurised gas from a gas container valve unit and/or a second leak between the gas container valve unit and the gas container, the gas-leak detector comprising - a housing which is connectable to the gas container so as to surround the gas container valve unit and so as to surround a surface part of the gas container where the valve unit is provided, and wherein - the housing comprises means for providing a substantially gas tight connection between the housing and the surface part when the housing is connected to the surface part in order to form a substantially closed hollow space within the housing, characterised in that the gas-leak detector furthermore comprises detection means (126, 128, 130, 132, 142, 148, 150, 154) for detecting the first and/or the second leak and the detection is provided in the substantially closed hollow space in the housing while any leak of gas remains within the substantially closed hollow space. - a housing which is connectable to the gas container so as to surround the gas container valve unit and so as to surround a surface part of the gas container where the valve unit is provided, and wherein - the housing comprises means for providing a substantially gas tight connection between the housing and the surface part when the housing is connected to the surface part in order to form a substantially closed hollow space within the housing, characterised in that the gas-leak detector furthermore comprises
Method for transfecting platelets isolated from peripheral blood with exogenous genetic material, said method comprising or consisting of the following steps: a) adding a mixture comprising or consisting of genetic material and a transfection medium, said transfection medium comprising ethyl alcohol and at least one polyamine chosen from the group consisting of polyethylenimmine and polylysine, to a suspension of isolated platelets isolated from peripheral blood suspended in a suitable suspension medium; and b) incubating until obtaining a percentage of transfected platelets isolated from peripheral blood equal at least to 20%, preferably from 50 to 100%, even more preferably from 80 to 100%, of the entire platelet population, interrupting the transfection and isolating the platelets. a) adding a mixture comprising or consisting of genetic material and a transfection medium, said transfection medium comprising ethyl alcohol and at least one polyamine chosen from the group consisting of polyethylenimmine and polylysine, to a suspension of isolated platelets isolated from peripheral blood suspended in a suitable suspension medium; and b) incubating until obtaining a percentage of transfected platelets isolated from peripheral blood equal at least to 20%, preferably from 50 to 100%, even more preferably from 80 to 100%, of the entire platelet population, interrupting the transfection and isolating the platelets.
A method for segmenting a time sequence of two-dimensional images of an anatomical structure, the method comprising: acquiring a time sequence of two-dimensional images of the anatomical structure; acquiring a segmentation model for the anatomical structure, wherein the segmentation model comprises a plurality of segments; and applying the acquired segmentation model to the entire time sequence of two-dimensional images of the anatomical structure simultaneously in time and space to segment the time sequence of two-dimensional images by way of the segmentation model, said applying comprising: detecting one or more boundaries of the anatomical structure in the time sequence of two-dimensional images based on temporal and spatial characteristics in the time sequence of two-dimensional images; and attracting one or more of the plurality of segments of the segmentation model to one or more target points on the detected one or more boundaries, said attracting comprising searching the one or more target points simultaneously in space and time. acquiring a time sequence of two-dimensional images of the anatomical structure; acquiring a segmentation model for the anatomical structure, wherein the segmentation model comprises a plurality of segments; and applying the acquired segmentation model to the entire time sequence of two-dimensional images of the anatomical structure simultaneously in time and space to segment the time sequence of two-dimensional images by way of the segmentation model, said applying comprising: detecting one or more boundaries of the anatomical structure in the time sequence of two-dimensional images based on temporal and spatial characteristics in the time sequence of two-dimensional images; and attracting one or more of the plurality of segments of the segmentation model to one or more target points on the detected one or more boundaries, said attracting comprising searching the one or more target points simultaneously in space and time. detecting one or more boundaries of the anatomical structure in the time sequence of two-dimensional images based on temporal and spatial characteristics in the time sequence of two-dimensional images; and attracting one or more of the plurality of segments of the segmentation model to one or more target points on the detected one or more boundaries, said attracting comprising searching the one or more target points simultaneously in space and time.