mhurhangee/ep-ind-claims huggingface dataset:
An artificial nucleic acid molecule comprising at least one coding region encoding - at least one antigenic peptide or protein, - at least one T helper epitope, and - at least one additional amino acid sequence derived from at least one immune response activating signal transduction protein located in the external plasma membrane, wherein said at least one immune response activating signal transduction protein located in the external plasma membrane is CTLA4, and wherein said at least one additional amino acid sequence comprises or consists of at least one transmembrane domain from CTLA4. - at least one antigenic peptide or protein, - at least one T helper epitope, and - at least one additional amino acid sequence derived from at least one immune response activating signal transduction protein located in the external plasma membrane,
A reinforcing bar binding machine which is configured to detachably mount a wire reel thereto, to feed a wire from the mounted wire reel, to feed the wire to a guide part provided at a tip portion of a binding machine main body, to curl the wire at the guide part, to feed the wire around reinforcing bars positioned at an inner side of the guide part so that the wire is wound around the reinforcing bars, to cut the wire and to twist the wire to thus bind the reinforcing bars, wherein the guide part comprises: a guiding part that is configured to guide feeding of the wire from the wire reel; a cutting part (14, 32) that is configured to cut the wire after a predetermined length of the wire is fed from the guiding part; a curl guide that is configured to guide the wire fed from the guiding part or the cutting part (14, 32) so as to curl the fed wire; a first guide member that is configured to guide an outer surface which is an outer side of the wire to be bent; a second guide member that is configured to guide an inner surface which is an inner side of the wire to be bent; and a third guide member that is configured to guide an outer surface which is an outer side of the wire to be bent, wherein the first guide member, the second guide member and the third guide member are arranged in order from the guiding part, and wherein the first guide member serves as the cutting part (14, 32), the reinforcing bar binding machine being characterized in that the cutting part (14, 32) is a rotary cutter having a fixed blade and a moving blade configured to be rotatable around the fixed blade, the fixed blade is formed with a wire through-hole, which is penetrated towards a feeding direction of the wire, and the outer and inner surfaces to be bent of the wire are guided with being contacted by the wire through-hole of the fixed blade, the second guide member and the third guide member. a guiding part that is configured to guide feeding of the wire from the wire reel; a cutting part (14, 32) that is configured to cut the wire after a predetermined length of the wire is fed from the guiding part; a curl guide that is configured to guide the wire fed from the guiding part or the cutting part (14, 32) so as to curl the fed wire; a first guide member that is configured to guide an outer surface which is an outer side of the wire to be bent; a second guide member that is configured to guide an inner surface which is an inner side of the wire to be bent; and a third guide member that is configured to guide an outer surface which is an outer side of the wire to be bent,
An apparatus for a mobile electronic device comprising: an assembly adapted to rotatably couple a first housing and a second housing, said assembly adapted to rotate said first housing and said second housing with respect to each other between a closed configuration (105, 205) and at least one open configuration (110, 210), said assembly comprising an inner ring coupled with said first housing and an outer ring coupled with said second housing, said inner ring being slidably coupled in a circumferential direction with said outer ring, said outer ring movable through a first opening in said first housing, said inner ring movable through a second opening in said second housing when said first housing and said second housing rotate with respect to each other. an assembly adapted to rotatably couple a first housing and a second housing, said assembly adapted to rotate said first housing and said second housing with respect to each other between a closed configuration (105, 205) and at least one open configuration (110, 210), said assembly comprising an inner ring coupled with said first housing and an outer ring coupled with said second housing, said inner ring being slidably coupled in a circumferential direction with said outer ring, said outer ring movable through a first opening in said first housing, said inner ring movable through a second opening in said second housing when said first housing and said second housing rotate with respect to each other.
A method for generating oxygen, comprising providing at least one oxygen source, providing at least one ionic liquid, the ionic liquid comprising a cation and an anion, wherein the oxygen source is a peroxide compound, the ionic liquid is in the liquid state at least in a temperature range from -10°C to +50°C, and the anion is selected from metallate anions, wherein the metallate anion comprises at least one halide ion or pseudohalide ion, and contacting the oxygen source and the ionic liquid.
A terry cloth product, comprising: a pile fabric comprising: a width and a length; first and second length edges; a first set of yarns (38, 40) extending lengthwise and forming a first border along the first length edge, and a second border along the second length edge; a second set of yarns extending lengthwise and between the first and second borders (39,41); and a third set of yarns forming at least one reinforcing rib extending widthwise between and into the first and second borders (39,41); wherein the first, second, and third sets of yarns (38, 40, 42, 34) comprise cotton and wherein the third set of yarns comprises a polyester fiber content higher than the second set of yarns; characterized in that the first set of yarns (38, 40) comprises a polyester fiber content higher than the second set of yarns. a pile fabric comprising: a width and a length; first and second length edges; a first set of yarns (38, 40) extending lengthwise and forming a first border along the first length edge, and a second border along the second length edge; a second set of yarns extending lengthwise and between the first and second borders (39,41); and a third set of yarns forming at least one reinforcing rib extending widthwise between and into the first and second borders (39,41); wherein the first, second, and third sets of yarns (38, 40, 42, 34) comprise cotton and wherein the third set of yarns comprises a polyester fiber content higher than the second set of yarns; characterized in that the first set of yarns (38, 40) comprises a polyester fiber content higher than the second set of yarns. a width and a length; first and second length edges; a first set of yarns (38, 40) extending lengthwise and forming a first border along the first length edge, and a second border along the second length edge; a second set of yarns extending lengthwise and between the first and second borders (39,41); and a third set of yarns forming at least one reinforcing rib extending widthwise between and into the first and second borders (39,41); wherein the first, second, and third sets of yarns (38, 40, 42, 34) comprise cotton and wherein the third set of yarns comprises a polyester fiber content higher than the second set of yarns; characterized in that the first set of yarns (38, 40) comprises a polyester fiber content higher than the second set of yarns.
A hydrogen transport component comprising: a hydrogen gas barrier layer formed from a resin composition containing polyamide 11 and a modified olefin-based elastomer; a reinforcement layer arranged on an outside of the hydrogen gas barrier layer; and an outer covering layer containing a polyamide resin and arranged on an outside of the reinforcement layer, wherein a content of the modified olefin-based elastomer in the resin composition is 15% by mass to 50% by mass with respect to the total amount of the polyamide 11 and the modified olefin-based elastomer; and the resin composition is substantially free of a plasticizer, wherein the modified olefin-based elastomer is a modified product of a copolymer of ethylene and 1-butene, and wherein the polyamide resin in the outer covering layer is a polyamide resin having a methylene chain. wherein a content of the modified olefin-based elastomer in the resin composition is 15% by mass to 50% by mass with respect to the total amount of the polyamide 11 and the modified olefin-based elastomer; and the resin composition is substantially free of a plasticizer, wherein the modified olefin-based elastomer is a modified product of a copolymer of ethylene and 1-butene, and wherein the polyamide resin in the outer covering layer is a polyamide resin having a methylene chain.
A fixing agent amount setting method of setting a usage amount of a fixing agent, the fixing agent being liquid for fixing a colored ink, the colored ink being an ink that represents a color, on a medium, the method characterized by the steps of: making a fixing agent density, which is an amount of the fixing agent to eject per unit area, correspond with a colored ink density, which is an amount of the colored ink to eject per unit area, and setting the fixing agent density to a value smaller than or equal to an upper limit value of a fixing agent density corresponding to a maximum fixing agent density at which color unevenness does not occur on the medium. making a fixing agent density, which is an amount of the fixing agent to eject per unit area, correspond with a colored ink density, which is an amount of the colored ink to eject per unit area, and setting the fixing agent density to a value smaller than or equal to an upper limit value of a fixing agent density corresponding to a maximum fixing agent density at which color unevenness does not occur on the medium.
Device for the sensor-based detection of a pressure difference between a first point and a second point distanced therefrom in the direction of flow in the region of a restrictor installed into a working line, wherein the pressure is tapped upstream of the restrictor in the direction of flow at the first point and downstream of the restrictor in the direction of flow at the second point in order to feed the pressure difference across the restrictor on both sides to a pressure balance unit (6; 6a), which is connected in parallel thereto and which, interacting with an electric switch unit (10; 10') of a higher-order control unit, outputs a signal if the pressure balance unit (6; 6a) detects a significant positive or negative pressure difference across the restrictor, characterised in that the pressure balance unit (6; 6a) consists, for the detection of the positive or negative pressure difference in the working line through which compressed air flows, of a cylindrical housing with pressure ports at the end faces for connection to the first and second points (5a, 5b) of the working line, which housing comprises a balance piston, which is axially movable in both directions by the pressure difference and which is located on both sides of two spring elements (9a, 9b) for positioning in a central position representing a starting position without differential pressure, the signal output by the higher-order control unit being a binary ventilation or venting signal.
A sealing device that tightly seals an annular space between two members (2, 3) combined with each other in such a way as to rotate relatively to each other and has a seal lip sliding on a peripheral surface of one member of the two members (2, 3), wherein the seal lip comprises: a sliding surface along the peripheral surface; an atmosphere side slope surface that slopes in such a way as to gradually enlarge a space with respect to the peripheral surface from an atmosphere side end edge of the sliding surface; first screw projections formed from the atmosphere side slope surface to a middle of the sliding surface; and second screw projections formed on the sliding surface, characterized in that the first screw projection comprises, in order from a sliding surface side: a cutout portion that is formed in a shape cut out along the sliding surface, an increasing width portion that is formed in a shape in which width and height gradually increase toward the atmosphere side on the atmosphere side slope surface; an equal width portion that is formed in a shape in which height gradually increases toward the atmosphere side with width kept a nearly equal width and has a cross section of a nearly pentagonal shape formed by cutting off both bottom side ends of a triangle; and a rear end portion that is formed in a shape cut out so as to decrease width and height sharply. a sliding surface along the peripheral surface; an atmosphere side slope surface that slopes in such a way as to gradually enlarge a space with respect to the peripheral surface from an atmosphere side end edge of the sliding surface; first screw projections formed from the atmosphere side slope surface to a middle of the sliding surface; and second screw projections formed on the sliding surface, characterized in that the first screw projection comprises, in order from a sliding surface side: a cutout portion that is formed in a shape cut out along the sliding surface, an increasing width portion that is formed in a shape in which width and height gradually increase toward the atmosphere side on the atmosphere side slope surface; an equal width portion that is formed in a shape in which height gradually increases toward the atmosphere side with width kept a nearly equal width and has a cross section of a nearly pentagonal shape formed by cutting off both bottom side ends of a triangle; and a rear end portion that is formed in a shape cut out so as to decrease width and height sharply. a cutout portion that is formed in a shape cut out along the sliding surface, an increasing width portion that is formed in a shape in which width and height gradually increase toward the atmosphere side on the atmosphere side slope surface; an equal width portion that is formed in a shape in which height gradually increases toward the atmosphere side with width kept a nearly equal width and has a cross section of a nearly pentagonal shape formed by cutting off both bottom side ends of a triangle; and a rear end portion that is formed in a shape cut out so as to decrease width and height sharply.
An inner link plate for a bicycle chain, the inner link plate having a longitudinal centerline, an inside surface arranged to face another inner link plate when the bicycle chain is assembled, an outside surface opposite to the inside surface, and an outer peripheral edge disposed between the inside and outside surfaces, the inner link plate comprising: a first end portion with a first connecting opening; a second end portion with a second connecting opening; and a connecting portion interconnecting the first and second end portions, the connecting portion including a recess disposed on the inside surface of the connecting portion, the recess having a maximum longitudinal width on the outer peripheral edge, and a minimum longitudinal width in a region adjacent the longitudinal centerline passing through the centers (C2,C3) of the first and second inner connecting openings (29a,30a), characterized in that the recess at least extending from the outer peripheral edge to the longitudinal centerline of the inner link plate. a first end portion with a first connecting opening; a second end portion with a second connecting opening; and a connecting portion interconnecting the first and second end portions, the connecting portion including a recess disposed on the inside surface of the connecting portion, the recess having a maximum longitudinal width on the outer peripheral edge, and a minimum longitudinal width in a region adjacent the longitudinal centerline passing through the centers (C2,C3) of the first and second inner connecting openings (29a,30a),
A power inductor comprising: a body, a base disposed in the body; and a coil pattern (310, 320) disposed on at least one surface of the base, wherein the body comprises metal powder, a polymer, and a thermal conductive filler, wherein the thermal conductive filler is provided to release heat of the metal powder to the outside, characterized in that the body is manufactured by stacking of a plurality of sheets (100a-100h) having contents of the thermal conductive filler different from each other, wherein the more the thermal conductive filler is away from the base upward and downward, the content of the thermal conductive filler in the sheets gradually increases. a body, a base disposed in the body; and a coil pattern (310, 320) disposed on at least one surface of the base, wherein the body comprises metal powder, a polymer, and a thermal conductive filler, wherein the thermal conductive filler is provided to release heat of the metal powder to the outside, characterized in that the body is manufactured by stacking of a plurality of sheets (100a-100h) having contents of the thermal conductive filler different from each other, wherein the more the thermal conductive filler is away from the base upward and downward, the content of the thermal conductive filler in the sheets gradually increases.
A method, comprising: molding electrically insulating material onto a laminar sculptured structure of electrically conductive material to produce a leadframe comprising a plurality of die pads (12A, 12B) configured to have semiconductor device components (C, R1, R2) mounted thereon, the leadframe having opposed first and second surfaces, characterized by providing in at least one pair of die pads (12A, 12B) in the plurality of die pads a first extension and a second extension at neighboring locations of the first surface of the leadframe, providing in the laminar sculptured structure of electrically conductive material, at the second surface of the leadframe, a bridge formation coupling said first extension and said second extension, wherein the first extension and the second extension plus the bridge formation therebetween provide a coupling formation (120A, 120B, 120C) of said pair of die pads in the plurality of die pads (12A, 12B), and subsequent to molding the electrically insulating material onto the laminar sculptured structure of electrically conductive material, at least partly removing the bridge formation between the first extension and the second extension to decouple the die pads (12A, 12B) in said at least one pair of die pads. molding electrically insulating material onto a laminar sculptured structure of electrically conductive material to produce a leadframe comprising a plurality of die pads (12A, 12B) configured to have semiconductor device components (C, R1, R2) mounted thereon, the leadframe having opposed first and second surfaces, characterized by providing in at least one pair of die pads (12A, 12B) in the plurality of die pads a first extension and a second extension at neighboring locations of the first surface of the leadframe, providing in the laminar sculptured structure of electrically conductive material, at the second surface of the leadframe, a bridge formation coupling said first extension and said second extension, wherein the first extension and the second extension plus the bridge formation therebetween provide a coupling formation (120A, 120B, 120C) of said pair of die pads in the plurality of die pads (12A, 12B), and subsequent to molding the electrically insulating material onto the laminar sculptured structure of electrically conductive material, at least partly removing the bridge formation between the first extension and the second extension to decouple the die pads (12A, 12B) in said at least one pair of die pads.
A refrigerator comprising: a main body having a storage compartment in which food is stored; a main door configured to open or close the storage compartment, the main door having a storage chamber separate from the storage compartment; a sub door configured to open or close the opening of the storage chamber; a sealant; a limiter to limit an opening rotational angle of the sub door; and a sub hinge configured to pivotally rotatably connect the sub door to the main door, wherein the sub hinge includes: a hinge shaft coupled to the main door; a coupling portion coupled to the sub door; and a connection portion connecting the hinge shaft and the coupling portion to each other, and wherein the connection portion is bent at a plurality of positions thereof and characterized in that the limiter includes a contact surface configured to come into contact with the connection portion so as to limit movement of the connection portion, and the contact surface is configured to be a plane. a main body having a storage compartment in which food is stored; a main door configured to open or close the storage compartment, the main door having a storage chamber separate from the storage compartment; a sub door configured to open or close the opening of the storage chamber; a sealant; a limiter to limit an opening rotational angle of the sub door; and a sub hinge configured to pivotally rotatably connect the sub door to the main door, wherein the sub hinge includes: a hinge shaft coupled to the main door; a coupling portion coupled to the sub door; and a connection portion connecting the hinge shaft and the coupling portion to each other, and wherein the connection portion is bent at a plurality of positions thereof and characterized in that the limiter includes a contact surface configured to come into contact with the connection portion so as to limit movement of the connection portion, and the contact surface is configured to be a plane. a hinge shaft coupled to the main door; a coupling portion coupled to the sub door; and a connection portion connecting the hinge shaft and the coupling portion to each other, and wherein the connection portion is bent at a plurality of positions thereof and characterized in that the limiter includes a contact surface configured to come into contact with the connection portion so as to limit movement of the connection portion, and the contact surface is configured to be a plane.