mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a vitreous silica crucible comprising: a silica powder supplying process of supplying silica powder in a rotating mold to form a silica powder layer; an arc fusing process of fusing the silica powder layer by arc discharge generated by carbon electrodes; and a fire polishing process of throwing an arc flame toward a target surface of the silica powder layer for surface removal, which process is carried out after the arc fusing process, wherein, in the fire polishing process, distances from tips of the carbon electrodes to the target surface are set to be equal by arranging a line along the target surface (11 a) and a plane passing through the tips of the carbon electrodes in parallel, and wherein, in the fire polishing process, the angle of the central axis line of the carbon electrodes and the mold rotation axis line is set to be 10 to 45°, the distances from the tips of the carbon electrodes to the target surface are set to be 5 to 200 mm, and the arc flame is set to be moved at a speed of 0.1 to 50 cm/min, wherein the speed means a relative speed of an arc flame central position with respect to the target surface when the relative movement due to mold rotation is disregarded. a silica powder supplying process of supplying silica powder in a rotating mold to form a silica powder layer; an arc fusing process of fusing the silica powder layer by arc discharge generated by carbon electrodes; and a fire polishing process of throwing an arc flame toward a target surface of the silica powder layer for surface removal, which process is carried out after the arc fusing process, wherein, in the fire polishing process, distances from tips of the carbon electrodes to the target surface are set to be equal by arranging a line along the target surface (11 a) and a plane passing through the tips of the carbon electrodes in parallel, and wherein, in the fire polishing process, the angle of the central axis line of the carbon electrodes and the mold rotation axis line is set to be 10 to 45°, the distances from the tips of the carbon electrodes to the target surface are set to be 5 to 200 mm, and the arc flame is set to be moved at a speed of 0.1 to 50 cm/min, wherein the speed means a relative speed of an arc flame central position with respect to the target surface when the relative movement due to mold rotation is disregarded.
Drive pinion of at least one accessory (46, 48) shaft (46a, 48a), for an accessories unit of an aircraft turbine engine, this pinion extending about an axis and comprising an annular wall, an outer periphery of which comprises an outer gearing and an inner periphery is connected to a tubular body, the pinion further comprising a sleeve disposed coaxially inside the body and comprising first inner rectilinear grooves for coupling to a first shaft of a first accessory, the sleeve being capable of moving opposite the body so as to enable relative movements between the first shaft and the pinion, characterised in that the sleeve is formed of one single part with the body and is connected to the body by an elastically deformable annular membrane enabling said relative movements.
A tool for fractionating dioxins contained in a solution of dioxins comprising: a tubular body opening at both ends; and an adsorption layer including an activated carbon-containing silica gel layer containing 0.013 to 5.0% by weight of activated carbon and a graphite-containing silica gel layer containing 2.5 to 25% by weight of graphite, and packed in the tubular body. a tubular body opening at both ends; and an adsorption layer including an activated carbon-containing silica gel layer containing 0.013 to 5.0% by weight of activated carbon and a graphite-containing silica gel layer containing 2.5 to 25% by weight of graphite, and packed in the tubular body.
A method for manufacturing annular sectors of an air intake lip (70, 71) comprising: - the arrangement of a revolution-shaped blank facing a three-dimensional forming surface of a die of a hydroforming tool, the three-dimensional surface comprising at least two plunging cavities (511, 512) spaced from each other along a circumferential direction, - the forming of an air intake lip preform in one piece by hydroforming the revolution-shaped blank on the three-dimensional surface of the die, the air intake lip preform having in section a U-shape and comprising a plurality of crenellated portions (61, 62) each delimited by a plunging cavity, - the production of a plurality of cutouts in the air intake lip preform so as to divide said preform into a plurality of annular sectors (70, 71), each cutout comprising the removal of a sacrificial portion (610, 620) at the level of a crenellated portion so as to form two adjacent assembly edges (701, 711) with one of the two adjacent assembly edges including a plunging. - the arrangement of a revolution-shaped blank facing a three-dimensional forming surface of a die of a hydroforming tool, the three-dimensional surface comprising at least two plunging cavities (511, 512) spaced from each other along a circumferential direction, - the forming of an air intake lip preform in one piece by hydroforming the revolution-shaped blank on the three-dimensional surface of the die, the air intake lip preform having in section a U-shape and comprising a plurality of crenellated portions (61, 62) each delimited by a plunging cavity, - the production of a plurality of cutouts in the air intake lip preform so as to divide said preform into a plurality of annular sectors (70, 71), each cutout comprising the removal of a sacrificial portion (610, 620) at the level of a crenellated portion so as to form two adjacent assembly edges (701, 711) with one of the two adjacent assembly edges including a plunging.
A golf swing evaluation system, comprising: a first article of footwear including a first force sensing system (102a or 404) for determining forces exerted by a first foot of a user with respect to time over a course of a golf swing; a second article of footwear including a second force sensing system for determining forces exerted by a second foot of the user with respect to time over the course of the golf swing; a memory system for storing data collected by the first and second force sensing systems or data derived from the data collected by the first and second force sensing systems; and characterised in that the system further comprises: means for simultaneously displaying (122a, 134a): (a) at least one of information indicative of the forces exerted by the first foot of the user with respect to time over the course of the golf swing or information indicative of the forces exerted by the second foot of the user with respect to time over the course of the golf swing and (b) a standard golf swing foot force profile, wherein the means for displaying (122a, 134a) further displays an indication of ball contact during the golf swing with respect to the displayed information indicative of at least one of the forces exerted by the first foot of the user with respect to time over the course of the golf swing and the forces exerted by the second foot of the user with respect to time over the course of the golf swing. a first article of footwear including a first force sensing system (102a or 404) for determining forces exerted by a first foot of a user with respect to time over a course of a golf swing; a second article of footwear including a second force sensing system for determining forces exerted by a second foot of the user with respect to time over the course of the golf swing; a memory system for storing data collected by the first and second force sensing systems or data derived from the data collected by the first and second force sensing systems; and characterised in that the system further comprises: means for simultaneously displaying (122a, 134a): (a) at least one of information indicative of the forces exerted by the first foot of the user with respect to time over the course of the golf swing or information indicative of the forces exerted by the second foot of the user with respect to time over the course of the golf swing and (b) a standard golf swing foot force profile, wherein the means for displaying (122a, 134a) further displays an indication of ball contact during the golf swing with respect to the displayed information indicative of at least one of the forces exerted by the first foot of the user with respect to time over the course of the golf swing and the forces exerted by the second foot of the user with respect to time over the course of the golf swing.
A composition for use in enhancing or improving wound healing, or in alleviating inflammation in a joint of a subject, said composition comprising a suspension of micronized particles, said particles comprising a dehydrated amnion layer and a dehydrated chorion layer, wherein the chorion layer is layered directly over the amnion layer, wherein the composition is formulated into a liquid or gel, and wherein the epithelium layer of the dehydrated amnion layer has not been substantially removed.
Use of a pharmaceutical composition comprising botulinum toxin and a pharmacologically acceptable carrier for the manufacture of a medicament for treating knee joint pain caused by saphenous nerve entrapment, the composition being for subcutaneous injection into multiple points on the subcutaneous fascia above the medial side of the knee into an area having hypersensitive receptors.
A water-resistance rowing machine comprising: a frame body having an elongated beam; and a pulley rotatably connected with the frame body; a water-resistance unit having a water tank being elongated and extending along the elongated beam; a rotating shaft disposed in the water tank and extending along and being parallel to the elongated beam; and a strap wheel assembly connected with the rotating shaft to drive the rotating shaft to spin; at least one blade wheel, each of the at least one blade wheel having a hub fixed on and surrounding the rotating shaft to rotate with the rotating shaft; and multiple blades arranged around the hub; a pulling strap wrapped around the pulley and having two ends, one of the two ends of the pulling strap connected with the strap wheel assembly and the other one of the two ends of the pulling strap having a handle; and a seat mounted on a top of the elongated beam. a frame body having an elongated beam; and a pulley rotatably connected with the frame body; an elongated beam; and a pulley rotatably connected with the frame body; a water-resistance unit having a water tank being elongated and extending along the elongated beam; a rotating shaft disposed in the water tank and extending along and being parallel to the elongated beam; and a strap wheel assembly connected with the rotating shaft to drive the rotating shaft to spin; a water tank being elongated and extending along the elongated beam; a rotating shaft disposed in the water tank and extending along and being parallel to the elongated beam; and a strap wheel assembly connected with the rotating shaft to drive the rotating shaft to spin; at least one blade wheel, each of the at least one blade wheel having a hub fixed on and surrounding the rotating shaft to rotate with the rotating shaft; and multiple blades arranged around the hub; a hub fixed on and surrounding the rotating shaft to rotate with the rotating shaft; and multiple blades arranged around the hub; a pulling strap wrapped around the pulley and having two ends, one of the two ends of the pulling strap connected with the strap wheel assembly and the other one of the two ends of the pulling strap having a handle; and a seat mounted on a top of the elongated beam.
A printing system comprising: a printing zone comprising a platen (10, 50); a drive (12, 14, 54, 56) to move a medium (16, 58) through the printing zone; a suction force generator (18, 78) to generate a suction force to hold down the medium (16, 58) onto the platen (10, 50) while the drive (12, 14) moves the medium (16, 58) through the printing zone; characterised in that the printing system further comprises: a sensor (26, 52) to monitor the movement of the medium (16, 58) through the printing zone in a medium advance direction; a controller (28, 68) to determine that the suction force generated by the suction source generator (18, 78) is insufficient based on an output of the sensor (26, 52). a printing zone comprising a platen (10, 50); a drive (12, 14, 54, 56) to move a medium (16, 58) through the printing zone; a suction force generator (18, 78) to generate a suction force to hold down the medium (16, 58) onto the platen (10, 50) while the drive (12, 14) moves the medium (16, 58) through the printing zone; characterised in that the printing system further comprises: a sensor (26, 52) to monitor the movement of the medium (16, 58) through the printing zone in a medium advance direction; a controller (28, 68) to determine that the suction force generated by the suction source generator (18, 78) is insufficient based on an output of the sensor (26, 52). a sensor (26, 52) to monitor the movement of the medium (16, 58) through the printing zone in a medium advance direction; a controller (28, 68) to determine that the suction force generated by the suction source generator (18, 78) is insufficient based on an output of the sensor (26, 52).
An apparatus comprising: a first die having a first bus; a second die having a second bus stacked on the first die; a plurality of through silicon vias connecting the first bus to the second bus; first means in the second die for sending data from the second bus to identified ones of said plurality of through silicon vias; and a multiplexer means connected between said second bus and the plurality of through silicon vias; characterized by: second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias, wherein said second means is configured to send information to said first means identifying the first set of said plurality of through silicon vias or identifying a second set of through silicon vias that are functional, and wherein said first means is configured to send data only to functional through silicon vias. a first die having a first bus; a second die having a second bus stacked on the first die; a plurality of through silicon vias connecting the first bus to the second bus; first means in the second die for sending data from the second bus to identified ones of said plurality of through silicon vias; and a multiplexer means connected between said second bus and the plurality of through silicon vias; characterized by: second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias, second means in the first die for determining a first set of said plurality of through silicon vias that are non-functional, and a demultiplexer means connected between said first bus and the plurality of through silicon vias, wherein said second means is configured to send information to said first means identifying the first set of said plurality of through silicon vias or identifying a second set of through silicon vias that are functional, and wherein said first means is configured to send data only to functional through silicon vias.
A printing method comprising: providing a print head, the print head comprising a valve and at least one orifice; ejecting a fluid from the orifice in a generally continuous stream, wherein the fluid stream has a deposition rate of at least 1.5 mg/s, wherein the fluid comprises a conductive material, and wherein the orifice of the print head has a diameter of less than or equal to 70 microns; and depositing the fluid in a pattern on a substrate to form an electrically conductive deposit, wherein at least a portion of the pattern includes a generally straight line, and wherein the line has a height of at least 3 microns. providing a print head, the print head comprising a valve and at least one orifice; ejecting a fluid from the orifice in a generally continuous stream, wherein the fluid stream has a deposition rate of at least 1.5 mg/s, wherein the fluid comprises a conductive material, and wherein the orifice of the print head has a diameter of less than or equal to 70 microns; and depositing the fluid in a pattern on a substrate to form an electrically conductive deposit, wherein at least a portion of the pattern includes a generally straight line, and wherein the line has a height of at least 3 microns.
Working center for working at least one panel, made of wood, plastic, metal, ceramic, fiberglass, glass, comprising a working plane extending along a first direction to support said at least one panel, a working unit movable along said working plane, capable of supporting at least one working tool for working said at least one panel, a loading and unloading system, capable of loading said at least one panel in said working center and of unloading said panel from said working center, said loading and unloading system comprising a base extending along said first direction, parallel to said working plane, and a picking up device of said panel movable with respect to said base either along said first direction or along a second direction, orthogonal to said first direction, said base and said picking up device being configured each other in such a way that said loading and unloading system is capable of reaching all the areas of said working plane which are not occupied by said working unit, during the working of said panel by said working unit, said working center being characterized in that said loading and unloading system further comprises a slide capable of translating along said base along said first direction, and in that said loading and unloading system further comprises a vertical rod extending along a third direction, orthogonal with respect to said working plane, slidably coupled with said slide and capable of moving along said second direction. a working plane extending along a first direction to support said at least one panel, a working unit movable along said working plane, capable of supporting at least one working tool for working said at least one panel, a loading and unloading system, capable of loading said at least one panel in said working center and of unloading said panel from said working center, said loading and unloading system comprising a base extending along said first direction, parallel to said working plane, and a picking up device of said panel movable with respect to said base either along said first direction or along a second direction, orthogonal to said first direction, said base and said picking up device being configured each other in such a way that said loading and unloading system is capable of reaching all the areas of said working plane which are not occupied by said working unit, during the working of said panel by said working unit, said working center being characterized in that said loading and unloading system further comprises a slide capable of translating along said base along said first direction, and in that said loading and unloading system further comprises a vertical rod extending along a third direction, orthogonal with respect to said working plane, slidably coupled with said slide and capable of moving along said second direction.
A compound represented by Formula Ic or Formula Id, a racemate or an optical isomer thereof, or a pharmaceutically acceptable salt, a solvate or a hydrate thereof, wherein, R 3 is absent or represents 1, 2, 3 or 4 identical or different substituents present on the phenyl ring, each R 3 is independently selected from the group consisting of: hydrogen, halogen, hydroxyl, C 1-8 alkyl, C 1-8 haloalkyl, C 1-8 alkoxy, amino, amino monosubstituted or disubstituted with C 1-8 alkyl, carboxyl, R'(C=O)NH-, and phenyl, wherein R' is C 1-8 alkyl.
An antibody or a fragment thereof, wherein the antibody or the fragment thereof has immunological reactivity with a CAPRIN-1 protein and comprises a heavy chain variable region comprising complementarity determining regions of SEQ ID NOs: 5, 6, and 7 and a light chain variable region comprising complementarity determining regions of SEQ ID NOs: 9, 10, and 11.
A wafer/support arrangement, comprising: - a wafer, - a support layer system (5, 6) and - a separating layer which is arranged between the support layer system (5, 6) and the wafer, wherein the support layer system (5, 6) comprises (i) a support layer and (ii) a layer of a cured, partially cured or curable elastomer material on the separating-layer side, or consists of these two layers, and wherein the separating layer (iii) is a plasma polymer layer and (iv) the adhesive bond between the support layer system (5, 6) and the separating layer once the elastomer material has cured is greater than the adhesive bond between the wafer and the separating layer. - a wafer, - a support layer system (5, 6) and - a separating layer which is arranged between the support layer system (5, 6) and the wafer, (i) a support layer and (ii) a layer of a cured, partially cured or curable elastomer material on the separating-layer side, or consists of these two layers, and wherein the separating layer (iii) is a plasma polymer layer and (iv) the adhesive bond between the support layer system (5, 6) and the separating layer once the elastomer material has cured is greater than the adhesive bond between the wafer and the separating layer.
A method of infiltrating a fiber structure with a coating and a matrix material, the method comprising: connecting a wave guide (22, 24) to a fiber structure comprising a plurality of fibers; applying vibration to the fiber structure, wherein the vibration separates adjacent fibers at contact points between fibers; and depositing a coating on a surface of each of the fibers including contact point surfaces where adjacent fibers have been separated, wherein the wave guide is a rod connected to a piezoelectric actuator and the rod is inserted into the fiber structure, and/or the wave guide comprises a plurality of fibers connected to a piezoelectric actuator and, optionally, the plurality of fibers are woven into the fiber structure. connecting a wave guide (22, 24) to a fiber structure comprising a plurality of fibers; applying vibration to the fiber structure, wherein the vibration separates adjacent fibers at contact points between fibers; and depositing a coating on a surface of each of the fibers including contact point surfaces where adjacent fibers have been separated, wherein the wave guide is a rod connected to a piezoelectric actuator and the rod is inserted into the fiber structure, and/or the wave guide comprises a plurality of fibers connected to a piezoelectric actuator and, optionally, the plurality of fibers are woven into the fiber structure.
Tool comprising a sealing portion for downhole sealing a through hole of a coiled tubing logging plug and a retrieving portion for retrieving the coiled tubing logging plug from the downhole wherein the retrieving portion is connected with the sealing portion and wherein the sealing portion and the retrieving portion are configured and formed to be insertable into the through hole of the coiled tubing logging plug, wherein the retrieving portion comprises an other tool body and a retrieving element that is movable relative to the other tool body, wherein the retrieving element comprises an element body and a collapsible portion that is movable relative to the element body and is arranged in a retrieving position when the tool retrieves the coiled tubing logging plug wherein the retrieving element seats on the other tool body when the retrieving element is in the retrieving position.