mhurhangee/ep-ind-claims huggingface dataset:
A mechanical device comprising: an internally threaded tube having opposing, open ends (101, 102); threaded shafts (103, 112) threadably inserted into the opposing open ends (101, 102), threads (106, 108) in the tube and the threads (104, 113) on the shafts (103, 112) adapted to provide common contraction and extension of the shafts (103, 112) relative to the tube interior with the shafts (103, 112) not turning and the tube turning, wherein the threaded shafts (103, 112) have a semi-circular profile with threads (104, 113) disposed on a curved portion (200, 202) and the threaded shafts (103, 112) having a flat side (203, 204); and, characterized in that: a barrel divider disposed inside the tube, the barrel divider having an elongate portion configured to be disposed between the threaded shafts (103, 112) and having semicircular sections (130, 133) at opposite ends, the barrel divider disposed inside the tube in facing engagement with the flat side (203, 204) of the threaded shafts (103, 112), the barrel divider configured to keep the threads (104, 113) on the threaded shafts (103, 112) engaged with the threads (106, 108) inside the tube while ends of the threaded shafts (103, 112) pass each other inside the tube. an internally threaded tube having opposing, open ends (101, 102); threaded shafts (103, 112) threadably inserted into the opposing open ends (101, 102), threads (106, 108) in the tube and the threads (104, 113) on the shafts (103, 112) adapted to provide common contraction and extension of the shafts (103, 112) relative to the tube interior with the shafts (103, 112) not turning and the tube turning, wherein the threaded shafts (103, 112) have a semi-circular profile with threads (104, 113) disposed on a curved portion (200, 202) and the threaded shafts (103, 112) having a flat side (203, 204); and, characterized in that: a barrel divider disposed inside the tube, the barrel divider having an elongate portion configured to be disposed between the threaded shafts (103, 112) and having semicircular sections (130, 133) at opposite ends, the barrel divider disposed inside the tube in facing engagement with the flat side (203, 204) of the threaded shafts (103, 112), the barrel divider configured to keep the threads (104, 113) on the threaded shafts (103, 112) engaged with the threads (106, 108) inside the tube while ends of the threaded shafts (103, 112) pass each other inside the tube.
A compound selected from N -(2,4-di- tert -butyl-5-hydroxyphenyl)-4-oxo-1,4-dihydroquinoline-3-carboxamide and a pharmaceutically acceptable salt thereof, wherein at least one non-aromatic carbon atom is replaced by silicon; and, optionally, one or more hydrogens are replaced by deuterium.
A stator configured to be positioned in a flotation machine tank adjacent a rotor, the stator having a plurality of vanes, each of the vanes having a plurality of slots formed therein, each of said vanes having a height and a width, each of the vanes of the stator being spaced apart from the other vanes to which that vane is adjacent, the vanes being positioned in series adjacent a periphery of the stator to define a central opening within the stator for positioning said rotor in said central opening, each vane extending radially with respect to a center of the stator, characterized by each of the slots having a shape that is elongated in a direction along the width of the vane.
Control device with a bolt and push piece for a timepiece, comprising: - a slideway arranged in the outer surface of the case of the timepiece; - a bolt comprising an external part (11; 111; 211) arranged to be guided by the slideway so as to be able to slide on the outer surface of the case of the timepiece between an inoperative position and an end-of-travel position, and comprising an internal part which is arranged inside the case and kinematically connected to the external part; - a push piece comprising a through-part (39; 239) which is inserted in a piercing passing through the wall of the case of the timepiece, the piercing opening into the slideway or into the extension thereof and being oriented substantially perpendicularly to the slideway, the push piece further comprising a head part (38; 147, 148; 213, 247, 248) arranged outside of the case in order to cooperate with the through-part (39; 239); the total external length of the control device parallel to the slideway being equal to the length of the external part (11; 111; 211) of the bolt when the bolt is in the inoperative position, said control device being characterised in that the head part (38; 147, 148; 213, 247, 248) of the push piece is arranged to move along the slideway jointly with the external part (11; 111; 211) of the bolt while also being able to move in a direction substantially transverse to the slideway, and in that the head part of the push piece is shaped to be able to cooperate with the through-part of the push piece when the bolt is in the inoperative position. - a slideway arranged in the outer surface of the case of the timepiece; - a bolt comprising an external part (11; 111; 211) arranged to be guided by the slideway so as to be able to slide on the outer surface of the case of the timepiece between an inoperative position and an end-of-travel position, and comprising an internal part which is arranged inside the case and kinematically connected to the external part; - a push piece comprising a through-part (39; 239) which is inserted in a piercing passing through the wall of the case of the timepiece, the piercing opening into the slideway or into the extension thereof and being oriented substantially perpendicularly to the slideway, the push piece further comprising a head part (38; 147, 148; 213, 247, 248) arranged outside of the case in order to cooperate with the through-part (39; 239);
A vehicle windshield, comprising: a window plate; and a transparent film provided at a surface on a vehicle-interior side of the window plate, a film thickness of the transparent film being 3 μm to 30 μm, wherein the vehicle windshield includes a first area where the transparent film is not provided and a second area where the transparent film is provided, at a central area when viewed from a front side, a boundary between the first area and the second area has no perspective distortion and is constituted by a boundary line having line width (Lw) visually recognized by scattering of irradiated light of 10 μm to 200 μm, as measured according to the method in the description, and in the film thickness from a position of the boundary line to 1 mm toward inside, a value of the film thickness of the transparent film that subtracted a minimum value ratio when a maximum value is set as 100% from 100% is 5% or less, as measured according to the method in the description. a window plate; and a transparent film provided at a surface on a vehicle-interior side of the window plate, a film thickness of the transparent film being 3 μm to 30 μm, wherein the vehicle windshield includes a first area where the transparent film is not provided and a second area where the transparent film is provided, at a central area when viewed from a front side, a boundary between the first area and the second area has no perspective distortion and is constituted by a boundary line having line width (Lw) visually recognized by scattering of irradiated light of 10 μm to 200 μm, as measured according to the method in the description, and in the film thickness from a position of the boundary line to 1 mm toward inside, a value of the film thickness of the transparent film that subtracted a minimum value ratio when a maximum value is set as 100% from 100% is 5% or less, as measured according to the method in the description.
A system for directed energy deposition, comprising: a welding jig for securing a pre-bent substrate; the system being characterised by: a pin support system to be positioned between the jig and when the pre-bent substrate is secured to the jig; clamps for securing the pre-bent substrate to the jig; one or more melting tools comprising a DED thermal source to melt a source of metal into metallic molten material that is deposited on a surface of a base material; a gas jet device to direct a cooling gas to impinge upon the as-solidified material adjacent to a liquid-solid boundary of the liquid molten pool to influence temperature gradients; a supply of the cooling gas; and an actuator for positioning and moving the base material relative to the melting tool and the gas jet device, and wherein the pin support system comprises: one or more pins in a reconfigurable arrangement on the welding jig, and wherein the one or more pins are arranged to have varying substrate support heights and define a curved profile. a pin support system to be positioned between the jig and when the pre-bent substrate is secured to the jig; clamps for securing the pre-bent substrate to the jig; one or more melting tools comprising a DED thermal source to melt a source of metal into metallic molten material that is deposited on a surface of a base material; a gas jet device to direct a cooling gas to impinge upon the as-solidified material adjacent to a liquid-solid boundary of the liquid molten pool to influence temperature gradients; a supply of the cooling gas; and an actuator for positioning and moving the base material relative to the melting tool and the gas jet device, one or more pins in a reconfigurable arrangement on the welding jig, and wherein the one or more pins are arranged to have varying substrate support heights and define a curved profile.
A method of treating or preventing infection of a plant by a fungal or bacterial pathogen, the method comprising administering to the plant, or otherwise exposing the plant to, an effective amount of a composition comprising Lactobacillus parafarraginis strain Lp18 deposited with National Measurement Institute, Australia on 27 October 2011 under Accession Number V1 1/022945, or a culture supernatant or cell free filtrate derived from culture media in which said Lactobacillus parafarraginis strain has been cultured, wherein the fungal or bacterial pathogen is selected from Pseudocercospora macadamiae, Botrytis cinerea, Streptomyces scabies, and Pseudomonas savastanoi.
Swashplate machine as axial piston pump and/or axial piston motor, comprising - a cylinder drum which is mounted so as to be rotatable, or for rotation, about an axis of rotation and which has piston bores, - pistons which are mounted movably in the piston bores, - a pivot cradle which is mounted so as to be pivotable about a pivot axis, - a housing - a cradle bearing arrangement for the pivot cradle, with at least one fixed bearing shell on a bearing block and with at least one pivotable counterpart bearing shell on the pivot cradle, characterized in that the bearing block is of multi-part form. - a cylinder drum which is mounted so as to be rotatable, or for rotation, about an axis of rotation and which has piston bores, - pistons which are mounted movably in the piston bores, - a pivot cradle which is mounted so as to be pivotable about a pivot axis, - a housing - a cradle bearing arrangement for the pivot cradle, with at least one fixed bearing shell on a bearing block and with at least one pivotable counterpart bearing shell on the pivot cradle,
A gas turbine for an aircraft comprising: a rotor which is capable of rotating about an axis (Am); blades each including a blade body extending outward from the rotor in a radial direction of the rotor, a blade shroud formed on a distal end of the blade body, and a fin protruding from an outer peripheral surface of the blade shroud; a casing surrounding the rotor and the blades so as to form gaps (Cr) between the casing and the fins; and vanes each including a vane shroud fixed to the casing at a downstream side of the blade in an axial direction of the axis (Am), of which at least a leading end portion formed upstream in the axial direction is located outside with respect to a first extended line (Ex) of an inner peripheral surface of the casing in the radial direction about the axis (Am), and a vane body extending inward from the vane shroud in the radial direction, and characterized in that a leading edge of the vane body formed upstream in the axial direction includes: a receding start point; a radial outer end portion which is connected to the vane shroud and is receded downstream in the axial direction with respect to the receding start point; and a leading edge curved portion which is formed to connect the receding start point and the radial outer end portion and which is arched upstream in the axial direction, and wherein the receding start point is located outside a rear end of an inner surface of the blade shroud in the radial direction. a rotor which is capable of rotating about an axis (Am); blades each including a blade body extending outward from the rotor in a radial direction of the rotor, a blade shroud formed on a distal end of the blade body, and a fin protruding from an outer peripheral surface of the blade shroud; a casing surrounding the rotor and the blades so as to form gaps (Cr) between the casing and the fins; and vanes each including a vane shroud fixed to the casing at a downstream side of the blade in an axial direction of the axis (Am), of which at least a leading end portion formed upstream in the axial direction is located outside with respect to a first extended line (Ex) of an inner peripheral surface of the casing in the radial direction about the axis (Am), and a vane body extending inward from the vane shroud in the radial direction, and characterized in that a leading edge of the vane body formed upstream in the axial direction includes: a receding start point; a radial outer end portion which is connected to the vane shroud and is receded downstream in the axial direction with respect to the receding start point; and a leading edge curved portion which is formed to connect the receding start point and the radial outer end portion and which is arched upstream in the axial direction, and wherein the receding start point is located outside a rear end of an inner surface of the blade shroud in the radial direction.
A heat exchanger comprising: (a) an internal volume defined within a shell; (b) a plurality of spaced apart cores (16, 18, 20) disposed within the internal volume of the shell, wherein each core is partially submerged in a liquid shell-side fluid, characterised in (c) slosh suppressing baffles (28, 30) disposed within the internal volume to separate the plurality of spaced apart cores (16, 18, 20), wherein the slosh suppressing baffles allow limited distribution of the liquid shell-side fluid between each core (16, 18, 20), wherein the slosh suppressing baffles can withstand cryogenic temperatures, wherein the slosh suppressing baffles can withstand and divert the flow of the liquid shell-side fluid between each core (16, 18, 20), wherein the slosh suppressing baffles (28, 30) are located at the edge of each core (16, 18, 20), and wherein the area between the slosh suppressing baffles (28, 30) is filled with packing material. (a) an internal volume defined within a shell; (b) a plurality of spaced apart cores (16, 18, 20) disposed within the internal volume of the shell, wherein each core is partially submerged in a liquid shell-side fluid, characterised in (c) slosh suppressing baffles (28, 30) disposed within the internal volume to separate the plurality of spaced apart cores (16, 18, 20), wherein the slosh suppressing baffles allow limited distribution of the liquid shell-side fluid between each core (16, 18, 20), wherein the slosh suppressing baffles can withstand cryogenic temperatures, wherein the slosh suppressing baffles can withstand and divert the flow of the liquid shell-side fluid between each core (16, 18, 20), wherein the slosh suppressing baffles (28, 30) are located at the edge of each core (16, 18, 20), and wherein the area between the slosh suppressing baffles (28, 30) is filled with packing material.
A process for manufacturing a spiral bevel gear, comprising: providing a forging having a first side and a second side, the first side comprising a plurality of spiral bevel gear teeth; machining the second side of the forging to a predetermined distance from a portion of the spiral bevel gear teeth; coining the machined forging to form a coined gear; heat treating the coined gear; and machining a portion of the heat-treated gear other than the spiral bevel gear teeth. providing a forging having a first side and a second side, the first side comprising a plurality of spiral bevel gear teeth; machining the second side of the forging to a predetermined distance from a portion of the spiral bevel gear teeth; coining the machined forging to form a coined gear; heat treating the coined gear; and machining a portion of the heat-treated gear other than the spiral bevel gear teeth.
A kit comprising a direct RNA linker comprising: (i) a first polynucleotide; and, (ii) a second polynucleotide, wherein the first and the second polynucleotides form a double stranded region flanked by a genomic DNA ligation compatible end, and a 5'-overhang at the 5'-end of the first polynucleotide, optionally, the 5'-overhang is 5' adenylated, and, wherein the double stranded region comprises a first recognition site for a first restriction enzyme, and a second recognition site for a second restriction enzyme at or near the ligation compatible end; wherein the first and second recognition sites are placed such that when the first RE cleaves it cleaves outside the recognition site, 5' to the 5' end of the first polynucleotide, and when the second RE cleaves it cleaves 3' to the second RE recognition site and 3' to the first polynucleotide. (i) a first polynucleotide; and, (ii) a second polynucleotide, wherein the first and the second polynucleotides form a double stranded region flanked by a genomic DNA ligation compatible end, and a 5'-overhang at the 5'-end of the first polynucleotide, optionally, the 5'-overhang is 5' adenylated, and, wherein the double stranded region comprises a first recognition site for a first restriction enzyme, and a second recognition site for a second restriction enzyme at or near the ligation compatible end; wherein the first and second recognition sites are placed such that when the first RE cleaves it cleaves outside the recognition site, 5' to the 5' end of the first polynucleotide, and when the second RE cleaves it cleaves 3' to the second RE recognition site and 3' to the first polynucleotide.
A hollow pinion (2, 3) extending about an axis, comprising a shaft and teeth (20, 30) carried by a web which extends around the shaft and a lubrication device, wherein the lubrication device forms a separate ring gear attached to the shaft with an oil inlet on the shaft side along the axis of rotation of the pinion, the pinion is configured so that the lubricant intake is made along the axis of rotation of the pinion, it is pressed against the internal walls of the pinion by centrifugal force and descends to a rim (21, 31, 32) provided for this purpose thus making it possible to create a reservoir and an oil outlet on the meshing teeth side and comprises a lubricant intake in fluid communication with a lubrication circuit of the shaft, the lubrication device comprising outlet holes (220, 331) which open out between two teeth (20, 30) of the pinion.
A key blank comprising: a shaft and a head connected to the shaft, the shaft including first and second surface that are oppositely facing, wherein the surfaces are configured to include combination elements to operate a lock; and a pair of coaxial operating elements mounted inside a through-bore provided in the shaft, wherein a first element of the pair is a resilient and/ or a spring loaded element (200, 200A, 200B) that protrudes from the first surface of the shaft while no force is exerted on the first element and a second element of the pair is a resilient and/or a spring loaded element that protrudes from the second surface of the shaft while no force is exerted on the second element, and wherein each of the coaxial elements is operative to exert a compressive force on a pin mechanism of the lock in response to operative engagement with the pin mechanism and thereby release the pin mechanism from a lock position, independently and without requiring any pressure external to the key blank on the coaxial element protruding from the opposite surface of the shaft. a shaft and a head connected to the shaft, the shaft including first and second surface that are oppositely facing, wherein the surfaces are configured to include combination elements to operate a lock; and a pair of coaxial operating elements mounted inside a through-bore provided in the shaft, wherein a first element of the pair is a resilient and/ or a spring loaded element (200, 200A, 200B) that protrudes from the first surface of the shaft while no force is exerted on the first element and a second element of the pair is a resilient and/or a spring loaded element that protrudes from the second surface of the shaft while no force is exerted on the second element, and wherein each of the coaxial elements is operative to exert a compressive force on a pin mechanism of the lock in response to operative engagement with the pin mechanism and thereby release the pin mechanism from a lock position, independently and without requiring any pressure external to the key blank on the coaxial element protruding from the opposite surface of the shaft.
A panel, in particular a wall, ceiling or floor panel, comprising a carrier plate based on polyvinyl chloride and a film attached thereon, wherein the film is a PVC film having a thickness of 0.04 to 0.2 mm and comprises a decorative pattern directly printed thereon, and a cured polymer layer is provided over the PVC film, characterized in that the ink used for printing the decorative pattern is solvent-containing and is a UV ink, wherein the printing ink is configured to slightly dissolve the surface of the PVC film.
An ink cartridge (20, 90) comprising: a housing including an air communication port and configured to store a liquid inside; and a sealing member attached to the housing in such a way as to cover the air communication port, wherein the sealing member includes an adherent region attached to the housing and a non-adherent region not attached to the housing, and the non-adherent region extends to an end portion of the sealing member and forms a communication passage which establishes communication between the air communication port and air, characterized in that the non-adherent region establishes communication between the air communication port and air in a case where the housing is in a decompressed state and functions for regulating communication between the air communication port and air in a case of atmospheric pressure, wherein a state of communication and regulation between the air communication port and air is variable depending on a change of a pressure state in the ink cartridge (20, 90). a housing including an air communication port and configured to store a liquid inside; and a sealing member attached to the housing in such a way as to cover the air communication port, wherein the sealing member includes an adherent region attached to the housing and a non-adherent region not attached to the housing, and the non-adherent region extends to an end portion of the sealing member and forms a communication passage which establishes communication between the air communication port and air, characterized in that the non-adherent region establishes communication between the air communication port and air in a case where the housing is in a decompressed state and functions for regulating communication between the air communication port and air in a case of atmospheric pressure, wherein a state of communication and regulation between the air communication port and air is variable depending on a change of a pressure state in the ink cartridge (20, 90).