mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a vent, comprising: determining a forming angle for a vent through a material, wherein the forming angle varies in a range of five degrees to eighty-five degrees from an angle perpendicular to a first surface of the material; determining a central axis of the vent along the forming angle; and forming the vent in the material about the central axis along the forming angle, wherein the vent is formed by making a plurality of small cuts in the material in a pattern dependent on the forming angle such that a first opening of the vent on the first surface of the material is circular in shape when viewed at an angle perpendicular to the first surface of the material; wherein the forming the vent further comprises forming the circular shape with a first diameter at the first opening of the vent on the first surface of the material and forming the circular shape with a second diameter at a second opening of the vent on a second surface of the material. determining a forming angle for a vent through a material, wherein the forming angle varies in a range of five degrees to eighty-five degrees from an angle perpendicular to a first surface of the material; determining a central axis of the vent along the forming angle; and forming the vent in the material about the central axis along the forming angle, wherein the vent is formed by making a plurality of small cuts in the material in a pattern dependent on the forming angle such that a first opening of the vent on the first surface of the material is circular in shape when viewed at an angle perpendicular to the first surface of the material; wherein the forming the vent further comprises forming the circular shape with a first diameter at the first opening of the vent on the first surface of the material and forming the circular shape with a second diameter at a second opening of the vent on a second surface of the material.
Main ballasting mass made by foundry, intended to be secured to a lifting device or a mass holder of a tractor, especially of agricultural type, said main mass comprising an upper face, a lower face, two faces (13, 14) directed substantially crosswise to the moving direction of the tractor, and two side faces (15, 16) substantially parallel to the moving direction when it is fixed to the tractor, said main mass having on its lower face at least a housing (121, 122) into a female dovetail form intended to cooperate with a corresponding protuberance into a male dovetail form of a secondary ballasting mass for the assembly by fitting of said secondary ballasting mass according to a fitting direction substantially parallel to the moving direction of the tractor, said device being characterized in that said upper face form an upper plate including a pre-positioning and centering means for a box intended to be brought back on said main mass, and in that said side faces (15, 16) are intended to cooperate with side flasks (22, 23) of said box brought back as brackets to said side faces and include fixing holes in order to receive fastening screws cooperating with said side flasks for securing said box on said main mass.
A recombinant Listeria strain comprising a nucleic acid molecule encoding an antigenic listeriolysin O - prostate specific antigen fusion polypeptide, wherein said recombinant Listeria is an attenuated, auxotrophic dal/dat mutant, that comprises an episomal expression vector comprising a metabolic enzyme that complements the auxotrophy of said auxotrophic mutant and wherein said recombinant Listeria further comprises a deletion of the endogenous ActA gene.
An end-of-stroke signalling device for a hydraulic actuator, said hydraulic actuator comprising an actuator cylinder (11, 12, 13) and a main piston accommodated in the actuator cylinder (11, 12, 13), said signalling device being adapted to signal an end-of-stroke position of said main piston and comprising: - a cylinder end portion of said actuator cylinder (11, 12, 13); - a detecting piston slidingly mounted to the cylinder end portion so as to be capable of sliding through the cylinder end portion; - a position sensor mounted to the cylinder end portion; said signalling device being adapted to take an end-of-stroke signalling configuration wherein the detecting piston is adapted to cooperate with the position sensor to signal the achievement of said end-of-stroke position by the main piston; characterised in that: - it comprises a balancing piston slidingly mounted to said cylinder end portion so as to be capable of sliding through the cylinder end portion, said detecting piston and said balancing piston being mounted so as to be capable of translating along two respective sliding directions which are parallel to each other and orthogonal to the cylinder end portion; and - it comprises a transmission element operatively interposed between said detecting and balancing pistons (21, 22). - a cylinder end portion of said actuator cylinder (11, 12, 13); - a detecting piston slidingly mounted to the cylinder end portion so as to be capable of sliding through the cylinder end portion; - a position sensor mounted to the cylinder end portion; - it comprises a balancing piston slidingly mounted to said cylinder end portion so as to be capable of sliding through the cylinder end portion, said detecting piston and said balancing piston being mounted so as to be capable of translating along two respective sliding directions which are parallel to each other and orthogonal to the cylinder end portion; and - it comprises a transmission element operatively interposed between said detecting and balancing pistons (21, 22).
Trim panel for a motorcycle or a motor scooter formed from a plurality of trim parts (2, 3, 4) which in each case have aligning means, via which the trim parts (2, 3, 4) can be aligned with respect to one another into a predefined position and, fastened to one another here at least via the aligning means, form a trim unit, a main fastening means being provided on at least a first one of the trim parts, which main fastening means is configured to fasten the trim unit as a whole with trim parts (2, 3, 4) which have already been aligned with respect to one another to a support structure of the motorcycle or motor scooter, characterized in that, on the first trim part, the aligning means is configured in one piece as a retaining clip with a lateral clip engagement means, into which a stud which is configured on a second trim part engages, and the retaining clip and the stud producing a connection which eliminates two degrees of freedom between the first and the second trim part (2, 3), the first and second trim part (2, 3) being mounted such that they can be moved with respect to one another and can be rotated via the stud.
A device for fastening trackside modules ( 9, 10), such as, e.g. wheel detector heads and/or current transformers, to a rail having a base and a head, wherein the device comprises two clamps ( 1, 2) that are to be clamped on the base of the rail with the use of a mechanism that extends under the base of the rail, wherein at least one of the clamps ( 1, 2) is movable, wherein a bracket ( 3, 4 and 5, 6) is fastened to at least one of the clamps ( 1, 2) and a trackside module ( 9, 10) is to be fastened next to the head of the rail, the device characterized by the fact that it has two movable clamps ( 1, 2), wherein a pair of brackets ( 3, 4 and 5, 6) is fastened with the use of first fasteners to surfaces of each of the clamps, wherein the brackets ( 3, 4 and 5, 6) extend transversely to the longitudinal axis of the rail and at least one upwardly extending section ( 7, 8) is fastened using second fasteners to one of or to each of the outer side surfaces of the brackets ( 3, 4 and 5, 6), wherein at least one trackside module ( 9, 10) is to be fastened to an upper end region of the upwardly extending section or to upper end regions of a plurality of the upwardly extending sections ( 7, 8).
An assay system comprising: (a) a library of bioactive agents, each of which is tethered to a fluorophore; (b) a cellular target fused to a bioluminescent reporter, wherein the cellular target is a binding partner of at least one of the bioactive agents; and (c) a substrate for the bioluminescent reporter wherein the emission spectrum of the bioluminescent reporter overlaps with the absorption spectrum of the fluorophores; and wherein the bioactive agent is a small molecule. (a) a library of bioactive agents, each of which is tethered to a fluorophore; (b) a cellular target fused to a bioluminescent reporter, wherein the cellular target is a binding partner of at least one of the bioactive agents; and (c) a substrate for the bioluminescent reporter
An ankle stabilization device comprising: a shoe having a sole, an exterior with two sides, a length, a heel, and an ankle bone portion; a foot support element attached to the exterior of the shoe without covering the ankle bone portion of the shoe, wherein the ankle bone portion of the shoe is the portion of the shoe designed to fit over and cover a user's ankle bone; a leg support element; an articulation joint attaching the leg support element to the foot support element in a configuration that forms an opening around the ankle bone portion of the shoe such that no part of the foot support element, the leg support element, and the articulation joint covers the ankle bone portion of the shoe, wherein the articulation joint allows free extension movement; and a plurality of means for tightening the foot and leg support elements for a close fit; wherein: the foot support element has at least one tightening means attached, and the leg support element has at least one tightening means attached; and the articulation joint is positioned to the rear of the ankle bone portion of the shoe and at a height at least as great as the ankle bone portion of the shoe. a shoe having a sole, an exterior with two sides, a length, a heel, and an ankle bone portion; a foot support element attached to the exterior of the shoe without covering the ankle bone portion of the shoe, wherein the ankle bone portion of the shoe is the portion of the shoe designed to fit over and cover a user's ankle bone; a leg support element; an articulation joint attaching the leg support element to the foot support element in a configuration that forms an opening around the ankle bone portion of the shoe such that no part of the foot support element, the leg support element, and the articulation joint covers the ankle bone portion of the shoe, wherein the articulation joint allows free extension movement; and a plurality of means for tightening the foot and leg support elements for a close fit; wherein: the foot support element has at least one tightening means attached, and the leg support element has at least one tightening means attached; and the articulation joint is positioned to the rear of the ankle bone portion of the shoe and at a height at least as great as the ankle bone portion of the shoe. the foot support element has at least one tightening means attached, and the leg support element has at least one tightening means attached; and the articulation joint is positioned to the rear of the ankle bone portion of the shoe and at a height at least as great as the ankle bone portion of the shoe.
A powdery material mixing degree measurement device configured to measure a mixing degree of mixed powdery materials containing at least two types of powdery materials and subsequently deliver the mixed powdery materials toward a compression molding machine configured to compression mold the mixed powdery materials, the powdery material mixing degree measurement device comprising: a supplier (19, M5) configured to be fed with the mixed powdery materials; a discharger configured to discharge to feed, with the mixed powdery materials, a filling device configured to fill a die bore of the compression molding machine with a powdery material; a rotator including a plurality of movable portions configured to capture the mixed powdery materials fed through the supplier (19, M5) and transfer the mixed powdery materials to the discharger; and a sensor configured to measure a mixing degree of the mixed powdery materials captured by the movable portions of the rotator, characterized by a sensor configured to detect whether or not the mixed powdery materials in the supplier (19, M5) has an upper surface level kept within a constant target range; and a controller configured to adjust rotational speed of the rotator such that the upper surface level of the powdery materials in the supplier (19, M5) is kept within the constant target range. a supplier (19, M5) configured to be fed with the mixed powdery materials; a discharger configured to discharge to feed, with the mixed powdery materials, a filling device configured to fill a die bore of the compression molding machine with a powdery material; a rotator including a plurality of movable portions configured to capture the mixed powdery materials fed through the supplier (19, M5) and transfer the mixed powdery materials to the discharger; and a sensor configured to measure a mixing degree of the mixed powdery materials captured by the movable portions of the rotator, characterized by a sensor configured to detect whether or not the mixed powdery materials in the supplier (19, M5) has an upper surface level kept within a constant target range; and a controller configured to adjust rotational speed of the rotator such that the upper surface level of the powdery materials in the supplier (19, M5) is kept within the constant target range.
A secondary battery comprising a negative electrode containing a silicon composite particle including a lithium silicate phase and silicon particles dispersed in the lithium silicate phase, characterized in that the secondary battery further comprises an electrolytic solution containing a fluorine-containing linear carboxylic acid ester represented by R 1 - -O-CH 2 -R 2 (wherein R 1 is an alkyl group and R 2 is an alkyl group in which at least one hydrogen atom is substituted with fluorine), and in that the electrolytic solution further contains 2-chloro-1,1-difluoroethyl-2,2,2-trifluoroethyl ether. characterized in that the secondary battery further comprises an electrolytic solution containing a fluorine-containing linear carboxylic acid ester represented by R 1 - -O-CH 2 -R 2 (wherein R 1 is an alkyl group and R 2 is an alkyl group in which at least one hydrogen atom is substituted with fluorine), and in that the electrolytic solution further contains 2-chloro-1,1-difluoroethyl-2,2,2-trifluoroethyl ether.
A method of forming a carbon nanotube array, the method comprising: creating a shear flow of a fluid suspension (108, 208) of organic material-coated carbon nanotubes (112, 212) through a flow channel that is defined by a deposition substrate (102, 202) comprising a first material and a confining wall (103, 204) comprising a second material, wherein a velocity gradient is formed across the flowing fluid suspension; and depositing organic material-coated carbon nanotubes (114, 214) from the fluid suspension onto the deposition substrate, wherein the deposited organic material-coated carbon nanotubes are aligned along the direction of shear flow, further wherein the organic material coated on the carbon nanotubes facilitates the deposition of the organic material-coated carbon nanotubes from the fluid suspension onto the deposition substrate by adhering to the deposition substrate. creating a shear flow of a fluid suspension (108, 208) of organic material-coated carbon nanotubes (112, 212) through a flow channel that is defined by a deposition substrate (102, 202) comprising a first material and a confining wall (103, 204) comprising a second material, wherein a velocity gradient is formed across the flowing fluid suspension; and depositing organic material-coated carbon nanotubes (114, 214) from the fluid suspension onto the deposition substrate, wherein the deposited organic material-coated carbon nanotubes are aligned along the direction of shear flow, further wherein the organic material coated on the carbon nanotubes facilitates the deposition of the organic material-coated carbon nanotubes from the fluid suspension onto the deposition substrate by adhering to the deposition substrate.
A method of manufacturing a gear, comprising: subtractive manufacturing a multiple of gear teeth from and an outer portion of a rim; and additive manufacturing an inner portion of the rim to the outer portion of the rim. subtractive manufacturing a multiple of gear teeth from and an outer portion of a rim; and additive manufacturing an inner portion of the rim to the outer portion of the rim.
A polyvinyl acetal resin film for laminated glass, a viscosity of toluene/ethanol=1/1 (by mass ratio) solution of a polyvinyl acetal resin in a resin composition constituting the polyvinyl acetal resin film with a concentration of 10% by mass, measured at 30 rpm and 20°C by using a Brookfield-type (B-type) viscometer, being 100 to 1000 mPa ·s, the polyvinyl acetal resin film comprising a plasticizer in an amount of 0 to 20% by mass based on a total mass of the resin composition constituting the polyvinyl acetal resin film, the polyvinyl acetal resin film having a thickness of 10 to 350 μm, the polyvinyl acetal resin film exhibiting a mean spacing Sm value of unevenness of at least one side of 500 μm or more, and a ratio Sm/Rz of the mean spacing Sm value of unevenness to a value of ten-point average roughness Rz of at least one side of 200 or more, wherein Sm and Rz are measured according to JIS B0601-1994, and the molecular weight distribution of the polyvinyl acetal resin in the resin composition constituting the polyvinyl acetal resin film is 2.7 or more. a viscosity of toluene/ethanol=1/1 (by mass ratio) solution of a polyvinyl acetal resin in a resin composition constituting the polyvinyl acetal resin film with a concentration of 10% by mass, measured at 30 rpm and 20°C by using a Brookfield-type (B-type) viscometer, being 100 to 1000 mPa ·s, the polyvinyl acetal resin film comprising a plasticizer in an amount of 0 to 20% by mass based on a total mass of the resin composition constituting the polyvinyl acetal resin film, the polyvinyl acetal resin film having a thickness of 10 to 350 μm, the polyvinyl acetal resin film exhibiting a mean spacing Sm value of unevenness of at least one side of 500 μm or more, and a ratio Sm/Rz of the mean spacing Sm value of unevenness to a value of ten-point average roughness Rz of at least one side of 200 or more, wherein Sm and Rz are measured according to JIS B0601-1994, and
An EGR valve comprising: a valve shaft vertically disposed and rotating about a vertical rotational axis; a cylindrical cam integrally fitted around an upper portion of the valve shaft and having a spiral groove on an outer side and a polyhedron at an upper end; a fixed bearing fixed to a side of the cylindrical cam with an end slidably inserted in the spiral groove; a rotary gear having the polyhedron inserted on the rotational axis therein and rotated by a rotary motor; an elevating block disposed at an upper end of the valve shaft passing through the cylindrical cam and pushed upward by the valve shaft when the valve shaft is moved up; a pressing spring applying downward elasticity to the elevating block; a magnet plate fixed to a side of the elevating block; a hall sensor sensing up-down movement of the magnet plate; and a housing keeping the valve shaft, the cylindrical cam, the rotary gear, and the elevating block therein, wherein a lower end of the elevating block is simply seated on the top of the valve shaft, so when the valve shaft moves up by rotating, the elevating block is simply moved straight up without rotating, and when the valve shaft moves down by rotating, the elevating block is moved straight down by the elasticity of the pressing spring. a valve shaft vertically disposed and rotating about a vertical rotational axis; a cylindrical cam integrally fitted around an upper portion of the valve shaft and having a spiral groove on an outer side and a polyhedron at an upper end; a fixed bearing fixed to a side of the cylindrical cam with an end slidably inserted in the spiral groove; a rotary gear having the polyhedron inserted on the rotational axis therein and rotated by a rotary motor; an elevating block disposed at an upper end of the valve shaft passing through the cylindrical cam and pushed upward by the valve shaft when the valve shaft is moved up; a pressing spring applying downward elasticity to the elevating block; a magnet plate fixed to a side of the elevating block; a hall sensor sensing up-down movement of the magnet plate; and a housing keeping the valve shaft, the cylindrical cam, the rotary gear, and the elevating block therein, wherein a lower end of the elevating block is simply seated on the top of the valve shaft, so when the valve shaft moves up by rotating, the elevating block is simply moved straight up without rotating, and when the valve shaft moves down by rotating, the elevating block is moved straight down by the elasticity of the pressing spring.
A gate valve assembly for use in a subsea workover system comprising - a valve block having a flow path; - valve seats (33, 34) located within the valve block around a periphery of the flow path, - a gate valve member which is moveable across the flow path between a first position in which the flow path is open and a second position in which the flow path is closed; - said gate valve member comprising a first portion surrounding an opening adapted to mate with the flow path when the gate valve member is in the first position, said first portion is provided with a cutting member arranged on the periphery of the first portion towards the opening, wherein, the gate valve member further comprises a second portion having at least one recessed part (42, 43), said recessed part (42, 43)) being positioned such that when the gate valve member is in the second position, the recessed part is within the flow path and at the side or surface of the gate valve member that is exposed to possible falling objects and the gate valve member characterised in that, the seats (33, 34) form a sealing area (44, 45) arranged on a planar surface of the gate valve member, wherein the sealing area (44, 45) is arranged outside of the at least one recessed part (42, 43), wherein the diameter of the at least one recessed part (42, 43) is equal or less than the inner diameter of the seats (33a, 34a). - a valve block having a flow path; - valve seats (33, 34) located within the valve block around a periphery of the flow path, - a gate valve member which is moveable across the flow path between a first position in which the flow path is open and a second position in which the flow path is closed; - said gate valve member comprising a first portion surrounding an opening adapted to mate with the flow path when the gate valve member is in the first position, said first portion is provided with a cutting member arranged on the periphery of the first portion towards the opening, wherein,