mhurhangee/ep-ind-claims huggingface dataset:
An intraocular lens system comprising: an anterior light-converging intraocular lens, the anterior lens having an anterior surface, a posterior surface; a posterior light-diverging intraocular lens, located posteriorly to said anterior lens, the posterior lens having an anterior surface and a posterior surface; and, an anterior lens positioning means (19, 20) and a posterior lens positioning means (21, 22), wherein the anterior positioning means (19, 20) is configured such that when the anterior lens is positioned within the eye, the anterior positioning means (19, 20) locates the anterior lens so that it is aligned with the optical axis of the eye; and wherein the posterior lens positioning means (21, 22) is configured such that when the posterior lens is positioned within the eye, the posterior positioning means (21, 22) locates the posterior lens in so that it is aligned with the optical axis of the eye; characterised in that each of said surfaces (27, 28, 37, 38) of the anterior lens and the posterior lens are aspherical to provide a continuum of retinal images to be focused at the retina in an area between two retinal eccentricities, and wherein the radius of curvatures and the conic constants of said surfaces (27, 28, 37, 38) starting from the anterior surface of the anterior lens, are respectively 6.6 mm and -9, - 5.7 mm and -0.6, -13.3 mm and -110, and 4mm and -7. an anterior light-converging intraocular lens, the anterior lens having an anterior surface, a posterior surface; a posterior light-diverging intraocular lens, located posteriorly to said anterior lens, the posterior lens having an anterior surface and a posterior surface; and, an anterior lens positioning means (19, 20) and a posterior lens positioning means (21, 22), wherein the anterior positioning means (19, 20) is configured such that when the anterior lens is positioned within the eye, the anterior positioning means (19, 20) locates the anterior lens so that it is aligned with the optical axis of the eye; and wherein the posterior lens positioning means (21, 22) is configured such that when the posterior lens is positioned within the eye, the posterior positioning means (21, 22) locates the posterior lens in so that it is aligned with the optical axis of the eye; characterised in that each of said surfaces (27, 28, 37, 38) of the anterior lens and the posterior lens are aspherical to provide a continuum of retinal images to be focused at the retina in an area between two retinal eccentricities, and wherein the radius of curvatures and the conic constants of said surfaces (27, 28, 37, 38) starting from the anterior surface of the anterior lens, are respectively 6.6 mm and -9, - 5.7 mm and -0.6, -13.3 mm and -110, and 4mm and -7.
A method for manufacturing a gas turbine engine component from a molybdenum-rich alloy, the method comprising the steps of: providing a molybdenum powder of at least 50% molybdenum by weight; compacting the powder to provide a density that is at least 75% of the finished part; extruding the molybdenum powder to provide a first shape; wherein the extrusion step is performed using forces 480 MPa (5000 tons/ft 2) and under temperatures in a range of 1370-2200 °C (2500-4000 °F); rough form machining the first shape to a second shape to remove at least 20% of the material as compared to the first shape; forging the second shape to provide a third shape. providing a molybdenum powder of at least 50% molybdenum by weight; compacting the powder to provide a density that is at least 75% of the finished part; extruding the molybdenum powder to provide a first shape; wherein the extrusion step is performed using forces 480 MPa (5000 tons/ft 2) and under temperatures in a range of 1370-2200 °C (2500-4000 °F); rough form machining the first shape to a second shape to remove at least 20% of the material as compared to the first shape; forging the second shape to provide a third shape.
A thrust bearing, comprising: a thrust collar fixed to a rotational shaft; and at least one bearing pad disposed along a circumferential direction on a bearing surface facing the thrust collar, the at least one bearing pad having a tapered portion formed so that clearance between the at least one bearing pad and the thrust collar decreases toward a downstream side with respect to a rotational direction, and a land portion formed continuously from the tapered portion toward the downstream side with respect to the rotational direction so that the clearance is constant, characterized in that each of the at least one bearing pad is formed so that a periphery portion on an outer side with respect to a radial direction gets closer to an inner side with respect to the radial direction toward an upstream side with respect to the rotational direction. a thrust collar fixed to a rotational shaft; and at least one bearing pad disposed along a circumferential direction on a bearing surface facing the thrust collar, the at least one bearing pad having a tapered portion formed so that clearance between the at least one bearing pad and the thrust collar decreases toward a downstream side with respect to a rotational direction, and a land portion formed continuously from the tapered portion toward the downstream side with respect to the rotational direction so that the clearance is constant, characterized in that each of the at least one bearing pad is formed so that a periphery portion on an outer side with respect to a radial direction gets closer to an inner side with respect to the radial direction toward an upstream side with respect to the rotational direction.
Timepiece device comprising a driving member, a transmission element and a display device (3, 4), said driving member being intended to pivot about an axis at a speed of one revolution per year and comprising a latitude pin at a distance r from said axis and a latitude setting device for setting the value of the distance r, each value of r corresponding to a defined value of latitude and remains fixed once its setting has been made, said latitude pin cooperating with a means of cooperation of the transmission element for driving the latter in alternating movements, at least a part of the transmission element being guided in translation, the part of the transmission element being guided in translation comprising at least a first and a second portions kinematically connected respectively to a first and a second elements of the display device, said first and second elements being arranged to display the duration of the day and the duration of the night, said timepiece device comprising a control organ, said control organ typically comprising a latitude crown, for setting the latitude and characterized in that said latitude setting device comprises: a wheel having an external gear and pivoting about said axis; a ring, having both internal and external toothing and being coaxial to the wheel; a stud, parallel to said axis, fixedly mounted on the wheel and eccentric by a distance d1 from said axis, the distance d1 corresponding to half of the distance d2 separating said axis from the internal toothing of the ring; and a pinion of radius d1, free to rotate about the stud, said pinion carrying, on its outer perimeter, the latitude pin and meshing with the internal toothing of the ring; all arranged so that, when setting the latitude, it is possible to rotate the wheel relative to the ring in order to set the distance r, r being between 0 and d2.
A connection device for connecting a first component to a second component of an orthopedic device, wherein the connection device comprises - a first swivel element for arranging on the first component and - a second swivel element for arranging on the second component, wherein - a first adjustment element is arranged on the first swivel element, said adjustment element having a first contact surface, - the second swivel element has a second contact surface, wherein the first swivel element is arranged on the second swivel element such that it can be swivelled about a swivel axis and the first adjustment element is arranged and designed in such a way that the first contact surface lies flat on the second contact surface characterized by the fact that the first adjustment element is arranged such that it can be rotated about a rotational axis, wherein a radial distance of the first contact surface from the rotational axis varies. - a first swivel element for arranging on the first component and - a second swivel element for arranging on the second component, - a first adjustment element is arranged on the first swivel element, said adjustment element having a first contact surface, - the second swivel element has a second contact surface,
A binder composition used for binding an electrode active material to a current collector where the electrode active material is coated, the binder composition comprising: an electrolyte active material and a first vinylidene fluoride polymer containing only vinylidene fluoride as a monomer unit, the vinylidene fluoride polymer having an inherent viscosity η i of 1.7 dL/g or higher; and a second vinylidene fluoride polymer containing acrylic acid or methacrylic acid as a monomer unit; wherein the inherent viscosity η i is determined by following equation: η i = 1 / C ⋅ ln η / η 0, wherein η represents a viscosity of a polymer solution of 80 mg of the polymer being dissolved in 20 mL of N,N-dimethylformamide, n 0 represents a viscosity of N,N-dimethylformamide serving as a solvent, and C represents 0.4 g/dL, characterized in that the electrode active material is an olivine type lithium compound.
Device (36, 81) for connecting two furniture parts, comprising a housing (13, 51) which can be arranged on a first furniture part and an eccentric element (1, 52) which is rotatably mounted in the housing (13, 51), wherein the housing (13, 51) is flattened on one wall side (15, 76), wherein the flattened wall side (15, 76) of the housing has a continuous opening (25, 59), wherein the eccentric element (1, 52) is configured to interact with a connecting element (8, 58), wherein the connecting element (8, 58) can be arranged on a second furniture part, and wherein the connecting element (8, 58) can be coupled to the housing (13, 51) and the eccentric element (1, 52) in such a way that the first and the second furniture part (31, 35) are firmly connected to one another, wherein the continuous opening (25, 59) of the housing (13, 51) on the flattened wall side (15, 76) is completely enclosed at the edge by wall portions (26 - 29, 60 - 63), characterized in that the flattened wall side (15, 76) of the housing (13, 51) has, on its outer side (23, 56), a surface structure in the form of a transverse and/or longitudinal ribbing (24, 57), or in that the flattened wall side (15, 76) of the housing (13, 51) has, on its outer side (23, 56), a surface structure in the form of a ribbing which is embodied obliquely on the outer side, or in that the flattened wall side (15, 76) of the housing (13, 51) has, on its outer side (23, 56), a surface structure in the form of a transverse and/or longitudinal ribbing (24, 57) or a ribbing which is embodied obliquely on the outer side, and comprises an additional ribbing rotated through 90°, such that a height and/or longitudinal adjustment of the two furniture parts to be assembled relative to one another is made possible during assembly.
A device comprising: a saddle mountable on an outer circumferential surface of a pipe; a sensor valve connected to the saddle; a flushing valve vertically connected to the sensor valve and connected to the saddle; and an operating assembly connected to the sensor valve and the flushing valve wherein the operating assembly is configured to open and close the valves independently. a saddle mountable on an outer circumferential surface of a pipe; a sensor valve connected to the saddle; a flushing valve vertically connected to the sensor valve and connected to the saddle; and an operating assembly connected to the sensor valve and the flushing valve wherein the operating assembly is configured to open and close the valves independently.
A blade comprising a blade body made of fiber-reinforced organic-matrix composite material and a leading edge shield made of a material having a better resistance to point impacts than the composite material of the blade body, the leading edge shield being assembled on the blade body and including a pressure side fin and a suction side fin connected by a thicker central part, the blade including an aerodynamic airfoil height and a chord length, the blade being characterized in that the suction side fin of the shield has: - a first length projected onto the chord between 10 and 18% of the chord length, the first length being disposed between 70 and 80% of the aerodynamic airfoil height, - a second length projected onto the chord between 18 and 26% of the chord length, the second length being disposed between 85 and 95% of the aerodynamic airfoil height, and - a third length projected onto the chord between the first length and the second length, the third length being disposed at 100% of the aerodynamic airfoil height. - a first length projected onto the chord between 10 and 18% of the chord length, the first length being disposed between 70 and 80% of the aerodynamic airfoil height, - a second length projected onto the chord between 18 and 26% of the chord length, the second length being disposed between 85 and 95% of the aerodynamic airfoil height, and - a third length projected onto the chord between the first length and the second length, the third length being disposed at 100% of the aerodynamic airfoil height.
A device for shrinking a fabric web, in particular a denim web, comprising: - a belt for conveying the fabric web through the device; - a heat drum; - at least one pressure drum (11, 13); and - a reservoir for collecting a liquid being applied to the belt, wherein the reservoir is movably mounted in that it can be moved from a working position, in which the reservoir is used for collecting the liquid and/or cooling the belt, away from the belt into a maintenance position, characterized in that, the at least one pressure drum (11, 13) can be moved from an urging position, in which the at least one pressure drum (11,13) urges the belt against the heat drum, towards the working position of the reservoir into a loose position, in which the belt is in unstretched condition. - a belt for conveying the fabric web through the device; - a heat drum; - at least one pressure drum (11, 13); and - a reservoir for collecting a liquid being applied to the belt, wherein the reservoir is movably mounted in that it can be moved from a working position, in which the reservoir is used for collecting the liquid and/or cooling the belt, away from the belt into a maintenance position, characterized in that,
A pedal device, comprising - a pedal element (14, 18) which can be deflected for actuation in relation to a base element, - and a bearing element, characterized in that the bearing element is accommodated and rotatably mounted in at least one bearing shell (32, 34) on the base element, wherein the bearing element comprises at least one first bearing sub-element and one second bearing sub-element which is movable in relation to the first bearing sub-element, - wherein the first bearing sub-element is connected to the pedal element (14, 18), - at least one resetting element is provided for acting on the second bearing sub-element, - and wherein the first and second bearing sub-elements (22, 24) are arranged with respect to each other such that they are supported in relation to each other at at least one supporting point, such that when the pedal element (14, 18) is deflected counter to the action of the resetting element, an outwardly directed pressure force arises on the bearing sub-elements (22, 24), by means of which the bearing sub-elements (22, 24) are pressed against the bearing shell (32, 34). - a pedal element (14, 18) which can be deflected for actuation in relation to a base element, - and a bearing element, characterized in that the bearing element is accommodated and rotatably mounted in at least one bearing shell (32, 34) on the base element, wherein the bearing element comprises at least one first bearing sub-element and one second bearing sub-element which is movable in relation to the first bearing sub-element, - wherein the first bearing sub-element is connected to the pedal element (14, 18), - at least one resetting element is provided for acting on the second bearing sub-element, - and wherein the first and second bearing sub-elements (22, 24) are arranged with respect to each other such that they are supported in relation to each other at at least one supporting point, such that when the pedal element (14, 18) is deflected counter to the action of the resetting element, an outwardly directed pressure force arises on the bearing sub-elements (22, 24), by means of which the bearing sub-elements (22, 24) are pressed against the bearing shell (32, 34). - wherein the first bearing sub-element is connected to the pedal element (14, 18), - at least one resetting element is provided for acting on the second bearing sub-element, - and wherein the first and second bearing sub-elements (22, 24) are arranged with respect to each other such that they are supported in relation to each other at at least one supporting point, such that when the pedal element (14, 18) is deflected counter to the action of the resetting element, an outwardly directed pressure force arises on the bearing sub-elements (22, 24), by means of which the bearing sub-elements (22, 24) are pressed against the bearing shell (32, 34).
An illumination device of a motor vehicle, including: - a transparent light guide having a coupling region with at least one coupling face for coupling light into the light guide, and having an uncoupling region for uncoupling light from the light guide through at least one uncoupling face of the uncoupling region, wherein the at least one uncoupling region includes a plurality of uncoupling elements (5, 5', 5'') located on an outer side (8; 9) of the light guide, which elements each have at least one uncoupling face, which at in the immediate vicinity of the outer side (8; 9), on which the uncoupling elements (5, 5', 5") are located, is oriented essentially perpendicular to the outer side (8; 9) of the light guide, and - at least one reflecting face, associated with the at least one uncoupling face, for reflecting light in a primary projection direction that, beginning at the at least one reflecting face, is oriented away from the light guide, and the at least one reflecting face reflects the light, uncoupled from the light guide via the at least one uncoupling face, in such a way that the light reflected at the at least one reflecting face does not pass through the light guide, characterized in that the light guide is embodied in barlike form; and that the uncoupling elements (5, 5', 5") are located on three different outer sides (8, 9) of the light guide that abut one another and at least one reflecting face is associated with each of the three uncoupling elements (5, 5', 5'') located on different outer sides (8, 9) of the light guide. - a transparent light guide having a coupling region with at least one coupling face for coupling light into the light guide, and having an uncoupling region for uncoupling light from the light guide through at least one uncoupling face of the uncoupling region, wherein the at least one uncoupling region includes a plurality of uncoupling elements (5, 5', 5'') located on an outer side (8; 9) of the light guide, which elements each have at least one uncoupling face, which at in the immediate vicinity of the outer side (8; 9), on which the uncoupling elements (5, 5', 5") are located, is oriented essentially perpendicular to the outer side (8; 9) of the light guide, and - at least one reflecting face, associated with the at least one uncoupling face, for reflecting light in a primary projection direction that, beginning at the at least one reflecting face, is oriented away from the light guide, and the at least one reflecting face reflects the light, uncoupled from the light guide via the at least one uncoupling face, in such a way that the light reflected at the at least one reflecting face does not pass through the light guide, characterized in that the light guide is embodied in barlike form; and that the uncoupling elements (5, 5', 5") are located on three different outer sides (8, 9) of the light guide that abut one another and at least one reflecting face is associated with each of the three uncoupling elements (5, 5', 5'') located on different outer sides (8, 9) of the light guide.
Air treatment device for a vehicle, especially utility vehicle, the air treatment device comprising: a housing structure having a connecting neck portion, an air treatment cartridge being constructed to be substantially axially symmetric relative to a central axis (cAx) and being connected or connectable to the housing structure, wherein the air treatment cartridge has a coupling neck portion configured to connect or be connected to the connecting neck portion of the housing structure, wherein, when the air treatment cartridge is connected to the housing structure, the coupling neck portion and the connecting neck portion are arranged to be eccentric relative to the central axis (cAx), wherein the housing structure further has a connecting edge portion, and the air treatment cartridge further has a coupling edge portion configured to connect or be connected to the connecting edge portion of the housing structure via bayonet fixing means, characterized in that the connecting edge portion is provided with a threaded hole for receiving a securing screw of the bayonet fixing means, the threaded hole having a customized screw thread profile being different compared to a standardized screw thread profile, wherein, when the air treatment cartridge is connected to the housing structure, the connecting edge portion and the coupling edge portion can be secured with the securing screw of the bayonet fixing means. a housing structure having a connecting neck portion, an air treatment cartridge being constructed to be substantially axially symmetric relative to a central axis (cAx) and being connected or connectable to the housing structure, wherein the air treatment cartridge has a coupling neck portion configured to connect or be connected to the connecting neck portion of the housing structure, wherein, when the air treatment cartridge is connected to the housing structure, the coupling neck portion and the connecting neck portion are arranged to be eccentric relative to the central axis (cAx), wherein the housing structure further has a connecting edge portion, and the air treatment cartridge further has a coupling edge portion configured to connect or be connected to the connecting edge portion of the housing structure via bayonet fixing means, characterized in that the connecting edge portion is provided with a threaded hole for receiving a securing screw of the bayonet fixing means, the threaded hole having a customized screw thread profile being different compared to a standardized screw thread profile, wherein, when the air treatment cartridge is connected to the housing structure, the connecting edge portion and the coupling edge portion can be secured with the securing screw of the bayonet fixing means.