mhurhangee/ep-ind-claims huggingface dataset:
A method for camera-based user authentication for content on a device, the method comprising: detecting a selection of an album folder, wherein the album folder includes a protected picture; in response to the detected selection of the album folder, capturing an image of a user without the user being aware of the capturing; determining whether the user is an authorized user based on the captured image; displaying the protected picture or a representation of the protected picture on a screen of the device if the user is determined to be the authorized user; and prohibiting display of the protected picture and displaying an unprotected picture included in the album folder if the user is determined to be an unauthorized user without the user being aware of an existence of the protected picture. detecting a selection of an album folder, wherein the album folder includes a protected picture; in response to the detected selection of the album folder, capturing an image of a user without the user being aware of the capturing; determining whether the user is an authorized user based on the captured image; displaying the protected picture or a representation of the protected picture on a screen of the device if the user is determined to be the authorized user; and prohibiting display of the protected picture and displaying an unprotected picture included in the album folder if the user is determined to be an unauthorized user without the user being aware of an existence of the protected picture.
A method of use and renovation for using and renovating a first brake disk, the first disk having an initial thickness at the beginning of a first life and being of the rotor type or of the stator type, the method comprising the steps of using the first disk during a first life in a first stack of brake disks and using the first disk during two other lives while compensating for a reduction in the thickness of the first disk after each life in application of the following provisions: • after the first life, surfacing the first disk and associating the first disk with a second disk in a second stack of brake disks, the second disk having thickness lying in the range 60% to 140% of the initial thickness and being a disk of type different from the first disk; • after a second life at the end of which the first disk has thickness lying in the range 50% of the initial thickness to 50% of the thickness of the first disk at the end of its first life, surfacing the first disk and assembling it with a complementary portion of substantially the same thickness in order to form a complemented disk that is used in a third stack of brake disks and that is of the same type as the first disk; • after a third life, discarding the first disk. • after the first life, surfacing the first disk and associating the first disk with a second disk in a second stack of brake disks, the second disk having thickness lying in the range 60% to 140% of the initial thickness and being a disk of type different from the first disk; • after a second life at the end of which the first disk has thickness lying in the range 50% of the initial thickness to 50% of the thickness of the first disk at the end of its first life, surfacing the first disk and assembling it with a complementary portion of substantially the same thickness in order to form a complemented disk that is used in a third stack of brake disks and that is of the same type as the first disk; • after a third life, discarding the first disk.
Method for making a stator of an electric machine, the stator comprising a stator core, the stator core comprising a main body and a plurality of slots which are axially extended inside the main body and are adapted to receive bar conductors (5,5',5'') of a bar stator winding, the method comprising the steps of: - inserting at least one preshaped insulating sheet inside at least one respective slot of said plurality of slots; - hot shaping the preshaped insulating sheet inside the respective slot, along the entire axial extension of the slot or along a substantial portion thereof, in order to confer form regularity and stability to said preshaped insulating sheet. - inserting at least one preshaped insulating sheet inside at least one respective slot of said plurality of slots; - hot shaping the preshaped insulating sheet inside the respective slot, along the entire axial extension of the slot or along a substantial portion thereof, in order to confer form regularity and stability to said preshaped insulating sheet.
A reinforced copolymer comprising: a copolymer having soft segments and hard segments; a coupling agent covalently coupled to the soft segments; and an inorganic component coupled to the soft segments of the copolymer to form the reinforced copolymer. a copolymer having soft segments and hard segments; a coupling agent covalently coupled to the soft segments; and an inorganic component coupled to the soft segments of the copolymer to form the reinforced copolymer.
An assembly for selectively regulating journal bearing lubrication between at least first and second levels in an engine comprising: a pump for pressurizing aircraft engine fuel; a journal bearing for rotatably supporting at least a part of the pump; a selector valve configured to selectively supply lubrication flow to the journal bearing; and a relief valve configured to receive a signal from the selector valve defining a pressure level at which the relief valve should relieve pressure. a pump for pressurizing aircraft engine fuel; a journal bearing for rotatably supporting at least a part of the pump; a selector valve configured to selectively supply lubrication flow to the journal bearing; and a relief valve configured to receive a signal from the selector valve defining a pressure level at which the relief valve should relieve pressure.
A piece of chain for use in a metal-constructed chain, such as a power transmission, conveyor chain and/or the like, the chain being composed of pieces of chain made up of lengthwise parallel side plates and connectible successively to each other by link pins at pivot points (4, 5) included in linking portions present at what are the opposite ends in its longitudinal direction (s), whereby the first pivot point established by the linking portions of the side plates of pieces of chain is a protrusion structure, and the second pivot point is a yoke structure external with respect to the protrusion structure when viewed in a transverse direction (p), each pivot point (4, 5) having a hole for constructing a continuous chain by placing the protrusion structure of a preceding piece of chain into engagement with the yoke structure of a following piece of chain with a lap joint and by placing a link pin in the hole, and the chain being intended to be operated by a drive assembly which includes at least one sprocket such as a drive, deflection pulley or the like, whereby in association with a bearing surface, present in a midsection of the chain-constructing piece of chain, is provided a notch substantially transverse (p) relative to the chain traveling direction and consisting of a recess comprising a leading edge and a trailing edge, and being, when the chain is being driven, in cooperation with substantially transverse (p) mating surfaces included in the sprocket consistently with the successive notches of the chain, and wherein the piece of chain includes a supplementary arrangement (x) for improving wear resistance of a chain drive, implemented with a chain composed of the pieces of chain, by reducing friction and/or surface pressure between the piece of chain and mating surfaces of the sprocket by means of an expanded contact surface, included at the notch and expanded in a direction (p) substantially perpendicular to the chain piece, wherein the piece of chain comprises sheet metal-constructed side plates that make up an integral construction by way of a back member connecting the same on a side opposite to the bearing surface of the piece of chain and/or by way of an edge member connecting the linking portions of one end thereof, and characterized in that the supplementary arrangement (x) is arranged in association with its opposite side plates by means of an expanded contact surface (x'), included in the opposite side plates at the notch and expanded in a direction (p) substantially perpendicular to the side plates, and/or by means of one or more rotatable rollers (x1,x2) present in association with a leading edge of the notch in the piece of chain and/or in association with the piece of chain's bearing surface, wherein the one or more rollers (x1,x2) are substantially equal in width to an interval transverse (p) between the piece of chain's side plates, rotatable (w) around the longitudinal axes thereof, and extending to engagement with the top edge of a substantially respective part of the side plates.
A method for preparing a hybridoma cell, which comprises the following steps: transplanting breast cancer cells into breast, mammary gland, bone, lung or lymph node of a laboratory animal, wherein the breast cancer cells are at least one selected from the group consisting of MCF7-14, MDA-MB231, MDA-MB361 and MDA-MB435; keeping the animal for 10 weeks or longer to engraft the breast cancer cells in the laboratory animal; and collecting antibody-producing cells from the immunized laboratory animal to fuse them with myeloma cells, thereby preparing a hybridoma cell. transplanting breast cancer cells into breast, mammary gland, bone, lung or lymph node of a laboratory animal, wherein the breast cancer cells are at least one selected from the group consisting of MCF7-14, MDA-MB231, MDA-MB361 and MDA-MB435; keeping the animal for 10 weeks or longer to engraft the breast cancer cells in the laboratory animal; and collecting antibody-producing cells from the immunized laboratory animal to fuse them with myeloma cells,
Set of construction profile (2, 3, 35) and mounting element (14, 44) for forming a frame construction, in particular a platform, a stage and/or a grandstand, wherein the construction profile (2, 3, 35) has two profile elements (9, 10, 32, 33, 36) and a connecting section (15, 34) connecting the profile elements (9, 10, 32, 33, 36), wherein the profile elements (9, 10, 32, 33, 36) are arranged on opposite sides of the connecting section (15, 34), wherein the connecting section (15, 34) has a groove base and the profile elements (9, 10, 32, 33, 36) form mutually opposite groove flanks of at least one mounting groove extending along the structural profile (2, 3, 35), wherein the opening of the mounting groove is arranged between the profile elements, wherein the mounting groove, as seen from the opening, associated to the profile elements (9, 10, 32, 33, 36), has at least one undercut extending along the structural profile (2, 3, 35) for engaging a retaining section of a mounting element (14, 44) inserted into the mounting groove, wherein the at least one mounting element (14, 44), which is at least partially received in a mounting groove, engages behind the at least one undercut, characterized in that the flanks of the at least one mounting groove have two opposing, mutually facing, flat and parallel mounting surfaces for force-fit abutment of the mounting element (14, 44) at least partially received in the mounting groove, wherein the undercuts of the at least one mounting groove are formed by two retaining grooves provided between the groove base and the mounting surfaces, wherein the mounting surfaces of the mounting groove are arranged between the undercuts and the opening and wherein the undercuts respectively have a retaining surface inclined away from the opening of the mounting groove for retaining the mounting element (14, 44), wherein at least one profile element (9, 10, 32, 33, 36) adjacent to the connecting portion comprises at least one hollow profile element with an at least substantially closed cross-section. the flanks of the at least one mounting groove have two opposing, mutually facing, flat and parallel mounting surfaces for force-fit abutment of the mounting element (14, 44) at least partially received in the mounting groove, wherein the undercuts of the at least one mounting groove are formed by two retaining grooves provided between the groove base and the mounting surfaces, wherein the mounting surfaces of the mounting groove are arranged between the undercuts and the opening and wherein the undercuts respectively have a retaining surface inclined away from the opening of the mounting groove for retaining the mounting element (14, 44), wherein at least one profile element (9, 10, 32, 33, 36) adjacent to the connecting portion comprises at least one hollow profile element with an at least substantially closed cross-section.
A wind energy conversion apparatus comprising: - a supporting structure; - a horizontal shaft having a first and a second end, which is rotatably journalled in said supporting structure, - as well as at least one strip-shaped rotor blade having a first end and a second end, which rotor blade is mounted on said shaft with both ends with an angular displacement, the rotor blade in use assuming a chain line form, characterized in that - the rotor blade is provided with additional wind capturing means comprising a widened portion, said widened portion being asymmetrically positioned along a mid section of the rotor blade. - a supporting structure; - a horizontal shaft having a first and a second end, which is rotatably journalled in said supporting structure, - as well as at least one strip-shaped rotor blade having a first end and a second end, which rotor blade is mounted on said shaft with both ends with an angular displacement, the rotor blade in use assuming a chain line form, - the rotor blade is provided with additional wind capturing means comprising a widened portion, said widened portion being asymmetrically positioned along a mid section of the rotor blade.
Method for combustion of gaseous or liquid fuel in a combustion chamber with a hydraulic diameter D, whereby the fuel as well as the primary oxidant are introduced via a burner lance into the combustion chamber, whereby fuel and primary oxidant have a certain mean velocity u 1 at the entry from the burner lance into the combustion chamber, whereby the mean velocity u 1 is defined as u 1 = ∑ i = 1 n ν i 2 ⋅ ρ i ⋅ A i m ̇ ges, whereby v i is the velocity of each separate fluid in the burner lance, ρ i is the density of each separate fluid in the burner lance, A i is the cross-section for the flow of each separate fluid in the burner lance at the entry of the burner lance into the combustion chamber and ṁ ges is the overall mass flow in the burner lance and whereby a secondary oxidant with a mean velocity of u 2 is introduced via a downcomer into the combustion chamber, wherein the burner lance is arranged in a position p measured from the tip of the burner lance such that position p has a distance | d 1 | defined as the smallest distance between p and a combustion chamber centerline a, that the burner lance is arranged such that the distance from position p to an intersection point i of a downcomer centerline and an intersection area S of combustion chamber and downcomer is smaller than the distance | d c | from the intersection of the combustion chamber centerline a and the shortest connection between p and the combustion chamber centerline a to the intersection point i of the downcomer centerline c and the intersection area S of combustion chamber and downcomer, characterized in that the value of | d 1 | is defined as d 1 = 1 − d ⋅ u 1 u 2 1 4 ⋅ D 2 and that d is in the range of 0.05 to 0.15. the burner lance is arranged in a position p measured from the tip of the burner lance such that position p has a distance | d 1 | defined as the smallest distance between p and a combustion chamber centerline a, that the burner lance is arranged such that the distance from position p to an intersection point i of a downcomer centerline and an intersection area S of combustion chamber and downcomer is smaller than the distance | d c | from the intersection of the combustion chamber centerline a and the shortest connection between p and the combustion chamber centerline a to the intersection point i of the downcomer centerline c and the intersection area S of combustion chamber and downcomer, characterized in that the value of | d 1 | is defined as d 1 = 1 − d ⋅ u 1 u 2 1 4 ⋅ D 2 and that d is in the range of 0.05 to 0.15.
Round baler, comprising a drive axle, a bale pressing chamber, in which a round bale can be produced, and an unloading device for unloading the round bale, said unloading device adjoining the bale pressing chamber along a longitudinal axis of the round baler, wherein the unloading device can be used to unload the fully pressed round bale from the bale pressing chamber onto the ground, the unloading device comprising a first supporting arm for unloading the round bale and a second supporting arm for unloading the round bale, and an actuator, wherein the first and second supporting arms (60, 62) are mounted displaceably on the round baler, and the first and second supporting arms (60, 62) are displaceable by means of the actuator in accordance with an unloading direction of the round bale, and the first and second supporting arms (60, 62) are movable between a first unloading position, in which the first and second supporting arms (60, 62) are oriented along a longitudinal axis of the round baler, and a second unloading position, in which the first and second supporting arms (60, 62) are displaced in a first direction along a transverse axis, and a third unloading position, in which the first and second supporting arms (60, 62) are displaced in a second direction which is opposite to the first direction, wherein the first supporting arm is mounted pivotably on the round baler about a first bearing axis and the second supporting arm is mounted pivotably on the round baler about a second bearing axis, characterized in that the first and second supporting arms (60, 62) are adjustable by means of the actuator, such that the first and second supporting arms (60, 62) are in the first unloading position, and, in the first unloading position, the first and second supporting arms (60, 62) are only pivotable about the transverse axis when the round bale is unloaded in the direction of the longitudinal axis, in that the actuator moves the first and second supporting arms (60, 62) into the second unloading position, and, in the second unloading position, the first supporting arm is adjustable by means of the actuator during the unloading operation, such that the first supporting arm can execute an independent rotational movement about the transverse axis and/or the first bearing axis while the second supporting arm can be held in the second unloading position by means of the actuator when the round bale is unloaded in the second direction, in that the actuator moves the first and second supporting arms (60, 62) into the third unloading position and, in the third unloading position, the second supporting arm is adjustable by means of the actuator during the unloading operation, such that the second supporting arm can execute an independent rotational movement about the transverse axis and/or the second bearing axis, while the first supporting arm can be held in the third unloading position by means of the actuator when the round bale is unloaded in the first direction.
Use of at least one compound according to formula I in the form of any one of its stereoisomers or a mixture thereof wherein is indicating a single bond or a double bond, and the compound has overall one carbon-carbon double bond or no carbon-carbon double bond at all, as flavor or fragrance ingredient. is indicating a single bond or a double bond, and the compound has overall one carbon-carbon double bond or no carbon-carbon double bond at all, as flavor or fragrance ingredient.
Height-adjustable frame part for a piece of furniture, in particular a height-adjustable table leg, comprising - at least two rectangular telescopic elements (36, 38) which can slide axially one inside the other in a telescopic manner, and - a height-adjustment mechanism in the telescopic elements (36, 38), wherein the height-adjustment mechanism comprises a threaded rod which extends in the telescopic elements, wherein the threaded rod is guided in a thread of a threaded element in a lower one of the telescopic elements (36, 38), a lower end of the threaded rod is free and an upper end of the threaded rod is mounted in a bearing in a receiving element in an upper one of the telescopic elements (36, 38) in such a way that it can rotate about the longitudinal axis of said rod so as to project upwards out of the receiving element, characterized in that the receiving element is held in the upper telescopic element in a form-fitting manner. - at least two rectangular telescopic elements (36, 38) which can slide axially one inside the other in a telescopic manner, and - a height-adjustment mechanism in the telescopic elements (36, 38), wherein the height-adjustment mechanism comprises a threaded rod which extends in the telescopic elements, wherein the threaded rod is guided in a thread of a threaded element in a lower one of the telescopic elements (36, 38), a lower end of the threaded rod is free and an upper end of the threaded rod is mounted in a bearing in a receiving element in an upper one of the telescopic elements (36, 38) in such a way that it can rotate about the longitudinal axis of said rod so as to project upwards out of the receiving element,
A polymer bushing providing a conductor bar which is centrally arranged and has a conductor insertion hole at a lower end part, a rigid insulator which is provided at the outer circumference of said conductor bar and has a receiving port for a cable termination at a lower end part, a polymer covering which is provided at the outer circumference of said insulator and in which a number of shades are formed separately along the longer direction at the outer circumference, a cylindrical shielding metal fitting concentrically embedded together with said conductor bar at a lower end part of said polymer covering, and an electric-field stress-control layer provided at the interface between said insulator and said polymer covering and formed by a ZnO layer or a high permittivity layer, characterized by: a large diameter part provided in the neighborhood of the shielding metal fitting where the electric field concentrates, that is, at the upper part than said conductor insertion hole in the neighborhood of the lower end part of said insulator at a position corresponding to the lower end part of said polymer covering, and comprising a tapered part whose diameter expands gently from the high-voltage side toward the low-voltage side provided in the outer surface of said large diameter part, said electric-field stress-control layer being contacting electrically to said shielding metal fitting at the interface between said large diameter part and said polymer covering. a large diameter part provided in the neighborhood of the shielding metal fitting where the electric field concentrates, that is, at the upper part than said conductor insertion hole in the neighborhood of the lower end part of said insulator at a position corresponding to the lower end part of said polymer covering, and comprising a tapered part whose diameter expands gently from the high-voltage side toward the low-voltage side provided in the outer surface of said large diameter part, said electric-field stress-control layer being contacting electrically to said shielding metal fitting at the interface between said large diameter part and said polymer covering.