mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a pellicle, comprising: forming a pellicle film (102, 202, 302) on a substrate (100, 200, 300); trimming the substrate (100, 200, 300); and removing at least a part of the substrate (100, 200, 300) after trimming the substrate (100, 200, 300), characterised in that the method further comprises removing at least particles attached to a surface of the pellicle film (102, 202, 302) before removing the part of the substrate (100, 200, 300). forming a pellicle film (102, 202, 302) on a substrate (100, 200, 300); trimming the substrate (100, 200, 300); and removing at least a part of the substrate (100, 200, 300) after trimming the substrate (100, 200, 300), characterised in that the method further comprises removing at least particles attached to a surface of the pellicle film (102, 202, 302) before removing the part of the substrate (100, 200, 300).
Method for determining the elasto-plastic behaviour of components, in particular of gas turbine installations, at high temperatures, in which method, first of all, the linear-elastic behaviour is determined and, on the basis of the linear-elastic results, the inelastic behaviour is also taken into account by applying Neuber's rule, characterized in that, to take account of anisotropic properties of the components, as occur in particular through the use of single-crystal materials, a modified anisotropic Neuber's rule of the form σ ̲ * dev ⁢ ε ̲ * σ ̲ * dev = σ ̲ * dev ⁢ E ̲ ̲ - 1 ⁢ σ ̲ * dev = σ ̲ ep dev ⁢ E ̲ ̲ - 1 ⁢ σ ̲ ep dev + σ ̲ ep dev ⋅ ∂ σ v, ep 2 ∂ σ ⋅ α E R ⁢ σ v, ep 2 σ 0 2 n - 1 is used where σ * dev = deviator of the determined linear stress, ε *( σ * dev) = determined linear strain, σ ̲ ep dev = deviator of the estimated inelastic stress, σ v,ep = Hill's elastic-plastic comparative stress, E - 1 = inverse stiffness matrix E R = reference stiffness, σ 0 = reference stress, and α,n = constant. σ * dev = deviator of the determined linear stress, ε *( σ * dev) = determined linear strain, σ ̲ ep dev = deviator of the estimated inelastic stress, σ v,ep = Hill's elastic-plastic comparative stress, E - 1 = inverse stiffness matrix E R = reference stiffness, σ 0 = reference stress, and α,n = constant.
An apparatus comprising: a plurality of physically-discrete keycap rows, wherein each of the physically-discrete keycap rows is hingeably coupled to at least one adjacent one of the physically-discrete keycap rows; a housing; a display disposed on the housing; and a sliding tray coupled to the physically-discrete keycap rows and arranged to slide relative to the housing between a non-deployed state in which the plurality of physically-discrete keycap rows are received within the housing and a deployed state in which the plurality of physically-discrete keycap rows are substantially coplanar to one another and the display. a plurality of physically-discrete keycap rows, wherein each of the physically-discrete keycap rows is hingeably coupled to at least one adjacent one of the physically-discrete keycap rows; a housing; a display disposed on the housing; and a sliding tray coupled to the physically-discrete keycap rows and arranged to slide relative to the housing between a non-deployed state in which the plurality of physically-discrete keycap rows are received within the housing and a deployed state in which the plurality of physically-discrete keycap rows are substantially coplanar to one another and the display.
A film comprising: a first layer comprising a polymeric composition comprising: a propylene/α-olefin interpolymer; an ethylene-based polymer; a block composite comprising: i) a propylene-based crystalline polymer; ii) an ethylene/α-olefin polymer; and iii) a block copolymer comprising a propylene-based crystalline block and an ethylene/α-olefin block; and a second layer comprising an olefin-based polymer. a first layer comprising a polymeric composition comprising: a propylene/α-olefin interpolymer; an ethylene-based polymer; a block composite comprising: i) a propylene-based crystalline polymer; ii) an ethylene/α-olefin polymer; and iii) a block copolymer comprising a propylene-based crystalline block and an ethylene/α-olefin block; and a propylene/α-olefin interpolymer; an ethylene-based polymer; a block composite comprising: i) a propylene-based crystalline polymer; ii) an ethylene/α-olefin polymer; and iii) a block copolymer comprising a propylene-based crystalline block and an ethylene/α-olefin block; and i) a propylene-based crystalline polymer; ii) an ethylene/α-olefin polymer; and iii) a block copolymer comprising a propylene-based crystalline block and an ethylene/α-olefin block; and a second layer comprising an olefin-based polymer.
Tray assembly for balancing weights, comprising a plurality of trays (21 to 24) for holding balancing weights (31 to 34) of different sizes, wherein at least two trays are adapted in their size such that balancing weights contained in the trays have picking elements in the same height, wherein the tray assembly is moveable against a loading section for delivering balancing weights to select a specific tray into which a balancing weight is to be delivered and the trays are arranged on a plane and the movement in relation to the loading section is a linear movement.
Knife holder for a microtome having a blade guard designed in the form of a pivotable bracket, wherein, in a safeguarding position, the blade guard is spaced apart from the cutting edge of the knife, on the side of the knife directed away from the sample, such that access to the cutting edge is not possible, and wherein the knife holder is mounted such that it can be displaced laterally, and fixed, in a guide on a carrier element, in order for use to be made of different regions of the cutting edge during the cutting operation, characterized in that the blade guard is designed to be positioned in three different defined positions (S, V, W), and means (5, 7, 8, 8b, 13, 14, 17, 18) are provided and, depending on the position (S, V, W), achieve the following results: a) in the upper, safeguarding position, the knife holder is simultaneously fixed in position in the guide, b) in the central, knife-holder-displacement position, access to the knife holder is made possible and, at the same time, the positional fixing of the knife holder in the guide is disengaged, c) in the lower, knife-changeover position, free access to the knife holder is made possible, the knife holder being simultaneously fixed in position in the guide, and in that the blade guard and the means are designed such that ergonomic removal of sections is possible only in the safeguarding position, and in that, in the knife-changeover position, the pivoted-forward bracket position of the blade guard makes it difficult to achieve access by hand for removal of sections. a) in the upper, safeguarding position, the knife holder is simultaneously fixed in position in the guide, b) in the central, knife-holder-displacement position, access to the knife holder is made possible and, at the same time, the positional fixing of the knife holder in the guide is disengaged, c) in the lower, knife-changeover position, free access to the knife holder is made possible, the knife holder being simultaneously fixed in position in the guide,
Observation and protection device for protecting at least the eyes against optical radiations and solid or liquid spray, comprising: - at least one screen (20, 22; 62) that is opaque to optical radiations and withstanding solid or liquid spray and which is suitable for preventing the optical radiations and solid or liquid spray from reaching at least the two eyes (4, 6) of a user, and - an acquisition and restoration device (24; 64) for acquiring an image of a scene and restoring the acquired image to the user, wherein the acquisition and restoration device comprises: - at least one image-formation optical device (26, 26a) that is rigidly connected to the screen (20, 22) and associated with an imaging device (28, 28a; 56, 56a) in order to acquire the image of the scene, and - at least one restoration device (30, 30a) for restoring the acquired image to the user, characterised in that the restoration device comprises a device (34, 34a) for projecting an image of the scene into the eye of the user. - at least one screen (20, 22; 62) that is opaque to optical radiations and withstanding solid or liquid spray and which is suitable for preventing the optical radiations and solid or liquid spray from reaching at least the two eyes (4, 6) of a user, and - an acquisition and restoration device (24; 64) for acquiring an image of a scene and restoring the acquired image to the user, - at least one image-formation optical device (26, 26a) that is rigidly connected to the screen (20, 22) and associated with an imaging device (28, 28a; 56, 56a) in order to acquire the image of the scene, and - at least one restoration device (30, 30a) for restoring the acquired image to the user,
A secondary cell comprising: a flat wound group including a flat portion and a curved portion; a cell case; and a case lid for sealing the cell case, wherein the flat wound group comprises an active material mixture applied portion and an insulating sheet insulating the flat wound group and the cell case from each other, and is housed in the cell case, wherein the case lid supports the flat wound group on one end side of the flat wound group, wherein a gap is formed between the curved portion and the cell case; characterized in that the insulating sheet is formed by a plurality of superposed insulating layers including at least an outside wide layer and an inside wide layer on the flat portion, wherein the inside wide layer is formed of a hole constituting a gap between the flat portion and the outside wide layer, and a portion functioning as a holding portion for the flat wound group between the flat portion on the other end side of the flat wound group and the outside wide layer. a flat wound group including a flat portion and a curved portion; a cell case; and a case lid for sealing the cell case, wherein the flat wound group comprises an active material mixture applied portion and an insulating sheet insulating the flat wound group and the cell case from each other, and is housed in the cell case, wherein the case lid supports the flat wound group on one end side of the flat wound group, wherein a gap is formed between the curved portion and the cell case; characterized in that the insulating sheet is formed by a plurality of superposed insulating layers including at least an outside wide layer and an inside wide layer on the flat portion, wherein the inside wide layer is formed of a hole constituting a gap between the flat portion and the outside wide layer, and a portion functioning as a holding portion for the flat wound group between the flat portion on the other end side of the flat wound group and the outside wide layer.
A remote input apparatus for a display apparatus, comprising: at least one touch sensor for sensing a touch input received from a user; communication circuitry configured to communicate with the display apparatus: a driver configured to provide a driving force to drive the input apparatus to move; a storage configured to store a value corresponding to a preset location, the preset location corresponding to a location of a user; and at least one processor configured to move the input apparatus to the preset location by rolling the input apparatus toward the preset location in response to a preset event, wherein the communication circuitry is configured to transmit a corresponding command to the display apparatus based on the sensed touch input of the touch sensor, wherein the touch sensor comprises at least one area (211, 212) configured to receive the touch input along a touch path of the input apparatus with a finger. at least one touch sensor for sensing a touch input received from a user; communication circuitry configured to communicate with the display apparatus: a driver configured to provide a driving force to drive the input apparatus to move; a storage configured to store a value corresponding to a preset location, the preset location corresponding to a location of a user; and at least one processor configured to move the input apparatus to the preset location by rolling the input apparatus toward the preset location in response to a preset event, wherein the communication circuitry is configured to transmit a corresponding command to the display apparatus based on the sensed touch input of the touch sensor, wherein the touch sensor comprises at least one area (211, 212) configured to receive the touch input along a touch path of the input apparatus with a finger.
A computer implemented method for non-invasive biometrical identification of animals, comprising: receiving characteristic data of an individual from at least one biometric sensor; processing the characteristic data to form biometric data identifying minutiae based skin markings of the individual and biometric data identifying physical characteristics of the individual; evaluating the biometric data identifying minutiae based skin markings of the individual and biometric data identifying physical characteristics of the individual to form biometric characteristic data of the individual; comparing the biometric characteristic findings of the individual to characteristic data of predetermined registered individuals; determining whether the individual is registered (210, 216); giving the individual a unique identification, if the individual is not registered; and registering the unique identification in a data storage; wherein the animals are selected from the group consisting of fish and birds; wherein when the animals are fish, the physical characteristics of the individual comprise at least one of body shape (1, 2, 3), eye, snout, mouth, gilds and fin location (14, 15); and wherein when the animals are birds, the identifying minutiae based skin markings of the individual comprise minutiae based feather markings, and the physical characteristics of the individual comprise at least one of body shape, eye, beak, wing and leg location. receiving characteristic data of an individual from at least one biometric sensor; processing the characteristic data to form biometric data identifying minutiae based skin markings of the individual and biometric data identifying physical characteristics of the individual; evaluating the biometric data identifying minutiae based skin markings of the individual and biometric data identifying physical characteristics of the individual to form biometric characteristic data of the individual; comparing the biometric characteristic findings of the individual to characteristic data of predetermined registered individuals; determining whether the individual is registered (210, 216); giving the individual a unique identification, if the individual is not registered; and registering the unique identification in a data storage; wherein the animals are selected from the group consisting of fish and birds; wherein when the animals are fish, the physical characteristics of the individual comprise at least one of body shape (1, 2, 3), eye, snout, mouth, gilds and fin location (14, 15); and wherein when the animals are birds, the identifying minutiae based skin markings of the individual comprise minutiae based feather markings, and the physical characteristics of the individual comprise at least one of body shape, eye, beak, wing and leg location.
A method of managing validity status of at least one associated credential, the method comprising: providing a credential manager that selectively validates associated credentials for at least one device; the at least one device invalidating a corresponding associated credential following the corresponding associated credential being used; and after invalidating the corresponding associated credential, the credential manager automatically re-validating the corresponding associated credential in response to a validating event, wherein validation of the corresponding associated credential includes validation of a primary credential and wherein the corresponding associated credential is deemed invalid when the primary credential is invalid. providing a credential manager that selectively validates associated credentials for at least one device; the at least one device invalidating a corresponding associated credential following the corresponding associated credential being used; and after invalidating the corresponding associated credential, the credential manager automatically re-validating the corresponding associated credential in response to a validating event, wherein validation of the corresponding associated credential includes validation of a primary credential and wherein the corresponding associated credential is deemed invalid when the primary credential is invalid.
Motor-vehicle lighting system including a unit for detecting a target in a road scene of the vehicle and a unit for generating an illumination of all or some of the road scene, said detecting unit being configured to allow information to be acquired allowing a digital model of the target to be generated with a first resolution level allowing its outline to be followed, said unit for generating an illumination being configured to generate an illumination of the target with said first resolution level according to said model, characterized in that the detecting unit is configured to allow information relating to patterns (18, 20) located on the surface of the target, which information is referred to as pattern information, to be acquired with a second resolution level, and the detecting unit is configured so that said pattern information comprises information on the colour of the pattern (18, 20), and said unit for generating an illumination is configured to emit light beams the colour of which is tailored to the colour of the target and/or of the one or more patterns (18, 20), with said resolution level or levels.
A satellite intended to be stationed in a mission orbit around a celestial body, comprising a face called the Earth face intended to be disposed facing the Earth when said satellite is on station, and an opposite anti-Earth face, said satellite defining a satellite frame of reference centered on a center of mass of the satellite and comprising three axes X, Y and Z, the axis Z being intended to be directed toward the Earth when said satellite is on station, said satellite comprising: - propulsion means comprising a first electrical thruster of orientable thrust direction and a second electrical thruster of orientable thrust direction, said propulsion means further comprising an electrical thruster of fixed orientation relative to the satellite, having a thrust line aligned with the axis Z, characterized in that - the thrust line of the electrical thruster of fixed orientation passes through the center of mass of the satellite, in that the satellite comprises: - at least two electrical-thruster power units (25, 26) and an electrically interconnecting network connecting a first electrical-thruster power unit to said first electrical thruster of orientable thrust direction and a second electrical-thruster power unit to said second electrical thruster of orientable thrust direction, and in that said electrically interconnecting network connects each of said first electrical-thruster power unit and said second electrical-thruster power unit to said electrical thruster of fixed orientation so that each of said power units (25, 26) is able to supply power either to the associated electrical thruster (22, 21) of orientable thrust direction or to said electrical thruster of fixed orientation. - propulsion means comprising a first electrical thruster of orientable thrust direction and a second electrical thruster of orientable thrust direction, - the thrust line of the electrical thruster of fixed orientation passes through the center of mass of the satellite, in that the satellite comprises: - at least two electrical-thruster power units (25, 26) and an electrically interconnecting network connecting a first electrical-thruster power unit to said first electrical thruster of orientable thrust direction and a second electrical-thruster power unit to said second electrical thruster of orientable thrust direction, - at least two electrical-thruster power units (25, 26) and an electrically interconnecting network connecting a first electrical-thruster power unit to said first electrical thruster of orientable thrust direction and a second electrical-thruster power unit to said second electrical thruster of orientable thrust direction,
Product distribution machine for movement over the ground comprising a tank (12, 14) adapted to hold a product to be distributed, a meter for controlling discharge of product from the tank (12, 14), a plurality of product flow passages (38, 58) through which product flows downstream of the meter, and a plurality of mass flow sensors (70, 120) adapted to measure product flow rate through the product flow passages (38, 58), each sensor (70, 120) generating an output signal indicative of the flow rate of product past the sensor (70, 120), a variable speed meter drive and a controller to control the speed of the meter drive, characterized in that the controller is adapted to change the meter drive speed during a meter calibration process from a first meter speed to a second meter speed, wherein at the second meter speed the accuracy of at least one of the sensors (70, 120) is greater than at the first meter speed, so that during the calibration process the speed of the meter is varied from a nominal speed setting to change the flow rate of the product to a rate at which the accuracy of the mass flow sensor is increased.
A pressure valve for an electrolytic capacitor, the pressure valve being provided to a sealing member which seals a case accommodating a capacitor element in the electrolytic capacitor, the pressure valve being configured to release gas generated in the case, characterized in that the pressure valve comprises an actuation portion including a thin portion and a thick portion which is provided in an outer region of the thin portion and has a thickness greater than that of the thin portion, wherein: in the actuation portion, at least the thin portion is made of gas-permeable material; and when viewed from a direction of a thickness of the actuation portion, an outer edge of the thin portion is shaped to include a plurality of first arcs each protruding toward an inside of the thin portion. in the actuation portion, at least the thin portion is made of gas-permeable material; and when viewed from a direction of a thickness of the actuation portion, an outer edge of the thin portion is shaped to include a plurality of first arcs each protruding toward an inside of the thin portion.