mhurhangee/ep-ind-claims huggingface dataset:
A discharge device for discharging a fluid product, comprising a housing, which delimits a reservoir for the fluid product, with a circumferential sidewall, an open proximal housing end, and a distal housing end with an outlet opening, a piston, which is slidably arranged in the housing along a longitudinal direction in order to discharge the fluid product from the reservoir through the outlet opening, and an advancing element, connected to the piston, wherein a window opening is formed in the sidewall of the housing, wherein the discharge device comprises an insert element that has been inserted into the window opening transversely to the longitudinal direction, thus protruding into the interior of the housing, and wherein the advancing element comprises at least one first locking structure (25a; 25b; 25c; 25d; 25e), and the insert element comprises a second locking structure (32, 33), and wherein the first and the second locking structures are designed in at least one position of the advancing element to enter a detachable locking connection in order to render difficult any sliding of the advancing element in longitudinal direction relative to the housing, characterized in that the advancing element protrudes at the proximal housing end from the housing, and the first locking structure (25a; 25b; 25c; 25d; 25e) and the second locking structure (32, 33) are movable relative to each other in a direction of engagement that extends transversely to the longitudinal direction and transversely to a direction in which the insert element has been inserted into the window opening in order to, together, establish the locking connection.
An isolated immunogenic peptide with a length of between 12 and 50 amino acids of an auto-antigen involved in type 1 diabetes, the peptide comprising: an MHC class II T cell epitope of said auto-antigen; and a C-X -C redox motif, said motif being either adjacent to said epitope, or separated from said epitope by at most 7 amino acids. an MHC class II T cell epitope of said auto-antigen; and a C-X -C redox motif, said motif being either adjacent to said epitope, or separated from said epitope by at most 7 amino acids.
A method for generating one or more images from light received by an imager via a multiplicity of waveguides, the light generated from a light field incident on said multiplicity of waveguides, the method including: receiving a digital image containing a plurality of pixels, the digital image including a plurality of regions, each of said regions corresponding to a waveguide core and including a plurality of pixels; processing the image intensity pattern across each of said regions to determine a light field angular dimension measure for that region; applying the angular dimension measure to one or more of the pixels included in each region and to produce one or more sets of modified image data; using the one or more sets of modified image data to generate one or more images. receiving a digital image containing a plurality of pixels, the digital image including a plurality of regions, each of said regions corresponding to a waveguide core and including a plurality of pixels; processing the image intensity pattern across each of said regions to determine a light field angular dimension measure for that region; applying the angular dimension measure to one or more of the pixels included in each region and to produce one or more sets of modified image data; using the one or more sets of modified image data to generate one or more images.
Polycyclic diiminooxadiazinones of the formula I and/or of the formula II, in which in each case R 1 to R 12 are each independently hydrogen, a saturated or unsaturated, linear or branched, aliphatic or cycloaliphatic organic radical having 1 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, and/or comprises heteroatoms inert to isocyanate groups in the chain, or are an aromatic organic radical having 6 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, wherein two or more of the aforementioned radicals R 1 to R 6 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment Y, and/or two or more of the aforementioned radicals R 7 to R 12 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment X. R 1 to R 12 are each independently hydrogen, a saturated or unsaturated, linear or branched, aliphatic or cycloaliphatic organic radical having 1 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, and/or comprises heteroatoms inert to isocyanate groups in the chain, or are an aromatic organic radical having 6 to 20 carbon atoms, which is unsubstituted or is substituted by radicals inert to isocyanate groups, wherein two or more of the aforementioned radicals R 1 to R 6 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment Y, and/or two or more of the aforementioned radicals R 7 to R 12 may form further rings, in each case with one another and incorporating one, two or three carbon atoms of the fused ring segment X.
A circumferential light guide for an electronic cigarette, comprising: a partial circumferential feature; opposing longitudinally-extending slot walls on either side of the partial circumferential feature, the opposing longitudinally-extending slot walls configured and arranged to receive and direct light into the partial circumferential feature; a circuit board receiving slot between the longitudinally-extending slot walls; and an outer surface including variable surface texture, the variable surface texture configured and arranged to distribute light, entering the partial circumferential feature from the opposing longitudinally-extending slot walls, along the outer surface of the circumferential light guide. a partial circumferential feature; opposing longitudinally-extending slot walls on either side of the partial circumferential feature, the opposing longitudinally-extending slot walls configured and arranged to receive and direct light into the partial circumferential feature; a circuit board receiving slot between the longitudinally-extending slot walls; and an outer surface including variable surface texture, the variable surface texture configured and arranged to distribute light, entering the partial circumferential feature from the opposing longitudinally-extending slot walls, along the outer surface of the circumferential light guide.
A method comprising: receiving, by a computing device and from an application provider, an indication of one or more application elements from a respective plurality of application elements included in a plurality of applications currently installed at the computing device, wherein the one or more application elements are to be reused during installation of an application, wherein the one or more application elements include a first application element that is to be updated from a current version to a different version required by the application, and wherein the first application element is stored at the computing device in a compressed format; downloading (510, 514), by the computing device and from the application provider, a patch to be applied to the first application element and a stripped version of the application that does not include the one or more application elements to be reused during installation of the application; applying, by the computing device, the patch to the first application element to generate a patched first application element; and installing, by the computing device, the application at the computing device using the patched first application element, the stripped version of the application, and the one or more application elements other than the first application element. receiving, by a computing device and from an application provider, an indication of one or more application elements from a respective plurality of application elements included in a plurality of applications currently installed at the computing device, wherein the one or more application elements are to be reused during installation of an application, wherein the one or more application elements include a first application element that is to be updated from a current version to a different version required by the application, and wherein the first application element is stored at the computing device in a compressed format; downloading (510, 514), by the computing device and from the application provider, a patch to be applied to the first application element and a stripped version of the application that does not include the one or more application elements to be reused during installation of the application; applying, by the computing device, the patch to the first application element to generate a patched first application element; and installing, by the computing device, the application at the computing device using the patched first application element, the stripped version of the application, and the one or more application elements other than the first application element.
A trailer braking system including: a supply line for connection to a continuous source of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve, which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve, a shunt valve assembly having a shunt-enabled configuration and a shunt-disabled configuration, further characterised by in the shunt-disabled configuration, the immobiliser is operable to move both to the brake release position, in which the spring brake control valve is operable to cause the flow of pressurised fluid into the spring brake or to vent the spring brake chamber, and to the immobilise position, in which the spring brake control valve is not operable, and in the shunt-enabled configuration, the immobiliser is moved to the brake release position and the spring brake control valve permits pressurised fluid to the spring brake such that the spring brake is moved to the release position. a supply line for connection to a continuous source of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve, which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve, a shunt valve assembly having a shunt-enabled configuration and a shunt-disabled configuration, further characterised by in the shunt-disabled configuration, the immobiliser is operable to move both to the brake release position, in which the spring brake control valve is operable to cause the flow of pressurised fluid into the spring brake or to vent the spring brake chamber, and to the immobilise position, in which the spring brake control valve is not operable, and in the shunt-enabled configuration, the immobiliser is moved to the brake release position and the spring brake control valve permits pressurised fluid to the spring brake such that the spring brake is moved to the release position. in the shunt-disabled configuration, the immobiliser is operable to move both to the brake release position, in which the spring brake control valve is operable to cause the flow of pressurised fluid into the spring brake or to vent the spring brake chamber, and to the immobilise position, in which the spring brake control valve is not operable, and in the shunt-enabled configuration, the immobiliser is moved to the brake release position and the spring brake control valve permits pressurised fluid to the spring brake such that the spring brake is moved to the release position.
A tower for a wind turbine built by means of two or more annular sectors with a polygonal or circumferential cross-section, joined to each other by transverse joints wherein one of said annular sectors can be provided by a metal column shaft and wherein one or more of the remaining annular sectors are obtained by at least two precast concrete wall pieces (2, 3), adjacently arranged, attached by longitudinal joints, characterized in that - each of the mentioned precast concrete wall pieces (2,3) is obtained by prestressing in the factory, precompressing its body in a manufacturing bed by means of at least several stressed cables extending through it, such that a predetermined prestressing is incorporated in the piece from its manufacture and acts as a resistant reinforcement; - each of said precast concrete wall pieces (2,3) is assembled with the adjacent ones or with said metal column shaft or with a tower foundation to form the tower, with an attachment of said precast concrete wall pieces (2,3) established only at an end portion thereof without additional post-tensioning affecting the entire wall piece; - each of said precast concrete wall pieces (2,3) has a wall thickness between 5 and 30 cm with a centered prestressing and a passive steel reinforcement in the perimeter of the section or fiber-reinforced concrete; and - each of said precast concrete wall pieces (2,3) is made with high-strength concrete. - each of the mentioned precast concrete wall pieces (2,3) is obtained by prestressing in the factory, precompressing its body in a manufacturing bed by means of at least several stressed cables extending through it, such that a predetermined prestressing is incorporated in the piece from its manufacture and acts as a resistant reinforcement; - each of said precast concrete wall pieces (2,3) is assembled with the adjacent ones or with said metal column shaft or with a tower foundation to form the tower, with an attachment of said precast concrete wall pieces (2,3) established only at an end portion thereof without additional post-tensioning affecting the entire wall piece; - each of said precast concrete wall pieces (2,3) has a wall thickness between 5 and 30 cm with a centered prestressing and a passive steel reinforcement in the perimeter of the section or fiber-reinforced concrete; and - each of said precast concrete wall pieces (2,3) is made with high-strength concrete.
An aircraft part storage system comprising: an aircraft part; a first storage device coupled to the aircraft part and operable to store and transmit a first set of information about the aircraft part; and a second storage device coupled to the same aircraft part and operable to store and transmit a second set of information about the aircraft part, wherein the second storage device has a larger storage capacity than the first storage device but a shorter transmission range than the first storage device; wherein the first storage device comprises a radio-frequency identification tag, and the second storage device comprises a contact memory button; characterized in that the aircraft part comprises a vibration sensor configured to transmit environmental data to the second storage device for storage. an aircraft part; a first storage device coupled to the aircraft part and operable to store and transmit a first set of information about the aircraft part; and a second storage device coupled to the same aircraft part and operable to store and transmit a second set of information about the aircraft part, wherein the second storage device has a larger storage capacity than the first storage device but a shorter transmission range than the first storage device; wherein the first storage device comprises a radio-frequency identification tag, and the second storage device comprises a contact memory button; characterized in that the aircraft part comprises a vibration sensor configured to transmit environmental data to the second storage device for storage.
A cooling structure of a turbine airfoil which cools a turbine airfoil exposed to hot gas using cooling air of a temperature lower than that of the hot gas, the turbine airfoil comprising an external surface exposed to the hot gas, an internal surface opposite to the external surface and cooled by the cooling air, a plurality of film-cooling holes extending between the internal surface and the external surface and blowing the cooling air from the internal surface toward the external surface to film-cool the external surface, and a plurality of heat-transfer promoting projections integrally formed with the internal surface and protruding inwardly from the internal surface, wherein a hollow cylindrical insert is set inside the internal surface of the turbine airfoil, the cooling air is supplied to an inside of the insert, and the insert has a plurality of impingement holes for impingement-cooling the internal surface, wherein said impingement holes are arranged at a pitch P1 in a flow direction of the hot gas so as to be positioned midway between the film-cooling holes, which are adjacent to each other along the flow direction of the hot gas, wherein said plurality of heat-transfer promoting projections is arranged at a pitch P3 in the flow direction of the hot gas, wherein said plurality of heat-transfer promoting projections is positioned at positions deviated from the impingement holes in the flow direction of the hot gas by at least half of the pitch P3, and wherein said plurality of heat-transfer promoting projections is positioned at a position deviated from the film-cooling holes and the impingement holes in a direction perpendicular to the flow direction of the hot gas, characterized in that the height (h) of said plurality of heat-transfer promoting projections is slightly shorter than a spacing between the internal surface of the turbine airfoil and an external surface of the insert.
A brewing module for preparing a brewed drink from a portion capsule, comprising: • a first brewing module part and a second brewing module part, the second brewing module part being movable relative to said first brewing module part between a first brewing module part position and a second brewing module part position, wherein, in the second brewing module part position, a brewing chamber is formed which during a brewing procedure at least partly surrounds the portion capsule situated in a brewing position, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the portion capsule and to discharge said brewed drink out of the portion capsule; and • an operating element which can be brought manually from a first into a second operating element position, characterised by an energy store which is configured to intermediately store energy which is coupled into the brewing module, by way of moving the operating element from the first into the second position, and to again convert it, activated by a release, into a movement from the first brewing module part position into the second brewing module part position. • a first brewing module part and a second brewing module part, the second brewing module part being movable relative to said first brewing module part between a first brewing module part position and a second brewing module part position, wherein, in the second brewing module part position, a brewing chamber is formed which during a brewing procedure at least partly surrounds the portion capsule situated in a brewing position, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the portion capsule and to discharge said brewed drink out of the portion capsule; and • an operating element which can be brought manually from a first into a second operating element position,
A powered surgical instrument comprising: (a) a handpiece having a distal and proximal end; (b) a housing defining an outer perimeter of the handpiece; (c) an end effector coupled with the handpiece, wherein the end effector is positioned distally relative to the distal end of the handpiece; and (d) an input device associated with the handpiece, wherein the input device comprises; (i) plurality of stationary electrical contacts; (ii) one or more movable electrical contacts; (iii) a biasing feature, wherein: the input device also comprises a translatable button and wherein the input device is configured to: (i) activate the end effector; and (ii) control an energy level provided to the end effector, based on a displacing force being continuously exerted against the biasing feature and upon at least a portion of the input device to displace the at least a portion of the input device from a neutral position in a select one of at least two directions, and wherein the displacement of the translatable button is operable to complete an electrical connection to activate the end effector and control the energy level provided to the end effector based on the amount of displacement of the translatable button. (a) a handpiece having a distal and proximal end; (b) a housing defining an outer perimeter of the handpiece; (c) an end effector coupled with the handpiece, wherein the end effector is positioned distally relative to the distal end of the handpiece; and (d) an input device associated with the handpiece, wherein the input device comprises; (i) plurality of stationary electrical contacts; (ii) one or more movable electrical contacts; (iii) a biasing feature, (i) plurality of stationary electrical contacts; (ii) one or more movable electrical contacts; (iii) a biasing feature, the input device also comprises a translatable button and wherein the input device is configured to: (i) activate the end effector; and (ii) control an energy level provided to the end effector, (i) activate the end effector; and (ii) control an energy level provided to the end effector, based on a displacing force being continuously exerted against the biasing feature and upon at least a portion of the input device to displace the at least a portion of the input device from a neutral position in a select one of at least two directions, and wherein the displacement of the translatable button is operable to complete an electrical connection to activate the end effector and control the energy level provided to the end effector based on the amount of displacement of the translatable button.