mhurhangee/ep-ind-claims huggingface dataset:
A scene reproduction test method of an autonomous driving system, comprising: obtaining problematic scene data generated during a test on an autonomous driving vehicle equipped with a first autonomous driving system, and determining key obstacle information and non-key obstacle information according to the problematic scene data; generating, according to the non-key obstacle information, a virtual obstacle model, and determining, according to the key obstacle information, a real device used to simulate a key obstacle; wherein the real device is a device that actually exists in a test environment; performing, by utilizing the virtual obstacle model and the real device, a reproduction test on an autonomous driving vehicle equipped with a second autonomous driving system; wherein the second autonomous driving system is a system obtained after the first autonomous driving system is optimized; and the reproduction test is used to perform a reproduction test in a problematic scene represented by the problematic scene data. obtaining problematic scene data generated during a test on an autonomous driving vehicle equipped with a first autonomous driving system, and determining key obstacle information and non-key obstacle information according to the problematic scene data; generating, according to the non-key obstacle information, a virtual obstacle model, and determining, according to the key obstacle information, a real device used to simulate a key obstacle; wherein the real device is a device that actually exists in a test environment; performing, by utilizing the virtual obstacle model and the real device, a reproduction test on an autonomous driving vehicle equipped with a second autonomous driving system; wherein the second autonomous driving system is a system obtained after the first autonomous driving system is optimized; and the reproduction test is used to perform a reproduction test in a problematic scene represented by the problematic scene data.
An aircraft tail (108; 200; 300; 500) assembly, comprising: a fuselage portion (102; 202; 308) having an aft opening (120; 508) with a cargo door; a first (110a; 204; 302a; 402a; 602a) and a second (110b; 302b; 402b; 602b) vertical stabilizer attached to the fuselage portion (102; 202; 308); and a horizontal stabilizer (112; 206; 306) transversely attached to the first (110a; 204; 302a; 402a; 602a) and second (110b; 302b; 402b; 602b) vertical stabilizers; characterised in that the assembly further comprises a first stringer (210a/210b) disposed within the fuselage portion (102; 202; 308); a second stringer (210b/210a) disposed within the fuselage portion (102; 202; 308); a first side member partially disposed within the fuselage and attached to the first stringer (210a/210b) and configured to partially extend within the first vertical stabilizer (110a; 204; 302a; 402a; 602a); and a second side member partially disposed within the fuselage (102; 202; 308) and attached to the second stringer (210b/210a) and configured to partially extend within the second vertical stabilizer (110b; 302b; 402b; 602b). a fuselage portion (102; 202; 308) having an aft opening (120; 508) with a cargo door; a first (110a; 204; 302a; 402a; 602a) and a second (110b; 302b; 402b; 602b) vertical stabilizer attached to the fuselage portion (102; 202; 308); and a horizontal stabilizer (112; 206; 306) transversely attached to the first (110a; 204; 302a; 402a; 602a) and second (110b; 302b; 402b; 602b) vertical stabilizers; characterised in that the assembly further comprises a first stringer (210a/210b) disposed within the fuselage portion (102; 202; 308); a second stringer (210b/210a) disposed within the fuselage portion (102; 202; 308); a first side member partially disposed within the fuselage and attached to the first stringer (210a/210b) and configured to partially extend within the first vertical stabilizer (110a; 204; 302a; 402a; 602a); and a second side member partially disposed within the fuselage (102; 202; 308) and attached to the second stringer (210b/210a) and configured to partially extend within the second vertical stabilizer (110b; 302b; 402b; 602b).
A cathode material for lithium ion accumulators based on lithiated vanadium oxide compounds, represented by the general chemical formula Li x V M O 4, wherein x = 0.1 - 3, and M stands for titanium or aluminum or a mixture thereof having an oxidation state of +3 or +4, characterized in that it exhibits a layered structure on the base of NaCl type structure.
A method of assembling three-dimensional display apparatus, the method comprising: - providing a support unit comprising a projector mounting (56, 57) and a screen mounting surface with a first aperture therethrough, characterised by: - providing a screen unit, the screen unit comprising a diaphragm and an inflatable screen affixed thereto, the diaphragm defining a second aperture in communication with the interior of the inflatable screen; - bringing the screen mounting surface and the diaphragm into contact so as to align the first aperture with the second aperture; and - securing the support unit to the screen unit to thereby create a seal between the support surface and the diaphragm around the first and second apertures, wherein the seal is sufficiently gas tight to enable inflation of the screen. - providing a support unit comprising a projector mounting (56, 57) and a screen mounting surface with a first aperture therethrough, characterised by: - providing a screen unit, the screen unit comprising a diaphragm and an inflatable screen affixed thereto, the diaphragm defining a second aperture in communication with the interior of the inflatable screen; - bringing the screen mounting surface and the diaphragm into contact so as to align the first aperture with the second aperture; and - securing the support unit to the screen unit to thereby create a seal between the support surface and the diaphragm around the first and second apertures, wherein the seal is sufficiently gas tight to enable inflation of the screen.
A compostable diaper comprising a biodegradable topsheet, a biodegradable absorbent core and a biodegradable bottom sheet, wherein the bottom sheet is liquid impervious and wherein the top sheet is configured for transmission of bodily fluids to the absorbent core, wherein the absorbent core comprises a first and a second non-woven layer comprising pulp fibers, and in between thereof a composting-stimulating layer comprising charcoal, wherein the composting-stimulating layer is in the form of a separate sheet or film and wherein the charcoal has an average particle size in the range of 10-50 microns.
A seal comprising an elastomeric seal body with a first planar surface, a second planar surface substantially parallel to the first surface, and a sealing surface adjacent to and substantially perpendicular to the first and second planar surfaces, a plurality of generally planar inserts having planar side faces that are arranged substantially perpendicular to the first and second surfaces, the planar side faces of the generally planar inserts having a length dimension and a width dimension, and wherein the length and width dimensions of the planar side faces are both greater than a thickness dimension of the generally planar inserts; characterised in that: - the plurality of generally planar inserts are arranged in a first arrangement of a plurality of generally planar inserts embedded within the elastomeric seal body adjacent the sealing surface and the first planar surface of the seal body, and a second arrangement of a plurality of generally planar inserts embedded within the elastomeric seal body adjacent the sealing surface and the second planar surface of the seal body, and having elastomeric seal material disposed between the planar side faces of the adjacent generally planar inserts in each of the first and second arrangements; - each of the generally planar inserts in each of the first and second arrangements comprises a first edge, wherein each first edge is exposed at the sealing surface; and - wherein the generally planar inserts in the first arrangement are spaced apart from the generally planar inserts in the second arrangement. - the plurality of generally planar inserts are arranged in a first arrangement of a plurality of generally planar inserts embedded within the elastomeric seal body adjacent the sealing surface and the first planar surface of the seal body, and a second arrangement of a plurality of generally planar inserts embedded within the elastomeric seal body adjacent the sealing surface and the second planar surface of the seal body, and having elastomeric seal material disposed between the planar side faces of the adjacent generally planar inserts in each of the first and second arrangements; - each of the generally planar inserts in each of the first and second arrangements comprises a first edge, wherein each first edge is exposed at the sealing surface; and - wherein the generally planar inserts in the first arrangement are spaced apart from the generally planar inserts in the second arrangement.
A detection device configured to execute a detection process with respect to a sample containing a first component stored in a labeled container, the detection device comprising: a rotation section for rotating the container, an image pickup section for picking up an image of the container in rotation; a background section serving as a background of the image pickup section; and a detection section for detecting color information of the sample, wherein the detection section detects a gap region of the label which is not covered with the label attached to the container from the picked up image, wherein the color information is detected using an image of the first component in the container which has been picked up through the gap region of the label, and wherein the container is disposed between the image pickup section and the background section; characterized in that the detection section identifies, in an image picked up by the image pickup section, a first region of the first component having the label as background, and a second region of the first component having the background section as background; in that the detection section calculates a center of gravity of the gap region which is not covered with the label; and in that color information on the first region of the first component having the label as background is corrected based on information on a distance between the center of gravity of the gap region and a center axis of the container. a rotation section for rotating the container, an image pickup section for picking up an image of the container in rotation; a background section serving as a background of the image pickup section; and a detection section for detecting color information of the sample, wherein the detection section detects a gap region of the label which is not covered with the label attached to the container from the picked up image, wherein the color information is detected using an image of the first component in the container which has been picked up through the gap region of the label, and wherein the container is disposed between the image pickup section and the background section; characterized in that the detection section identifies, in an image picked up by the image pickup section, a first region of the first component having the label as background, and a second region of the first component having the background section as background; in that the detection section calculates a center of gravity of the gap region which is not covered with the label; and in that color information on the first region of the first component having the label as background is corrected based on information on a distance between the center of gravity of the gap region and a center axis of the container.
An obstructive sleep apnea treatment system comprising: a respiratory sensor removably securable to an exterior of a patient's body a transvenously deliverable microstimulator including: an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an external patient support configured to physically support a patient and that houses a power supply, a controller, and a transmission mechanism, wherein the transmission mechanism is configured to wirelessly transmit power and programmed instructions for applying a neurostimulation signal to the microstimulator, wherein the controller is in communication with the respiratory sensor to receive input from the respiratory sensor and wherein the controller is configured to selectively cause the circuitry to generate the neurostimulation signal applied via the microstimulator. a respiratory sensor removably securable to an exterior of a patient's body a transvenously deliverable microstimulator including: an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an external patient support configured to physically support a patient and that houses a power supply, a controller, and a transmission mechanism, wherein the transmission mechanism is configured to wirelessly transmit power and programmed instructions for applying a neurostimulation signal to the microstimulator, wherein the controller is in communication with the respiratory sensor to receive input from the respiratory sensor and wherein the controller is configured to selectively cause the circuitry to generate the neurostimulation signal applied via the microstimulator.
A method to inspect authenticity of a printed matter with a security element, said security element comprising a code that carries primary information and is detectable to the naked eye in visible light falling into the wavelength range of 380 to 750 nm, and, combined therewith, a code (32, 42) that carries secondary information and is undetectable to the naked eye, wherein in the security element applied as a print on a printing substrate the largest dimension in at least one planar direction of the code carrying secondary information is 2 to 40 microns, and wherein the code carrying secondary information is generated by areas of the code carrying primary information not printed upon directly, the method comprising the steps of recording an image of the code carrying the primary information of the security element upon illuminating the printed matter with visible light falling into the wavelength range of 380 to 750 nm; converting the obtained image into a grayscale image and storing the grayscale image; segmenting the grayscale image stored; sorting segments of the segmented grayscale image into a given number of classes based on a preset coding algorithm; assigning a grayscale mean value, as inherent feature that can be statistically analyzed, to each class by subjecting said classes one after the other to statistical analysis; generating a trend from the obtained grayscale mean values changing from class to class; taking a stand on the matter of authenticity of said printed matter based on the shape of said trend.
A frame for holding a plurality of filtration assemblies for microbiological testing, wherein the frame comprises: an array of supports each configured to receive and support one of the filtration assemblies on a common support plane, connection means provided on the periphery of the frame and configured to releasably connect, by a form-locking engagement, a further frame such that the common support planes of the connected frames are contiguous, characterized in that the frame also comprises: - a plurality of filtration assemblies, wherein filtration assemblies include as its elements a membrane support, a drain member attached to the underside of the membrane support, a reservoir attached to the upper side of the membrane support, and a lid attached to a top opening of the reservoir; and - a spacer configured to raise the support plane above a work surface and to define a space on the underside of the frame, wherein the spacer is formed as a peripheral skirt of the frame and the skirt includes one or more opening(s) that provide(s) communication between the outer periphery of the frame and the space defined on the underside of the frame to allow an air flow to the openings of the supports. an array of supports each configured to receive and support one of the filtration assemblies on a common support plane, connection means provided on the periphery of the frame and configured to releasably connect, by a form-locking engagement, a further frame such that the common support planes of the connected frames are contiguous, characterized in that the frame also comprises: - a plurality of filtration assemblies, wherein filtration assemblies include as its elements a membrane support, a drain member attached to the underside of the membrane support, a reservoir attached to the upper side of the membrane support, and a lid attached to a top opening of the reservoir; and - a spacer configured to raise the support plane above a work surface and to define a space on the underside of the frame, wherein the spacer is formed as a peripheral skirt of the frame and the skirt includes one or more opening(s) that provide(s) communication between the outer periphery of the frame and the space defined on the underside of the frame to allow an air flow to the openings of the supports. - a plurality of filtration assemblies, wherein filtration assemblies include as its elements a membrane support, a drain member attached to the underside of the membrane support, a reservoir attached to the upper side of the membrane support, and a lid attached to a top opening of the reservoir; and - a spacer configured to raise the support plane above a work surface and to define a space on the underside of the frame, wherein the spacer is formed as a peripheral skirt of the frame and the skirt includes one or more opening(s) that provide(s) communication between the outer periphery of the frame and the space defined on the underside of the frame to allow an air flow to the openings of the supports.
An apparatus comprising: a semiconductor transistor structure including a source overlap region and a drain overlap region, wherein the source overlap region is selectively biasable to create a first breakdown condition between the source overlap region and a gate of the semiconductor transistor structure, and wherein the drain overlap region is selectively biasable to create a second breakdown condition between the drain overlap region and the gate; a first access transistor coupled to the semiconductor transistor structure; a second access transistor coupled to the semiconductor transistor structure; characterized by: a well line, wherein the well line is electrically coupled to a channel region of the semiconductor transistor structure, a channel region of the first access transistor and to a channel region of the second access transistor via conductive lines, and wherein the channel region of the semiconductor transistor structure is isolated from the access transistors (204, 244) via shallow trench isolation areas (105a, 105b). a semiconductor transistor structure including a source overlap region and a drain overlap region, wherein the source overlap region is selectively biasable to create a first breakdown condition between the source overlap region and a gate of the semiconductor transistor structure, and wherein the drain overlap region is selectively biasable to create a second breakdown condition between the drain overlap region and the gate; a first access transistor coupled to the semiconductor transistor structure; a second access transistor coupled to the semiconductor transistor structure; characterized by: a well line, wherein the well line is electrically coupled to a channel region of the semiconductor transistor structure, a channel region of the first access transistor and to a channel region of the second access transistor via conductive lines, and wherein the channel region of the semiconductor transistor structure is isolated from the access transistors (204, 244) via shallow trench isolation areas (105a, 105b).
A transparent laminated film comprising: a transparent polymer film; and a thin film layer formed on at least one surface of the transparent polymer film by laminating a plurality of thin films, wherein, the thin film layer comprises: a metal oxide thin film formed by a sol-gel method using light energy during sol-gel hardening; and a post-oxidation thin film formed by post-oxidizing a silver alloy thin film and at least one kind of thin film selected from a metal Ti thin film and a partially oxidized titanium oxide thin film, and wherein the post-oxidation thin film formed by post-oxidizing at least one of the metal Ti thin film and the partially oxidized titanium oxide thin film exists adjacent to the post-oxidation thin film formed by post-oxidizing the silver alloy thin film. a transparent polymer film; and a thin film layer formed on at least one surface of the transparent polymer film by laminating a plurality of thin films, wherein, the thin film layer comprises: a metal oxide thin film formed by a sol-gel method using light energy during sol-gel hardening; and a post-oxidation thin film formed by post-oxidizing a silver alloy thin film and at least one kind of thin film selected from a metal Ti thin film and a partially oxidized titanium oxide thin film, and a metal oxide thin film formed by a sol-gel method using light energy during sol-gel hardening; and a post-oxidation thin film formed by post-oxidizing a silver alloy thin film and at least one kind of thin film selected from a metal Ti thin film and a partially oxidized titanium oxide thin film, and wherein the post-oxidation thin film formed by post-oxidizing at least one of the metal Ti thin film and the partially oxidized titanium oxide thin film exists adjacent to the post-oxidation thin film formed by post-oxidizing the silver alloy thin film.
A method for producing a solid oral form of an antibody-based drug, comprising (a) preparing an aqueous-alcoholic dilution of antibodies in an activated form by combining repeated successive dilutions and external action using homeopathic technique, wherein the antibodies are to an endogenous compound; (b) irrigating a neutral carrier with the aqueous-alcoholic dilution of antibodies in a fluidized boiling bed with concurrent drying; (c) mixing with pharmaceutically acceptable additives in pharmaceutically acceptable sequence; and (d) subsequent tablet formation using direct pressing. (a) preparing an aqueous-alcoholic dilution of antibodies in an activated form by combining repeated successive dilutions and external action using homeopathic technique, wherein the antibodies are to an endogenous compound; (b) irrigating a neutral carrier with the aqueous-alcoholic dilution of antibodies in a fluidized boiling bed with concurrent drying; (c) mixing with pharmaceutically acceptable additives in pharmaceutically acceptable sequence; and (d) subsequent tablet formation using direct pressing.