mhurhangee/ep-ind-claims huggingface dataset:
A nitride semiconductor structure comprising: a buffer layer consisting of a hexagonal boron nitride (h-BN) thin film on a sapphire substrate and a wurtzite-structure Al x Gal 1-x N thin film on the hexagonal boron nitride thin film; and a single-crystal wurtzite-structure nitride semiconductor thin film of GaN on the wurtzite-structure Al x Ga 1-x N thin film, wherein the wurtzite-structure Al x Ga 1-x N thin film has 0.16≤x≤0.2 with a thickness of equal to or more than 0.1 μm, or the wurtzite-structure Al x Ga 1-x N thin film is a graded layer with x decreasing from 0.1 to 0 in the direction from the hexagonal boron nitride thin film to the single-crystal wurtzite-structure nitride semiconductor thin film. a buffer layer consisting of a hexagonal boron nitride (h-BN) thin film on a sapphire substrate and a wurtzite-structure Al x Gal 1-x N thin film on the hexagonal boron nitride thin film; and a single-crystal wurtzite-structure nitride semiconductor thin film of GaN on the wurtzite-structure Al x Ga 1-x N thin film, wherein the wurtzite-structure Al x Ga 1-x N thin film has 0.16≤x≤0.2 with a thickness of equal to or more than 0.1 μm, or the wurtzite-structure Al x Ga 1-x N thin film is a graded layer with x decreasing from 0.1 to 0 in the direction from the hexagonal boron nitride thin film to the single-crystal wurtzite-structure nitride semiconductor thin film.
A method for manufacturing a composite structure in which a first member and a structure material as a second member are integrated, the method comprising: an arrangement step of arranging a structure precursor, in the form of a mat comprising reinforced fibers impregnated with a resin, in a mold made of the first member; a heating step of heating the structure precursor to a temperature equal to or higher than a temperature at which a storage elastic modulus (G') of the structure precursor, as measured using the method of the description, is less than 1.2 × 10 8 Pa; a shaping step of expanding the structure precursor by heating to form a structure material as a second member, and bringing the structure material into close contact with the first member to obtain a composite structure; and a cooling step of cooling the composite structure, the first member having a bending modulus, as measured using the method of the description, of 5 GPa or more at a temperature of the heating step, the structure material as the second member comprising a resin, reinforced fibers and voids. an arrangement step of arranging a structure precursor, in the form of a mat comprising reinforced fibers impregnated with a resin, in a mold made of the first member; a heating step of heating the structure precursor to a temperature equal to or higher than a temperature at which a storage elastic modulus (G') of the structure precursor, as measured using the method of the description, is less than 1.2 × 10 8 Pa; a shaping step of expanding the structure precursor by heating to form a structure material as a second member, and bringing the structure material into close contact with the first member to obtain a composite structure; and a cooling step of cooling the composite structure, the first member having a bending modulus, as measured using the method of the description, of 5 GPa or more at a temperature of the heating step, the structure material as the second member comprising a resin, reinforced fibers and voids.
A robot cleaner comprising: a main body; a wheel configured to move the main body; a wheel motor configured to provide the wheel with drive power; a first sensor configured to sense a load applied to the wheel; a brush module configured to scatter dust; a suction module configured to suction the dust; and characterised by a controller configured to control a suction force of the suction module based on the load applied to the wheel, wherein the controller is configured to increase the suction force of the suction module in response to the increase of the load applied to the wheel due to the robot cleaner entering a soft floor from a hard floor. a main body; a wheel configured to move the main body; a wheel motor configured to provide the wheel with drive power; a first sensor configured to sense a load applied to the wheel; a brush module configured to scatter dust; a suction module configured to suction the dust; and characterised by a controller configured to control a suction force of the suction module based on the load applied to the wheel, wherein the controller is configured to increase the suction force of the suction module in response to the increase of the load applied to the wheel due to the robot cleaner entering a soft floor from a hard floor.
A method, performed in an apparatus, for updating a background model used for background subtraction of an image, comprising: receiving an image forming part of an image sequence, classifying a region of the image as foreground by performing background subtraction using a background model which comprises a collection of background samples (248a, 248b, 248c, 248d) for each pixel in the image, wherein the collection of background samples is arranged in a list of background images (242a, 242b, 242c, 242d) such that each pixel of the image has a background sample in each of the background images at a pixel position which corresponds to that in the image, and wherein the background images comprise background samples of images preceding the received image in the image sequence, characterized by replacing image contents in the region of the image which is classified as foreground by image contents of a corresponding region in a background image in the list, and adding the image to the list of background images by rearranging a collection of pointers (244a, 244b, 244c, 244d) which each points to one of the background images in the list, such that one of the pointers instead points to the image. receiving an image forming part of an image sequence, classifying a region of the image as foreground by performing background subtraction using a background model which comprises a collection of background samples (248a, 248b, 248c, 248d) for each pixel in the image, wherein the collection of background samples is arranged in a list of background images (242a, 242b, 242c, 242d) such that each pixel of the image has a background sample in each of the background images at a pixel position which corresponds to that in the image, and wherein the background images comprise background samples of images preceding the received image in the image sequence, characterized by replacing image contents in the region of the image which is classified as foreground by image contents of a corresponding region in a background image in the list, and adding the image to the list of background images by rearranging a collection of pointers (244a, 244b, 244c, 244d) which each points to one of the background images in the list, such that one of the pointers instead points to the image.
An air conditioning system comprising a single compressor and a plurality of heat exchanger modules, each heat exchanger module being equipped with an oil/gas separator configured to receive an oil/gas mixture from the compressor and to feed separated gas to the respective heat exchanger module; each oil/gas separator comprising a duct having an inlet for receiving the oil/gas mixture, the duct having an inner surface providing a bend or series of bends extending at least partially in a horizontal direction, the duct providing at least partial separation of the oil/gas mixture, in use, by both gravitational and centrifugal oil collection onto the inner surface, and the duct being arranged to deliver gas and collected oil into a centrifuging cylinder providing an internal impingement surface, an upper gas outlet, and a lower oil outlet, the cylinder having an internal diameter of less than 180 mm; the air conditioning system further comprising a gas/oil manifold, wherein the gas/oil manifold communicates with the duct of each separator. each heat exchanger module being equipped with an oil/gas separator configured to receive an oil/gas mixture from the compressor and to feed separated gas to the respective heat exchanger module; each oil/gas separator comprising a duct having an inlet for receiving the oil/gas mixture, the duct having an inner surface providing a bend or series of bends extending at least partially in a horizontal direction, the duct providing at least partial separation of the oil/gas mixture, in use, by both gravitational and centrifugal oil collection onto the inner surface, and the duct being arranged to deliver gas and collected oil into a centrifuging cylinder providing an internal impingement surface, an upper gas outlet, and a lower oil outlet, the cylinder having an internal diameter of less than 180 mm; the air conditioning system further comprising a gas/oil manifold, wherein the gas/oil manifold communicates with the duct of each separator.
A terminal apparatus comprising: wireless circuitry configured to: communicate with a base station apparatus by carrier aggregation using a plurality of cells, wherein a carrier frequency of a cell of the plurality of cells is different from a carrier frequency of another cell of the plurality of cells, and receive, from the base station apparatus, a measurement configuration which includes a reporting configuration, a measurement object and a measurement identifier which links the measurement object to the reporting configuration, wherein the measurement object indicates a carrier frequency corresponding to a measurement; and radio resource control circuitry configured to perform the measurement, wherein in a case where an entry condition of an event corresponding to an event identifier of the reporting configuration is satisfied, the wireless circuitry is configured to transmit, to the base station apparatus, a measurement report which includes measurement results of all of the plurality of cells used for communication, via carrier aggregation. communicate with a base station apparatus by carrier aggregation using a plurality of cells, wherein a carrier frequency of a cell of the plurality of cells is different from a carrier frequency of another cell of the plurality of cells, and receive, from the base station apparatus, a measurement configuration which includes a reporting configuration, a measurement object and a measurement identifier which links the measurement object to the reporting configuration, wherein the measurement object indicates a carrier frequency corresponding to a measurement; and radio resource control circuitry configured to perform the measurement, wherein in a case where an entry condition of an event corresponding to an event identifier of the reporting configuration is satisfied, the wireless circuitry is configured to transmit, to the base station apparatus, a measurement report which includes measurement results of all of the plurality of cells used for communication, via carrier aggregation.
Device for determining the elongation characteristics of a specimen in two elongation axes (2, 3) which are perpendicular to each other with a tension testing machine having a stationary member and a member movable along a tensile axis, and four specimen holders (4, 5, 6, 7), two (4, 6; 5, 7) of which engage with the specimen in the first and the second elongation axis (2, 3), respectively, a guide frame on which the specimen holders (4, 6; 5, 7) are guided along the first and the second elongation axis (2, 3), respectively, a tension frame comprising two frame parts (19, 20) which are movable along the tensile axis and with which the stationary member and the movable member of the tension testing machine engage, respectively, and each of which has two first guides (31, 32 and 33, 34) on which the two adjacent specimen holders (6, 7; 4, 5) are guided transversely to the elongation axis (2, 3) and the axes (39, 40; 41, 42) of which intersect on the tensile axis, and a centring gear mechanism by means of which the two frame parts (19, 20) are movable in such a way that the centre of the guide frame is positioned in the centre between the two points of intersection (35, 36) of the axes (39, 40; 41, 42) of the first guides (31, 32; 33, 34), wherein each specimen holder (4, 5, 6, 7) is movably guided on the guide frame by means of a connecting element (11, 12, 13, 14) extending along the respective elongation axis (2, 3) of the specimen, and wherein on the side of the guide frame facing away from the specimen, a first slide (31a, 32a, 33a, 34a) is respectively provided by means of which the connecting element (11, 12, 13, 14) is movably guided along the respective first guide (31, 32, 33, 34) of the tension frame, and wherein on both sides of the tensile axis, a second guide (28, 29) is provided between the two frame parts in order that the two frame parts (19, 20) of the tension frame are movable relative to each other, characterized in that on both sides of the tensile axis, the centring gear mechanism has two levers (43, 44 and 45, 46) which are pivotally hinged to the frame part (19 and 20) of the tension frame on the one side and to one of second slides (55, 56) on the other side, and that the second slides (55, 56) are movably guided on a third guide (57, 58), wherein the two third guides (57, 58) extend along an axis extending perpendicularly to the tensile axis and intersecting the centre of the guide frame.
An apparatus for cleaning cannulated surgical tools by circulating fluid around and through the tools, said apparatus comprising: a. a hollow body having a first end a second end, and lavage fluid holes; b. a brush adaptor, said brush adaptor being configured to removably receive and support hollow body and receive a disk brush; c. an inlet adaptor, said inlet adaptor being configured to removably receive and support said second end of said hollow body and having a lavage fluid tube hub (84, 90) in fluid communication with a fluid source; characterized in that: - the inlet adaptor has drain openings in fluid communication with a drain channel for removing lavage fluid; - the lavage fluid holes are in the first end of the hollow body; - the brush adaptor receives and supports the first end of the hollow body in a first end and receives the disk brush within an opposing end; and in that the apparatus further comprises: - a lavage fluid connection tube, said lavage fluid connection tube having a first end in liquid communication with said first end of said hollow body at said brush adaptor and a second end in liquid communication with said hollow body at said inlet adaptor; and - an inner lavage fluid tube, said inner lavage fluid tube removably attached to said lavage fluid tube hub (84, 90), extending within said hollow body and having: a. an inner channel, b. a distal end in liquid communication through said inner channel with said hollow body, and c. a proximal end in liquid communication through said inner channel with said inlet adaptor. a. a hollow body having a first end a second end, and lavage fluid holes; b. a brush adaptor, said brush adaptor being configured to removably receive and support hollow body and receive a disk brush; c. an inlet adaptor, said inlet adaptor being configured to removably receive and support said second end of said hollow body and having a lavage fluid tube hub (84, 90) in fluid communication with a fluid source; - the inlet adaptor has drain openings in fluid communication with a drain channel for removing lavage fluid; - the lavage fluid holes are in the first end of the hollow body; - the brush adaptor receives and supports the first end of the hollow body in a first end and receives the disk brush within an opposing end; - a lavage fluid connection tube, said lavage fluid connection tube having a first end in liquid communication with said first end of said hollow body at said brush adaptor and a second end in liquid communication with said hollow body at said inlet adaptor; and - an inner lavage fluid tube, said inner lavage fluid tube removably attached to said lavage fluid tube hub (84, 90), extending within said hollow body and having: a. an inner channel, b. a distal end in liquid communication through said inner channel with said hollow body, and c. a proximal end in liquid communication through said inner channel with said inlet adaptor. a. an inner channel, b. a distal end in liquid communication through said inner channel with said hollow body, and c. a proximal end in liquid communication through said inner channel with said inlet adaptor.
A chemical anchor for fastening a component to a hollow or solid support material, said anchor comprising a sheath of elongate shape that is intended to be introduced into a hole in said support material, said anchor also comprising means for bearing against an external face of said support material, said means being situated at a first longitudinal end of said sheath, and a member which is situated at a second, opposite longitudinal end of said sheath and is designed to engage with a screw intended to be introduced into said sheath, wherein said member is configured to be moved longitudinally inside said sheath by means of said screw.
A highly flexible use automatic coffee machine for producing coffee-and/or milk-based drinks, comprising a single infuser unit for producing a coffee infusion, coffee infusion dispensing means located in front of a front wall of the machine in a distanced position above a surface for resting one or more cups (7, 8) for collecting the coffee infusion, a hydraulic circuit for distributing the coffee infusion to the coffee infusion dispensing means, and valve interception means present along said hydraulic circuit, said coffee infusion dispensing means comprising a first coffee infusion dispensing unit equipped with at least one coffee infusion dispensing nozzle (17, 18), and at least a second coffee infusion dispensing unit equipped with at least one coffee infusion dispensing nozzle (20, 21), said hydraulic circuit comprising a first supply pipe for said first coffee infusion dispensing unit and a second supply pipe for said second coffee infusion dispensing unit, said valve means comprising a first interception valve of the flow along said first pipe and a second interception valve of the flow along said second pipe, characterised in that it has a removable milk heating and frothing device, said device being located in front of said front wall on said support surface and having at least one milk dispensing unit equipped with at least one milk dispensing nozzle (30, 31) located in a distanced position above said support surface and in that said first coffee infusion dispensing unit is equipped with at least a first and a second coffee infusion dispensing nozzle (17, 18), said second coffee infusion dispensing unit being equipped with at least a third and a fourth coffee infusion dispensing nozzle (20, 21), and said milk dispensing unit being equipped with at least a first and a second milk dispensing nozzle (30, 31).
A cassette connectable to a printer, the cassette comprising: a housing configured to house a recording sheet; and a connector that is connected to a feed port of the printer for supplying the recording sheet to the printer, characterized in that the cassette comprises a sensor group including sensor modules that measure a state in a space surrounded by the housing. a housing configured to house a recording sheet; and a connector that is connected to a feed port of the printer for supplying the recording sheet to the printer, characterized in that the cassette comprises a sensor group including sensor modules that measure a state in a space surrounded by the housing.
A device to manufacture a cushioning product, comprising a means to guide consumables, a means to drive consumables along a driving axis, a means to crumple consumables, wherein the driving means is secured to a part of the device, on one hand mechanically to at least a part of its section, characterized in that, on the other hand, the guiding means is secured to another part of the device by magnetic repulsion forces to at least another part of its section.
An association of microbial cultures consisting of individual cultures Lactobacillus sp. LUMBI B90, Gluconobacter nephelii LUMBI B35 and Saccharomyces cerevisiae LUMBI R46 in ratio 1:1:1 deposited in Latvian Culture Collection of Microorganisms under accession number P 1401.
A urea solution reformer, comprising: a carrier gas heating unit for heating a carrier gas supplied from a carrier gas source; a carrier gas injecting nozzle (17; 103) for injecting the carrier gas heated by the carrier gas heating unit; a first urea solution supply nozzle (21; 141; 161) for supplying a urea solution to a tip end of the carrier gas injecting nozzle (17; 103) so that the urea solution is atomized by the carrier gas injected from the carrier gas injecting nozzle (17; 103); a catalyst unit provided to face toward the carrier gas injecting nozzle (17; 103), to decompose the atomized urea solution to reform it into an ammonia gas; and an ammonia gas supply nozzle (24; 122) attached to an exhaust pipe of an engine so as to supply the ammonia gas discharged from an outlet of the catalyst unit into the exhaust pipe; characterized in that the carrier gas heating unit comprises: a coil holding portion formed in a columnar shape; an electrothermal coil buried in and along an outer peripheral surface of the coil holding portion such that the electrothermal coil is not exposed on the outer peripheral surface of the coil holding portion; and a carrier gas flow passage-oriented coil helically wound around the outer peripheral surface of the coil holding portion, so as to form a carrier gas flow passage for causing the carrier gas to helically flow along the outer peripheral surface of the coil holding portion. a carrier gas heating unit for heating a carrier gas supplied from a carrier gas source; a carrier gas injecting nozzle (17; 103) for injecting the carrier gas heated by the carrier gas heating unit; a first urea solution supply nozzle (21; 141; 161) for supplying a urea solution to a tip end of the carrier gas injecting nozzle (17; 103) so that the urea solution is atomized by the carrier gas injected from the carrier gas injecting nozzle (17; 103); a catalyst unit provided to face toward the carrier gas injecting nozzle (17; 103), to decompose the atomized urea solution to reform it into an ammonia gas; and an ammonia gas supply nozzle (24; 122) attached to an exhaust pipe of an engine so as to supply the ammonia gas discharged from an outlet of the catalyst unit into the exhaust pipe; characterized in that the carrier gas heating unit comprises: a coil holding portion formed in a columnar shape; an electrothermal coil buried in and along an outer peripheral surface of the coil holding portion such that the electrothermal coil is not exposed on the outer peripheral surface of the coil holding portion; and a carrier gas flow passage-oriented coil helically wound around the outer peripheral surface of the coil holding portion, so as to form a carrier gas flow passage for causing the carrier gas to helically flow along the outer peripheral surface of the coil holding portion.