mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: maintaining, by a cache, a last access type indication for each of a plurality of cache lines; maintaining a plurality of counters, wherein each of the plurality of counters tracks a number of each of a plurality of different access types; characterised by: assigning a lowest priority to a given access type which corresponds to a counter that has a lowest number of demand hits, wherein a demand hit is a hit to the cache for a load operation or a store operation; and responsive to detecting a cache miss, prioritizing evicting a cache line with a last access type field set to the given access type assigned the lowest priority. maintaining, by a cache, a last access type indication for each of a plurality of cache lines; maintaining a plurality of counters, wherein each of the plurality of counters tracks a number of each of a plurality of different access types; characterised by: assigning a lowest priority to a given access type which corresponds to a counter that has a lowest number of demand hits, wherein a demand hit is a hit to the cache for a load operation or a store operation; and responsive to detecting a cache miss, prioritizing evicting a cache line with a last access type field set to the given access type assigned the lowest priority. assigning a lowest priority to a given access type which corresponds to a counter that has a lowest number of demand hits, wherein a demand hit is a hit to the cache for a load operation or a store operation; and responsive to detecting a cache miss, prioritizing evicting a cache line with a last access type field set to the given access type assigned the lowest priority.
Deformable guide for arched false ceilings, spandrels or non-linear openings in partitions in general, comprised of a strip of die-cut sheet metal, cut and folded into a U-shape, having continuous zones alternating with zones with notches and die-cuts (D, E), characterized in that each zone with notches and die-cuts (D, E) has: • at least triangular notches and die-cuts on the side bands corresponding to the sides of the U-shape, and wherein said triangular notches and die-cuts have a side parallel to the fold with the central band and the vertex opposite said side facing in the direction opposite said central band, and wherein each one of said triangular notches and die-cuts involves at least said folding line between the central band and the side band, • in said central band of the U-shape, in correspondence with each zone with notches and die-cuts (D,E), at least three notches or die-cuts parallel to each other and orthogonal to the edge of the strip of sheet metal, and wherein said notches or die-cuts are aligned with the lines passing through the vertices of two similar triangular notches and die-cuts of the same zone. • at least triangular notches and die-cuts on the side bands corresponding to the sides of the U-shape, and wherein said triangular notches and die-cuts have a side parallel to the fold with the central band and the vertex opposite said side facing in the direction opposite said central band, and wherein each one of said triangular notches and die-cuts involves at least said folding line between the central band and the side band, • in said central band of the U-shape, in correspondence with each zone with notches and die-cuts (D,E), at least three notches or die-cuts parallel to each other and orthogonal to the edge of the strip of sheet metal, and wherein said notches or die-cuts are aligned with the lines passing through the vertices of two similar triangular notches and die-cuts of the same zone.
An extractor for extracting an aerosol-generating article received in an aerosol-generating device, wherein the extractor comprises: a body defining a cavity for receiving an aerosol-generating article; and a resilient coupling element attached to the body of the extractor, wherein the resilient coupling element is movable independent of the body of the extractor to releasably couple the extractor to a portion of an aerosol-generating device. a body defining a cavity for receiving an aerosol-generating article; and a resilient coupling element attached to the body of the extractor, wherein the resilient coupling element is movable independent of the body of the extractor to releasably couple the extractor to a portion of an aerosol-generating device.
A coating composition comprising a non-etherified reaction product UA of at least one multifunctional aldehyde A with at least one cyclic urea U, and a crosslinkable resin having at least one kind of active hydrogen functional groups, characterised in that the degree of etherification, measured as the ratio n (-O-R) / n of the amount of substance n (-O-R) of alkoxy groups as substituents of the aldehyde carbon atoms of the multifunctional aldehyde chemically bound in the reaction product UA to the amount of substance n of cyclic urea U chemically bound in the reaction product, is less than 0.01 mol/mol, and wherein the ratio of the amount of substance n (-CHO) of aldehyde groups in at least one multifunctional aldehyde A, and the amount of substance n (-NH-CO) of amidic NH groups at least one cyclic urea U satifies the condition 1.0 mol/mol ≤ n (-CHO) / n (-NH-CO) ≤ 1.30 mol/mol.
A drive recorder comprising: an imaging unit configured to capture an image of a neighborhood of a vehicle; an image processing unit configured to record the image captured by the imaging unit in a recording medium; a position information acquisition unit configured to acquire position information on the vehicle; a communication unit configured to communicate with a server apparatus to deliver information including the position information; and a function control processing unit configured to acquire area information transmitted from the server apparatus based on the position information, the area information relating to an area in which the vehicle is located, characterized in that the area information includes a first distance (Lb) to a border of the area in which the vehicle is located closest to a position of the vehicle, and the function control processing unit is further configured to control function of recording of images in the image processing unit to be suspended when the area information includes information indicating a restriction that necessitates suspending recording of images, wherein the function control processing unit is configured to identify a time required to reach the border of the area based on the first distance (Lb) and vehicle speed to determine the timing of transmitting the position information next, and to suspend the transmission of the position information until there is a likelihood that the vehicle moves from the area in which it is located to another area. an imaging unit configured to capture an image of a neighborhood of a vehicle; an image processing unit configured to record the image captured by the imaging unit in a recording medium; a position information acquisition unit configured to acquire position information on the vehicle; a communication unit configured to communicate with a server apparatus to deliver information including the position information; and a function control processing unit configured to acquire area information transmitted from the server apparatus based on the position information, the area information relating to an area in which the vehicle is located, characterized in that the area information includes a first distance (Lb) to a border of the area in which the vehicle is located closest to a position of the vehicle, and the function control processing unit is further configured to control function of recording of images in the image processing unit to be suspended when the area information includes information indicating a restriction that necessitates suspending recording of images, wherein the function control processing unit is configured to identify a time required to reach the border of the area based on the first distance (Lb) and vehicle speed to determine the timing of transmitting the position information next, and to suspend the transmission of the position information until there is a likelihood that the vehicle moves from the area in which it is located to another area.
A beverage product displacement sensing device, comprising: a cuff mountable to a conduit, whereby a flow of beverage product through the conduit displaces the conduit, and further whereby the cuff displaces relative to the conduit; and a sensor disposed on an outer periphery of the cuff, whereby the sensor senses the displacement of the cuff and outputs a signal indicative of an amount of displacement experienced by the conduit. a cuff mountable to a conduit, whereby a flow of beverage product through the conduit displaces the conduit, and further whereby the cuff displaces relative to the conduit; and a sensor disposed on an outer periphery of the cuff, whereby the sensor senses the displacement of the cuff and outputs a signal indicative of an amount of displacement experienced by the conduit.
An outboard motor control system, comprising: a plurality of outboard motors (3a,3b) that are mountable on a stern of a watercraft and can be steered independently; a target steering angle setting section configured to set a target steering angle for each of the outboard motors (3a,3b); a plurality of actuators configured to steer each of the outboard motors (3a,3b) such that a steering angle of the outboard motor becomes equal to the target steering angle; an actual steering angle detecting section (34a,34b) configured to detect an actual steering angle of each of the outboard motors (3a,3b); and a control section configured to control a steering operation of the outboard motors (3a,3b), characterized in that the control section is configured to control the steering operation of the outboard motors (3a,3b) such that, when a steering angle difference constituting a difference between the actual steering angles of adjacently arranged outboard motors (3a,3b) becomes equal to or larger than a prescribed value, enlargement of the steering angle difference is suppressed. a plurality of outboard motors (3a,3b) that are mountable on a stern of a watercraft and can be steered independently; a target steering angle setting section configured to set a target steering angle for each of the outboard motors (3a,3b); a plurality of actuators configured to steer each of the outboard motors (3a,3b) such that a steering angle of the outboard motor becomes equal to the target steering angle; an actual steering angle detecting section (34a,34b) configured to detect an actual steering angle of each of the outboard motors (3a,3b); and a control section configured to control a steering operation of the outboard motors (3a,3b), characterized in that the control section is configured to control the steering operation of the outboard motors (3a,3b) such that, when a steering angle difference constituting a difference between the actual steering angles of adjacently arranged outboard motors (3a,3b) becomes equal to or larger than a prescribed value, enlargement of the steering angle difference is suppressed.
A method of making a fiber-reinforced composite structure comprising the steps of: (i) forming a paper sheet having a thickness of from 15 to 500 micrometers, a basis weight from 15 to 200 grams per square meter, a Gurley air resistance of at least 200 seconds per 100 milliliters, the sheet comprising from 30 to 70 weight percent p-aramid fiber, and 30-70 parts by weight of meta-aramid fibrids, para-aramid fibrids or combinations thereof, (ii) depositing on both surfaces of the paper sheet a compression enhancing layer in a quantity of from 0.1 to 5 weight percent based on the weight of the paper, wherein the compression enhancing layer comprises glycerolpolyglycidylether, polypeptide-carbon nanotube complexes, polypeptide-graphite complexes or combinations thereof, (iii) forming a honeycomb from the sheet of step (ii), and (iv) applying a matrix resin coating to the honeycomb of step (iii). (i) forming a paper sheet having a thickness of from 15 to 500 micrometers, a basis weight from 15 to 200 grams per square meter, a Gurley air resistance of at least 200 seconds per 100 milliliters, the sheet comprising from 30 to 70 weight percent p-aramid fiber, and 30-70 parts by weight of meta-aramid fibrids, para-aramid fibrids or combinations thereof, (ii) depositing on both surfaces of the paper sheet a compression enhancing layer in a quantity of from 0.1 to 5 weight percent based on the weight of the paper, wherein the compression enhancing layer comprises glycerolpolyglycidylether, polypeptide-carbon nanotube complexes, polypeptide-graphite complexes or combinations thereof, (iii) forming a honeycomb from the sheet of step (ii), and (iv) applying a matrix resin coating to the honeycomb of step (iii).
An image stabilization device comprising: a control unit configured to perform first camera shake correction processing based on an optical camera shake correction method using a lens and second camera shake correction processing based on an electronic camera shake correction method of cutting out a captured image, wherein, in a case where an exposure time satisfies a condition, the control unit operates in a first camera shake correction mode in which a centering operation of returning the lens to a center position at a time point of start of each frame is performed in a period other than the exposure time and then the first camera shake correction processing is performed in the exposure time, and the second camera shake correction processing is performed in the period other than the exposure time, and in a case where the exposure time does not satisfy the condition, the control unit operates in a second camera shake correction mode different from the first camera shake correction mode; wherein the condition is that it be possible to return the lens to the center position at the time point of start of each frame through the centering operation in a period other than the exposure time; and wherein the second camera shake correction mode includes performing the second camera shake correction processing. a control unit configured to perform first camera shake correction processing based on an optical camera shake correction method using a lens and second camera shake correction processing based on an electronic camera shake correction method of cutting out a captured image, wherein, in a case where an exposure time satisfies a condition, the control unit operates in a first camera shake correction mode in which a centering operation of returning the lens to a center position at a time point of start of each frame is performed in a period other than the exposure time and then the first camera shake correction processing is performed in the exposure time, and the second camera shake correction processing is performed in the period other than the exposure time, and in a case where the exposure time does not satisfy the condition, the control unit operates in a second camera shake correction mode different from the first camera shake correction mode; wherein the condition is that it be possible to return the lens to the center position at the time point of start of each frame through the centering operation in a period other than the exposure time; and wherein the second camera shake correction mode includes performing the second camera shake correction processing.
A heat exchanger comprising: tubes horizontally arranged so as to be vertically spaced from each other by a predetermined distance, each tube having a flat top, a flat bottom, and round sides; headers (11, 16) vertically disposed at opposite ends of the tubes such that the headers (11, 16) communicate with the tubes; and corrugated fins disposed between the tubes and in contact with the tubes, wherein the corrugated fins comprises: a vertical fin body; flat contact parts formed at an upper part and a lower part of the fin body, the flat contact parts being in surface contact with a top and a bottom of the tubes; and the fin body comprises drainage guides (151, 156) formed outside the flat contact parts in a lateral direction, wherein each drainage guide (151, 156) comprises protruding parts (152, 157) protruding above and below the flat contact parts, characterised by curved contact parts extending from opposite ends of the flat contact parts, the area of each of the curved contact parts being in surface contact with the sides of the tubes; wherein the curved contact parts are provided to be disconnected from the protruding parts (152, 157). tubes horizontally arranged so as to be vertically spaced from each other by a predetermined distance, each tube having a flat top, a flat bottom, and round sides; headers (11, 16) vertically disposed at opposite ends of the tubes such that the headers (11, 16) communicate with the tubes; and corrugated fins disposed between the tubes and in contact with the tubes, wherein the corrugated fins comprises: a vertical fin body; flat contact parts formed at an upper part and a lower part of the fin body, the flat contact parts being in surface contact with a top and a bottom of the tubes; and the fin body comprises drainage guides (151, 156) formed outside the flat contact parts in a lateral direction, a vertical fin body; flat contact parts formed at an upper part and a lower part of the fin body, the flat contact parts being in surface contact with a top and a bottom of the tubes; and the fin body comprises drainage guides (151, 156) formed outside the flat contact parts in a lateral direction, wherein each drainage guide (151, 156) comprises protruding parts (152, 157) protruding above and below the flat contact parts, characterised by curved contact parts extending from opposite ends of the flat contact parts, the area of each of the curved contact parts being in surface contact with the sides of the tubes; wherein the curved contact parts are provided to be disconnected from the protruding parts (152, 157).
A nucleic acid-based inactivator of GATA-3 for use in the treatment of a human patient suffering from Th2-driven asthma, wherein the human patient is characterized by (i) a blood eosinophil count of 3% or more, particularly of 4% or more, more particularly of 5% or more; and/or (ii) blood eosinophil count of 350 x 10 6 / L or more, particularly of 450 x 10 6 / L or more; and/or (iii) fractional expiratory nitric oxide of 40 ppb or more.
An authentication medium comprising a multilayer structure in which two light selective reflecting layers (43A, 43B) are stacked together with a phase difference layer interleaved therebetween, wherein said two light selective reflecting layers are each formed of a material capable of selectively reflecting either one of left-handed or right-handed circularly polarized light of incident light, and center wavelengths of light reflected off said two light selective reflecting layers differ from each other characterized in that a light diffracting structure layer (44, 45) is stacked on one surface of said multilayer structure, wherein said light diffracting structure layer is a reflection hologram or has a light reflective layer.
A galantamine transdermal delivery system, which comprises a drug-containing matrix layer comprising: galantamine or its pharmaceutically acceptable salt as an active ingredient, a styrene-butadiene-styrene copolymer as an adhesive and polyoxyethylene lauryl ether as a permeation enhancer.
Method of absorbing CO 2 from a gas mixture by contacting the gas mixture with an absorption medium characterized in that the absorption medium comprises water and at least one amine of formula where R 1 is a -(CH 2) n -(XCH 2 CH 2) m -Y-R 3 radical where R 3 = hydrogen or an alkyl radical having from 1 to 6 carbon atoms, X and Y are each, independently of one another, NR 3, oxygen, SO or SO 2, where in the case of Y = SO and in the case of Y = SO 2, R 3 is not hydrogen, and Y-R 3 can be an N-morpholinyl radical or an N-piperazyl radical, n = 2 to 4, m = 0 to 4 and R 2 is hydrogen, an alkyl radical having from 1 to 6 carbon atoms or a radical R 1, where m is different from 0 when R 2 is not a radical R 1, Y = NR 3 and Y-R 3 is not an N-morpholinyl radical and not an N-piperazyl radical.
A method of producing an objective protein comprising providing a mammal cell having an exogenous objective protein gene integrated into a hypoxanthine-phosphoribosyl transferase enzyme (hprt) gene locus and having a marker gene for gene amplification integrated thereinto wherein the marker gene is glutamine synthetase gene, subjecting said cell to a condition of causing gene amplification to increase the copy number of the exogenous objective protein gene integrated into the hprt gene locus to obtain a recombinant mammal cell having multiple copies of the exogenous objective protein gene integrated into hprt gene locus wherein the condition of causing gene amplification is a process of screening resistance cell in a medium having added thereto methionine sulfoximine as a GS inhibitor, and, culturing said cell to produce said objective protein.
Wedge drive for deflecting a vertical press force into a horizontal, linear working movement, the wedge drive comprising a slider element, a driver element and a slider element receiver, the slider element being arranged vertically between the driver element and the slider element receiver, wherein the slider element and the slider element receiver are designed as two guide elements (2, 3) on which a slide plate formation (5, 6, 7) is arranged, the slide plate formation being part of a guide device which is designed for linearly guiding the slider element along the slider element receiver in a sliding direction, wherein the guide device comprises a central element provided on a first of the two guide elements (2, 3) on its side facing a second of the two guide elements (2, 3), the slide plate formation (5, 6, 7) comprising at least two lateral slide plates (5, 6) fixed to a second of the two guide elements (2, 3) and spaced apart from each other in a transverse direction perpendicular to the sliding direction, the central element being arranged between the lateral slide plates (5, 6) in the transverse direction, the second guide element (2, 3) having two steps spaced apart in the transverse direction, characterized in that each of the at least two lateral slide plates (5, 6), by means of which the vertical press force is transmitted, bears against a respective one of the two steps with a form fit acting in the transverse direction, and all the surfaces via which the first guide element (2, 3) and the second guide element (2, 3) are in contact with the slide plates of the slide plate formation (5, 6, 7) for guiding the slider element to the slider element receiver are designed as flat surfaces which extend either perpendicularly to the transverse direction or perpendicularly to the transverse cross direction, wherein each lateral slide plate (5, 6) bears against the second guide element (2, 3) at least with two contact surfaces (51, 52, 61, 62), wherein a first contact surface (51, 61) extends in the transverse direction and the lateral slide plate (5, 6) is pressed with the first contact surface (51, 61) against the second guide element (2, 3) via fastening means (500, 600), and wherein a second contact surface (52, 62) extends perpendicularly to the transverse direction, wherein each lateral slide plate (5, 6) bears against the central element with at least one sliding contact surface (55, 65), wherein the sliding contact surface (55, 65) extends perpendicularly to the transverse direction, wherein the sliding contact surface (55, 65) and the second contact surface (52, 62) lie on two opposite sides of the respective lateral slide plate (5, 6) facing away from each other and wherein the first contact surface (51, 61) of the respective lateral slide plate (5, 6) extends in a region which extends in the transverse direction between the sliding contact surface (55, 65) and the second contact surface (52, 62).