mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus configured to form an image corresponding to light emitted from a light source (2200a, 2200b, 2200c, 2200d), the image forming apparatus comprising: an image processing unit configured to generate image data having a first resolution and tag information indicating whether to perform image processing, the tag information being associated with each of pixels of the image data having the first resolution; a converter configured to convert the image data having the first resolution to image data having a second resolution higher than the first resolution; a light source driver configured to drive the light source (2200a, 2200b, 2200c, 2200d) using a modulation signal corresponding to the image data having the second resolution; an identifying unit configured to identify a target pixel to be subjected to image processing in the image data having the first resolution on a basis of the tag information, the density of a pixel of interest and the density of the pixels around the pixel of interest and according to a determination condition stored in a condition storage; and a pattern generator configured to generate an image-processed pixel pattern having the second resolution according to the target pixel, wherein the converter is configured to convert the target pixel in the image data having the first resolution to the generated image-processed pixel pattern. an image processing unit configured to generate image data having a first resolution and tag information indicating whether to perform image processing, the tag information being associated with each of pixels of the image data having the first resolution; a converter configured to convert the image data having the first resolution to image data having a second resolution higher than the first resolution; a light source driver configured to drive the light source (2200a, 2200b, 2200c, 2200d) using a modulation signal corresponding to the image data having the second resolution; an identifying unit configured to identify a target pixel to be subjected to image processing in the image data having the first resolution on a basis of the tag information, the density of a pixel of interest and the density of the pixels around the pixel of interest and according to a determination condition stored in a condition storage; and a pattern generator configured to generate an image-processed pixel pattern having the second resolution according to the target pixel, wherein the converter is configured to convert the target pixel in the image data having the first resolution to the generated image-processed pixel pattern.
Master brake cylinder, in particular a tandem master brake cylinder for a hydraulic motor vehicle brake system, which is preferably acted upon by a pneumatic brake booster, having at least one piston (4, 5), which is movable in a housing and delimits a pressure chamber (6, 7) in the housing, has a piston edge (8, 9) directed toward the pressure chamber (6, 7) and is sealed off from the pressure chamber (6, 7) by means of a cup seal (12, 13) arranged in an annular groove (10, 11) of the housing, a plurality of replenishing connections (14, 15) is in each case provided in the piston (4, 5), said replenishing connections allowing a hydraulic connection between the pressure chamber (6, 7) and a pressureless replenishing chamber (16, 17) at the start of a braking operation, wherein at least some of the replenishing connections (14, 15) are formed as transverse bores through a wall of at least one piston and are arranged at an equal distance relative to the piston edge in a main plane, the crossing of which by the cup seal defines a closure path of the piston, characterized in that that the replenishing connections are arranged in a manner distributed between at least three planes (E1, E2, E3), wherein the planes (E1, E2, E3) are arranged spaced apart parallel to the piston edge.
A digital communication cable comprising; at least one digital communication wire; a digital to analog/analog to digital (DA/AD) signal converter having a digital connection on a first end, and an analog connection on a second end, the DA/AD signal converter terminating at least one digital communication wire characterised by: a set of connector pins connected to said analog connection; and a hermetically sealed interconnect casing encompassing a portion of said digital communication cable, said DA/AD converter, and a portion of each of said set of connector pins. a set of connector pins connected to said analog connection; and a hermetically sealed interconnect casing encompassing a portion of said digital communication cable, said DA/AD converter, and a portion of each of said set of connector pins.
Method for monitoring the trajectory followed by a motor vehicle, in which method there is calculated, as a function of a steering wheel angle (α v) of the vehicle and as a function of the speed (ω B_ext) of a driven wheel (13, 14), the said wheel forming part of a first axle of the vehicle and being a wheel on the outside of the current bend in the trajectory followed by the vehicle, a theoretical speed discrepancy (Δω _ NOSLIP) between the wheels (13, 14) of the first axle, in which there is determined a first measured speed discrepancy (Δω B_ MEAS) measured by the difference between two measured speeds of two wheels (13, 14) of the first axle, and in which, if the absolute value of the difference between the first measured discrepancy (Δω B_ MEAS) and the theoretical discrepancy (Δω _ NOSLIP) is above a threshold (δ 1 max), a setpoint for the distribution of torque (Br3, Br4) between the two wheels of the first axle is modified, characterized in that the theoretical discrepancy (Δω _ NOSLIP) is calculated by multiplying by the steering wheel angle (α v) of the vehicle the speed (ω B_ext) of that wheel of the first axle which is at that moment on the outside of the trajectory, and by dividing the result by a linear function of the steering wheel angle (α v) of the vehicle.
A handle assembly for an airtight container, comprising a main body with a plurality of protrusions, protruding outwardly, being formed on an upper edge thereof, and a cover with a plurality of protrusions, having insertion projections on both ends thereof, being formed on an edge of the cover, wherein the protrusions of the cover protrude outwardly to correspond to the protrusions of the main body, wherein a pair of side members with upper surface and lower surface, each side member having an insertion hole in which each of the insertion projections of the cover is inserted and a coupling groove which has a predetermined size and is spaced apart from the insertion hole; a central member which has fixed parts on both ends thereof such that the central member is inserted and fixed to the coupling grooves, between the pair of side members, characterised in that each of the fixed parts has a width increased in a direction extending from the both side ends of the side member, and each coupling groove is opened to the upper or lower surface of the side member and formed to be corresponding to each fixed part so that the fixed parts are coupled to the coupling grooves through the opened upper or lower surface in a sliding manner, and a separation preventing means which prevents the fixed parts from being separated from the coupling grooves,.
A clamping device, e.g. of the clamping collar type, suitable for surrounding and clamping an element to be clamped, said clamping device comprising a clamping element that is designed to grasp said element to be clamped about a clamping axis, and that has two ends (2a, 2b) suitable for coming closer together in order to clamp said element to be clamped, and tightening means (3, 4) comprising actuator means mounted to pivot about an actuating axis and junction means for connecting together the two ends (2a, 2b) of the clamping element, said tightening means (3, 4) being suitable for enabling the two ends (2a, 2b) of the clamping element to come closer together along the actuating axis, the actuating axis not being parallel to the clamping axis, said clamping device being characterized in that the actuator means comprise at least one arm having an end connected to one of the ends (2a, 2b) of the clamping element via a helical cam, said helical cam being distinct from the arm of the actuator means and from the said end of the clamping element, said end of the arm has a face constituting a helical bearing surface that is symmetrical to and designed to co-operate with a helical bearing surface of the helical cam.
A method for modifying the resistance profile of a spinach plant to Peronospora farinosa f. sp. spinaciae to change it as compared to its original resistance profile, comprising introducing a WOLF allele or a resistance-conferring part thereof into the genome of said spinach plant by transformation, wherein the WOLF allele encodes a CC-NBS-LRR protein that comprises in its amino acid sequence: a) the motif "MAEIGYSVC" at its N-terminus, and b) the motif "KWMCLR" or "HVGCVVDR", wherein introducing a WOLF allele into the genome of a spinach plant comprises the step of expressing in a spinach cell a recombinant nucleic acid construct comprising a coding sequence encoding one or more WOLF polypeptides, and wherein the nucleic acid construct is in particular designed for stable incorporation into the genome of a plant cell. a) the motif "MAEIGYSVC" at its N-terminus, and b) the motif "KWMCLR" or "HVGCVVDR",
A process for preparing a tobacco composition suitable for use as a smokeless tobacco composition, comprising: providing a moist tobacco material having a first moisture content; heating the moist tobacco at a temperature and for a time sufficient to pasteurize the tobacco material while maintaining the moisture content at or above the first moisture content; adding an amount of a base and water to the moist tobacco material sufficient to raise the pH of the slurry to an alkaline pH and raise the moisture content to a second moisture content higher than the first moisture content, thereby forming a pH-adjusted moist tobacco material; continuing to heat the pH-adjusted moist tobacco material at a temperature and for a time sufficient for the pH of the moist tobacco material to drop while maintaining a moisture content at or above the second moisture content to form a treated tobacco material; and incorporating the treated tobacco material into a smokeless tobacco product. providing a moist tobacco material having a first moisture content; heating the moist tobacco at a temperature and for a time sufficient to pasteurize the tobacco material while maintaining the moisture content at or above the first moisture content; adding an amount of a base and water to the moist tobacco material sufficient to raise the pH of the slurry to an alkaline pH and raise the moisture content to a second moisture content higher than the first moisture content, thereby forming a pH-adjusted moist tobacco material; continuing to heat the pH-adjusted moist tobacco material at a temperature and for a time sufficient for the pH of the moist tobacco material to drop while maintaining a moisture content at or above the second moisture content to form a treated tobacco material; and incorporating the treated tobacco material into a smokeless tobacco product.
A golf club head comprising: a golf club head body; a ball striking face; and a piezoelectric member in the golf club head, wherein the piezoelectric member is configured to be selectively adjusted by an input provided through a controller operably connected to the piezoelectric member, wherein the piezoelectric member is capable of having a first configuration to provide the golf club head body with a first attribute and capable of having a second configuration to provide the body with a second attribute in response to the input provided by the controller, the second attribute being different from the first attribute, wherein the golf club head includes a plurality of grooves in the ball striking face, wherein the first and second attributes are volumes of one or more of the plurality of grooves. a golf club head body; a ball striking face; and a piezoelectric member in the golf club head, wherein the piezoelectric member is configured to be selectively adjusted by an input provided through a controller operably connected to the piezoelectric member, wherein the piezoelectric member is capable of having a first configuration to provide the golf club head body with a first attribute and capable of having a second configuration to provide the body with a second attribute in response to the input provided by the controller, the second attribute being different from the first attribute, wherein the golf club head includes a plurality of grooves in the ball striking face, wherein the first and second attributes are volumes of one or more of the plurality of grooves.
A metadata storage system in a cluster file system, comprising a dynamic random access memory (DRAM), and a solid-state drive, wherein: the DRAM comprises multiple metadata buffers and metadata index units; each metadata buffer is configured to store metadata that is sequentially written based on write-in time, each metadata buffer comprises a header structure for storing metadata index information of the buffer, wherein the metadata index information is a Bloom Filter and a hash table comprised in the header structure, the Bloom Filter is used to record what metadata items are stored in the metadata buffer, and the hash table is used to maintain a mapping between identifiers of the metadata items and offsets of the metadata items in the metadata buffer; a metadata index unit is configured to record the metadata index information comprised in the header structure of the metadata buffer, the metadata index unit is formed each time data in the metadata buffer is written back into the SSD; and the SSD comprises a metadata file, and the metadata file comprises multiple metadata storage units organized in a sequence of write-back time; the SSD is configured to form a new metadata storage unit each time the data in the metadata buffer is written back into the SSD, the new metadata storage unit is configured to store the metadata written from the metadata buffer; and each metadata storage unit corresponds to one metadata index unit in the DRAM. the DRAM comprises multiple metadata buffers and metadata index units; each metadata buffer is configured to store metadata that is sequentially written based on write-in time, each metadata buffer comprises a header structure for storing metadata index information of the buffer, wherein the metadata index information is a Bloom Filter and a hash table comprised in the header structure, the Bloom Filter is used to record what metadata items are stored in the metadata buffer, and the hash table is used to maintain a mapping between identifiers of the metadata items and offsets of the metadata items in the metadata buffer; a metadata index unit is configured to record the metadata index information comprised in the header structure of the metadata buffer, the metadata index unit is formed each time data in the metadata buffer is written back into the SSD; and the SSD comprises a metadata file, and the metadata file comprises multiple metadata storage units organized in a sequence of write-back time; the SSD is configured to form a new metadata storage unit each time the data in the metadata buffer is written back into the SSD, the new metadata storage unit is configured to store the metadata written from the metadata buffer; and each metadata storage unit corresponds to one metadata index unit in the DRAM.
A single-component wedge, to be folded and assembled on itself, having, after filled and shaped around the content, a bottle for example, a parallelepipedic shape consisting of three parts, namely a central part consisting of a succession of side panels (1, 2, 3, 4) with a roughly square cross-section and, on both end sides of the central part, two end parts with a cross-section roughly in the shape of an X, whereby the central part consists of two pairs of alternate side panels, whereby the second pair of side panels (1,3) is extended on both ends by doubling panels (18, 32) which, when shaped around the content, fold towards the inside of the side panels they extend, and whereby the first pair of side panels (2,4) is extended on one side by guide panels being further extended by centring panels, whereby each guide panel shares with the successive centring panel an opening such that the said successive guide and centring panels (10,12), when the wedge is shaped around the content, come into contact together at the level of their common articulation folds on both sides of the opening, and whereby the first pair of side panels (2, 4) is extended on the other side by doubled blocking panels (29-1, 29-2) which, when the wedge is shaped and closed around the content, are superposed perpendicularly to the side panels.
Illumination optical unit for projection lithography for illuminating an object field, in which an object to be imaged can be arranged, with illumination light, - comprising a field facet mirror having a plurality of field facets, - comprising a pupil facet mirror having a plurality of pupil facets, - wherein the pupil facets serve for imaging the field facets respectively assigned individually to the pupil facets into the object field, - having an individual mirror array having individual mirrors that can be tilted in driven fashion individually, said array being arranged in an illumination light beam path upstream of the field facet mirror, - wherein the individual mirrors are arranged such that the field facets image the individual mirrors of the individual mirror array onto assigned pupil facets. - comprising a field facet mirror having a plurality of field facets, - comprising a pupil facet mirror having a plurality of pupil facets, - wherein the pupil facets serve for imaging the field facets respectively assigned individually to the pupil facets into the object field, - having an individual mirror array having individual mirrors that can be tilted in driven fashion individually, said array being arranged in an illumination light beam path upstream of the field facet mirror, - wherein the individual mirrors are arranged such that the field facets image the individual mirrors of the individual mirror array onto assigned pupil facets.
Method for collection of cuttings of plate material from a plate shears where the plate material's front edge is inserted from an insertion side of the plate shears between an upper knife and an under knife, which are subsequently moved past each other for cutting of the plate material along a rear edge of the cuttings wherein cuttings, which from front edge to back edge exceed a length L, after cutting, become received by a fixed transverse bearer provided parallel to the upper and under knives (3,4) but displaced of the predetermined distance L past the upper and under knives (3,4), wherein the relationship between the length L and a length L0 of the cutting determines if the cuttings tilt over the bearer towards the plate shears' insertion side, or towards the plate shears' rear side, since the cuttings tilt towards the one of the two sides where the longest and thereby heaviest part of the cuttings is situated, and wherein L0 is measured from the bearer and to the front edge of the cuttings, measured on the cuttings when it hits the bearer, characterized in that cuttings with a length, which is smaller than L, are always transported towards a collection drawer at the insertion side of the plate shears since they do not get contact with the bearer and that cuttings with lengths from L and up to 2xL get contact with the bearer and tilt towards the insertion side since L is here larger than L0 and is transported towards a collection drawer at the insertion side and that cuttings with lengths, which exceed 2xL tilt towards the rear side since L is here smaller than L0 and is transported towards a collection drawer at the rear side.
A strand for placement in a bore hole provided in a wall or roof surface and gripping by a wedge in a tensioned state so as to apply a tensile force to the wall or roof surface, the strand comprising: a pipe-shaped member made of metal; and a plurality of metal wires arranged on the outer periphery of the pipe-shaped member, wherein the metal wires are stranded to be wound around the pipe-shaped member and are arranged to surround the pipe-shaped member on the cross section of the pipe-shaped member, wherein the strand has flexibility such that the pipe-shaped member is not squashed even when the strand is bent with a bending diameter that is 12 times a diameter of an envelope circle of the strand and wherein the total distance between the wires is 0.2 mm or more, and is smaller than an outer diameter of the pipe-shaped member. a pipe-shaped member made of metal; and a plurality of metal wires arranged on the outer periphery of the pipe-shaped member, wherein the metal wires are stranded to be wound around the pipe-shaped member and are arranged to surround the pipe-shaped member on the cross section of the pipe-shaped member, wherein the strand has flexibility such that the pipe-shaped member is not squashed even when the strand is bent with a bending diameter that is 12 times a diameter of an envelope circle of the strand and wherein the total distance between the wires is 0.2 mm or more, and is smaller than an outer diameter of the pipe-shaped member.
An auxiliary power system for an airplane, comprising - at least two fuel cell units each with several fuel cells, a voltage output, a fuel intake and an outlet for reaction products, - a fuel tank (32, 34) that is couplable with the fuel intake of the fuel cell unit, - at least one compressor unit with an air intake and air outlet and - an electric motor, which is couplable with a voltage output of the at least one fuel cell unit and, by way of a shaft, with the at least one compressor unit, characterized in that at least the fuel cell unit, the compressor unit and the electric motor are interconnected to yield a coherent unit, which continuously provides electrical power and pressurized air, in that the fuel cell units are combined into one fuel cell stack array with a circular segmented cross section and arranged side by side to envelop the shaft or electric motor, and in that the fuel cell units are designed to be flushed by air during the operation of the compressor unit, such that the air flows radially through the fuel cells of the fuel cell units. - at least two fuel cell units each with several fuel cells, a voltage output, a fuel intake and an outlet for reaction products, - a fuel tank (32, 34) that is couplable with the fuel intake of the fuel cell unit, - at least one compressor unit with an air intake and air outlet and - an electric motor, which is couplable with a voltage output of the at least one fuel cell unit and, by way of a shaft, with the at least one compressor unit,