mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus that is configured to process image data for forming an image by ejection of ink from a plurality of nozzles, the image processing apparatus comprising: a pixel value acquisition unit configured to acquire a pixel value group consisting of pixel values of a plurality of pixels included in a target area in the image data, a threshold value acquisition unit configured to acquire a threshold value group consisting of a plurality of threshold values corresponding to the plurality of pixels, wherein in the threshold value group the threshold values whose values are different are arranged in the form of a matrix so as to correspond to each pixel within the target area; a derivation unit (202, 1002, 1701) configured to derive a target number of dots indicating a number of dots to be arranged within the target area; a priority level determination unit configured to determine, corresponding to each pixel included in the target area, a priority level of a dot, according to which the dot is arranged in the target area, based on the pixel value group and the threshold value group; a position acquisition unit configured to acquire a pixel position at which a dot is expected to be formed by a non-ejectable nozzle in the image data as a non-ejectable nozzle position; and a dot arrangement determination unit configured to determine arrangement of dots in the target area based on the priority levels, the target number of dots, and the non-ejectable nozzle position, wherein dots corresponding to the target number of dots are arranged in the target area in order of the priority level at pixels not located at the non-ejectable nozzle position. a pixel value acquisition unit configured to acquire a pixel value group consisting of pixel values of a plurality of pixels included in a target area in the image data, a threshold value acquisition unit configured to acquire a threshold value group consisting of a plurality of threshold values corresponding to the plurality of pixels, wherein in the threshold value group the threshold values whose values are different are arranged in the form of a matrix so as to correspond to each pixel within the target area; a derivation unit (202, 1002, 1701) configured to derive a target number of dots indicating a number of dots to be arranged within the target area; a priority level determination unit configured to determine, corresponding to each pixel included in the target area, a priority level of a dot, according to which the dot is arranged in the target area, based on the pixel value group and the threshold value group; a position acquisition unit configured to acquire a pixel position at which a dot is expected to be formed by a non-ejectable nozzle in the image data as a non-ejectable nozzle position; and a dot arrangement determination unit configured to determine arrangement of dots in the target area based on the priority levels, the target number of dots, and the non-ejectable nozzle position, wherein dots corresponding to the target number of dots are arranged in the target area in order of the priority level at pixels not located at the non-ejectable nozzle position.
A nonwoven fabric for curtains, the nonwoven fabric comprising fibers comprising a thermoplastic resin as a main component, wherein, in a surface of the nonwoven fabric, the fibers are fused to each other in intersections of the fibers and the fibers are apart from each other in parts other than the intersections, at least one sheet surface of the nonwoven fabric has a KES surface roughness SMD of 1.2 μm or less, determined as described in the specification, and the nonwoven fabric has a machine-direction tear strength per mass per unit area of 0.50 N/(g/m 2) or higher, determined as described in the specification, the non-woven fabric being obtainable by a method comprising a step of thermocompression-bonding a fibrous web at a linear pressure of 500 N/cm or higher and 1,100 N/cm or lower with a pair of flat rolls heated to a temperature lower by 30°C or more and 120°C or less than a melting point of a thermoplastic resin which has the lowest melting point and constitutes a surface of the fibers to obtain a nonwoven fabric, and then successively bringing the nonwoven fabric into contact with the flat roll for a certain time period. wherein, in a surface of the nonwoven fabric, the fibers are fused to each other in intersections of the fibers and the fibers are apart from each other in parts other than the intersections, at least one sheet surface of the nonwoven fabric has a KES surface roughness SMD of 1.2 μm or less, determined as described in the specification, and the nonwoven fabric has a machine-direction tear strength per mass per unit area of 0.50 N/(g/m 2) or higher, determined as described in the specification, the non-woven fabric being obtainable by a method comprising a step of thermocompression-bonding a fibrous web at a linear pressure of 500 N/cm or higher and 1,100 N/cm or lower with a pair of flat rolls heated to a temperature lower by 30°C or more and 120°C or less than a melting point of a thermoplastic resin which has the lowest melting point and constitutes a surface of the fibers to obtain a nonwoven fabric, and then successively bringing the nonwoven fabric into contact with the flat roll for a certain time period.
A secondary battery, comprising: a case; an electrode assembly in the case, the electrode assembly including a first electrode plate, a separator, and a second electrode plate; a cap plate coupled with the case; and a first electrode terminal electrically connected to the first electrode plate, the first electrode terminal including: a first collecting plate electrically connected to the electrode assembly; a first connecting part extending from the first collecting plate, the first connecting part passing through a gap between the cap plate and the case, and the first connecting part extending to an outer surface of the cap plate; and a first terminal part extending from the first connecting part, the first terminal part protruding beyond the cap plate, characterised in that the first connecting part includes: a first bent region, the first bent region being bent from the first collecting plate and being coupled to an inner surface of the cap plate; a first pass region, the first pass region extending from the first bent region and passing through the gap between the cap plate and the case; and a second bent region, the second bent region being bent from the first pass region and being coupled to the outer surface of the cap plate. a case; an electrode assembly in the case, the electrode assembly including a first electrode plate, a separator, and a second electrode plate; a cap plate coupled with the case; and a first electrode terminal electrically connected to the first electrode plate, the first electrode terminal including: a first collecting plate electrically connected to the electrode assembly; a first connecting part extending from the first collecting plate, the first connecting part passing through a gap between the cap plate and the case, and the first connecting part extending to an outer surface of the cap plate; and a first terminal part extending from the first connecting part, the first terminal part protruding beyond the cap plate, characterised in that the first connecting part includes: a first collecting plate electrically connected to the electrode assembly; a first connecting part extending from the first collecting plate, the first connecting part passing through a gap between the cap plate and the case, and the first connecting part extending to an outer surface of the cap plate; and a first terminal part extending from the first connecting part, the first terminal part protruding beyond the cap plate, characterised in that the first connecting part includes: a first bent region, the first bent region being bent from the first collecting plate and being coupled to an inner surface of the cap plate; a first pass region, the first pass region extending from the first bent region and passing through the gap between the cap plate and the case; and a second bent region, the second bent region being bent from the first pass region and being coupled to the outer surface of the cap plate. a second bent region, the second bent region being bent from the first pass region and being coupled to the outer surface of the cap plate.
Use of o-phenylphenol, the sodium or potassium salts thereof or mixtures thereof for protecting plasterboards, containing a gypsum core and paper or cardboard outer layers surrounding said core, from attack and/or destruction by micro-organisms, wherein o-phenylphenol and/or the sodium or potassium salts thereof or mixtures thereof are incorporated into the gypsum core.
A system configured for simulating real-world IO workload for testing a parallel and distributed storage system, the system comprising: one or more hardware processors configured by machine-readable instructions to: identify real-world data from a deployed production environment, the data comprising a directory tree structure and files, wherein the files comprise original metadata and original file contents; simulate a workload by using the original directory tree structure and the original metadata from the files and replacing the original contents of the files with dummy content to create dummy files, wherein the step of replacing the original contents of the files comprises creating a dummy data block and replicating the dummy block multiple times within a file to obtain a desired file size for each of a plurality of the dummy files, wherein the dummy data block has a size of at least 4 KB; write the directory tree structure and dummy files to a system of storage devices; read data from the directory tree structure and dummy files on the system of storage devices; and verify the integrity of the dummy files over the course of a plurality of data management processes and a plurality of data availability processes employed by the storage system by comparing different dummy blocks of the dummy files with each other. identify real-world data from a deployed production environment, the data comprising a directory tree structure and files, wherein the files comprise original metadata and original file contents; simulate a workload by using the original directory tree structure and the original metadata from the files and replacing the original contents of the files with dummy content to create dummy files, wherein the step of replacing the original contents of the files comprises creating a dummy data block and replicating the dummy block multiple times within a file to obtain a desired file size for each of a plurality of the dummy files, wherein the dummy data block has a size of at least 4 KB; write the directory tree structure and dummy files to a system of storage devices; read data from the directory tree structure and dummy files on the system of storage devices; and verify the integrity of the dummy files over the course of a plurality of data management processes and a plurality of data availability processes employed by the storage system by comparing different dummy blocks of the dummy files with each other.
A deployable mast structure comprising: a body configured to adopt a tubular shape when the mast structure is in a deployed configuration; and a plurality of openings formed in a wall of the body so as to define a plurality of integral tape-spring hinges in the wall of the body, the plurality of openings being configured so as to permit the body to collapse along its longitudinal axis into a stowed configuration when the tape-spring hinges are buckled, wherein in the stowed configuration, the integral tape-spring hinges are configured to exert a force which urges the structure towards the deployed configuration, characterized in that the plurality of openings are configured such that the tape-spring hinges defined by the openings are narrower at their ends. a body configured to adopt a tubular shape when the mast structure is in a deployed configuration; and a plurality of openings formed in a wall of the body so as to define a plurality of integral tape-spring hinges in the wall of the body, the plurality of openings being configured so as to permit the body to collapse along its longitudinal axis into a stowed configuration when the tape-spring hinges are buckled, wherein in the stowed configuration, the integral tape-spring hinges are configured to exert a force which urges the structure towards the deployed configuration, characterized in that the plurality of openings are configured such that the tape-spring hinges defined by the openings are narrower at their ends.
A norbornenone compound of Formula 1a(i), or a biologically or pharmaceutically acceptable salt thereof: wherein R 1, R 2, R 3 and R 4 are each independently selected from C 1-6 alkyl and monocyclic aryl or hetaryl; wherein the alkyl, aryl and hetaryl group, are each optionally substituted with 1-3 substituents independently selected from halo, CN, NO 2, OC R 5, C R 5, C OR 5, OR 5, OS 2 R 5, NR 5 R 6, SR 5, polyethylene glycol, and mono-, di-, or tri-saccharide; and R 5 and R 6 are each independently selected from hydrogen, C 1-4 alkyl, and C 1-4 haloalkyl; X is selected from halo, NO 2, ONO 2, OP (OR 7), OC R 7, OS 2 R 7, OS 2 OR 7, SR 7, S R 7,S 2 R 7, OR 7, and NR 7 R 8; and R 7 and R 8 are each independently selected from hydrogen, C 1-10 alkyl, C 1-10 haloalkyl, aryl, arylalkyl and arylhaloalkyl; A 3 is NR 14, and R 14 is selected from C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, and phenyl; wherein the C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, are each optionally interrupted with one to four heteroatoms selected from O, N and S, and optionally interrupted with one to four groups, in either orientation, selected from -NR 5 -, -NR 5 -C -, -C -O-, and -NR 5 -C -O-; and wherein the C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, phenyl, are each optionally substituted or terminated with one to four substituents independently selected from halo, CN, NO 2, OC R 5, C=O, C R 5, C OR 5, OR 5, OS 2 R 5, NR 5 R 6, SR 5, monocyclic and polycyclic heterocyclyl, polyethylene glycol, amino acid, and mono-, di- or tri-saccharide; and R 5 and R 6 are each independently selected from hydrogen, C 1-10 alkyl, and C 1-10 haloalkyl;, X is selected from halo, NO 2, ONO 2, OP (OR 7), OC R 7, OS 2 R 7, OS 2 OR 7, SR 7, S R 7,S 2 R 7, OR 7, and NR 7 R 8; and R 7 and R 8 are each independently selected from hydrogen, C 1-10 alkyl, C 1-10 haloalkyl, aryl, arylalkyl and arylhaloalkyl; A 3 is NR 14, and R 14 is selected from C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, and phenyl; wherein the C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, are each optionally interrupted with one to four heteroatoms selected from O, N and S, and optionally interrupted with one to four groups, in either orientation, selected from -NR 5 -, -NR 5 -C -, -C -O-, and -NR 5 -C -O-; and wherein the C 1-20 alkyl, C 2-20 alkenyl, C 2-20 alkynyl, phenyl, are each optionally substituted or terminated with one to four substituents independently selected from halo, CN, NO 2, OC R 5, C=O, C R 5, C OR 5, OR 5, OS 2 R 5, NR 5 R 6, SR 5, monocyclic and polycyclic heterocyclyl, polyethylene glycol, amino acid, and mono-, di- or tri-saccharide; and R 5 and R 6 are each independently selected from hydrogen, C 1-10 alkyl, and C 1-10 haloalkyl;,
Bicycle component comprising a removable clamping device (20; 120) for fixing to a tubular element of the bicycle and a main body having a rear surface configured to be associated with the tubular element resting against the same, the removable clamping device (20; 120) comprising an annular element configured to wrap around the tubular element, wherein the main body comprises a through opening between the rear surface and a front surface, and in that the removable clamping device (20; 120) comprises: - a slider (32; 132) connected, at a first end portion thereof, to the annular element and slidable in the through opening between a release position and a clamping position; - a lever (42; 142) on the front surface of the main body for actuating the slider (32; 132), engaged on the slider (32; 132) and on the main body, wherein the lever (42; 142) is mobile with respect to the main body between an unlocked position and a locked position, wherein in the locked position the slider (32; 132) is in the clamping position and characterised in that in the clamping position the annular element is pulled towards the rear surface of the main body; so that the tubular element surrounded by the annular element is clamped against the rear surface of the main body, the clamping being provided by the forced contact between the rear surface of the main body and the tubular element, which is pulled towards the rear surface of the main body through the annular element. - a slider (32; 132) connected, at a first end portion thereof, to the annular element and slidable in the through opening between a release position and a clamping position; - a lever (42; 142) on the front surface of the main body for actuating the slider (32; 132), engaged on the slider (32; 132) and on the main body, wherein the lever (42; 142) is mobile with respect to the main body between an unlocked position and a locked position, wherein in the locked position the slider (32; 132) is in the clamping position and characterised in that in the clamping position the annular element is pulled towards the rear surface of the main body; so that the tubular element surrounded by the annular element is clamped against the rear surface of the main body, the clamping being provided by the forced contact between the rear surface of the main body and the tubular element, which is pulled towards the rear surface of the main body through the annular element.
Plate carrier of a self-inking stamp, comprising an adhesive surface for attaching a text plate to an impression side of the plate carrier, the plate carrier having a grid, aligned with respect to the edges (3, 6, 7) of the plate carrier, for aligning the text plate when adhesively bonding said text plate to the plate carrier, characterised in that the grid is arranged on the impression side of the plate carrier.
A cue shaft tip assembly comprising: a shaft (201; 501; 801) with a cavity (290; 590) at a tip end, the cavity having an inner surface; a tip insert (330; 630; 730; 960; 1060; 1160) at the tip end of the shaft, the tip insert having a tip disc (331; 631; 731; 961; 1061; 1161) and an inwardly extending section (332; 632; 732; 962; 1162), the inwardly extending section comprising: one or more aligning protrusions (371, 372; 671, 672; 771, 772; 971, 972; 1071-1080; 1181) configured to interface with the inner surface of the cavity (290; 590), abonding surface (339; 639; 739; 969; 1069; 1169) adjacent to the one or more aligning protrusions, and an epoxy reservoir formed between the bonding surface (339; 639; 739; 969; 1069; 1169) and the inner surface ofthe cavity; and atip (210; 510; 961; 1061; 1161) at an end face ofthe tip disc (331; 631; 731; 961; 1061; 1161) for striking a ball, wherein the tip insert (330; 630; 730; 960; 1060; 1160) is machined from a single piece of material comprising fiber-reinforced epoxy laminate sheets oriented perpendicular to a longitudinal axis of the shaft. a shaft (201; 501; 801) with a cavity (290; 590) at a tip end, the cavity having an inner surface; a tip insert (330; 630; 730; 960; 1060; 1160) at the tip end of the shaft, the tip insert having a tip disc (331; 631; 731; 961; 1061; 1161) and an inwardly extending section (332; 632; 732; 962; 1162), the inwardly extending section comprising: one or more aligning protrusions (371, 372; 671, 672; 771, 772; 971, 972; 1071-1080; 1181) configured to interface with the inner surface of the cavity (290; 590), abonding surface (339; 639; 739; 969; 1069; 1169) adjacent to the one or more aligning protrusions, and an epoxy reservoir formed between the bonding surface (339; 639; 739; 969; 1069; 1169) and the inner surface ofthe cavity; and one or more aligning protrusions (371, 372; 671, 672; 771, 772; 971, 972; 1071-1080; 1181) configured to interface with the inner surface of the cavity (290; 590), abonding surface (339; 639; 739; 969; 1069; 1169) adjacent to the one or more aligning protrusions, and an epoxy reservoir formed between the bonding surface (339; 639; 739; 969; 1069; 1169) and the inner surface ofthe cavity; and atip (210; 510; 961; 1061; 1161) at an end face ofthe tip disc (331; 631; 731; 961; 1061; 1161) for striking a ball, wherein the tip insert (330; 630; 730; 960; 1060; 1160) is machined from a single piece of material comprising fiber-reinforced epoxy laminate sheets oriented perpendicular to a longitudinal axis of the shaft.
A method used to control a torque-converting and/or speed-converting variable-speed transmission, which has an input shaft and an output shaft and at least two gear ratios, each of which is assigned at least one changeable gear pair, - wherein shifting elements act on sliding sleeves that are connected to the gear pairs or to the gearwheels of the gear pairs and are able to change these, - wherein the shifting elements are in engagement with a shift drum, which is bringable into defined angular positions and rotatable between these angular positions, - wherein the shift drum is coupled with an electric-motor direct drive, which rotates the shift drum and brings it into the particular defined angular positions in order to change gear ratios, - and wherein, upon activating or deactivating a gear ratio and upon changing gear ratios of the variable-speed transmission, the rotations of the shift drum are coordinated with the particular rotational speeds of the gearwheels to be brought out of or into engagement with the sliding sleeves, - wherein in each case at least the rotational energies of the gearwheels in question and/or of gear pairs in meshing engagement therewith are taken into account at the same time. - wherein shifting elements act on sliding sleeves that are connected to the gear pairs or to the gearwheels of the gear pairs and are able to change these, - wherein the shifting elements are in engagement with a shift drum, which is bringable into defined angular positions and rotatable between these angular positions, - wherein the shift drum is coupled with an electric-motor direct drive, which rotates the shift drum and brings it into the particular defined angular positions in order to change gear ratios, - and wherein, upon activating or deactivating a gear ratio and upon changing gear ratios of the variable-speed transmission, the rotations of the shift drum are coordinated with the particular rotational speeds of the gearwheels to be brought out of or into engagement with the sliding sleeves, - wherein in each case at least the rotational energies of the gearwheels in question and/or of gear pairs in meshing engagement therewith are taken into account at the same time.