mhurhangee/ep-ind-claims huggingface dataset:
A compound for decreasing apo(a) expression comprising a modified oligonucleotide consisting of 15 to 30 linked nucleosides and having a nucleobase sequence comprising a portion of at least 15 contiguous nucleobases complementary to an equal length portion of nucleobases 3900 to 3923 of SEQ ID NO: 1, and wherein the nucleobase sequence of the modified oligonucleotide is at least 80% complementary to SEQ ID NO: 1.
Grinding disc unit for a rotary grinding machine, comprising: a) a grinding disc comprising a front face with a hook-and-loop layer for attachment of a hook-and-loop enabled grinding pad and a rear side opposite to the front side; b) a drive shaft of the grinding disc mountable to a tool holder of the rotary grinding machine; and c) an extraction hood; wherein d) the extraction hood is arranged for a dust hoovering through the grinding disc therethrough to the back of the grinding disc and comprises a casing; wherein e) the frame of the grinding disc is rounded at the front face and broadened towards an upward standing casing surface (19"), and wherein the grinding disc unit is characterized in that f) the grinding disc comprises at least at its frame extraction openings (16, 17) which penetrate the grinding disc; g) the extraction hood is pivotable mounted at the drive shaft; h) the diameter of the casing surface (19") of the grinding disc is slightly larger than the diameter of the casing of the extraction hood, and i) the casing of the extraction hood engages from above into the grinding disc with the upward standing casing surface (19") and seals against the grinding disc. a) a grinding disc comprising a front face with a hook-and-loop layer for attachment of a hook-and-loop enabled grinding pad and a rear side opposite to the front side; b) a drive shaft of the grinding disc mountable to a tool holder of the rotary grinding machine; and c) an extraction hood; wherein d) the extraction hood is arranged for a dust hoovering through the grinding disc therethrough to the back of the grinding disc and comprises a casing; wherein e) the frame of the grinding disc is rounded at the front face and broadened towards an upward standing casing surface (19"), and wherein f) the grinding disc comprises at least at its frame extraction openings (16, 17) which penetrate the grinding disc; g) the extraction hood is pivotable mounted at the drive shaft; h) the diameter of the casing surface (19") of the grinding disc is slightly larger than the diameter of the casing of the extraction hood, and i) the casing of the extraction hood engages from above into the grinding disc with the upward standing casing surface (19") and seals against the grinding disc.
An information processing apparatus capable of recognizing a multi-touch operation, the information processing apparatus comprising: a first acquisition means for acquiring positions of a plurality of touch points that constitute the multi-touch operation; a second acquisition means for acquiring information indicating a distance between two touch points that constitute the multi-touch operation based on the positions acquired by the first acquisition means; characterized in that the information processing apparatus further comprises a first determination means for counting the number of pinch-out actions when the distance between the two touch points indicated by the information acquired by the second acquisition means has been enlarged, and for determining that the input multi-touch operation is a pinch-out operation that causes a display unit to enlarge an image to be displayed thereon, in a case that the number of pinch-out actions is greater than or equal to two, wherein, in a case that the number of pinch-out actions is smaller than two, the information processing apparatus is configured to not recognize the starting of an input of the pinch-out operation. a first acquisition means for acquiring positions of a plurality of touch points that constitute the multi-touch operation; a second acquisition means for acquiring information indicating a distance between two touch points that constitute the multi-touch operation based on the positions acquired by the first acquisition means; characterized in that the information processing apparatus further comprises a first determination means for counting the number of pinch-out actions when the distance between the two touch points indicated by the information acquired by the second acquisition means has been enlarged, and for determining that the input multi-touch operation is a pinch-out operation that causes a display unit to enlarge an image to be displayed thereon, in a case that the number of pinch-out actions is greater than or equal to two, wherein, in a case that the number of pinch-out actions is smaller than two, the information processing apparatus is configured to not recognize the starting of an input of the pinch-out operation.
Braking system for a commercial vehicle, comprising: a transfer element movable between at least one braking position to apply a braking force on a brake and a release position, a main brake actuator configured to move the transfer element into the at least one braking position, and a secondary brake actuator (4, 4', 4", 4"') configured to move the transfer element into the at least one braking position and/or to hold the transfer element in the at least one braking position, wherein the secondary brake actuator is connected to the transfer element, characterized in that the secondary brake actuator comprises a length adjustable portion configured to be at least partially compressed when the main brake actuator and the secondary brake actuator are activated, and configured to be at least partially decompressed when at least one of the main brake actuator and the secondary brake actuator is deactivated. a transfer element movable between at least one braking position to apply a braking force on a brake and a release position, a main brake actuator configured to move the transfer element into the at least one braking position, and a secondary brake actuator (4, 4', 4", 4"') configured to move the transfer element into the at least one braking position and/or to hold the transfer element in the at least one braking position, wherein the secondary brake actuator is connected to the transfer element, characterized in that the secondary brake actuator comprises a length adjustable portion configured to be at least partially compressed when the main brake actuator and the secondary brake actuator are activated, and configured to be at least partially decompressed when at least one of the main brake actuator and the secondary brake actuator is deactivated.
A capsule containing a liquid, comprising: an elastically deformable capsule body that has a substantially cylindrical shape, includes an end wall closing a distal end thereof and an open end opening a proximal end thereof; a closure wall provided at the open end of said capsule body, said closure wall closing the open end so that the capsule containing the liquid therein is formed; a thin-walled region (30, 44, 46, 74) formed on the end wall of said capsule body, said thin-walled region being thinner than thicknesses of the end wall and a circumferential wall of said capsule body; and a protrusion integrally formed on the end wall of said capsule body, characterized in that said protrusion protrudes from said thin-walled region toward an outside of the capsule, and wherein the capsule has such a size as to be capable of being incorporated into a smoking article. an elastically deformable capsule body that has a substantially cylindrical shape, includes an end wall closing a distal end thereof and an open end opening a proximal end thereof; a closure wall provided at the open end of said capsule body, said closure wall closing the open end so that the capsule containing the liquid therein is formed; a thin-walled region (30, 44, 46, 74) formed on the end wall of said capsule body, said thin-walled region being thinner than thicknesses of the end wall and a circumferential wall of said capsule body; and a protrusion integrally formed on the end wall of said capsule body, characterized in that said protrusion protrudes from said thin-walled region toward an outside of the capsule, and wherein the capsule has such a size as to be capable of being incorporated into a smoking article.
A laminate composite comprising: at least two plies of graphite material; and at least one self-repair conduit present in a matrix between the at least two plies of graphite material, characterized in that the self-repair conduit has therein a modifying agent configured to resist a temperature of at least 121.1 °C for at least one hour without degradation, and in that the modifying agent is configured to repair the laminate after an impact of 5 to 50 joules to the laminate, the repair being at least 70% of that prior to the impact. at least two plies of graphite material; and at least one self-repair conduit present in a matrix between the at least two plies of graphite material, characterized in that the self-repair conduit has therein a modifying agent configured to resist a temperature of at least 121.1 °C for at least one hour without degradation, and in that the modifying agent is configured to repair the laminate after an impact of 5 to 50 joules to the laminate, the repair being at least 70% of that prior to the impact.
An organic light-emitting display device comprising sub-pixels (R, G) which emit light of different colors, each sub-pixel (R, G) comprising a thin film transistor (100R, 100G) and a storage capacitor (300R, 300G), an area of the thin film transistor of the sub-pixel emitting light of a first color being larger than an area of the thin film transistor of the sub-pixel emitting light of a second color, the first color being green, wherein each thin film transistor (100R, 100G) comprises an active layer (101R, 101G) and a gate electrode (102R, 102G), the area of the transistor consisting in the overlapping area between the active layer (101R, 101G) and the respective gate electrode (102R, 102G), wherein a length of the overlapping area of the thin film transistor of the sub-pixel emitting light of the first color is larger than a length of the overlapping area of the thin film transistor of the sub-pixel emitting light of the second color, and characterized in that a width of the overlapping area of the thin film transistor of the sub-pixel emitting light of the first color is smaller than a width of the overlapping area of the thin film transistor of the sub-pixel emitting light of the second color.
An internal combustion engine including: - at least one cylinder, - at least one feed conduit for combustion gas, and - at least one exhaust gas conduit (7, 7') for carrying exhaust gas away from the internal combustion engine, characterised in that there is provided a measuring device for determining the gas quality of a combustion gas which can be fed to the internal combustion engine by way of the feed conduit, wherein the measuring device includes at least one catalyst unit to which exhaust gas from the internal combustion engine can be fed and at least one sensor arranged downstream of the catalyst unit for detecting a parameter which is characteristic of the conversion rate of the catalyst unit, wherein the gas quality of the combustion gas fed to the internal combustion engine can be determined by the measuring device for determining the gas quality in dependence on the parameter which is ascertained by the sensor and which is characteristic of the conversion rate of the catalyst unit. - at least one cylinder, - at least one feed conduit for combustion gas, and - at least one exhaust gas conduit (7, 7') for carrying exhaust gas away from the internal combustion engine,
A lens device comprising: a first optical system; a second optical system that is disposed concentrically with the first optical system and has an annular shape; a first optical system driving section that moves the first optical system along an optical axis; and being characterised in that it further comprises a second optical system driving section that moves the second optical system along the optical axis; a first stop that adjusts a light amount of light passing through the first optical system; and a second stop that adjusts a light amount of light passing through the second optical system wherein said first optical system driving section integrally moves the first optical system and the first stop and said second optical system driving section integrally moves the second optical system and the second stop. a first optical system; a second optical system that is disposed concentrically with the first optical system and has an annular shape; a first optical system driving section that moves the first optical system along an optical axis; and being characterised in that it further comprises a second optical system driving section that moves the second optical system along the optical axis; a first stop that adjusts a light amount of light passing through the first optical system; and a second stop that adjusts a light amount of light passing through the second optical system wherein said first optical system driving section integrally moves the first optical system and the first stop and said second optical system driving section integrally moves the second optical system and the second stop.
A carbonaceous refractory characterized by being obtained by adding an organic binder to refractory materials which include a carbonaceous material comprised of one or more of calcined anthracite, calcined coke, natural graphite, or artificial graphite in 60 to 85 mass%, a refractory metal oxide in 5 to 15 mass%, metal silicon in 4 to 15 mass% wherein the metal silicon has a particle size of 1 to 74 μm, and carbon black in 2 to 8 mass% wherein the carbon black has an average particle size of 30 to 300 nm, made a total of 100 mass%, kneading them, then shaping and firing them in a nonoxidizing atmosphere.
A yarn winding unit comprising: a winding section adapted to wind a yarn to form a package; a driving section adapted to rotate the package reversibly in the rotation direction; a yarn catching section adapted to catch a yarn from the package rotated by the driving section in a reverse direction opposite to a yarn winding direction; and a unit controller adapted to control a rotation direction of the package and starting/stopping of rotation of the package, the unit controller is adapted to change a timing of issuing at least either a reverse rotation stop command or a reverse rotation speed reduction command issued to the driving section in correspondence to rotational inertia of the package, the reverse rotation stop command being defined as a command issued to the driving section to stop a reverse rotation of the package which is the rotation of the package in the reverse direction, and the reverse rotation speed reduction command being defined as a command issued to the driving section to reduce the reverse rotation speed of the package for the purpose of stopping the reverse rotation of the package, characterized in that the unit controller is adapted to issue at least either the reverse rotation stop command or the reverse rotation speed reduction command to the driving section so that the reverse rotation of the package is actually stopped at a constant timing regardless of variation in quantity of yarn wound into the package. a winding section adapted to wind a yarn to form a package; a driving section adapted to rotate the package reversibly in the rotation direction; a yarn catching section adapted to catch a yarn from the package rotated by the driving section in a reverse direction opposite to a yarn winding direction; and a unit controller adapted to control a rotation direction of the package and starting/stopping of rotation of the package, the unit controller is adapted to change a timing of issuing at least either a reverse rotation stop command or a reverse rotation speed reduction command issued to the driving section in correspondence to rotational inertia of the package, the reverse rotation stop command being defined as a command issued to the driving section to stop a reverse rotation of the package which is the rotation of the package in the reverse direction, and the reverse rotation speed reduction command being defined as a command issued to the driving section to reduce the reverse rotation speed of the package for the purpose of stopping the reverse rotation of the package, characterized in that the unit controller is adapted to issue at least either the reverse rotation stop command or the reverse rotation speed reduction command to the driving section so that the reverse rotation of the package is actually stopped at a constant timing regardless of variation in quantity of yarn wound into the package.
A compound represented by Formula: wherein ring A is phenyl, naphthyl or pyridyl; R 1 is C 1-6 alkyl; R 2 is -O-C 1-6 alkyl; R 3 is halogen, C 2-6 alkynyl, C 1-6 alkyl optionally substituted with halogen, -O-C 1-6 alkyl optionally substituted with deuterium or halogen, -S-C 1-6 alkyl optionally substituted with halogen, phenyl, pentafluorothio, -CN, -O-benzyl or -Si-mono-, di- or tri-C 1-6 alkyl wherein di or tri may be same or different alkyl; L is bond, C 1-6 alkylene, -O- or -S-; each of m and n is 0 or 1; q is 0, 1 or 2, and when q is 2, each R 3 independently represents the same or different substituent; and represents single or double bond, or a salt thereof. ring A is phenyl, naphthyl or pyridyl; R 1 is C 1-6 alkyl; R 2 is -O-C 1-6 alkyl; R 3 is halogen, C 2-6 alkynyl, C 1-6 alkyl optionally substituted with halogen, -O-C 1-6 alkyl optionally substituted with deuterium or halogen, -S-C 1-6 alkyl optionally substituted with halogen, phenyl, pentafluorothio, -CN, -O-benzyl or -Si-mono-, di- or tri-C 1-6 alkyl wherein di or tri may be same or different alkyl; L is bond, C 1-6 alkylene, -O- or -S-; each of m and n is 0 or 1; q is 0, 1 or 2, and when q is 2, each R 3 independently represents the same or different substituent; and represents single or double bond,
A computer-implemented method for identifying portions of data on a storage media, the method comprising: accessing a storage media communicatively coupled to a first computer; determining if the storage media has a block size with a multiple of 4096 bytes; in response to the storage media having a block size that is a multiple of 4096 bytes performing: a) retrieving a next 4096 byte cluster and its position; b) using a first hash function on the 4096 byte cluster to produce a first hash value; c) applying a first bloom filter to the first hash value; d) in response to the first bloom filter returning a possibility of the first hash value in a first set of data, performing e) using a second hash function on the 4096 byte cluster to produce a second hash value; f) applying a second bloom filter to the second hash value; g) in response to the second bloom filter returning a possibility of the second hash value in a second set of data, transmitting the second hash value and the position to a second computer; h) determining whether there are more 4096 byte clusters to be examined; and. i) in response to more 4096 byte clusters to be examined, returning to step a. accessing a storage media communicatively coupled to a first computer; determining if the storage media has a block size with a multiple of 4096 bytes; in response to the storage media having a block size that is a multiple of 4096 bytes performing: a) retrieving a next 4096 byte cluster and its position; b) using a first hash function on the 4096 byte cluster to produce a first hash value; c) applying a first bloom filter to the first hash value; d) in response to the first bloom filter returning a possibility of the first hash value in a first set of data, performing e) using a second hash function on the 4096 byte cluster to produce a second hash value; f) applying a second bloom filter to the second hash value; g) in response to the second bloom filter returning a possibility of the second hash value in a second set of data, transmitting the second hash value and the position to a second computer; h) determining whether there are more 4096 byte clusters to be examined; and. i) in response to more 4096 byte clusters to be examined, returning to step a. a) retrieving a next 4096 byte cluster and its position; b) using a first hash function on the 4096 byte cluster to produce a first hash value; c) applying a first bloom filter to the first hash value; d) in response to the first bloom filter returning a possibility of the first hash value in a first set of data, performing e) using a second hash function on the 4096 byte cluster to produce a second hash value; f) applying a second bloom filter to the second hash value; g) in response to the second bloom filter returning a possibility of the second hash value in a second set of data, transmitting the second hash value and the position to a second computer; h) determining whether there are more 4096 byte clusters to be examined; and. i) in response to more 4096 byte clusters to be examined, returning to step a.
An apparatus or device for separating components of a fluid comprising a container (5, 5') having an inlet (25, 25') for introducing the fluid into a receiving portion (30, 30'), at least one separation or filtration member (10, 11, 10', 11') capable of selectively separating or filtering at least one component from the fluid, wherein the at least one separation or filtration member (10, 11, 10', 11') comprises a first side face (12, 12') facing toward the receiving portion (30, 30') and a second side face (13, 13') facing in the opposite direction, and a superabsorbent material (20, 20') capable of absorbing the at least one component separated from the fluid, and thereby providing a processed fluid free or substantially free of the at least one component, characterised in that the receiving portion (30, 30') is provided between an inside wall (6, 6') of the container (5, 5') and a first side face (12, 12') of the at least one separation or filtration member (10, 11, 10', 11'), and the superabsorbent material (20, 20') is in contact with or adjacent the second side face (13, 13') of the at least one separation or filtration member (10, 11, 10', 11').