mhurhangee/ep-ind-claims huggingface dataset:
A tangential cutting insert (10, 110, 210) for use in a milling cutter, comprising: two opposing end surfaces (12, 112, 212a, 212b), each end surface having a generally rectangular shape in an end view of the cutting insert; each end surface having four corners, two diagonally opposed lowered corners (26, 126, 226a', 226a") and two diagonally opposed raised corners (24, 124, 224a', 224a"), the lowered corners being closer to a median plane M of the cutting insert than the raised corners, the median plane M being located between the opposing end surfaces; a peripheral side surface (14, 114, 214) extending between the two opposing end surfaces, the peripheral side surface comprising two identical opposing major side surfaces (18, 118, 218a, 218b) of a generally parallelogrammatic shape connected to two opposing minor side surfaces (16, 116, 216a, 216b); and a peripheral cutting edge (40, 140, 240) formed at the intersection of each end surface and the peripheral side surface, each peripheral cutting edge including major cutting edges (42, 142, 242) formed at the intersection of the major side surfaces and with an end surface; characterised in that each end surface comprises four separate planar abutment regions (28a', 28b', 128a', 128b', 228a', 228b', 278a', 278b'), none of the four planar abutment regions being parallel to the median plane M. two opposing end surfaces (12, 112, 212a, 212b), each end surface having a generally rectangular shape in an end view of the cutting insert; each end surface having four corners, two diagonally opposed lowered corners (26, 126, 226a', 226a") and two diagonally opposed raised corners (24, 124, 224a', 224a"), the lowered corners being closer to a median plane M of the cutting insert than the raised corners, the median plane M being located between the opposing end surfaces; a peripheral side surface (14, 114, 214) extending between the two opposing end surfaces, the peripheral side surface comprising two identical opposing major side surfaces (18, 118, 218a, 218b) of a generally parallelogrammatic shape connected to two opposing minor side surfaces (16, 116, 216a, 216b); and a peripheral cutting edge (40, 140, 240) formed at the intersection of each end surface and the peripheral side surface, each peripheral cutting edge including major cutting edges (42, 142, 242) formed at the intersection of the major side surfaces and with an end surface; characterised in that each end surface comprises four separate planar abutment regions (28a', 28b', 128a', 128b', 228a', 228b', 278a', 278b'), none of the four planar abutment regions being parallel to the median plane M.
A device, comprising: a multi-bank memory having at least first and second memory banks (102, 104); at least first and second local controllers (126 128) adapted to control read and write operations on the at least first and second memory banks; a global controller in communication with the at least first and second local controllers, wherein the global controller is configured to receive a first instruction comprising a first memory address and a first operation to be performed at the first memory address and a second instruction comprising a second memory address and a second operation to be performed at the second memory address, and the global controller is configured to instruct the first local controller to perform the first operation at the first memory address and to instruct the second local controller to perform the second operation at the second memory address; and a timer (152, 302) in the global controller, wherein the timer is configured to control an interval at which the global controller sends the first and second instructions to the first and second local controllers. a multi-bank memory having at least first and second memory banks (102, 104); at least first and second local controllers (126 128) adapted to control read and write operations on the at least first and second memory banks; a global controller in communication with the at least first and second local controllers, wherein the global controller is configured to receive a first instruction comprising a first memory address and a first operation to be performed at the first memory address and a second instruction comprising a second memory address and a second operation to be performed at the second memory address, and the global controller is configured to instruct the first local controller to perform the first operation at the first memory address and to instruct the second local controller to perform the second operation at the second memory address; and a timer (152, 302) in the global controller, wherein the timer is configured to control an interval at which the global controller sends the first and second instructions to the first and second local controllers.
A method for multi-dimensional online analytical processing in a relational database, the method comprising: loading incoming data into a plurality of data cubes; incrementally merging the plurality of data cubes in response to a first event; and merging a first data cube of the plurality of data cubes into a main data cube in response to a second event, wherein the main data cube comprises a primary collection of data for the relational database; wherein merging the first data cube into the main data cube comprises: selecting a page corresponding to the first data cube to merge into the main data cube; identifying a page corresponding to the main data cube that overlaps the page from the first data cube; creating a copy of the page corresponding to the first data cube and a copy of the page corresponding to the main data cube; merging the copy of the page corresponding to the main data cube with the copy of the page corresponding to the first data cube to create an updated copy of the page corresponding to the main data cube; replacing the page corresponding to the main data cube with the updated copy of the page corresponding to the main data cube; and deleting the copy of the page corresponding to the first data cube and the updated copy of the page corresponding to the main data cube. loading incoming data into a plurality of data cubes; incrementally merging the plurality of data cubes in response to a first event; and merging a first data cube of the plurality of data cubes into a main data cube in response to a second event, wherein the main data cube comprises a primary collection of data for the relational database; selecting a page corresponding to the first data cube to merge into the main data cube; identifying a page corresponding to the main data cube that overlaps the page from the first data cube; creating a copy of the page corresponding to the first data cube and a copy of the page corresponding to the main data cube; merging the copy of the page corresponding to the main data cube with the copy of the page corresponding to the first data cube to create an updated copy of the page corresponding to the main data cube; replacing the page corresponding to the main data cube with the updated copy of the page corresponding to the main data cube; and deleting the copy of the page corresponding to the first data cube and the updated copy of the page corresponding to the main data cube.
A luminescent borate glass, consisting of a composition with the chemical formula: aM 2 O·bY 2 O 3 ·cAl 2 O 3 ·dB 2 O 3 ·eSiO 2 ·xCeO 2 ·yTb 2 O 3, wherein M represents at least one element selected from the group consisting of Na, K, and Li; a, b, c, d, e, x, and y are, by mole parts, 4.5∼10.5, 7.5∼8, 26.25∼36, 42∼52, 0∼6, 0.5∼0.8, 0.4∼0.8, respectively. wherein M represents at least one element selected from the group consisting of Na, K, and Li; a, b, c, d, e, x, and y are, by mole parts, 4.5∼10.5, 7.5∼8, 26.25∼36, 42∼52, 0∼6, 0.5∼0.8, 0.4∼0.8, respectively.
An introducer system for endoluminal delivery of vascular implants, said introducer system comprising: a constraining mechanism for retaining a vascular implant in delivery configuration and being releasable to allow expansion of the vascular implant toward an expanded configuration; at least one fiber for actuating one or more functions related to the actuation of the constraining mechanism; and a handle having a fiber routing system through which the at least one fiber is routed, the fiber routing system comprising a series of pins about which the at least one fiber is threaded; the series of pins defining a first tensioned fiber length and first tensioned fiber pattern, wherein tension ("d") applied to one end of the at least one fiber translates to an opposite end of the at least one fiber; and wherein removal of at least one of the series of pin creates a predetermined amount of slack in the at least one fiber; the fiber routing system thereby allowing, during assembly of the handle, the predetermined amount of slack to be created in the at least one fiber so as to delay by a desired amount of time actuation of the one or more functions of the handle associated with the at least one fiber during operation of the handle. a constraining mechanism for retaining a vascular implant in delivery configuration and being releasable to allow expansion of the vascular implant toward an expanded configuration; at least one fiber for actuating one or more functions related to the actuation of the constraining mechanism; and a handle having a fiber routing system through which the at least one fiber is routed, the fiber routing system comprising a series of pins about which the at least one fiber is threaded; the series of pins defining a first tensioned fiber length and first tensioned fiber pattern, wherein tension ("d") applied to one end of the at least one fiber translates to an opposite end of the at least one fiber; and wherein removal of at least one of the series of pin creates a predetermined amount of slack in the at least one fiber; the fiber routing system thereby allowing, during assembly of the handle, the predetermined amount of slack to be created in the at least one fiber so as to delay by a desired amount of time actuation of the one or more functions of the handle associated with the at least one fiber during operation of the handle.
An implantable stent comprising: a distensible tubular stent having a tubular structure having a tubular wall defined by an interior surface and an exterior surface and having opposed first and second open ends (12, 14); and a stent retrieval member comprising an elongate member comprising a base and a shaped projection (34, 62) including first and second spaced apart members (36, 38, 64, 66) extending from the base and connected by an apical region (40, 68), wherein the shape of the base matches or substantially matches the cross-sectional shape of the tubular stent at its first open end, whereby force exerted on the shaped projection (34, 62) causes contraction or expansion of the base, wherein the base is securely attached to the first open end characterised in that the shaped projection (34, 62) extends longitudinally beyond the first open end of the tubular structure. a distensible tubular stent having a tubular structure having a tubular wall defined by an interior surface and an exterior surface and having opposed first and second open ends (12, 14); and a stent retrieval member comprising an elongate member comprising a base and a shaped projection (34, 62) including first and second spaced apart members (36, 38, 64, 66) extending from the base and connected by an apical region (40, 68), wherein the shape of the base matches or substantially matches the cross-sectional shape of the tubular stent at its first open end, whereby force exerted on the shaped projection (34, 62) causes contraction or expansion of the base, wherein the base is securely attached to the first open end characterised in that the shaped projection (34, 62) extends longitudinally beyond the first open end of the tubular structure.
Wind turbine comprising a rotor hub, a blade bearing and a rotor blade, wherein a conical rotor-hub extension is arranged between the rotor hub and the blade bearing, wherein the rotor-hub extension has a first diameter at its side facing towards the blade bearing and a second diameter at its side facing towards the rotor hub, wherein the first diameter is greater than the second diameter, wherein the rotor blade is connected directly or indirectly to the blade bearing, wherein the blade bearing comprises a first blade-bearing ring and a second blade-bearing ring, wherein the first blade-bearing ring is connected in a form-fitting manner, or form-fitting and force-fitting manner, to the rotor-hub extension or is designed as part of the rotor-hub extension, wherein the first blade-bearing ring is designed as an outer blade-bearing ring and the second blade-bearing ring is designed as an inner blade-bearing ring, wherein the rotor-hub extension has at least one through-passage opening for through-passage of a fastening element for fastening the rotor blade to the blade bearing and/or of a tool substantially parallel to the main axis of rotation of the blade bearing, wherein the at least one through-passage opening is arranged parallel to a fastening opening in the inner blade-bearing ring, which fastening opening is provided for fastening of the rotor blade to the inner blade-bearing ring, characterized in that centre lines of the through-passage opening and the fastening opening are aligned with one another.
A toner, comprising: a binder resin; a colorant; and a modified laminar inorganic mineral in which interlaminar ions are partially substituted with an organic ion; wherein the toner has an average shape factor SF-1 of from 130 to 160, and includes toner particles having a shape factor SF-1 of from 100 to 115 in an amount of not greater than 2% by number, and wherein the toner is obtainable by a wet granulation method. a binder resin; a colorant; and a modified laminar inorganic mineral in which interlaminar ions are partially substituted with an organic ion; wherein the toner has an average shape factor SF-1 of from 130 to 160, and includes toner particles having a shape factor SF-1 of from 100 to 115 in an amount of not greater than 2% by number, and wherein the toner is obtainable by a wet granulation method.
A replaceable head cutting tool in which a cylindrical mounting unit of a coupling member, which is made of a metal material having hardness lower than the hardness of a hard material of a tool body, is inserted into a mounting hole, which is formed in the tool body made of the hard material and includes a concave portion formed on an inner peripheral surface thereof, the mounting unit being plastically deformed so as to increase in diameter, and an outer peripheral surface of the mounting unit coming into close contact with the inner peripheral surface of the mounting hole and engaging with the concave portion, so that the tool body and the coupling member are joined to each other, wherein the concave portion includes a first wall surface that is inclined toward an outer peripheral side as the first wall surface moves in an insertion direction in which the mounting unit is inserted into the mounting hole, and a second wall surface that is opposite to the first wall surface and is inclined toward an inner peripheral side as the second wall surface moves in the insertion direction, wherein on the tool body from a front end side towards a rear end side, a cutting edge portion on which cutting edges are formed, the engagement portion with which a wrench or the like can be engaged at the time of the replacement of the cutting head, and a tapered shaft portion are formed in this order; wherein an outer diameter of the tapered shaft portion is smaller than that of the cutting edge portion, and is also smaller than that of the engagement portion, and decreases gradually toward a rear end side; and wherein the mounting hole is opened in the rear end face of the tapered shaft portion characterized in that a plurality of the concave portions are formed, with intervals between each other, from a rear end face of the tool body toward the bottom of the mounting hole; one or more of the concave portions close to the front end portion among the concave portions are formed in a portion corresponding to an engagement portion of the tool body in the direction of a center line of the mounting hole; a first inclination angle (α), which is formed between the first wall surface and a plane perpendicular to the center line of the mounting hole at a position where the first wall surface intersects with the inner peripheral surface of the mounting hole, is smaller than a second inclination angle (β), which is formed between the second wall surface and a plane perpendicular to the center line at a position where the second wall surface intersects with the inner peripheral surface of the mounting hole.
A device comprising: a CMOS logic circuit formed in an integrated circuit, the CMOS logic circuit comprising: a first PMOS transistor; a first NMOS transistor; a second PMOS transistor; a second NMOS transistor; a body tie connection terminal of the first and second PMOS transistors; a body tie connection terminal of the first and second NMOS transistors; and a passive body tie bias circuit formed in the integrated circuit and internal to the CMOS logic cell, characterized in that a first end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second PMOS transistors, and a second end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second NMOS transistors. a CMOS logic circuit formed in an integrated circuit, the CMOS logic circuit comprising: a first PMOS transistor; a first NMOS transistor; a second PMOS transistor; a second NMOS transistor; a body tie connection terminal of the first and second PMOS transistors; a body tie connection terminal of the first and second NMOS transistors; and a passive body tie bias circuit formed in the integrated circuit and internal to the CMOS logic cell, characterized in that a first end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second PMOS transistors, and a second end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second NMOS transistors. a first PMOS transistor; a first NMOS transistor; a second PMOS transistor; a second NMOS transistor; a body tie connection terminal of the first and second PMOS transistors; a body tie connection terminal of the first and second NMOS transistors; and a passive body tie bias circuit formed in the integrated circuit and internal to the CMOS logic cell, characterized in that a first end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second PMOS transistors, and a second end of the passive body tie bias circuit is coupled to the body tie connection terminal of the first and second NMOS transistors.
A backlight unit comprising: a bottom chassis including a substantially flat bottom; a bracket accommodated in the bottom chassis and positioned at an edge of the bottom chassis; a light source unit including a substrate fixedly positioned on the bracket and a light source mounted on the substrate, the light source protruding toward the bottom of the bottom chassis; and a light guide plate disposed in the bottom chassis and transmitting light from the light source characterized in that the bracket includes a groove at a surface facing toward the bottom of the bottom chassis, and the bracket is positioned such that a guide protruding from the bottom of the bottom chassis is inserted into the groove. a bottom chassis including a substantially flat bottom; a bracket accommodated in the bottom chassis and positioned at an edge of the bottom chassis; a light source unit including a substrate fixedly positioned on the bracket and a light source mounted on the substrate, the light source protruding toward the bottom of the bottom chassis; and a light guide plate disposed in the bottom chassis and transmitting light from the light source characterized in that the bracket includes a groove at a surface facing toward the bottom of the bottom chassis, and the bracket is positioned such that a guide protruding from the bottom of the bottom chassis is inserted into the groove.
A data-fusion system that fuses lidar -data and camera -data for an automated vehicle, said system comprising: a camera that renders an image of an object proximate to a host-vehicle; a lidar that detects a distance and a direction to the object based on a reflected-signal of light reflected by the object; and a controller in communication with the camera and the lidar, said controller configured to determine a reflectivity-characteristic of the object based on the image and the reflected-signal, and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object, wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold. a camera that renders an image of an object proximate to a host-vehicle; a lidar that detects a distance and a direction to the object based on a reflected-signal of light reflected by the object; and a controller in communication with the camera and the lidar, said controller configured to determine a reflectivity-characteristic of the object based on the image and the reflected-signal, and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object, wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold. determine a reflectivity-characteristic of the object based on the image and the reflected-signal, and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object, wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold.