mhurhangee/ep-ind-claims huggingface dataset:
A method for graphics processing, comprising: receiving, by at least one processor, a source pixel value to be written to a pixel location in a render target, wherein the source pixel value is associated with a source node in a hierarchical structure having a plurality of nodes associated with a plurality of node indices, and wherein the source node is associated with a source node index made up of a first set of bits; receiving, by the at least one processor, a destination pixel value of the pixel location in the render target, wherein the destination pixel value is associated with a destination node in the hierarchical structure, and wherein the destination node is associated with a destination node index made up of a second set of bits; determining, by the at least one processor, a lowest common ancestor node of the source node and the destination node in the hierarchical structure, including determining a resulting node index associated with the lowest common ancestor node based at least in part on a common set of bits between the first set of bits and the second set of bits; and outputting, by the at least one processor, a resulting pixel value associated with the lowest common ancestor node of the source node and the destination node to the pixel location in the render target. receiving, by at least one processor, a source pixel value to be written to a pixel location in a render target, wherein the source pixel value is associated with a source node in a hierarchical structure having a plurality of nodes associated with a plurality of node indices, and wherein the source node is associated with a source node index made up of a first set of bits; receiving, by the at least one processor, a destination pixel value of the pixel location in the render target, wherein the destination pixel value is associated with a destination node in the hierarchical structure, and wherein the destination node is associated with a destination node index made up of a second set of bits; determining, by the at least one processor, a lowest common ancestor node of the source node and the destination node in the hierarchical structure, including determining a resulting node index associated with the lowest common ancestor node based at least in part on a common set of bits between the first set of bits and the second set of bits; and outputting, by the at least one processor, a resulting pixel value associated with the lowest common ancestor node of the source node and the destination node to the pixel location in the render target.
Fixing device with a fixing element actuable by means of an electric drive, wherein the fixing element can be brought by means of the electric drive into a blocking setting in such a way that an actuator of a safety switch can be fixed by this, wherein the fixing element is so connected with the electric drive by way of a coupling that a rotational movement of the electric drive is converted into a pure translational movement of the fixing element, wherein the coupling comprises a transverse pin and wherein the transverse pin is guided in a longitudinal guide, characterised in that the coupling comprises a cylinder pin extending transversely to the transverse pin, wherein the cylinder pin secures the transverse pin, and that a torsionally stiff and play-free coupling is produced in axial direction by the coupling between the fixing element and the electric drive and compensation for tolerance of these units is provided in lateral direction, wherein the longitudinal axes of the transverse pin and the cylinder pin extend transversely to the longitudinal axis of the fixing element, wherein the transverse pin is mounted with play in a receptacle of the fixing element and wherein the cylinder pin is mounted with play in a receptacle of the transverse pin.
A Hot Isostatic Pressing, HIP, System, with a furnace isolation chamber for containing a component to be hot isostatically pressed, comprising: longitudinally cylindrical sidewalls; a top end extending between and permanently connected to said side walls, thereby closing one end of the chamber; a base end, which is opposite said top end, and a movable bottom end, which is adapted to receive said component, and comprises a mechanism for raising and lowering said component into a high temperature zone of the furnace in the HIP system, wherein said isolation chamber forms an integral part of the HIP system, wherein there is a temperature gradient from the top end of the furnace isolation chamber to the base end, with the base end of said chamber being located outside of the high temperature zone of the furnace; wherein the furnace isolation chamber further comprises at least one porous metal or ceramic filter (310, 320). longitudinally cylindrical sidewalls; a top end extending between and permanently connected to said side walls, thereby closing one end of the chamber; a base end, which is opposite said top end, and a movable bottom end, which is adapted to receive said component, and comprises a mechanism for raising and lowering said component into a high temperature zone of the furnace in the HIP system, wherein said isolation chamber forms an integral part of the HIP system, wherein there is a temperature gradient from the top end of the furnace isolation chamber to the base end, with the base end of said chamber being located outside of the high temperature zone of the furnace; wherein the furnace isolation chamber further comprises at least one porous metal or ceramic filter (310, 320).
Connector, in particular a shelf connector, comprising a drilling pot for insertion into a bore on the lower side which is open at the edge, of a first component, and a support part for mounting in a bore of a second component, wherein the drilling pot comprises a pot bottom, a pot opening and, in its circumferential wall, a longitudinal slot which is open up to the pot opening, wherein the support part comprises a support bottom, a fastening leg projecting past the support bottom, and an expansion element and wherein the longitudinal slot of the drilling pot and the fastening leg of the support part can be inserted into one another, characterized in that the drilling pot comprises on the inside of its circumferential wall sections two detent springs that can be expanded to the outside and the free ends of which face one another and are each oriented at an inclination towards the pot bottom, wherein, during inserting the drilling pot and the support part into one another, the detent springs are deflected by the expansion element and are locked in the finally mounted position behind the expansion element.
A dispensing system (116, 124) comprising: a powder source configured to hold powder to be dispensed over a top surface of a platen; a powder conveyor extending over the top surface of the platen, the powder conveyor comprising a proximal end configured to receive the powder from the powder source, the powder conveyor being configured to move the powder carried within the powder conveyor along a length of the powder conveyor; a plurality of rings arranged coaxially along a longitudinal axis of the powder conveyor and forming a tube surrounding the powder conveyor and configured to contain the powder, wherein each ring comprises a plurality of positions spaced angularly around the ring, each position having one or more openings and having a distinct combination of a number of openings and opening size; and a cap plate extending along a length of the tube, the cap plate comprising at least one cap plate opening (152; 605F, 615, A, 615D, 625B) wherein each ring is configured to be independently rotatable such that the at least one ring opening of the respective concentric ring is movable into or out of alignment with the at least one cap plate opening, wherein the powder is dispensed from the tube through the at least one ring opening and the at least one cap plate opening when the at least one ring opening and the at least one cap plate opening are aligned. a powder source configured to hold powder to be dispensed over a top surface of a platen; a powder conveyor extending over the top surface of the platen, the powder conveyor comprising a proximal end configured to receive the powder from the powder source, the powder conveyor being configured to move the powder carried within the powder conveyor along a length of the powder conveyor; a plurality of rings arranged coaxially along a longitudinal axis of the powder conveyor and forming a tube surrounding the powder conveyor and configured to contain the powder, wherein each ring comprises a plurality of positions spaced angularly around the ring, each position having one or more openings and having a distinct combination of a number of openings and opening size; and a cap plate extending along a length of the tube, the cap plate comprising at least one cap plate opening (152; 605F, 615, A, 615D, 625B) wherein each ring is configured to be independently rotatable such that the at least one ring opening of the respective concentric ring is movable into or out of alignment with the at least one cap plate opening, wherein the powder is dispensed from the tube through the at least one ring opening and the at least one cap plate opening when the at least one ring opening and the at least one cap plate opening are aligned.
Steam cooking appliance with an evaporator unit, which has a water container and with which water can be evaporated by means of a heating element and the steam produced by the evaporator unit can be provided in a cooking chamber muffle of the steam cooking appliance, wherein a wall part of the water container is arranged substantially flush with a wall part of the cooking chamber muffle, and the water container can be removed, preferably without a tool, in the direction of a cooking chamber bound substantially by the cooking chamber muffle, characterised in that the water container can be inserted into a depression of the wall part, wherein the depression is embodied at least in sections so as to receive the wall part of the water container in a flush manner.
Rolling bearing, in particular a center-free large rolling bearing, having two concentric ball races (2, 3) of which the one ball race comprises a groove open toward the other ball race and the other ball race comprises a scraper ring engaging into the named groove, wherein the scraper ring is supported at the groove in the axial direction of the rolling bearing by at least two axial bearings (8, 9, 10) which are arranged at opposite front sides of the scraper ring, and is supported in radial direction of the rolling bearing by at least one radial bearing (11, 12), and the scraper ring is supported in the radial direction at the groove by two radial bearings (11, 12) which are arranged at oppositely disposed jacket surface sides of the scraper ring, characterized in that the scraper ring is supported at the groove in the axial direction by a third axial bearing (8, 9, 10), and two axial bearings (8, 9) are arranged at the same front side of the scraper ring in raceways (15, 16) offset from one another in the axial direction.
A tire and rim assembly comprising: a tire; a circular hub member for securing to a rotatable axle of a vehicle; a rim piece for engaging the hub member, the rim piece having a first annular ring flange for engaging the tire; a second annular ring flange for engaging the tire; and a plurality of cylindrical shafts for each axially engaging the first annular ring flange at one axial end of each of the shafts and the second annular ring flange at another opposite axial end of each of the shafts, the plurality of cylindrical shafts having a circular cross section, wherein the first ring flange has first circular openings arrayed circumferentially about the first ring flange and wherein the plurality of cylindrical shafts each engage a corresponding first circular opening of the first ring flange, each shaft further including two central bore holes extending axially inward from each axial end of each shaft; characterized in that the two central bore holes are two central threaded bore holes, in that the plurality of cylindrical shafts have a circular cross-section, in that their radially outer surfaces engage a respective cylindrical inner radial surface of a corresponding loop of the tire, and in that the second annular ring flange is attachable to and detachable from the tire and the rim piece. a tire; a circular hub member for securing to a rotatable axle of a vehicle; a rim piece for engaging the hub member, the rim piece having a first annular ring flange for engaging the tire; a second annular ring flange for engaging the tire; and a plurality of cylindrical shafts for each axially engaging the first annular ring flange at one axial end of each of the shafts and the second annular ring flange at another opposite axial end of each of the shafts, the plurality of cylindrical shafts having a circular cross section, wherein the first ring flange has first circular openings arrayed circumferentially about the first ring flange and wherein the plurality of cylindrical shafts each engage a corresponding first circular opening of the first ring flange, each shaft further including two central bore holes extending axially inward from each axial end of each shaft; characterized in that the two central bore holes are two central threaded bore holes, in that the plurality of cylindrical shafts have a circular cross-section, in that their radially outer surfaces engage a respective cylindrical inner radial surface of a corresponding loop of the tire, and in that the second annular ring flange is attachable to and detachable from the tire and the rim piece.
A method of determining an indication of fluid inflow in a well, the method comprising: determining a first fluid flow velocity profile based on slug tracking; determining a second fluid flow velocity profile from an estimate of fluid inflow at each of a plurality of perforations in the well; combining the first and second fluid flow velocity profiles to provide a combined velocity profile; deriving, from the combined velocity profile, an indication of fluid inflow at at least one perforation. determining a first fluid flow velocity profile based on slug tracking; determining a second fluid flow velocity profile from an estimate of fluid inflow at each of a plurality of perforations in the well; combining the first and second fluid flow velocity profiles to provide a combined velocity profile; deriving, from the combined velocity profile, an indication of fluid inflow at at least one perforation.
A caliper body for a vehicle disc brake, wherein a pair of acting portions that are disposed at both-side portions of a disc rotor, respectively and that are respectively formed with cylinder holes to which pistons are inserted are connected by a bridge portion that straddles an outer periphery of the disc rotor, bolt insertion holes to which vehicle body attachment bolts are inserted are formed at both-side portions, in a disc rotation direction, of one of the acting portions, so as to pass therethrough in a disc radial direction, dust seal mounting grooves to which dust seals are fitted are formed in inner surfaces of the cylinder holes on an opening side thereof, piston seal mounting grooves to which piston seals are fitted are formed in the inner surfaces of the cylinder holes so as to be closer to a bottom portion of the cylinder hole than the dust seal mounting grooves, a center line of the piston seal mounting groove in a disc axis direction is located on a disc rotor side of center axes of the bolt insertion holes.
A hydroformylation process for producing two or more aldehydes comprising a normal aldehyde and one or more iso-aldehydes with a target N/I ratio, which N/I ratio is defined as a molar ratio of the normal aldehyde to the iso-aldehydes, the process comprising contacting under reaction conditions an α-olefin represented by formula: R-CH 2 -CH=CH 2 wherein R is selected from the group consisting of hydrogen, substituted and unsubstituted C 1-9 alkyl moieties, with carbon monoxide and hydrogen in a reaction medium that is essentially free of an iso-olefin represented by formula: R-CH 2 -C(CH 3)=CH 2 wherein R is as defined above, in the presence of a transition metal-ligand complex catalyst comprising a symmetric calixarene bisphosphite ligand represented by formula: wherein each R 1 is the same and is selected from the group consisting of hydrogen and substituted or unsubstituted alkyl moieties; wherein each R 2 is the same and is selected from the group consisting of amide moieties of the formula CH 2 C NR 6 R 7, wherein R 6 and R 7 are independently selected from substituted and unsubstituted C 1-15 alkyl moieties and C 6-25 aryl moieties; and wherein each R 3 is the same, each R 4 is the same, and each R 5 is the same, and wherein R 3, R 4, and R 5 are independently selected from hydrogen, alkyl, alkaryl, alkoxy, aryloxy, keto, carbonyloxy, and alkoxycarbonyl moieties; which contacting occurs under a carbon monoxide partial pressure in a range from 41 kPa (6 psi) to 2.1 MPa (300 psi) to produce the two or more aldehydes with the target N/I ratio, which target N/I ratio is selectable over a range from 3 to 60 by controlling the carbon monoxide partial pressure. wherein R is as defined above, in the presence of a transition metal-ligand complex catalyst comprising a symmetric calixarene bisphosphite ligand represented by formula: wherein each R 1 is the same and is selected from the group consisting of hydrogen and substituted or unsubstituted alkyl moieties; wherein each R 2 is the same and is selected from the group consisting of amide moieties of the formula CH 2 C NR 6 R 7, wherein R 6 and R 7 are independently selected from substituted and unsubstituted C 1-15 alkyl moieties and C 6-25 aryl moieties; and wherein each R 3 is the same, each R 4 is the same, and each R 5 is the same, and wherein R 3, R 4, and R 5 are independently selected from hydrogen, alkyl, alkaryl, alkoxy, aryloxy, keto, carbonyloxy, and alkoxycarbonyl moieties;
A calibration method for calibrating a camera of a mobile device for detecting an analyte in a sample, comprising: a) capturing at least one image of at least one object by using the camera, wherein during said capturing an illumination source of the mobile device is turned on; b) determining from the image captured in step a) at least one first area in the image which is affected by direct reflection of light originating from the illumination source and being reflected by the object; and c) determining at least one second area in the image which essentially does not overlap with the first area and returning the second area as a target area for the location of a test field of a test strip in a subsequent detection step wherein the detection step is performed after the calibration method. a) capturing at least one image of at least one object by using the camera, wherein during said capturing an illumination source of the mobile device is turned on; b) determining from the image captured in step a) at least one first area in the image which is affected by direct reflection of light originating from the illumination source and being reflected by the object; and c) determining at least one second area in the image which essentially does not overlap with the first area and returning the second area as a target area for the location of a test field of a test strip in a subsequent detection step wherein the detection step is performed after the calibration method.
An ethylene-based polymer with a zero-shear viscosity, η 0, in Pascal-seconds at 190 °C as determined using a Zero Shear Viscosity method, an absolute weight average molecular weight value, M w,Abs, in g/mol, and a conventional weight average molecular weight value, M w,GPC, in g/mol, where the numerical values of η 0, M w,Abs, and M w,GPC correspond to the relationship: 3.6607 * Log M w, Abs − 16.47 < Log η 0 * M w, GPC / M w, Abs < 3.6607 * Log M w, Abs − 14.62, and where the ethylene-based polymer further comprises sulfur.
A container comprising a lid part and a container part, wherein said container part comprises a bottom and connected to said bottom a circumferential container wall ending in a rim for receiving said lid part, said lid part being substantially made from a thermoplastic material and comprising a connection portion for connection to a rim of a container part and a lid which is pivotably connected to said connection portion, said connection portion comprising an upper wall provided with an access opening, which can be sealed with said lid and a circumferential first flange upstanding from the upper wall and surrounding said access opening, said lid comprising a circumferential lid flange extending towards said connection portion, perimeters of said lid flange and of said first flange mutually adapted to allow said lid flange to close in a sealing manner around an exterior of said first flange of said connection portion, wherein an area of said access opening is at least about 50 cm2 and said connection portion is provided with stacking provisions arranged around said access opening and which are complementary with stacking provisions at the bottom of said container part, whereby a first container may be stacked on the upper wall of a second container without loading the lid, said container further comprising a sealing foil attached to an inner surface of the container part and a space provided between the lid and the sealing foil for storing a measuring scoop.
Combustion equipment comprising: a burner plate in which fuel and air are mixed with each other while the fuel and air pass through an air hole; a burner plate extension which is a portion of the burner plate and extends toward a combustion chamber side spaced apart from the air hole; the burner plate including a plurality of air holes, wherein a plurality of fuel nozzles are coaxially arranged on the upstream side of the air holes so as to generate a coaxial jet flow within said air holes; characterized in that the combustion equipment further comprises a protrusion disposed on the combustion chamber side of the burner plate extension so as to protrude in direction perpendicular to a direction where a flow of the fuel passes; wherein a flame source forming area is defined between the burner plate, the burner plate extension and the protrusion, wherein the burner plate extension is formed steplike such that the burner plate is thicker in thickness on an axial center side of the burner than on an outer circumferential side thereof; and wherein the protrusion is provided on the external circumferential side of the burner plate extension. a burner plate in which fuel and air are mixed with each other while the fuel and air pass through an air hole; a burner plate extension which is a portion of the burner plate and extends toward a combustion chamber side spaced apart from the air hole; the burner plate including a plurality of air holes, wherein a plurality of fuel nozzles are coaxially arranged on the upstream side of the air holes so as to generate a coaxial jet flow within said air holes; characterized in that the combustion equipment further comprises a protrusion disposed on the combustion chamber side of the burner plate extension so as to protrude in direction perpendicular to a direction where a flow of the fuel passes; wherein a flame source forming area is defined between the burner plate, the burner plate extension and the protrusion, wherein the burner plate extension is formed steplike such that the burner plate is thicker in thickness on an axial center side of the burner than on an outer circumferential side thereof; and wherein the protrusion is provided on the external circumferential side of the burner plate extension.