mhurhangee/ep-ind-claims huggingface dataset:
A method of optimizing in real time a plurality of different system parameters in a process stream of a crude unit to reduce corrosion and/or corrosion byproduct deposition in the crude unit, wherein a plurality of compositions including at least a neutralizer composition and a caustic agent are added to the process stream of the crude unit, and the plurality of different system parameters are selected from the group including: oxidation-reduction potential; pH; levels of various chemicals or ions including chloride, iron ions, non-iron metal ions, ammonia, various amines, strong or weak acids including sulfuric, sulfurous, thiosulfurous, carbon dioxide, and hydrogen sulfide; temperature; pressure; process stream flow rate; and dissolved or suspended solids, the plurality of different system parameters including at least pH and chloride ion concentration, the method for each system parameter of the plurality of different system parameters comprising: (a) measuring a property associated with the system parameter at one or more points in the crude unit; (b) determining an optimum range associated with the measured property, wherein the optimum range is optionally user-defined; (c) (i) converting the measured property into an input electrical signal capable of being transmitted to a controller and (ii) transmitting the input electrical signal to the controller; (d) if the measured property is outside of the optimum range associated with that property, the controller causes a change in an influx of a composition into the process stream in real time, the composition capable of adjusting the property associated with the system parameter in a manner to bring the measured property within said optimum range; wherein the influx of neutralizer composition is changed to adjust pH based on measuring the pH and the influx of caustic agent is changed to adjust chloride ion concentration based on measuring the chloride ion concentration; and wherein each different system parameter having a unique associated property. (a) measuring a property associated with the system parameter at one or more points in the crude unit; (b) determining an optimum range associated with the measured property, wherein the optimum range is optionally user-defined; (c) (i) converting the measured property into an input electrical signal capable of being transmitted to a controller and (ii) transmitting the input electrical signal to the controller; (d) if the measured property is outside of the optimum range associated with that property, the controller causes a change in an influx of a composition into the process stream in real time, the composition capable of adjusting the property associated with the system parameter in a manner to bring the measured property within said optimum range; wherein the influx of neutralizer composition is changed to adjust pH based on measuring the pH and the influx of caustic agent is changed to adjust chloride ion concentration based on measuring the chloride ion concentration; and wherein each different system parameter having a unique associated property.
A method for encoding volumetric video comprising: obtaining two or more patches formed from a three-dimensional image information, each patch representing projection data of at least a part of an object to a projection plane; determining for each of the two or more patches a rectangle totally covering the patch; inserting the two or more patches into a grid; and encoding the grid into a bitstream; characterized in that the method further comprises: determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area. obtaining two or more patches formed from a three-dimensional image information, each patch representing projection data of at least a part of an object to a projection plane; determining for each of the two or more patches a rectangle totally covering the patch; inserting the two or more patches into a grid; and encoding the grid into a bitstream; characterized in that the method further comprises: determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area. determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area.
A fuel flow control assembly for an aircraft engine comprising: a gear arrangement (14, 16) having a shaft (12, 18); a bearing structure operatively coupled to the shaft; a pressure pad disposed adjacent the bearing structure, the pressure pad having a radially extending port for receiving a fuel flow; and a flow metering device in flow communication with the radially extending port of the pressure pad and configured to restrict the fuel flow at a low pressure operating condition by closing the radially extending port and opening the radially extending port to increase the fuel flow at a high pressure operating condition; wherein the gear arrangement (14, 16) is a dual stage gear arrangement having a drive gear disposed on a first shaft and a driven gear disposed on a second shaft; the drive gear and the driven gear are supported by bearings that are operatively coupled to each shaft (12, 18) and fixed relative to a housing, the bearings are inserted into a common carrier that is cast as one piece in a general shape of an "8", the bearings are journal bearings; the bearings include a floating bearing disposed adjacent a face of a gear of the gear arrangement (14, 16), the pressure pad disposed adjacent the floating bearing; and the flow metering device is configured in operation to control flow to allow the floating bearing to receive the control flow and float against a gear face of the gears. a gear arrangement (14, 16) having a shaft (12, 18); a bearing structure operatively coupled to the shaft; a pressure pad disposed adjacent the bearing structure, the pressure pad having a radially extending port for receiving a fuel flow; and a flow metering device in flow communication with the radially extending port of the pressure pad and configured to restrict the fuel flow at a low pressure operating condition by closing the radially extending port and opening the radially extending port to increase the fuel flow at a high pressure operating condition; wherein the gear arrangement (14, 16) is a dual stage gear arrangement having a drive gear disposed on a first shaft and a driven gear disposed on a second shaft; the drive gear and the driven gear are supported by bearings that are operatively coupled to each shaft (12, 18) and fixed relative to a housing, the bearings are inserted into a common carrier that is cast as one piece in a general shape of an "8", the bearings are journal bearings; the bearings include a floating bearing disposed adjacent a face of a gear of the gear arrangement (14, 16), the pressure pad disposed adjacent the floating bearing; and the flow metering device is configured in operation to control flow to allow the floating bearing to receive the control flow and float against a gear face of the gears.
An electrical distribution center for an automobile comprising: an upper housing; a circuit board disposed in the upper housing; a lower housing having a plurality of lower terminal receiving cavities and a plurality of alignment cavities (76, 78, 80, 82); a plurality of terminals (28, 30) mounted on said circuit board, each of said plurality of terminals (28, 30) being in electrical communication with a respective electrically conductive member, said plurality of terminals (28, 30) having lower contact portions below said circuit board and disposed in said lower terminal receiving cavities, wherein each of said plurality of terminals (28, 30) extends from said circuit board no more than a first predetermined distance; characterized by a plurality of alignment posts (42, 44, 46, 48) fixed to said circuit board and received within respective said alignment cavities (76, 78, 80, 82), wherein each of said plurality of alignment posts (42, 44, 46, 48) extends from said circuit board at least a second predetermined distance which is greater than said first predetermined distance. an upper housing; a circuit board disposed in the upper housing; a lower housing having a plurality of lower terminal receiving cavities and a plurality of alignment cavities (76, 78, 80, 82); a plurality of terminals (28, 30) mounted on said circuit board, each of said plurality of terminals (28, 30) being in electrical communication with a respective electrically conductive member, said plurality of terminals (28, 30) having lower contact portions below said circuit board and disposed in said lower terminal receiving cavities, wherein each of said plurality of terminals (28, 30) extends from said circuit board no more than a first predetermined distance; characterized by a plurality of alignment posts (42, 44, 46, 48) fixed to said circuit board and received within respective said alignment cavities (76, 78, 80, 82), wherein each of said plurality of alignment posts (42, 44, 46, 48) extends from said circuit board at least a second predetermined distance which is greater than said first predetermined distance.
Oven with an oven front having an operating and display surface and with a front surface, arranged in an essentially flush-mounted manner with the oven front in the closed state, of an oven door which can be moved with respect to the oven front, which oven door is bordered by the aforementioned operating and display surface as well as by front strips provided at least on both sides of said operating and display surface, bordering the door front surface, connected to the operating and display surface in an integral and flush-mounted manner, wherein the front strips are attached to the front surface of the oven door over a large area with a width (a), characterised in that the ratio of the width (a) of the front strip to the height (b) of the operating and display surface is 1:r, wherein r is a number less than 5.
A method of coating a substrate with coating composition, comprising - in a first step applying to the substrate in the desired thickness at least one coating composition comprising - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - at least one compound which has at least two isocyanate-reactive groups, a number-average molecular weight Mn of at least 1000 g/mol, and an OH number of 40 to 350 mg KOH/g, - at least one imidazolium salt, - optionally at least one solvent, - optionally at least one urethanization catalyst other than, and - optionally other, typical coatings components and/or additives, said imidazolium salt having the formula in which R 1 and R 3 independently of one another are an organic radical having 1 to 20 C atoms, R 4 and R 5 independently of one another are an H atom or an organic radical having up to 20 C atoms, R 2 is hydrogen or a C 1 to C 18 alkyl group and A - is an anion, - optionally drying the coating composition applied to the substrate, by at least partly removing volatile constituents, followed by - curing the coating composition applied to the substrate. - in a first step applying to the substrate in the desired thickness at least one coating composition comprising - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - at least one compound which has at least two isocyanate-reactive groups, a number-average molecular weight Mn of at least 1000 g/mol, and an OH number of 40 to 350 mg KOH/g, - at least one imidazolium salt, - optionally at least one solvent, - optionally at least one urethanization catalyst other than, and - optionally other, typical coatings components and/or additives, said imidazolium salt having the formula in which R 1 and R 3 independently of one another are an organic radical having 1 to 20 C atoms, R 4 and R 5 independently of one another are an H atom or an organic radical having up to 20 C atoms, R 2 is hydrogen or a C 1 to C 18 alkyl group and A - is an anion, - optionally drying the coating composition applied to the substrate, by at least partly removing volatile constituents, followed by - curing the coating composition applied to the substrate.
A mold apparatus for manufacturing a coil component comprising: a support plate; a die that is disposed on the support plate, the die having a peripheral side wall defining an opening opposite the support plate, the coil component, and an admixture to form a magnetic cover portion on the coil component, being placeable in an inner space of the die interior of the side wall; a lid that is configured to be inserted via the opening of the die into the inner space of the die with an outer peripheral edge of the lid slidably received by an inner surface of the side wall of the die; a press member that is configured to abuttingly engage the lid so as to press the lid toward the support plate; a press mechanism that is operatively connected to the press member; and a vibration generating mechanism configured to apply vibration to the die, directly or indirectly, to give a shear force to said admixture in the inner space of the die, said vibration generating mechanism comprising a ball vibrator configured to rotationally move a ball. a support plate; a die that is disposed on the support plate, the die having a peripheral side wall defining an opening opposite the support plate, the coil component, and an admixture to form a magnetic cover portion on the coil component, being placeable in an inner space of the die interior of the side wall; a lid that is configured to be inserted via the opening of the die into the inner space of the die with an outer peripheral edge of the lid slidably received by an inner surface of the side wall of the die; a press member that is configured to abuttingly engage the lid so as to press the lid toward the support plate; a press mechanism that is operatively connected to the press member; and a vibration generating mechanism configured to apply vibration to the die, directly or indirectly, to give a shear force to said admixture in the inner space of the die, said vibration generating mechanism comprising a ball vibrator configured to rotationally move a ball.
An implantable device of the neural interface type for the processing of signals, including: - a case intended to be held at least partially in a cavity (Ca) formed on the cranium of a human or animal, said case including an upper face, intended to come into contact with the skin, the surface of which is convex, - an electronic circuit for processing signals positioned in the case, and - a system of electrodes coupled electrically to the electronic circuit, characterized in that the device includes a signal transmission sleeve, extending from the periphery of the case, the sleeve having a convex upper surface such that it at least partially reproduces the curvature of the cranium and/or that of the scalp in the area where it is implanted, and such that it provides an appreciable surface continuity between the upper face of the case and the upper face of the sleeve, in that the upper face of the sleeve and the upper face of the case are tangential relative to one another at their interface, and in that the upper surface of the sleeve is connected to the upper face of the case in continuous fashion, such that it has a roundness closely following the shape of the scalp and/or that of the cranium at the interface between the case and the sleeve. - a case intended to be held at least partially in a cavity (Ca) formed on the cranium of a human or animal, said case including an upper face, intended to come into contact with the skin, the surface of which is convex, - an electronic circuit for processing signals positioned in the case, and - a system of electrodes coupled electrically to the electronic circuit,
Electromechanical steering system for a motor vehicle, comprising a double-winding three-phase motor with a first phase set and a second phase set, which each have a first phase (u1, u2), a second phase (v1, v2) and a third phase (w1, w2), and a circuit arrangement for operating the double-winding three-phase motor, the circuit arrangement comprising a first inverter with first transistors connected to form three first half-bridges (11, 12, 13) and first terminals (17, 18, 19), which are electrically conductively connected to the phases (u1, v1, w1) of the first phase set of the double-winding three-phase motor, and a second inverter with second transistors connected to three second half-bridges (21, 22, 23) and second terminals (27, 28, 29), which are electrically conductively connected to the phases (u2, v2, w2) of the second phase set of the double-winding three-phase motor, characterized in that the first phase set is electrically conductively connected to the second phase set as a star connection.
Sole insert for cross-country skiing boots that closes the cut-outs in the soles used to fasten the boots to the cross-country skis, wherein that insert can be used as tension band over the shaft of the skiing boots after it is removed from the sole.
A core of a vacuum insulation member, the core comprising: a plurality of plates (160,170,180,270) which are spaced apart from each other; and a support member supporting the plurality of plates (160,170,180,270) between the plates, wherein the plurality of plates (160,170,180,270) includes first and second plates (160,180) having a plate form; and one or a plurality of intermediate plates (170,270) disposed between the first and second plates (160,180), wherein the intermediate plates (170,270) have a lattice form, wherein a portion of the lattice has a cutaway portion. a plurality of plates (160,170,180,270) which are spaced apart from each other; and a support member supporting the plurality of plates (160,170,180,270) between the plates, wherein the plurality of plates (160,170,180,270) includes first and second plates (160,180) having a plate form; and one or a plurality of intermediate plates (170,270) disposed between the first and second plates (160,180), wherein the intermediate plates (170,270) have a lattice form, wherein a portion of the lattice has a cutaway portion.
A bearing material comprising: in wt%: 4-12 tin; 0.1 - 2 nickel; 1 - 6 bismuth; 0.01 - less than 0.10 alumina; balance copper apart from incidental impurities.
Strain gauge with at least one strain body stretching along a direction of strain and having meandering loops, and with at least one sensor element which is actively connected to the strain body for detecting a change in length of the strain body, the loops having at least one arch-shaped section, characterized in that the at least one sensor element is arranged on a flat section at an outside of a loop and the inside of the loop in a head of the loop has a larger clear span in the direction of strain than in a neck of the loop connected to the head.
An immunoconjugate targeting CD138 expressing tumor cells for use in treating CD138 expressing tumor cells of a subject by diminishing adhesion of stroma cells to the CD138 expressing tumor cells, wherein the immunoconjugate comprises an effector molecule and an engineered targeting antibody, wherein the effector molecule and the engineered targeting antibody are attached to each other via a cleavable linker, wherein the effector molecule is an inhibitor of tubulin polymerization, wherein the engineered targeting antibody comprises a heavy chain variable region comprising amino acid residues 31 to 35, 51 to 68 and 99 to 111 of SEQ ID NO: 1, and a light chain variable region comprising amino acid residues 24 to 34, 50 to 56 and 89 to 97 of SEQ ID NO: 2, and wherein the immunoconjugate is for use with a further cytotoxic agent, wherein the immunoconjugate and the further cytotoxic agent are to be administered consecutively and wherein administration of the further cytotoxic agent is to follow the administration of the immunoconjugate.
A method for recovering lost clusters on a mounted volume defined according to a file system comprising a directory table and one or more logical allocation structures, wherein the directory table comprises entries describing a tree structure which indicates a relationship between files and directories and identifies a first cluster of a file system data object, wherein the logical allocation structures comprise a file allocation table, wherein the file allocation table describes a sequence of clusters that are allocated to a file system data object,, the method comprising the following steps executed by a file system driver: receiving the mounted volume; reading the entries included within the directory table; generating an allocation bitmap based on the read entries; prior to reading all of the entries included within the directory table, determining (706, 712) any and all cluster allocation changes that occurs in the mounted volume while the entries are being read; modifying the allocation bitmap based on the cluster allocation changes; comparing the modified allocation bitmap to the logical allocation structures; and determining, if the modified allocation bitmap indicates that one or more clusters of the mounted volume are free and the logical allocation structures indicate that the one or more clusters of the mounted volume are in use, that the one or more clusters are lost clusters, and recovering the lost clusters. receiving the mounted volume; reading the entries included within the directory table; generating an allocation bitmap based on the read entries; prior to reading all of the entries included within the directory table, determining (706, 712) any and all cluster allocation changes that occurs in the mounted volume while the entries are being read; modifying the allocation bitmap based on the cluster allocation changes; comparing the modified allocation bitmap to the logical allocation structures; and determining, if the modified allocation bitmap indicates that one or more clusters of the mounted volume are free and the logical allocation structures indicate that the one or more clusters of the mounted volume are in use, that the one or more clusters are lost clusters, and recovering the lost clusters.