mhurhangee/ep-ind-claims huggingface dataset:
A method for performing physics simulations on at least one graphics processor unit, GPU, comprising: mapping physical parameters associated with at least one mesh into a plurality of memory arrays during first and second stages of a process to set up a linear system of equations that governs motion of the at least one mesh depicted in a scene; wherein the second stage commences after receipt of an input from the first stage; wherein the first stage comprises determining a net force and a non-diagonal portion of a matrix for the linear system of equations, and the second stage comprises determining a diagonal portion of the matrix; and performing computations on data in the plurality of memory arrays using at least one pixel processor to solve the linear system of equations for an instant of time, wherein modified data representing the solution to the linear system of equations for the instant of time are stored in the plurality of memory arrays during a solver stage. mapping physical parameters associated with at least one mesh into a plurality of memory arrays during first and second stages of a process to set up a linear system of equations that governs motion of the at least one mesh depicted in a scene; wherein the second stage commences after receipt of an input from the first stage; wherein the first stage comprises determining a net force and a non-diagonal portion of a matrix for the linear system of equations, and the second stage comprises determining a diagonal portion of the matrix; and performing computations on data in the plurality of memory arrays using at least one pixel processor to solve the linear system of equations for an instant of time, wherein modified data representing the solution to the linear system of equations for the instant of time are stored in the plurality of memory arrays during a solver stage.
An integrated fuel processor and fuel cell system comprising: a controllable fuel source; a fuel processor connected to said controllable fuel source and configured to receive fuel from said controllable fuel source and convert a portion of said fuel into permeate; a fuel cell connected to said fuel processor and configured to receive permeate from said fuel processor; a power management module connected to an output of said fuel cell; an energy storage device connected to an output of said power management module; and an electrical load connected to a second output of said power management module; characterized in that a fuel processor electronic control unit is configured to control the rate at which fuel is supplied to said fuel processor as a function of a temperature within said fuel processor and a pressure of said permeate; and wherein said fuel processor includes a reformer and a membrane separator, wherein said membrane separator is configured to separate a reformate into retentate and permeate, with said retentate being returned to said reformer as a function of said permeate pressure. a controllable fuel source; a fuel processor connected to said controllable fuel source and configured to receive fuel from said controllable fuel source and convert a portion of said fuel into permeate; a fuel cell connected to said fuel processor and configured to receive permeate from said fuel processor; a power management module connected to an output of said fuel cell; an energy storage device connected to an output of said power management module; and an electrical load connected to a second output of said power management module; characterized in that a fuel processor electronic control unit is configured to control the rate at which fuel is supplied to said fuel processor as a function of a temperature within said fuel processor and a pressure of said permeate; and wherein said fuel processor includes a reformer and a membrane separator, wherein said membrane separator is configured to separate a reformate into retentate and permeate, with said retentate being returned to said reformer as a function of said permeate pressure.
Closing aid for a motor vehicle latch comprising a catch which can be ratcheted in a pre-ratchet position and in a main ratchet position by at least one pawl in order for it to be possible to move the catch from the pre-ratchet position and the main ratchet position by motor force, the closing aid comprising a movable closing pawl for closure by motor force, the closing pawl being movable for the closure from a starting position to an end position along a first path, the return movement of the closing pawl from the end position to the starting position occurring along a different, second path, the closing pawl being guided at least along one path by two control contours (4, 5), the second path of the closing pawl being selected such that the closing pawl is disengaged at an early stage, in particular at an early stage before reaching the starting position, characterized in that one of the two control contours (4, 5), which together guide the closing pawl along a path, is immovable.
Solenoid valve for metering a fluid into an intake section of an engine, comprising a magnet assembly, an armature which interacts with the magnet assembly, and a valve head with a reciprocating movement which is connected to the armature for opening and closing at least one throughflow opening which is configured in a valve plate, the throughflow opening opening into a recess of an end face of the valve plate, which end face faces the valve head, and a sealing face of the valve head lying opposite the recess in order to seal the recess with respect to a valve space, characterized in that the armature and the valve head are substantially pressure-equalized in the closed position.
Stringer for reinforcing aircraft skin panels, comprising an inner segment at least one run-out, and an adjacent segment between the inner segment and the run-out, said stringer being formed by a plurality of superimposed plies of composite material, wherein each ply includes reinforcing fibers oriented in the same direction within the ply, characterized in that in the adjacent segment the number of plies with a fiber orientation at 90° with respect to the longitudinal axis of the stringer, is greater than the number of plies with a fiber orientation at 0° with respect to the longitudinal axis of the stringer.
A method for updating a webpage, comprising: upon detection of an update instruction, acquiring a feature value of an update process that generates the update instruction, the feature value comprising a process name and process identification of the update process; comparing the acquired feature value with each set of feature values in a preset process whitelist; and if there is an item in the preset process whitelist which is identical to the acquired feature value, adjusting a stored webpage document according to the update instruction, wherein prior to the step of, upon detection of an update instruction, acquiring a feature value of an update process that generates the update instruction, the method further comprises: upon receipt of a security policy sent by a policy server, generating the preset process whitelist according to the security policy and a feature value of a preset process; and wherein after each time the webpage server restarts or an update process restarts, the preset process whitelist is re-generated. upon detection of an update instruction, acquiring a feature value of an update process that generates the update instruction, the feature value comprising a process name and process identification of the update process; comparing the acquired feature value with each set of feature values in a preset process whitelist; and if there is an item in the preset process whitelist which is identical to the acquired feature value, adjusting a stored webpage document according to the update instruction, wherein prior to the step of, upon detection of an update instruction, acquiring a feature value of an update process that generates the update instruction, the method further comprises: upon receipt of a security policy sent by a policy server, generating the preset process whitelist according to the security policy and a feature value of a preset process; and wherein after each time the webpage server restarts or an update process restarts, the preset process whitelist is re-generated.
An image processing apparatus comprising: at least one processor that is configured to: acquire a low-energy image captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and a plurality of high-energy images captured by the radiography apparatus by emitting radiation having second energy higher than the first energy at a plurality of different imaging timings after the injection of the contrast medium, and characterized by generating a second difference image showing a difference between a plurality of first difference images showing a difference of the low-energy image and each of the plurality of high-energy images to remove a pixel value corresponding to the contrast medium that has permeated outside a region of interest. acquire a low-energy image captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and a plurality of high-energy images captured by the radiography apparatus by emitting radiation having second energy higher than the first energy at a plurality of different imaging timings after the injection of the contrast medium, and characterized by generating a second difference image showing a difference between a plurality of first difference images showing a difference of the low-energy image and each of the plurality of high-energy images to remove a pixel value corresponding to the contrast medium that has permeated outside a region of interest.
A method for assembling a turbine rotor blades assembly, the turbine rotor blades assembly having a plurality of turbine rotor blades fixedly inserted into the outer circumference of a turbine rotor, wherein each of the turbine rotor blades includes a profile member extending radially outwardly from a central axis, and a top plate formed integrally with the profile member at the outer end thereof, wherein said top plate provides an abutment interconnection relationship at abutment engaging surfaces between adjacent turbine rotor blades, wherein the abutment engaging surfaces between adjacent turbine rotor blades are slantingly angled in the same circumferential direction of the turbine rotor blades assembly relative to a mean straight line extending from the center of the rotor to the center of each of the profile members, wherein according to the method, root portions of turbine rotor blades are inserted into corresponding rotor disks one by one until all of the turbine rotor blades are fixedly attached upon the rotor disk, said method comprising the steps of: inserting a spacer member between a platform of the turbine rotor blade to be attached and an outer surface of the rotor at the side opposite from the previously fixed turbine rotor blade; biasing the turbine rotor blade to be attached during assembling thereof so as to provide abutment engagement between a top plate of the turbine rotor blade to be attached and a top plate of the turbine rotor blade previously fixed; repeating said inserting step and biasing step for each of the turbine rotor blades until all of the turbine rotor blades are installed. inserting a spacer member between a platform of the turbine rotor blade to be attached and an outer surface of the rotor at the side opposite from the previously fixed turbine rotor blade; biasing the turbine rotor blade to be attached during assembling thereof so as to provide abutment engagement between a top plate of the turbine rotor blade to be attached and a top plate of the turbine rotor blade previously fixed; repeating said inserting step and biasing step for each of the turbine rotor blades until all of the turbine rotor blades are installed.
A method of making an assembly having a cast iron subassembly, comprising: providing a steel insert having a first joining surface; bonding the steel insert to a cast iron part to form a cast iron subassembly (42a, 42b) such that the first joining surface is an exterior surface of the cast iron subassembly (42a, 42b); providing a steel component having a second joining surface; abutting the second joining surface with the first joining surface; and joining the cast iron subassembly (42a, 42b) to the steel component proximate the first and second joining surfaces (18, 48) by welding such that welding does not convert cast iron of the cast iron part to white cast iron, characterised in that welding produces a weld that does not extend to the cast iron part. providing a steel insert having a first joining surface; bonding the steel insert to a cast iron part to form a cast iron subassembly (42a, 42b) such that the first joining surface is an exterior surface of the cast iron subassembly (42a, 42b); providing a steel component having a second joining surface; abutting the second joining surface with the first joining surface; and joining the cast iron subassembly (42a, 42b) to the steel component proximate the first and second joining surfaces (18, 48) by welding such that welding does not convert cast iron of the cast iron part to white cast iron, characterised in that welding produces a weld that does not extend to the cast iron part.
Pneumatic tyre tread that is formed from a rubber composition and that contacts the road surface when the tyre rolls, the pneumatic tyre tread characterized by having a tread portion, in which is formed at least one primary groove of depth D and width W having a base surface and two opposing walls, and multiple flexible fences of thickness E, which extend inside the primary groove such that at least 70% of the cross-sectional area of the primary groove is blocked and which are disposed at intervals such that at least one of the multiple flexible fences is in the primary groove in the tread contact patch when the tyre is rolling, wherein the multiple flexible fences are formed from at least a rubber composition for fences that is different from the rubber composition for the tread portion; the rubber composition for fences of the flexible fences has an abrasion index that is more than or equal to twice the abrasion index of the rubber composition of the tread portion; and the rubber composition for fences comprises a filler composition that is based on (a) a diene elastomer, (b) a reinforcing filler selected from the group consisting of carbon black, inorganic fillers, organic fillers, and mixtures of said fillers, which has a BET specific surface area of less than 100 m 2 /g and is in an amount of between 20 phr and 120 phr, preferably between 30 phr and 100 phr; (c) a plasticizing system selected from the group consisting of liquid plasticizer, hydrocarbon resins and mixtures thereof; and (d) a vulcanizing agent. (a) a diene elastomer, (b) a reinforcing filler selected from the group consisting of carbon black, inorganic fillers, organic fillers, and mixtures of said fillers, which has a BET specific surface area of less than 100 m 2 /g and is in an amount of between 20 phr and 120 phr, preferably between 30 phr and 100 phr; (c) a plasticizing system selected from the group consisting of liquid plasticizer, hydrocarbon resins and mixtures thereof; and (d) a vulcanizing agent.
A compound of Formula I, or salt thereof, wherein: MBG is tetrazolyl; R 1 is fluoro; R 2 is fluoro; R 3 is OCF 3 or OCH 2 CF 3; R 4 is 2,4-difluorophenyl; R 5 is -P 2; R 6 is hydrogen; and n is 1. MBG is tetrazolyl; R 1 is fluoro; R 2 is fluoro; R 3 is OCF 3 or OCH 2 CF 3; R 4 is 2,4-difluorophenyl; R 5 is -P 2; R 6 is hydrogen; and n is 1.
A method for analysing contractions or Ca 2+ transients in an in vitro sample of electrically coupled cells comprising the steps of: providing matrix supported cells wherein said cells are equipped with signalling means which signal Ca 2+ transients within one or more of said cells; imaging said Ca 2+ transients; storing a data trace of said image for a least one region of interest making up a measured field of view of the sample, wherein the data trace represents variations in said contractions or Ca 2+ transients versus time; investigating the data trace, for the or each ROI, to identify the sections of the data trace comprising peaks in the trace which correspond to peaks in the contractions or Ca 2+ transients; selecting ROIs comprising at least one transient peak as included ROIs; and characterised in that said method further comprises analysing the sections of the data trace which do not comprise contractions or Ca 2+ transient peaks to generate a first set of parameters representing inter-transient noise for the or each included ROI. providing matrix supported cells wherein said cells are equipped with signalling means which signal Ca 2+ transients within one or more of said cells; imaging said Ca 2+ transients; storing a data trace of said image for a least one region of interest making up a measured field of view of the sample, wherein the data trace represents variations in said contractions or Ca 2+ transients versus time; investigating the data trace, for the or each ROI, to identify the sections of the data trace comprising peaks in the trace which correspond to peaks in the contractions or Ca 2+ transients; selecting ROIs comprising at least one transient peak as included ROIs; and characterised in that said method further comprises analysing the sections of the data trace which do not comprise contractions or Ca 2+ transient peaks to generate a first set of parameters representing inter-transient noise for the or each included ROI.
An iron-based braze filler metal consisting of: chromium in an amount of 25-35 percent by weight; silicon in an amount of 3-12 percent by weight; phosphorus in an amount of 3-12 percent by weight; at least one of calcium, yttrium and misch metal in an amount of up to a total of 0.2 percent by weight; nickel in an amount of up to 25 percent by weight; optionally at least one of molybdenum and vanadium in an amount up to 5 percent by weight for each element; and a balance of essentially iron. chromium in an amount of 25-35 percent by weight; silicon in an amount of 3-12 percent by weight; phosphorus in an amount of 3-12 percent by weight; at least one of calcium, yttrium and misch metal in an amount of up to a total of 0.2 percent by weight; nickel in an amount of up to 25 percent by weight; optionally at least one of molybdenum and vanadium in an amount up to 5 percent by weight for each element; and a balance of essentially iron.
Method for identifying tools, said tools comprising a marking provided with at least one optically readable symbol, said method comprising the following steps: - positioning several tools in a checking area, - capturing at least one image of said checking area by means of at least one image capture device, said at least one image capture device covering said checking area, - detecting at least one complete symbol situated in said at least one image by means of an image processing operation carried out by a calculator, - identifying with said calculator at least one detected tool corresponding to said at least one complete symbol detected during said detection, and - determining a list comprising said at least one detected tool, characterised in that said symbol comprises a barcode or a matrix code allowing each tool to be identified individually and uniquely, said marking covering 360° in a peripheral region of said tool. said method comprising the following steps: - positioning several tools in a checking area, - capturing at least one image of said checking area by means of at least one image capture device, said at least one image capture device covering said checking area, - detecting at least one complete symbol situated in said at least one image by means of an image processing operation carried out by a calculator, - identifying with said calculator at least one detected tool corresponding to said at least one complete symbol detected during said detection, and - determining a list comprising said at least one detected tool, - positioning several tools in a checking area, - capturing at least one image of said checking area by means of at least one image capture device, said at least one image capture device covering said checking area, - detecting at least one complete symbol situated in said at least one image by means of an image processing operation carried out by a calculator, - identifying with said calculator at least one detected tool corresponding to said at least one complete symbol detected during said detection, and - determining a list comprising said at least one detected tool, characterised in that said symbol comprises a barcode or a matrix code allowing each tool to be identified individually and uniquely, said marking covering 360° in a peripheral region of said tool.
Method for defence against and/or disturbance of objects, such as missiles or IEDs, mines, and bombs which contain electronics with at least one semiconductor element with a nonlinear boundary layer transition, wherein the object is irradiated with at least one high-frequency interference signal (3, 4), wherein the object is irradiated simultaneously with at least two interference signals (3, 4) of different frequencies (f 1, f 2), wherein the frequency difference (f 2 - f 1) of the two interference signals (3, 4) is chosen in such a way that the semiconductor element generates secondary high-frequency signals induced with nonlinear boundary layer transition, wherein the frequency difference (f 2 - f 1) of the two interference signals (3, 4) is chosen in such a way that as a result of the secondary high-frequency signals generated inside the outer shell, pronounced resonance effects occur which influence the electronics of the objects so strongly that the mission of the object is aborted, characterized in that the coupling of the interference signals (3, 4) takes place as backdoor coupling through an outer shell made of metal.