mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing a production history matching process, the method comprising: obtaining production data and an initial subsurface model; determining an experimental design including one or more model parameter sets based on the initial subsurface model, wherein the results of executing the experimental design are used to measure relationships between a connectivity measure and an objective function; calculating a value for a static geologic measurement at each of the model parameter sets; performing at least one flow simulation using a computer with the experimental design to generate results; determining a screening filter based at least in part on one or more of the production data, the static geologic measurement, or the generated results; and performing a history match process using the screening filter to run the flow simulation on a computer that satisfies the screening filter. obtaining production data and an initial subsurface model; determining an experimental design including one or more model parameter sets based on the initial subsurface model, wherein the results of executing the experimental design are used to measure relationships between a connectivity measure and an objective function; calculating a value for a static geologic measurement at each of the model parameter sets; performing at least one flow simulation using a computer with the experimental design to generate results; determining a screening filter based at least in part on one or more of the production data, the static geologic measurement, or the generated results; and performing a history match process using the screening filter to run the flow simulation on a computer that satisfies the screening filter.
A computer implemented method comprising: sending to each device of a plurality of devices (114, 115, 116) in a load balancing pool a query via a management interface (404, 405, 406) of the device; receiving, from each device (114, 115, 116) via the management interface (404, 405, 406) of the device (114, 115, 116), a response (401, 402, 403) to the query comprising user count information that includes a user count value and an address identifier of the management interface (404, 405, 406) of the device (114, 115, 116), the user count value indicating a number of users currently being served by the device (114, 115, 116); determining, for each device (114, 115, 116), an identity of an external interface of the device corresponding to the received address identifier of the management interface (404, 405, 406) of the device (114, 115, 116), the external interface of the device (114, 115, 116) being employed to serve the users currently being served by the device (114, 115, 116); determining, for each device (114, 115, 116), a limit variable corresponding to the device (114, 115, 116) based on the identity of the external interface of the device (114, 115, 116); and removing a device of the plurality of devices (114, 115, 116) from the load balancing pool based on the user count value of the user count information for the device (114, 115, 116) exceeding the limit variable corresponding to the device (114, 115, 116). sending to each device of a plurality of devices (114, 115, 116) in a load balancing pool a query via a management interface (404, 405, 406) of the device; receiving, from each device (114, 115, 116) via the management interface (404, 405, 406) of the device (114, 115, 116), a response (401, 402, 403) to the query comprising user count information that includes a user count value and an address identifier of the management interface (404, 405, 406) of the device (114, 115, 116), the user count value indicating a number of users currently being served by the device (114, 115, 116); determining, for each device (114, 115, 116), an identity of an external interface of the device corresponding to the received address identifier of the management interface (404, 405, 406) of the device (114, 115, 116), the external interface of the device (114, 115, 116) being employed to serve the users currently being served by the device (114, 115, 116); determining, for each device (114, 115, 116), a limit variable corresponding to the device (114, 115, 116) based on the identity of the external interface of the device (114, 115, 116); and removing a device of the plurality of devices (114, 115, 116) from the load balancing pool based on the user count value of the user count information for the device (114, 115, 116) exceeding the limit variable corresponding to the device (114, 115, 116).
A method for multicolor separation of a print file containing source data, characterized by: establishing (100, 106), by a computer system, a color space by generating color profiles, wherein the color space is used by the computer system for processing a source file, and wherein the color space has a constant size and constant form; analyzing, by the computer system, a color separation strategy and values to effect a relationship between a channel vLCh and source data (n) CLR, wherein the color separation strategy avoids overlaying three colors when a resulting color rendering is achievable by two colors; establishing, by the computer system, a second relationship based on actual measured colorimetric data with the source data, wherein said second relationship is established by a look-up table with interpolation of the data between the anchor points of the look-up table; inputting, by the computer system, the source file for processing pursuant to printing; processing, by the computer system, said source file in a reversible, three-dimensional color space comprising a workspace between said color space and a printing space, where the percentage of each color is equivalent to a single color having separation values necessary to obtain an expected color rendering before separation into separate layers for printing; and outputting, by the computer system, said processed source file for printing in the printing space. establishing (100, 106), by a computer system, a color space by generating color profiles, wherein the color space is used by the computer system for processing a source file, and wherein the color space has a constant size and constant form; analyzing, by the computer system, a color separation strategy and values to effect a relationship between a channel vLCh and source data (n) CLR, wherein the color separation strategy avoids overlaying three colors when a resulting color rendering is achievable by two colors; establishing, by the computer system, a second relationship based on actual measured colorimetric data with the source data, wherein said second relationship is established by a look-up table with interpolation of the data between the anchor points of the look-up table; inputting, by the computer system, the source file for processing pursuant to printing; processing, by the computer system, said source file in a reversible, three-dimensional color space comprising a workspace between said color space and a printing space, where the percentage of each color is equivalent to a single color having separation values necessary to obtain an expected color rendering before separation into separate layers for printing; and outputting, by the computer system, said processed source file for printing in the printing space.
A gas meter comprising: a shutoff valve configured to shut off a gas flow; a flow rate measurer configured to measure a gas flow rate; a return unit configured to open the shutoff valve; a display configured to display a status; a communication unit configured to communicate with an outside; and a controller configured to control the shutoff valve, the flow rate measurer, the return unit, the display, and the communication unit, characterised in that the controller is further configured to extract area information when the communication unit receives a shutoff instruction, and the gas meter further comprises an area information setting unit configured to set and store area information related to a gas piping system where the gas meter is installed; and an area information comparator configured to compare the area information extracted by the controller with the area information stored in the area information setting unit, wherein the controller is configured to close the shutoff valve in a case where the area information stored in the area information setting unit and the area information extracted from the shutoff instruction match. a shutoff valve configured to shut off a gas flow; a flow rate measurer configured to measure a gas flow rate; a return unit configured to open the shutoff valve; a display configured to display a status; a communication unit configured to communicate with an outside; and a controller configured to control the shutoff valve, the flow rate measurer, the return unit, the display, and the communication unit, characterised in that the controller is further configured to extract area information when the communication unit receives a shutoff instruction, and the gas meter further comprises an area information setting unit configured to set and store area information related to a gas piping system where the gas meter is installed; and an area information comparator configured to compare the area information extracted by the controller with the area information stored in the area information setting unit, wherein the controller is configured to close the shutoff valve in a case where the area information stored in the area information setting unit and the area information extracted from the shutoff instruction match.
A fire suppression composition comprising CF 3 I, 0.5 to 2.5 wt.% of an anti-freeze compound, and an odorant compound, wherein the anti-freeze compound and the odorant compound are radical scavengers, the anti-freeze compound comprises methanol, ethanol, propanol, ethylene glycol, propylene glycol, glycerol or a combination thereof, and the odorant compound is an organic compound having two or more carbon-carbon double bonds and a freezing point less than or equal to -65°C (-85°F) at temperatures of -65°C (-85°F) to 96.11°C (205°F) and pressures of 75.84 to 108.25 kPa (11 to 15.7 PSIA).
A replaceable bushing for transitioning between a connection interface on an electrical equipment and a connection interface on a separable electrical power cable connector, the replaceable bushing comprising: an insulator body having a tapered exterior surface formed on a first end, a tapered interior surface formed in a second end; a conductor body disposed within the insulator body and having a through bore extending from a first end to a second end and a counter bore in the second end; a bolt having a head with a drive recess formed therein and a threaded body, the bolt being at least partially received in the counter bore; a retainer ring disposed in the counter bore at the second end of the conductor body, wherein the head is captured in the counter bore and at least a portion of the threaded body can extend through the retainer ring; and a conductive cover extending over at least a portion of the insulator body, wherein the drive recess of the bolt head is accessible from the first end of the conductor body via the through bore. an insulator body having a tapered exterior surface formed on a first end, a tapered interior surface formed in a second end; a conductor body disposed within the insulator body and having a through bore extending from a first end to a second end and a counter bore in the second end; a bolt having a head with a drive recess formed therein and a threaded body, the bolt being at least partially received in the counter bore; a retainer ring disposed in the counter bore at the second end of the conductor body, wherein the head is captured in the counter bore and at least a portion of the threaded body can extend through the retainer ring; and a conductive cover extending over at least a portion of the insulator body, wherein the drive recess of the bolt head is accessible from the first end of the conductor body via the through bore.
An electrical switching arrangement comprising an armature, a solenoid assembly which has a first bearing site and in which the armature is borne movably in a switching direction, and comprising an armature shaft which is fixed to and moves together with the armature, wherein the armature shaft is borne at an additional bearing site in the solenoid assembly and in that the solenoid assembly has a core casing which forms a first bearing surface of the first bearing site for the armature and at which the additional bearing site of the armature shaft is formed indirectly on a bearing element directly affixed to the core casing, characterised in that the bearing element provides at least one additional bearing surface formed by a protruding annular step and in that the bearing element is arranged into one end of the core casing, which end is not at a switching contact, wherein the additional bearing surface is arranged spaced apart from the said end into the interior of the solenoid assembly.
A viscous clutch (330; 430) comprising: a shaft (332, 432); a rotor (334; 434) attached to the shaft; a housing (336; 436) located adjacent to the rotor; a working chamber (340; 440) defined between the rotor and the housing; a reservoir (338; 438) used to store a shear fluid, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the rotor and the housing; a valve assembly (342; 442), wherein the valve assembly is configured to control flow of the shear fluid to the working chamber, the valve assembly including an armature (342-1; 442-1) and a valve arm (342-2; 442-2); an electromagnetic coil (344; 444), wherein the electromagnetic coil is selectively energizeable to control operation of the valve assembly; and a flux insert (348; 448) in the housing, wherein a flux circuit is provided that extends from the electromagnetic coil (344; 444) to the armature (342-1; 442-1) and back to the electromagnetic coil, wherein the flux circuit passes through the flux insert (348; 448) and through the shaft (332, 432), characterized in that the reservoir (338; 438) is attached to a front side of the rotor (334; 434), opposite the electromagnetic coil (344; 444); the valve assembly (342; 442) is located at a rear side of the rotor, and wherein the flux circuit crosses a radial air gap between the flux insert (348; 448) and the armature (342-1; 442-1). a shaft (332, 432); a rotor (334; 434) attached to the shaft; a housing (336; 436) located adjacent to the rotor; a working chamber (340; 440) defined between the rotor and the housing; a reservoir (338; 438) used to store a shear fluid, wherein selective introduction of the shear fluid to the working chamber facilitates selective torque transmission between the rotor and the housing; a valve assembly (342; 442), wherein the valve assembly is configured to control flow of the shear fluid to the working chamber, the valve assembly including an armature (342-1; 442-1) and a valve arm (342-2; 442-2); an electromagnetic coil (344; 444), wherein the electromagnetic coil is selectively energizeable to control operation of the valve assembly; and a flux insert (348; 448) in the housing, wherein a flux circuit is provided that extends from the electromagnetic coil (344; 444) to the armature (342-1; 442-1) and back to the electromagnetic coil, wherein the flux circuit passes through the flux insert (348; 448) and through the shaft (332, 432), characterized in that the reservoir (338; 438) is attached to a front side of the rotor (334; 434), opposite the electromagnetic coil (344; 444); the valve assembly (342; 442) is located at a rear side of the rotor, and wherein the flux circuit crosses a radial air gap between the flux insert (348; 448) and the armature (342-1; 442-1).
A machine for making and dispensing ice cream products, comprising a mixing and cooling cylinder and a stirrer rotatable about an axis inside the mixing and cooling cylinder and comprising: - a body defining a plurality of helical scraping blades extending around the axis and acting on an inside wall of the mixing and cooling cylinder to be scraped; - a shaft for rotating the stirrer about the axis of rotation; - a plurality of scraping members, each designed to be coupled to a blade and equipped with elastic coupling means for the blade adapted to be elastically deformed in order to allow it to be coupled to the blade, characterized in that the elastic coupling means for coupling the scraping member to the blade are defined by anchoring projections of end portions of the scraping member, which extend bilaterally relative to a main direction of extension of the scraping member, and are adapted to be elastically deformed and configured to be coupled to the blade. - a body defining a plurality of helical scraping blades extending around the axis and acting on an inside wall of the mixing and cooling cylinder to be scraped; - a shaft for rotating the stirrer about the axis of rotation; - a plurality of scraping members, each designed to be coupled to a blade and equipped with elastic coupling means for the blade adapted to be elastically deformed in order to allow it to be coupled to the blade, characterized in that the elastic coupling means for coupling the scraping member to the blade are defined by anchoring projections of end portions of the scraping member, which extend bilaterally relative to a main direction of extension of the scraping member, and are adapted to be elastically deformed and configured to be coupled to the blade.
A method of processing a user input signal by a mobile communications device, the method comprising: receiving a user input signal through a special purpose button from a game pad device; executing a first application based on the user input signal, the first application displaying a list of second applications; and receiving a user input signal selecting a second application from the list through a second button from the game pad device and executing the selected second application, wherein, when a call is received by the mobile communications device while the second application is executed, receiving a further user input signal through the special purpose button and blocking the received call, and wherein, while the second application is executed and when a call is not being received, playing, stopping, pausing, or resuming the second application in response to receiving a further user input signal through the special purpose button. receiving a user input signal through a special purpose button from a game pad device; executing a first application based on the user input signal, the first application displaying a list of second applications; and receiving a user input signal selecting a second application from the list through a second button from the game pad device and executing the selected second application, wherein, when a call is received by the mobile communications device while the second application is executed, receiving a further user input signal through the special purpose button and blocking the received call, and wherein, while the second application is executed and when a call is not being received, playing, stopping, pausing, or resuming the second application in response to receiving a further user input signal through the special purpose button.
Household appliance in the form of a cooking appliance, having at least one operating area, which has at least one touch-sensitive operating element and which is designed for operation by means of a removable operating element, wherein the operating area can be configured as a function of a position of the removable operating element with respect to the operating area, including its presence or absence, wherein the household appliance is configured such that, - in the presence of the removable operating element this has at least one functionality which the at least one touch-sensitive operating element (5-8, 11) lacks, and - in the absence of the removable operating element, the at least one functionality of the removable operating element is taken over by at least one touch-sensitive operating element (9, 10 12), characterised in that the at least one functionality comprises setting a cooking level, a timer time and/or a zone connection. - in the presence of the removable operating element this has at least one functionality which the at least one touch-sensitive operating element (5-8, 11) lacks, and - in the absence of the removable operating element, the at least one functionality of the removable operating element is taken over by at least one touch-sensitive operating element (9, 10 12),
Device for cross-linking one or more materials, in particular polar materials, in particular rubber, contained in a workpiece by means of microwaves, having at least one microwave source and at least one single-mode applicator into which microwaves from the microwave source can be coupled, wherein the at least one single-mode applicator has a first opening for introducing the workpiece and a second opening for guiding the workpiece out, so that the workpiece can be guided through the single-mode applicator, characterized in that a microwave trap is provided at the first opening and the second opening.
Opening device for opening flexible packs of goods, in particular layers of bottles, wherein the opening device has a positioning device with a gripping device for the pack region which is to be opened, that is to say a lateral periphery of the pack, and also has a severing device for this placed-in-position pack region, characterized in that the gripping device has a suction device and a clamping device, these holding the lateral periphery of the pack, which is then severed by the severing device.
Ringspinning system for producing a yarn, the ringspinning system comprising a bobbin holder for holding a bobbin from which a first filament is supplied, a drafting stage for drafting the first filament together with a second filament, which is fed to the drafting stage, and a spindle, which is provided downstream of the drafting stage on which the ring spun yarn is wound up, at least one sensor (23, 24) for detecting a breakage of the first and/or second filament (2, 3) and/or a roving comprising the first and second filament (2, 3), which roving comes out of the drafting stage, characterized in that the ringspinning system further contains a clamp assembly comprising a clamp for fixing the second filament in the case that the sensor (23, 24) detects the breakage, wherein the clamp is provided adjacent the bobbin holder. a bobbin holder for holding a bobbin from which a first filament is supplied, a drafting stage for drafting the first filament together with a second filament, which is fed to the drafting stage, and a spindle, which is provided downstream of the drafting stage on which the ring spun yarn is wound up, at least one sensor (23, 24) for detecting a breakage of the first and/or second filament (2, 3) and/or a roving comprising the first and second filament (2, 3), which roving comes out of the drafting stage, characterized in that the ringspinning system further contains a clamp assembly comprising a clamp for fixing the second filament in the case that the sensor (23, 24) detects the breakage, wherein the clamp is provided adjacent the bobbin holder.