mhurhangee/ep-ind-claims huggingface dataset:
A process for use in managing a hydrocarbon producing system implemented by a computing system, comprising: Selecting, from among a plurality of changes proposed to operating parameters of the hydrocarbon producing system, a change with the greatest estimated positive change in production from the plurality of changes proposed; assessing whether the selected change violates a set of operating constraints; producing a valid change based on at least the selected change in response to the assessment, iterating the above steps, the iteration excluding the valid change from the plurality of proposed changes; and implementing at least one valid change, the number of implemented valid changes being less than the number of proposed changes. Selecting, from among a plurality of changes proposed to operating parameters of the hydrocarbon producing system, a change with the greatest estimated positive change in production from the plurality of changes proposed; assessing whether the selected change violates a set of operating constraints; producing a valid change based on at least the selected change in response to the assessment, iterating the above steps, the iteration excluding the valid change from the plurality of proposed changes; and implementing at least one valid change, the number of implemented valid changes being less than the number of proposed changes.
A wireless transmission device configured to transmit an Ethernet signal received from a wired transmission path to an opposite station one-to-one via a wireless transmission path and to output an Ethernet signal received from the opposite station to the wired transmission path, comprising: a traffic-statistics circuit configured to, for each of one or more time intervals, accumulate time transition of a statistical traffic volume of an Ethernet signal as statistical data; and an adaptive modulation circuit configured to reduce a wireless transmission capacity by decreasing a multi-value number of a multi-value modulation scheme in a time interval in which the traffic volume is smaller than a predetermined traffic volume based on the statistical data accumulated in the traffic-statistics circuit. a traffic-statistics circuit configured to, for each of one or more time intervals, accumulate time transition of a statistical traffic volume of an Ethernet signal as statistical data; and an adaptive modulation circuit configured to reduce a wireless transmission capacity by decreasing a multi-value number of a multi-value modulation scheme in a time interval in which the traffic volume is smaller than a predetermined traffic volume based on the statistical data accumulated in the traffic-statistics circuit.
An apparatus (10; 30), comprising: means (12; 14; 16) for selecting first content for pasting in response to user input on a touch sensitive display; and means for controlling the touch sensitive display, while a hovering input is provided by a user a distance from the touch sensitive display, to display a transient indication of the first content for pasting, wherein the transient indication of the first content is moveably displayed at a position that corresponds with a position of the hovering input if the user subsequently ceases to provide the hovering input such that the hovering input is no longer detected, the transient indication of the first content for pasting is removed from display on the touch sensitive display; means for initiating in response to a touch input being detected at the touch sensitive display, a paste operation using the first content, wherein the paste operation comprises controlling the touch sensitive display to display a representation of the first content; and means for controlling the touch sensitive display to continue to display the representation of the first content after the user ceases to provide touch input at the touch sensitive display. means (12; 14; 16) for selecting first content for pasting in response to user input on a touch sensitive display; and means for controlling the touch sensitive display, while a hovering input is provided by a user a distance from the touch sensitive display, to display a transient indication of the first content for pasting, wherein the transient indication of the first content is moveably displayed at a position that corresponds with a position of the hovering input if the user subsequently ceases to provide the hovering input such that the hovering input is no longer detected, the transient indication of the first content for pasting is removed from display on the touch sensitive display; means for initiating in response to a touch input being detected at the touch sensitive display, a paste operation using the first content, wherein the paste operation comprises controlling the touch sensitive display to display a representation of the first content; and means for controlling the touch sensitive display to continue to display the representation of the first content after the user ceases to provide touch input at the touch sensitive display.
An auxiliary power unit (10; 110; 210) for an aircraft, the auxiliary power unit (10; 110; 210) comprising: an internal combustion engine having a liquid coolant system; a generator drivingly engaged to the internal combustion engine, the generator having a liquid coolant system distinct from the liquid coolant system of the internal combustion engine; a first heat exchanger (66; 166; 266; 366; 466) having first coolant passages in fluid communication with the liquid coolant system of the internal combustion engine and first air passages (66b; 166b) in heat exchange relationship with the first coolant passages; a second heat exchanger (68; 168; 268; 368; 468) having second coolant passages in fluid communication with the liquid coolant system of the generator and second air passages (68b; 168b) in heat exchange relationship with the second coolant passages; an exhaust duct in fluid communication with the first and second air passages (66b, 68b; 166b, 168b); and a fan received in the exhaust duct and rotatable by the internal combustion engine for driving a cooling air flow through the first and second air passages (66b, 68b; 166b, 168b), characterised by further comprising: a turbine section having an inlet in fluid communication with an outlet of the internal combustion engine, the turbine section including at least one turbine (22, 26; 622, 626) compounded with the internal combustion engine. an internal combustion engine having a liquid coolant system; a generator drivingly engaged to the internal combustion engine, the generator having a liquid coolant system distinct from the liquid coolant system of the internal combustion engine; a first heat exchanger (66; 166; 266; 366; 466) having first coolant passages in fluid communication with the liquid coolant system of the internal combustion engine and first air passages (66b; 166b) in heat exchange relationship with the first coolant passages; a second heat exchanger (68; 168; 268; 368; 468) having second coolant passages in fluid communication with the liquid coolant system of the generator and second air passages (68b; 168b) in heat exchange relationship with the second coolant passages; an exhaust duct in fluid communication with the first and second air passages (66b, 68b; 166b, 168b); and a fan received in the exhaust duct and rotatable by the internal combustion engine for driving a cooling air flow through the first and second air passages (66b, 68b; 166b, 168b), a turbine section having an inlet in fluid communication with an outlet of the internal combustion engine, the turbine section including at least one turbine (22, 26; 622, 626) compounded with the internal combustion engine.
Method for operating an automation or programming device (12, 20), wherein the automation or programming device (12, 20) has access to a memory, wherein a development environment for creating automation solutions is preserved in the memory, wherein an automation solution created with the development environment includes at least one computer program and wherein interfaces (30, 36) are provided in the computer program or between at least two computer programs for exchanging data, wherein an interface (30, 36) is defined by a number of elements and each element is defined by at least one attribute, in particular a name and a type as an attribute, wherein in the event of changes to an interface (30, 36) by means of the development environment necessary adjustments are automatically made to the automation solution by the development environment on account of said change, with the following steps: automatically buffering the interface affected by the change prior to said change - old interface -; automatically determining at least one feature relating in each case to an element of the old interface and an element of the modified interface - new interface; automatically assigning elements of the old interface to elements of the new interface with the aid of features, wherein with an identified association of an element of the old interface and an element of the new interface with each use of the old interface in the automation solution, the or each element of the old interface is automatically replaced by the element of the new interface which was determined as associated herewith. automatically buffering the interface affected by the change prior to said change - old interface -; automatically determining at least one feature relating in each case to an element of the old interface and an element of the modified interface - new interface; automatically assigning elements of the old interface to elements of the new interface with the aid of features, wherein with an identified association of an element of the old interface and an element of the new interface with each use of the old interface in the automation solution, the or each element of the old interface is automatically replaced by the element of the new interface which was determined as associated herewith.
A tie rod for a ground connection mechanism of a vehicle, of the steering tie rod, suspension tie rod or stabilization tie rod type intended for example for the articulation of an anti-roll bar, said tie rod comprising a shaft which connects a first articulation element, intended to ensure the joining and the articulation of said tie rod on an operating member or a retaining member, of the steering rack or frame clip type, to a second articulation element, intended to allow the joining and the articulation of said tie rod on an effector member, such as a knuckle or an anti-roll bar, the first articulation element and the second articulation element being fixed on said shaft, apart from one another, respectively by a first fixing interface and by a second fixing interface, said tie rod being characterized in that the shaft is stepped so as to have longitudinally at least one head section then a tail section thinner than said head section, and in that said tie rod comprises an intermediate reinforcing sleeve, separate from the articulation elements (3, 7) and from the fixing interfaces (5, 6), which is put in and engaged on a portion of the length of the shaft comprised between the first articulation element and the second articulation element, while being slipped on the tail section, so as to be able to locally reinforce the cross section of said shaft.
A system for connecting a lifting device to a load to be lifted; the system comprising: a first connector member, the first connector member comprising at least one pin; and a second connector member, the second connector member comprising an indexer mechanism defining a track, the track comprising at least one track opening; wherein the first connector member has a cylindrical body which forms a chamber to receive at least a portion of the second connector member; wherein at least a portion of the at least one pin is receivable in and moveable out of the track via the at least one track opening; wherein the pin is movable along the track between a lock position and an unlock position; wherein the first connector member and the second connector member are decoupleable in the unlock position, characterized in that, the first connector member is reversibly coupleable to the second connector member via the pin and the indexer mechanism in response to a first series of longitudinal movements of the first or second connector members. a first connector member, the first connector member comprising at least one pin; and a second connector member, the second connector member comprising an indexer mechanism defining a track, the track comprising at least one track opening; wherein the first connector member has a cylindrical body which forms a chamber to receive at least a portion of the second connector member; wherein at least a portion of the at least one pin is receivable in and moveable out of the track via the at least one track opening; wherein the pin is movable along the track between a lock position and an unlock position; wherein the first connector member and the second connector member are decoupleable in the unlock position,
An immunoassay device comprising: - a membrane having a Z-AAT protein capture area defined by a capture antibody immobilized thereto; - a sample application area and a flow path from the sample application area to the Z-AAT protein capture area; and - a conjugate structure located in the flow path, wherein the conjugate structure comprises a detection reagent specific for the Z-AAT protein, the detection reagent being mobile or mobilizable, wherein the capture antibody is: monoclonal antibody LG96 produced by hybridoma cells deposited under Accession No. DSM ACC3092; or monoclonal antibody MG97 produced by hybridoma cells deposited under Accession No. DSM ACC3093; and wherein the detection reagent is a detector antibody selected from: monoclonal antibody LG96 produced by hybridoma cells deposited under Accession No. DSM ACC3092; or monoclonal antibody MG97 produced by hybridoma cells deposited under Accession No. DSM ACC3093. - a membrane having a Z-AAT protein capture area defined by a capture antibody immobilized thereto; - a sample application area and a flow path from the sample application area to the Z-AAT protein capture area; and - a conjugate structure located in the flow path, wherein the conjugate structure comprises a detection reagent specific for the Z-AAT protein, the detection reagent being mobile or mobilizable, monoclonal antibody LG96 produced by hybridoma cells deposited under Accession No. DSM ACC3092; or monoclonal antibody MG97 produced by hybridoma cells deposited under Accession No. DSM ACC3093; and monoclonal antibody LG96 produced by hybridoma cells deposited under Accession No. DSM ACC3092; or monoclonal antibody MG97 produced by hybridoma cells deposited under Accession No. DSM ACC3093.
Use of a laminate shaping support material for producing a laminate-shaped product, the laminate shaping support material comprising one of: a resin composition comprising a polyvinyl alcohol resin including a structural unit having a primary hydroxyl group at its side chain, and having a heat of fusion of 10 to 30 J/g at its melting point measured by using a differential scanning calorimeter of an input compensation type; and a resin composition comprising a polyvinyl alcohol resin, and a block copolymer including a polymer block of an aromatic vinyl compound, at least one of a polymer block of a conjugated diene compound and a block of a hydrogenated conjugated diene compound, and a functional group reactive with a hydroxyl group. a resin composition comprising a polyvinyl alcohol resin including a structural unit having a primary hydroxyl group at its side chain, and having a heat of fusion of 10 to 30 J/g at its melting point measured by using a differential scanning calorimeter of an input compensation type; and a resin composition comprising a polyvinyl alcohol resin, and a block copolymer including a polymer block of an aromatic vinyl compound, at least one of a polymer block of a conjugated diene compound and a block of a hydrogenated conjugated diene compound, and a functional group reactive with a hydroxyl group.
Plasma cutting torch head comprising an upstream end and a downstream end, and a securing ring movable in rotation and in translation at least at the upstream end of said torch head, characterised in that the securing ring further comprises coupling means suitable for and devised for engaging with receiving means arranged on the torch head in order to secure the ring to said head so as to prevent any rotation of the ring about the torch head, when said head is detached from a torch body.
A silicone pressure-sensitive adhesive, comprising a reaction product of a composition comprising: a silanol end group-containing linear organopolysiloxane; a non-functional linear organopolysiloxane; and a silicate resin, wherein the dynamic viscosity of the non-functional linear organopolysiloxane at 25°C is 100,000 mm 2 /sec or greater, measured as defined in the description, wherein the silicate resin is contained in an amount from 30 to 70 parts by weight in the silicone pressure-sensitive adhesive based on 100 parts by weight of the solid content of the silicone pressure-sensitive adhesive. a silanol end group-containing linear organopolysiloxane; a non-functional linear organopolysiloxane; and a silicate resin, wherein the dynamic viscosity of the non-functional linear organopolysiloxane at 25°C is 100,000 mm 2 /sec or greater, measured as defined in the description,
A data processing method (A1-A13,A13') for analyzing a body part of a patient being perfused with a contrast agent pre-administered to the patient before performing the data processing method, the contrast agent being capable of circulating within the patient and of being substantially immobilized on a biological target, wherein the data processing method includes the steps of: providing (A1-A5) an echo signal indicative of a response over time to an interrogation signal of the body part, associating (A6-A10,A10') the echo signal with a model function of time modeling an evolution over time of the contrast agent in the body part,, and estimating (A11-A13,A13') at least one kinetics indicator of the contrast agent from the model function, characterized in that the model function includes a combination of a circulation function modeling the circulation of the contrast agent and a decay function modeling a decay of the echo signal from the immobilized contrast agent. providing (A1-A5) an echo signal indicative of a response over time to an interrogation signal of the body part, associating (A6-A10,A10') the echo signal with a model function of time modeling an evolution over time of the contrast agent in the body part,, and estimating (A11-A13,A13') at least one kinetics indicator of the contrast agent from the model function,
A semiconductor memory card that includes a semiconductor memory (3A, 3B) that is mounted on one surface of a substrate and a controller that is mounted on the other surface of the substrate and controls the semiconductor memory (3A, 3B), and is capable of operating in a first mode and a second mode in which data are transferred at a higher speed than the first mode, the memory card further comprising: a) a first pin group which includes a plurality of pins arranged in a line along an end portion of a first side of the semiconductor memory card, the line being perpendicular to an inserting direction into a connector, and the first pin group functioning as four data pins (50, 51, 57, 58), one command pin, one power source pin, one clock pin, and two ground pins (53, 56) in the first mode, and wherein part of the first pin group is used both in the first and second modes; and b) a second pin group which includes a plurality of pins including at least two pin pairs (61, 62, 64, 65) for differential signals, the second pin group being arranged so that a ground pin (60, 63, 66) is positioned on both sides of each of the pin pairs (61, 62, 64, 65) for differential signals, and the second pin group being used only in the second mode, wherein c) in the second mode, any two adjacent pins of the first pin group functioning as the data pins (50, 51, 57, 58), the command pin, and the clock pin in the first mode are reconfigured to function as a pin pair for a differential clock signal (CLK+, CLK-), and the functions of the remaining pins of the first pin group functioning as the data pins (50, 51, 57, 58), the command pin, and the clock pin in the first mode are stopped. a) a first pin group which includes a plurality of pins arranged in a line along an end portion of a first side of the semiconductor memory card, the line being perpendicular to an inserting direction into a connector, and the first pin group functioning as four data pins (50, 51, 57, 58), one command pin, one power source pin, one clock pin, and two ground pins (53, 56) in the first mode, and wherein part of the first pin group is used both in the first and second modes; and b) a second pin group which includes a plurality of pins including at least two pin pairs (61, 62, 64, 65) for differential signals, the second pin group being arranged so that a ground pin (60, 63, 66) is positioned on both sides of each of the pin pairs (61, 62, 64, 65) for differential signals, and the second pin group being used only in the second mode, wherein c) in the second mode, any two adjacent pins of the first pin group functioning as the data pins (50, 51, 57, 58), the command pin, and the clock pin in the first mode are reconfigured to function as a pin pair for a differential clock signal (CLK+, CLK-), and the functions of the remaining pins of the first pin group functioning as the data pins (50, 51, 57, 58), the command pin, and the clock pin in the first mode are stopped.