mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a power generating asset, the method comprising: receiving, with a controller, a plurality of operational data sets including data indicative of a performance anomaly for the power generating asset; determining, via a plurality of predictive models implemented by the controller, a plurality of potential root causes of the performance anomaly and a plurality of corresponding probabilities for each of the plurality of potential root causes based on the plurality of operational data sets; generating, via the controller, a consolidation model classifying the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities for each of the plurality of potential root causes; training, via the controller, the consolidation model via a training data set to correlate the plurality of potential root causes and the plurality of corresponding probabilities to an actual root cause for the performance anomaly; determining, via the consolidation model implemented by the controller, the actual root cause of the performance anomaly based on the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities; and implementing a control action based on the determined actual root cause. receiving, with a controller, a plurality of operational data sets including data indicative of a performance anomaly for the power generating asset; determining, via a plurality of predictive models implemented by the controller, a plurality of potential root causes of the performance anomaly and a plurality of corresponding probabilities for each of the plurality of potential root causes based on the plurality of operational data sets; generating, via the controller, a consolidation model classifying the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities for each of the plurality of potential root causes; training, via the controller, the consolidation model via a training data set to correlate the plurality of potential root causes and the plurality of corresponding probabilities to an actual root cause for the performance anomaly; determining, via the consolidation model implemented by the controller, the actual root cause of the performance anomaly based on the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities; and implementing a control action based on the determined actual root cause.
A method of identifying or profiling a target cellular kinase that phosphorylates a selected substrate, comprising: a) providing a plurality of test protein preparations comprising the target cellular kinase and at least one phosphatase inhibitor; b) incubating each test protein preparation with the selected substrate and a kinase inhibitor, wherein the kinase inhibitor is different for each test protein preparation; c) determining whether the selected substrate is phosphorylated in each of the test protein preparations of b), thereby obtaining an inhibition profile for the target cellular kinase; and d) comparing the target cellular kinase inhibition profile with the inhibition profiles of known kinases, wherein the most similar known kinase inhibition profile(s) identify or profile the target cellular kinase. a) providing a plurality of test protein preparations comprising the target cellular kinase and at least one phosphatase inhibitor; b) incubating each test protein preparation with the selected substrate and a kinase inhibitor, wherein the kinase inhibitor is different for each test protein preparation; c) determining whether the selected substrate is phosphorylated in each of the test protein preparations of b), thereby obtaining an inhibition profile for the target cellular kinase; and d) comparing the target cellular kinase inhibition profile with the inhibition profiles of known kinases, wherein the most similar known kinase inhibition profile(s) identify or profile the target cellular kinase.
An abrasive article comprising: a bonded abrasive body having abrasive particles comprising microcrystalline alumina contained within a single phase vitreous bond material, wherein the bonded abrasive body comprises a strength ratio (MOR/MOE) of at least about 0.80, characterised in that the bond material is formed from at least 45 wt% silicon oxide (SiO 2) and not greater than 55 wt% silicon oxide (SiO 2) and at least 0.5 wt % and not greater than 2.2 wt% alkali earth compounds, for the total weight of the bond material.
A method for automatically managing a platform firewall using a network function, NF, repository function, NRF, or service communications proxy, SCP, the method comprising: at an NRF or SCP implemented by at least one processor: receiving a message relating to registering, updating or deregistering an NF profile in an NF profiles database separate from a platform firewall; determining that the registering, updating, or deregistering of the NF profile requires a change to a firewall rules configuration of the platform firewall; and in response to determining that the registering, updating, or deregistering of the NF profile requires a change to the firewall rules configuration of the platform firewall, automatically updating, by the NRF or SCP, the firewall rules configuration of the platform firewall. receiving a message relating to registering, updating or deregistering an NF profile in an NF profiles database separate from a platform firewall; determining that the registering, updating, or deregistering of the NF profile requires a change to a firewall rules configuration of the platform firewall; and in response to determining that the registering, updating, or deregistering of the NF profile requires a change to the firewall rules configuration of the platform firewall, automatically updating, by the NRF or SCP, the firewall rules configuration of the platform firewall.
A radon sensor instrument, comprising: first and second housing parts (102, 104) which mate together to form an instrument housing; first and second diffusion chamber parts (106, 108) which mate together to form a diffusion chamber; and a detector located within the diffusion chamber; wherein at least one of the first and second diffusion chamber parts (106, 108) is integrally formed with at least one of the first and second housing parts (102, 104); characterized by a first printed circuit board housed within the instrument housing outside the diffusion chamber; wherein the first printed circuit board is arranged to process a signal from said detector. first and second housing parts (102, 104) which mate together to form an instrument housing; first and second diffusion chamber parts (106, 108) which mate together to form a diffusion chamber; and a detector located within the diffusion chamber; wherein at least one of the first and second diffusion chamber parts (106, 108) is integrally formed with at least one of the first and second housing parts (102, 104); characterized by a first printed circuit board housed within the instrument housing outside the diffusion chamber; wherein the first printed circuit board is arranged to process a signal from said detector.
Storage and mixing system for pasty multicomponent polymethylmethacrylate bone cements, the storage and mixing system comprising a first tubular cartridge (1, 51, 101) with a first cylindrical internal space, whereby a first starting component (3, 53) of a multicomponent bone cement is contained in the internal space; a first dispensing plunger (5, 55, 105) that is arranged in the first internal space of the first cartridge (1,51, 101) such as to be axially mobile and that is provided for expelling the first starting component (3, 53) from the first cartridge (1, 51, 101) through an opening (22, 72) in the cartridge head (9, 59, 109) of the first cartridge (1, 51, 101) that is opposite from the first dispensing plunger (5, 55, 105); a second tubular cartridge (2, 52, 102) that is arranged within the first tubular cartridge (1, 51, 101), whereby the external wall of the second cartridge (2, 52, 102) touches against the internal wall of the first cartridge (1, 51, 101) and is attached to the internal wall of the first cartridge (1, 51, 101), whereby the second cartridge (2, 52, 102) contains a second starting component (4, 54) of the multicomponent bone cement and has a second dispensing plunger (6, 56, 106) arranged in it, whereby the second dispensing plunger (6, 56, 106) can be used to expel the second starting component (4, 54) from the second cartridge (2, 52, 102) through an opposite opening (24, 74) in the second cartridge (2, 52, 102) in the region of the cartridge head (9, 59, 109) of the first cartridge (1, 51, 101); whereby a pressing device (7, 57, 80, 90, 107) with a clamping edge (8, 58, 82, 92, 108) for compressing the second cartridge (2, 52, 102) that can be propelled axially in the internal space of the first cartridge (1, 51, 101) is arranged, as seen from the cartridge head (9, 59, 109), behind the first dispensing plunger (5, 55, 105) and the second dispensing plunger (6, 56, 106), whereby the pressing device (7, 57, 80, 90, 107) can be propelled appropriately in the direction of the cartridge head (9, 59, 109) such that the second cartridge (2, 52, 102) is being progressively compressed axially during the motion of the pressing device (7, 57, 80, 90, 107) such that, in the process, the first dispensing plunger (5, 55, 105) and the second dispensing plunger (6, 56, 106) are propelled in the direction of the cartridge head (9, 59, 109).
A decodable indicia reading system comprising: a mobile communication terminal comprising a first housing, a microprocessor disposed within said first housing, a memory disposed within said first housing, and at least one wired communication interface including a first electromechanical connector mechanically attached to said first housing; a removable scanning module comprising a second housing at least partially containing at least one of: an encoded information reading, EIR, device and an illumination module; characterized in that the system further comprises a third housing configured to at least partially receive said mobile communication terminal and said scanning module, wherein said third housing mechanically connects said removable scanning module's second housing to a rear panel of said mobile communication terminal's first housing; wherein said removable scanning module is configured to be communicatively coupled to said mobile communication terminal via an electromechanical interface disposed on the bottom panel of said first housing; wherein said electromechanical interface comprises a first plurality of wires electrically coupling a second electromechanical connector to a third electromechanical connector; wherein said second electromechanical connector is configured to be electromechanically coupled to said first electromechanical connector; and wherein said electromechanical interface comprises a second plurality of wires electrically coupling said scanning module to said first plurality of wires. a mobile communication terminal comprising a first housing, a microprocessor disposed within said first housing, a memory disposed within said first housing, and at least one wired communication interface including a first electromechanical connector mechanically attached to said first housing; a removable scanning module comprising a second housing at least partially containing at least one of: an encoded information reading, EIR, device and an illumination module; characterized in that the system further comprises a third housing configured to at least partially receive said mobile communication terminal and said scanning module, wherein said third housing mechanically connects said removable scanning module's second housing to a rear panel of said mobile communication terminal's first housing; wherein said removable scanning module is configured to be communicatively coupled to said mobile communication terminal via an electromechanical interface disposed on the bottom panel of said first housing; wherein said electromechanical interface comprises a first plurality of wires electrically coupling a second electromechanical connector to a third electromechanical connector; wherein said second electromechanical connector is configured to be electromechanically coupled to said first electromechanical connector; and wherein said electromechanical interface comprises a second plurality of wires electrically coupling said scanning module to said first plurality of wires.
Vehicle with an arrangement for a transition of lines of multiple kinds of supply between cars (EW, MW) of the vehicle, wherein adjacent cars (EW, MW) are coupled to one another mechanically by means of a coupling rod, wherein - lines of one kind of supply are merged to form at least one respective line module, - the line modules are arranged along a certain longitudinal side of the coupling rod in each case and are fastened to the coupling rod by means of at least one bracket, - the coupling rod and the line modules fastened thereto are arranged within a bellows or gaiter of an intercar gangway system, and - interfaces for a car-side connection of the lines of the line module are arranged below a respective car body of the car (EW, MW) and outside the bellows or gaiter. - lines of one kind of supply are merged to form at least one respective line module, - the line modules are arranged along a certain longitudinal side of the coupling rod in each case and are fastened to the coupling rod by means of at least one bracket, - the coupling rod and the line modules fastened thereto are arranged within a bellows or gaiter of an intercar gangway system, and - interfaces for a car-side connection of the lines of the line module are arranged below a respective car body of the car (EW, MW) and outside the bellows or gaiter.
A method for preparing cooked rice having retarded staling which comprises the steps of: (a) contacting rice species with an aqueous enzyme solution comprising a maltogenic alpha-amylase, wherein the maltogenic alpha-amylase has an amino acid sequence that is at least 75% identical to the amino acid sequence in SEQ ID NO: 2; and (b) cooking the rice species, and wherein the rice species is of Oryza sp. (a) contacting rice species with an aqueous enzyme solution comprising a maltogenic alpha-amylase, wherein the maltogenic alpha-amylase has an amino acid sequence that is at least 75% identical to the amino acid sequence in SEQ ID NO: 2; and (b) cooking the rice species, and
A scanner device comprising: a scanning path on which a scanning member for scanning an image from a document is disposed; a supply path on which a document is supplied to the scanning path; a discharge path on which a document is discharged after scanning of the document on the scanning path has been completed; and a re-supply path that is diverged from the discharge path so that a document fed along the discharge path in a direction opposite to a document-feeding direction is re-supplied to the supply path after scanning of one side of the document has been completed; characterised by further comprising a main frame, the main frame comprising first and second sidewalls (421, 422) connected to each other by a plurality of connection portions (423, 424) extending in a widthwise direction of the document wherein the main frame includes a plurality of guide portions (721, 723, 724), respectively forming one side of the supply path, discharge path and the re-supply path, and formed integrally with the main frame, so as to reduce the number of components. a scanning path on which a scanning member for scanning an image from a document is disposed; a supply path on which a document is supplied to the scanning path; a discharge path on which a document is discharged after scanning of the document on the scanning path has been completed; and a re-supply path that is diverged from the discharge path so that a document fed along the discharge path in a direction opposite to a document-feeding direction is re-supplied to the supply path after scanning of one side of the document has been completed; characterised by further comprising a main frame, the main frame comprising first and second sidewalls (421, 422) connected to each other by a plurality of connection portions (423, 424) extending in a widthwise direction of the document wherein the main frame includes a plurality of guide portions (721, 723, 724), respectively forming one side of the supply path, discharge path and the re-supply path, and formed integrally with the main frame, so as to reduce the number of components.
An integrated circuit configurable to operate in a full power mode or to operate in a reduced power mode, comprising: a set of data processing units (120, 130) including a first data processing unit operable at a full operating frequency and N second data processing units operable at a reduced operating frequency in the reduced power mode of operation of the integrated circuit, wherein N is an integer having a value of at least 2; an instruction scheduler adapted to evaluate dependencies between individual instructions in a received plurality of instructions to identify dependent instructions and independent instructions in said plurality of instructions; characterized in that: in the reduced power mode of operation, the instruction scheduler is adapted to: assign the dependent instructions to the first data processing unit for serial execution on the first data processing unit at the full operating frequency; and assign the independent instructions to the plurality of second data processing units for parallel execution on said second data processing units at the reduced operating frequency. a set of data processing units (120, 130) including a first data processing unit operable at a full operating frequency and N second data processing units operable at a reduced operating frequency in the reduced power mode of operation of the integrated circuit, wherein N is an integer having a value of at least 2; an instruction scheduler adapted to evaluate dependencies between individual instructions in a received plurality of instructions to identify dependent instructions and independent instructions in said plurality of instructions; characterized in that: in the reduced power mode of operation, the instruction scheduler is adapted to: assign the dependent instructions to the first data processing unit for serial execution on the first data processing unit at the full operating frequency; and assign the independent instructions to the plurality of second data processing units for parallel execution on said second data processing units at the reduced operating frequency. assign the dependent instructions to the first data processing unit for serial execution on the first data processing unit at the full operating frequency; and assign the independent instructions to the plurality of second data processing units for parallel execution on said second data processing units at the reduced operating frequency.
A welding rib structure (5, 6) provided in at least one of a first resin member and a second resin member which are welded to each other, wherein a welding rib (11, 21) is raised on the welded end side of the resin member (1, 2) along the shape thereof, wherein the resin member (1, 2) has, on its welded end side, a corner portion (12, 22) curved in a planar direction, and characterized in that at the corner portion (12, 22), an inner wall (11a, 21a) of the welding rib (11, 21) is formed in an arc shape having a curvature radius smaller than a curvature radius of an arc (14, 24) forming an inner surface (13, 23) located on the welded end side of the resin member (1, 2) and has a convex portion (16, 26) protruding toward the inside of the corner portion (12, 22). wherein a welding rib (11, 21) is raised on the welded end side of the resin member (1, 2) along the shape thereof, wherein the resin member (1, 2) has, on its welded end side, a corner portion (12, 22) curved in a planar direction, and characterized in that at the corner portion (12, 22), an inner wall (11a, 21a) of the welding rib (11, 21) is formed in an arc shape having a curvature radius smaller than a curvature radius of an arc (14, 24) forming an inner surface (13, 23) located on the welded end side of the resin member (1, 2) and has a convex portion (16, 26) protruding toward the inside of the corner portion (12, 22).
A Drive-By-Wire system for autonomous vehicle, comprising: an auto-steering apparatus comprising a connecting rod integrated with a spur gear that is operatively coupled with another spur gear associated with an Electric Power Steering motor, wherein the connecting rod is mechanically coupled to the steering shaft at one end and to a tie rod at another end through universal joints (306, 312); an auto-braking apparatus with an electric actuator; an auto-acceleration apparatus; at least one sensor (802, 916); at least one programmable logic controller (128, 610); at least one processor; and at least one memory unit and the at least one sensor communicatively coupled with the at least one programmable logic controller and the at least one processor and having instructions stored thereon, when executed cause at least one programmable logic controller and the at least one processor to: actuate, through one of the at least one programmable logic controller and the at least one processor at least one of the auto-steering apparatus, the auto-braking apparatus or the auto-acceleration apparatus, wherein the actuation causes at least one of: changing position of the autonomous vehicle from a first position to second position; changing direction of the orientation of the autonomous vehicle from a first direction of orientation to a second direction of orientation; or changing speed of movement of the autonomous vehicle. an auto-steering apparatus comprising a connecting rod integrated with a spur gear that is operatively coupled with another spur gear associated with an Electric Power Steering motor, wherein the connecting rod is mechanically coupled to the steering shaft at one end and to a tie rod at another end through universal joints (306, 312); an auto-braking apparatus with an electric actuator; an auto-acceleration apparatus; at least one sensor (802, 916); at least one programmable logic controller (128, 610); at least one processor; and at least one memory unit and the at least one sensor communicatively coupled with the at least one programmable logic controller and the at least one processor and having instructions stored thereon, when executed cause at least one programmable logic controller and the at least one processor to: actuate, through one of the at least one programmable logic controller and the at least one processor at least one of the auto-steering apparatus, the auto-braking apparatus or the auto-acceleration apparatus, wherein the actuation causes at least one of: changing position of the autonomous vehicle from a first position to second position; changing direction of the orientation of the autonomous vehicle from a first direction of orientation to a second direction of orientation; or changing speed of movement of the autonomous vehicle. changing position of the autonomous vehicle from a first position to second position; changing direction of the orientation of the autonomous vehicle from a first direction of orientation to a second direction of orientation; or changing speed of movement of the autonomous vehicle.