mhurhangee/ep-ind-claims huggingface dataset:
A system for optimizing an oilfield operation, comprising: an interface to equipment and sensors for performing the oilfield operation, wherein the interface supplies control signals to the equipment and obtains measurement signals from the sensors; a short-term optimizer module that derives a current job state based at least in part on the measurement signals, and that further adjusts the control signals to optimize a short-term cost function for control of one or more processes of the oilfield operation, the short-term cost function comprising a combination of short-term risks and short-term rewards and a difference between the current job state and a desired job state derived from optimized values of a set of decision variables; and a long-term optimizer module, coupled to the short-term optimizer module, that determines the optimized values based on a long-term cost function, the long-term cost function comprising long-term risks and long-term rewards and accounting for at least a long-term reward and a final state cost; wherein the control signals control oilfield operation equipment; and wherein a short term risk is promoted to being a long-term risk when the short-term risk persists for more than a threshold time period, so as to become part of the long-term cost function. an interface to equipment and sensors for performing the oilfield operation, wherein the interface supplies control signals to the equipment and obtains measurement signals from the sensors; a short-term optimizer module that derives a current job state based at least in part on the measurement signals, and that further adjusts the control signals to optimize a short-term cost function for control of one or more processes of the oilfield operation, the short-term cost function comprising a combination of short-term risks and short-term rewards and a difference between the current job state and a desired job state derived from optimized values of a set of decision variables; and a long-term optimizer module, coupled to the short-term optimizer module, that determines the optimized values based on a long-term cost function, the long-term cost function comprising long-term risks and long-term rewards and accounting for at least a long-term reward and a final state cost; wherein the control signals control oilfield operation equipment; and wherein a short term risk is promoted to being a long-term risk when the short-term risk persists for more than a threshold time period, so as to become part of the long-term cost function.
A system comprising: means configured to generate a signal based on a sensed parameter of a patient; means configured to determine a plurality of feature vectors over time based on the signal; means configured to apply a support vector machine based algorithm to classify a patient state based on the plurality of feature vectors, wherein the support vector machine algorithm based algorithm defines a classification boundary in a feature space; means configured to determine a trajectory of the feature vectors within the feature space relative to the classification boundary by determining a distance between the feature vectors and the classification boundary; andmeans configured to generate a prospective patient state change indication based on the trajectory of the feature vectors within the feature space. means configured to generate a signal based on a sensed parameter of a patient; means configured to determine a plurality of feature vectors over time based on the signal; means configured to apply a support vector machine based algorithm to classify a patient state based on the plurality of feature vectors, wherein the support vector machine algorithm based algorithm defines a classification boundary in a feature space; means configured to determine a trajectory of the feature vectors within the feature space relative to the classification boundary by determining a distance between the feature vectors and the classification boundary; andmeans configured to generate a prospective patient state change indication based on the trajectory of the feature vectors within the feature space.
An apparatus comprising: an agent block comprising circuitry to support a plurality of coherent protocols, wherein the agent block comprises an interface to communicate with a fabric, the plurality of coherent protocols are tunneled on the interface, and the interface comprises: a global channel (320, 340) to use a first set of wires, wherein the global channel (320, 340) is to carry signals for initialization of the interface; a request channel (330, 350) to use a second set of wires, wherein the request channel (330, 350) is to carry address and protocol level command information associated with requests sent from the agent block; a response channel (335, 355) to use a third set of wires, wherein the response channel (335, 355) is to carry responses to the requests sent from the agent block; and a data channel (325, 345) to use a fourth set of wires, wherein the data channel (325, 345) is to carry data transfers from the agent block to other agents via the fabric, wherein each of the global channel (320, 340), the request channel (330, 350), the response channel (335, 355) and the data channel (325, 345) is to use a respective set of wires. a global channel (320, 340) to use a first set of wires, wherein the global channel (320, 340) is to carry signals for initialization of the interface; a request channel (330, 350) to use a second set of wires, wherein the request channel (330, 350) is to carry address and protocol level command information associated with requests sent from the agent block; a response channel (335, 355) to use a third set of wires, wherein the response channel (335, 355) is to carry responses to the requests sent from the agent block; and a data channel (325, 345) to use a fourth set of wires, wherein the data channel (325, 345) is to carry data transfers from the agent block to other agents via the fabric, wherein each of the global channel (320, 340), the request channel (330, 350), the response channel (335, 355) and the data channel (325, 345) is to use a respective set of wires.
A power supply apparatus for induction heating, the power supply apparatus comprising: a smoothing filter configured to smooth a pulsating current of DC power output from a DC power supply; and an inverter configured to convert the DC power that has been smoothed by the smoothing filter into AC power, wherein the smoothing filter comprises a plurality of capacitors having different internal inductances (L4, L5) and connected to each other in parallel between input terminals of the inverter, each of the capacitors being connected to the input terminals of the inverter directly or through a pair of bus bars (11a. 11b), and wherein the plurality of capacitors comprises a first capacitor and a second capacitor, the first capacitor having smaller internal inductance than the second capacitor and a shorter conductive path between the input terminals of the inverter than the second capacitor. a smoothing filter configured to smooth a pulsating current of DC power output from a DC power supply; and an inverter configured to convert the DC power that has been smoothed by the smoothing filter into AC power, wherein the smoothing filter comprises a plurality of capacitors having different internal inductances (L4, L5) and connected to each other in parallel between input terminals of the inverter, each of the capacitors being connected to the input terminals of the inverter directly or through a pair of bus bars (11a. 11b), and wherein the plurality of capacitors comprises a first capacitor and a second capacitor, the first capacitor having smaller internal inductance than the second capacitor and a shorter conductive path between the input terminals of the inverter than the second capacitor.
An optical wireless communication system comprising: a signal providing apparatus configured to receive an initial data signal from a data source and generate, based on the initial data signal, a data signal in accordance with a modulation scheme, wherein the initial data signal is provided according to a further, different modulation scheme, and the signal providing apparatus is configured to alter the modulation scheme from the further modulation scheme of the initial data signal to the modulation scheme of the data signal, wherein the data signal comprises a communication signal in accordance with a selected communication protocol; a driver apparatus remote from the signal providing apparatus; a power cable configured to provide power to the driving apparatus; a signal cable coupling the driving apparatus to the signal providing apparatus and having a length of at least 10 cm, wherein the driver apparatus is configured to receive the data signal from the signal providing apparatus via the signal cable and to receive power via the power cable, and the driver apparatus is configured to process the data signal to produce a driving signal, the driving signal having a higher power than the data signal; and a luminaire comprising a modulateable light source, wherein the modulateable light source is configured to be driven by the driving signal, thereby to produce modulated light; wherein the driver apparatus is positioned adjacent to or within the luminaire. a signal providing apparatus configured to receive an initial data signal from a data source and generate, based on the initial data signal, a data signal in accordance with a modulation scheme, wherein the initial data signal is provided according to a further, different modulation scheme, and the signal providing apparatus is configured to alter the modulation scheme from the further modulation scheme of the initial data signal to the modulation scheme of the data signal, wherein the data signal comprises a communication signal in accordance with a selected communication protocol; a driver apparatus remote from the signal providing apparatus; a power cable configured to provide power to the driving apparatus; a signal cable coupling the driving apparatus to the signal providing apparatus and having a length of at least 10 cm, wherein the driver apparatus is configured to receive the data signal from the signal providing apparatus via the signal cable and to receive power via the power cable, and the driver apparatus is configured to process the data signal to produce a driving signal, the driving signal having a higher power than the data signal; and a luminaire comprising a modulateable light source, wherein the modulateable light source is configured to be driven by the driving signal, thereby to produce modulated light; wherein the driver apparatus is positioned adjacent to or within the luminaire.
A vehicle engine exhaust system including an exhaust component (1, 2, 3, 4) and a non-conductive support member, the exhaust component (1, 2, 3, 4) being supported by a vehicle body via the non-conductive support member, and the vehicle body and the exhaust component (1, 2, 3, 4) being positively charged, the vehicle engine exhaust system being characterized by comprising a self discharge type static electricity eliminator formed of a conductive metallic foil or a conductive thin film that reduces, in a state where the self discharge type static electricity eliminator is installed on a wall surface of the non-conductive support member, an amount of electrification charge on the non-conductive wall surface within a limited area, preferably between 150 mm and 200 mm, around a location where the self discharge type static electricity eliminator is installed, the self discharge type static electricity eliminator being installed on an outer peripheral surface of the non-conductive support member such that when an air ion comes close to the self discharge type static electricity eliminator, a field intensity becomes high between the air ion and the self discharge type static electricity eliminator, whereby a positive charge is neutralized by the self discharge type static electricity eliminator and static electricity elimination is performed for the exhaust component (1, 2, 3, 4).
Container lid for a container for a tobacco related product, the container lid comprising: a rim portion configured to be connected to an opening of the container; a lid portion hingedly connected to the rim portion via a connecting portion and configured for closing the container opening, the lid portion comprising a recess forming a lid compartment and a support section adjacent to the recess; and a top lid connected to the support section, the top lid being configured for covering the recess and the support section and for closing the lid compartment, wherein the rim portion comprises at least one collar section with a groove configured for receiving a container opening edge or an edge of a reinforcing rim inserted into the container opening. a rim portion configured to be connected to an opening of the container; a lid portion hingedly connected to the rim portion via a connecting portion and configured for closing the container opening, the lid portion comprising a recess forming a lid compartment and a support section adjacent to the recess; and a top lid connected to the support section, the top lid being configured for covering the recess and the support section and for closing the lid compartment, wherein the rim portion comprises at least one collar section with a groove configured for receiving a container opening edge or an edge of a reinforcing rim inserted into the container opening.
A steering system of a saddle-ride type vehicle, comprising: a front fork that includes a steering shaft at the upper end and is able to support a front wheel at the lower end; a steering arm that is attached to the steering shaft; a steering force transmit member that is turnably supported by a steering stem that is arrangeable in a body frame; and a steering system link that joins the steering arm and the steering force transmit member, wherein the steering system is further provided with: an assist motor that generates a steering assist force that assists a steering force transmitted to the steering shaft; characterised by that the steering system further comprises a steering assist force transmit member that is turnably supported by the steering stem; and an assist steering system link that joins the steering arm and the steering assist force transmit member. a front fork that includes a steering shaft at the upper end and is able to support a front wheel at the lower end; a steering arm that is attached to the steering shaft; a steering force transmit member that is turnably supported by a steering stem that is arrangeable in a body frame; and a steering system link that joins the steering arm and the steering force transmit member, wherein the steering system is further provided with: an assist motor that generates a steering assist force that assists a steering force transmitted to the steering shaft; characterised by that the steering system further comprises a steering assist force transmit member that is turnably supported by the steering stem; and an assist steering system link that joins the steering arm and the steering assist force transmit member. an assist motor that generates a steering assist force that assists a steering force transmitted to the steering shaft; characterised by that the steering system further comprises a steering assist force transmit member that is turnably supported by the steering stem; and an assist steering system link that joins the steering arm and the steering assist force transmit member.
Ventilation module for an internal combustion engine, including an oil separator comprising an oil return and a non-return valve located in the oil return, wherein the non-return valve includes: - a valve housing; - a valve body which is mounted in the valve housing so as to be movable as a whole between an open position and a closed position; - wherein the valve body in the non-operated state of the internal combustion engine is maintained in the open position due to gravity and free from preloads; - wherein the valve body during operation of the internal combustion engine is in the open position irrespective of the applied gas pressure in case a defined liquid level in the valve housing is not exceeded, and - the valve body is configured to automatically move to the closed position due to buoyant lift in case a defined liquid level in the valve housing is exceeded, - wherein the discharge side of the valve is designed to be connected to an oil return line ending below an oil level, wherein a separate orifice comprising a through opening is located at the inlet side of the valve, which orifice forms a valve seat for the valve body, characterized in that the ventilation module includes a sealing element sealing the oil return, which sealing element is press-fitted between the ventilation module and an engine component when the ventilation module is mounted, and the valve housing forms a projection bearing the orifice, or the orifice bears against the bottom of an annular projection at the upper end of the valve chamber where it is connected to the valve housing. - a valve housing; - a valve body which is mounted in the valve housing so as to be movable as a whole between an open position and a closed position; - wherein the valve body in the non-operated state of the internal combustion engine is maintained in the open position due to gravity and free from preloads; - wherein the valve body during operation of the internal combustion engine is in the open position irrespective of the applied gas pressure in case a defined liquid level in the valve housing is not exceeded, and - the valve body is configured to automatically move to the closed position due to buoyant lift in case a defined liquid level in the valve housing is exceeded, - wherein the discharge side of the valve is designed to be connected to an oil return line ending below an oil level,
A molded case circuit breaker, comprising: a case configured to have a line side terminal part and a load side terminal part, to which a line side external terminal and a load side external terminal are respectively connectable; an interrupter assembly mounted inside the case, the interrupter assembly having an arc gas exhaust port to exhaust an arc gas generated inside the case; an exhaust guide part disposed between the interrupter assembly and the terminal parts (211, 212), the exhaust guide part having an exhaust chamber therein to provide an arc gas passage between the arc gas exhaust port and a vent chute of the terminal parts (211, 212); an exhaust cover mounted to the case in a structure covering the exhaust guide part, to seal the arc gas passage; a sealing groove formed in an inner surface of the exhaust cover, and a sealing projection formed on the arc gas exhaust port of the interrupter assembly, to be inserted and coupled into the sealing groove, characterized in that land parts are respectively formed at both sides with the sealing groove interposed therebetween, wherein the land parts are formed to be spaced apart from each other in the gas exhaust direction, and wherein the land parts are respectively overlapped with both side surfaces of the sealing projection when the sealing projection is inserted into the sealing groove. a case configured to have a line side terminal part and a load side terminal part, to which a line side external terminal and a load side external terminal are respectively connectable; an interrupter assembly mounted inside the case, the interrupter assembly having an arc gas exhaust port to exhaust an arc gas generated inside the case; an exhaust guide part disposed between the interrupter assembly and the terminal parts (211, 212), the exhaust guide part having an exhaust chamber therein to provide an arc gas passage between the arc gas exhaust port and a vent chute of the terminal parts (211, 212); an exhaust cover mounted to the case in a structure covering the exhaust guide part, to seal the arc gas passage; a sealing groove formed in an inner surface of the exhaust cover, and a sealing projection formed on the arc gas exhaust port of the interrupter assembly, to be inserted and coupled into the sealing groove, characterized in that land parts are respectively formed at both sides with the sealing groove interposed therebetween, wherein the land parts are formed to be spaced apart from each other in the gas exhaust direction, and wherein the land parts are respectively overlapped with both side surfaces of the sealing projection when the sealing projection is inserted into the sealing groove.
A composition comprising an effective amount of granulocyte-macrophage colony-stimulating factor (GM-CSF) for use in a method for treating or alleviating the negative pulmonary effects of irradiation injuries, therapeutic radiation intervention and/or anti-cancer therapies on the pulmonary host defense mechanism of a subject, wherein the composition is for administering to the subject via pulmonary airway administration so that a pulmonary host defense mechanism in the subject is enhanced.
A cooking appliance comprising: - a glass cooktop on which the food to be cooked can be randomly placed without a cooking utensil by the user; - a plurality of resistance heaters which are arranged in rows and columns below the glass cooktop and adapted to cook the food which is randomly placed on the glass cooktop without a cooking utensil by the user; and a control unit which comprises: - a first detecting means which is adapted to directly detect the location of the food placed on the glass cooktop without a cooking utensil; - a determining means which is adapted to determine based on the detection result of the first detecting means the resistance heaters which are immediately below the food; and - a driving means which is adapted to drive based on the determination result of the determining means the resistance heaters which are below the food so as to cook the same; characterized in that: - the first detecting means is disposed above the glass cooktop and further adapted to acoustically detect the location of the food which is randomly placed on the glass cooktop without a cooking utensil by the user; or - the first detecting means comprises: a plurality of load cells which are arranged in rows and columns below the glass cooktop and adapted to detect the weight of the food, wherein the load cells are arranged in spatial correspondence with the resistance heaters. - a glass cooktop on which the food to be cooked can be randomly placed without a cooking utensil by the user; - a plurality of resistance heaters which are arranged in rows and columns below the glass cooktop and adapted to cook the food which is randomly placed on the glass cooktop without a cooking utensil by the user; and - a first detecting means which is adapted to directly detect the location of the food placed on the glass cooktop without a cooking utensil; - a determining means which is adapted to determine based on the detection result of the first detecting means the resistance heaters which are immediately below the food; and - a driving means which is adapted to drive based on the determination result of the determining means the resistance heaters which are below the food so as to cook the same; characterized in that: - the first detecting means is disposed above the glass cooktop and further adapted to acoustically detect the location of the food which is randomly placed on the glass cooktop without a cooking utensil by the user; or - the first detecting means comprises: a plurality of load cells which are arranged in rows and columns below the glass cooktop and adapted to detect the weight of the food, wherein the load cells are arranged in spatial correspondence with the resistance heaters.