mhurhangee/ep-ind-claims huggingface dataset:
A coil device of solenoid type comprising: a coil portion having a bobbin, a conductive wire wound around the bobbin and a magnetic member disposed inside the bobbin; a housing for accommodating the coil portion; and at least one fastener for fastening the bobbin and the housing, wherein the conductive wire includes a plurality of extending portions (31a, 31b) extending along a wound wire direction, which intersects with a winding axis direction, on the bobbin, the coil portion includes an enlarged portion forming a second gap between a first extending portion and a second extending portion adjacent to each other in the winding axis direction which is wider than a first gap between another two adjacent first extending portions of the plurality of extending portions in the winding axis direction, the fastener is provided in the enlarged portion and penetrates through the magnetic member, wherein the housing includes a first housing member facing a first surface of the coil portion having a flat plate shape, and a second housing member fixed to the first housing member to face a second surface on an opposite side from the first surface, wherein the bobbin includes a first winding plate disposed between the first housing member and the magnetic member, and a second winding plate disposed between the second housing member and the magnetic member, and the fastener fastens the first winding plate and the second winding plate. a coil portion having a bobbin, a conductive wire wound around the bobbin and a magnetic member disposed inside the bobbin; a housing for accommodating the coil portion; and at least one fastener for fastening the bobbin and the housing, wherein the conductive wire includes a plurality of extending portions (31a, 31b) extending along a wound wire direction, which intersects with a winding axis direction, on the bobbin, the coil portion includes an enlarged portion forming a second gap between a first extending portion and a second extending portion adjacent to each other in the winding axis direction which is wider than a first gap between another two adjacent first extending portions of the plurality of extending portions in the winding axis direction, the fastener is provided in the enlarged portion and penetrates through the magnetic member, wherein the housing includes a first housing member facing a first surface of the coil portion having a flat plate shape, and a second housing member fixed to the first housing member to face a second surface on an opposite side from the first surface, wherein the bobbin includes a first winding plate disposed between the first housing member and the magnetic member, and a second winding plate disposed between the second housing member and the magnetic member, and the fastener fastens the first winding plate and the second winding plate.
A computer implemented method for determining a final response class of tissue of interest to a therapy treatment, comprising: determining a parameter measurement for the tissue of interest based on imaging data; determining an uncertainty of the parameter measurement; obtaining a first set of probabilities of response classes, wherein the response classes include at least a first class indicative of a first response of the tissue of interest to the therapy treatment; obtaining at least a second set of probabilities of the response classes, wherein the response classes include at least a second class indicative of a second response of the tissue of interest to the therapy treatment, wherein the first and the second responses are different; combining the first and the at least second sets of probabilities of the response classes, thereby generating a combined set of probabilities of the response classes; determining at least one of the first or the at least the second set of probabilities based on the uncertainty and predetermined response criteria; determining the final response class of the tissue of interest to the therapy treatment from a plurality of predefined response classes based on the combined set of probabilities of the response classes; and generating a signal indicative of the final response class. determining a parameter measurement for the tissue of interest based on imaging data; determining an uncertainty of the parameter measurement; obtaining a first set of probabilities of response classes, wherein the response classes include at least a first class indicative of a first response of the tissue of interest to the therapy treatment; obtaining at least a second set of probabilities of the response classes, wherein the response classes include at least a second class indicative of a second response of the tissue of interest to the therapy treatment, wherein the first and the second responses are different; combining the first and the at least second sets of probabilities of the response classes, thereby generating a combined set of probabilities of the response classes; determining at least one of the first or the at least the second set of probabilities based on the uncertainty and predetermined response criteria; determining the final response class of the tissue of interest to the therapy treatment from a plurality of predefined response classes based on the combined set of probabilities of the response classes; and generating a signal indicative of the final response class.
A turbo-compressor train for use in the oil and gas field industry to drive a compressor, the train comprising a gas turbine engine (102, 104, 106), a centrifugal compressor, an auxiliary gearbox, a lube pump, a bearing system and a thrust balance system, the gas turbine engine including a compressor fluidly connected to a combustion chamber in which fuel and air are mixed together and ignited, the hot gases being provided to an expander, the gas turbine engine (102, 104, 106) configured to transform thermal energy into mechanical energy, and the centrifugal compressor having a shaft connected to a shaft of the expander, characterized in that the lube pump is a single lube pump connected to oil piping and configured to provide synthetic oil to the gas turbine engine (102, 104, 106), the centrifugal compressor and the auxiliary gearbox, the auxiliary gearbox connecting a shaft of the compressor to a shaft of the lube pump, and the auxiliary gearbox is configured to work with synthetic oil, and the bearing system of the entire turbo-compressor train being provided with rolling bearings, wherein no component of the train has hydro-dynamic bearings and no mineral oil is used in any component of the train, wherein the bearings of the gas turbine engine (102, 104, 106), the centrifugal compressor, the single lube pump and the auxiliary gearbox each comprise only rolling bearings configured to be lubricated by the synthetic oil provided by the single lube pump; and wherein the thrust balance system is configured to compensate axial thrust in the turbo-compressor train. the gas turbine engine including a compressor fluidly connected to a combustion chamber in which fuel and air are mixed together and ignited, the hot gases being provided to an expander, the gas turbine engine (102, 104, 106) configured to transform thermal energy into mechanical energy, and the centrifugal compressor having a shaft connected to a shaft of the expander, characterized in that the lube pump is a single lube pump connected to oil piping and configured to provide synthetic oil to the gas turbine engine (102, 104, 106), the centrifugal compressor and the auxiliary gearbox, the auxiliary gearbox connecting a shaft of the compressor to a shaft of the lube pump, and the auxiliary gearbox is configured to work with synthetic oil, and the bearing system of the entire turbo-compressor train being provided with rolling bearings, wherein no component of the train has hydro-dynamic bearings and no mineral oil is used in any component of the train, wherein the bearings of the gas turbine engine (102, 104, 106), the centrifugal compressor, the single lube pump and the auxiliary gearbox each comprise only rolling bearings configured to be lubricated by the synthetic oil provided by the single lube pump; and wherein the thrust balance system is configured to compensate axial thrust in the turbo-compressor train.
A method for preserving data contained in a synchronization channel of time division multiplexing, TDM, frames across a packet network, the method comprising: receiving a TDM frame; extracting data contained in the synchronization channel of the received TDM frame; and transferring the extracted data onto the packet network. receiving a TDM frame; extracting data contained in the synchronization channel of the received TDM frame; and transferring the extracted data onto the packet network.
Camshaft for the valve train of an internal combustion engine having a basic shaft and having at least one sliding cam pack comprising a plurality of cam profiles, the basic shaft extending through a passage in the sliding cam pack, with the result that the latter is received on the basic shaft such that it can be displaced axially, and means for forming a torque-transmitting connection between the basic shaft and the sliding cam pack being provided, the means comprising needle bearing elements of elongate configuration which are seated with a first part of their circular cross section in a longitudinal groove in the passage of the sliding cam pack and which are seated with a second part of the same cross section in a longitudinal groove in the outer side of the basic shaft, characterized in that the longitudinal groove in the passage of the sliding cam pack has a cross-sectional contour which differs from a circular arc.
A control unit for an LED assembly comprising a first and second LED unit, said LED units being serial connected, the LED assembly, in use, being powered by a switched mode power supply, the control unit being arranged to - receive an input signal representing a desired output characteristic of the LED assembly, - determine a first and second duty cycle for the respective first and second LED units associated with a nominal current of the switched mode power supply, for providing the desired output characteristic, - determine the largest of the first and second duty cycles for respective LED units, - determine a reduced current based on at least the largest of the duty cycles, - subsequently adjust the first and second duty cycle for respective LED units based on the determined reduced current or said largest of the duty cycles, - provide output data for the LED assembly and the switched mode power supply based on the adjusted first and second duty cycles and the reduced current, characterised in that the determination of the reduced current is further based on a non-linear brightness vs. current curve characteristic of the first and second LED unit. - receive an input signal representing a desired output characteristic of the LED assembly, - determine a first and second duty cycle for the respective first and second LED units associated with a nominal current of the switched mode power supply, for providing the desired output characteristic, - determine the largest of the first and second duty cycles for respective LED units, - determine a reduced current based on at least the largest of the duty cycles, - subsequently adjust the first and second duty cycle for respective LED units based on the determined reduced current or said largest of the duty cycles, - provide output data for the LED assembly and the switched mode power supply based on the adjusted first and second duty cycles and the reduced current,
Connecting rod comprising, at each of its two ends, a connecting part intended to cooperate with an external member, one of these connecting parts comprising a yoke and the other of these connecting parts comprising an eyelet, said yoke being connected to said eyelet by a continuous reinforcing strip forming a loop, the connecting rod being characterized in that said strip is passed inside said yoke and around said eyelet, said yoke, said eyelet and said strip being overmoulded at least partially by a thermoplastic material.
A method for producing an atrorosin pigment by fermentation, comprising the steps of: a. providing spores or mycelia of a species of the genus Talaromyces, b. cultivating the spores or mycelia of (a) in a liquid growth medium, c. recovering the atrorosin pigment produced during said cultivating in step b), and d. optionally isolating said atrorosin pigment, wherein the pH of the growth medium in step (b) is maintained between 4 and 6; wherein the sole nitrogen source in said liquid growth medium in step (b) is one compound selected from the group consisting of a single amino acid, a peptide, an amino sugar and a primary amine, and wherein the atrorosin pigment has the structure of Formula I wherein N-R is selected from the group consisting of an amino acid, a peptide, an amino sugar and a primary amine, and the configuration of the double bond between carbon 2 and 3 is cis. a. providing spores or mycelia of a species of the genus Talaromyces, b. cultivating the spores or mycelia of (a) in a liquid growth medium, c. recovering the atrorosin pigment produced during said cultivating in step b), and d. optionally isolating said atrorosin pigment, wherein the pH of the growth medium in step (b) is maintained between 4 and 6; wherein the sole nitrogen source in said liquid growth medium in step (b) is one compound selected from the group consisting of a single amino acid, a peptide, an amino sugar and a primary amine, and wherein the atrorosin pigment has the structure of Formula I wherein N-R is selected from the group consisting of an amino acid, a peptide, an amino sugar and a primary amine, and the configuration of the double bond between carbon 2 and 3 is cis. wherein the pH of the growth medium in step (b) is maintained between 4 and 6; wherein the sole nitrogen source in said liquid growth medium in step (b) is one compound selected from the group consisting of a single amino acid, a peptide, an amino sugar and a primary amine, and wherein the atrorosin pigment has the structure of Formula I wherein N-R is selected from the group consisting of an amino acid, a peptide, an amino sugar and a primary amine, and the configuration of the double bond between carbon 2 and 3 is cis.
An apparatus permitting a user to perform a simulated bicycling exercise, comprising: a frame supported by a stationary frame; a seat connected to said frame and configured to support the user; a wheel positioned in association with said frame and pedals configured to interact with said wheel; a first mounting point and a second mounting point configured to maintain the frame, wherein the first mounting point is an upper rear mounting point and the second mounting point is a lower front mounting point;wherein said frame is configured to pivot about an axis formed by the upper rear mounting point and lower front mounting point in response to leaning by the user, wherein the axis has an angle in the range 30 degrees to 45 degrees from the horizontal; wherein the apparatus further comprises a resistive element proximate the lower front mounting point. wherein the resistive element is positioned between a top plate and a bottom plate, the resistive element being employed by the lower front mount, the top plate being attached to a section of the stationary frame and having a fixed arm attached to the top side of the top plate, and the bottom plate being attached to a tube element used to form the frame; and wherein the apparatus further comprises a swing-arm which moves rotationally in proportion to rotational handlebar movements, and a connecting rod which transfers rotational movements of the swing-arm to the fixed arm to partially deform the resistive element. a frame supported by a stationary frame; a seat connected to said frame and configured to support the user; a wheel positioned in association with said frame and pedals configured to interact with said wheel; a first mounting point and a second mounting point configured to maintain the frame, wherein the first mounting point is an upper rear mounting point and the second mounting point is a lower front mounting point;wherein said frame is configured to pivot about an axis formed by the upper rear mounting point and lower front mounting point in response to leaning by the user, wherein the axis has an angle in the range 30 degrees to 45 degrees from the horizontal; wherein the apparatus further comprises a resistive element proximate the lower front mounting point. wherein the resistive element is positioned between a top plate and a bottom plate, the resistive element being employed by the lower front mount, the top plate being attached to a section of the stationary frame and having a fixed arm attached to the top side of the top plate, and the bottom plate being attached to a tube element used to form the frame; and wherein the apparatus further comprises a swing-arm which moves rotationally in proportion to rotational handlebar movements, and a connecting rod which transfers rotational movements of the swing-arm to the fixed arm to partially deform the resistive element.
A distributed server computer system, comprising: one of more workers (240, 250, 260), one or more backup managers (220, 230), and a primary manager for providing distributed server management software services, wherein the primary manager is adapted to generate and manage an identifier associated with a state of the distributed server system, wherein the state represents an arrangement of data or instructions at a given point in time in the distributed server system, wherein the primary manager is adapted to send a request and the identifier to one or more of the backup managers to persist the state associated with the identifier, and wherein the primary manager is adapted to communicate a command to the one or more backup managers to broadcast tasks associated with the identifier; the one or more backup managers (220, 230) being communicatively coupled to the primary manager, wherein the one or more backup managers are adapted to receive the identifier from the primary manager and to persist the state of the distributed server system associated with the identifier as requested by the primary manager, wherein the one or more backup managers are adapted to broadcast the command received from the primary manager to one or more of the workers to perform the tasks, wherein the one or more backup managers are adapted to replace and assume the function of the primary manager should the primary manager cease functioning; and the one or more workers (240, 250, 260) being communicatively coupled to the one or more backup managers, wherein the one or more workers are adapted to receive the command broadcasted by the one or more backup managers. one of more workers (240, 250, 260), one or more backup managers (220, 230), and a primary manager for providing distributed server management software services, wherein the primary manager is adapted to generate and manage an identifier associated with a state of the distributed server system, wherein the state represents an arrangement of data or instructions at a given point in time in the distributed server system, wherein the primary manager is adapted to send a request and the identifier to one or more of the backup managers to persist the state associated with the identifier, and wherein the primary manager is adapted to communicate a command to the one or more backup managers to broadcast tasks associated with the identifier; wherein the one or more backup managers are adapted to receive the identifier from the primary manager and to persist the state of the distributed server system associated with the identifier as requested by the primary manager, wherein the one or more backup managers are adapted to broadcast the command received from the primary manager to one or more of the workers to perform the tasks, wherein the one or more backup managers are adapted to replace and assume the function of the primary manager should the primary manager cease functioning; and
A marine well containment system capable of producing fluids from a marine oil and gas well comprising: a blowout preventer; a capture caisson configured to enclose the blowout preventer; a subsea containment assembly installed on the exterior of the capture caisson; a riser assembly, wherein the riser assembly further comprises a vertical pipe riser and a flexible riser (105/106) and wherein the riser assembly is connected to the subsea containment assembly; and a capture vessel connected to the riser assembly, wherein the capture vessel is capable of receiving fluids produced by the well, captured by the capture caisson, captured by the subsea containment assembly, piped through the riser assembly to the capture vessel or a combination thereof. a blowout preventer; a capture caisson configured to enclose the blowout preventer; a subsea containment assembly installed on the exterior of the capture caisson; a riser assembly, wherein the riser assembly further comprises a vertical pipe riser and a flexible riser (105/106) and wherein the riser assembly is connected to the subsea containment assembly; and a capture vessel connected to the riser assembly, wherein the capture vessel is capable of receiving fluids produced by the well, captured by the capture caisson, captured by the subsea containment assembly, piped through the riser assembly to the capture vessel or a combination thereof.