mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a component for a gas turbine engine, the method comprising: forming at least one fugitive mold by a TOMO lithographic molding process, casting an investment casting mold using the fugitive mold, wherein the investment casting mold comprises: a ceramic core; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void, the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures, wherein the void increases from a first thickness to a second thickness at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal. forming at least one fugitive mold by a TOMO lithographic molding process, casting an investment casting mold using the fugitive mold, wherein the investment casting mold comprises: a ceramic core; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void, the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures, wherein the void increases from a first thickness to a second thickness at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal. a ceramic core; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void, the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures, wherein the void increases from a first thickness to a second thickness at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal.
A fingerprint processing system, comprising: a set of sensor plates; a measurement unit configured to measure one or more capacitances on the sensor plates; a processing unit configured to process the measured capacitances; wherein the measurement unit is configured to concurrently measure capacitances on mutually different subsets of the set of sensor plates; wherein the processing unit is configured to process the concurrently measured capacitances; wherein each subset comprises (n - 1) sensor plates, wherein n represents the number of sensor plates in the set of sensor plates, and wherein the measurement unit is configured to sequentially measure the capacitances on n mutually different subsets of the set of sensor plates. a set of sensor plates; a measurement unit configured to measure one or more capacitances on the sensor plates; a processing unit configured to process the measured capacitances; wherein the measurement unit is configured to concurrently measure capacitances on mutually different subsets of the set of sensor plates; wherein the processing unit is configured to process the concurrently measured capacitances; wherein each subset comprises (n - 1) sensor plates, wherein n represents the number of sensor plates in the set of sensor plates, and wherein the measurement unit is configured to sequentially measure the capacitances on n mutually different subsets of the set of sensor plates.
Process for making a bottle in a polymeric material suitable for being used with carbonated drinks, comprising the steps of: a) positioning a preform in a mould; b) blowing of the preform to form a bottle with a non-petaloid bottom convex towards the outside, c) obtaining the said bottle with a non-petaloid bottom convex towards the outside with: - average bottom thickness comprised between 0.1 and 0.4 mm; - ratio between the average thickness of the bottle bottom and the average thickness of the bottle body R bottom/body comprised between 0.5 and 2, characterized in that in step b) a total draw ratio greater than 15 or greater than 16 is applied. a) positioning a preform in a mould; b) blowing of the preform to form a bottle with a non-petaloid bottom convex towards the outside, c) obtaining the said bottle with a non-petaloid bottom convex towards the outside with: - average bottom thickness comprised between 0.1 and 0.4 mm; - ratio between the average thickness of the bottle bottom and the average thickness of the bottle body R bottom/body comprised between 0.5 and 2, - average bottom thickness comprised between 0.1 and 0.4 mm; - ratio between the average thickness of the bottle bottom and the average thickness of the bottle body R bottom/body comprised between 0.5 and 2,
A railway vehicle provided with a collision energy absorption structure configured to absorb collision energy, a body of the railway vehicle comprising: an underframe constituting a floor surface; a pair of longitudinally extending lower beams fixed to an end beam disposed at an end portion in a longitudinal direction of the underframe; a first end floor placed on an upper portion of the end beam and the lower beam; a pair of gangway frame columns (40a1) disposed on an upper surface of a front end portion at a center portion in a width direction of the first end floor and constituting a gangway frame; a corner post disposed on an upper surface of a front end portion at an end portion in the width direction of the first end floor; and a crew's room disposed rearward of the corner post; whereby the gangway frame columns have a rectangular cross-section with a longitudinal dimension greater than a width dimension, and each lower beam has a center portion in the longitudinal direction positioned below a rear end portion of the respective gangway frame column fixed to the first end floor, characterized in that the longitudinally extending lower beams are fixed in a cantilever state to a center portion of the end beam. an underframe constituting a floor surface; a pair of longitudinally extending lower beams fixed to an end beam disposed at an end portion in a longitudinal direction of the underframe; a first end floor placed on an upper portion of the end beam and the lower beam; a pair of gangway frame columns (40a1) disposed on an upper surface of a front end portion at a center portion in a width direction of the first end floor and constituting a gangway frame; a corner post disposed on an upper surface of a front end portion at an end portion in the width direction of the first end floor; and a crew's room disposed rearward of the corner post; whereby the gangway frame columns have a rectangular cross-section with a longitudinal dimension greater than a width dimension, and each lower beam has a center portion in the longitudinal direction positioned below a rear end portion of the respective gangway frame column fixed to the first end floor, characterized in that the longitudinally extending lower beams are fixed in a cantilever state to a center portion of the end beam.
A fault inspection unit provided for a central processing unit connected to a memory management unit, the central processing unit comprising the fault inspection unit, the memory management unit is configured to translate a physical address that is an address of a physical memory to a virtual address that is an address of a virtual memory and output a first signal indicating an illegal access if the physical memory is inaccessible with the physical address to which the virtual address is translated, the central processing unit is configured to output the virtual address to the memory management unit, allow the first signal to be input, and terminate a program being executed if the first signal is input, the fault inspection unit comprising: a changing means for changing an operating mode of the central processing unit to a test mode in which the central processing unit does not terminate a program being executed even if the memory management unit outputs the first signal; the fault inspection unit further being characterised by: an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit. a changing means for changing an operating mode of the central processing unit to a test mode in which the central processing unit does not terminate a program being executed even if the memory management unit outputs the first signal; the fault inspection unit further being characterised by: an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit. an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit.
Heatable fluid line, comprising at least one pipeline (2, 218) and at least one electrical heating conductor (3, 224) extending over at least a part of the length of the pipeline, wherein the pipeline has at least two longitudinal sections (2a, 202, 2b, 204), which are formed differently with regard to their material properties and/or their structural design, wherein at least on the one hand a first longitudinal section (2a, 202) consists of a first material that contains a first polymer and on the other hand a second longitudinal section (2b, 204) consists of a second material that contains a second polymer, wherein the material of the second longitudinal section (2b, 204) is more flexible and/or has a greater capacity to withstand stresses than the material of the first longitudinal section (2a, 202), wherein a pipe wall of the first longitudinal section and/or a pipe wall of the second longitudinal section is made up of multiple layers and comprises at least one outer wall (102a, 120a) and an inner wall (102b, 120b), wherein the inner wall (102b, 120b) consists of a fluoropolymer and wherein the heating conductor (3, 224) is adaptively connected to the pipeline in that the heating conductor (3, 234) is arranged lying on the outside of the pipeline (2, 218).
A method for removing a trace amount of mercury in a natural gas feed, comprising: providing a gas feed containing a first concentration of volatile mercury and acid gases; contacting the gas feed in an absorber with an absorption solution comprising lean amine and a first complexing agent comprising volatile cations selected from ammonium polysulfide, amine polysulfides, and sulfanes, wherein the absorption solution concurrently removes mercury and non-volatile mercury and acid gases from the gas feed; generating a rich amine solution containing acid gases and at least 50% of the volatile mercury in the gas feed as non-volatile mercury and a treated gas stream with a second concentration of acid gases and mercury, wherein a sulfane is a hydrogen-sulfur complex of the formula H 2 S x where x >= 2; and wherein the lean amine in the absorption solution is selected from monoethanolamine, aminoethoxyethanol (diglycolamine), and mixtures thereof. providing a gas feed containing a first concentration of volatile mercury and acid gases; contacting the gas feed in an absorber with an absorption solution comprising lean amine and a first complexing agent comprising volatile cations selected from ammonium polysulfide, amine polysulfides, and sulfanes, wherein the absorption solution concurrently removes mercury and non-volatile mercury and acid gases from the gas feed; generating a rich amine solution containing acid gases and at least 50% of the volatile mercury in the gas feed as non-volatile mercury and a treated gas stream with a second concentration of acid gases and mercury, wherein a sulfane is a hydrogen-sulfur complex of the formula H 2 S x where x >= 2; and wherein the lean amine in the absorption solution is selected from monoethanolamine, aminoethoxyethanol (diglycolamine), and mixtures thereof.
A wireless transmit/receive unit, WTRU, comprising: means for transmitting information regarding a volume of enhanced dedicated channel, E-DCH, data; means for receiving grant information in response to the transmitted information; means for multiplexing medium access control for dedicated channel, MAC-d, flows into a medium access control for enhanced uplink, MAC-e, protocol data unit, PDU; a transport format combination, TFC, selection means for selecting a TFC for transmission of the MAC-e PDU based on the received grant information; and a hybrid-automatic repeat request, H-ARQ, means for transmitting the MAC-e PDU, receiving transmission feedback information, and retransmitting the MAC-e PDU on a condition that the transmission feedback indicates a negative acknowledgement, characterized in that the means for multiplexing perform said multiplexing subject to allowed combinations of MAC-d flows configured by a radio network controller. means for transmitting information regarding a volume of enhanced dedicated channel, E-DCH, data; means for receiving grant information in response to the transmitted information; means for multiplexing medium access control for dedicated channel, MAC-d, flows into a medium access control for enhanced uplink, MAC-e, protocol data unit, PDU; a transport format combination, TFC, selection means for selecting a TFC for transmission of the MAC-e PDU based on the received grant information; and a hybrid-automatic repeat request, H-ARQ, means for transmitting the MAC-e PDU, receiving transmission feedback information, and retransmitting the MAC-e PDU on a condition that the transmission feedback indicates a negative acknowledgement, characterized in that the means for multiplexing perform said multiplexing subject to allowed combinations of MAC-d flows configured by a radio network controller.
A method for monitoring a plurality of data streams by a network switch, comprising: at a first processing stage, identifying a memory area associated with a periodic interval shared by the plurality of data streams wherein the memory area comprises a set of slots, each slot comprising a string of bits associated with a respective one of the plurality of data streams; upon arrival of a frame associated with one of the plurality of data streams, identifying a slot of the set of slots associated with the one of the plurality of data streams and the arrived frame; recording in the identified slot, a data indicating an arrival of the arrived frame; and forwarding the frame to a second processing stage on a successful recording, wherein an independent process executes at a preselected time interval corresponding to the periodic interval to erase contents of the memory area. at a first processing stage, identifying a memory area associated with a periodic interval shared by the plurality of data streams wherein the memory area comprises a set of slots, each slot comprising a string of bits associated with a respective one of the plurality of data streams; upon arrival of a frame associated with one of the plurality of data streams, identifying a slot of the set of slots associated with the one of the plurality of data streams and the arrived frame; recording in the identified slot, a data indicating an arrival of the arrived frame; and forwarding the frame to a second processing stage on a successful recording, wherein an independent process executes at a preselected time interval corresponding to the periodic interval to erase contents of the memory area.
Method for controlling a circulation pump with variable speed in a hydraulic system, in particular in a heating system, having the method steps: - adjusting the pump speed as a function of a control curve, - establishing a new expected minimum system characteristic during regular pump operation and - adapting the control curve as a function of the new expected minimum system characteristic, characterized in that the initial control curve is determined as a function of an initial minimum system characteristic, and in that the new expected minimum system characteristic is established by the following steps: - identifying a steady-state operating point with a substantially constant delivery rate, - in the case of an identified steady-state operating point, continuously lowering the pump speed while the delivery rate of the pump is simultaneously monitored and, - as soon as a decline in the delivery rate is identified, recording the time profile of the delivery rate and the delivery head over a specific period and/or until the delivery rate is below a defined limit value, and calculating the expected minimum system characteristic from the recorded course of the delivery rate and the delivery head of the circulation pump. - adjusting the pump speed as a function of a control curve, - establishing a new expected minimum system characteristic during regular pump operation and - adapting the control curve as a function of the new expected minimum system characteristic, - identifying a steady-state operating point with a substantially constant delivery rate, - in the case of an identified steady-state operating point, continuously lowering the pump speed while the delivery rate of the pump is simultaneously monitored and, - as soon as a decline in the delivery rate is identified, recording the time profile of the delivery rate and the delivery head over a specific period and/or until the delivery rate is below a defined limit value, and calculating the expected minimum system characteristic from the recorded course of the delivery rate and the delivery head of the circulation pump.
A feeding device for displacing a rotatable downhole tool axially while working a portion of a surrounding pipe body, wherein the feeding device is provided with several feeding wheels lying in a plane which is slanted relative to a plane which is perpendicular to the centre axis of the downhole tool, and the feeding wheels are displaceable between a retracted, inactive position and an active position in which they bear against an internal wall surface of a pipe body surrounding the feeding device, characterized in that the feeding device and the downhole tool are interconnected via a transmission unit which is arranged to provide a rotational speed for the downhole tool different from the rotational speed of the feeding device.
A system for transferring glass articles from glassware forming machines of the type comprising: a rotating cooling platform for receiving, cooling and transporting newly formed articles in molds from said forming machine, to a conveyor belt, said rotating cooling platform having a rotational movement to the left and right, from a first article receiving position to a second delivery position in front of that conveyor belt; first driving means located below the rotating cooling platform to rotate it rotate with said a rotational movement from such article receiving position to said second article delivery position and from such article delivery position to such article receiving position; a pushing mechanism coupled on the rotating cooling platform, said pushing mechanism being aligned in said first receiving position with each of the newly formed articles of the molds, said pushing mechanism being moved together with said rotating cooling platform from said first article receiving position to such second article delivery position, said pushing mechanism having a forward and backward movement in the second delivery position to push the articles with a diagonal path, at constant speed, from the rotating cooling platform positioned in this second position towards the conveyor belt to place the articles in an aligned manner thereon. a rotating cooling platform for receiving, cooling and transporting newly formed articles in molds from said forming machine, to a conveyor belt, said rotating cooling platform having a rotational movement to the left and right, from a first article receiving position to a second delivery position in front of that conveyor belt; first driving means located below the rotating cooling platform to rotate it rotate with said a rotational movement from such article receiving position to said second article delivery position and from such article delivery position to such article receiving position; a pushing mechanism coupled on the rotating cooling platform, said pushing mechanism being aligned in said first receiving position with each of the newly formed articles of the molds, said pushing mechanism being moved together with said rotating cooling platform from said first article receiving position to such second article delivery position, said pushing mechanism having a forward and backward movement in the second delivery position to push the articles with a diagonal path, at constant speed, from the rotating cooling platform positioned in this second position towards the conveyor belt to place the articles in an aligned manner thereon.
A reflector for uniaxially concentrating thermal solar collectors, comprising a panel which is elastic and comprises means (11, 12) that introduce oppositely directed bending moments from two opposite sides into the panel, characterised in that levers (13, 14) that are attached at an angle, preferably attached perpendicular, are affixed on every panel side, in a flexurally rigid manner, the means is a tension or compression element (11, 12) that is adjustable in length and by way of the levers (13, 14) introduces forces into the panel which produce two opposing bending moments and elastically bend the panel to produce a desired bending line.