mhurhangee/ep-ind-claims huggingface dataset:
A system for simultaneously forming and filling a container with a liquid product, the system comprising: a mold cavity defining an internal surface and configured to accept a preform; a dispensing means (100, 200) configured to receive the liquid product and dispense a charge of the liquid product; a blow nozzle configured to transfer the charge of the liquid product dispensed from the dispensing means into the preform to urge the preform to expand toward the internal surface of the mold cavity and form a resultant container, where the liquid product remains within the container as an end product; a conduit fluidly coupling the dispensing means (100, 200) to the blow nozzle; and a hydrophobic surface that contacts the liquid product when the system simultaneously forms and fills the container, wherein the hydrophobic surface forms part of a member selected from a group consisting of the dispensing means (100, 200), the conduit, the blow nozzle, and combinations thereof. a mold cavity defining an internal surface and configured to accept a preform; a dispensing means (100, 200) configured to receive the liquid product and dispense a charge of the liquid product; a blow nozzle configured to transfer the charge of the liquid product dispensed from the dispensing means into the preform to urge the preform to expand toward the internal surface of the mold cavity and form a resultant container, where the liquid product remains within the container as an end product; a conduit fluidly coupling the dispensing means (100, 200) to the blow nozzle; and a hydrophobic surface that contacts the liquid product when the system simultaneously forms and fills the container, wherein the hydrophobic surface forms part of a member selected from a group consisting of the dispensing means (100, 200), the conduit, the blow nozzle, and combinations thereof.
An oil distributing device connectable among at least three compressors (CP1, CP2, CP3) and configured to distribute oil among the at least three compressors (CP1, CP2, CP3), the oil distributing device comprising: a first joint assembly comprising a plurality of passages fluidly isolated from each other; a plurality of second joint assemblies; and a plurality of connecting pipes respectively connecting the plurality of second joint assemblies to the plurality of passages of the first joint assembly in one-to-one correspondence, characterized in that the first joint assembly comprises a first tubular member and a second tubular member surrounding the first tubular member, an annular space between the first tubular member and the second tubular member serves as a first one of the plurality of passages of the first joint assembly, and an internal cavity of the first tubular member serves as a second one of the plurality of passages of the first joint assembly. a first joint assembly comprising a plurality of passages fluidly isolated from each other; a plurality of second joint assemblies; and a plurality of connecting pipes respectively connecting the plurality of second joint assemblies to the plurality of passages of the first joint assembly in one-to-one correspondence, characterized in that the first joint assembly comprises a first tubular member and a second tubular member surrounding the first tubular member, an annular space between the first tubular member and the second tubular member serves as a first one of the plurality of passages of the first joint assembly, and an internal cavity of the first tubular member serves as a second one of the plurality of passages of the first joint assembly.
Aircraft engine comprising a gas flow duct (16, 20), a combustion chamber (8, 28) located on the flow duct and a diffuser (14, 22, 23) also located on the flow duct upstream of the combustion chamber, with this diffuser being comprised of fixed vanes provided with an inclination in an angular direction of the engine along an axial direction of the engine, and with a pressure side deflecting the flow and arranged in a circle, with the combustion chamber comprising fuel injectors (9, 30) arranged in a circle coaxial to the circle of the vanes, characterised in that the vanes are arranged angularly with respect to the injectors (9, 30) in such a way that paths of the flow, coming from the trailing edges of the vanes and of the same angular inclination to said trailing edges, tangent to the pressure sides of the vanes, pass between the injectors.
An intermittent failure diagnostic system comprising a fail-counter to failure-settle 1 on an ordinary diagnosis by calculating a normal distribution based on a mean value and a standard deviation of measured values at a normal state of an electrical apparatus, by setting at least one failure threshold (n) as a diagnostic threshold of said measured values, and by measuring a number or a time of said measured values exceeding said failure threshold: wherein said intermittent failure diagnostic system sets an intermittent failure diagnostic threshold for an intermittent failure diagnosis between said mean value and said failure threshold, and said fail-counter measures a number or a time that said measured values exceed said intermittent failure diagnostic threshold; and wherein said intermittent failure diagnostic system sets a counting value or a time to failure-settle 2 on said fail-counter so as to coincide a permissible value on a false-failure probability of said ordinary diagnosis with a permissible value on a false-failure probability of said intermittent failure diagnosis, wherein assuming that a counting value of said fail-counter to failure-settle 1 on said ordinary diagnosis is n, a counting value of said fail-counter to failure-settle 2 is N, a permissible value on a false-failure probability of said ordinary diagnosis is P F n and a permissible value on a false-failure probability of said intermittent failure diagnosis is P T N, a relation N = n * log P F / log P T is established. wherein said intermittent failure diagnostic system sets an intermittent failure diagnostic threshold for an intermittent failure diagnosis between said mean value and said failure threshold, and said fail-counter measures a number or a time that said measured values exceed said intermittent failure diagnostic threshold; and wherein said intermittent failure diagnostic system sets a counting value or a time to failure-settle 2 on said fail-counter so as to coincide a permissible value on a false-failure probability of said ordinary diagnosis with a permissible value on a false-failure probability of said intermittent failure diagnosis, wherein assuming that a counting value of said fail-counter to failure-settle 1 on said ordinary diagnosis is n, a counting value of said fail-counter to failure-settle 2 is N, a permissible value on a false-failure probability of said ordinary diagnosis is P F n and a permissible value on a false-failure probability of said intermittent failure diagnosis is P T N, a relation N = n * log P F / log P T is established.
A method, comprising: supporting a source glass sheet and defining a free form cutting line that establishes a pattern that defines a desired final shape; applying a laser beam to the glass sheet and continuously moving the laser beam relative to the glass sheet along the cutting line to elevate a temperature of the glass sheet at the cutting line, where the laser beam is of a circular shape; applying a cooling fluid simultaneously with the application of the laser beam, such that the cooling fluid at least reduces the temperature of the glass sheet in order to propagate a fracture in the glass sheet along the cutting line; controlling at least one of: (i) an energy density of the laser beam, (ii) a velocity of the laser beam relative to the glass sheet along the cutting line, (iii) a fluid flow of the cooling fluid, and (iv) a minimum radius of curvature of the cutting line, such that a B10 edge strength of a cut edge of the glass sheet is at least one of at least 300 MPa to 500 MPa, at least 400 - 500 MPa, and more preferably at least 450 MPa; and separating waste glass from the glass sheet to obtain the desired shape; wherein the glass sheet is between 0.05 mm -0.3 mm in thickness; and wherein the energy density is controlled to be less than 0.015 J/mm. supporting a source glass sheet and defining a free form cutting line that establishes a pattern that defines a desired final shape; applying a laser beam to the glass sheet and continuously moving the laser beam relative to the glass sheet along the cutting line to elevate a temperature of the glass sheet at the cutting line, where the laser beam is of a circular shape; applying a cooling fluid simultaneously with the application of the laser beam, such that the cooling fluid at least reduces the temperature of the glass sheet in order to propagate a fracture in the glass sheet along the cutting line; controlling at least one of: (i) an energy density of the laser beam, (ii) a velocity of the laser beam relative to the glass sheet along the cutting line, (iii) a fluid flow of the cooling fluid, and (iv) a minimum radius of curvature of the cutting line, such that a B10 edge strength of a cut edge of the glass sheet is at least one of at least 300 MPa to 500 MPa, at least 400 - 500 MPa, and more preferably at least 450 MPa; and separating waste glass from the glass sheet to obtain the desired shape; wherein the glass sheet is between 0.05 mm -0.3 mm in thickness; and wherein the energy density is controlled to be less than 0.015 J/mm.
Adjusting device for heat generators, comprising at least one box-shaped body with walls (21,22, 23, 24), said body provided with at least one inlet opening for introducing comburant air and with at least one outlet opening for the comburant air, and at least one rotatable gate valve, housed inside said box-shaped body and interposed between said inlet opening and said outlet opening, said rotatable gate valve being suitable for varying the passage section of the comburant air through said box-shaped body, said device comprising at least one dividing element, interposed between said rotatable gate valve and said outlet opening, defining a first passageway and a second passageway of the comburant air isolated from one another, said first passageway and said second passageway being suitable for being placed in communication with respective distinct paths for the comburant air (B',C') foreseen in the heat generator, characterised in that said rotatable gate valve comprises a support shaft to which a laminar element is associated, said laminar element comprising a first portion and a second portion coplanar with one another and respectively suitable for selectively obstructing said first passageway and said second passageway by rotating said support shaft.
A method of transmitting, by a user equipment, UE, a control signal in a wireless communication system, the control signal being transmitted in a subframe on an uplink control channel for a channel quality indicator, CQI, the subframe consisting of two consecutive slots, each slot consisting of five data orthogonal frequency division multiplexing, OFDM, symbols and two reference signal, RS, OFDM symbols at second and sixth positions between first and seventh positions in the slot in a time domain, wherein the method comprises: mapping the CQI using Quadrature Phase Shift Keying, QPSK, to the five data OFDM symbols; mapping two RS sequences to the two RS OFDM symbols; and characterized in that, when no acknowledgment/non-acknowledgment, ACK/NACK, signal is transmitted in the subframe, the method further comprises transmitting, by the UE, the five data OFDM symbols and the two RS OFDM symbols on the uplink control channel in each slot in the subframe; and when the UE transmits an ACK/NACK signal in the subframe, the method further comprises transmitting, by the UE, the five data OFDM symbols and the two RS OFDM symbols on the uplink control channel in each slot in the subframe, wherein the ACK/NACK signal is multiplied with only one RS sequence of the two RS sequences, mapped to the RS OFDM symbol at the sixth position. mapping the CQI using Quadrature Phase Shift Keying, QPSK, to the five data OFDM symbols; mapping two RS sequences to the two RS OFDM symbols; and
A method of assessing the performance of a radiopharmaceutical synthesis process, comprising: receiving, by at least one computer processor, data relating to the radiopharmaceutical synthesis process from a radiopharmaceutical synthesizer, wherein the data comprises data relating to a successful radiopharmaceutical synthesis process; analyzing the data; identifying one or more characteristics of the data wherein the one or more characteristics pertain to quality control factors relating to the radiopharmaceutical synthesis process; extracting the one or more characteristics of the data; analyzing the extracted data; graphically presenting the data for the successful synthesis process and data for a subsequent radiopharmaceutical synthesis process, to form respective diagnostic fingerprints of the successful synthesis and the subsequent synthesis, wherein each of the diagnostic fingerprints comprises a plot of radioactivity measurements over time; comparing the subsequent fingerprint from the fingerprint of the successful synthesis; and assessing performance or effectiveness of one or more synthesis steps of the subsequent synthesis. receiving, by at least one computer processor, data relating to the radiopharmaceutical synthesis process from a radiopharmaceutical synthesizer, wherein the data comprises data relating to a successful radiopharmaceutical synthesis process; analyzing the data; identifying one or more characteristics of the data wherein the one or more characteristics pertain to quality control factors relating to the radiopharmaceutical synthesis process; extracting the one or more characteristics of the data; analyzing the extracted data; graphically presenting the data for the successful synthesis process and data for a subsequent radiopharmaceutical synthesis process, to form respective diagnostic fingerprints of the successful synthesis and the subsequent synthesis, wherein each of the diagnostic fingerprints comprises a plot of radioactivity measurements over time; comparing the subsequent fingerprint from the fingerprint of the successful synthesis; and assessing performance or effectiveness of one or more synthesis steps of the subsequent synthesis.
A composition comprising the following components: (a) bromelain, (b) one or more short chain fatty acids (SCFAs) or esters thereof, (c) one or more amino acids selected from the group consisting of L-threonine, L-tryptophan, L-arginine, L-glutamine and L-methionine and combinations thereof, and (d) Vitamin D or alfacalcidiol. (a) bromelain, (b) one or more short chain fatty acids (SCFAs) or esters thereof, (c) one or more amino acids selected from the group consisting of L-threonine, L-tryptophan, L-arginine, L-glutamine and L-methionine and combinations thereof, and (d) Vitamin D or alfacalcidiol.
Hand-held tool for driving fastening elements into a base, comprising a triggering device, the actuation of which triggers a driving-in action and which, depending on at least one state of the tool, can be blocked, wherein the triggering device is assigned an electrically actuable, mechanical blocking device (24; 40), with which the actuation of the triggering device can be blocked or released, wherein the blocking device is mechanically coupled to a transmission element, which in turn acts mechanically on the triggering device, wherein the transmission element has a clearance, characterized in that the position of the clearance in relation to the triggering device can be varied by the blocking device, wherein, in a receiving position, the clearance is positioned in relation to the triggering device such that an actuator of the triggering device when actuated engages in the clearance, without triggering a movement of the transmission element, and wherein, in a triggering position, the clearance is positioned in relation to the triggering device such that the actuator of the triggering device when actuated triggers a movement of the transmission element.
A refractory metal core for forming a cooling passageway in an airfoil portion of a turbine engine component, said refractory metal core having a first surface and an opposed second surface and a serpentine configuration having a first leg for forming an inlet leg of said cooling passageway and having a plurality of outer side edges with a portion of the first surface extending between said outer side edges, a second leg for forming an outlet leg of said cooling passageway and having a plurality of outer side edges with a portion of said second surface extending between said outer side edges of said second leg, and at least one intermediate leg between said first leg and said second leg; characterized in that: said first leg has at least one tab for forming at least one inlet extending outwardly from said first surface of said core at a location spaced from said outer side edges of said first leg; and said second leg has at least one tab for forming a cooling film hole extending outwardly from said second surface at a location spaced from said outer side edges of said second leg in an opposite direction from said at least one tab extending from said first leg. said first leg has at least one tab for forming at least one inlet extending outwardly from said first surface of said core at a location spaced from said outer side edges of said first leg; and said second leg has at least one tab for forming a cooling film hole extending outwardly from said second surface at a location spaced from said outer side edges of said second leg in an opposite direction from said at least one tab extending from said first leg.
A method of starting up a DC/DC converter having a high-frequency transformer whose primary winding is supplied with current from an input-side DC link via an inverter bridge having pulsed switches (V1, V2) and whose secondary winding is used to charge an output-side DC link via a rectifier bridge, the method comprising the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter to load the output-side DC link, in a manner that deviates from a normal operation of the switches (V1, V2) in order to limit the currents that flow in the DC/DC converter during startup of the DC/DC converter, wherein the switches (V1, V2) are operated at a pulse width that is fixed during each of a limited number of stages of the startup, where in the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter, the pulse width at which the switches (V1, V2) are operated is increased from stage to stage of the startup, characterized in that - the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter proceeds to the next stage, when a difference between the DC voltage of the input-side DC link and the DC voltage of the output-side DC link converted to the input-side DC link maintains or falls below a predefined threshold, and - that, in the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter, the pulse width at which the switches (V1, V2) are operated is not more than 5 percent during each of the stages of the startup. - the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter proceeds to the next stage, when a difference between the DC voltage of the input-side DC link and the DC voltage of the output-side DC link converted to the input-side DC link maintains or falls below a predefined threshold, and - that, in the step of operating the switches (V1, V2) of the inverter bridge during startup of the DC/DC converter, the pulse width at which the switches (V1, V2) are operated is not more than 5 percent during each of the stages of the startup.
A method for automatically recognizing a network operator so as to realize data configuration of an integrated digital television, thereby implementing a customization function of said integrated digital television, wherein the method comprises: - acquiring network information about various frequency points of a digital television, and according to the acquired network information about the various frequency points of the digital television, determining a network operator of a current location region, the network information being a Network Information Table; - determining a network operator of a current location region; - matching the determined network operator of said current location region with pre-stored network operators so as to match a pre-stored network operator which is consistent with the determined network operator; - according to a mapping relationship between a pre-stored television configuration parameter and the pre-stored network operator, determining a television configuration parameter corresponding to the matched pre-stored network operator; and according to the determined television configuration parameter, completing data configuration; characterized in that, the operation of determining the network operator of the current location region comprises: determining network operator identifiers that correspond to the various frequency points of the digital television, and determining, among the determined network operator identifiers, a network operator whose identifier corresponds to the largest quantity of frequency points as the network operator of the current location region. - acquiring network information about various frequency points of a digital television, and according to the acquired network information about the various frequency points of the digital television, determining a network operator of a current location region, the network information being a Network Information Table; - determining a network operator of a current location region; - matching the determined network operator of said current location region with pre-stored network operators so as to match a pre-stored network operator which is consistent with the determined network operator; - according to a mapping relationship between a pre-stored television configuration parameter and the pre-stored network operator, determining a television configuration parameter corresponding to the matched pre-stored network operator; determining network operator identifiers that correspond to the various frequency points of the digital television, and determining, among the determined network operator identifiers, a network operator whose identifier corresponds to the largest quantity of frequency points as the network operator of the current location region.