mhurhangee/ep-ind-claims huggingface dataset:
A computer memory system having a data bus (114, 116), with a signal on the data bus having a period p1, the system comprising: (a) a first synchronous memory chip having data lines; (b) a second synchronous memory chip having data lines; (c) the first memory chip being configured to receive a first clock signal, and the second memory chip being configured to receive a second clock signal, each of the first clock signal and the second clock signal having a period p2, and wherein the second clock signal is delayed by a time ΔT from the first clock signal; (d) a first FET switch connecting the data lines of the first memory chip with the data bus (114, 116) beginning at the start of each cycle of the first clock signal, and lasting for a time ΔT1; and (e) a second FET switch connecting the data lines of the second memory chip with the data bus (114, 116) beginning at a time ΔT2 after the start of each cycle of the second clock signal, and lasting for a time ΔT3, wherein ΔT, ΔT1, ΔT2, and ΔT3 are chosen so that the data lines of the first memory chip and those of the second memory chip are never connected to the data bus (114, 116) concurrently. (a) a first synchronous memory chip having data lines; (b) a second synchronous memory chip having data lines; (c) the first memory chip being configured to receive a first clock signal, and the second memory chip being configured to receive a second clock signal, each of the first clock signal and the second clock signal having a period p2, and wherein the second clock signal is delayed by a time ΔT from the first clock signal; (d) a first FET switch connecting the data lines of the first memory chip with the data bus (114, 116) beginning at the start of each cycle of the first clock signal, and lasting for a time ΔT1; and (e) a second FET switch connecting the data lines of the second memory chip with the data bus (114, 116) beginning at a time ΔT2 after the start of each cycle of the second clock signal, and lasting for a time ΔT3, wherein ΔT, ΔT1, ΔT2, and ΔT3 are chosen so that the data lines of the first memory chip and those of the second memory chip are never connected to the data bus (114, 116) concurrently.
A turbine wheel for a turbine of an exhaust gas turbocharger comprising a base body with a back wall; and a plurality of turbine blades, connected to the base body, which each have a leading edge, wherein the leading edge is designed with a wave shape, characterized in that the leading edges each define a curve which, beginning from the back wall of the base body and with a positive direction counter to the direction of rotation of the turbine wheel, satisfies all following conditions: (i) The curve has an initial gradient; (ii) The curve has at least one extremum; and (iii) The curve has at least one inflection point. a plurality of turbine blades, connected to the base body, which each have a leading edge, wherein the leading edge is designed with a wave shape, characterized in that the leading edges each define a curve which, beginning from the back wall of the base body and with a positive direction counter to the direction of rotation of the turbine wheel, satisfies all following conditions: (i) The curve has an initial gradient; (ii) The curve has at least one extremum; and (iii) The curve has at least one inflection point. (i) The curve has an initial gradient; (ii) The curve has at least one extremum; and (iii) The curve has at least one inflection point.
A method of controlling an electric marine propulsion system configured to propel a marine vessel, the method comprising: receiving a user-set time; determining a time remaining based on the user-set time; identifying a battery charge level of a power storage system on the marine vessel; determining a required battery power based on the time remaining and the battery charge level; determining an output limit based on the required battery power to enable propelling the marine vessel for the user-set time without recharging the power storage system; and automatically controlling the propulsion system so as not to exceed the output limit. receiving a user-set time; determining a time remaining based on the user-set time; identifying a battery charge level of a power storage system on the marine vessel; determining a required battery power based on the time remaining and the battery charge level; determining an output limit based on the required battery power to enable propelling the marine vessel for the user-set time without recharging the power storage system; and automatically controlling the propulsion system so as not to exceed the output limit.
A method performed by an intensity adjustment system for providing intensity adjustment of a display of a vehicle, said intensity adjustment system comprising a light source adapted to illuminate said display, said light source having a maximum backlighting intensity level, said display being adapted to display at least one low priority element (31,32) constituted by display pixels and associated with low priority information and at least one high priority element constituted by display pixels and associated with high priority information, the method being characterized by: when no high priority element is to be displayed on said display: displaying the at least one low priority element (31,32) using a reduced intensity level of said light source, said reduced intensity level being less than 50% of said maximum backlighting intensity level, and when the at least one low priority element (31,32) and the at least one high priority element are due to be displayed on said display; increasing said display backlighting intensity to more than 50% of said maximum backlighting intensity level; reducing the transmittance of at least one of said display pixels constituting said at least one low priority element (31,32), such that the increase of said display backlighting intensity is compensated by a lower transmittance of display pixels constituting said at least one low priority element (31,32), which combined results in an essentially unchanged pixel brightness of the display pixels constituting said at least one low priority element (31,32); and displaying said at least one low priority element (31,32) and said high priority element, whereby said at least one high priority element appears brighter than said at least one low priority element (31,32). displaying the at least one low priority element (31,32) using a reduced intensity level of said light source, said reduced intensity level being less than 50% of said maximum backlighting intensity level, and when the at least one low priority element (31,32) and the at least one high priority element are due to be displayed on said display; increasing said display backlighting intensity to more than 50% of said maximum backlighting intensity level; reducing the transmittance of at least one of said display pixels constituting said at least one low priority element (31,32), such that the increase of said display backlighting intensity is compensated by a lower transmittance of display pixels constituting said at least one low priority element (31,32), which combined results in an essentially unchanged pixel brightness of the display pixels constituting said at least one low priority element (31,32); and displaying said at least one low priority element (31,32) and said high priority element, whereby said at least one high priority element appears brighter than said at least one low priority element (31,32).
A rotating spray nozzle, comprising: an elongate stem securable to a liquid-supply pipe, the stem defining a passageway therethrough for communicating a liquid from the supply pipe, the passageway communicating at least one inlet opening and at least one outlet opening defined in the stem; a nozzle body freely rotatably mounted on the stem for rotation about a nozzle axis, the nozzle body having an internal cavity in communication with the at least one outlet opening of the stem, and at least one outlet orifice defined through the nozzle body and communicating with the internal cavity, the at least one outlet orifice being offset from the nozzle axis to impart a driving couple to the nozzle body to cause rotation thereof when a liquid from the supply pipe is communicated through the at least one outlet orifice; characterized in that the elongate stem defines a longitudinal portion bounded at opposite ends thereof by integral annular shoulders (17, 18) formed as a part of the elongate stem and having diameters greater than the longitudinal portion, and the nozzle body is comprised of two or more separate, mateable portions (31a, 31b) which are secured together about the stem so that the entire nozzle body is rotatably captured on the longitudinal portion of the stem between the greater diameter annular shoulders (17,18). an elongate stem securable to a liquid-supply pipe, the stem defining a passageway therethrough for communicating a liquid from the supply pipe, the passageway communicating at least one inlet opening and at least one outlet opening defined in the stem; a nozzle body freely rotatably mounted on the stem for rotation about a nozzle axis, the nozzle body having an internal cavity in communication with the at least one outlet opening of the stem, and at least one outlet orifice defined through the nozzle body and communicating with the internal cavity, the at least one outlet orifice being offset from the nozzle axis to impart a driving couple to the nozzle body to cause rotation thereof when a liquid from the supply pipe is communicated through the at least one outlet orifice; characterized in that the elongate stem defines a longitudinal portion bounded at opposite ends thereof by integral annular shoulders (17, 18) formed as a part of the elongate stem and having diameters greater than the longitudinal portion, and the nozzle body is comprised of two or more separate, mateable portions (31a, 31b) which are secured together about the stem so that the entire nozzle body is rotatably captured on the longitudinal portion of the stem between the greater diameter annular shoulders (17,18).
A winglet for a fan blade, comprising a vertical member, an interface being formed between a first end of a fan blade and the vertical member, the winglet further comprising a mounting member connected to the vertical member, wherein the mounting member is configured to mount the vertical member relative to the fan blade first end, at least a portion of the mounting member being configured to fit inside the fan blade first end, wherein the fan blade is configured to be mounted to a fan hub at a second end of the fan blade, the second end being opposite the first end, characterised in that the winglet further comprises a cuff extending from the vertical member, wherein the cuff is configured to cover at least a portion of the interface.
An air nozzle for introducing a gas flow comprising an oxidation agent into a combustion chamber, comprising: - a nozzle finger with at least one gas flow inlet and at least one gas flow outlet; - a nozzle hood for covering the nozzle finger at least in the area of the at least one gas flow outlet with at least one hole in the outer shell for discharging the gas flow; wherein the nozzle finger and nozzle hood can be connected to each other in a releasable manner through a thread-free clamping connection, wherein the at least one hole is in fluid communication with the at least one gas flow outlet when the nozzle finger and nozzle hood are connected to each other, characterised in that the nozzle hood has tool engagements with which the clamping connection between the nozzle finger and the nozzle hood can be established and released again. - a nozzle finger with at least one gas flow inlet and at least one gas flow outlet; - a nozzle hood for covering the nozzle finger at least in the area of the at least one gas flow outlet with at least one hole in the outer shell for discharging the gas flow;
A method for analyzing speech in a spoken dialog system, comprising the steps of: accepting an utterance of a user by at least one means for accepting acoustical signals, in particular a microphone, and analyzing the utterance and obtaining prosodic cues from the utterance using at least one processing engine, wherein the utterance is evaluated based on the prosodic cues to determine a prominence of parts of the utterance, wherein the utterance is analyzed to determine whether the utterance is a correction utterance correcting the previous utterance by detecting either at least one marker feature, e.g. a negative statement, and/or a segment with a high prominence, indicative of the utterance containing at least one replacement word to replace at least one word in a previous utterance, and if it is determined that the utterance is a correction utterance, - the at least one replacement word is detected based on the prominence of parts in the utterance, - pattern matching is performed to match the at least one replacement word to the at least one word to be replaced in the previous utterance, and - the previous utterance is re-evaluated with the replacement word(s) instead of the word to be replaced, characterized in that movements of the user determined from a video signal visually capturing the user are used to further determine the prosodic cues. accepting an utterance of a user by at least one means for accepting acoustical signals, in particular a microphone, and analyzing the utterance and obtaining prosodic cues from the utterance using at least one processing engine, wherein the utterance is evaluated based on the prosodic cues to determine a prominence of parts of the utterance, wherein the utterance is analyzed to determine whether the utterance is a correction utterance correcting the previous utterance by detecting either at least one marker feature, e.g. a negative statement, and/or a segment with a high prominence, indicative of the utterance containing at least one replacement word to replace at least one word in a previous utterance, and if it is determined that the utterance is a correction utterance, - the at least one replacement word is detected based on the prominence of parts in the utterance, - pattern matching is performed to match the at least one replacement word to the at least one word to be replaced in the previous utterance, and - the previous utterance is re-evaluated with the replacement word(s) instead of the word to be replaced, - the at least one replacement word is detected based on the prominence of parts in the utterance, - pattern matching is performed to match the at least one replacement word to the at least one word to be replaced in the previous utterance, and - the previous utterance is re-evaluated with the replacement word(s) instead of the word to be replaced,
An instrumented gas turbine component comprising: a metal substrate; a first layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited above the metal substrate; a thermocouple formed on the first layer of electrically insulating material, the thermocouple comprising a first leg comprising a first pure metal and a second leg making ohmic contact with the first leg; a second layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited above the thermocouple; and a ceramic thermal barrier coating deposited over the second layer of electrically insulating material, characterised in that the first and second layers of electrically insulating material (34, 35) comprise yttrium aluminum garnet. a metal substrate; a first layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited above the metal substrate; a thermocouple formed on the first layer of electrically insulating material, the thermocouple comprising a first leg comprising a first pure metal and a second leg making ohmic contact with the first leg; a second layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited above the thermocouple; and a ceramic thermal barrier coating deposited over the second layer of electrically insulating material, characterised in that the first and second layers of electrically insulating material (34, 35) comprise yttrium aluminum garnet.
A non-transitory machine-readable storage medium storing instructions that, when executed by a processor (106, 604), cause the processor to: receive (202, 606) object data representing an object to be manufactured by an additive manufacturing process comprising using a fusing agent that absorbs electromagnetic radiation to cause build material to fuse, the object data comprising data representing a plurality of planar surfaces of the object; process (204, 608) the object data to determine, for each of the plurality of planar surfaces, an angle between the respective planar surface and a plane of a reference surface of an additive manufacturing apparatus; and select (206, 610) a manufacturing orientation of the object on the basis of the angles determined for the plurality of planar surfaces and a further property of the object different to the determined angles; wherein the further property of the object comprises a two-dimensional extent of the object parallel to the plane of the reference surface when the object has a respective orientation. receive (202, 606) object data representing an object to be manufactured by an additive manufacturing process comprising using a fusing agent that absorbs electromagnetic radiation to cause build material to fuse, the object data comprising data representing a plurality of planar surfaces of the object; process (204, 608) the object data to determine, for each of the plurality of planar surfaces, an angle between the respective planar surface and a plane of a reference surface of an additive manufacturing apparatus; and select (206, 610) a manufacturing orientation of the object on the basis of the angles determined for the plurality of planar surfaces and a further property of the object different to the determined angles; wherein the further property of the object comprises a two-dimensional extent of the object parallel to the plane of the reference surface when the object has a respective orientation.
A clamp comprising: a first member; a second member connectable to the first member and comprising a second surface having a first groove and a second groove, a second member peak is disposed between each groove; the second member cooperatively engages the first member to engage a belt there between; the first member comprising at least one arcuate concave surface extending across a clamp width, the arcuate concave surface corresponding with the second member peak when the second member is fastened to the first member; and characterized in that: the belt is a toothed belt, and each groove is for receiving a toothed belt tooth; and the arcuate concave surface has a width, W2, in the range of approximately 25% to 50% of a groove pitch, P. a first member; a second member connectable to the first member and comprising a second surface having a first groove and a second groove, a second member peak is disposed between each groove; the second member cooperatively engages the first member to engage a belt there between; the first member comprising at least one arcuate concave surface extending across a clamp width, the arcuate concave surface corresponding with the second member peak when the second member is fastened to the first member; and characterized in that: the belt is a toothed belt, and each groove is for receiving a toothed belt tooth; and the arcuate concave surface has a width, W2, in the range of approximately 25% to 50% of a groove pitch, P. the belt is a toothed belt, and each groove is for receiving a toothed belt tooth; and the arcuate concave surface has a width, W2, in the range of approximately 25% to 50% of a groove pitch, P.
Method for the determination of the concentration of a type of specific nucleic acids in a sample, wherein the sequences of the specific nucleic acid at least partially match a reference sequence, and/or for the determination of the degree of the match of the sequences of specific nucleic acids of a type in a sample and a reference sequence, comprising the following steps: - providing a first nanoparticle, which possesses a first oligonucleotide on its surface; - providing a second oligonucleotide, which is partially complementary to the first oligonucleotide or to a first oligonucleotide adapter, which is partially complementary to the first oligonucleotide, and wherein the second oligonucleotide is partially complementary to the reference sequence; - combining of the first nanoparticle and the second oligonucleotide and - if applicable - the first oligonucleotide adapter with the sample; wherein a specific nucleic acid contained in the sample can hybridise with the second oligonucleotide and the second oligonucleotide by the hybridisation undergoes a change which leads to an alteration of the affinity of the second oligonucleotide to another oligonucleotide and leads to the first nanoparticle being able to bind via the first oligonucleotide and - indirectly via the first oligonucleotide adapter or directly - via the second oligonucleotide - indirectly via a second oligonucleotide adapter or directly - to a second nanoparticle. - providing a first nanoparticle, which possesses a first oligonucleotide on its surface; - providing a second oligonucleotide, which is partially complementary to the first oligonucleotide or to a first oligonucleotide adapter, which is partially complementary to the first oligonucleotide, and wherein the second oligonucleotide is partially complementary to the reference sequence; - combining of the first nanoparticle and the second oligonucleotide and - if applicable - the first oligonucleotide adapter with the sample;
A secondary battery comprising: an electrode assembly which comprises a plurality of electrodes and a separation membrane disposed between the electrodes; a case configured to receive the electrode assembly; electrode tabs which are connected with the electrodes and protrude to an outside of the case; and a thermoelectric unit configured to at least partially cover the electrode tab, wherein the thermoelectric unit comprises: an insulator; and a thermoelectric region which includes thermoelectric elements included in the insulator or attached to the insulator, and is disposed to be overlapped with the electrode tab in a planar direction, wherein the thermoelectric unit partially covers the case together with the electrode tab in the planar direction. an electrode assembly which comprises a plurality of electrodes and a separation membrane disposed between the electrodes; a case configured to receive the electrode assembly; electrode tabs which are connected with the electrodes and protrude to an outside of the case; and a thermoelectric unit configured to at least partially cover the electrode tab, wherein the thermoelectric unit comprises: an insulator; and a thermoelectric region which includes thermoelectric elements included in the insulator or attached to the insulator, and is disposed to be overlapped with the electrode tab in a planar direction, wherein the thermoelectric unit partially covers the case together with the electrode tab in the planar direction. an insulator; and a thermoelectric region which includes thermoelectric elements included in the insulator or attached to the insulator, and is disposed to be overlapped with the electrode tab in a planar direction, wherein the thermoelectric unit partially covers the case together with the electrode tab in the planar direction.