mhurhangee/ep-ind-claims huggingface dataset:
A diagnosis cost output device comprising: detection performance identifying means for identifying a measuring time required for leakage detection with respect to an installation spacing of sensors, based on information affecting vibration propagation characteristics of a pipe, the information affecting vibration propagation characteristics of the pipe including a time zone in which measurement is performed by the sensors; and output means for outputting a diagnosis cost with respect to the installation spacing, based on an installation cost of the sensors and a measuring cost, the measuring cost being a cost generated by leakage detection in the identified measuring time. detection performance identifying means for identifying a measuring time required for leakage detection with respect to an installation spacing of sensors, based on information affecting vibration propagation characteristics of a pipe, the information affecting vibration propagation characteristics of the pipe including a time zone in which measurement is performed by the sensors; and output means for outputting a diagnosis cost with respect to the installation spacing, based on an installation cost of the sensors and a measuring cost, the measuring cost being a cost generated by leakage detection in the identified measuring time.
A touch sensing method, comprising: detecting a touch detection signal sent by a stylus; determining a touch position of the stylus on a touch screen when the touch detection signal sent by the stylus is detected; determining whether a force detection module in the stylus generates force characteristic data; determining whether a strength threshold of the touch detection signal at the touch position is acquired (S604A, S604B), the strength threshold of the touch detection signal is set or recorded according to a strength of a touch detection signal detected when the force characteristic data applied by the stylus to the touch screen is detected prior to the current time; recording and setting the strength of the detected touch detection signal at the touch position as the strength threshold (S607A) and responding to the touch operation by the stylus on the touch screen when it is determined that a force detection module in the stylus generates the force characteristic data and the strength threshold of the touch detection signal at the touch position is not acquired; and determining whether the strength threshold of the touch detection signal at the touch position is reached (S605A) when it is determined that the force detection module in the stylus does not generate the force characteristic data and the strength threshold of the detected touch detection signal is acquired, and responding to the touch operation by the stylus on the touch screen when it is determined that the strength threshold of the touch detection signal at the touch position is reached. detecting a touch detection signal sent by a stylus; determining a touch position of the stylus on a touch screen when the touch detection signal sent by the stylus is detected; determining whether a force detection module in the stylus generates force characteristic data; determining whether a strength threshold of the touch detection signal at the touch position is acquired (S604A, S604B), the strength threshold of the touch detection signal is set or recorded according to a strength of a touch detection signal detected when the force characteristic data applied by the stylus to the touch screen is detected prior to the current time; recording and setting the strength of the detected touch detection signal at the touch position as the strength threshold (S607A) and responding to the touch operation by the stylus on the touch screen when it is determined that a force detection module in the stylus generates the force characteristic data and the strength threshold of the touch detection signal at the touch position is not acquired; and determining whether the strength threshold of the touch detection signal at the touch position is reached (S605A) when it is determined that the force detection module in the stylus does not generate the force characteristic data and the strength threshold of the detected touch detection signal is acquired, and responding to the touch operation by the stylus on the touch screen when it is determined that the strength threshold of the touch detection signal at the touch position is reached.
A method to determine surface roughness, comprising: obtaining an image of speckle caused by the scattering of coherent light from a surface; converting the image into a binary image according to a threshold (T 1 -T 4), thereby classifying pixels below the threshold as background pixels and pixels above the threshold as foreground pixels; and identifying one or more regions of connected foreground pixels in the binary image, in which any two foreground pixels in a region are joined by a continuous path of foreground pixels; characterised by evaluating the total number of regions identified, and evaluating the number of pixels in the largest region, each of which correlate with surface roughness; converting the total number of regions identified and the number of pixels in the largest region to a measure of the surface roughness of the surface using a predefined relation therebetween; and outputting an indication of the measure of the surface roughness of the surface. obtaining an image of speckle caused by the scattering of coherent light from a surface; converting the image into a binary image according to a threshold (T 1 -T 4), thereby classifying pixels below the threshold as background pixels and pixels above the threshold as foreground pixels; and identifying one or more regions of connected foreground pixels in the binary image, in which any two foreground pixels in a region are joined by a continuous path of foreground pixels; characterised by evaluating the total number of regions identified, and evaluating the number of pixels in the largest region, each of which correlate with surface roughness; converting the total number of regions identified and the number of pixels in the largest region to a measure of the surface roughness of the surface using a predefined relation therebetween; and outputting an indication of the measure of the surface roughness of the surface.
A method comprising: communicating a sparse index of hashes to a bidding match module of each store of a plurality of stores on which an object is distributed, wherein the sparse index of hashes represents a plurality of hashes associated with chunks of the object; comparing, by the bid matching module of each store, the sparse index against a list of hashes of data stored in the store; in response to the communication, receiving, by a route module of a client application, bid responses from each of the at least some stores indicating a count value, each count value being indicative of a number of the hashes associated with chunks on the store; selecting one of the stores based at least in part on a comparison of a match of the number of hashes associated with chunks to a threshold; comparing, by a matching module of the store, all of the hashes of the chunks to the corresponding hashes of data stored on the store; identifying chunks of the object that are not currently stored on the selected store; and communicating deduplicated data associated with the object, comprising chunks of the object that are not currently stored on the selected store, to the selected store. communicating a sparse index of hashes to a bidding match module of each store of a plurality of stores on which an object is distributed, wherein the sparse index of hashes represents a plurality of hashes associated with chunks of the object; comparing, by the bid matching module of each store, the sparse index against a list of hashes of data stored in the store; in response to the communication, receiving, by a route module of a client application, bid responses from each of the at least some stores indicating a count value, each count value being indicative of a number of the hashes associated with chunks on the store; selecting one of the stores based at least in part on a comparison of a match of the number of hashes associated with chunks to a threshold; comparing, by a matching module of the store, all of the hashes of the chunks to the corresponding hashes of data stored on the store; identifying chunks of the object that are not currently stored on the selected store; and communicating deduplicated data associated with the object, comprising chunks of the object that are not currently stored on the selected store, to the selected store.
Counterweight device (200, 300) for use in a saber saw, comprising a drive, a reciprocating bar and at least one first articulated rod, the counterweight device (200, 300) being reversibly movable into a first pendulum movement and a second pendulum movement by means of the drive, the first pendulum movement of the counterweight device (200, 300) extending substantially counter to a first pendulum movement of the articulated rod and the second pendulum movement of the counterweight device (200, 300) extending substantially counter to a second pendulum movement of the articulated rod, characterized in that the counterweight device (200, 300) comprises at least one first counterweight element and a second counterweight element, the counterweight device (200, 300) and the articulated rod each being connected to the drive by means of a slotted guide system.
An electrosurgical generator, comprising: a primary source configured to supply a primary signal; a test source configured to supply a test signal; an output circuit electrically coupled to the primary source and the test source, the output circuit configured to receive the primary signal and the test signal, respectively, therefrom, wherein the output circuit is electrically coupled to a load to supply the primary signal to the load; and an abnormality detection circuit electrically coupled to the output circuit to detect an abnormality within the output circuit as a function of the test signal, wherein the abnormality detection circuit is configured to determine a location of the abnormality within the output circuit. a primary source configured to supply a primary signal; a test source configured to supply a test signal; an output circuit electrically coupled to the primary source and the test source, the output circuit configured to receive the primary signal and the test signal, respectively, therefrom, wherein the output circuit is electrically coupled to a load to supply the primary signal to the load; and an abnormality detection circuit electrically coupled to the output circuit to detect an abnormality within the output circuit as a function of the test signal, wherein the abnormality detection circuit is configured to determine a location of the abnormality within the output circuit.
Isolated placental stem cells in a therapeutically effective amount for use in a method for treatment of an individual who has a disease or disorder, wherein said placental stem cells are fibroblastoid and adhere to tissue culture plastic, wherein said placental stem cells are obtainable by perfusion of a human placenta with a perfusion solution, wherein said placenta has been exsanguinated and perfused to remove residual blood; and wherein said placental stem cells: (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+, and wherein said disease or disorder is a seizure disorder, ischemia, inflammation, cerebral palsy, a neurodegenerative disease, Alzheimer's disease, Parkinson's disease, Leigh disease, AIDS dementia, amyotrophic lateral sclerosis, ischemic renal disease, glaucoma, Tay-Sachs disease, Niemann-Pick disease, Fabry disease, Gaucher's disease, Hunter's syndrome, Hurler's syndrome, adrenoleukodystrophy, cystic fibrosis, a glycogen storage disease, hypothyroidism, sickle cell anemia, Pearson syndrome, Pompe's disease, phenylketonuria, a porphyria, maple syrup urine disease, homocystinuria, chronic granulomatous disease, or tyrosinemia. (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+, and
A system for conducting a seismic survey, comprising: at least one seismic sensor configured to supply a signal responsive to reflections of acoustic energy from an earth surface; sampling circuitry in electrical communication with the at least one seismic sensor and configured to convert the signal to a sequence of samples, wherein each sample is represented by a bit string, the system characterized by: at least one processor and a computer memory accessible to the at least one processor, the at least one processor configured to: create a sample block by storing at least a portion of the sequence of samples in memory units in the computer memory, wherein each sample is stored in a corresponding memory unit; number the at least one bit of each sample; and compress data contained in the sample block by encoding a sequence of bits making up a particular bit number for all the samples of the sample block to produce compressed seismic data; a data communication device configured to transmit the compressed seismic data; and a recording computer configured to receive the compressed seismic data. at least one processor and a computer memory accessible to the at least one processor, the at least one processor configured to: create a sample block by storing at least a portion of the sequence of samples in memory units in the computer memory, wherein each sample is stored in a corresponding memory unit; number the at least one bit of each sample; and compress data contained in the sample block by encoding a sequence of bits making up a particular bit number for all the samples of the sample block to produce compressed seismic data; create a sample block by storing at least a portion of the sequence of samples in memory units in the computer memory, wherein each sample is stored in a corresponding memory unit; number the at least one bit of each sample; and compress data contained in the sample block by encoding a sequence of bits making up a particular bit number for all the samples of the sample block to produce compressed seismic data; a data communication device configured to transmit the compressed seismic data; and a recording computer configured to receive the compressed seismic data.
A communication network component, comprising: a receiver configured to receive a connection request from a first communication device, wherein the connection request comprises an indication to a smart contract established for providing access to a communication service for a second communication device, and a communication service key for identification of the first communication device; and one or more processors configured to determine whether the first communication device is allowed to access the communication service according to the smart contract established for providing access to the communication service for the second communication device, based on the communication service key for identification of the first communication device; and to allow the first communication device to use the communication service according to the smart contract established for providing access to the communication service for the second communication device, in case the first communication device is allowed to access the communication service according to the smart contract established for providing access to the communication service for the second communication device; wherein the first communication device and the second communication device are two different devices. a receiver configured to receive a connection request from a first communication device, wherein the connection request comprises an indication to a smart contract established for providing access to a communication service for a second communication device, and a communication service key for identification of the first communication device; and one or more processors configured to determine whether the first communication device is allowed to access the communication service according to the smart contract established for providing access to the communication service for the second communication device, based on the communication service key for identification of the first communication device; and to allow the first communication device to use the communication service according to the smart contract established for providing access to the communication service for the second communication device, in case the first communication device is allowed to access the communication service according to the smart contract established for providing access to the communication service for the second communication device; wherein the first communication device and the second communication device are two different devices.
A process for the production of ammonia, comprising the steps of (a) providing a hydrocarbon material; (b) subjecting the hydrocarbon material to catalytic partial oxidation so as to produce a synthesis gas comprising carbon monoxide, hydrogen and carbon dioxide; (c) subjecting the synthesis gas to a water gas shift reaction so as to react carbon monoxide with water under the formation of a gas mixture comprising hydrogen and carbon dioxide. (d) separating hydrogen from the reaction mixture; (e) reacting the hydrogen with nitrogen under ammonia-forming conditions so as to produce ammonia, wherein the catalytic partial oxidation is a short contact time catalytic partial oxidation, conducted under a space velocity of 100,000 to 250,000 hr -1, wherein the oxygen used in the catalytic partial oxidation and the nitrogen used in the ammonia-forming reaction are obtained from an air separation unit, wherein the hydrogen is separated from the reaction mixture by removing CO 2 from the gas mixture comprising hydrogen and carbon dioxide, so as to obtain a gas mixture enriched in H 2, wherein hydrogen is purified using a Pressure Swing Absorber after CO 2 removal, to yield a pure hydrogen stream and a purge gas stream, which purge gas is recycled to the CPO reactor with a complete recycle of the purge gas, wherein the oxygen to carbon ratio in the catalytic partial oxidation is between 0.3 and 0.7, and wherein the steam to carbon ratio in the cataytic partial oxidation is in the range of 0.3 - 1.0. (a) providing a hydrocarbon material; (b) subjecting the hydrocarbon material to catalytic partial oxidation so as to produce a synthesis gas comprising carbon monoxide, hydrogen and carbon dioxide; (c) subjecting the synthesis gas to a water gas shift reaction so as to react carbon monoxide with water under the formation of a gas mixture comprising hydrogen and carbon dioxide. (d) separating hydrogen from the reaction mixture; (e) reacting the hydrogen with nitrogen under ammonia-forming conditions so as to produce ammonia, wherein the catalytic partial oxidation is a short contact time catalytic partial oxidation, conducted under a space velocity of 100,000 to 250,000 hr -1,
A device for applying vibrations to passenger cars with different track widths and different wheel widths, which device comprises a platform on which the passenger car can be placed, wherein the platform has rollers (3,4) on which a front or rear pair of wheels of the passenger car can be positioned, wherein each roller has for each wheel positioned thereon at least two tracks (5,6,7) with a different surface relief, all this such that in a first position on the device the passenger car is located with the wheels on a first pair of the tracks and in a second position on the device it is located with the wheels on another pair of the tracks and so that by rotating the rollers under the wheels vibrations are applied to the passenger car by the relief of the roller, wherein each track has a width which is greater than a greatest of the different wheel widths and wherein there is a distance between corresponding tracks, measured on the outer sides of each track, between each of the first and second pair of the tracks, which distance is substantially equal to a greatest of the different track widths, wherein the track width is defined as the distance between the outer sides of the wheels of the passengers car and corresponds to the distance between a left-hand side of a left wheel and the corresponding right-hand side of a right wheel.
A catering trolley retrieval device for a galley compartment for stowing multiple trolleys (51, 59), the device comprising a cassette which is rectangular and extending lengthwise from a front end to a back end, and arranged to be mounted to the compartment above where the trolleys (51, 59) are to be stowed so as to be slidable lengthwise in the direction of the stowage of the trolleys (51, 59), the cassette further comprising a downwardly-extending claw mounted to the back end of the cassette and extending perpendicular to a plane of the cassette, and arranged such that, when the cassette is slid out of the compartment, the claw will engage a rear trolley stowed within the compartment to move it forward, the catering trolley retrieval device further comprises a retention latch mounted on the cassette at a first lengthwise position from the back end of the cassette, the retention latch movably mounted on the cassette, and arranged to extend downward so as to engage the rear trolley.
A furniture polish which is an oil-in-water emulsion comprising: a silicone component, which is formed of one or both of a silicone fluid and a polydiorganosiloxane, which may be terminated with hydroxyl, methyl, alkoxy or vinyl groups; a phosphonic acid dispersant; a surfactant and further including acrylates/C 10 -C 30 alkyl acrylate crosspolymers as an emulsifier and water. a silicone component, which is formed of one or both of a silicone fluid and a polydiorganosiloxane, which may be terminated with hydroxyl, methyl, alkoxy or vinyl groups; a phosphonic acid dispersant; a surfactant and further including acrylates/C 10 -C 30 alkyl acrylate crosspolymers as an emulsifier and water.