mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reconstructing seismic data, the method comprising: receiving at a computing device an input seismic data set d related to plural shots emitted by one or more seismic sources (S), wherein the input seismic data set d is indicative of seismic wave paths from the one or more seismic source (S) to receivers; receiving at the computing device a positional data set d p relating to recording locations of the receivers that recorded the input seismic data set d; receiving at the computing device a receiver target location, the method being characterized in further comprising: calculating , with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p ; calculating , with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p ; and correcting the seismic wave paths from the one or more seismic sources (S) to the receivers based on the reconstructed seismic data d r . receiving at a computing device an input seismic data set d related to plural shots emitted by one or more seismic sources (S), wherein the input seismic data set d is indicative of seismic wave paths from the one or more seismic source (S) to receivers; receiving at the computing device a positional data set d p relating to recording locations of the receivers that recorded the input seismic data set d; receiving at the computing device a receiver target location, the method being characterized in further comprising: calculating , with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p ; calculating , with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p ; and correcting the seismic wave paths from the one or more seismic sources (S) to the receivers based on the reconstructed seismic data d r . calculating , with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p ; calculating , with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p ; and correcting the seismic wave paths from the one or more seismic sources (S) to the receivers based on the reconstructed seismic data d r .
A transmitter for establishing communication between a device and a differential network bus , the differential network bus comprising two conduction lines (CANH, CANL) connected to each of a first and second conduction paths of the transmitter, the transmitter further including - current driving means (T1, T2) connected to each conduction line (CANH, CANL) of the differential network bus , through the first and second conduction paths of the transmitter , the current driving means (T1, T2) adapted to introduce a driving current through each of the first and second conduction path of the transmitter, thus providing a differential driving signal, - at least one unidirectional current regulator (T51, T81, T52, T82) for extracting a first current, characterized in that the at least one unidirectional current regulator (T51, T81, T52, T82) is adapted to extract a first current being equal to a known ratio of a parasitic current circulating through the first conduction path with a direction inverse to the driving current through the first conduction path connected to a conduction line (CANH, CANL) of the differential bus , the transmitter further including - means for obtaining, from said first current, a second current with a magnitude equal to the magnitude of the parasitic current, - means (T3) for introducing the second current into the second conduction path connected to the other line (CANL, CANH) of the differential bus . - current driving means (T1, T2) connected to each conduction line (CANH, CANL) of the differential network bus , through the first and second conduction paths of the transmitter , the current driving means (T1, T2) adapted to introduce a driving current through each of the first and second conduction path of the transmitter, thus providing a differential driving signal, - at least one unidirectional current regulator (T51, T81, T52, T82) for extracting a first current, - means for obtaining, from said first current, a second current with a magnitude equal to the magnitude of the parasitic current, - means (T3) for introducing the second current into the second conduction path connected to the other line (CANL, CANH) of the differential bus .
An apparatus that operates in a wireless communication environment, the apparatus comprising: means for receiving a code sequence in a primary synchronization channel, the code sequence facilitating orthogonal frequency division multiplexing symbol boundary detection, slot boundary detection, and sub-frame boundary detection and conveying a part of a cell identification code; and means for receiving one or more code sequences in a secondary synchronization channel, the one or more code sequences conveying the remaining part of the cell identification code. means for receiving a code sequence in a primary synchronization channel, the code sequence facilitating orthogonal frequency division multiplexing symbol boundary detection, slot boundary detection, and sub-frame boundary detection and conveying a part of a cell identification code; and means for receiving one or more code sequences in a secondary synchronization channel, the one or more code sequences conveying the remaining part of the cell identification code.
A method for operating a cleaning device that automatically moves within an environment, wherein the cleaning device cleans a surface according to a prescribed work plan, wherein a detection device of the cleaning device detects contamination levels of several partial surface areas of the surface , wherein a cleaning operation of the cleaning device is varied as a function of the detection result, characterized in that an overall contamination level is determined for the surface from the contamination levels of several partial surface areas by summing the individual levels of contamination levels of the several partial surface areas or by determining an average contamination level, and the cleaning operation is performed with cleaning parameters identical to the overall contamination level for the entire surface , wherein the determined overall contamination level is compared with at least one reference contamination level, specifically with an overall contamination level determined during a chronologically preceding cleaning activity.
An antioxidant composition for use in pet food or pet supplement comprising an extract of Vitis vinifera and an extract of Vaccinium angustifolium, wherein said antioxidant composition comprises resveratrol, at least 1 % of catechins and/or epicatechins, and at least 5 ppm of ferulic acid, wherein the extract of Vitis vinifera is obtained from at least the skins of Vitis vinifera, wherein said extract of Vitis vinifera provides said resveratrol, catechins and/or epicatechins, and wherein said extract of Vaccinium angustifolium provides said ferulic acid.
Hydraulic motor with a casing which has a first and a second working port, wherein there is a rotor inside the casing which is rotatable with about an axis with respect to the casing , wherein the rotor has a plurality of movable pistons , wherein there is a distributor located fixed inside the casing which has an end face , wherein the rotor abuts against the end face , wherein there is a first and a third chamber which are delimited by the distributor and the casing respectively , wherein the first chamber is permanently connected to a plurality of first openings in the end face , wherein the third chamber is permanently connected to a plurality of second openings in the end face , wherein the first chamber is permanently connected to the first working port , wherein the casing has a third working port , wherein there is a second and a fourth chamber which are delimited by the casing and the distributor respectively, wherein the second chamber is permanently connected to the second working port , wherein the fourth chamber is permanently connected to the third working port , wherein there is a movable spool located inside the casing , which has a first and a second position (82; 83), wherein in the first position there is a connection from the third chamber to the second chamber via the spool , characterized in that the second position there is a connection from the third chamber to the fourth chamber via the spool and a connection from the first chamber to the second chamber via the spool , wherein the casing has a drain channel which connects the spool to an interior of the casing . wherein the casing has a third working port , wherein there is a second and a fourth chamber which are delimited by the casing and the distributor respectively, wherein the second chamber is permanently connected to the second working port , wherein the fourth chamber is permanently connected to the third working port , wherein there is a movable spool located inside the casing , which has a first and a second position (82; 83), wherein in the first position there is a connection from the third chamber to the second chamber via the spool , characterized in that the second position there is a connection from the third chamber to the fourth chamber via the spool and a connection from the first chamber to the second chamber via the spool , wherein the casing has a drain channel which connects the spool to an interior of the casing .
Arrangement for destructing explosive-containing objects comprising i) an inner chamber extending in a vertical direction, said inner chamber comprising a lower portion ; and an upper portion ii) an outer chamber extending in a vertical direction comprising a lower section , an intermediate section , and an upper section , wherein the portions of the inner chamber and the sections of the outer chamber are configured to be arranged in either of the following modes: a) the portions are sealed to one another and the lower section , the intermediate section and the upper section are sealed to one another b) the portions are separated from one another and the lower section , the intermediate section and the upper section are separated from one another iii) lifting and lowering means arranged below the lower section , wherein said lower portion of the inner chamber is attached to said intermediate section and wherein said arrangement can be switched between said modes a) and b) by said lifting and lowering means . i) an inner chamber extending in a vertical direction, said inner chamber comprising a lower portion ; and an upper portion ii) an outer chamber extending in a vertical direction comprising a lower section , an intermediate section , and an upper section , wherein the portions of the inner chamber and the sections of the outer chamber are configured to be arranged in either of the following modes: a) the portions are sealed to one another and the lower section , the intermediate section and the upper section are sealed to one another b) the portions are separated from one another and the lower section , the intermediate section and the upper section are separated from one another a) the portions are sealed to one another and the lower section , the intermediate section and the upper section are sealed to one another b) the portions are separated from one another and the lower section , the intermediate section and the upper section are separated from one another iii) lifting and lowering means arranged below the lower section ,
A compound for use in treating a cancer selected from double hit diffuse large B cell lymphoma and triple hit diffuse large B cell lymphoma, wherein the compound is represented by the following structural formula: or a pharmaceutically acceptable salt thereof.
A feeder, comprising: a polygonal feeding pan defined by a base and a plurality of side walls depending from the base , the side walls defining an outer peripheral edge of the feeder and having a plurality of substantially-straight outer edges , and the base being substantially pyramidal with a plurality of inclined edges radially aligned with the vertices of the outer peripheral edge and an apex of the pyramidal base provided at or adjacent the centre of the feeder to direct feed towards the side walls ; a supply tube disposed substantially centrally with respect to the feeding pan , the supply tube being adapted, in use, to engage and receive feed from a feed delivery system at a first end and supply feed to the feeding pan from a second end, the supply tube being provided at the second end thereof with a feed cone and a plurality of holes adjacent the feed cone ; and support means slidably engaging the supply tube to the feeding pan ; wherein an intersection of the base and the side walls transitions from a downwards incline to an upwards incline to form a trough circumferentially about the base adjacent the side walls , and the feed cone comprises a plurality of radial strakes provided equidistantly around the feed cone and obstructing the holes of the supply tube . a polygonal feeding pan defined by a base and a plurality of side walls depending from the base , the side walls defining an outer peripheral edge of the feeder and having a plurality of substantially-straight outer edges , and the base being substantially pyramidal with a plurality of inclined edges radially aligned with the vertices of the outer peripheral edge and an apex of the pyramidal base provided at or adjacent the centre of the feeder to direct feed towards the side walls ; a supply tube disposed substantially centrally with respect to the feeding pan , the supply tube being adapted, in use, to engage and receive feed from a feed delivery system at a first end and supply feed to the feeding pan from a second end, the supply tube being provided at the second end thereof with a feed cone and a plurality of holes adjacent the feed cone ; and support means slidably engaging the supply tube to the feeding pan ; wherein an intersection of the base and the side walls transitions from a downwards incline to an upwards incline to form a trough circumferentially about the base adjacent the side walls , and the feed cone comprises a plurality of radial strakes provided equidistantly around the feed cone and obstructing the holes of the supply tube .
A method comprising: receiving , by an access point , a first paging message ; determining by the access point , that the first paging message indicating a request for data to be reported by devices , is associated with a machine type communication indication, wherein the indication is a small data transmission indication; determining by the access point , the devices that the small data transmission indication is associated with in the first paging message ; associating by the access point , a second paging message indicating the request for data to be reported by the devices , with a small data transmission indication, when it is determined that the first paging message is associated with a machine type communication, wherein, upon determining that the small data transmission indication of the first paging message is for all the devices in the first paging message , the small data transmission indication of the second paging message is set outside a paging record information element of the second paging message . receiving , by an access point , a first paging message ; determining by the access point , that the first paging message indicating a request for data to be reported by devices , is associated with a machine type communication indication, wherein the indication is a small data transmission indication; determining by the access point , the devices that the small data transmission indication is associated with in the first paging message ; associating by the access point , a second paging message indicating the request for data to be reported by the devices , with a small data transmission indication, when it is determined that the first paging message is associated with a machine type communication, wherein, upon determining that the small data transmission indication of the first paging message is for all the devices in the first paging message , the small data transmission indication of the second paging message is set outside a paging record information element of the second paging message .
Method for monitoring an electrical energy supply network or a subnetwork of the energy supply network , wherein measurement values detected at at least two measurement points of the energy supply network or subnetwork are evaluated, wherein - phase angle values are evaluated as measurement values or phase angle values determined using the measurement values are evaluated, - a check is carried out based on the phase angle values to determine whether the energy supply network or the subnetwork is operating synchronously, and, - in the event of an asynchronism identified based on the phase angle values, an island identification signal (IS) is generated, characterized in that - the phase angle values are sorted so as to form a sorted phase angle order (SR), - proceeding from the largest or smallest phase angle value - subsequently referred to as starting phase value - of the sorted phase angle order (SR), a phase angle difference from the subsequent phase angle value in the phase angle order (SR), that is to say the second-largest or second-smallest phase angle value, is determined, - the island identification signal (IS) is generated when the phase angle difference between the starting phase value and the subsequent phase angle value exceeds a prescribed alarm threshold value in terms of magnitude, and - the starting phase value and the subsequent phase angle value are considered to be synchronous when the phase angle difference between the starting phase value and the subsequent phase angle value undershoots the prescribed alarm threshold value in terms of magnitude. - phase angle values are evaluated as measurement values or phase angle values determined using the measurement values are evaluated, - a check is carried out based on the phase angle values to determine whether the energy supply network or the subnetwork is operating synchronously, and, - in the event of an asynchronism identified based on the phase angle values, an island identification signal (IS) is generated, characterized in that - the phase angle values are sorted so as to form a sorted phase angle order (SR), - proceeding from the largest or smallest phase angle value - subsequently referred to as starting phase value - of the sorted phase angle order (SR), a phase angle difference from the subsequent phase angle value in the phase angle order (SR), that is to say the second-largest or second-smallest phase angle value, is determined, - the island identification signal (IS) is generated when the phase angle difference between the starting phase value and the subsequent phase angle value exceeds a prescribed alarm threshold value in terms of magnitude, and - the starting phase value and the subsequent phase angle value are considered to be synchronous when the phase angle difference between the starting phase value and the subsequent phase angle value undershoots the prescribed alarm threshold value in terms of magnitude.
A method for producing an array of proteins, comprising (a) providing a library of mRNA molecules, wherein individual mRNA molecules in the library comprise a target sequence and a tag sequence, (b) splitting or fractionating the library of mRNA molecules into a first-sub library and a second sub-library, wherein the first sub-library and the second sub-library comprise mRNA molecules having the target sequence and the tag sequences or complements thereof, (c) attaching the mRNA molecules from the first sub-library to individual features on a solid support, amplifying mRNA molecules from the first sub-library on the solid support to produce amplicons of the mRNA molecules of the first sub-library; and (d) contacting the first sub-library with the second sub-library, thereby attaching mRNA molecules of the second sub-library to said amplicons of the mRNA molecules of the first sub-library on the solid support via hybridization of the tag sequences and the complements thereof; and (e) translating the target sequences of the mRNA molecules on the solid support to produce an array of proteins attached to the individual features. (a) providing a library of mRNA molecules, wherein individual mRNA molecules in the library comprise a target sequence and a tag sequence, (b) splitting or fractionating the library of mRNA molecules into a first-sub library and a second sub-library, wherein the first sub-library and the second sub-library comprise mRNA molecules having the target sequence and the tag sequences or complements thereof, (c) attaching the mRNA molecules from the first sub-library to individual features on a solid support, amplifying mRNA molecules from the first sub-library on the solid support to produce amplicons of the mRNA molecules of the first sub-library; and (d) contacting the first sub-library with the second sub-library, thereby attaching mRNA molecules of the second sub-library to said amplicons of the mRNA molecules of the first sub-library on the solid support via hybridization of the tag sequences and the complements thereof; and (e) translating the target sequences of the mRNA molecules on the solid support to produce an array of proteins attached to the individual features.