mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: obtaining a first script associated with a blockchain transaction, the first script comprising: a first set of commands; and one or more cryptographic hash values ; generating a second script comprising: a second set of commands; one or more subsets of a plurality of elements , wherein the plurality of elements collectively form a verification key and the one or more subsets collectively include each element of verification key ; the first script ; and an identifier associated with a computer system generating the second script; and generating an attestation that the computer system has access to the verification key based at least in part on executing the first set of commands and the second set of commands and on determining therewith that the one or more cryptographic hash values match the one or more subsets of the verification key . obtaining a first script associated with a blockchain transaction, the first script comprising: a first set of commands; and one or more cryptographic hash values ; a first set of commands; and one or more cryptographic hash values ; generating a second script comprising: a second set of commands; one or more subsets of a plurality of elements , wherein the plurality of elements collectively form a verification key and the one or more subsets collectively include each element of verification key ; the first script ; and an identifier associated with a computer system generating the second script; and a second set of commands; one or more subsets of a plurality of elements , wherein the plurality of elements collectively form a verification key and the one or more subsets collectively include each element of verification key ; the first script ; and an identifier associated with a computer system generating the second script; and generating an attestation that the computer system has access to the verification key based at least in part on executing the first set of commands and the second set of commands and on determining therewith that the one or more cryptographic hash values match the one or more subsets of the verification key .
Pivot unit with a pivot part that can pivot from an initial rotating end position to a second rotating end position and with an actuator in a housing for pivoting the pivot part , whereby the pivot part has stop sections that work jointly upon reaching the respective rotating end position with counter-stops on the housing, and whereby the position of the stop sections and/or counter-stops can be shifted to change the respective rotating end position, distinguished by the fact that a movable holding element parallel to the rotating axis of the pivot part is installed such that, when reaching a rotating end position, the holding element shifts from an open position to a holding position and the pivot part is held in the rotating end position, whereby the holding element has a contact section that works with a counter-contact section on the pivot part in the rotating end position, whereby the contact section enters into the respective counter-contact section upon reaching the respective end position, whereby the contact section and/or the counter-contact section are shaped like a cone so that the contact section enters into the counter-contact section at varying depths in the respective shifted rotating end position when the position of the stop sections and/or counter-stops has changed, and thus the rotating end position has changed, resulting in the pivot part securely reaching the respective rotating end position.
A system for wirelessly transferring electrical power to an electrical load comprising: - a feeding device and - a device to be fed physically separate and independent from the feeding device, wherein the device to be fed comprises: - the electrical load to be fed, - a control circuit adapted for generating a clock signal, and - a receiving apparatus of the electrical power connected to the electrical load , and wherein the feeding device comprises at least one transmission group of the electrical power that includes: - a transmitting apparatus adapted for making a non-conductive magnetic and/or electric coupling with the receiving apparatus of the device to be fed , - a signal management circuit adapted for receiving the clock signal generated by the control circuit of the device to be fed and for generating a pilot signal having a frequency proportional to the frequency of the clock signal, and - a power circuit adapted for receiving the pilot signal generated by the signal management circuit and for applying to the transmitting apparatus a voltage wave that is periodically variable over time with a frequency equal to the frequency of the pilot signal. - a feeding device and - a device to be fed physically separate and independent from the feeding device, - the electrical load to be fed, - a control circuit adapted for generating a clock signal, and - a receiving apparatus of the electrical power connected to the electrical load , - a transmitting apparatus adapted for making a non-conductive magnetic and/or electric coupling with the receiving apparatus of the device to be fed , - a signal management circuit adapted for receiving the clock signal generated by the control circuit of the device to be fed and for generating a pilot signal having a frequency proportional to the frequency of the clock signal, and - a power circuit adapted for receiving the pilot signal generated by the signal management circuit and for applying to the transmitting apparatus a voltage wave that is periodically variable over time with a frequency equal to the frequency of the pilot signal.
A method for transmitting a broadcast signal, the method comprising: generating (t101010) an input packet comprising service data for a broadcast service; generating (t101020) a link layer packet, wherein the link layer packet includes a header and a payload including the input packet, and wherein the header comprises a 3-bit packet type field for identifying a packet type of the input packet and a 1-bit header extension flag for identifying whether a header extension is included in the header; generating (t101030) the broadcast signal including the link layer packet; and transmitting (t101040) the broadcast signal, wherein, when the header extension is included in the header, a value of the 1-bit header extension flag field is 1, wherein, when the header extension is not included in the header, the value of the 1-bit header extension flag field is 0, and wherein the header extension includes extension type information for identifying a type of the header extension and extension length information providing information on a length of extended header information. generating (t101010) an input packet comprising service data for a broadcast service; generating (t101020) a link layer packet, wherein the link layer packet includes a header and a payload including the input packet, and wherein the header comprises a 3-bit packet type field for identifying a packet type of the input packet and a 1-bit header extension flag for identifying whether a header extension is included in the header; generating (t101030) the broadcast signal including the link layer packet; and transmitting (t101040) the broadcast signal, wherein, when the header extension is included in the header, a value of the 1-bit header extension flag field is 1, wherein, when the header extension is not included in the header, the value of the 1-bit header extension flag field is 0, and wherein the header extension includes extension type information for identifying a type of the header extension and extension length information providing information on a length of extended header information.
A method for a remote station , comprising: receiving a Wireless Local Area Network, WLAN , advertisement via a cellular communication system, the WLAN advertisement including at least one Extended Service Set Identifier, ESSID, corresponding to the WLAN; comparing the at least one ESSID to an ESSID list stored in the remote station; and in response to the ESSID matching the at least one ESSID in the WLAN advertisement, scanning for the WLAN. receiving a Wireless Local Area Network, WLAN , advertisement via a cellular communication system, the WLAN advertisement including at least one Extended Service Set Identifier, ESSID, corresponding to the WLAN; comparing the at least one ESSID to an ESSID list stored in the remote station; and in response to the ESSID matching the at least one ESSID in the WLAN advertisement, scanning for the WLAN.
An integrated circuit configured for operate a transmitting user equipment for performing direct communication transmissions over a direct sidelink connection in a communication system, the integrated circuit comprising: receiving circuitry, is adapted to receive a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; control circuitry, which is adapted to : • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and transmitting circuitry, which is adapted to perform a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period. receiving circuitry, is adapted to receive a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; control circuitry, which is adapted to : • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and transmitting circuitry, which is adapted to perform a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period.
Method for processing cleaning activities with available cleaning aids, comprising the following method steps: - specification of the cleaning activities to be performed, by the user on a portable additional device, - determination and specification of at least one available cleaning aid, by the user with the portable additional device, - linking of the available cleaning aid with the cleaning activities to be performed, - displaying of suggestions on the portable additional device with regard to the available cleaning aid for the completion of at least one of the cleaning activities to be performed, factoring in product information on the available cleaning aid, the suitability for use of the available cleaning aid and/or process data arising during the cleaning, characterised in that the determination of the available cleaning aid takes place by scanning a product barcode, by entering the product number or by selecting from a menu. - specification of the cleaning activities to be performed, by the user on a portable additional device, - determination and specification of at least one available cleaning aid, by the user with the portable additional device, - linking of the available cleaning aid with the cleaning activities to be performed, - displaying of suggestions on the portable additional device with regard to the available cleaning aid for the completion of at least one of the cleaning activities to be performed, factoring in product information on the available cleaning aid, the suitability for use of the available cleaning aid and/or process data arising during the cleaning, characterised in that the determination of the available cleaning aid takes place by scanning a product barcode, by entering the product number or by selecting from a menu.
A telecommunications device comprising: means to capture sound from one or more users, and means to render sound to one or more users, wherein said means to render sound comprises a plurality of sound rendering elements, wherein among the plurality of sound rendering elements, an angle subtended between an angle of sound render of one sound rendering element and an angle of sound render of an adjacent sound rendering element is approximately 120 degrees, wherein said means to capture sound comprises a plurality of sound capturing elements, wherein among the plurality of sound capturing elements, an angle subtended between an angle of sound capture of one sound capturing element and an angle of sound capture of an adjacent sound capturing element is approximately 120 degrees, characterised in that the plurality of sound rendering elements are offset from the plurality of sound capturing elements such that an angle subtended between the angle of sound capture of one sound capturing element among the plurality of sound capturing elements and an angle of sound render of an adjacent sound rendering element among the plurality of sound rendering elements is approximately 60 degrees. means to capture sound from one or more users, and means to render sound to one or more users, wherein said means to render sound comprises a plurality of sound rendering elements, wherein among the plurality of sound rendering elements, an angle subtended between an angle of sound render of one sound rendering element and an angle of sound render of an adjacent sound rendering element is approximately 120 degrees, wherein said means to capture sound comprises a plurality of sound capturing elements, wherein among the plurality of sound capturing elements, an angle subtended between an angle of sound capture of one sound capturing element and an angle of sound capture of an adjacent sound capturing element is approximately 120 degrees, characterised in that the plurality of sound rendering elements are offset from the plurality of sound capturing elements such that an angle subtended between the angle of sound capture of one sound capturing element among the plurality of sound capturing elements and an angle of sound render of an adjacent sound rendering element among the plurality of sound rendering elements is approximately 60 degrees.
A pot lid assembly configured to be fitted to a pot body , the pot lid assembly comprising: a pot lid , an electric motor assembly , and a mixing apparatus , the electric motor assembly being fixed to the pot lid ; wherein the mixing apparatus comprises a stirring rod and a plurality of stirring vanes connected to the stirring rod ; wherein the electric motor assembly comprises an electric motor , the electric motor having a rotary shaft operatively connected with the stirring rod so that the electric motor can cause the stirring rod to rotate; wherein the pot lid is configured to cover the pot body to form a closed cooking space; and, wherein when the pot lid is removed from the pot body , the rotary shaft of the electric motor is disengaged from the stirring rod , and the mixing apparatus can stand in the cooking space of the pot body , characterized in that: the stirring rod comprises a magnet disposed at the bottom thereof; the pot body includes a bottom slab located beneath the stirring rod ; and, the bottom slab includes a magnetic attraction layer to which the magnet is attracted so that the mixing apparatus can stand steadily in the cooking space of the pot body . a pot lid , an electric motor assembly , and a mixing apparatus , the electric motor assembly being fixed to the pot lid ; wherein the mixing apparatus comprises a stirring rod and a plurality of stirring vanes connected to the stirring rod ; wherein the electric motor assembly comprises an electric motor , the electric motor having a rotary shaft operatively connected with the stirring rod so that the electric motor can cause the stirring rod to rotate; wherein the pot lid is configured to cover the pot body to form a closed cooking space; and, wherein when the pot lid is removed from the pot body , the rotary shaft of the electric motor is disengaged from the stirring rod , and the mixing apparatus can stand in the cooking space of the pot body , characterized in that: the stirring rod comprises a magnet disposed at the bottom thereof; the pot body includes a bottom slab located beneath the stirring rod ; and, the bottom slab includes a magnetic attraction layer to which the magnet is attracted so that the mixing apparatus can stand steadily in the cooking space of the pot body . the stirring rod comprises a magnet disposed at the bottom thereof; the pot body includes a bottom slab located beneath the stirring rod ; and, the bottom slab includes a magnetic attraction layer to which the magnet is attracted so that the mixing apparatus can stand steadily in the cooking space of the pot body .
An apparatus for encoding a multi-channel input audio signal that represents an audio scene as an encoded audio signal and spatial audio parameters, wherein the spatial audio parameters are descriptive of said audio scene, the apparatus comprising: means for encoding a frame of a downmix signal into a frame of the encoded audio signal, wherein the downmix signal is generated from the multi-channel input audio signal; means for deriving, from the frame of the multi-channel input audio signal, a plurality of spatial audio parameters that are descriptive of the audio scene, said spatial audio parameters comprising a plurality of direction of arrival (DOA) parameters, wherein a DOA parameter indicates a spatial position of a given directional sound component of the audio scene in a given frequency sub-band; and means for encoding the spatial audio parameters, comprising means for encoding a DOA parameter for a given directional sound component in a given frequency sub-band, wherein the apparatus is characterized in that the means for encoding a DOA parameter for a given directional sound component in a given frequency sub band is in dependence of an absolute energy level of the given directional sound component in the given frequency sub band exceeding a first threshold and in dependence of a total energy of said multi-channel input audio signal in the given frequency sub band exceeding a second threshold. means for encoding a frame of a downmix signal into a frame of the encoded audio signal, wherein the downmix signal is generated from the multi-channel input audio signal; means for deriving, from the frame of the multi-channel input audio signal, a plurality of spatial audio parameters that are descriptive of the audio scene, said spatial audio parameters comprising a plurality of direction of arrival (DOA) parameters, wherein a DOA parameter indicates a spatial position of a given directional sound component of the audio scene in a given frequency sub-band; and means for encoding the spatial audio parameters, comprising means for encoding a DOA parameter for a given directional sound component in a given frequency sub-band, wherein the apparatus is characterized in that the means for encoding a DOA parameter for a given directional sound component in a given frequency sub band is in dependence of an absolute energy level of the given directional sound component in the given frequency sub band exceeding a first threshold and in dependence of a total energy of said multi-channel input audio signal in the given frequency sub band exceeding a second threshold.
A display device comprising: a substrate ; a pixel electrode disposed on the substrate ; a bank layer which is disposed on the pixel electrode and in which a pixel opening overlapping the pixel electrode is defined; an encapsulation layer disposed on the pixel electrode and the bank layer ; a sensing electrode disposed on the encapsulation layer ; a first insulating layer which is disposed on the sensing electrode and in which an opening overlapping the pixel opening is defined; and a second insulating layer disposed on the first insulating layer and having a higher refractive index than a refractive index of the first insulating layer , characterised in that : the opening of the first insulating layer includes a first edge (Ea1, Ea2) and a second edge (Eb1, Eb2) separated from an edge of the pixel opening and extending in different directions from each other, and a first extension part disposed at a portion where the first edge (Ea1, Ea2) and the second edge (Eb1, Eb2) meet. a substrate ; a pixel electrode disposed on the substrate ; a bank layer which is disposed on the pixel electrode and in which a pixel opening overlapping the pixel electrode is defined; an encapsulation layer disposed on the pixel electrode and the bank layer ; a sensing electrode disposed on the encapsulation layer ; a first insulating layer which is disposed on the sensing electrode and in which an opening overlapping the pixel opening is defined; and a second insulating layer disposed on the first insulating layer and having a higher refractive index than a refractive index of the first insulating layer , characterised in that : the opening of the first insulating layer includes a first edge (Ea1, Ea2) and a second edge (Eb1, Eb2) separated from an edge of the pixel opening and extending in different directions from each other, and a first extension part disposed at a portion where the first edge (Ea1, Ea2) and the second edge (Eb1, Eb2) meet.