mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving a paging frame, the method comprising: determining, by a user equipment , a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z comprises a set of bits of the user equipment identifier, the set of bits determined based upon the DRX cycle and the paging group count. determining, by a user equipment , a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z comprises a set of bits of the user equipment identifier, the set of bits determined based upon the DRX cycle and the paging group count.
A computer-implemented method comprising: receiving , at a first transmitter of a first wireless microphone system included in a plurality of wireless microphone systems, a first user request for a plurality of assigned frequencies for the plurality of wireless microphone systems; sending , to a server and via a network , a first request for the set of assigned frequencies; receiving, from the server , the plurality of assigned frequencies, wherein the plurality of assigned frequencies comprise a plurality of intermodulation free frequencies; configuring each wireless microphone system included in the plurality of wireless microphone systems to operate at a different assigned frequency in the plurality of assigned frequencies; receiving , at the first transmitter of the first wireless microphone system , a second user request for a validation of a first assigned frequency for the first wireless microphone system ; and sending the first assigned frequency and a second request, via the network , to the server for validating the first assigned frequency. receiving , at a first transmitter of a first wireless microphone system included in a plurality of wireless microphone systems, a first user request for a plurality of assigned frequencies for the plurality of wireless microphone systems; sending , to a server and via a network , a first request for the set of assigned frequencies; receiving, from the server , the plurality of assigned frequencies, wherein the plurality of assigned frequencies comprise a plurality of intermodulation free frequencies; configuring each wireless microphone system included in the plurality of wireless microphone systems to operate at a different assigned frequency in the plurality of assigned frequencies; receiving , at the first transmitter of the first wireless microphone system , a second user request for a validation of a first assigned frequency for the first wireless microphone system ; and sending the first assigned frequency and a second request, via the network , to the server for validating the first assigned frequency.
A fusion protein comprising: a human C1-inhibitor polypeptide; and an Fc domain, wherein the fusion protein has an amino acid sequence selected from: SEQ ID NO:11, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, or SEQ ID NO:16. a human C1-inhibitor polypeptide; and an Fc domain, wherein the fusion protein has an amino acid sequence selected from: SEQ ID NO:11, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, or SEQ ID NO:16.
An air freshener comprising: a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case , the filter housing having a power terminal disposed therein; a drawer configured to be withdrawn from an inner space of the filter housing through the filter installation opening ; and an electric dust collector separably located in the drawer , the electric dust collector having a power-receiving terminal disposed therein, the electric dust collector comprises a high-potential electrode and a low-potential electrode to generate an electric field to collect electrified dust particles, wherein the power terminal contacts the power-receiving terminal in a state in which the drawer is settled in the inner space of the filter housing characterized in that the electric dust collector comprises a short-circuit switch for short-circuiting the high-potential electrode and the low-potential electrode when a pushed state of the short-circuit switch is released, and the filter housing comprises a short-circuit protrusion protruding in a direction in which the drawer is withdrawn for pushing the short-circuit switch in the state in which the drawer is settled in the inner space of the filter housing . a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case , the filter housing having a power terminal disposed therein; a drawer configured to be withdrawn from an inner space of the filter housing through the filter installation opening ; and an electric dust collector separably located in the drawer , the electric dust collector having a power-receiving terminal disposed therein, the electric dust collector comprises a high-potential electrode and a low-potential electrode to generate an electric field to collect electrified dust particles, wherein the power terminal contacts the power-receiving terminal in a state in which the drawer is settled in the inner space of the filter housing characterized in that the electric dust collector comprises a short-circuit switch for short-circuiting the high-potential electrode and the low-potential electrode when a pushed state of the short-circuit switch is released, and the filter housing comprises a short-circuit protrusion protruding in a direction in which the drawer is withdrawn for pushing the short-circuit switch in the state in which the drawer is settled in the inner space of the filter housing .
Spark plug comprising: an insulator , a centre electrode , an electrical connection and an electrical connecting arrangement which connects the electrical connection to the centre electrode , wherein the electrical connecting arrangement comprises a line region composed of a sintered material and at least one part of the line region is provided in the form of a helix, characterized in that the line region is at least partially integrated into the insulator . an insulator , a centre electrode , an electrical connection and an electrical connecting arrangement which connects the electrical connection to the centre electrode , wherein the electrical connecting arrangement comprises a line region composed of a sintered material and at least one part of the line region is provided in the form of a helix, characterized in that the line region is at least partially integrated into the insulator .
A positive electrode for a secondary battery, the positive electrode comprising a positive electrode active material layer formed on a positive electrode collector, wherein the positive electrode active material layer has a double-layer structure which includes a first positive electrode active material layer formed on the positive electrode collector and a second positive electrode active material layer formed on the first positive electrode active material layer, the first positive electrode active material layer comprises a first positive electrode active material, a conductive agent, and a gas generating agent generating gas during overcharge, the second positive electrode active material layer comprises a second positive electrode active material, and characterized in that the gas generating agent comprises at least one selected from the group consisting of lithium carbonate and lithium oxalate.
Timepiece including a movement and a striking mechanism , which includes a strike drive wheel set carrying a detent ratchet which is arranged to cooperate with at least one passing strike actuation click controlled by said movement or a repeater click controlled by a user-operated, on-demand release lever , said striking mechanism including a strike-uncoupling lever able to prevent access of a said click (3; 4) to said detent ratchet under the action of a strike reversing lever which is operable, either by a hand-setting stem comprised in said movement , or by a main strike or tune selection control member comprised in said striking mechanism , or, in case of insufficient energy resource, by a stopping mechanism comprised in said striking mechanism , characterized in that said striking mechanism includes a safety device for preventing release during selection of a strike function or tune, which is arranged to prevent the release of any strike function, either by said movement or by a user, and which includes a release-prevention lever , the pivoting of which, when a strike function or tune selection is made on said main control member by a user, moves any said click away from said detent ratchet , and in that said striking mechanism includes elastic return means for returning said main control member to a unique rest position in the absence of action by a user.
A fan blade , comprising: a blade body extending from a blade root to an opposed blade tip along a longitudinal axis (A), wherein the blade body defines a leading edge and a trailing edge , a first airfoil surface extending from the leading edge to the trailing edge, and a pocket defined between the leading edge, the trailing edge, the blade root and the blade tip, the pocket having a bottom surface that opposes the first airfoil surface across the blade body; and a cover that forms a second airfoil surface opposed to the first airfoil surface; characterised in that the fan blade further comprises; a composite rib disposed in the pocket, the blade body includes a blade rib defined between the leading edge and trailing edge , wherein the blade rib is integral with the blade body , wherein the composite rib is adhered to the bottom surface of the pocket and to an interior surface of the cover , wherein the composite rib extends from a leading edge side of the pocket to a trailing edge side of the pocket , wherein the composite rib is adhered to the leading edge side of the pocket and the trailing edge side of the pocket, wherein the composite rib includes a groove corresponding to a shape of the blade rib , wherein the blade rib is adhered to the composite rib within the groove to increase a surface area of the composite rib in contact with the blade rib. a blade body extending from a blade root to an opposed blade tip along a longitudinal axis (A), wherein the blade body defines a leading edge and a trailing edge , a first airfoil surface extending from the leading edge to the trailing edge, and a pocket defined between the leading edge, the trailing edge, the blade root and the blade tip, the pocket having a bottom surface that opposes the first airfoil surface across the blade body; and a cover that forms a second airfoil surface opposed to the first airfoil surface; characterised in that the fan blade further comprises; a composite rib disposed in the pocket, the blade body includes a blade rib defined between the leading edge and trailing edge , wherein the blade rib is integral with the blade body , wherein the composite rib is adhered to the bottom surface of the pocket and to an interior surface of the cover , wherein the composite rib extends from a leading edge side of the pocket to a trailing edge side of the pocket , wherein the composite rib is adhered to the leading edge side of the pocket and the trailing edge side of the pocket, wherein the composite rib includes a groove corresponding to a shape of the blade rib , wherein the blade rib is adhered to the composite rib within the groove to increase a surface area of the composite rib in contact with the blade rib.
A change data monitoring system for monitoring changes in an online system comprising a plurality of data sources having different proprietary source formats, the change data monitoring system, characterized by comprising: a communication interface communicatively coupled to the plurality of data sources and configured to receive, from a data source of the plurality of data sources, a change data set describing changes made to the online system in a proprietary source format of a plurality of proprietary source formats used in the online system; a processing core having at least one processor configured to convert the change data set from the proprietary source format to a standardized data presentation format and to correlate a timing of a performance metric failure to the change data set; and a display configured to present the change data set to a user in the standardized data presentation format. a communication interface communicatively coupled to the plurality of data sources and configured to receive, from a data source of the plurality of data sources, a change data set describing changes made to the online system in a proprietary source format of a plurality of proprietary source formats used in the online system; a processing core having at least one processor configured to convert the change data set from the proprietary source format to a standardized data presentation format and to correlate a timing of a performance metric failure to the change data set; and a display configured to present the change data set to a user in the standardized data presentation format.
A system comprising: a processor configured to execute in a trusted execution environment, TEE, wherein the processor is configured to: receive a plurality of attestation reports in a plurality of attestation sessions from a plurality of reporting nodes of a first network including a plurality of nodes (125 0 -125 x ), each of the plurality of attestation sessions in the corresponding reporting node based on a common random seed value used to form a Diffie-Hellman value that is common among the plurality of reporting nodes, determine whether at least a threshold number of the plurality of attestation sessions produce identical attestation reports, responsive to at least the threshold number of the plurality of attestation sessions providing the identical attestation reports, decrypt the plurality of attestation reports, process the decrypted plurality of attestation reports to obtain aggregated telemetry data of the plurality of nodes, and enforce a security policy based at least in part on the aggregated telemetry data, wherein an identity of the plurality of nodes is to remain anonymous to the system, wherein said determining whether at least a threshold number of the plurality of attestation sessions produce identical attestation reports includes determining whether at least the threshold number of the plurality of attestation sessions comprises a common Diffie-Hellmann value. receive a plurality of attestation reports in a plurality of attestation sessions from a plurality of reporting nodes of a first network including a plurality of nodes (125 0 -125 x ), each of the plurality of attestation sessions in the corresponding reporting node based on a common random seed value used to form a Diffie-Hellman value that is common among the plurality of reporting nodes, determine whether at least a threshold number of the plurality of attestation sessions produce identical attestation reports, responsive to at least the threshold number of the plurality of attestation sessions providing the identical attestation reports, decrypt the plurality of attestation reports, process the decrypted plurality of attestation reports to obtain aggregated telemetry data of the plurality of nodes, and enforce a security policy based at least in part on the aggregated telemetry data, wherein an identity of the plurality of nodes is to remain anonymous to the system, wherein said determining whether at least a threshold number of the plurality of attestation sessions produce identical attestation reports includes determining whether at least the threshold number of the plurality of attestation sessions comprises a common Diffie-Hellmann value.
A method for preparing spherical phosphate glass microspheres, the method comprising: (a) providing a phosphate polymer comprising a linear polymer of phosphate having a degree of polymerization ranging from 3 to 20,000; (b) preparing a coacervate comprising admixing an aqueous solution of the phosphate polymer with cations thereby forming a polyphosphate coacervate having a M z /P mole ratio equal to (1/z), where z represents the valency of the cation; (c) admixing the polyphosphate coacervate with a water immiscible organic solvent to transform the polyphosphate coacervate into spherical particles; (d) solidifying the spherical particles using a solvent extraction process, a solvent evaporation process or a spray drying process, to form the polyphosphate glass microspheres; and optionally; (e) dehydrating the polyphosphate glass microspheres by admixing the polyphosphate glass microspheres of step (d) with a water immiscible solvent. (a) providing a phosphate polymer comprising a linear polymer of phosphate having a degree of polymerization ranging from 3 to 20,000; (b) preparing a coacervate comprising admixing an aqueous solution of the phosphate polymer with cations thereby forming a polyphosphate coacervate having a M z /P mole ratio equal to (1/z), where z represents the valency of the cation; (c) admixing the polyphosphate coacervate with a water immiscible organic solvent to transform the polyphosphate coacervate into spherical particles; (d) solidifying the spherical particles using a solvent extraction process, a solvent evaporation process or a spray drying process, to form the polyphosphate glass microspheres; and optionally; (e) dehydrating the polyphosphate glass microspheres by admixing the polyphosphate glass microspheres of step (d) with a water immiscible solvent.
A method implemented in a terminal device (120-1, 120-2), comprising: selecting a first transmission resource set from a plurality of transmission resource sets based on a beam-forming reciprocity capability of the terminal device (120-1, 120-2), wherein the plurality of transmission resource sets are indicated in information for one or more random access configurations received from the network device and are respectively corresponding to different numbers of random access transmissions; and transmitting , to the network device , up to a first number of random access signals in a random access request, wherein the first number is corresponding to the first transmission resource set. selecting a first transmission resource set from a plurality of transmission resource sets based on a beam-forming reciprocity capability of the terminal device (120-1, 120-2), wherein the plurality of transmission resource sets are indicated in information for one or more random access configurations received from the network device and are respectively corresponding to different numbers of random access transmissions; and transmitting , to the network device , up to a first number of random access signals in a random access request, wherein the first number is corresponding to the first transmission resource set.
An acetylene fluid supply package, comprising a pressure vessel; a porous filler in the pressure vessel; a solvent within the porous filler, said solvent solubilizing with acetylene absorbed within the solvent; said solvent comprising all of the following attributes: (i) a vapor pressure at 20 deg of approximately 800 kPa (6 torr) or less; (ii) a Hansen solubility factor (dH) greater than about 5 MPa 0.5 ; and (iii) a chemical structure comprising O, N or F atoms, wherein at least one of said O, N or F atoms is not bonded to a hydrogen atom, and further wherein said chemical structure is characterized by an absence of phosphorus boron, calcium and nickel; wherein the solvent is mesityl oxide, said mesityl oxide loaded into the pressure vessel in an amount no greater than about 0.54 kg of mesityl oxide per liter of volume of the pressure vessel. a pressure vessel; a porous filler in the pressure vessel; a solvent within the porous filler, said solvent solubilizing with acetylene absorbed within the solvent; said solvent comprising all of the following attributes: (i) a vapor pressure at 20 deg of approximately 800 kPa (6 torr) or less; (ii) a Hansen solubility factor (dH) greater than about 5 MPa 0.5 ; and (iii) a chemical structure comprising O, N or F atoms, wherein at least one of said O, N or F atoms is not bonded to a hydrogen atom, and further wherein said chemical structure is characterized by an absence of phosphorus boron, calcium and nickel; (i) a vapor pressure at 20 deg of approximately 800 kPa (6 torr) or less; (ii) a Hansen solubility factor (dH) greater than about 5 MPa 0.5 ; and (iii) a chemical structure comprising O, N or F atoms, wherein at least one of said O, N or F atoms is not bonded to a hydrogen atom, and further wherein said chemical structure is characterized by an absence of phosphorus boron, calcium and nickel; wherein the solvent is mesityl oxide, said mesityl oxide loaded into the pressure vessel in an amount no greater than about 0.54 kg of mesityl oxide per liter of volume of the pressure vessel.
Electronic locking system comprising an electronic key and an electronic lock , which can be brought into interaction with one another by a contact set and a mating contact set , wherein the electronic key has a processor and a memory and the processor interacts with the memory and writes an authorization code (BCZ) into the memory and wherein the electronic lock has a processor which, when the electronic key interacts with the electronic lock , interacts with the memory in the electronic key via the contact set and the mating contact set in order to read out the authorization code (BCZ), characterized in that the authorization code is an externally generated authorization code (BCZ) and the processor of the electronic key interacts with an input unit by means of which the externally generated authorization code (BCZ) can be transmitted to the processor , and in that only a single opening is permitted with the externally generated authorization code (BCZ).