mhurhangee/ep-ind-claims huggingface dataset:
A battery monitoring device (32-1~32-24) configured to monitor a state of a secondary battery block (31-1~31-24) including a plurality of parallel cell blocks connected in series, the parallel cell blocks each including a plurality of battery cells connected in parallel, the battery monitoring device (32-1~32-24), comprising: a current detector configured to detect current flowing through each of the parallel cell blocks; a voltage detector configured to detect voltage of each of the parallel cell blocks when the current flowing through the parallel cell block is a first current value, and when the current flowing through the parallel cell block is a second current value; a calculator configured to calculate a direct-current internal resistance value of each of the parallel cell blocks on the basis of a differential current between the first current value and the second current value, the voltage of the parallel cell block at the first current value, and the voltage of the parallel cell block at the second current value; and a determiner (32-1~32-24) configured to perform anomaly determination for the parallel cell blocks on the basis of direct-current internal resistance values of the parallel cell blocks and a maximum value (Rmax) of the direct-current internal resistance values of the parallel cell blocks characterized in that the calculator is configured to calculate a first standard deviation of all of the direct-current internal resistance values, and the determiner (32-1~32-24) is configured to determine, based on the first standard deviation, that there is an anomaly in the parallel cell block when the maximum value (Rmax) is an outlier relative to the rest of the direct-current internal resistance values (R1~R3). a current detector configured to detect current flowing through each of the parallel cell blocks; a voltage detector configured to detect voltage of each of the parallel cell blocks when the current flowing through the parallel cell block is a first current value, and when the current flowing through the parallel cell block is a second current value; a calculator configured to calculate a direct-current internal resistance value of each of the parallel cell blocks on the basis of a differential current between the first current value and the second current value, the voltage of the parallel cell block at the first current value, and the voltage of the parallel cell block at the second current value; and a determiner (32-1~32-24) configured to perform anomaly determination for the parallel cell blocks on the basis of direct-current internal resistance values of the parallel cell blocks and a maximum value (Rmax) of the direct-current internal resistance values of the parallel cell blocks characterized in that the calculator is configured to calculate a first standard deviation of all of the direct-current internal resistance values, and the determiner (32-1~32-24) is configured to determine, based on the first standard deviation, that there is an anomaly in the parallel cell block when the maximum value (Rmax) is an outlier relative to the rest of the direct-current internal resistance values (R1~R3).
A fixture for adjusting a workpiece, the fixture comprising: a holding device engageable to a workpiece to secure the workpiece; and an adjustment device engageable to a projecting member of the workpiece, wherein movement of the adjustment device along a first axis when engaged to the projecting member adjusts the position of the projecting member relative to the workpiece or another component thereof, along the first axis, and wherein movement of the adjustment device along a second axis when engaged to the projecting member adjusts the position of the projecting member relative to the workpiece or another component thereof, along the second axis; characterised in that it further comprises a first retaining slot configured to couple with a first retaining protrusion extending from the adjustment device to retain the adjustment device in a first position to move along the first axis; and a second retaining slot configured to couple with a second retaining protrusion extending from the adjustment device to retain the adjustment device in a second position to move along the second axis, wherein the adjustment device is pivotable between the first position and the second position. a holding device engageable to a workpiece to secure the workpiece; and an adjustment device engageable to a projecting member of the workpiece, wherein movement of the adjustment device along a first axis when engaged to the projecting member adjusts the position of the projecting member relative to the workpiece or another component thereof, along the first axis, and wherein movement of the adjustment device along a second axis when engaged to the projecting member adjusts the position of the projecting member relative to the workpiece or another component thereof, along the second axis; characterised in that it further comprises a first retaining slot configured to couple with a first retaining protrusion extending from the adjustment device to retain the adjustment device in a first position to move along the first axis; and a second retaining slot configured to couple with a second retaining protrusion extending from the adjustment device to retain the adjustment device in a second position to move along the second axis, wherein the adjustment device is pivotable between the first position and the second position.
Housing for a steering mechanism which comprises a steering mechanism housing and a plastic housing, wherein the plastic housing has a main body made from a plastic, on which an elastomer layer is applied, on which at least one closure element is applied in a form-fitting and/or integrally bonded manner.
Display module for a timepiece, said display module including, on the one hand, a dial on a lower face of which is directly secured a digital information display device, and on the other hand, a solar cell (22; 220) and a plate, the solar cell (22; 220) being accommodated resting on the upper side of the plate on a first bearing surface, and the assembly formed by the dial and the digital information display device being accommodated resting on the upper side of the plate on a second bearing surface of the plate, said assembly covering the solar cell (22; 220).
A method of securing a virtual data volume storing data in a first virtualised computing environment comprising: deriving a cryptographic key for encrypting the data, the key being derived from first and second parameters; and encrypting the data, wherein the first parameter is generated for association with the virtual data volume, and the second parameter is generated based on at least one characteristic of a second virtualised computing environment, wherein the first parameter is a pseudo-random number generated by a virtual machine for which the virtual data volume is instantiated, wherein the at least one characteristic is a characteristic common to the first virtualised computing environment and the second virtualised computing environment, wherein the virtual machine and the encrypted virtual data volume are packaged into a portable virtual machine package for transfer to the second virtualised computing environment, and wherein the at least one characteristic is one or more processor or virtual processor identifiers of a hypervisor of the second virtualised computing environment. deriving a cryptographic key for encrypting the data, the key being derived from first and second parameters; and encrypting the data, wherein the first parameter is generated for association with the virtual data volume, and the second parameter is generated based on at least one characteristic of a second virtualised computing environment, wherein the first parameter is a pseudo-random number generated by a virtual machine for which the virtual data volume is instantiated, wherein the at least one characteristic is a characteristic common to the first virtualised computing environment and the second virtualised computing environment, wherein the virtual machine and the encrypted virtual data volume are packaged into a portable virtual machine package for transfer to the second virtualised computing environment, and wherein the at least one characteristic is one or more processor or virtual processor identifiers of a hypervisor of the second virtualised computing environment.
Vehicle-side power circuit for supplying power in an electrically driven vehicle, wherein the power circuit comprises: - an external AC voltage terminal; - at least one DC/AC converter having an AC voltage side; and - an electrical machine having a plurality of windings, each of which has a first tapping (150a-c), wherein the electrical machine is connected to the AC voltage side of the DC/AC converter; characterized by - a switching device (260, 292) connected to the plurality of windings, and - a signal shaping filter having a plurality of first capacitors, wherein the signal shaping filter is connected between the DC/AC converter and an external AC terminal, and wherein furthermore the switching device (260, 292) has a changeover switch, via which, in a filter state of the changeover switch corresponding to a first position of the changeover switch, the at least one first winding is optionally connected to the at least one first capacitor or, in a machine state of the changeover switch corresponding to a second position of the changeover switch, to the at least one second winding of the electrical machine and wherein the switching device therefore optionally: - interconnects the windings within the electrical machine; or - connects the first tappings (255a-c) of the plurality of windings (250a-c) within the signal shaping filter to the plurality of first capacitors to form an at least third-order low-pass filter. - an external AC voltage terminal; - at least one DC/AC converter having an AC voltage side; and - an electrical machine having a plurality of windings, each of which has a first tapping (150a-c), wherein the electrical machine is connected to the AC voltage side of the DC/AC converter; characterized by - a switching device (260, 292) connected to the plurality of windings, and - a signal shaping filter having a plurality of first capacitors, wherein the signal shaping filter is connected between the DC/AC converter and an external AC terminal, and wherein furthermore the switching device (260, 292) has a changeover switch, via which, in a filter state of the changeover switch corresponding to a first position of the changeover switch, the at least one first winding is optionally connected to the at least one first capacitor or, in a machine state of the changeover switch corresponding to a second position of the changeover switch, to the at least one second winding of the electrical machine and wherein the switching device therefore optionally: - interconnects the windings within the electrical machine; or - connects the first tappings (255a-c) of the plurality of windings (250a-c) within the signal shaping filter to the plurality of first capacitors to form an at least third-order low-pass filter.
An apparatus comprising: means for obtaining a single unique identifier for a peer; and means for performing multiple authentications with at least one authentication server; means for binding the multiple authentications via the single unique identifier; and means for obtaining a single cryptographic key, from the at least one authentication server, wherein said single cryptographic key is generated based on a single one of the multiple authentications, and wherein said single cryptographic key is used for all of the other authentications of the multiple authentications. means for obtaining a single unique identifier for a peer; and means for performing multiple authentications with at least one authentication server; means for binding the multiple authentications via the single unique identifier; and means for obtaining a single cryptographic key, from the at least one authentication server, wherein said single cryptographic key is generated based on a single one of the multiple authentications, and wherein said single cryptographic key is used for all of the other authentications of the multiple authentications.
A method for manufacturing a steam turbine rotor blade, which is a method for manufacturing a steam turbine rotor blade including a blade base material composed of a titanium alloy and an erosion shield formed on a surface of the blade base material, wherein the method comprises a step of forming the erosion shield on a surface of the blade base material, the step of forming the erosion shield includes a step of forming a weld overlay layer by melting a welding raw material powder obtained by mixing a raw material powder of parent phase particles composed of pure titanium or a titanium alloy and a raw material powder of inorganic compound particles by a heat source on the blade base material, so that some of the parent phase particles react with the inorganic compound particles and form a hard phase, and the hard phase is dispersed in the parent phase, wherein a metal element is solid-dissolved in the parent phase, and as inorganic compound particles chromium silicide is used, the hard phase is composed of titanium silicide, the metal element is chromium and the content of the inorganic compound particles in the welding raw material powder is from 5 to 15 vol%. the method comprises a step of forming the erosion shield on a surface of the blade base material, the step of forming the erosion shield includes a step of forming a weld overlay layer by melting a welding raw material powder obtained by mixing a raw material powder of parent phase particles composed of pure titanium or a titanium alloy and a raw material powder of inorganic compound particles by a heat source on the blade base material, so that some of the parent phase particles react with the inorganic compound particles and form a hard phase, and the hard phase is dispersed in the parent phase, wherein a metal element is solid-dissolved in the parent phase, and as inorganic compound particles chromium silicide is used, the hard phase is composed of titanium silicide, the metal element is chromium and the content of the inorganic compound particles in the welding raw material powder is from 5 to 15 vol%.
A system for managing traffic and equipment within a fleet facility hub, said system comprising: an active RFID tag comprising a) an input interface for collecting data from one or more sensors disposed within a vehicle, b) a processor for associating a time-stamp with at least a portion of said data, and c) a first memory for storing said data; and a portable data acquisition device accessible to a vehicle operator, said portable data acquisition device comprising a) an RFID interrogator for receiving said vehicle sensor data from said first memory, b) a second memory for storing said data, c) a data acquisition processor, and a data radio for communicating wirelessly with a facility, wherein said RFID interrogator can receive data from said RFID tag when said RFID interrogator is within a particular geographical range of said RFID tag, wherein, in response to said RFID tag being within said particular geographical range of said RFID interrogator, said RFID tag is configured to transmit said vehicle sensor data to said portable data acquisition device, characterised in that said portable data acquisition device is configured for utilizing said data to perform one or more of the following functions: i) allocate equipment at said facility, ii) determine where in said facility said vehicle should park, and iii) determine whether said vehicle should be allowed to enter or exit said facility. an active RFID tag comprising a) an input interface for collecting data from one or more sensors disposed within a vehicle, b) a processor for associating a time-stamp with at least a portion of said data, and c) a first memory for storing said data; and a portable data acquisition device accessible to a vehicle operator, said portable data acquisition device comprising a) an RFID interrogator for receiving said vehicle sensor data from said first memory, b) a second memory for storing said data, c) a data acquisition processor, and a data radio for communicating wirelessly with a facility, wherein said RFID interrogator can receive data from said RFID tag when said RFID interrogator is within a particular geographical range of said RFID tag,
An aqueous cleaning composition comprising: (a) N,N-dialkyl-N-aliphatic ammonium hydroxycarboxylate salt; (b) nonionic surfactant; (c) quaternary ammonium antimicrobial surfactant; and (d) at least 85 wt.% water.
Cosmetic sunscreen composition comprising a UV filter combination of a) 4-(tert-butyl)-4'-methoxydibenzoylmethane, b) 2,4,6-tris[anilino(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone), c) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI: Bis-Ethylhexyloxyphenol methoxyphenyl Triazine), d) 2-phenylbenzimidazole-5-sulfonic acid salts, wherein the preparation comprises one or more alkanediols from the group of the compounds 1,2-pentanediol, 1,2-hexanediol, 1,2-octanediol, 1,2-decanediol, and 2-methyl-1,3-propanediol, characterized in that the preparation contains no titanium oxide, zinc oxide, 3-(4-methylbenzylidene)camphor, 2-hydroxy-4-methoxybenzophenone (INCI: Oxybenzone), and ethylhexyl 2-cyano-3,3-diphenylacrylate (INCI: Octocrylene). a) 4-(tert-butyl)-4'-methoxydibenzoylmethane, b) 2,4,6-tris[anilino(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone), c) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI: Bis-Ethylhexyloxyphenol methoxyphenyl Triazine), d) 2-phenylbenzimidazole-5-sulfonic acid salts,
A fixation device for engaging tissue comprising: a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a rod extending from a distal end of the fixation device; a pair of legs mounted on the rod and configured to slide interact with the pair of elements to hold the free end of each of the pair of elements in the closed position; and a biasing member; characterised in that the biasing member is configured to slide over the pair of legs to a position where it biases the free end of each of the pair of elements in the closed position, and wherein the biasing member is a pair of support sleeves attached to a distal end of the rod and configured to overlap the pair of legs and force the free end of each of the pair of elements in the closed position. a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a rod extending from a distal end of the fixation device; a pair of legs mounted on the rod and configured to slide interact with the pair of elements to hold the free end of each of the pair of elements in the closed position; and a biasing member; characterised in that the biasing member is configured to slide over the pair of legs to a position where it biases the free end of each of the pair of elements in the closed position, and wherein the biasing member is a pair of support sleeves attached to a distal end of the rod and configured to overlap the pair of legs and force the free end of each of the pair of elements in the closed position.
A protector comprising: a terminal engagement section to be engaged with a terminal of a tubular body into which one or a plurality of electrically conductive paths are to be inserted; and wherein an electrically conductive path pullout hole is formed in the terminal engagement section as an area by which the one or the plurality of electrically conductive paths are pulled out; and the terminal engagement section further includes a tubular body fixing portion that extends along an exterior surface of the tubular body, and wherein a terminal insert groove that surrounds an entire circumference of the terminal of the tubular body is formed in the terminal engagement section characterized in that the terminal engagement section further includes an electrically conductive path fixing portion that extends from an opening edge of the electrically conductive path pullout hole in a direction in which the one or the plurality of electrically conductive paths are pulled out, and a confirmation opening that permits viewing of the terminal of the tubular body from outside is formed in the terminal engagement section. a terminal engagement section to be engaged with a terminal of a tubular body into which one or a plurality of electrically conductive paths are to be inserted; and wherein an electrically conductive path pullout hole is formed in the terminal engagement section as an area by which the one or the plurality of electrically conductive paths are pulled out; and the terminal engagement section further includes a tubular body fixing portion that extends along an exterior surface of the tubular body, and wherein a terminal insert groove that surrounds an entire circumference of the terminal of the tubular body is formed in the terminal engagement section characterized in that the terminal engagement section further includes an electrically conductive path fixing portion that extends from an opening edge of the electrically conductive path pullout hole in a direction in which the one or the plurality of electrically conductive paths are pulled out, and a confirmation opening that permits viewing of the terminal of the tubular body from outside is formed in the terminal engagement section.
A process for the preparation of alpha-olefin oligomers, comprising contacting an olefinic feedstock comprising C 5 to C 20 alpha-olefins with a liquid complex catalyst comprising: (i) at least one metal halide salt of the formula MX 3, wherein M is selected from aluminium and gallium, and each X is independently selected from chlorine, bromine and iodine; and (ii) at least one Lewis basic donor ligand containing a donor atom selected from oxygen, sulphur, nitrogen and phosphorus and selected from the group of compounds consisting of ketones, sulfoxides, phosphine-oxides, ureas, amides, ethers, thioketones, thioureas, thioamides, thioethers, amines, nitriles and phosphines; wherein the molar ratio of the at least one metal halide salt to the at least one Lewis basic donor ligand is in the range of from 1:1 to 4:1, wherein the ratio of carbon-14 to carbon-12 in the olefinic feedstock is at least 0.5 × 10 -13. (i) at least one metal halide salt of the formula MX 3, wherein M is selected from aluminium and gallium, and each X is independently selected from chlorine, bromine and iodine; and (ii) at least one Lewis basic donor ligand containing a donor atom selected from oxygen, sulphur, nitrogen and phosphorus and selected from the group of compounds consisting of ketones, sulfoxides, phosphine-oxides, ureas, amides, ethers, thioketones, thioureas, thioamides, thioethers, amines, nitriles and phosphines; wherein the molar ratio of the at least one metal halide salt to the at least one Lewis basic donor ligand is in the range of from 1:1 to 4:1, wherein the ratio of carbon-14 to carbon-12 in the olefinic feedstock is at least 0.5 × 10 -13.