mhurhangee/ep-ind-claims huggingface dataset:
A method for detection of counterfeit and cyber electronic components, comprising: obtaining one or more features from a plurality of electronic components of a first type and from a plurality of electronic components of a second type; processing the one or more features to create a unique model related to an electronic component of the first type and to an electronic component of the second type; examining a detected electronic component by obtaining one or more features of the detected electronic component; executing the unique model with the one or more features of the detected electronic component; determining if the detected electronic component is an authentic electronic component of the first type or the second type; and characterized by compiling quality related features of the one or more features to a quality index determining whether the component can be used in production, wherein the quality index compiles the output of the unique model for authentic components and classifies components with different types of faults. obtaining one or more features from a plurality of electronic components of a first type and from a plurality of electronic components of a second type; processing the one or more features to create a unique model related to an electronic component of the first type and to an electronic component of the second type; examining a detected electronic component by obtaining one or more features of the detected electronic component; executing the unique model with the one or more features of the detected electronic component; determining if the detected electronic component is an authentic electronic component of the first type or the second type; and characterized by compiling quality related features of the one or more features to a quality index determining whether the component can be used in production, wherein the quality index compiles the output of the unique model for authentic components and classifies components with different types of faults.
Apparatus for gradient induction heating or melting of a workpiece, the apparatus comprising: a plurality of induction coils (14a-14f) for sequential disposition around the workpiece; and a power supply (16a-16f) for each of the plurality of induction coils, each of the power supplies including an inverter having an ac output connected to a respective one of the plurality of induction coils; characterised in that: a control line is connected between the power supplies; the ac output of the inverter of each of the power supplies has pulse width modulation control; and the control line synchronously controls the pulse width modulated ac output of the inverter of each, of the power supplies. a plurality of induction coils (14a-14f) for sequential disposition around the workpiece; and a power supply (16a-16f) for each of the plurality of induction coils, each of the power supplies including an inverter having an ac output connected to a respective one of the plurality of induction coils; characterised in that: a control line is connected between the power supplies; the ac output of the inverter of each of the power supplies has pulse width modulation control; and the control line synchronously controls the pulse width modulated ac output of the inverter of each, of the power supplies. a control line is connected between the power supplies; the ac output of the inverter of each of the power supplies has pulse width modulation control; and the control line synchronously controls the pulse width modulated ac output of the inverter of each, of the power supplies.
A data transmission method, the method comprising: transmitting, by a transmitter, transmission signals, that are generated from a bit sequence B using at least a symbol spreading technology, on a first time-frequency resource region; wherein, a spreading sequence used by the symbol spreading technology is an Index1-th sequence in a sequence set containing K1 spreading sequences, and the Index1-th represents a first index value; the symbol spreading technology comprises a symbol spreading process that each modulated data symbol formed by the bit sequence B is multiplied by each symbol in the spreading sequence to form a symbol sequence having a same length as the spreading sequence used; and using, by the transmitter, partial bits of the bit sequence B and a bit sequence B0 as a bit sequence B2, and transmitting transmission signals generated based on the bit sequence B2 on an Index2-th sub-resource region in a second time-frequency resource region containing K2 sub-resource regions; the Index2-th representing a second index value; wherein, the first index value Index1 and the second index value Index2 are both determined by the bit sequence B0; and the bit sequence B0 is determined according to the bit sequence B, or is determined jointly according to the bit sequence B and system parameter information associated with current transmission process. transmitting, by a transmitter, transmission signals, that are generated from a bit sequence B using at least a symbol spreading technology, on a first time-frequency resource region; wherein, a spreading sequence used by the symbol spreading technology is an Index1-th sequence in a sequence set containing K1 spreading sequences, and the Index1-th represents a first index value; the symbol spreading technology comprises a symbol spreading process that each modulated data symbol formed by the bit sequence B is multiplied by each symbol in the spreading sequence to form a symbol sequence having a same length as the spreading sequence used; and using, by the transmitter, partial bits of the bit sequence B and a bit sequence B0 as a bit sequence B2, and transmitting transmission signals generated based on the bit sequence B2 on an Index2-th sub-resource region in a second time-frequency resource region containing K2 sub-resource regions; the Index2-th representing a second index value; wherein, the first index value Index1 and the second index value Index2 are both determined by the bit sequence B0; and the bit sequence B0 is determined according to the bit sequence B, or is determined jointly according to the bit sequence B and system parameter information associated with current transmission process.
An aerodynamic structure comprising an array of shock bumps extending from its surface, the array comprising: a. a first series of shock bumps arranged in a substantially straight or gradually curved line; and characterised in b. one or more shock bumps positioned aft of the first series, thereby providing one or more shock bumps positioned aft of the first series instead of a single line, wherein the first series of shock bumps is shaped and positioned so as to induce a smeared foot in a shock with a lambda like wave pattern when the structure is operated at a first Mach number or lift coefficient; and wherein the one or more shock bumps positioned aft of the first series is (are) shaped and positioned so as to induce a smeared foot in the shock with a lambda like wave pattern when the structure is operated at a second Mach number or lift coefficient, wherein the flow over at least one of the shock bumps of the one or more shock bumps positioned aft of the first series is substantially fully attached when the structure is operated at the first Mach number or lift coefficient. a. a first series of shock bumps arranged in a substantially straight or gradually curved line; and characterised in b. one or more shock bumps positioned aft of the first series, thereby providing one or more shock bumps positioned aft of the first series instead of a single line,
A method for identifying video data for storage on a storage medium, comprising the step of automatically selecting at least one intra picture from the video data, characterized by: verifying that the selected intra picture contains sufficient information for use as an identifier for the video data by counting a number of bytes in the selected intra picture and comparing the number of bytes in the selected intra picture to a predetermined threshold. verifying that the selected intra picture contains sufficient information for use as an identifier for the video data by counting a number of bytes in the selected intra picture and comparing the number of bytes in the selected intra picture to a predetermined threshold.
An article of footwear, comprising: an upper including a lacing region; an elastic portion (160, 162) configured to attach to an edge (134, 136) of the lacing region; at least one lace loop (141, 142, 143, 145, 146, 147) including a first end portion (251, 253, 255, 257, 259, 261) and a second end portion (252, 254, 256, 258, 260, 262), the first end portion (251, 253, 255, 257, 259, 261) and the second end portion (252, 254, 256, 258, 260, 262) being attached to the edge (134, 136) of the lacing region; and wherein a portion of the elastic portion (160, 162) is disposed between the first end portion and the second end portion of the at least one lace loop (141, 142, 143, 145, 146, 147). an upper including a lacing region; an elastic portion (160, 162) configured to attach to an edge (134, 136) of the lacing region; at least one lace loop (141, 142, 143, 145, 146, 147) including a first end portion (251, 253, 255, 257, 259, 261) and a second end portion (252, 254, 256, 258, 260, 262), the first end portion (251, 253, 255, 257, 259, 261) and the second end portion (252, 254, 256, 258, 260, 262) being attached to the edge (134, 136) of the lacing region; and wherein a portion of the elastic portion (160, 162) is disposed between the first end portion and the second end portion of the at least one lace loop (141, 142, 143, 145, 146, 147).
A method for execution by a communications device for initiating a macro operation, the method comprising: sending, to a network node, a binary encoded subscription message of binary protocol comprising an indication from which the network node can determine a plurality of session protocol transactions to be performed with a plurality of servers that are separate from one another and separate from the network node. sending, to a network node, a binary encoded subscription message of binary protocol comprising an indication from which the network node can determine a plurality of session protocol transactions to be performed with a plurality of servers that are separate from one another and separate from the network node.
A method for generating a print mapping, the method comprising: printing, with a printing device, a template comprising a plurality of set areas corresponding to a plurality of printing fluids and/or printing fluid combinations representing a respective plurality of Neugebauer Primaries; obtaining spectral characteristics corresponding to each set area; determining reflectance values for Neugebauer Primaries based on the obtained spectral characteristics; computing a gamut in spectral space using the determined reflectance values, such that the gamut comprises only printing fluid combinations printable by the printing device; and providing a mapping of reflectance to Neugebauer Primary area coverages for the printing device, wherein providing the mapping comprises performing a tessellation of the gamut in spectral space to determine barycentric co-ordinates, the barycentric co-ordinates representing a set of Neugebauer Primary area coverages. printing, with a printing device, a template comprising a plurality of set areas corresponding to a plurality of printing fluids and/or printing fluid combinations representing a respective plurality of Neugebauer Primaries; obtaining spectral characteristics corresponding to each set area; determining reflectance values for Neugebauer Primaries based on the obtained spectral characteristics; computing a gamut in spectral space using the determined reflectance values, such that the gamut comprises only printing fluid combinations printable by the printing device; and providing a mapping of reflectance to Neugebauer Primary area coverages for the printing device, wherein providing the mapping comprises performing a tessellation of the gamut in spectral space to determine barycentric co-ordinates, the barycentric co-ordinates representing a set of Neugebauer Primary area coverages.
A positive electrode active material for a lithium secondary battery, comprising lithium cobalt oxide particles, wherein the lithium cobalt oxide particle has a core-shell structure comprising a core part and a shell part provided on a surface of the core part, wherein the lithium cobalt oxide particles comprise lithium deficient lithium cobalt oxide on a surface of a particle and in a region corresponding to a distance from 0% to less than 100% from the surface of the particle relative to a distance (r) from the surface to the center of the particle, the lithium deficient lithium cobalt oxide having a Li/Co molar ratio of less than 1, belongs to an Fd-3m space group, and having a cubic crystal structure, wherein the shell part comprises lithium deficient first lithium cobalt oxide of the following Formula 1, and the core part comprises second lithium cobalt oxide of the following Formula 2, wherein the core part and the shell part has a thickness ratio from 1:0.01 to 1:0.1: [Formula 1] Li 1-a CoM x O 2 [Formula 2] Li b CoM' y O 2 in Formula 1 and 2, M and M' each independently comprises at least one metal element selected from the group consisting of W, Mo, Zr, Ti, Mg, Ta, Al, Fe, V, Cr, Ba, Ca, and Nb, and a, b, x, and y satisfies the following relations of 0<a≤0.05, 1≤b≤1.2, 0≤x≤0.02, and 0≤y≤0.02. wherein the lithium cobalt oxide particle has a core-shell structure comprising a core part and a shell part provided on a surface of the core part, wherein the lithium cobalt oxide particles comprise lithium deficient lithium cobalt oxide on a surface of a particle and in a region corresponding to a distance from 0% to less than 100% from the surface of the particle relative to a distance (r) from the surface to the center of the particle, the lithium deficient lithium cobalt oxide having a Li/Co molar ratio of less than 1, belongs to an Fd-3m space group, and having a cubic crystal structure, wherein the shell part comprises lithium deficient first lithium cobalt oxide of the following Formula 1, and the core part comprises second lithium cobalt oxide of the following Formula 2, wherein the core part and the shell part has a thickness ratio from 1:0.01 to 1:0.1: [Formula 1] Li 1-a CoM x O 2 [Formula 2] Li b CoM' y O 2 in Formula 1 and 2, M and M' each independently comprises at least one metal element selected from the group consisting of W, Mo, Zr, Ti, Mg, Ta, Al, Fe, V, Cr, Ba, Ca, and Nb, and a, b, x, and y satisfies the following relations of 0<a≤0.05, 1≤b≤1.2, 0≤x≤0.02, and 0≤y≤0.02.
Thermo magnetic trip unit for a circuit breaker, in particular for a molded case circuit breaker, comprising a braid plate, a load plate and a heater arranged between the braid plate and the load plate, whereby the braid plate, the load plate and the heater form a current path, further comprising a bimetal positioned on the heater, a rotatable trip bar and an energy storage spring, whereby the trip bar can release the energy storage spring after being touched by the bimetal with certain power, characterized in that the bimetal is an arched or curved snap action bimetal which snaps over to an opposite direction as soon as a certain temperature is reached, whereby the temperature depends on the nominal current flowing to the current path and whereby the snap action bimetal is formed in such way that in a normal position the snap action bimetal is bent away from the trip bar.
An air spring comprising: a first member and a second member, wherein the second member slideably moves relative to the first member when the air spring is compressed or extended; a pressurized first chamber including a gas located substantially within the first member; a first piston affixed to an end of the second member and configured to slideably move relative to the first chamber; the air spring configured such that the first piston decreases the volume of the first chamber during a compression motion of the air spring and the first piston increases the volume of the first chamber during an extension motion of the air spring; a second piston configured to slideably move relative to the first chamber and configured to seal the first chamber from a pressurized third chamber, wherein the pressurized third chamber is adjacent the second piston and opposite the first chamber; wherein the first piston is disposed at the end of the second member and the second piston is positioned such that the first and second piston (121, 122) are coaxially arranged, characterised in that the air spring further comprises a pressurized second chamber adjacent the first piston and opposite the first chamber; wherein the first piston is configured to seal the first chamber from the second chamber; a sealing member in direct contact with the first member and the second member, the sealing member configured to seal the first member to the second member as the second member slides relative to the first member. a first member and a second member, wherein the second member slideably moves relative to the first member when the air spring is compressed or extended; a pressurized first chamber including a gas located substantially within the first member; a first piston affixed to an end of the second member and configured to slideably move relative to the first chamber; the air spring configured such that the first piston decreases the volume of the first chamber during a compression motion of the air spring and the first piston increases the volume of the first chamber during an extension motion of the air spring; a second piston configured to slideably move relative to the first chamber and configured to seal the first chamber from a pressurized third chamber, wherein the pressurized third chamber is adjacent the second piston and opposite the first chamber; wherein the first piston is disposed at the end of the second member and the second piston is positioned such that the first and second piston (121, 122) are coaxially arranged, characterised in that the air spring further comprises a pressurized second chamber adjacent the first piston and opposite the first chamber; wherein the first piston is configured to seal the first chamber from the second chamber; a sealing member in direct contact with the first member and the second member, the sealing member configured to seal the first member to the second member as the second member slides relative to the first member.
A method of providing access control, AC, in respect of a relational database storing information in tables and columns and being accessible from a user interface, which is configured to accept a database query from a user and return information extracted from the database, the method being implemented at least in part at a policy enforcement point, PEP, which is located between the database and the user interface, and comprising the steps of: i) intercepting, at the PEP, a query from a user to the relational database; ii) assigning attribute values by performing at least one of the following substeps: ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; and ii-b) assigning an action attribute value based on a construct type appearing in the query; iii) partially evaluating an attributed-based AC policy defined in terms of said attributes, wherein the partial evaluation includes constructing a partial policy decision request containing the attribute values assigned in step ii) and evaluating the AC policy for this, whereby a simplified attribute-based AC policy (P') is obtained; iv) deriving an access condition, for which the simplified AC policy evaluates to permit access; v) amending the query by imposing said access condition; and vi) transmitting the amended query (Q') to the database. i) intercepting, at the PEP, a query from a user to the relational database; ii) assigning attribute values by performing at least one of the following substeps: ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; and ii-b) assigning an action attribute value based on a construct type appearing in the query; ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; and ii-b) assigning an action attribute value based on a construct type appearing in the query; iii) partially evaluating an attributed-based AC policy defined in terms of said attributes, wherein the partial evaluation includes constructing a partial policy decision request containing the attribute values assigned in step ii) and evaluating the AC policy for this, whereby a simplified attribute-based AC policy (P') is obtained; iv) deriving an access condition, for which the simplified AC policy evaluates to permit access; v) amending the query by imposing said access condition; and vi) transmitting the amended query (Q') to the database.
A method for producing a negative electrode active material which is a method for producing a negative electrode active material containing particles of negative electrode active material which contain particles of silicon compound, which comprises: preparing a container in which silicon has been contained, melting the silicon contained in the container to form a silicon melt, generating a mixed gas in which a silicon gas and a silicon oxide gas are mixed by introducing a raw material which generates a silicon oxide gas into the silicon melt, producing particles of silicon compound containing a silicon compound (SiO x: 0.5≤x<1.0) by solidifying and depositing the mixed gas on an adsorption plate, and inserting lithium into the particles of silicon compound. preparing a container in which silicon has been contained, melting the silicon contained in the container to form a silicon melt, generating a mixed gas in which a silicon gas and a silicon oxide gas are mixed by introducing a raw material which generates a silicon oxide gas into the silicon melt, producing particles of silicon compound containing a silicon compound (SiO x: 0.5≤x<1.0) by solidifying and depositing the mixed gas on an adsorption plate, and inserting lithium into the particles of silicon compound.