mhurhangee/ep-ind-claims huggingface dataset:
A fully-connected mesh network comprising: a plurality of switches, a first switch of the plurality of switches receiving a packet traveling through the mesh network from a source node to a destination node specified by the packet, the source node and destination node being external to the mesh network; and a plurality of links coupling each possible pair of the switches by a respective single link, wherein the plurality of links are all included in a mesh link aggregation group, each of the respective links is included individually in an individual LAG, each of the switches is configured to receive a packet from another switch of the plurality of switches via only the mesh LAG, and each switch that receives a packet via the mesh LAG is configured to transmit the packet to another switch of the plurality of switches via only one of the individual LAGs, wherein the packet travels to the destination node at most two hops across the plurality of switches, wherein the packet is transmitted from a first switch to a second switch via the mesh LAG, the second switch being selected from the plurality of switches using load-balancing wherein the packet is transmitted from the second switch to a third switch of the plurality of switches via one of the individual LAGs, the third switch being determined using layer 2 and layer 2.5 information in the packet representing the destination node, the packet being transmitted to the destination node from the third switch. a plurality of switches, a first switch of the plurality of switches receiving a packet traveling through the mesh network from a source node to a destination node specified by the packet, the source node and destination node being external to the mesh network; and a plurality of links coupling each possible pair of the switches by a respective single link, wherein the plurality of links are all included in a mesh link aggregation group, each of the respective links is included individually in an individual LAG, each of the switches is configured to receive a packet from another switch of the plurality of switches via only the mesh LAG, and each switch that receives a packet via the mesh LAG is configured to transmit the packet to another switch of the plurality of switches via only one of the individual LAGs, wherein the packet travels to the destination node at most two hops across the plurality of switches, wherein the packet is transmitted from a first switch to a second switch via the mesh LAG, the second switch being selected from the plurality of switches using load-balancing wherein the packet is transmitted from the second switch to a third switch of the plurality of switches via one of the individual LAGs, the third switch being determined using layer 2 and layer 2.5 information in the packet representing the destination node, the packet being transmitted to the destination node from the third switch.
A method of determining the genotype of a stevia plant, wherein said method comprises: (a) obtaining a sample of nucleic acids from said plant; and (b) detecting in said nucleic acids an allele of one or more single nucleotide polymorphisms (SNPs) selected from the group consisting of: (i) a G at nucleotide position 56 of SEQ ID NO: 1; and (ii) a T at nucleotide position 48 of SEQ ID NO: 6. (a) obtaining a sample of nucleic acids from said plant; and (b) detecting in said nucleic acids an allele of one or more single nucleotide polymorphisms (SNPs) selected from the group consisting of: (i) a G at nucleotide position 56 of SEQ ID NO: 1; and (ii) a T at nucleotide position 48 of SEQ ID NO: 6. (i) a G at nucleotide position 56 of SEQ ID NO: 1; and (ii) a T at nucleotide position 48 of SEQ ID NO: 6.
A method of wireless communication by a user equipment, UE (804, 1002, 1002'), comprising: transmitting a message that comprises a relay status of the UE (804, 1002, 1002'), the relay status indicating whether the UE (804, 1002, 1002') intends to function as a relay node between a base station and at least one device-to-device, D2D, destination, wherein the message indicates the at least one D2D destination for which the UE (804, 1002, 1002') intends to function as the relay node; receiving a downlink control information, DCI, message based on the relay status of the UE (804, 1002, 1002'), the DCI message indicating resources allocated to the UE (804, 1002, 1002') based on the relay status of the UE (804, 1002, 1002'); and transmitting data on the resources allocated to the UE (804, 1002, 1002') based on the relay status of the UE (804, 1002, 1002'). transmitting a message that comprises a relay status of the UE (804, 1002, 1002'), the relay status indicating whether the UE (804, 1002, 1002') intends to function as a relay node between a base station and at least one device-to-device, D2D, destination, wherein the message indicates the at least one D2D destination for which the UE (804, 1002, 1002') intends to function as the relay node; receiving a downlink control information, DCI, message based on the relay status of the UE (804, 1002, 1002'), the DCI message indicating resources allocated to the UE (804, 1002, 1002') based on the relay status of the UE (804, 1002, 1002'); and transmitting data on the resources allocated to the UE (804, 1002, 1002') based on the relay status of the UE (804, 1002, 1002').
A tire state monitoring system comprising: a plurality of tire state acquisition devices installed on a plurality of tires of a host vehicle, each of the tire state acquisition devices being configured to acquire a tire state quantity; a monitoring device configured to receive an output signal from each of the plurality of tire state acquisition devices and perform predetermined processing; and an alerting device configured to issue an alert to a following vehicle, the monitoring device being configured to cause the alerting device to operate when a predetermined abnormality has arisen in the tire state quantity, characterized in that the monitoring device is configured to change content of the alert from the alerting device depending on mounting positions of the tires in which the abnormality has arisen. a plurality of tire state acquisition devices installed on a plurality of tires of a host vehicle, each of the tire state acquisition devices being configured to acquire a tire state quantity; a monitoring device configured to receive an output signal from each of the plurality of tire state acquisition devices and perform predetermined processing; and an alerting device configured to issue an alert to a following vehicle,
An aqueous dispersion comprising: water; and a microcapsule which comprises: a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound. water; and a microcapsule which comprises: a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound. a shell that has a three-dimensional cross-linked structure containing at least one bond selected from a urethane bond or a urea bond; and a core that is in the interior of the shell and contains a di- or lower functional polymerizable compound, a tri- or higher functional polymerizable compound, and a photopolymerization initiator, wherein a proportion of the di- or lower functional polymerizable compound is 20% by mass or more with respect to a total mass of the di- or lower functional polymerizable compound and the tri- or higher functional polymerizable compound.
A computer-implemented method for transforming representations of network activity data, the method being executed by one or more processors and comprising: receiving a data structure that represents communication events between computing devices of one or more networks, wherein the data structure is a directed graph stored in a graph database, wherein the computing devices of the one or more networks are represented by nodes (482a-d) of the directed graph, and the communication events are represented by directed edges between the nodes of the directed graph; analyzing the data structure and determining a set of potential attack paths represented in the data structure, wherein an attack path comprises a path of directed edges between nodes, comprising: determining a meshedness coefficient for the data structure that indicates whether one or more potential attack paths represented in the data structure are looped; and converting looped potential attack paths to non-looped potential attack paths; assigning a score to each potential attack path in the set of potential attack paths; removing potential attack paths from the set of potential attack paths that have scores that do not meet a predetermined threshold; ranking potential attack paths that remain in the set of potential attack paths, based on each score assigned to each potential attack path; and providing the data structure that includes a ranked set of potential attack paths to a threat analyzer and a visualization generator. receiving a data structure that represents communication events between computing devices of one or more networks, wherein the data structure is a directed graph stored in a graph database, wherein the computing devices of the one or more networks are represented by nodes (482a-d) of the directed graph, and the communication events are represented by directed edges between the nodes of the directed graph; analyzing the data structure and determining a set of potential attack paths represented in the data structure, wherein an attack path comprises a path of directed edges between nodes, comprising: determining a meshedness coefficient for the data structure that indicates whether one or more potential attack paths represented in the data structure are looped; and converting looped potential attack paths to non-looped potential attack paths; determining a meshedness coefficient for the data structure that indicates whether one or more potential attack paths represented in the data structure are looped; and converting looped potential attack paths to non-looped potential attack paths; assigning a score to each potential attack path in the set of potential attack paths; removing potential attack paths from the set of potential attack paths that have scores that do not meet a predetermined threshold; ranking potential attack paths that remain in the set of potential attack paths, based on each score assigned to each potential attack path; and providing the data structure that includes a ranked set of potential attack paths to a threat analyzer and a visualization generator.
A circuit breaker including a vacuum switch comprising a first electrical contact and a second electrical contact movable relative to the first electrical contact between a closed position in which the second electrical contact is in contact with the first electrical contact to allow current flow, and an open position in which the second electrical contact is spaced apart from the first electrical contact to interrupt the passage of current, and a locking system comprising at least one permanent magnet arranged to generate a magnetic force opposing the displacement of the second electrical contact from the closed position to the open position, the circuit breaker comprising an unlocking system having at least one electromagnet arranged to generate a magnetic force opposite to that generated by the locking system so as to enable the second electrical contact to be in the open position, comprising a control system configured to control the release system as a result of the current flowing through the circuit breaker to release the second electrical contact when the current flowing through the circuit breaker exceeds a predetermined current threshold, characterised in that the control system comprises an electromagnetic coil arranged to supply each electromagnet from the current passing through the circuit breaker by electromagnetic induction.
A coupling mechanism for engaging and disengaging a shaving cartridge of a shaving device, the coupling mechanism comprising: a first coupling element having one or more first engagement surface configured to pivot about a pivot axis (A PA, A PB); a second coupling element including one or more second engagement surface configured to contact the one or more first engagement surface, the second coupling element being capable of moving in a first direction (d 1) from a first position to a second position and in a second direction (d 2) from the second position to the first position; a third coupling element configured to be arranged in a stacked relationship with the first coupling element and the second coupling element; wherein the second coupling element fits between the first coupling element and the third coupling element, wherein the second coupling element further comprises a stop positioned inwardly of the first coupling element configured to impede pivoting of the first coupling element; wherein, the stop impedes pivoting of the first coupling element when the second coupling element is in the first position and the stop no longer impedes movement of the first coupling element when the second coupling element is in the second position, and characterized in that the pivot axis (A PA, A PB) is located external to the coupling mechanism. a first coupling element having one or more first engagement surface configured to pivot about a pivot axis (A PA, A PB); a second coupling element including one or more second engagement surface configured to contact the one or more first engagement surface, the second coupling element being capable of moving in a first direction (d 1) from a first position to a second position and in a second direction (d 2) from the second position to the first position; a third coupling element configured to be arranged in a stacked relationship with the first coupling element and the second coupling element; wherein the second coupling element fits between the first coupling element and the third coupling element, wherein the second coupling element further comprises a stop positioned inwardly of the first coupling element configured to impede pivoting of the first coupling element; wherein, the stop impedes pivoting of the first coupling element when the second coupling element is in the first position and the stop no longer impedes movement of the first coupling element when the second coupling element is in the second position, and characterized in that the pivot axis (A PA, A PB) is located external to the coupling mechanism.
A pneumatic tire comprising: a pair of shoulder main grooves and two or more center main grooves; and a pair of shoulder land portions, a pair of middle land portions, and one or more rows of center land portions, which are defined by the main grooves (21, 22), wherein a tread portion center region is a region between the groove center lines of the shoulder main grooves, and wherein a groove area ratio Sc of the tread portion center region defined as the ratio of the groove area of the tread portion center region to the area of the tread portion center region is in a range of 0.40 ≤ Sc ≤ 0.50, the middle land portion includes a plurality of middle lug grooves extending in a tire lateral direction and passing through the middle land portion, and a plurality of middle blocks defined by the middle lug grooves, and the middle block has a narrow shallow groove extending in the tire lateral direction and passing through the middle block, and a pair of small blocks defined by the narrow shallow groove, and the middle block has a zigzag-shaped edge portion extending along the middle lug groove, characterized in that a pitch length Pe of the zigzag shape and a width length We of the edge portion have a relationship of 0.13 ≤ Pe/We ≤ 0.33, and an amplitude Ae of the zigzag shape is in a range of 1.0 mm ≤ Ae ≤ 4.0 mm. a groove area ratio Sc of the tread portion center region defined as the ratio of the groove area of the tread portion center region to the area of the tread portion center region is in a range of 0.40 ≤ Sc ≤ 0.50, the middle land portion includes a plurality of middle lug grooves extending in a tire lateral direction and passing through the middle land portion, and a plurality of middle blocks defined by the middle lug grooves, and the middle block has a narrow shallow groove extending in the tire lateral direction and passing through the middle block, and a pair of small blocks defined by the narrow shallow groove, and the middle block has a zigzag-shaped edge portion extending along the middle lug groove, characterized in that a pitch length Pe of the zigzag shape and a width length We of the edge portion have a relationship of 0.13 ≤ Pe/We ≤ 0.33, and an amplitude Ae of the zigzag shape is in a range of 1.0 mm ≤ Ae ≤ 4.0 mm.
A light source unit for an endoscope, the light source unit comprising: a semiconductor illuminant having an excitation light source that generates excitation light and a phosphor layer that is caused by the excitation light to generate fluorescence, the semiconductor illuminant emitting output light that has an intensity spectrum across blue, green and red regions; and a band limiting section that reduces the light intensity of the output light in a wavelength band equal to and higher than a threshold which is not less than 650 nm and not more than 670 nm, and at which threshold a first dye has an optical reflectance of not less than a constant value and a second dye has an optical reflectance of substantially zero, the second dye having different optical reflection characteristics from the first dye, wherein the first dye is pyoktanin and the second dye is indigocarmine. a semiconductor illuminant having an excitation light source that generates excitation light and a phosphor layer that is caused by the excitation light to generate fluorescence, the semiconductor illuminant emitting output light that has an intensity spectrum across blue, green and red regions; and a band limiting section that reduces the light intensity of the output light in a wavelength band equal to and higher than a threshold which is not less than 650 nm and not more than 670 nm, and at which threshold a first dye has an optical reflectance of not less than a constant value and a second dye has an optical reflectance of substantially zero, the second dye having different optical reflection characteristics from the first dye, wherein the first dye is pyoktanin and the second dye is indigocarmine.
An electric vacuum cleaner comprising: a cleaner main body (12, 77) housing an electric blower; an air passage communicating with a suction side of the electric blower; a suction part (23, 77) movable on a surface to be cleaned, the suction part partitioning a part of the air passage; and a dust amount detecting unit that detects a dust amount passing through an inside of the air passage by driving of the electric blower; characterized by: a calculating unit that calculates a cleaning efficiency on the basis of an integrated amount of the dust amount detected by the dust amount detecting unit, a moving amount on the surface to be cleaned of the suction part (23, 77), and a moving time on the surface to be cleaned of the suction part (23, 77); and a notifying unit which is capable of notifying the cleaning efficiency calculated by the calculating unit. a cleaner main body (12, 77) housing an electric blower; an air passage communicating with a suction side of the electric blower; a suction part (23, 77) movable on a surface to be cleaned, the suction part partitioning a part of the air passage; and a dust amount detecting unit that detects a dust amount passing through an inside of the air passage by driving of the electric blower; characterized by: a calculating unit that calculates a cleaning efficiency on the basis of an integrated amount of the dust amount detected by the dust amount detecting unit, a moving amount on the surface to be cleaned of the suction part (23, 77), and a moving time on the surface to be cleaned of the suction part (23, 77); and a notifying unit which is capable of notifying the cleaning efficiency calculated by the calculating unit. a calculating unit that calculates a cleaning efficiency on the basis of an integrated amount of the dust amount detected by the dust amount detecting unit, a moving amount on the surface to be cleaned of the suction part (23, 77), and a moving time on the surface to be cleaned of the suction part (23, 77); and a notifying unit which is capable of notifying the cleaning efficiency calculated by the calculating unit.
A mobile device (213, 214) for use in a device communication system comprising: a communication interface configured to transmit and receive wireless signals; a control interface coupled to the communication interface and configured: to control the communication interface to send a proximate resource request to a server device to trigger the transmission of a wireless activation command from the server device to the wireless enabled device; and to measure the wireless signal strength of a wireless signal provided by the wireless enabled device; a user interface coupled to the control interface and configured to analyze a left acoustic signal and a right acoustic signal provided by the wireless enabled device, to determine an acoustic direction of the wireless enabled device; and a controller coupled to the user interface and configured to form a peer-to-peer network connection based on the wireless signal strength and the acoustic direction. a communication interface configured to transmit and receive wireless signals; a control interface coupled to the communication interface and configured: to control the communication interface to send a proximate resource request to a server device to trigger the transmission of a wireless activation command from the server device to the wireless enabled device; and to measure the wireless signal strength of a wireless signal provided by the wireless enabled device; to control the communication interface to send a proximate resource request to a server device to trigger the transmission of a wireless activation command from the server device to the wireless enabled device; and to measure the wireless signal strength of a wireless signal provided by the wireless enabled device; a user interface coupled to the control interface and configured to analyze a left acoustic signal and a right acoustic signal provided by the wireless enabled device, to determine an acoustic direction of the wireless enabled device; and a controller coupled to the user interface and configured to form a peer-to-peer network connection based on the wireless signal strength and the acoustic direction.