mhurhangee/ep-ind-claims huggingface dataset:
A wireless message router comprising a message controller with service logic functions, wherein the message controller further comprises a state database, wherein the controller is adapted to: receive and process message segments, maintain in the state database state of single and concatenated messages, and to apply services to said messages; wherein the controller is adapted to selectively operate in either a transparent-relay mode or a transparent-proxy mode to process a mobile originated, MO, concatenated message including at least two segments by performing the steps of: receiving a first segment of the concatenated message, and determining what particular service needs to be applied, copying the first segment into the state database, forwarding the first segment to its original destination of a service centre network element or a switching centre network element, wherein a response from the original destination is routed to the originator of the first segment of the concatenated message, receiving at least a second segment of the concatenated message, and determining (i) that this is a concatenated message, and (ii) what particular service needs to be applied, copying the second segment into the state database, forwarding the second segment to its original destination of a service centre network element or a switching centre network element, checking that all segments of the concatenated message have arrived in a temporary message storage in the state database, and reassembling the full message context for applying the particular service. receiving a first segment of the concatenated message, and determining what particular service needs to be applied, copying the first segment into the state database, forwarding the first segment to its original destination of a service centre network element or a switching centre network element, wherein a response from the original destination is routed to the originator of the first segment of the concatenated message, receiving at least a second segment of the concatenated message, and determining (i) that this is a concatenated message, and (ii) what particular service needs to be applied, copying the second segment into the state database, forwarding the second segment to its original destination of a service centre network element or a switching centre network element, checking that all segments of the concatenated message have arrived in a temporary message storage in the state database, and reassembling the full message context for applying the particular service.
An electronic circuit made in integrated form, comprising: a first data storage RAM; a second RAM in which a key is stored, said data being encrypted by implementation of said key; a processing unit configured to perform a deleting operation in the first RAM; and an access terminal connected to the processing unit and intended to receive a first power supply signal (VDD_BU) provided by a first power supply source (P, C1) external to the electronic circuit, wherein a second power supply source integrated to the electronic circuit is configured to provide a second power supply signal to the processing unit, the processing unit being configured to detect that an unauthorized access attempt is occurring based on the comparison of the first and second power supply signals and to delete said key while the processing unit is powered by the second power supply source, wherein the second power supply source comprises a capacitive element connected to the access terminal and to the processing unit, the electronic circuit further comprising a device configured to prevent a fast discharge of the capacitive element by an external action on the access terminal, characterized in that the processing unit comprises MOS transistors and in that the capacitive element corresponds to the stray capacitances of the MOS transistors. a first data storage RAM; a second RAM in which a key is stored, said data being encrypted by implementation of said key; a processing unit configured to perform a deleting operation in the first RAM; and an access terminal connected to the processing unit and intended to receive a first power supply signal (VDD_BU) provided by a first power supply source (P, C1) external to the electronic circuit, wherein a second power supply source integrated to the electronic circuit is configured to provide a second power supply signal to the processing unit, the processing unit being configured to detect that an unauthorized access attempt is occurring based on the comparison of the first and second power supply signals and to delete said key while the processing unit is powered by the second power supply source, wherein the second power supply source comprises a capacitive element connected to the access terminal and to the processing unit, the electronic circuit further comprising a device configured to prevent a fast discharge of the capacitive element by an external action on the access terminal, characterized in that the processing unit comprises MOS transistors and in that the capacitive element corresponds to the stray capacitances of the MOS transistors.
Permanent-magnet line-start motor, preferably having a power of at least 5 kW, comprising: a rotor, and a stator having a stator winding, wherein the stator winding is embodied as a changeable-pole rotating field winding, wherein the changeable-pole rotating field winding comprises a first winding stage and a second winding stage, which winding stages can be operated separately from one another, and the first winding stage has a number of start-up pole pairs p 1, which is not equal to a number of operating pole pairs p 2 of the second winding stage, and the motor comprises a sequence controller, which is designed to perform a targeted winding changeover of the changeable-pole rotating field winding during a switch-on process of the motor, wherein the targeted winding changeover takes place from the first winding stage for the run-up of the motor to the second winding stage for the synchronous operation of the motor, characterized in that a ballast circuit for reducing a voltage is arranged between a supply system voltage line and the stator winding in order to limit an inrush current or a restart current. a rotor, and a stator having a stator winding, wherein the stator winding is embodied as a changeable-pole rotating field winding, wherein the changeable-pole rotating field winding comprises a first winding stage and a second winding stage, which winding stages can be operated separately from one another, and the first winding stage has a number of start-up pole pairs p 1, which is not equal to a number of operating pole pairs p 2 of the second winding stage, and the motor comprises a sequence controller, which is designed to perform a targeted winding changeover of the changeable-pole rotating field winding during a switch-on process of the motor, wherein the targeted winding changeover takes place from the first winding stage for the run-up of the motor to the second winding stage for the synchronous operation of the motor, characterized in that a ballast circuit for reducing a voltage is arranged between a supply system voltage line and the stator winding in order to limit an inrush current or a restart current.
Device for producing hollow bodies from a glass melt with at least one rotary indexing table, and with at least one blank mold which can be fed with at least one gob discharged from at least one feeding device of the glass melt while the rotary indexing table is rotating, and with at least one device serving the purpose of molding the hollow body, characterized in that at least on feeding device and at least one take-out device each have at least one separate servo drive (10, 11), and that for moving the at least one blank mold, and for moving the device serving the purpose of molding the hollow body, and for moving the at least one plunger, at least one servo drive is provided respectively, wherein the servo drive is a direct drive in each case.
A dispenser, the dispenser comprising: an engaging member configured to receive a replaceable component, the replaceable component having a consumable product cartridge and a lower power zero net voltage, ZNV, power source providing alternately positive and negative voltage signals; a power controller configured to connect to the lower power zero net voltage power source of the received replaceable component via a detachable electrical interface, the power controller having a power rectification circuit for converting the ZNV power source to a higher voltage direct current, HVDC, power source (20e, 20f); at least one energy storage system (22f, 22g) operatively connected to the HVDC power source (20e, 20f) for receiving and storing HVDC power within the at least one energy storage system (22f, 22g); and a dispenser load configured to receive energy from the at least one energy storage system (22f, 22g), the dispenser load being configured to dispense product from the consumable product cartridge of the received replaceable component. an engaging member configured to receive a replaceable component, the replaceable component having a consumable product cartridge and a lower power zero net voltage, ZNV, power source providing alternately positive and negative voltage signals; a power controller configured to connect to the lower power zero net voltage power source of the received replaceable component via a detachable electrical interface, the power controller having a power rectification circuit for converting the ZNV power source to a higher voltage direct current, HVDC, power source (20e, 20f); at least one energy storage system (22f, 22g) operatively connected to the HVDC power source (20e, 20f) for receiving and storing HVDC power within the at least one energy storage system (22f, 22g); and a dispenser load configured to receive energy from the at least one energy storage system (22f, 22g), the dispenser load being configured to dispense product from the consumable product cartridge of the received replaceable component.
A method for use in detection of anomalous behaviour of a device of a computer system, the method arranged to be performed by a processing system, the method comprising: deriving values, m 1,..., m N, of a metric, M, representative of data associated with the device; modelling a distribution of the values; determining, in accordance with the distribution of the values, a probability of observing a more extreme value of the metric than a given value, m, of the metric, wherein the probability is used to determine whether the device is behaving anomalously; determining, in accordance with the probability of observing a more extreme value, and a probabilistic model of the device, a posterior probability of the given value, m, being the result of anomalous behaviour of the device, wherein the posterior probability is used to determine whether the device is behaving anomalously; determining posterior probabilities for one or more given values, m i, of one or more of a plurality of metrics, M i, wherein the metrics, M i, are representative of data associated with the device; in accordance with the posterior probabilities for the given values, m i, determining an overall posterior probability of the device being in an anomalous state, wherein the overall posterior probability is used to determine whether the device is behaving anomalously; and wherein the metrics, M i, are assumed to be statistically dependent and the statistical dependencies are modelled using copulas. deriving values, m 1,..., m N, of a metric, M, representative of data associated with the device; modelling a distribution of the values; determining, in accordance with the distribution of the values, a probability of observing a more extreme value of the metric than a given value, m, of the metric, wherein the probability is used to determine whether the device is behaving anomalously; determining, in accordance with the probability of observing a more extreme value, and a probabilistic model of the device, a posterior probability of the given value, m, being the result of anomalous behaviour of the device, wherein the posterior probability is used to determine whether the device is behaving anomalously; determining posterior probabilities for one or more given values, m i, of one or more of a plurality of metrics, M i, wherein the metrics, M i, are representative of data associated with the device; in accordance with the posterior probabilities for the given values, m i, determining an overall posterior probability of the device being in an anomalous state, wherein the overall posterior probability is used to determine whether the device is behaving anomalously; and wherein the metrics, M i, are assumed to be statistically dependent and the statistical dependencies are modelled using copulas.
A communication system comprising at least one radio station which includes a main radio unit and at least one associated standby radio unit; and a user console connected via a communication network to the main radio unit of the radio station addressed by a network address of the communication network; wherein the main radio unit and its at least one associated standby radio unit are configured to be operated in parallel and to exchange operational parameters during operation of said communication system; wherein the main radio unit of the at least one radio station is adapted to send regular keep-alive messages to the at least one associated standby radio unit of said radio station; wherein the at least one associated standby radio unit of the radio station is adapted to send keep-alive messages to the associated main radio unit, allowing to detect failure of the at least one associated standby radio unit; and wherein the at least one associated standby radio unit of the at least one radio station is adapted to monitor reception of keep-alive messages from the associated main radio unit of said radio station and to detect an operation failure of the main radio unit of said radio station in case of absence of received keep-alive messages and is adapted to trigger an automatic handover of the used network address from the main radio unit of the radio station to the at least one associated standby radio unit of said radio station to maintain an uninterrupted communication between the user console and the respective radio station of said communication system. at least one radio station which includes a main radio unit and at least one associated standby radio unit; and a user console connected via a communication network to the main radio unit of the radio station addressed by a network address of the communication network; wherein the main radio unit and its at least one associated standby radio unit are configured to be operated in parallel and to exchange operational parameters during operation of said communication system; wherein the main radio unit of the at least one radio station is adapted to send regular keep-alive messages to the at least one associated standby radio unit of said radio station; wherein the at least one associated standby radio unit of the radio station is adapted to send keep-alive messages to the associated main radio unit, allowing to detect failure of the at least one associated standby radio unit; and wherein the at least one associated standby radio unit of the at least one radio station is adapted to monitor reception of keep-alive messages from the associated main radio unit of said radio station and to detect an operation failure of the main radio unit of said radio station in case of absence of received keep-alive messages and is adapted to trigger an automatic handover of the used network address from the main radio unit of the radio station to the at least one associated standby radio unit of said radio station to maintain an uninterrupted communication between the user console and the respective radio station of said communication system.
A device to control measurements of light intensity, the device comprising: two or more ambient light sensors arranged at respective surface locations of the device, each of the two or more ambient light sensors configured to measure the light intensity at the respective surface location; a processor configured to control operation of the two or more ambient light sensors according to a sampling pattern wherein the two or more ambient light sensors measure the light intensity simultaneously or in sequence; further comprising a second processor configured to identify a gesture made by an object in touch-less communication with the device based on a comparison of the light intensity measurements with a gesture template being a sample of light measurement data corresponding to a known gesture, characterized in that the processor is further configured to adjust one of a sensitivity level or a wavelength band of the two or more ambient light sensors based on measurements of the light intensity by the two or more ambient light sensors. two or more ambient light sensors arranged at respective surface locations of the device, each of the two or more ambient light sensors configured to measure the light intensity at the respective surface location; a processor configured to control operation of the two or more ambient light sensors according to a sampling pattern wherein the two or more ambient light sensors measure the light intensity simultaneously or in sequence; further comprising a second processor configured to identify a gesture made by an object in touch-less communication with the device based on a comparison of the light intensity measurements with a gesture template being a sample of light measurement data corresponding to a known gesture, characterized in that the processor is further configured to adjust one of a sensitivity level or a wavelength band of the two or more ambient light sensors based on measurements of the light intensity by the two or more ambient light sensors.
A power fuse for protecting an electrical load subject to transient load current cycling events in a direct current electrical power system, the power fuse comprising: at least one fuse element assembly comprising: an elongated planar substrate; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; wherein the conductor comprises a solid elongated strip of metal having no stamped weak spot openings therein and therefore avoiding thermal-mechanical fatigue strain in the conductor when subjected to the transient load current cycling events; wherein the solid elongated strip of metal includes coplanar connector sections that are mounted to respective ones of the plurality of weak spots on the planar substrate and obliquely extending sections bent out of plane of the connector sections to extend above the elongated planar substrate in between the plurality of fusible weak spots; wherein the conductor further comprises first and second terminal tabs (326, 328) that extend coplanar to one another in a plane parallel to but spaced from the connector sections and the substrate. at least one fuse element assembly comprising: an elongated planar substrate; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; an elongated planar substrate; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; wherein the conductor comprises a solid elongated strip of metal having no stamped weak spot openings therein and therefore avoiding thermal-mechanical fatigue strain in the conductor when subjected to the transient load current cycling events; wherein the solid elongated strip of metal includes coplanar connector sections that are mounted to respective ones of the plurality of weak spots on the planar substrate and obliquely extending sections bent out of plane of the connector sections to extend above the elongated planar substrate in between the plurality of fusible weak spots; wherein the conductor further comprises first and second terminal tabs (326, 328) that extend coplanar to one another in a plane parallel to but spaced from the connector sections and the substrate.
Panel capable of bending under the effect of a load and having a peripheral surface provided with a plurality of pivoting attachment devices, characterized in that each attachment device comprises: • a metal gripping member (3, 3', 3") adhered to the peripheral surface of the panel; • a metal clip (5, 5', 5") cooperating by interlocking with the gripping member (3, 3', 3") and configured to allow the gripping member (3, 3', 3") to pivot when the panel bends; • at least one flexible attachment tab (14, 14') located between the gripping member (3, 3', 3") and the clip (5, 5', 5") in an interlocking space, and allowing the gripping member (3, 3', 3") and the clip (5, 5', 5") to be retained relative to each other; and: • the clip (5, 5") comprising two mutually facing walls (6, 7; 6", 7") defining the interlocking space, allowing the gripping member (3, 3") to be inserted into the clip (5, 5") along an interlocking axis; or • the gripping member comprising two mutually facing walls (6', 7') defining the interlocking space, allowing the clip to be inserted into the gripping member along an interlocking axis (A'). • a metal gripping member (3, 3', 3") adhered to the peripheral surface of the panel; • a metal clip (5, 5', 5") cooperating by interlocking with the gripping member (3, 3', 3") and configured to allow the gripping member (3, 3', 3") to pivot when the panel bends; • at least one flexible attachment tab (14, 14') located between the gripping member (3, 3', 3") and the clip (5, 5', 5") in an interlocking space, and allowing the gripping member (3, 3', 3") and the clip (5, 5', 5") to be retained relative to each other; • the clip (5, 5") comprising two mutually facing walls (6, 7; 6", 7") defining the interlocking space, allowing the gripping member (3, 3") to be inserted into the clip (5, 5") along an interlocking axis; or • the gripping member comprising two mutually facing walls (6', 7') defining the interlocking space, allowing the clip to be inserted into the gripping member along an interlocking axis (A').