mhurhangee/ep-ind-claims huggingface dataset:
Method of raising a loss of frame alarm in an optical transmission network, comprising, at an optical network element, - detecting an out-of-frame, OOF, state, - detecting a presence of said OOF state, by filtering said OOF state in time using at least one time window, - detecting a loss of frame defect, in case said presence of said OOF state is detected, - determining a defect correlation, by correlating said loss of frame defect with one or more further defects, characterized by - in case of a presence of said defect correlation, instantaneously detecting a frame failure and instantaneously raising a loss of frame alarm. - detecting an out-of-frame, OOF, state, - detecting a presence of said OOF state, by filtering said OOF state in time using at least one time window, - detecting a loss of frame defect, in case said presence of said OOF state is detected, - determining a defect correlation, by correlating said loss of frame defect with one or more further defects, characterized by - in case of a presence of said defect correlation, instantaneously detecting a frame failure and instantaneously raising a loss of frame alarm.
A method performed by a first transceiver device in device-to-device, D2D, communication with at least one second transceiver device in a cellular network, wherein the method comprises the steps of: - transmitting a reference signal comprising information about an identity of the first transceiver device; - receiving at least one feedback message from a respective second transceiver device, each feedback message comprising information about the identity of the first transceiver device, information about an identity of the respective second transceiver device that sent the feedback message, and channel characteristics of a radio channel between said first transceiver device and said respective second transceiver device, where said channel characteristics are estimated by said respective second transceiver device; - deciding whether said respective second transceiver device should be included in a set of intended devices to which said first transceiver device will perform a transmission of at least one communication signal, said deciding being based on the at least one received feedback message; and - performing said transmission of said at least one communication signal to said set of intended devices, said transmission being adapted to the set of intended devices based on the feedback messages received from the respective second transceiver devices included in the set. - transmitting a reference signal comprising information about an identity of the first transceiver device; - receiving at least one feedback message from a respective second transceiver device, each feedback message comprising information about the identity of the first transceiver device, information about an identity of the respective second transceiver device that sent the feedback message, and channel characteristics of a radio channel between said first transceiver device and said respective second transceiver device, where said channel characteristics are estimated by said respective second transceiver device; - deciding whether said respective second transceiver device should be included in a set of intended devices to which said first transceiver device will perform a transmission of at least one communication signal, said deciding being based on the at least one received feedback message; and - performing said transmission of said at least one communication signal to said set of intended devices, said transmission being adapted to the set of intended devices based on the feedback messages received from the respective second transceiver devices included in the set.
A method of wireless communication, comprising: transmitting a quality of service, QoS, message to a device, the QoS message including a request for a transmission opportunity for sending uplink data to the device, the QoS message comprising at least one of a sequence control field or a QoS control field, the at least one of a sequence control field or a QoS control field indicating a buffer size for a plurality of traffic identifiers, TIDs; receiving a clear to transmit, CTX, message in response to the QoS message; and transmitting data to the device in response to the CTX message. transmitting a quality of service, QoS, message to a device, the QoS message including a request for a transmission opportunity for sending uplink data to the device, the QoS message comprising at least one of a sequence control field or a QoS control field, the at least one of a sequence control field or a QoS control field indicating a buffer size for a plurality of traffic identifiers, TIDs; receiving a clear to transmit, CTX, message in response to the QoS message; and transmitting data to the device in response to the CTX message.
A method in a hybrid resource allocation module executing at a computing device for efficiently providing access to cloud resources to a plurality of applications, the method comprising: receiving, at the hybrid resource allocation module from a first application of the plurality of applications, a request for available resource information of the cloud resources, wherein the first application is attempting to launch a task using at least some of the cloud resources; determining, by the hybrid resource allocation module, whether the first application has been categorized into an optimistic cluster or a pessimistic cluster; responsive to determining that the first application has been categorized into the optimistic cluster, setting a lock to prevent any of the plurality of applications categorized into the pessimistic cluster from being able to request any available resource information while the first application is still attempting to launch the task, wherein the lock does not prevent any other applications categorized into the optimistic cluster from being able to request available resource information while the first application is still attempting to launch the task; and providing the available resource information to the first application. receiving, at the hybrid resource allocation module from a first application of the plurality of applications, a request for available resource information of the cloud resources, wherein the first application is attempting to launch a task using at least some of the cloud resources; determining, by the hybrid resource allocation module, whether the first application has been categorized into an optimistic cluster or a pessimistic cluster; responsive to determining that the first application has been categorized into the optimistic cluster, setting a lock to prevent any of the plurality of applications categorized into the pessimistic cluster from being able to request any available resource information while the first application is still attempting to launch the task, wherein the lock does not prevent any other applications categorized into the optimistic cluster from being able to request available resource information while the first application is still attempting to launch the task; and providing the available resource information to the first application.
A vehicle treatment system having a signalling device with at least one sensor which can continuously detect a position of a vehicle approaching the vehicle treatment system in a predetermined approach region in front of or in the vehicle treatment system, and a signal generator (2; 22) which, on the basis of the position detected by the sensor, can give instructions for the correct driving behaviour to the driver of the vehicle, which comprises at least two lights (4; 24; 26) arranged above one another, and which can output a signal which changes continuously or discretely and corresponds to a continuously changing position of the vehicle, characterized in that the speed to be driven by the vehicle is displayed to the driver by the frequency of the signals generated.
An aminopropylidene derivative, or salt or hydrate thereof that is pharmaceutically acceptable, wherein the aminopropylidene derivative is represented by the following general formula: wherein R 1 and R 2, which may be identical or different, stand for a hydrogen or a substituent selected from the following (a) to (c) with proviso that a case where both are hydrogen is excluded: (a) a carbonyl substituted with hydroxy, alkoxy, or hydroxyalkylamino, (b) a carbonylalkyl substituted with hydroxy or alkoxy, and (c) acrylic acid including an alkyl ester thereof, R3 and R4, which may be identical or different, stand for hydrogen,an alkyl which may be substituted with phenyl, or a cycloalkyl, or R 3 and R 4, which together form a heterocyclic ring with a nitrogen atom bonded thereto, stand for a pyrrolidino, a piperidino which may be substituted with oxo or piperidino, a piperadinyl substituted with alkyl or phenyl, a morpholino, or a thiomorpholino, one of X and Y stands for a carbon and the other stands for a sulfur, and a wavy line stands for cis-form and/or transform. R 1 and R 2, which may be identical or different, stand for a hydrogen or a substituent selected from the following (a) to (c) with proviso that a case where both are hydrogen is excluded: (a) a carbonyl substituted with hydroxy, alkoxy, or hydroxyalkylamino, (b) a carbonylalkyl substituted with hydroxy or alkoxy, and (c) acrylic acid including an alkyl ester thereof, (a) a carbonyl substituted with hydroxy, alkoxy, or hydroxyalkylamino, (b) a carbonylalkyl substituted with hydroxy or alkoxy, and (c) acrylic acid including an alkyl ester thereof, R3 and R4, which may be identical or different, stand for hydrogen,an alkyl which may be substituted with phenyl, or a cycloalkyl, or R 3 and R 4, which together form a heterocyclic ring with a nitrogen atom bonded thereto, stand for a pyrrolidino, a piperidino which may be substituted with oxo or piperidino, a piperadinyl substituted with alkyl or phenyl, a morpholino, or a thiomorpholino, one of X and Y stands for a carbon and the other stands for a sulfur, and a wavy line stands for cis-form and/or transform.
A carbon capture system for removing carbon dioxide from a flue gas stream generated from a furnace comprising an ammonia absorption system and a CO 2 absorber, said ammonia absorption system comprising: an absorber column configured to receive a carbon dioxide lean gas stream exiting the CO 2 absorber and having ammonia and configured to receive an absorbent, wherein the absorbent absorbs ammonia from the carbon dioxide lean gas stream to provide an ammonia reduced flue gas stream and an ammonia rich absorbent; and an ammonia stripper configured to receive the ammonia rich absorbent and configured to receive a portion of the flue gas stream generated from the furnace, wherein the flue gas stream flows through the ammonia stripper to heat the ammonia rich absorbent to release the ammonia therefrom and provide an ammonia rich gas stream and an ammonia reduced absorbent. an absorber column configured to receive a carbon dioxide lean gas stream exiting the CO 2 absorber and having ammonia and configured to receive an absorbent, wherein the absorbent absorbs ammonia from the carbon dioxide lean gas stream to provide an ammonia reduced flue gas stream and an ammonia rich absorbent; and an ammonia stripper configured to receive the ammonia rich absorbent and configured to receive a portion of the flue gas stream generated from the furnace, wherein the flue gas stream flows through the ammonia stripper to heat the ammonia rich absorbent to release the ammonia therefrom and provide an ammonia rich gas stream and an ammonia reduced absorbent.
An image recording method utilizing a line head including a plurality of recording element arrays, each having a plurality of recording elements in one direction, arranged in said one direction such that the recording elements have overlapping regions at the mutually adjoining end portions of the recording element arrays, the image recording method comprising: a halftone processing step for executing a halftone process of multilevel image data according to a first halftone processing rule to generate a dot pattern as a recording pattern to be recorded by outputting a recording material from a recording element of the plurality of recording element arrays; characterized by further comprising: an allocation processing step for applying a second halftone process by each pixels constituting the recording pattern formed by the first halftone process to determine which of the adjoining recording element arrays records the dot; and a recording step for recording dot data allocated to each of the recording element arrays by using the recording elements of each of the plurality of recording element arrays included in the line head, wherein the second halftone process has a property to suppress a low frequency component of a two-dimensional spatial frequency domain for each of the dot data having been allocated, and judgment of allocating the dot of each pixel position to which of the recording element arrays is determined based on a result of allocation of the pixel position having been already determined. a halftone processing step for executing a halftone process of multilevel image data according to a first halftone processing rule to generate a dot pattern as a recording pattern to be recorded by outputting a recording material from a recording element of the plurality of recording element arrays; characterized by further comprising: an allocation processing step for applying a second halftone process by each pixels constituting the recording pattern formed by the first halftone process to determine which of the adjoining recording element arrays records the dot; and a recording step for recording dot data allocated to each of the recording element arrays by using the recording elements of each of the plurality of recording element arrays included in the line head, an allocation processing step for applying a second halftone process by each pixels constituting the recording pattern formed by the first halftone process to determine which of the adjoining recording element arrays records the dot; and a recording step for recording dot data allocated to each of the recording element arrays by using the recording elements of each of the plurality of recording element arrays included in the line head, wherein the second halftone process has a property to suppress a low frequency component of a two-dimensional spatial frequency domain for each of the dot data having been allocated, and judgment of allocating the dot of each pixel position to which of the recording element arrays is determined based on a result of allocation of the pixel position having been already determined.
An integrated circuit chip comprising a set of communication units, each unit being configured to operate according to a protocol in which a data packet sent by one unit is receivable by one unit only, each unit being configured to send at least one packet having one of a plurality of tiers to at least one other unit and being configured to specify, for each tier, a subset of destination units to which packets of that tier are to be sent, wherein each unit is configured to: receive a packet having one of the plurality of tiers; determine the tier of the received packet; and sequentially send packets having a different tier to the tier of the received packet to each of the respective subset of destination units for the different tier. receive a packet having one of the plurality of tiers; determine the tier of the received packet; and sequentially send packets having a different tier to the tier of the received packet to each of the respective subset of destination units for the different tier.
An electrical metal or ceramic powder press or pressing tool of a press of this kind having - a punching device which is designed to press a powder and/or granulate in a die by means of at least one punch, in particular by means of a plurality of punches that can be adjusted in relation to one another in an axial direction, - at least one spindle device which has a spindle and a spindle wheel, wherein the at least one spindle device is configured to adjust the punch device or components of the punch device which are adjustable relative to one another according to the direction of the drive in or counter to a pressing direction, - at least one spindle drive which is arranged to drive the spindle or the spindle wheel and - a control device which, following the programming of control parameters, is configured or programmed as a stroke to carry out a first stroke or test stroke with a sequence of movements of the spindle device and of the punch device that can be interrupted before the end of the first stroke or the test stroke and - a manually actuable control component (24, 26) which is designed or programmed in connection with the control device to drive the stroke at least sectionally in a continuous manner when the control component is manually operated. - a punching device which is designed to press a powder and/or granulate in a die by means of at least one punch, in particular by means of a plurality of punches that can be adjusted in relation to one another in an axial direction, - at least one spindle device which has a spindle and a spindle wheel, wherein the at least one spindle device is configured to adjust the punch device or components of the punch device which are adjustable relative to one another according to the direction of the drive in or counter to a pressing direction, - at least one spindle drive which is arranged to drive the spindle or the spindle wheel and - a control device which, following the programming of control parameters, is configured or programmed as a stroke to carry out a first stroke or test stroke with a sequence of movements of the spindle device and of the punch device that can be interrupted before the end of the first stroke or the test stroke and - a manually actuable control component (24, 26) which is designed or programmed in connection with the control device to drive the stroke at least sectionally in a continuous manner when the control component is manually operated.
A counter lock of a drive rod lock of a double-wing door, with a double lock case, with a bolt retraction and a latch retraction, which are guided in an extendable manner out of the counter lock case and can be driven via a counter nut, and with drive rod connecting slides (30, 31) coupled with the bolt retraction and the latch retraction for the control of the secondary closures, wherein the drive rod connecting slides (30, 31) are guided in opposite directions to each other between a closed position and an open position, wherein the counter nut in the closed position supports the drive rod connecting slides (30, 31) at a specified distance to each other, whereby in the case of an attempted unbolting by a displacement of the drive rod connecting slides (30, 31) the counter nut supports the forces acting on the drive rod connecting slides (30, 31) and the drive rod connecting slides (30, 31) are displaceable exclusively by driving the counter nut, characterized in that a connecting line of bearings of two actuating arms (24, 25) of the counter nut for driving the two drive rod connecting slides (30, 31) is arranged in the closed position parallel to the direction of movement of the drive rod connecting slides (30, 31).
A compound of formula II, or a pharmaceutically acceptable salt thereof, wherein R 1 is C 1-6 -alkyl; X is C; or X is N and R 8 is absent; R 8, R 11 and R 10 are each independently H or R 7; each R 7 is independently halogen, NO 2, CN, (CH 2) m OR a, O(CH 2) n OR b, NR c R d, CF 3, COOR e, CONR f R g, COR h, SO 3 H, SO 2 R i, SO 2 NR j R k, a heterocycloalkyl group selected from piperazinyl, morpholinyl, piperidinyl and pyrrolidinyl, wherein said heterocycloalkyl group may be optionally substituted by one or more substituents selected from R m and COR n; R 9 is H, halogen, NO 2, CN, O(CH 2) n OR b, NR c R d, CF 3, COOR e, CONR f R g, COR h, SO 3 H, SO 2 R 1, SO 2 NR j R k, a heterocycloalkyl group selected from piperazinyl, morpholinyl, piperidinyl and pyrrolidinyl, wherein said heterocycloalkyl may be optionally substituted by one or more substituents selected from R m and COR n; m is 0, 1, 2 or 3; n is 1, 2, or 3; and R a-n are each independently H or C 1-6 -alkyl. R 1 is C 1-6 -alkyl; X is C; or X is N and R 8 is absent; R 8, R 11 and R 10 are each independently H or R 7; each R 7 is independently halogen, NO 2, CN, (CH 2) m OR a, O(CH 2) n OR b, NR c R d, CF 3, COOR e, CONR f R g, COR h, SO 3 H, SO 2 R i, SO 2 NR j R k, a heterocycloalkyl group selected from piperazinyl, morpholinyl, piperidinyl and pyrrolidinyl, wherein said heterocycloalkyl group may be optionally substituted by one or more substituents selected from R m and COR n; R 9 is H, halogen, NO 2, CN, O(CH 2) n OR b, NR c R d, CF 3, COOR e, CONR f R g, COR h, SO 3 H, SO 2 R 1, SO 2 NR j R k, a heterocycloalkyl group selected from piperazinyl, morpholinyl, piperidinyl and pyrrolidinyl, wherein said heterocycloalkyl may be optionally substituted by one or more substituents selected from R m and COR n; m is 0, 1, 2 or 3; n is 1, 2, or 3; and R a-n are each independently H or C 1-6 -alkyl.
A multi-hypothesis tracking device configured to estimate a track for at least one possible target and configured to receive incoming measurements and to process measurements and tracks, which tracking device is configured with a storage and a computational device having a computational capacity and configured with: - an association module configured to calculate an association between a measurement and a track; - an output module configured to output a sequence of track updates from - an assignment module maintaining a set of active tracks and, using the association module to calculate associations between active tracks and the incoming measurements, the calculated associations containing possible track updates, deciding which track updates to keep in the set of active tracks and which track updates to add to a set of passive tracks, the set of passive tracks comprises tracks which are not updated when new measurements or frames of measurements are received at the tracker; the computational device being configured to: - defer computations on the set of passive tracks until at least one passive track handling criterion is fulfilled, - activate at least one passive track from the set of passive tracks and transfer the at least one passive track from the set of passive tracks to the set of active tracks by at least one of the computations; characterised in that the tracking device is further configured to divide all measurements into a set of considered measurements and a set of unconsidered measurements for each passive track; and with a propagator module configured to propagate by the computations on the set of passive tracks, a selected passive track using the association module to calculate an association as a function of an unconsidered measurement and the selected passive track; adding the possible track update of the selected passive track and the unconsidered measurement to the set of passive tracks, and marking the measurement considered for both the selected passive track and the possible track update. - an association module configured to calculate an association between a measurement and a track; - an output module configured to output a sequence of track updates from - an assignment module maintaining a set of active tracks and, using the association module to calculate associations between active tracks and the incoming measurements, the calculated associations containing possible track updates, deciding which track updates to keep in the set of active tracks and which track updates to add to a set of passive tracks, the set of passive tracks comprises tracks which are not updated when new measurements or frames of measurements are received at the tracker; - defer computations on the set of passive tracks until at least one passive track handling criterion is fulfilled, - activate at least one passive track from the set of passive tracks and transfer the at least one passive track from the set of passive tracks to the set of active tracks by at least one of the computations;