mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel delivery system for a combustor of a gas turbine engine , the combustor including a plurality (100%) of burners , each burner including a pilot injector and a premix injector , said system comprising a controller operatively coupled to, and configured to selectively activate and deactivate, each premix injector and each pilot injector of the plurality (100%) of burners , said controller programmed: to maintain each pilot injector of the plurality (100%) of burners in the activated state and each premix injector in the deactivated state during a low load phase of the combustor; to increase fuel flow to the premix injector of each of the plurality (100%) of burners and to reduce fuel flow to each activated pilot injector of the plurality (100%) of burners during a transition from the low load phase to a high load phase of the combustor; characterized in that said controller is also programmed to deactivate each pilot injector of a first subset (100-N%) of the plurality (100%) of burners during the transition phase of the combustor; and to operate each activated pilot injector of a remaining second subset (N%) of the plurality (100%) of burners during the high load phase of the combustor, wherein the second subset (N%) includes more than zero, but fewer than all of the plurality (100%) of burners . to maintain each pilot injector of the plurality (100%) of burners in the activated state and each premix injector in the deactivated state during a low load phase of the combustor; to increase fuel flow to the premix injector of each of the plurality (100%) of burners and to reduce fuel flow to each activated pilot injector of the plurality (100%) of burners during a transition from the low load phase to a high load phase of the combustor; characterized in that said controller is also programmed to deactivate each pilot injector of a first subset (100-N%) of the plurality (100%) of burners during the transition phase of the combustor; and to operate each activated pilot injector of a remaining second subset (N%) of the plurality (100%) of burners during the high load phase of the combustor, wherein the second subset (N%) includes more than zero, but fewer than all of the plurality (100%) of burners .
A communication method in a roadside unit , comprising: acquiring first dynamic information indicative of a state around the roadside unit comprising a dynamic object around the roadside unit acquired by a sensor mounted in the roadside unit ; configurating (S10) a first dynamic map on basis of the acquired first dynamic information and a static map indicative of a static object; transmitting (S111) the first dynamic map to one or more in-vehicle units that communicate with the roadside unit ; receiving (S14) second dynamic information not included in the first dynamic map from the in-vehicle units ; selecting (S15) at least one in-vehicle unit from among the plurality of in-vehicle units on a basis of a list in which the second dynamic information and the in-vehicle units having the second dynamic information are associated with each other; transmitting (S151) an object request packet to the selected in-vehicle unit to request the selected in-vehicle unit to transmit second dynamic information indicative of a dynamic object present around the selected in-vehicle unit in accordance with the object request packet; receiving (S18) second dynamic information acquired from the selected in-vehicle unit , in accordance with the object request packet; configurating (S19) a second dynamic map on a basis of the acquired first dynamic information, the second dynamic information acquired from the selected in-vehicle unit , and a static map indicative of a static object; and transmitting (S112) the second dynamic map to the one or more of the in-vehicle units that communicate with the roadside unit . acquiring first dynamic information indicative of a state around the roadside unit comprising a dynamic object around the roadside unit acquired by a sensor mounted in the roadside unit ; configurating (S10) a first dynamic map on basis of the acquired first dynamic information and a static map indicative of a static object; transmitting (S111) the first dynamic map to one or more in-vehicle units that communicate with the roadside unit ; receiving (S14) second dynamic information not included in the first dynamic map from the in-vehicle units ; selecting (S15) at least one in-vehicle unit from among the plurality of in-vehicle units on a basis of a list in which the second dynamic information and the in-vehicle units having the second dynamic information are associated with each other; transmitting (S151) an object request packet to the selected in-vehicle unit to request the selected in-vehicle unit to transmit second dynamic information indicative of a dynamic object present around the selected in-vehicle unit in accordance with the object request packet; receiving (S18) second dynamic information acquired from the selected in-vehicle unit , in accordance with the object request packet; configurating (S19) a second dynamic map on a basis of the acquired first dynamic information, the second dynamic information acquired from the selected in-vehicle unit , and a static map indicative of a static object; and transmitting (S112) the second dynamic map to the one or more of the in-vehicle units that communicate with the roadside unit .
A ferrite composition comprising Ba, Co, Fe, and Ir, wherein said ferrite composition comprises a Z-type hexaferrite phase and a Y-type hexaferrite phase; wherein the ferrite composition has a formula Ba 3 Co (2+x) Ir x Fe (24-2x) O 41 where x is 0.12 to 0.15
Piston cylinder unit , comprising: - a cylinder , - a spring arranged concentrically around the cylinder , - an inner spring sleeve and an outer spring sleeve each arranged concentrically around the spring , wherein the cylinder and the spring are arranged inside the inner spring sleeve and the outer spring sleeve , and - the inner spring sleeve and / or - the outer spring sleeve and / or - the cylinder has a number of grooves on the surface facing the spring, wherein a longitudinal axis of the grooves is oriented in an axial direction parallel to a stroke path of the piston cylinder unit, characterized in that the depth of the grooves varies along the axial direction. - a cylinder , - a spring arranged concentrically around the cylinder , - an inner spring sleeve and an outer spring sleeve each arranged concentrically around the spring , - the inner spring sleeve and / or - the outer spring sleeve and / or - the cylinder
A computer-implemented method for supplementing video material, the method comprising: controlling a display device to display a first video, associated with a first camera and retrieved from a storage device (124, 140a-c, 150); analyzing the first video to automatically detect at least one camera (270a-e), in particular located in an area of interest; and controlling the display device to display a second video associated with a second camera among the detected at least one camera in response to a user input; wherein controlling the display device to display the second video comprises: receiving , as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device ; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame. controlling a display device to display a first video, associated with a first camera and retrieved from a storage device (124, 140a-c, 150); analyzing the first video to automatically detect at least one camera (270a-e), in particular located in an area of interest; and controlling the display device to display a second video associated with a second camera among the detected at least one camera in response to a user input; wherein controlling the display device to display the second video comprises: receiving , as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device ; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame. receiving , as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device ; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame.
A method performed by a user equipment for performing cell reselection to a cell providing multimedia broadcast multicast service, MBMS, the method comprising: receiving a system information message comprising: an indication of whether one or more carrier frequencies support MBMS carrier type or further enhanced MBMS, FeMBMS, carrier type; and, for each of the one or more carrier frequencies, an indication of a percentage of available multicast broadcast single frequency network, MBSFN, subframes in each radio frame; selecting , based on a capability of the user equipment and the carrier type and indication of the percentage of available MBSFN subframes of the one or more carrier frequencies, a carrier frequency for cell reselection; and camping on the selected carrier frequency. receiving a system information message comprising: an indication of whether one or more carrier frequencies support MBMS carrier type or further enhanced MBMS, FeMBMS, carrier type; and, for each of the one or more carrier frequencies, an indication of a percentage of available multicast broadcast single frequency network, MBSFN, subframes in each radio frame; selecting , based on a capability of the user equipment and the carrier type and indication of the percentage of available MBSFN subframes of the one or more carrier frequencies, a carrier frequency for cell reselection; and camping on the selected carrier frequency.
A method, comprising: monitoring, by a receiving device , two or more signals from a transmitting device; detecting, by the receiving device , that at least a first triggering condition is met and a second triggering condition is met; and sending, by the receiving device to the transmitting device, a triggering signal to trigger a beam failure recovery procedure based on the detecting, wherein the detecting that the first trigger condition is met comprises: determining that one or more first reliability measures satisfy the first triggering condition based on comparing the one or more first reliability measures with a first threshold, wherein the one or more first reliability measures indicate a result of decoding attempts of a channel corresponding to a first signal in the two or more signals, and wherein the detecting that the second trigger condition is met comprises: when one or more second signal qualities exceed a second threshold, determining that one or more second signal quality measures meet the second triggering condition, wherein a second signal in the two or more signals corresponds to the one or more second signal quality measures. monitoring, by a receiving device , two or more signals from a transmitting device; detecting, by the receiving device , that at least a first triggering condition is met and a second triggering condition is met; and sending, by the receiving device to the transmitting device, a triggering signal to trigger a beam failure recovery procedure based on the detecting, wherein the detecting that the first trigger condition is met comprises: determining that one or more first reliability measures satisfy the first triggering condition based on comparing the one or more first reliability measures with a first threshold, wherein the one or more first reliability measures indicate a result of decoding attempts of a channel corresponding to a first signal in the two or more signals, and wherein the detecting that the second trigger condition is met comprises: when one or more second signal qualities exceed a second threshold, determining that one or more second signal quality measures meet the second triggering condition, wherein a second signal in the two or more signals corresponds to the one or more second signal quality measures.
A frame antenna comprising: a conductive block being a ground plane and having at least one surface-mount electronic component mounted thereon; a frame having a continuous annular structure with an inner void region, the frame being disposed around a periphery of the conductive block and separated from the conductive block by a predetermined distance, and one or more antenna feeds disposed between the frame and the conductive block , wherein the one or more antenna feeds have at least one electronic element connecting the conductive block to the frame wherein the at least one electronic element connects the conductive block to the frame via a switch, such that the switch is operable to selectively connect the conductive block to the frame . and characterised in that the frame overlaps an edge of an upper surface of the conductive block . a conductive block being a ground plane and having at least one surface-mount electronic component mounted thereon; a frame having a continuous annular structure with an inner void region, the frame being disposed around a periphery of the conductive block and separated from the conductive block by a predetermined distance, and one or more antenna feeds disposed between the frame and the conductive block , wherein the one or more antenna feeds have at least one electronic element connecting the conductive block to the frame wherein the at least one electronic element connects the conductive block to the frame via a switch, such that the switch is operable to selectively connect the conductive block to the frame . and characterised in that the frame overlaps an edge of an upper surface of the conductive block .
A Bluetooth low energy, BLE, device comprising: a communication resource ; a processing resource ; a memory resource storing machine readable instructions to cause the processing resource to: perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, wherein the first scan is performed after the first time interval of the non-uniform time intervals, and wherein a time interval refers to a break in scanning activity. a communication resource ; a processing resource ; a memory resource storing machine readable instructions to cause the processing resource to: perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, wherein the first scan is performed after the first time interval of the non-uniform time intervals, and wherein a time interval refers to a break in scanning activity.
A sequence generating entity, comprising: a memory; and at least one processor communicatively coupled to the memory, the at least one processor configured to: factorize a comb size N into prime factors of N; generate one or more unique prime lists based on the comb size N, each prime list comprising a list of prime factors of N; and generate one or more offset sequences for a reference signal for positioning based on the one or more unique prime lists and a number of symbols M over which the reference signal is scheduled, wherein generating the one or more offset sequences comprises, for each prime list of the one or more unique prime lists: i) generating an offset sequence corresponding to the prime list, ii) pruning or extending the offset sequence to a sequence length of M, and iii) adding the offset sequence to a set of offset sequences, the set of offset sequences being the one or more offset sequences. a memory; and at least one processor communicatively coupled to the memory, the at least one processor configured to: factorize a comb size N into prime factors of N; generate one or more unique prime lists based on the comb size N, each prime list comprising a list of prime factors of N; and generate one or more offset sequences for a reference signal for positioning based on the one or more unique prime lists and a number of symbols M over which the reference signal is scheduled, wherein generating the one or more offset sequences comprises, for each prime list of the one or more unique prime lists: i) generating an offset sequence corresponding to the prime list, ii) pruning or extending the offset sequence to a sequence length of M, and iii) adding the offset sequence to a set of offset sequences, the set of offset sequences being the one or more offset sequences. factorize a comb size N into prime factors of N; generate one or more unique prime lists based on the comb size N, each prime list comprising a list of prime factors of N; and generate one or more offset sequences for a reference signal for positioning based on the one or more unique prime lists and a number of symbols M over which the reference signal is scheduled, wherein generating the one or more offset sequences comprises, for each prime list of the one or more unique prime lists: i) generating an offset sequence corresponding to the prime list, ii) pruning or extending the offset sequence to a sequence length of M, and iii) adding the offset sequence to a set of offset sequences, the set of offset sequences being the one or more offset sequences.
A securement device for a protruding oral or nasal device , comprising a continuous strip extending along a longitudinal axis between a first end and a second end , the continuous strip having: a first anchor portion at the first end; a second anchor portion at the second end; a first bridge portion ; a second bridge portion ; and an adhesive for affixing the strip to a patient ; wherein the first bridge portion is disposed between the first anchor portion and the second bridge portion , the second bridge portion is disposed between the first bridge portion and the second anchor portion , the second bridge portion extends at an angle relative to the longitudinal axis , and the first anchor portion and the second anchor portion are offset from one another relative to the longitudinal axis . a first anchor portion at the first end; a second anchor portion at the second end; a first bridge portion ; a second bridge portion ; and an adhesive for affixing the strip to a patient ; wherein the first bridge portion is disposed between the first anchor portion and the second bridge portion , the second bridge portion is disposed between the first bridge portion and the second anchor portion , the second bridge portion extends at an angle relative to the longitudinal axis , and the first anchor portion and the second anchor portion are offset from one another relative to the longitudinal axis .
A refiner device for refining of a liquid, such as oil or fuel, wherein the refiner device comprises a housing provided with a liquid inlet for unrefined oil or fuel, a liquid outlet for refined oil or fuel, an air inlet for supplying a flow of air into the housing, and an air outlet for discharging air and contaminants removed from the liquid, wherein the refiner device further comprises a liquid receiving plate arranged inside the housing , wherein the refiner device is arranged such that when liquid has passed through the liquid inlet during operation of the device, the liquid is contacted with an upper surface of the liquid receiving plate before it reaches the liquid outlet , wherein the refiner device further comprises at least one heating element arranged to directly or indirectly heat the liquid while the liquid is in contact with the liquid receiving plate , characterized in that the refiner device comprises a hollow air-guiding member arranged at the liquid receiving plate , wherein the hollow air-guiding member has an open side facing the upper surface of the liquid receiving plate , wherein the air inlet is located outside of the hollow air-guiding member , wherein the air outlet is located inside of the hollow air-guiding member , wherein at least one air passage into the hollow air-guiding member is arranged at the liquid receiving plate so as to, when air is fed through the housing from the air inlet to the air outlet , force air to flow along at least a part of the liquid receiving plate when passing through the air passage and/or when flowing further into the hollow air-guiding member towards the air outlet . wherein the refiner device further comprises a liquid receiving plate arranged inside the housing , wherein the refiner device is arranged such that when liquid has passed through the liquid inlet during operation of the device, the liquid is contacted with an upper surface of the liquid receiving plate before it reaches the liquid outlet , wherein the refiner device further comprises at least one heating element arranged to directly or indirectly heat the liquid while the liquid is in contact with the liquid receiving plate , characterized in that the refiner device comprises a hollow air-guiding member arranged at the liquid receiving plate , wherein the hollow air-guiding member has an open side facing the upper surface of the liquid receiving plate , wherein the air inlet is located outside of the hollow air-guiding member , wherein the air outlet is located inside of the hollow air-guiding member , wherein at least one air passage into the hollow air-guiding member is arranged at the liquid receiving plate so as to, when air is fed through the housing from the air inlet to the air outlet , force air to flow along at least a part of the liquid receiving plate when passing through the air passage and/or when flowing further into the hollow air-guiding member towards the air outlet .