6 results about "Recovery cycle" patented technology

The invention discloses an airport luggage turntable empty tray automatic recovery system and method. The system comprises a sensor network, a control module and an execution module. The sensor network detects the state and position of the tray, the control module processes data and controls the execution module, and the execution module completes grabbing, carrying, storage and redistribution of the empty tray. According to the invention, a closed-loop empty tray intelligent recovery system is constructed, and full-automatic identification, grabbing, storage and redistribution of empty trays of a luggage turntable are realized for the first time through three major technologies of multi-sensor fusion sensing, dynamic path planning and real-time motion compensation. Compared with a traditional manual recycling mode, the single-time recycling period can be shortened, and meanwhile manual intervention is reduced. Under the special scene of an airport with high dynamic and high safety requirements, the problem of cooperative control of the mechanical arm and the rotating disc is solved through modular design, and a complete technical chain from physical perception to decision execution is established.

A recovery leg in a Star or Star-A configured data replication system is maintained in a pseudo-active RCVY mode in which personalities of corresponding replicas of a mirror are set to R1 on both sides of the recovery leg, capture cycles are performed, and transmit cycles are discarded. During a recovery operation, tracks are marked for resynchronization in the proper direction and resynchronization is performed if the source side data is not the most recent. Group-level personalities of the replica on the target side of the recovery leg are then set to R2 (the target side multi-session consistency software instance converts the capture cycles to restore cycles, converts the transmit cycles to receive cycles, and swaps the cycle tags between the receive and restore cycles). The RCVY mode and multi-session consistency software instances accelerate transition from RCVY mode to normal operation on the recovery leg.

To provide a power control device that can suppress the dilution of the power consumption reduction effect obtained by performing power leveling by suppressing the amount of power consumption after leveling is performed. [Solution] The power control device 21 comprises a communication unit 21d and a control unit 21c. The control unit 21c stores information for leveling instructions and information for recovery mitigation requests. The leveling instruction information includes information for the execution time and information for the first allowable average power during the execution time. The recovery mitigation request information includes information for the recovery period and information for the second allowable average power during the recovery period. The control unit 21c controls the operation of the power load equipment 22 so that the average power consumption of the facility 20 during the execution time is less than or equal to the first allowable average power, and controls the operation of the power load equipment 22 so that the average power consumption of the facility 20 during the recovery period is less than or equal to the second allowable average power. The second allowable average power is greater than the first allowable average power.

A recovery leg in a Star or Star-A configured data replication system is maintained in a pseudo-active RCVY mode in which personalities of corresponding replicas of a mirror are set to R1 on both sides of the recovery leg, capture cycles are performed, and transmit cycles are discarded. During a recovery operation, tracks are marked for resynchronization in the proper direction and resynchronization is performed if the source side data is not the most recent. Group-level personalities of the replica on the target side of the recovery leg are then set to R2 (the target side multi-session consistency software instance converts the capture cycles to restore cycles, converts the transmit cycles to receive cycles, and swaps the cycle tags between the receive and restore cycles). The RCVY mode and multi-session consistency software instances accelerate transition from RCVY mode to normal operation on the recovery leg.

A pulsed electromagnetic field (PEMF) device includes at least one electromagnetic (EM) field emitter. During post-birth recovery, a patient applies the EM field emitter to herself. The PEMF device performs a recovery cycle. In the recovery cycle, the EM field emitter emits EM fields having frequency combinations with a response frequency and a target frequency for a frequency combination period.

The present application belongs to the field of intelligent gateway, especially a main gateway failure self-recovery control method and system based on multi-intelligent gateway cascade, the method comprises the following steps: S1: gateway state monitoring; S2: original main gateway failure determination; S3: configuration backup recovery; S4: candidate main gateway evaluation; S5: AI and rule decision; S6: user confirmation; S7: main gateway role switching; S8: local device control recovery. When the main gateway failure is detected, the new main gateway is automatically elected from the slave gateway through the configuration backup, gateway capacity evaluation and device importance analysis, the continuous operation of the key functions of the smart home system is realized, and the recovery cycle is greatly reduced and the user experience is improved.