31results about How to "Strong resistance to failure" patented technology

The invention discloses an energy acquisition and power supply management device of a current transformer of an overhead line, which is characterized in that both output ends of the current transformer are connected with both input ends of a booster; both output ends of the booster are connected with both input ends of a rectification circuit; the positive output end of the rectification circuit is connected with a load after being connected with a voltage-stabilization output circuit; the second output end of the booster is connected with the power supply output end of a charging circuit; the positive output end of the rectification circuit is connected with the control end of the charging circuit after being connected with a sampling comparison circuit; the output end of the charging circuit is connected with the power supply input end of a gate circuit; the output end of the gate circuit is connected with the input end of a booster circuit; the output end of the booster circuit is connected with the load; and a delaying comparison circuit and the gate circuit are connected. The invention has the advantages that when short circuit or the noload of the overhead line is generated in the energy acquisition process of the current transformer, power is safely and stably supplied to overhead line high-voltage side equipment, in particular to online monitoring equipment.

The invention discloses an audio treatment method and an audio treating device. In one embodiment of the invention, when audio data is received, an audio treating passage is selected fro the audio data based on the type of the audio data; the audio processing passage comprises preset number of audio processing units; the preset number of audio processing units of the audio treating passage carry out resampling treatment and gain adjustment treatment for implementing audio treatment, because of a plurality of audio processing passages are provided, parallel treatment to a plurality of audio data is implemented, audio treating efficiency is raised, and simultaneously a plurality of audio treating passages are interdependent, thereby enhancing anti-fault capability of the system, further more, audio effect after treating is good because of the a plurality of treating passages treats audio data of distinct types distinctively.

The invention relates to a collection and identification management method of ground information of an unmanned aerial vehicle cluster. The method comprises steps of equipment assembling, man-machinegrouping, video collection and flight dynamic adjustment. On the one hand, multiple unmanned aerial vehicles are controlled simultaneously to collect video information and image information continuously and coordinately at designated positions and the video information collection and image information collection operations are not affected, so that the continuity, comprehensiveness and acquisitionaccuracy of data collection are improved effectively; and on the other hand, flexibility and convenience of flight coordination control between the unmanned aerial vehicles are realized effectively and the efficiency and quality of remote data communication and control signal transmission are enhanced, so that the reliability of the data communication and unmanned aerial vehicle control operationwork is improved effectively. Besides, a fault unmanned aerial vehicle can be replaced effectively based on the flight conditions of all unmanned aerial vehicles, so that the anti-fault capability ofthe flight control, data acquisition and data transmission work of the unmanned aerial vehicle cluster is enhanced and the reliability and stability of the overall operation of the system are improved.

The invention provides a whole ship monitoring and warning system based on double Ethernet and a ring network. The system comprises a power supply layer, a signal acquisition layer, a network communication layer and a display operation layer, wherein the power supply layer comprises at least one uninterrupted power supply (UPS); the signal acquisition layer comprises at least one programmable logic controller (PLC) processing unit; the network communication layer comprises at least three interconnected switches; the display operation layer comprises at least one touch screen or computer; and the power supply layer supplies power to the PLC processing unit, the switches and the touch screen or computer. The system comprises the following operation processes that: the PLC processing unit acquires and processes a signal to acquire processing data; whether the current transmission channel of the system is normal or not is detected; and the touch screen or computer displays the processing data when the transmission channel is normal. The system has high communication speed, large communication data volume, rich display contents and a clear and reliable interface, and is stable.

The invention discloses a graph database construction method supporting a super-large scale relation network. According to the method, carrying out modeling through graph elements based on a key-valueformula; cutting the graph element into a plurality of different graph element storage fragments, and storing the graph element storage fragments to different servers; meanwhile, copying a pluralityof copies of each graph element storage fragment and respectively storing the copies to different servers; keeping data synchronization of the same graph element storage fragment in different serversthrough a Raft protocol. According to the method, the constructed graph database can support a larger graph scale, the graph database can be completely and horizontally expanded, the larger the numberof servers is, the larger the supported graph scale is, meanwhile, the fault resistance of the whole graph database is high, and services are not affected when a single server breaks down.

The invention relates to an unmanned aerial vehicle formation maintenance method based on Internet. The method comprises the five steps of equipment assembling, flight monitoring, formation maintaining, landing ending and fault forced landing. In the invention, on one hand, through the Internet, data conveying among equipment is performed so that an unmanned aerial vehicle can be accurately regulated and controlled, simultaneously, a set ultrasonic wave scanner can conveniently scan the front and rear areas of the unmanned aerial vehicle so that accurate information collection is realized, various dangers are prevented, various faults during a flight process are avoided, and safety in the flight process is increased; on the other hand, through a GPS positioning device, unmanned aerial vehicle position and distance information collection can be conveniently performed so that rapid transmission can be performed through the Internet, and an unmanned aerial vehicle queue can simultaneouslyreceive instructions during a turning process or in other changes, which is good for unmanned aerial vehicle queue formation maintenance.

The invention belongs to the field of aerial train power, and particularly provides a power device and system of an aerial train, the aerial train and an aerial train system. The problem that in the prior art, an aerial train can not give consideration to fault resistance capacity and continuous operating capacity of a power supply system is solved. The power device of the aerial train comprises a driving device of the aerial train and a power source unit used for supplying power to the driving device. The power source unit comprises a super-capacitor unit and a first charging device. The super-capacitor unit is electrically connected with the driving device and used for driving the driving device. The power source unit further comprises a rechargeable battery unit, a second charging device and a switching control unit. The super-capacitor unit and the rechargeable battery unit are electrically connected with the driving device through alternative switching of the switching control unit. The power device of the aerial train adopts the super-capacitor unit and has the advantages of being low in weight, high in capacity, fast in charging and the like, the rechargeable battery unit is further arranged, and switching is conducted between the two power units according to situations, so that the power supplying system is safer and guaranteed.

The invention relates to a method for setting and managing a flight control node of a cluster of unmanned aerial vehicles (UAVs), which comprises four steps of equipment assembly, setting a control strategy, setting and distributing a node and replacing the node with a new one. On the one hand, the invention can effectively realize the capability of simultaneously controlling the cooperative workof a plurality of unmanned aerial vehicles, and the special album is realized in the collaborative work, the reliability of UAV equipments can be effectively improved, on the other hand, it can effectively realize the flexibility and convenience of flight coordination control among the unmanned aerial vehicles, while improving the efficiency and quality of remote data communication and control signal transmission, at the same time, according to the flight condition of each UAV, the failure UAV can be replaced effectively, which greatly improves the flight control of UAV fleet, the anti-failureability of data acquisition and data transmission operation, and the reliability and stability of the whole operation of the system.

The invention relates to a solar central hot water engineering control system. The solar central hot water engineering control system is characterized by comprising a device part and a controller; thedevice part comprises a solar heat collecting module, a water tank, a plurality of electromagnetic valves, a plurality of water pumps, a plurality of water pipes and an auxiliary heating device; thesolar heat collecting module and the water tank are connected through a water pipe A provided with the corresponding electromagnetic valve and the corresponding water pump; the auxiliary heating device and the water tank are connected through a water pipe B provided with the corresponding electromagnetic valve and the corresponding water pump; the solar heat collecting module and the water tank are each provided with a cold water entering water pipe C provided with the corresponding water pump; the controller comprises an MCU, a power supply power source module, a sensor module, an operation and processing module, a storage module, a control output module and a communication module; the controller is connected with the device part through a sensor; the sensor transmits an acquired signal to the MCU; and after processing of the operation and processing module, instructions are sent out through the control output module and the communication module to correspondingly control the electromagnetic valves and the water pumps in the device part. The solar central hot water engineering control system is flexible and advanced in structure.

The invention relates to a vulcanized heated wire. The vulcanized heated wire is characterized by comprising a machine frame, a conveying module, heating modules, a plurality of heating chambers, thermal circulation systems, isolation doors and photoelectricity inductive switches. The photoelectricity inductive switches are arranged on two sides of the machine frame, the conveying module is arranged at the bottom of the machine frame, the heating chambers are sequentially arranged on the conveying module, the isolation doors are arranged between the heating chambers, the heating modules and the thermal circulation systems are arranged in the heating chambers, and the isolation doors are in communication connection with the photoelectricity inductive switches. According to the vulcanized heated wire, automatic production of vulcanized heating of products is realized, the working efficiency is high, and meanwhile, the production process is safe and reliable.

The invention provides a water-secluding pipe filling valve control system for a marine drilling platform. The water-secluding pipe filling valve control system comprises a balance valve, a control valve, a lock valve, a change-over valve, an energy accumulator and a drive oil cylinder, wherein the control valve separately communicates with the balance valve and the lock valve through oil tubes; the change-over valve separately communicates with the lock valve, the energy accumulator and the drive oil cylinder; and the control valve is additionally equipped with a remote control interface, and the control valve communicates with an external hydraulic control source through the remote control interface. A using method for the water-secluding pipe filling valve control system comprises five steps of system initialization, system pressure drop, filling valve opening, opening keeping and filling valve closing. The system provided by the invention is simple in structure, is high in fault resistance, is various and flexible in control way, and is good in operation stability and interference resistance, so that automation degree, reliability and stability of filling valve operation are improved, and the defects such as low filling valve control speed and low implementation precision as a result of balance valve pressure difference in a conventional control system are effectively solved, and therefore, control precision of the water-secluding pipe filling valve control system is greatly improved.

The invention relates to a method for managing and controlling an unmanned aerial vehicle through contactless IC card authentication, comprising three steps of contact authentication, networking identification and equipment unlocking. On the one hand, the invention manages and controls the unmanned aerial vehicle through the non-contact IC card, Increased security for UAV control, using non-contact IC card, avoid IC card demagnetization caused by contact, at the same time, avoid the safety problems of UAV use, on the other hand, lock the equipment on the UAV, the use of equipment should be submitted to the server, to avoid operators blind operation of unskilled equipment, resulting in accidents, economic losses and safety problems.