6results about How to "Know the running status" patented technology

The application provides a temperature control method and device of a server and a storage medium, and relates to the field of Internet. The method comprises the following steps: acquiring temperature information of a target server, judging whether the temperature information is less than a preset temperature; if not, acquiring at least one power index corresponding to the target server; determining a first correlation relationship value of the target server based on the power index and the temperature information; and controlling the temperature of the target server based on the first correlation relationship value. The method of the application achieves the technical effect of improving the server temperature control efficiency.

The invention belongs to the technical field of fire-fighting systems, and particularly relates to a fire-fighting control system and method for a thermal power plant based on image processing, and the system comprises a central control room, a detection alarm system, and a fire-fighting equipment inspection system. The detection alarm system is composed of a fire detection system, an alarm and linkage control system, an emergency broadcast and telephone system and a fire-fighting area integrated cabinet. The alarm and linkage control system is internally provided with an information acquisition unit, an evacuation plan unit, an information sending unit, a navigation generation unit, a disaster area fire extinguishing / fire fighting facility starting unit and a blocking plan unit, and the evacuation plan unit is internally provided with an evacuation information generation unit, an evacuation route generation unit and an edge updating feedback unit. According to the invention, the problems of false alarm and missing alarm caused by equipment failure or aging can be reduced, a scheme for hindering fire spreading and an emergency operation scheme for emergency treatment are provided, and the emergency operation scheme can guarantee the passing of safety officers as much as possible.

The application particularly relates to a knowledge graph-based fault discovery and disposal method for a Xinyuan terminal. The knowledge graph-based fault discovery and disposal method for the Xinyuan terminal utilizes a knowledge graph technology to construct a fault prediction knowledge graph and a historical fault knowledge graph, and realizes intelligent data processing, fault discovery and fault disposal. The knowledge graph-based fault discovery and disposal method for the Xinyuan terminal can timely discover system faults through a centralized monitoring system, reduces fault processing time, enables users to correctly and timely understand the running state of a system and an application, helps system personnel to perform necessary system optimization and configuration change, and provides a reasonable basis for system upgrading and expansion.

The invention discloses an MLAG state real-time monitoring method and device based on an SDN controller and a medium, and relates to the technical field of cloud computing and SDN technologies. The method comprises the following steps: configuring an MLAG function module in an SDN controller, and setting a timed query task for the global MLAG; according to the timed query task, the SDN controller regularly sends a query instruction to the equipment configured with the MLAG, and requests to obtain MLAG state information; wherein the MLAG state information comprises but is not limited to configuration consistency, a Type-2 consistency state value, a physical state and a consistency state of a downlink port, and physical states of all related physical ports; based on the MLAG state information, the SDN controller compares the current state of the device with a device data record in a preset MLAG database to determine whether a device or a port in an abnormal state exists; and displaying the MLAG state information of the equipment on a display panel of the SDN controller in real time, and giving an alarm for the equipment or the port in an abnormal state.

The invention relates to a park energy consumption diagnosis and optimization method. The method comprises the following steps: S1, analyzing various systems and subordinate energy consumption equipment involved in a park production process flow; s2, determining parameter variables of various systems and equipment required by the energy consumption calculation diagnosis and optimization model; s3, determining an energy consumption calculation and diagnosis model of each type of equipment under the jurisdiction of each system of the park; s4, determining an objective function of the park overall energy consumption optimization model; s5, determining constraint conditions of the park overall energy consumption optimization model; and S6, comparing a plurality of optimization algorithms, comprehensively selecting an optimal algorithm, and outputting a park overall energy consumption optimization suggestion. According to the method, the current running state of the equipment can be intuitively known, all the equipment and systems in the park are used as a whole for energy consumption optimization, mutual influence among the equipment is avoided, and the optimization effect is improved.

The invention discloses an audio digital processing method for hearing-impaired people in a natural environment, and belongs to the technical field of audio digitization. The invention relates to an audio digital processing method for hearing-impaired people, and aims to provide a method for processing hearing test data through a digital signal processing technology in a natural environment, so that a digital audio output signal reaches an equilibrium state in a range of 20Hz to 20000Hz. According to the method, an audio signal in a natural environment is collected through a microphone and is converted into a digital signal, and the digital audio is subjected to equalization processing, so that the hearing experience of hearing-impaired people and the perception and understanding of the hearing-impaired people on sound in the environment are improved.