3results about How to "Realize high intelligence" patented technology

The application discloses a kind of intelligent magnetic control low-voltage switch device, including magnetic control primary module and blade type secondary module;The magnetic control primary module includes first bottom shell, first top shell, plastic shell baffle, bottom plate, the first bottom shell, first top shell, plastic shell baffle, bottom plate form entire shell frame;The application can realize automatic opening and closing under the size requirement of original manual plastic shell circuit breaker, directly replace the existing old switch of station area, the opening and closing speed is greatly changed fast, improve mechanical performance, effectively increase the space capacity of secondary control module, realize high intelligence, one, secondary integral modular design, secondary module heat insulation design, secondary control module can be plugged, can realize not power replacement secondary module, improve the operation and maintenance ability of product, the service life of primary and secondary module is same period, greatly improve the service life of device, secondary vulnerable components can be plugged alone, improve the flexibility of device, with higher scientificity, logic.

The present application relates to the technical field of data center energy management and waste heat recovery, and particularly relates to a seasonal thermal management device suitable for a data center, comprising: data acquisition through a heat production information acquisition module and an environment information acquisition module; an analysis module determines a seasonal working condition thermal data adjustment range based on the environment data, and determines a plurality of comprehensive thermal indexes of the data center based on the seasonal working condition thermal data adjustment range, and divides thermal management areas; a control module determines each thermal management area based on the threshold of each thermal management area, and adjusts the load distribution of each cabinet based on the distribution state of each thermal management area; the analysis module further judges whether a corresponding chip protection strategy needs to be executed according to a hardware health degree model to optimize the equipment life. The present application realizes the collaborative and accurate control of the data center load and the liquid cooling system by dynamically identifying the thermal distribution and combining the seasonal working condition, and significantly improves the thermal management efficiency and the system energy efficiency.

This invention belongs to the field of aerospace ground launch technology, and particularly relates to a rocket adaptive receiving and synchronous landing control system and method. The system includes several receiving mechanisms; it drives the support plates of these mechanisms to rise synchronously, acquiring the load values ​​of each force sensor and the height values ​​of each displacement sensor in real time; based on the load values ​​of each force sensor, it determines that the support plates of the receiving mechanisms have completed the adaptive receiving of the rocket; based on the height values ​​of each displacement sensor, it calculates the current maximum height difference in real time, and determines whether to perform coordinated leveling on the support plates of the receiving mechanisms; if coordinated leveling is performed, after leveling, it controls the support plates of the receiving mechanisms to synchronously descend to a preset target position; otherwise, it directly controls the support plates of the receiving mechanisms to synchronously descend to the preset target position to complete the synchronous landing of the rocket. This invention effectively solves the problems of low rocket receiving intelligence and insufficient synchronous landing control accuracy.