3results about How to "Real-time management" patented technology

The application discloses a kind of construction methods of unmanned aerial vehicle swarm dynamic topology network, comprising: according to unmanned aerial vehicle communication load capacity, air node is divided into middle large unmanned aerial vehicle and small unmanned aerial vehicle;With middle large unmanned aerial vehicle as fixed cluster head, build first level relay network, with small unmanned aerial vehicle as cluster subnode, build lower layer swarm network;In lower layer swarm network, temporary cluster head is elected, and temporary cluster head is formed as the relay machine subcluster network;Through orthogonal frequency hopping pattern, bidirectional information interaction is carried out between first level relay network and subcluster network.This scheme can make unmanned aerial vehicle swarm establish dynamic topology structure, and efficiently utilize wireless spectrum resource, improve the network communication performance of unmanned aerial vehicle swarm.

The invention discloses an intelligent waistband and a medical data monitoring management system.The intelligent waistband comprises a waistband body, and the waistband body is provided with a sensing chip used for sensing vital sign signals of the human body, a pressure sensor assembly used for monitoring pressure distribution of different areas of the waist of the human body and a data display assembly; the sensing chip and the pressure sensor assembly are in wireless connection with the data display assembly respectively, measured data are transmitted to the data display assembly and displayed, and the sitting posture state of a user is judged by comparing a pressure value monitored by the pressure sensor assembly with a preset standardized pressure threshold value. The waistband not only can sense vital sign signals of a human body, but also can monitor pressure distribution of different areas of the waist of the human body, and can visually display monitored data. The invention further discloses a medical data monitoring and management system comprising the intelligent waistband, and comprehensive monitoring, real-time collection and efficient management of the health data of the user are achieved.

The invention discloses a fractionating tower production operation optimization method, device and equipment and a storage medium, and the method comprises the steps: determining the production operation condition rating of m fractionating towers according to the process parameters corresponding to m fractionating towers, m being a positive integer; determining target process parameters corresponding to a to-be-optimized target fractionating tower based on the production operation condition rating; the target process parameters are input into an integrated prediction model, the carbon number conversion rate corresponding to the sidedraw temperature output by the integrated prediction model is obtained, and the integrated prediction model comprises a plurality of sub-prediction models based on different machine learning algorithms; and establishing an optimization model taking the minimum carbon number conversion rate as an optimization target, and optimizing the production operation of the target fractionating tower to be optimized based on the optimization model. According to the invention, the technical problem that the production operation of the fractionating tower cannot be timely and accurately optimized in the prior art is solved.