2results about How to "Integrated high" patented technology

This utility model relates to the field of turning assistance devices, and discloses a multifunctional turning assistance device for preventing pressure sores in neurological patients. It includes a base plate, the top surface of which is connected to two main rotating plates via several hinges. Through the coordinated use of the base plate, main rotating plates, connecting holes, and a first linkage rod, the device assists in turning the patient. A first electric push rod drives the first linkage plate and the first linkage rod to rotate, causing the second guide wheel plate, main rotating plates, and secondary rotating plates to rotate, thus enabling the turning operation without manual adjustment, saving energy. Simultaneously, it can lift the patient to a semi-reclining position. The range of turning and semi-reclining can be flexibly adjusted by adjusting the strokes of the first and second electric push rods, making it highly functional. Furthermore, the support pad can be disassembled by disconnecting the Velcro connecting strap and pulling it out from the fourth fixing hole for easy cleaning or replacement, making it quite practical.

This invention discloses a charging and swapping user behavior pattern analysis system and method, relating to the field of electric vehicle charging management technology. It acquires and establishes a multi-source data pool, merges the multi-source data pool, analyzes user charging and swapping behavior patterns and calculates the probability of abnormal behavior, establishes dynamic scheduling rules based on user charging and swapping behavior patterns, performs resource allocation and service classification, optimizes the model and establishes a response mechanism, and generates real-time scheduling instructions. This invention, through multi-source data collection and analysis, accurately predicts user charging and swapping behavior, dynamically optimizes resource allocation, improves charging station operating efficiency and user satisfaction, promotes the integration of virtual power plants, constructs a vehicle-to-grid strategy optimization module, quantifies the potential of users to participate in grid peak shaving, and optimizes regional energy dispatch. Furthermore, it has an anomaly detection and response mechanism to ensure safety and stability, and promotes the development of charging and swapping services towards high efficiency, intelligence, and sustainability.