6results about How to "Curb waste" patented technology

The present application relates to the technical field of intelligent dry ice production hydraulic control, a dry ice production hydraulic control method and system based on multi-sensor cooperation, the method comprising: confirming a dry ice production hydraulic control environment based on a dry ice production hydraulic control instruction, performing hydraulic pressure on the dry ice raw material based on a hydraulic cylinder, collecting data based on a multi-source sensing unit, time-synchronizing multi-source information to obtain synchronized multi-source information, analyzing the synchronized multi-source information based on an intelligent analysis and decision unit, calculating a target flow based on a working condition stage, calculating a compensation pressure based on a pipe cross-sectional area and the target flow, performing comparative analysis based on synchronized real-time pressure, synchronized output flow, the target flow and the target pressure, and obtaining a reversing valve control instruction based on the working condition stage. The present application can improve the precision, efficiency, reliability and energy utilization rate of dry ice production hydraulic control.

This invention relates to the field of robot health management and intelligent operation and maintenance technology, specifically a robot fault prediction system based on artificial intelligence algorithms. The system includes: a data acquisition module for collecting multi-dimensional sensor time-series data of the robot and constructing an N-dimensional time-series tensor from the collected data; a manifold mapping module for constructing a real-time updated health phase diagram; a risk assessment module for calculating the spatial distance between the current state point and a preset ideal health manifold, quantifying the physical degradation pressure of the equipment, and generating a probability distribution of the remaining effective working life; a decision generation module for acquiring external spare parts supply chain data and generating dynamic maintenance work orders; and a feedback closed-loop module for executing the dynamic maintenance work orders. This invention effectively solves the problem that traditional fixed threshold schemes are difficult to handle complex working conditions and nonlinear characteristics, significantly improving the sensitivity of fault precursor identification.

This invention relates to the field of traffic control technology, specifically to an intelligent data traffic control method and system for docking stations. The method includes the following steps: obtaining the throughput and timestamp of each interface per unit time; determining slope reversal and abrupt changes to generate task switching boundaries; constructing a difference sequence to determine rate stability changes and generate a strategy switching identifier; calculating a control coefficient based on service level and request frequency to correct the bandwidth ratio; differentiating task types to adjust the cycle and rate level; and constructing a scheduling structure to generate a control instruction set. In this invention, by constructing a bandwidth utilization change sequence of port running data and combining slope reversal and change magnitude determination, accurate identification of task change nodes is achieved. Bandwidth control is performed based on service level tags and port request frequency, making bandwidth resource allocation more aligned with task importance and actual request frequency. Simultaneously, the window length and rate level are dynamically configured based on task interactivity and cycle stability to suppress bandwidth waste and unnecessary transmission delays.

This invention discloses an evidence-based AI-driven incontinence monitoring and consumables management system, method, and medium, belonging to the field of intelligent care technology. The system adopts a cloud-edge collaborative deployment architecture, based on nursing rules and artificial intelligence decision-making algorithms, to achieve real-time identification of excrement soiling, personalized replacement reminders, quantitative assessment of skin risk, privacy protection, and cloud-based consumables monitoring. It also interacts bidirectionally with the hospital's medical record system through a cloud data interface. The system further includes a consumables replacement validity determination mechanism, distinguishing between valid and invalid consumption and supporting image evidence, forming a closed-loop monitoring system. This invention solves the problems of untimely monitoring, consumable waste, lack of supervision, and data delays in traditional care, improving care quality and resource allocation efficiency, achieving seamless integration of care and medical treatment, and providing scientific support for the management of public welfare consumables.

In the charging process, the all-solid-state battery undergoes CCCV charging at a set voltage VB, followed by storage. In the recovery process, the stored all-solid-state battery undergoes CCCV charging at a set voltage VR higher than the set voltage VB, and is maintained at the set voltage VR for a specified period. If CCCV charging is performed after storage using a set voltage VR that is higher than the original set voltage VB, then lithium ions exceeding the original set voltage VB will detach from the positive electrode of the all-solid-state battery, and its capacity will be restored.

The utility model relates to a double ink duct pay-off device for large space construction, it includes ink duct box and water absorption sponge, the ink duct box whole presents oval, both ends are set up as conical, just the ink duct box is divided into two detachable parts of upper and lower, namely ink duct cover and ink duct groove body, the inside of ink duct groove body is provided with the clamping groove, water absorption sponge fills in the ink duct groove body, the water absorption sponge is provided with the vacancy site that matches with the space of clamping groove and ink duct line, and the ink duct line penetrates water absorption sponge and both ends respectively from the both ends of ink duct box stretches out, the utility model discloses through the unique double ink duct design, has realized the automatic take -up and dip of ink duct line and dip ink function, has improved pay-off efficiency greatly.