4results about How to "Reduce ineffective power consumption" patented technology

The utility model discloses a variety of pest detection and trapping equipment based on light trapping technology, including roof and bottom plate and infrared sensor, infrared sensor installs in the bottom plate side wall, install the electric network between roof and bottom plate, the sliding groove is combined and slides in the outer wall of electric network, the fixed plate is rotatably connected in the electric network, the outer wall sliding connection of fixed plate has connecting rod, the fixed connection of connecting rod end has the brush plate, the brush plate is combined and slides in the inner wall of electric network, the adjusting mechanism of adjusting sliding groove position is installed to the outer wall of rotating plate, the outer wall of connecting rod is provided with the elastic component of the drive brush plate closely combined inner wall of electric network. The utility model discloses through the cooperation of brush plate and scraper, realizes the synchronous removal of the inner and outer wall of electric network insect cadaver, and the brush plate is combined with the inner wall under the action of spring, and the scraper adjusts the wear gap through the threaded rod, ensures long -term stable cleaning effect, avoids the influence of insect cadaver accumulation on the conductivity of electric network, and improves pest killing efficiency.

This application provides an obstacle-crossing control method for cleaning equipment and a cleaning equipment itself. The method includes: in response to a detected target obstacle meeting obstacle-crossing conditions, controlling the cleaning equipment to move towards the target obstacle; the target obstacle is an obstacle containing at least one step; for each step of the target obstacle, after the cleaning equipment has at least partially engaged with the current step of the target obstacle and the obstacle-crossing wheel legs have engaged with the current step, first controlling the drive wheel located on a first side to move forward, utilizing the support generated by the engagement of the obstacle-crossing wheel legs with the current step, so that both the obstacle-crossing wheel legs and the drive wheel located on the first side cross the current step; then controlling the drive wheel located on a second side to move forward, utilizing the support generated by the engagement of the obstacle-crossing wheel legs with the current step, so that both the obstacle-crossing wheel legs and the drive wheel located on the second side cross the current step. This method is used to achieve stable and efficient crossing of obstacles with heights exceeding conventional obstacle-crossing limits, improving cleaning coverage and equipment operational reliability.

This invention discloses a resource-optimized order execution system for high-frequency trading, comprising a signal receiving and parsing module, a decision and resource management engine, and an order instruction gateway. The system operates in a decision cycle of fixed duration T, maintaining a cycle number t that increments at the beginning of each cycle. The signal module starts in the t-th cycle, receiving and parsing the return rate and transaction probability prediction signals for that cycle. The decision unit judges the signals based on a preset threshold: if the return rate triggers a directional warning or there is a place to place an order that meets the probability threshold, it outputs an allow instruction signal; otherwise, it outputs a suppress instruction signal. When the resource scheduling unit receives the suppress signal, it immediately reallocates the resources of the order chain to the signal module. The order instruction gateway generates and sends a fixed number of orders only when it receives the allow signal; it disables the function when it receives the suppress signal. This system realizes dynamic optimization and collaborative scheduling of computing resources.

The application discloses an intelligent color-changing light source system, and relates to the technical field of LED intelligent lighting; a power management module receives a mode switching instruction issued by a micro control module, and switches the operation condition according to the load demand corresponding to color output; a driving module receives a PWM pulse signal issued by the micro control module, and adjusts the driving current of an RGBW four-channel LED array module; a color perception module is used for collecting ambient light intensity, color temperature and color distribution data in real time, and transmitting the data to the micro control module for color adaptation and calibration; a closed-loop feedback adjustment module obtains color deviation through difference calculation based on the data collected by the color perception module, in combination with preset color parameters, and transmits the color deviation to the micro control module; the micro control module generates a calibration signal and sends the calibration signal to the driving module, so as to correct the driving current of each channel of the RGBW four-channel LED array module. The application can meet the requirements of low power consumption, fast response and high color precision.