3results about How to "Reduce peak power consumption" patented technology

The utility model discloses a main machine of a floor scrubber, which belongs to a floor scrubber device and comprises a scrubbing base and a main machine shell correspondingly buckled on the scrubbing base. The washing base comprises a mounting plate, two floor brush motors are correspondingly arranged at the front end of the mounting plate, the driving ends of the floor brush motors are located at the bottom of the mounting plate and correspondingly connected with floor brushes, the mounting plate is located at the rear ends of the two floor brush assemblies and corresponds to the water scraping plate assembly, and walking wheels are arranged on the two sides of the rear end of the mounting plate correspondingly. The main machine of the scrubber has the advantages of being stable in control, efficient in cleaning, long in endurance and the like. The washing base adopts an integrated design, the mounting plate integrates components such as the floor brush motor, the water pump and the air pump, the assembly process is simplified, and the manufacturing cost is reduced.

This invention belongs to the field of communication technology and discloses a low-power data communication method and system for electricity meters based on a CAT1 module. The electricity meter collects metering data and event data, encapsulates them into data frames with serial numbers, and writes them into a transmission queue. When a queue threshold, alarm threshold, or time threshold is met, a communication session is established, waking up the CAT1 module to send batch uplink data containing a session identifier and batch sequence start and end numbers. The platform returns confirmation information, including a set of confirmed sequence intervals, missing data frame identifiers, and downlink pending transmission identifiers. The terminal retransmits missing frames within the session based on this information, opens a listening window only when a downlink command exists, deletes confirmed frames after the session ends, enters low-power mode, and persists the queue state to support power-off resume transmission.

This invention discloses a centralized control method and system for hot gas defrosting. Through data acquisition, frost layer prediction and triggering, defrosting execution, and optimization feedback steps, it achieves intelligent and precise control of the defrosting process. The system includes a sensor group, an edge data acquisition module, a local controller, a communication module, a cloud-based centralized control platform, and actuators. This invention employs a fusion prediction model, combining rule-based rapid scoring with machine learning-based accurate prediction to dynamically assess frost risk and trigger defrosting, avoiding the blindness of traditional timed defrosting. Simultaneously, it ensures system stability through grouped sequential control and safety monitoring, and utilizes a cloud platform to aggregate multi-site data for global optimization scheduling and model iteration. This invention effectively reduces defrosting energy consumption, maintains stable storage / cabinet temperatures, and improves the operating efficiency and intelligent management level of the refrigeration system.