Overview
Description
Smart cleaning devices are designed to provide convenience, efficiency, and reliability while operating autonomously in home environments. These devices excel at navigating complex layouts, avoiding obstacles, and maintaining consistent cleaning performance without human intervention. Key features such as mapping, obstacle detection, anti-drop protection, and auto-recharge ensure a safe and seamless user experience.
The cost-optimized robot vacuum cleaner design prioritizes affordability while retaining essential features such as infrared sensing. It supports camera-based SLAM and includes safe motor drive technology for reliable cleaning. In contrast, the high-performance design enhances navigation accuracy and user experience with advanced visual SLAM, dual wireless connectivity, and intelligent battery management for extended runtime. Both designs share a foundation of autonomous navigation, environmental awareness, and user-friendly control via mobile apps or voice assistants.
System Benefits:
- Multiple-axis motor drive is supported via HVPAK.
- HVPAK reduces BOM count and complexity for brushed motor drive applications.
- Supports Visual Simultaneous Localization and Mapping (VSLAM) or LiDAR for building accurate virtual maps of the environment.
- Powered by the DRP-AI accelerator, which enables virtual mapping of the room using a camera.
- Bluetooth® Low Energy (LE) and Wi-Fi provide end users with mobile-based application control for image mapping and robot status monitoring.
- Advanced battery management features include primary and secondary protection, voltage and current measurement, current integration, and a host communication interface.