The ADOSense Assisted Cycling System, jointly developed by ADO and Bafang, is an intelligent propulsion support system engineered for ADO e-bikes. The system integrates internal automatic transmission technology, a dynamic torque sensor, and a carbon belt drive. Its primary function is to deliver seamless power assistance and optimize mechanical efficiency across varying terrains.
1. System Technical Framework
| Module | Technical Specifications |
|---|---|
| Electronic Control System | Utilizes self-adaptive assistance algorithms and dynamic speed limit management for precise power delivery. |
| Automatic Transmission | Features a Planetary Gear Set and Centrifugal Block Clutch Mechanism (Internal 3-Speed Transmission), connected via belt drive. |
| Sensor Array | Integrates expandable torque sensing, road condition detection, and physiological status monitoring technologies. |
| IoT Module | Supports expandable GPS positioning and smart Internet of Things (IoT) connectivity. |
2. Core Principles and Components
2.1 Core Structure
2.2 Gear Working Logic
2.3 Carbon Belt Drive
- Durability & Acoustics: The belt drive system is maintenance-free (requires no lubrication or cleaning), operates at low noise levels (≤ 20dB), and offers a service life of up to 10,000km.
- Mechanical Optimization: A data-optimized chainring ratio elevates shift cadence thresholds to align with human biomechanical comfort zones, ensuring smooth gear transitions.
2.4 Adaptive Assistance Algorithm
- Real-time Cycling State Perception: Employs 3D sensing technology to monitor Cadence, Torque, and Motor Power simultaneously.
- Output Adjustment: Utilizes a Dynamic Assistance Curve Optimization Algorithm to match motor output with rider exertion.
2.5 Dynamic Speed Limit Management
- EU Regulatory Compliance: Features an automatic 3rd gear speed limit capped at 25km/h.
- Dynamic Regulation: Actively manages speed limits based on real-time gear positioning.
- Power Efficiency: Automatically matches maximum output power across different gears while maintaining a high-speed gear power reserve.
3. Technical Patents
Conclusion
The ADOSense Assisted Cycling System provides a quantified, hardware-driven solution for modern urban mobility. By prioritizing mechanical efficiency, transmission automation, and sensor accuracy, the system ensures a stable and controlled riding experience. For complete vehicle specifications utilizing this technology, visit the official ADO E-Bike website.
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