Data measurement and providing method for an electric assist bicycle

Abstract

This invention provides a data measurement method for electric-assisted bicycles, which accurately measures and records voltage, current, and power data using voltage, current, and power sensors. This data is collected by a sensor module and processed and analyzed by an imager to calculate real-time power values ​​and assistance ratios. This data not only reflects the operating status of the electric assistance system but can also be used to dynamically adjust the assistance mode for optimal riding performance. Power calculation helps monitor the load on the motor and battery, ensuring the most suitable power support is provided under different riding conditions. Through timely analysis and feedback of this data, this invention achieves the goal of improving the performance of electric-assisted bicycles and enhancing rider comfort.

Claims

1. A method for providing data measurement of an electric-assisted bicycle, comprising the following steps: Step 1: providing a bicycle for a user to ride; Step 2: providing a plurality of sensors, including a voltage sensor, a current sensor, and a power sensor, for measuring voltage, current, and power values, respectively; wherein, The voltage sensor and the current sensor are connected to the battery or motor power supply wires; Step 3: Provide a sensor module, installed on the bicycle or worn by the rider, to receive and record voltage, current and power values; Step 4: Provide an imager, installed on the bicycle or worn by the rider, to receive and process the voltage, current and power values ​​recorded by the sensor module; wherein, the imager calculates a power value based on the voltage and current values; wherein, the imager further calculates an auxiliary ratio, which is the ratio of motor output power to pedal output power; wherein, the imager performs an auxiliary ratio comparison adjustment based on the motor and pedal output ratio; wherein, the imager establishes an initial current curve based on the current value; wherein, the imager performs a start-up response comparison adjustment based on the initial current curve; wherein, the imager establishes a motor output curve based on the current and voltage values; wherein, the imager performs an output smoothness comparison adjustment based on the motor output curve.

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