1. The design and implementation of all-dimensional planar motion positioning system based on multi-sensor
- Author
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Wang Shilin, Xuan Zeyuan, Cai Xiaoqing, He Chunhua, and Zhang Liangqi
- Subjects
Robot kinematics ,Engineering ,Positioning system ,business.industry ,Vibrating structure gyroscope ,Gyroscope ,law.invention ,Planar ,law ,Linear motion ,Electronic engineering ,Computer vision ,Artificial intelligence ,business ,Encoder ,Motion system - Abstract
With the widespread promotion of all-dimensional planar motion system, increasingly importance has been attached to the corresponding modules. This article introduces a kind of integrated module designed for positioning the planar motion system. The system contains two sensors, they're magnetic encoder and mems gyro chip. Magnetic encoder is used to record the distance of the two driven wheels while the gyro module is used to record the deflection angle. With the thought of differentiation, we decomposed continuous motion into many small pieces of linear motion to get the coordinate of the system. Another obvious merit is that the driven wheels can move up and down automatically according to the condition of the road, which made the calculation of the system's coordinate accurate.
- Published
- 2016
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