一种基于驾驶员预瞄信息的制动减速度智能调节系统
Intelligent braking deceleration adjusting system based on driver pre-aiming information
- Publication number
- 117022209
- Publication date
- 2026-01-27
- Application number
- 202311203281.6
- Application date
- 2023-09-18
- First applicant
- 吉林大学
- First inventor
- 郑宏宇
- Claims
- 6
- Independent claims
- 1
- Figures
- 1
- Inventors
- 7
Representative figure
Abstract
本发明公开了一种基于驾驶员预瞄信息的制动减速度智能调节系统,包括行车信息采集模块,驾驶员预瞄影响因子计算模块,制动减速度模式选择模块,制动减速度模式反馈模块,智能调节系统强制退出模块。行车信息采集模块用于获取车辆以及周围环境的数据;驾驶员预瞄影响因子计算模块用于计算各个影响分因子以及影响总因子;制动减速度模式选择模块用于结合车辆的行驶情况和驾驶员的意愿选择相应的制动减速度模式;制动减速度反馈模块用于根据车辆行驶情况反馈和驾驶员反馈调节制动减速度的模式;智能调节系统强制退出模块用于强制退出所述的一种基于驾驶员预瞄信息的制动减速度智能调节系统。
Show English abstract
The invention discloses a brake deceleration intelligent regulation system based on driver pre-aiming information, which comprises a driving information acquisition module, a driver pre-aiming influence factor calculation module, a brake deceleration mode selection module, a brake deceleration mode feedback module and an intelligent regulation system forced exit module. The intelligent control system comprises a driving information acquisition module, a driver pre-aiming influence factor calculation module, a braking deceleration mode selection module, a braking deceleration feedback module and an intelligent control system forced exit module, wherein the driving information acquisition module is used for acquiring data of a vehicle and surrounding environment, the driver pre-aiming influence factor calculation module is used for calculating each influence division factor and each influence total factor, the braking deceleration mode selection module is used for selecting a corresponding braking deceleration mode according to the driving condition of the vehicle and the intention of a driver, the braking deceleration feedback module is used for adjusting the braking deceleration mode according to the driving condition feedback of the vehicle and the driver feedback, and the intelligent control system forced exit module is used for forcedly exiting the intelligent control system for the braking deceleration based on the driver pre-aiming information.
Document
- Publication country
- CN
- Publication kind
- B
- Gazette
- 42-0501
- Grant length (yrs)
- 20
- Patent type
- 1
- Publication type
- 4
- Original language
- zh
Stats
- Total pages
- 20
- Drawing sheets
- 1
- Description ¶
- 12