Electromechanical lifting device, particularly for braking an electric vehicles

• 1. 一种机电制动装置、特别是用于铁路车辆的机电制动装置 [P] . 中国专利： CN1010203B . 1990.10.31
• 2. 一种机电制动装置、特别是用于铁路车辆的机电制动装置 [P] . 中国专利： CN1038985A . 1990-01-24
• 3. Electromechanical brake system for commercial motor vehicle, has electronic control unit, electrical brake signal generator and electromechanical brakes, where electronic control unit receives electrical signals of brake signal generator [P] . 德国专利： DE102008031327A1 . 2010-04-29

  机译： 用于商用汽车的机电制动系统，具有电子控制单元，电制动信号发生器和机电制动器，其中电子控制单元接收制动信号发生器的电信号

• 4. electromechanical lifting device, especially for the braking of electric vehicles [P] . 德国专利： DE000000583214A . 1933-08-30

  机译： 电动机械升降装置，特别是用于电动汽车的制动

• 5. electromechanical lifting device, especially for the braking of electric vehicles. [P] . AT119722B . 1930-11-10

  机译： 电动机械提升装置，特别是用于电动汽车的制动。

• 1. A new braking force distribution strategy for electric vehicle based on regenerative braking strength continuity [J] . LIAN Yu-feng, TIAN Yan-tao, HU Lei-lei, 中南大学学报（英文版） . 2013,第012期
• 2. Topology and Analysis of An Electromechanical Brake for Electric Vehicles [C] . Xiangdang Xue, Ka Wai Eric Cheng, Yulong Fan International Conference on Power Electronics Systems and Applications . 2020
• 3. Maximizing Energy Harvesting in Electric Vehicles Through Optimal Regenerative Braking Utilization [D] . Heydari, Shoeib. 2020
• 4. Vehicle Deceleration Prediction Model to Reflect Individual Driver Characteristics by Online Parameter Learning for Autonomous Regenerative Braking of Electric Vehicles [O] . Kyunghan Min, Gyubin Sim, Seongju Ahn, 2019
• 5. Research on skid control system of small electric vehicle : (the effect of regenerative brake control on in-wheel small electric vehicle with anti-lock brake system) [O] . Muhammad Izhar Ishak 2013
• 6. Air Braked Vehicle Performance:FMVSS No. 121Braking Systems Versus Pre-FMVSS No. 121Braking Systems and Stability Augmentation Devices. [R] . radlinski,richard w. 1977

• 1. Research on the Control Method of Electromechanical Composite Brake Based on Electric Wheel Drive Vehicle [J] . Yitong Niu . 电子研究与应用 . 2020,第005期
• 2. A new braking force distribution strategy for electric vehicle based on regenerative braking strength continuity [J] . 廉宇峰 ,田彦涛 ,胡蕾蕾 . 中南大学学报 . 2013,第012期
• 3. Design and Analysis of Electro-mechanical Hybrid Anti-lock Braking System for Hybrid Electric Vehicle Utilizing Motor Regenerative Braking [J] . ZHANG Jianlong ,YIN Chengliang ,ZHANG Jianwu . 中国机械工程学报 . 2009,第001期
• 4. Energy-Optimal Braking Control Using a Double-Layer Scheme for Trajectory Planning and Tracking of Connected Electric Vehicles [J] . Haoxuan Dong ,Weichao Zhuang ,Guodong Yin . 中国机械工程学报:英文版 . 2021,第5期
• 5. 混合电动车辆用永磁轮毂电机电感特性研究 [C] . 柴凤 ,李信海 ,程树康 . 第14届微特电机及控制学术年会 . 2008
• 6. 适用于轮毂电机电动汽车的制动防抱死控制研究 [A] . 李敏 . 2020