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Pedal control system, electric loader and pedal control method
The invention provides a pedal control system, an electric loader and a pedal control method. The pedal control system comprises a user interaction module, a control module, a mechanical braking module and an electric braking module. The user interaction module is used for switching a single-pedal control mode and a double-pedal control mode of the electric loader; the control module is used for receiving signals of the user interaction module and the electric braking module, processing information and then sending control signals to the mechanical braking module and the electric braking module; the mechanical braking module is used for friction braking of the electric loader; and the electric braking module is used for driving and braking the electric loader. According to the pedal control system, the electric loader and the pedal control method, a user is allowed to quickly switch different pedal control modes, a user habituated to a traditional loader can directly work in a double-pedal mode, meanwhile, the user adapts to a single-pedal control mode by gradually reducing the intervention degree of a brake pedal, and the user experience is improved. And the learning cost is greatly reduced while the operation efficiency is not influenced.
本发明提供一种踏板控制系统、电动装载机及踏板控制方法，该踏板控制系统包括用户交互模块、控制模块、机械制动模块、电制动模块；所述用户交互模块用于电动装载机的单踏板、双踏板控制模式切换；所述控制模块用于接收用户交互模块、电制动模块的信号，进行信息处理后发送控制信号给机械制动模块、电制动模块；所述机械制动模块用于电动装载机摩擦制动；所述电制动模块用于电动装载机的驱动、制动。该踏板控制系统、电动装载机及踏板控制方法，允许用户进行不同踏板控制模式的快速切换，习惯传统装载机的用户可以通过双踏板模式直接进行作业，同时通过逐步减少制动踏板的干预程度适应单踏板控制模式，不影响作业效率的同时大大减少了学习成本。
Pedal control system, electric loader and pedal control method
The invention provides a pedal control system, an electric loader and a pedal control method. The pedal control system comprises a user interaction module, a control module, a mechanical braking module and an electric braking module. The user interaction module is used for switching a single-pedal control mode and a double-pedal control mode of the electric loader; the control module is used for receiving signals of the user interaction module and the electric braking module, processing information and then sending control signals to the mechanical braking module and the electric braking module; the mechanical braking module is used for friction braking of the electric loader; and the electric braking module is used for driving and braking the electric loader. According to the pedal control system, the electric loader and the pedal control method, a user is allowed to quickly switch different pedal control modes, a user habituated to a traditional loader can directly work in a double-pedal mode, meanwhile, the user adapts to a single-pedal control mode by gradually reducing the intervention degree of a brake pedal, and the user experience is improved. And the learning cost is greatly reduced while the operation efficiency is not influenced.
本发明提供一种踏板控制系统、电动装载机及踏板控制方法，该踏板控制系统包括用户交互模块、控制模块、机械制动模块、电制动模块；所述用户交互模块用于电动装载机的单踏板、双踏板控制模式切换；所述控制模块用于接收用户交互模块、电制动模块的信号，进行信息处理后发送控制信号给机械制动模块、电制动模块；所述机械制动模块用于电动装载机摩擦制动；所述电制动模块用于电动装载机的驱动、制动。该踏板控制系统、电动装载机及踏板控制方法，允许用户进行不同踏板控制模式的快速切换，习惯传统装载机的用户可以通过双踏板模式直接进行作业，同时通过逐步减少制动踏板的干预程度适应单踏板控制模式，不影响作业效率的同时大大减少了学习成本。
Pedal control system, electric loader and pedal control method
一种踏板控制系统、电动装载机及踏板控制方法
LIU YANG (author) / DONG WENWEN (author) / ZHANG NING (author) / YANG XINGUANG (author) / ZHANG QINGZHENG (author) / LI ZHONGYU (author) / ZENG XUNNAN (author)
2024-04-12
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
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