公开了磨损图像采集系统及采集方法,磨损图像采集系统中,加载机构配置成经由摩擦件施加预定载荷值到待测样品,一维水平运动位移台包括保持待测样品的摩擦基体,所述一维水平运动位移台经由电机驱动往复运动,电机控制模块连接所述电机,电机控制模块发送控制命令致动电机使得所述待测样品与摩擦件在预定载荷值以预定速度摩擦预定次数,磨痕图像采集模块朝向所述待测样品,所述磨痕图像采集模块每隔预定时刻拍摄磨痕图像且保存,摩擦力采集模块在拍摄磨痕图像的同时采集相应的摩擦力信号,磨痕特征识别模块连接所述磨痕图像采集模块识别所述磨痕图像以提取磨痕特征;磨痕图像处理模块基于所述磨痕图像生成标签及标定相应的摩擦力信号并保存。

A wear image acquisition system and acquisition method are disclosed, in which a loading mechanism is configured to apply a predetermined load value to a sample to be measured via a friction member, a one-dimensional horizontal motion displacement stage comprises a friction substrate holding the sample to be measured, said one-dimensional horizontal motion displacement stage is driven reciprocally by a motor, a motor control module is connected to said motor, the motor control module sends a control command to actuate the motor so that said the sample to be tested is rubbed against the friction member at a predetermined load value and at a predetermined speed for a predetermined number of times, the abrasion image acquisition module is oriented towards said sample to be tested, said abrasion image acquisition module captures an image of the abrasion at predetermined intervals and saves it, the friction force acquisition module captures the corresponding friction signal while capturing the abrasion image, the abrasion feature recognition module is connected to said abrasion image acquisition module to recognize said abrasion image in order to extract abrasion The wear mark recognition module is connected to said wear mark image acquisition module to recognize said wear mark image to extract wear mark features; the wear mark image processing module generates labels and calibrates the corresponding friction signals based on said wear mark image and stores them.