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针对机车上装用的轮缘喷油装置不能识别复杂线路状况,在直线和曲线运行时均喷油,造成一定浪费且减磨效果不好,改进的最新产品仍存在距离偏差造成喷油时机不准等问题,从解决问题的角度出发,研究机车轮缘喷油装置控制技术改进方案,采用计算机控制及传感技术,使其具备自动识别曲线及状态、优化控制喷油时机和数量等功能,提高机车轮对减磨效果。
The rim fuel injection device for locomotive top loading can not identify complex line conditions and injects fuel in the straight line and curve operation, resulting in a certain waste and poor anti-wear effect. The newer improved products still have misalignment of fuel injection timing And other issues, from the perspective of solving problems, research locomotive rim fuel injection device control technology improvement program, the use of computer control and sensing technology to make it automatically identify curves and status, optimize the control of fuel injection timing and quantity and other functions, improve Wheel on the anti-grinding effect.