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KNOCKING CONTROL METHOD BASED ON SEPARATION LEARNING RANGE

机译:基于分离学习范围的拐点控制方法

摘要

In a knocking control method using learning range separation in accordance to the present invention, knocking learning cell separation is performed in a full load and a partial load. As a partial load knocking learning value in a same area is applied to the full load together, a knocking occurrence in full load is minimized with a learning value in the partial load of a high load. Moreover, when learning of a specific cell value in the partial load, a specific cell value in the full load is learned together, thereby being mapped by 2fg advance in a same area more than the partial load. Therefore, a characteristic of the full load may be reflected, which is favorable for knocking with learning by intactly receiving a partial load learning value. More specifically, even if an ignition timing set-up method is different, a knocking learning control area considers the partial load and the full load as a table, and a vicious cycle of knocking in accordance with mapping may be solved.
机译:在根据本发明的使用学习范围分离的爆震控制方法中,爆震学习细胞分离是在满负荷和部分负荷下进行的。通过将相同区域的局部爆震学习值一起应用于满负荷,利用高负荷的局部负荷中的学习值将满负荷的爆震发生最小化。此外,当学习部分负荷中的特定单元格值时,一起学习全负荷中的特定单元格值,从而比部分负荷更多地在相同区域中以2fg进行映射。因此,可以反映出满负荷的特性,这通过完整地接收部分负荷学习值而有利于随着学习而爆震。更具体地,即使点火正时设置方法不同,爆震学习控制区域也将部分负荷和满负荷视为表格,并且可以解决根据映射的爆震的恶性循环。

著录项

  • 公开/公告号KR20150059676A

    专利类型

  • 公开/公告日2015-06-02

    原文格式PDF

  • 申请/专利权人 HYUNDAI MOTOR COMPANY;

    申请/专利号KR20130142965

  • 发明设计人 BONG HA DONG;

    申请日2013-11-22

  • 分类号F02P5/152;F02P5;

  • 国家 KR

  • 入库时间 2022-08-21 15:00:01

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