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    • 2. 发明公开
    • Shift rail and fork support assembly for a vehicular transmission
    • 换档杆单元和换档拨叉安装用于车辆的变速器
    • EP0961055A3
    • 2000-07-12
    • EP99304173.0
    • 1999-05-28
    • Transmission Technologies Corporation
    • Loeffler, John M.
    • F16H63/20F16H63/30
    • F16H63/30F16H63/20F16H63/3069F16H2063/3079Y10T74/2011Y10T74/20171Y10T74/20183
    • A shift rail and fork assembly for a transmission includes a shift channel (10) having a pair of side pieces (11) that are connected together by cross pieces (12). A plurality of shift rails (30) are supported on the shift channel for relative sliding movement. A corresponding plurality of shift forks (20) are supported on the shift channel for relative sliding movement. The shift rails (30) are connected to the shift forks (20) for concurrent longitudinal movement. A cross slide (50) is supported on the shift channel for relative lateral movement. The cross slide including a depending tang (51) that selectively cooperates with corresponding slots (31) formed in each of the shift rails for concurrent movement The cross slide (50) can be moved laterally such that the selector tangs (51) engage any desired one of the shift rails (30). An interlock bracket (70) is also supported for lateral movement relative to the shift channel, but is prevent from longitudinal movement. To initiate a shifting operation, a shift lever is first moved in the lateral direction to select one of the shift rails, causing lateral movement of both the cross slide (50) and the interlock bracket (70). The lateral movement of the cross slide causes selector tangs (51) provided thereon to become laterally aligned with a slot (31) formed in a selected one of the shift rails. At the same time, the lateral movement of the interlock bracket (70), causes depending arm portions (72) provided thereon to become laterally aligned with slots formed in all of the other non-selected shift rails. Then, the shift lever is subsequently moved in a longitudinal direction, causing the cross slide, the selected one of the shift rails, and the shift channel to be moved longitudinally therewith. The interlock bracket prevents the non-selected shift rails from moving longitudinally.
    • 8. 发明公开
    • Shift rail and fork support assembly for a vehicular transmission
    • Schaltstangeneinheit和Schaltgabelhalterungfürein Fahrzeuggetriebe
    • EP0961055A2
    • 1999-12-01
    • EP99304173.0
    • 1999-05-28
    • Transmission Technologies Corporation
    • Loeffler, John M.
    • F16H63/20F16H63/30
    • F16H63/30F16H63/20F16H63/3069F16H2063/3079Y10T74/2011Y10T74/20171Y10T74/20183
    • A shift rail and fork assembly for a transmission includes a shift channel (10) having a pair of side pieces (11) that are connected together by cross pieces (12). A plurality of shift rails (30) are supported on the shift channel for relative sliding movement. A corresponding plurality of shift forks (20) are supported on the shift channel for relative sliding movement. The shift rails (30) are connected to the shift forks (20) for concurrent longitudinal movement. A cross slide (50) is supported on the shift channel for relative lateral movement. The cross slide including a depending tang (51) that selectively cooperates with corresponding slots (31) formed in each of the shift rails for concurrent movement The cross slide (50) can be moved laterally such that the selector tangs (51) engage any desired one of the shift rails (30). An interlock bracket (70) is also supported for lateral movement relative to the shift channel, but is prevent from longitudinal movement. To initiate a shifting operation, a shift lever is first moved in the lateral direction to select one of the shift rails, causing lateral movement of both the cross slide (50) and the interlock bracket (70). The lateral movement of the cross slide causes selector tangs (51) provided thereon to become laterally aligned with a slot (31) formed in a selected one of the shift rails. At the same time, the lateral movement of the interlock bracket (70), causes depending arm portions (72) provided thereon to become laterally aligned with slots formed in all of the other non-selected shift rails. Then, the shift lever is subsequently moved in a longitudinal direction, causing the cross slide, the selected one of the shift rails, and the shift channel to be moved longitudinally therewith. The interlock bracket prevents the non-selected shift rails from moving longitudinally.
    • 用于变速器的换档导轨和叉组件包括具有通过横档(12)连接在一起的一对侧片(11)的换档通道(10)。 多个换挡轨道(30)被支撑在换档槽上用于相对滑动。 相应的多个换档叉(20)被支撑在换档槽上用于相对滑动。 换档导轨(30)连接到换档叉(20),用于并行纵向运动。 十字滑块(50)支撑在换档通道上用于相对横向运动。 横向滑动件包括与形成在每个换档轨道中的相应的槽(31)有选择地配合的悬垂柄(51),用于同时运动。横向滑动件(50)可以横向移动,使得选择器柄脚(51)接合任何所需的 换挡轨道(30)中的一个。 互锁支架(70)也被支撑用于相对于换档通道的横向移动,但是防止纵向运动。 为了开始变速操作,首先在横向上移动变速杆,以选择一个换档导轨,从而导致十字滑块(50)和互锁支架(70)的横向移动。 十字滑块的横向运动使得设置在其上的选择器杆(51)变成与形成在选定的一个换档导轨中的槽(31)横向对准。 同时,互锁支架(70)的横向移动使得设置在其上的悬垂臂部(72)与形成在所有其它未选择的换档导轨中的槽形成横向对准。 然后,换档杆随后沿纵向方向移动,导致十字滑块,所选择的一个换档导轨和换档通道与其纵向移动。 互锁支架防止未选择的换档栏杆纵向移动。