TH26164B - Shift conversion device for torque converter - Google Patents

Abstract

DC60, the end of the scroll lever 5, is freely connected to the upward and downward 10 head assembly. Around the center rocking the second 12 and will be one piece with the head assembly 10, so that it will rock freely to the direction. Right and left around the central axis The first lever 6 while the ball for tilting 18 at the end of the head assembly 10 is pressed against the groove for tilting. 19, the rotation position of the sliding lever 5 is tied. Synchronize with any one position Of the amphibious position N, the first forward position F1, the second forward moving position F2, the first reverse position R1, the first reverse position R2 and the position switch to be changed. Converts precisely according to each location with the tip of the head assembly. 10 solder pads 25 are provided at The end of the scroll lever controls in such a way that when the 1st interface 26 is attached to the 36 or 37 step shift portion of the 31 step control, the shift lever 5 is Will not be able to If the scroll lever 5 is not moved upwards or moves above 34 or 35 when the scroll lever 5 is moved upward. The second hook 27 moves to the side of the jump control 32, and when the shift lever 5 has been reversed to the direction of the amphibious position on the upper step 34 or 35, the interface at Two 27 will make the sliding lever 5 stop rotating until The scroll lever moves downwards 33. The end of the scroll lever 5 is freely connected to the upward and downward 10 block assembly. Around the center rocking the second 12 and will be one piece with the head assembly 10, so that it will rock freely to the direction. Right and left around the central axis The first lever 6 while the ball for tilting 18 at the end of the head assembly 10 is pressed against the groove for tilting. 19, the rotation position of the sliding lever 5 is tied. Synchronized with any one of the amphibious position N, first forward F1, the second forward forward F2 position, the first reverse position R1, the first reverse position R2, and the position switch to be changed. Converts precisely according to each location with the tip of the head assembly. 10 solder pads 25 are provided at The end of the scroll lever controls in such a way that when the first interface 26 is attached to the up 36 or 37 shift portion of the 31 step lever, the lever 5 will not. can Can be waved continuously if the scroll lever 5 is not moved upward or moves above 34 or 35 when the scroll lever 5 is moved upward. The second hook 27 moves to the side of the jump control 32, and when the slide lever 5 has been reversed in the direction of the amphibious position on the upper step 34 or 35. The second hook 27 makes the sliding lever 5 stop turning until The scroll lever moves down to the bottom 33.

Claims (9)

1. In the shift-shift device for the torque converter Which can change Multistage characteristic from an amphibious position To the other side is the least of the position Forward or reverse position Which will consist of A scrolling lever that can be freely moved around the steering wheel, a scrolling switch operating with a sliding lever, and such a sliding switch that includes a slider that can be combined with a sliding lever and lever. For an optional pressure to be moved up and down according to the movement of the slider. Each push lever is used to open and close the optional position switch at Respond to each scroll position Where this sliding control method is provided to control the lever for Shifts so that they do not move beyond the same level of multi-stage working position. 2. The shift-shift device for the torque converter is in accordance with claim No. 1, where the means for the control of the The rocker is assembled with a control piece for Change the height of the slider control in the stepwise behavior to control the lever. To move to another rocking plane in each position for scrolling. 3. The shift-shift device for the torque converter complies with claim No. 2, where the sliding control path is comprised of the jump control protrusion. To prevent the sliding lever from moving from the amphibious position to the plane for the movement of the The position to advance has been skipped one step. 4. The shift-shift device for the torque converter is in accordance with claim 2, where the height of the shift lever in the amphibious position is different from the The level has been compared with that of the lever height for sliding in the working position. 5. A shift-shift device for a torque converter, in accordance with claim 2, where the control assembly is a procedural control for its designation. The shift lever position is in the first position at the first height when in the amphibious position. And in a second position at a different altitude from the aforementioned height. Working position 6. The sliding switching device for the torque converter is in accordance with claim 1, where such shifting of the sliding lever is interrupted in such a way that the lever. For shifting, it works by hand from the amphibious position to the working position. 7. The shift-shift device for the torque converter is in accordance with claim 1, where the aforementioned sliding levers and sliders are connected together for The slider can be transferred to the movement lever for that slider. 8. The shift-shift device for the torque converter corresponds to claim 1, where the shift lever can move in one position around the center axis. The first rocking and able to move in the second direction around the center rocking the second. 9. Shift-conversion device for torque converters in accordance with claim No. 8, and also includes a head assembly that is positioned next to the sliding lever. And the tipping ball that is positioned for operation relative to The head assembly allows for easy positioning of the lever for Move during movement from amphibious position to working position 1 0. Sliding replacement devices for torque converters in accordance with claim No. 9, and will also include the recessed fluted part of the head assembly and part. Filed Extended from the slider Which the said filing will be extended within the aforementioned part of the The head assembly to make the slider movement then transfer the movement to the Head assembly