Auto Reverse Function
| No. | Operation | Power | Select Switch | Shift Lever | Mirror Position | Manipulation | Result | |
|---|---|---|---|---|---|---|---|---|
| L | R | |||||||
| 1 | Basic Operation | IGN | LH | P | Position A | Position B | Changing the shift lever from "P" to "R" | MIR L: Auto reverse to position (A - 5°) MIR R: Auto reverse to position (B - 5°) |
| 2 | IGN | RH | P | Position A | Position B | Changing the shift lever from "P" to "R" | MIR L: Auto reverse to position (A - 5°) MIR R: Auto reverse to position (B - 5°) | |
| 3 | IGN | N | P | Position A | Position B | Changing the shift lever from "P" to "R" | MIR L: No change MIR R: No change | |
| 4 | Returning after Basic Operation | IGN | LH | R | Result of No. 1 | Result of No. 1 | Changing the shift lever from "R" to "P" | MIR L: Return to position (A) MIR R: Return to position (B) |
| 5 | IGN | RH | R | Result of No. 2 | Result of No. 2 | Changing the shift lever from "R" to "P" | MIR L: Return to position (A) MIR R: Return to position (B) | |
| 6 | Mirror Switch Manipulation During Auto Reverse | IGN | LH | P -> R | No. 1 is being performed. | No. 1 is being performed. | Mirror switch manipulation | MIR L: Operating by the mirror switch MIR R: Auto reverse to position (B - 5°) |
| 7 | IGN | RH | P -> R | No. 2 is being performed. | No. 2 is being performed. | Mirror switch manipulation | MIR L: Auto reverse to position (A - 5°) MIR R: Operating by the mirror switch | |
| 8 | Select Switch Change During Auto Reverse | IGN | LH | R -> P | No. 4 is being performed. | No. 4 is being performed. | Mirror switch manipulation | MIR L: Operating by the mirror switch MIR R: Return to position (B) |
| 9 | IGN | RH | R -> P | No. 5 is being performed. | No. 5 is being performed. | Mirror switch manipulation | MIR L: Return to position (A) MIR R: Operating by the mirror switch | |
| 10 | Select Switch Change During Auto Reverse | IGN | LH | P -> R | No. 1 is being performed. | No. 1 is being performed. | Changing the select switch into N | MIR L: Return to position (A) after 500ms MIR R: Return to position (B) after 500ms |
| 11 | IGN | LH | P -> R | No. 1 is being performed. | No. 1 is being performed. | Changing the select switch from LH to N (within 500ms) and to RH | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 12 | IGN | LH | P -> R | No. 1 is being performed. | No. 1 is being performed. | Changing the select switch from LH to N (after 500ms) and to RH | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 13 | IGN | RH | P -> R | No. 2 is being performed. | No. 2 is being performed. | Changing the select switch into N | MIR L: Return to position (A) after 500ms MIR R: Return to position (B) after 500ms | |
| 14 | IGN | RH | P -> R | No. 2 is being performed. | No. 2 is being performed. | Changing the select switch from RH to N and to LH | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 15 | IGN | N | P -> R | Position A | Position B | Changing the select switch from N to LH | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 16 | IGN | N | P -> R | Position A | Position B | Changing the select switch from N to RH | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 17 | Ignition Turning Off During Auto Reverse | IGN- >ACC or B+ | LH | P -> R | No. 1 is being performed. | No. 1 is being performed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) |
| 18 | IGN- >ACC or B+ | LH | P -> R | No. 2 is being performed. | No. 2 is being performed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) | |
| 19 | Ignition Turning Off After Auto Reverse | IGN- >ACC or B+ | LH | P -> R | No. 1 is completed. | No. 1 is completed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) |
| 20 | IGN- >ACC or B+ | RH | P -> R | No. 2 is completed. | No. 2 is completed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) | |
| 21 | Ignition Off During Returning to the Original Position | IGN- >ACC or B+ | LH | P | No. 4 is being performed. | No. 4 is being performed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) |
| 22 | IGN- >ACC or B+ | RH | P | No. 5 is being performed. | No. 5 is being performed. | Changing from IGN into ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) | |
| 23 | Ignition Turning Off During Returning to the Original Position by Ignition Turning Off | ACC or B+-> IGN | LH | P | No. 21 is being performed. | No. 21 is being performed. | Changing from IGN to ACC or B+ | MIR L: Return to position (A) MIR R: Return to position (B) |
| 24 | ACC or B+-> IGN | LH | R | No. 17 is being performed. | No. 17 is being performed. | Changing from ACC or B+ into IGN | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 25 | ACC or B+-> IGN | RH | P | No. 22 is being performed. | No. 22 is being performed. | Changing from ACC or B+ into IGN | MIR L: Return to position (A) MIR R: Return to position (B) | |
| 26 | ACC or B+-> IGN | RH | R | No. 18 is being performed. | No. 18 is being performed. | Changing from ACC or B+ into IGN | MIR L: Auto reverse to position (A-5°) MIR R: Auto reverse to position (B-5°) | |
| 27 | If the position switch is pressed during the returning operation and replacing is prohibited, returning will be made. Also, if replacing conditions are satisfied, replacing will be made. | |||||||
| 28 | If the current position of Outside mirror is out of the visual area, the mirror is not operated outside mirror down. | |||||||
| 29 | When "R" changes from 0 to 1, the mirror operates after 350msec ± 50msec. | |||||||
| 30 | All condition except 'Inhibit SW = R'. ('P', 'D' '2', 'L') is the same | |||||||
AUTO REVERSE FUNCTION REFERENCE
Scheme 26
- Working Conditions This Function is available when Ignition key is in RUN position and for 30 sec after end of RUN. Quarter glasses can be controlled by switches situated near driver or switches situated near rear passengers seat (3rd row of seats). When the switch is pressed the motor output is ON until the switch is released or after 5+/- 1 sec. The switch has to be released and pressed again to command the motor output ON again. If power window lock is activated only driver window is enable by driver side switch and no switches are enable to open quarter glass. There is no interaction with the sliding doors. It is not forbidden to open the quarter glasses when the sliding door on the same side is open. No switch information (driver or rear passenger) prevails on the other. If the main switch and the passenger side switch are pressed in opposite direction at the same time, window stops moving.
- Functional Diagram
Scheme 27
- Functional Diagram