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On-Vehicle Inspection

  1. OUTLINE OF TOYOTA VEHICLE INTRUSION PROTECTION (TVIP) SYSTEM 
    NOTE:
    • The TOYOTA vehicle intrusion protection system has 2 modes; one is the active mode that is an initially set mode and another is the passive mode that can be switched ON/OFF by the specified method (See step  4).
    • When the TOYOTA vehicle intrusion protection system detects any theft, the system will cause the horns to sound and the lights to flash in order to alert the people around the vehicle to the theft.
    • Each mode (active and passive) has 4 states; disarmed state, arming preparation state, armed state and alarm sounding state.
    1. Disarmed state:
      • The user is near the vehicle.
      • The alarming function does not operate.
      • The theft deterrent function does not operate.
    2. Arming preparation state:
      • Time from the user locks a door to leave the vehicle.
      • Time for transferring to the armed state.
      • The theft deterrent function does not operate.
    3. Armed state:
      • The user leaves the vehicle completely.
      • The theft deterrent function operates.
      4. NOTE: In the alarm sounding state, when either of the front doors is unlocked and no key is inserted in the ignition key cylinder, forced door lock signal is output.
      Fig 1: Alarming Method And Time Table
      G02901808Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    4. Alarm sounding state:

      Once a theft is detected in the armed state, the system will cause the horns to sound and the lights to flash in order to alert the people around the vehicle to the theft.

      Refer to Fig 1 for the alarming method and time.

  2. OPERATE ACTIVE MODE 
    Fig 2: Operate Active Mode Flow Chart (1 Of 2)
    G02901809Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    Fig 3: Operate Active Mode Flow Chart (2 Of 2)
    G02901810Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    INDICATOR LIGHT OUTPUT

    Condition Indicator light
    Disarmed state OFF
    Arming preparation state ON
    Armed state BLINK (1)
    Alarm sounding state ON
    (1) Blinking frequency: 0.2 second (ON), 1.8 seconds (OFF)
  3. OPERATE PASSIVE MODE 
    • This mode can be switched according to the specified method (See step  4).
    • Initially set mode (when shipped from factory) is the active mode (No passive mode).
    Fig 4: Operate Passive Mode Flow Chart (1 Of 2)
    G02901811Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    Fig 5: Operate Passive Mode Flow Chart (2 Of 2)
    G02901812Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    1. Entry delay function: 
    NOTE:

    In the armed state, if either closed door is opened, entry delay time will start.

    If the transferring condition (Armed state ? Disarmed state) is satisfied during this entry delay time, the system will transfer to the disarmed state. However, if the condition is not satisfied, the system will judge it to be a theft, and then the system will transfer to the alarm sounding state.

    Fig 6: Entry Delay Function Chart
    G02901813Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    NOTE:

    The entry delay time can be selected among 0, 15, 30 seconds by the customizing function.

    INDICATOR LIGHT OUTPUT

    Condition Indicator light
    Disarmed state OFF
    Arming preparation state ON
    Armed state (Entry delay time) BLINK (1)
    Alarm sounding state ON
    (1) Blinking frequency: 0.2 seconds (ON), 1.8 seconds (OFF)
    1. Transfer to the active mode: 
    NOTE:

    In each state of the passive mode, when the transferring condition to the active mode (disarmed state of active mode --> arming preparation state of active mode) is satisfied, the system will transfer to each state of the active mode. In this case, the active mode will continue until the system transfers to the disarmed state.

    TRANSFER TO ACTIVE MODE

    State of Passive Mode Before Transfer State of Active Mode After Transfer
    Disarmed state Arming preparation state
    Arming preparation state Arming preparation state (continuing for 30 sec.)
    Armed state (Except during entry delay time) Armed state
    Armed state (During entry delay time) After alarming time has elapsed, the system will transfer to the armed state
    Alarm sounding state After alarming time has elapsed, the system will transfer to the armed state
  4. CHANGING METHOD OF PASSIVE MODE (ON or OFF) 
    Fig 7: Changing Method Of Passive Mode Flow Chart (ON Or OFF)
    G02901814Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
  5. FORCED DOOR LOCK CONTROL 

    Forced door lock is a control that prevents intrusion into vehicles. When a door is unlocked (when an alarm starts), instantaneously forced door lock will be executed.

    1. Condition to execute forced door lock:
      • TOYOTA vehicle intrusion protection system is in the alarm sounding state of the active mode.
      • No key is in the ignition key cylinder.
      • Any of the doors is unlocked.
      • Since the previous forced door lock, 0.38 seconds or more have elapsed.
    2. Conditions to stop forced door lock:
      • All doors are locked.
      • The alarm has finished.
      • The key is inserted into the ignition key cylinder.
  6. OPERATE GLASS BREAKAGE SENSOR 
    NOTE:

    The glass breakage sensor functions only during the active mode.

      NOTE:

      If the 2nd detection is performed during the pre-alarming time (20 seconds), the sensor will continuously issue the 2nd alarm. At this time, the total alarming time of the 1st alarm (pre-alarm) and 2nd alarm is 60 seconds.

      Fig 8: Identifying Glass Breakage Sensor
      G02901815Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002
    1. If the glass breakage sensor detects that the glass is broken (at 1st time), the sensor will issue an alarm for 20 seconds (pre-alarm). If the glass breakage sensor detects the glass is broken further more (at 2nd time), the sensor will issue an alarm for 60 seconds.
      2. NOTE:

      Because the glass breakage sensor has a high sensitivity, it might issue a wrong alarm if the volume is adjusted of high sensitive.

    2. The sensitivity of the glass breakage sensor can be adjusted by the volume switch in the glass breakage sensor.
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