JP3490210B2 - Vehicle deadlock control device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] BACKGROUND OF THE INVENTION 1. Field of the Invention
In addition to the normal door lock and unlock mechanism to protect from
A deadlock mechanism is provided to lock
The present invention relates to a deadlock control device for a vehicle. [0002] 2. Description of the Related Art A conventional dead vehicle for a vehicle according to this type of invention is disclosed.
The configuration of the control circuit of the lock control device is based on FIG.
Will be described. That is, in FIG.
1st state switch which is turned on by lock operation with key
And the resulting signal is applied to the first low-pass filter 2a.
Therefore, chattering noise is removed, and signal processing described later is performed.
It is supplied to the circuit 5. 1b is unlocked by door key
A second state switch that is turned on by
Signal is chattered by the second low-pass filter 2b.
Noise is removed and supplied to a signal processing circuit 5 described later.
It is. 1c is Keith for starting the engine of the vehicle
Ignition switch turned on by operating the switch
And the resulting signal is passed through the third low-pass filter 2c.
The chattering noise is removed by the
It is supplied to the road 5. [0003] The signal processing circuit 5 is provided with the first low-pass filter.
When a signal is received from the router 2a, the door lock operation is performed.
Signal for locking the deadlock device
And in a built-in temporary storage memory (not shown),
Door lock / unlock by reading out the stored contents sequentially
Lock current to the motor 7 via the lock drive circuit 6
To lock the door and then deadlock
The lock current is supplied to the motor 9 through the unlock drive circuit 8.
Supply a flow to activate the deadlock device (or
). [0004] The signal processing circuit 5 is provided with the second row.
When a signal is received from the pass filter 2b, the door is unlocked.
Unlock the operating signal and deadlock device, i.e.
And a signal for unlocking
Memory and read the stored contents sequentially.
Motor through the deadlock / unlock drive circuit 8
9 to supply the unlock current to the deadlock device.
The door is unlocked, and then the door lock / unlock drive circuit
6 to supply the unlock current to the motor 7
Unlock the door. [0005] Further, the signal processing circuit 5 includes the third row.
-Deadlock when signal is received from pass filter 2c
-The motor 9 is unlocked via the unlock drive circuit 8.
Supply the lock current and unlock the deadlock device. What
At this time, the door lock / unlock drive circuit 6 operates.
do not do. In the drawings, reference numeral 10 denotes a battery, and reference numeral 1 denotes a battery.
2 is a first, second and third low pass filter 2a, 2b,
2c, signal processing circuit 5, door lock / unlock drive circuit
Road 6 and deadlock / unlock drive circuit 8
Control circuit (portion indicated by a broken line frame)
And a microcomputer. Next, an outline of the operation of the above configuration is shown in FIG.
It will be described based on the following. That is, in FIG.
To get into the vehicle, just put the key on the door key cylinder.
Insert and unlock the door key, signal processing circuit
5 is an unlock operation when the second state switch 1b is turned on.
Judge whether it is made or not, and
When it is determined, the signal processing circuit 5 outputs a signal corresponding to the signal.
Read from the built-in temporary storage memory and
Supply to the lock / unlock drive circuit 8
Unlock current by supplying unlock current to
Lock. After a predetermined time from the temporary storage memory again
Read and continuously drive door lock / unlock drive 6
To the motor 7 to unlock the motor 7.
A lock current is supplied to unlock the door lock device. Next, the driver locks the door from inside the vehicle.
And the signal processing circuit 5 turns on the first state switch 1a.
It is determined whether or not the door is locked depending on whether or not
If it is determined that the lock operation has been
Signal for door lock operation and deadlock operation
And the signal for making it in the built-in temporary storage memory,
The signal processing circuit 5 sequentially reads out the stored contents.
Therefore, first, the door lock / unlock drive circuit 6
And supply a lock current to the motor 7 to lock the door.
Lock the locking device. After the predetermined time, the temporary storage
Read from memory and continue deadlock / unlock
The lock signal is supplied to the
Lock current is supplied to the deadlock device
Locked. Further, in order for the driver to start the engine,
When the ignition switch 1c is turned on, the signal processing is started.
To the logical circuit 5 from the third low-pass filter 2c.
And the signal processing circuit 5 includes the second state switch 1
b is turned on and the deadlock device is unlocked
Judge whether or not unlock operation has been performed.
When a decision is made, a signal indicating this is read from the temporary storage memory.
To the deadlock / unlock drive circuit 8
To supply the unlock current to the motor 9
Unlock the locking device. Next, the signal processing circuit 5 in the above configuration is
FIG. 5 shows the operation of a microcomputer.
Description will be made based on the flowchart shown. Power on
If it is, the process proceeds from step 100 to step 110,
The data output from the temporary storage memory of the signal processing circuit 5 is
It is determined whether or not it remains in the memory. sand
In other words, this means that the signal output in the temporary storage
Check that the previous data does not remain at the time of submission
Do for you. At the judgment of step 110, the signal processing circuit 5
If it is determined that the signal remains in the temporary storage memory,
It is determined that it is necessary to output the remaining signal continuously.
Then, the process proceeds to step 115, and the
The stored signal is output, and the timer is output in step 117.
The time is set, and the output time in step 135 is determined.
Then, in step 119, the contents stored in the temporary storage memory are deleted.
Rewrite the data with free data, and go to step 200. Also
At step 110, the temporary storage memory of the signal processing circuit 5 is stored.
When it is determined that the content is empty data, it is output continuously.
If there is no signal to go to step 120, the timer starts.
It is determined whether or not it is moving. That is, the timer is activated
The signal processing circuit 5 supplies current to the motor 7 or 9
Timer is running.
If it is, go directly to step 200. The timer is not running in step 120
When it is determined that the current is supplied to the motor 7 or 9
It is determined that the motor 7 or 9 is stopped and
Proceed to step 130, and in step 130, door by key
When the lock device is unlocked, the second state switch is
1b is turned on and the door lock device is unlocked
It is determined that the unlock operation has been performed.
Then, the process proceeds to step 135. In step 135, all
Each door to unlock the door deadlock device
An unlock current is supplied to the motor 9 of
For unlocking the door lock device at step 137
Door lock / unlock drive for unlock signal (current)
A signal to be supplied to the motor 7 through the circuit 6 is subjected to signal processing.
Output to the temporary storage memory of the
Go to 139. At step 139, a signal is output to the timer.
Set the force time, and in steps 135 and 137
Output time, and proceed to step 200, where the timer
It is determined whether or not it is moving.
In step 230, the lock operation of the deadlock device is performed.
It is determined whether the lock signal for the
If it is determined that the power has been
The flag is set to 1 and the routine proceeds to step 250. Ma
In addition, in this step 250,
Lock signal for locking the lock device is output.
The process also proceeds when it is determined that the request has not been made. In step 250
Is an unlock for unlocking the deadlock device.
It is determined whether or not the
If it is determined that the
Set to 0 and go to step 220. Also step
250 to unlock the deadlock device
If it is determined that the unlock signal has not been output,
In step 220, the timer is decremented by one and the process proceeds to step 300.
After a certain period, the process returns to step 100. The timer is not running in step 200
If it is determined that the current output
Signal, that is, the unlock signal of the deadlock device
, Etc., is stopped. That is, the timer setting
Supply current to motor 7 or 9 for a specified time
As a result, the supply of the current is stopped, and
And return to step 100. In step 130, the second state switch 1b
If it is determined that there is no change, proceed to step 140,
The driver locks the door and the first state switch 1a is turned on.
If it is determined that the signal has been
At 5, read from the temporary storage memory of the signal processing circuit 5.
A lock signal for locking the door lock device is issued.
The motor 7 is supplied to the motor 7 through the lock / unlock drive circuit 6.
After that, the status is temporarily stored in the temporary storage memory of the signal processing circuit 5.
To lock the deadlock device at step 147
A lock signal is set and output, and in the next step 149, the
Set the output time of both lock signals to the
In step 145 and step 147, the output time is determined. So
After that, proceed to step 200 and make the same determination as above.
In step 220, the timer is decremented by one, and
Signal output during In step 140, the first state switch 1a
The door lock is operated by key operation while it is off.
If it is determined that there is not, the process proceeds to step 150,
The ignition switch 1c is turned off at 150
Is determined, the process proceeds to step 200, and the timer
Is operating, that is, whether any of the motors 7 or
Determines whether current is being supplied to 9
Step 139, Step 149, Step 169
If it does not proceed, the timer output time is not set.
In step 210, the signal output is stopped.
That is, the process proceeds to step 300 without supplying the current, and
After the elapse of the period, the process returns to step 100. Step 150
If it is determined that the switch is turned on, the next step 160
The set flag (that is, the deadlock device is locked).
Flag to monitor whether the
Output a signal to lock the deadlock device.
Sometimes set to 1 and signal to unlock deadlock device
Is set to 0 when is output) is 1 or not, that is, dead
It is determined whether or not the lock device is
If it is determined that the locking device is operating,
Proceeding to step 165, the deadlock / unlock drive circuit 8
Signal to the motor 9 via the deadlock device
Output to step 169, and the timer output time
Make settings and output unlock signal in step 169
Decide the time. Thereafter, the signal processing circuit 5 outputs continuously.
Since the input signal is not stored in the temporary storage memory,
In step 163, the stored data is set as free data,
If the timer is operating in step 200 as in the above operation
In step 220, the timer is decremented by one and the timer is activated.
If has been completed, the signal output is stopped in step 210
Proceed to step 300, and after a predetermined period,
Return to step 100. In step 160, the deadlock device
If it is determined that it is not operating,
The timer operation of Step 200 is determined, and Step 300 is performed.
And after a certain period elapses, returns to step 100. Next, referring to FIG. 3, the entire deadlock mechanism will be described.
Will be described. First, power on
If the door deadlock device is not
That is, in FIG. 3, when the connecting member 21a is connected
At this time, the second rod 14 and the fifth rod 24 are connected.
Door lock knob provided on the door
11 pulls the first rotating member 1 through the first rod 12.
3 is rotated counterclockwise, and the fifth rod 24 and the second rod
The pad 14 is pulled upward, and the second rotating member 15 is turned clockwise.
And the lock / unlock mechanism 16 is actuated.
You. As a result, the door is unlocked. In addition, from the above state, the door lock knob for the vehicle interior is
11, the first rotating member 1 via the first rod 12
3 is rotated in the opposite direction, and the fifth rod 24 and the second rod
14 is pushed downward, and the second rotating member 15 is turned counterclockwise.
The lock / unlock mechanism 16 is actuated.
As a result, the door is locked. In addition, in the above-mentioned state
In cooperation with the second rotating member 15, the third rod 17,
Third pivot member 18, fourth rod 19 and fourth pivot member 2
0 is rotated. Next, a key cylinder is provided from outside the vehicle door.
When the key is operated at 23 and the key is turned to the lock position,
The third rotating member 18 rotates clockwise to push down the third rod 17
And rotate the second rotating member 15 counterclockwise to lock
Activate the unlock mechanism 16 to lock the door. In addition,
At this time, the fourth rod 19 is pushed down and
4 The turning member 20 is turned to the right and the first state switch
1a is turned on, and the lock / unlock actuator 2
The lock current is supplied from the control circuit 10 to the motor 7 constituting
Is supplied and the door is locked. Then, deadlock / unlock act
The motor 9 that constitutes the
Lock current is supplied from the unlock drive circuit 8
The second rod 14 and the fifth rod 24
Is disconnected and the door lock knob 11 is pulled out.
The force transmission from the fifth rod 24 to the second rod 14
The lock / unlock mechanism 16 becomes inoperable due to being shut off.
This doubles the lock. Further, the key cylinder 23 is provided from outside the door.
Operate the key in the opposite direction and rotate the key to the unlock position.
Then, the third rotating member 18 rotates counterclockwise to move the third rod 17
Push up and rotate the second rotating member 15 clockwise to lock
Activate the lock and unlock mechanism 16 to unlock the door
I do. At this time, the fourth rod 19 is pushed upward.
And the fourth rotating member 20 is rotated leftward.
The second state switch 1b is turned on, and then the lock
Motor 9 constituting the unlock actuator 21
Unlock current from the lock / unlock drive circuit 8
Supplied, that is, in a state where the connecting member 21a is not connected.
And the second rod 14 and the fifth rod 24 are connected.
Then the deadlock / unlock actuator
The lock / unlock drive circuit is
Unlock current is supplied from road 6, door is unlocked
Is done. Also, the key switch operation of the vehicle causes
When the ignition switch 1c is turned on,
When the lock device is in the locked state, the signal processing circuit 5
The deadlock / unlock actuator 21
Current is supplied to the motor 9
The device is released, that is, the coupling member 21a is coupled.
And the second rod 14 and the fifth rod 24 are connected.
Pull the door lock knob 11 to lock / unlock the door.
The lock mechanism 16 operates to unlock. [0024] As described above, the conventional vehicle
The dual-use deadlock controller is an ignition key switch.
Deadlock when starting the engine by
The lock device is configured to be unlocked.
If the battery voltage drops during operation,
Lock / unlock actuators and deadlock
Lock drive circuit does not work properly or
There is a possibility that even if it moves, only incomplete operation may occur, in which case
In order to get out of the car, put your hands out of the window
Key into the door key cylinder 23 and manually
The key had to be released. Accordingly, the present invention focuses on the above problems.
Something done after the occupant gets into the vehicle
For example, a deadlock device may be
Even if it moves, by starting the engine
The driver must ensure that the deadlock device is unlocked.
Etc. unlock the guide knob as usual and get out of the car
The purpose is to provide a device that enables
You. [0026] A vehicle device according to the present invention is provided.
The door lock control unit has a door lock / unlock mechanism and
The vehicle interior door lock knob is coupled with the coupling means,
A deadlock mechanism in which the coupling means is driven by a motor
When the ignition switch is turned on.
Vehicle dead that controls the deadlock mechanism in the unlocking direction
In the lock control device,For the preset number of outputs
Output a pulse signal for unlocking the deadlock mechanism.
Timer circuit, and the ignition switch is turned on.
And cranking for engine start is started
And setting the number of outputs of the pulse signal,
Output of the pulse signal at each output time by a timer circuit
Set the time to unlock the deadlock mechanism
Until the timer circuit outputs the pulse signal
And a drive control circuit. [0027] According to the present invention, the ignition switch
Is turned on and cranking is started to start the engine.
When the power supply voltage is stable after
Supply pulses to actuators that constitute the lock mechanism
Then, the actuator was reliably driven by the pulse. [0028] Next, embodiments of the present invention will be described.
In FIG. 1, the same configuration as the conventional configuration shown and described in FIG.
Or equivalent parts are denoted by the same reference numerals and omitted.
The function of the portion will be described below. That is, in FIG. 1, reference numeral 13 denotes signal processing.
The circuit is substantially the same as the signal processing circuit 5.
Reference numeral 14 denotes a drive control circuit, which receives a signal from the signal processing circuit 13
Lock signal, door unlock signal, deadlock equipment
Lock signal and deadlock device unlock signal.
When supplied, first, second, third and fourth AND gates
17, 18, 19 and 20
During this time, a high level signal is
Operation start signal and a timer for the counter 15
A signal is provided for setting the number of actuations of the sixteen. This
Here, the predetermined time is set by one timer operation.
Indicates the set time of the current output. Reference numeral 15 denotes a preset counter,
By the signal from the control circuit 14, the number of times the timer 16 is activated is
Is set, and the set value of
Signal at the end of each operation of
Is subtracted by one. 16 is a current output to the motor 7 or 9
A timer for controlling the time.
Receiving the operation start signal and the operation permission signal from the counter 15
No. (signal output while the preset counter 15 is operating)
Is supplied, timer operation starts and the timer operation starts.
During the operation, the first to fourth AND gates 17 to 20
Is supplied with a high-level signal. 21 is the first and second
And third low-pass filters 2a, 2b, 2c, signal processing
Circuit 13, drive control circuit 14, counter 15, timer 1
6, first, second, third and fourth AND gates 17, 1
A control circuit composed of 8, 19 and 20
It is composed of a computer and has a program
Perform the action. Next, an outline of the operation of the above-mentioned structure is shown in FIG.
It will be described based on the following. That is, in FIG.
To get into the vehicle, put the door key on the key cylinder 23
When inserted and rotated in the unlock direction, the signal processing circuit
13 is unlocked when the second state switch 1b is turned on.
Determines whether an unlock operation has been performed.
If the power is turned off, a signal indicating that, that is, the door is unlocked
Signal for unlocking the deadlock device
Signal to the temporary storage memory of the drive control circuit 14.
Pay. The drive control circuit 14 stores information in the temporary storage memory.
The second AND gate 18 for a predetermined time based on the memory contents
And a high-level signal to the fourth AND gate 20.
At the same time, for example, the set value 1 is
A timer which is set and serves as an operation start signal to the timer 16
Set the timer value, activate the timer 16 only once,
First, second, third and fourth AND gates 1 during a fixed time
Supply high level signals to 7, 18, 19 and 20
During this time, the unlock current is supplied to the motor 9 only during the
After unlocking the lock, the motor 7 is unlocked.
By supplying current and unlocking the door,
Timer operations are completed. Next, the driver locks the door from inside the vehicle.
And the signal processing circuit 13 turns on the first state switch 1a.
Judgment as to whether the door is locked or not
If it is determined that the operation has been performed, a signal indicating that
Lock the door lock signal and deadlock device.
A lock signal for locking is temporarily stored in the drive control circuit 14.
Supply to storage memory. The drive control circuit 14
For a predetermined time based on the contents stored in the temporary storage memory of
For the first AND gate 17 and the third AND gate 19
To supply a high level signal to the counter 15,
For example, preset a set value of 1 and
Set the timer value to be the operation start signal, and set the timer 16
Activate and set the timer to high level for a predetermined time from the timer 16.
Output a signal, and while the timer 16 is running,
2, third and fourth AND gates 17, 18, 19 and 2
Supply high level signal to 0 and lock only during that time
Supply current to the motor 7 to lock the door, and then
9 is supplied with a lock current to perform deadlock. Also Thailand
When the timer expires, the counter 16
1 to end one timer operation. Further, in order for the driver to start the engine,
When the ignition switch 1c is turned on, the signal processing is started.
To the logical circuit 13 from the third low-pass filter 2c.
The signal is supplied, and the drive control circuit 14
Supply a high-level signal to the
The preset value 3 is set to the timer 15 and the timer 16 is set to
Activate and set the timer to high level for a predetermined time from the timer 16.
When the timer signal expires, the timer 16
To subtract 1 from the set value 3 for the counter 15
Is supplied, and then a predetermined time is set in the timer 16.
Output a high-level signal again for a predetermined time,
1 is subtracted from the timer 15 and the predetermined time is again
Set. This is subtracted by the counter 15 and the counted value is
Repeat until 0. The drive control circuit 14 includes a fourth AND gate 20
For the timer 1
6 finishes outputting the high-level signal three times,
That is, the unlock electric power is supplied from the fourth AND gate 20 to the motor 9.
Flow is supplied for the same time as when the current is output three times for the specified time
When the operation is completed, the drive control circuit 14
Switch the high level signal to the low level signal
Change. When the unlock current is output three times,
The output time of the timer 16 is the second time from the first time, the second time
The third time is set larger. For this purpose, the deadlock device is locked.
Three unlocks supplied to the motor 9 to unlock the state
The output of the crank current is used for cranking to start the engine.
Cranking time by setting after the time
Operate the motor 9 reliably when the external power supply is stable
it can. Next, based on FIG.
I will explain the operation when configured with a cross computer,
Regarding different parts from the flowchart shown in FIG.
Only the following will be described. Step 112, step 13
Steps 142 and 162 are performed by the counter 15
Is set. Also, in step 142, the counter 15 is used as an example.
For example, the counter 15 is set to 3 in step 162, for example.
Set. In addition, the timer 16 outputs a signal from the drive control circuit 14.
The operation is started based on the operation start signal, and the timer 16
During the running timer time, the first, second, third and third
4 AND gate 17, 18, 19, or 20
Supplies a high-level signal to the
A current or unlock current is supplied to the motor 7 or 9. S
Step 205 is a step equivalent to step 220,
Step 240 determines whether the counter 15 is operating.
That is, it is determined whether or not the count value is 0, and
If not, go to step 245; if not 0, go to step 21
Go to 0. By adding the above steps, the steps
In step 200, it is determined whether the timer 16 is operating,
If so, step 220 to timer 16
Is subtracted by 1, and the process proceeds to step 300, and step 110 is performed.
Return to In step 200, the operation of the timer 16 is started.
Has ended, and it has been determined that current output has been performed for a predetermined time.
Subtract 1 from the counter 15 in step 205
Then, the value of the counter 15 becomes 0 in step 240.
It is determined whether or not it is 0, and if it is determined to be 0, step 21
Go to 0, lock output to motor 7 or 9
Stop the current or unlock current and proceed to step 300.
No. At step 240, the counter 15
If the value is not 0, proceed to step 245,
A predetermined time is set in the mask 16 and the steps from step 300 are performed.
Returning to step 100, judgment is sequentially performed, and
This operation is repeated until the count value of the counter 15 becomes zero. this
During this time, the drive control circuit 14 maintains the supply of the high-level signal.
Counter 15 becomes 0 and timer 16 outputs for a predetermined time.
When the signal has been applied, the high-level signal changes to the low-level signal.
The signal output of step 210 is stopped. For example, in step 200, the timer 16
Assuming that the counter 15 is set to 1 for a fixed time,
When the output for the predetermined time is completed, the process proceeds to step 205.
Since the counter 15 is decremented by one, the counter 15
It becomes 0. Next, in the determination of step 240, the counter 1
Since 5 is 0, the process proceeds to step 210, where the low-level signal
Switch to step 300 and proceed to step 300 for one timer operation.
Ends. For example, 3 is set in the counter 15 and
If the specified time has been output,
At step 205, the counter 15 is decremented by one. counter
15 becomes 2. Next, in step 240, the cow
Since the counter 15 is 2, it is determined that it is operating, and
Proceeding to 245, the predetermined time is set in the timer 16 again.
When the output for the second predetermined time is completed, step 205
Decrements the counter 15 by 1, and counts the counter 15
Set to 1. Output for a predetermined time and subtract the counter 15 again
repeat. While the counter 15 is operating, the high level
The value of the counter 15 is 3
Then, output for a predetermined time is continuously performed three times. Be 2
For example, it can be performed twice, and the counter 15
Signal output is stopped and the timer operation ends.
You. That is, the setting of the predetermined output time of the timer 16, that is,
In steps 117, 139, 149, and 169,
Although only the fixed time is set, the counter 15 counts
The timer time is set again in step 245 according to the value.
The number of times the set value of the counter 15 for a predetermined time
The output can be doubled. In this embodiment, 3 is set in step 162.
The second time is twice as long as the first time,
At the third time, the signal is output for a predetermined time three times as long as the first time.
U. If you want to set the signal output for a long time,
By increasing the setting value of the
Signal output, and the counter 15 for a predetermined time is set.
Set the output multiple times the fixed value
Set so that signal output is performed longer than King time
Wear. [0044] As described above, according to the present invention,
Deadlock device actuator with engine start
Irrespective of the uncertainty of the operation of
The deadlock device when starting the engine.
The effect that the lock can be actually unlocked is exhibited.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a circuit block diagram showing an embodiment of a vehicle deadlock control device according to the present invention. FIG. 2 is a flowchart for explaining the operation of FIG. 1; FIG. 3 is an explanatory diagram illustrating a mechanical mechanism of the deadlock device. FIG. 4 is a circuit block diagram of a conventional vehicle deadlock control device. FIG. 5 is a flowchart illustrating the operation of FIG. 4; [Description of Signs] 7, 9 Motor 13 Signal processing circuit 14 Drive control circuit 15 Counter 16 Timer 17-20 AND gate

────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP-A-9-60373 (JP, A) JP-A-7-307983 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) E05B 65/12-65/42 B60R 25/00-25/10 B60J 5/00

Claims (1)

(57) [Claim 1] A door lock / unlock mechanism and a vehicle interior door lock knob are coupled by coupling means, and the coupling means includes a deadlock mechanism driven by a motor,
In a vehicle deadlock control device that controls the deadlock mechanism in an unlocking direction when an ignition switch is turned on, a timer that outputs a pulse signal for unlocking the deadlock mechanism for the number of outputs set in a counter and a circuit, when the ignition switch is Ru is turned on, the Cow
The number of outputs of the pulse signal is set in the counter, and cranking for starting the engine is started and terminated.
The deadlock mechanism will be unlocked later
, The number of the counter set value by said timer circuit
Click the output time of times the pulse signal according to the engine start
Deadlock by setting the signal output to be longer than the ranking time and causing the timer circuit to output the pulse signal even after the cranking is completed
A vehicle deadlock control device, comprising: a drive control circuit capable of unlocking a mechanism .