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Controller for energizing vehicle door lock indicator
A controller for energizing a vehicle door lock indicator, wherein, in a power-supply-deactivated state in which an in-vehicle device activated by being energized is not energized, an energizing-controlling means (122) stops energizing an electric indicating means (135) initially energized at a switching time at which a locking-state detecting means (117) detects that a door has switched from being locked to being unlocked, the energizing-controlling means (122) stopping energizing of the electric indicating means (135) once a predetermined amount of time has elapsed following the switching time,however, in a power-supply-activated state in which the in-vehicle device can be energized, the energizing-controlling means (122) keeps the electric indicating means (135) energized even after the predetermined time has elapsed as long as the locking-state detecting means (117) has detected that the door is unlocked. Consequently, in the power-supply-activated state in which it is possible to energize the in-vehicle device activated by being energized, the fact that the door is unlocked will be clearly indicated as long as the locking-state detecting means (117) has detected that the door is unlocked, and the door can be prevented from being opened unintentionally.
Controller for energizing vehicle door lock indicator
A controller for energizing a vehicle door lock indicator, wherein, in a power-supply-deactivated state in which an in-vehicle device activated by being energized is not energized, an energizing-controlling means (122) stops energizing an electric indicating means (135) initially energized at a switching time at which a locking-state detecting means (117) detects that a door has switched from being locked to being unlocked, the energizing-controlling means (122) stopping energizing of the electric indicating means (135) once a predetermined amount of time has elapsed following the switching time,however, in a power-supply-activated state in which the in-vehicle device can be energized, the energizing-controlling means (122) keeps the electric indicating means (135) energized even after the predetermined time has elapsed as long as the locking-state detecting means (117) has detected that the door is unlocked. Consequently, in the power-supply-activated state in which it is possible to energize the in-vehicle device activated by being energized, the fact that the door is unlocked will be clearly indicated as long as the locking-state detecting means (117) has detected that the door is unlocked, and the door can be prevented from being opened unintentionally.
Controller for energizing vehicle door lock indicator
KURIYAMA KAZUYUKI (author) / KAMIMURA TOMONORI (author) / NISHIO YU (author)
2015-05-13
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser
| European Patent Office | 2024