Smart entry system
A smart entry system includes an unlocking sensor, a locking sensor, a smart control unit, and a central control unit. The unlocking sensor detects an operator's intention of unlocking a door. The locking sensor detects the operator's intention of locking the door. The smart control unit confirms whether the operator is an authorized user. The central control unit opens or closes a door lock when the unlocking sensor or the locking sensor is operated and the operator is a regular operator. The central control unit opens the door lock when the unlocking sensor and the locking sensor are operated substantially at the same time while the door lock is in a closed state.
1. A smart entry system comprising:
an unlocking sensor that is disposed in a vicinity of a door handle of a door of a vehicle and that detects a user's intention of unlocking the door;
a locking sensor that is disposed in the vicinity of the unlocking sensor and that detects the user's intention of locking the door;
an authentication unit that confirms whether the user is an authorized user; and
a control unit that detects that the unlocking sensor or the locking sensor are operated and that opens or closes a door lock of the door when it is confirmed by the authentication unit that the user is an authorized user,
wherein the control unit waits for a second predetermined amount of time when an operation of the unlocking sensor and an operation of the locking sensor are detected within a predetermined amount of time while the door lock is in an opened state and the door is closed, and when the door is opened within the second predetermined amount of time, the control unit does not perform either a locking operation due to the operation of the locking sensor or an unlocking operation due to the operation of the unlocking sensor at least until the door is closed again.
2. The smart entry system according to claim 1 , wherein the control unit closes the door lock when the door has not been opened within the second predetermined amount of time.
3. The smart entry system according to claim 1 ,
wherein the unlocking sensor and the locking sensor are capacitive sensors that detect a touching of a surface of the door handle by the user,
wherein the unlocking sensor is disposed at a position where a touching of a surface of the door handle facing the door is able to be detected, and
wherein the locking sensor is disposed at a position which is located on an upper side in the vehicle vertical direction of the door handle and where a touching within a movable range of a thumb of the grasping hand can be detected when the user grasps the door handle.
4. A smart entry system comprising:
an unlocking sensor that is disposed in a vicinity of a door handle of a door of a vehicle and that detects a user's intention of unlocking the door;
a locking sensor that is disposed in the vicinity of the unlocking sensor and that detects the user's intention of locking the door;
an authentication unit that confirms whether the user is an authorized user; and
a control unit that detects that the unlocking sensor or the locking sensor are operated and that opens or closes a door lock of the door when it is confirmed by the authentication unit that the user is an authorized user,
wherein the control unit waits for a second predetermined amount of time when an operation of the unlocking sensor and an operation of the locking sensor are detected within a predetermined amount of time while the door lock is in an opened state and the door is closed, and when the door is opened within the second predetermined amount of time, the control unit does not perform a locking operation due to the operation of the locking sensor at least until the door is closed again.
5. The smart entry system according to claim 4 , wherein the control unit closes the door lock when the door has not been opened within the second predetermined amount of time.
6. The smart entry system according to claim 4 ,
wherein the unlocking sensor and the locking sensor are capacitive sensors that detect a touching of a surface of the door handle by the user,
wherein the unlocking sensor is disposed at a position where a touching of a surface of the door handle facing the door is able to be detected, and
wherein the locking sensor is disposed at a position which is located on an upper side in the vehicle vertical direction of the door handle and where a touching within a movable range of a thumb of the grasping hand can be detected when the user grasps the door handle.