FRONT TRUNK SYSTEM
A front trunk system, including: a latch device; an operation portion provided in the front trunk; and a switching mechanism configured to switch paths that transmitting the operation force input to the operation portion to the latch device, in which when the vehicle is in a first state, the switching mechanism connects the operation portion and the latch device via a first transmission path, allowing the meshing state between a latch and a primary pawl and a meshing state between the latch and a secondary pawl to be released by the operation force input to the operation portion, and when the vehicle is in a second state, the switching mechanism connects the operation portion and the latch device via the second transmission path, allowing the meshing state between the latch and the primary pawl to be released by the operation force input to the operation portion.
1 . A front trunk system, comprising:
a latch device configured to engage with a striker provided at a front hood for covering a front trunk of a vehicle;
an operation portion provided in the front trunk and configured to transmit an operation force input thereto to the latch device via a first transmission path or a second transmission path; and
a switching mechanism configured to switch paths for transmitting the operation force input to the operation portion to the latch device based on a state of the vehicle, wherein
the latch device includes:
a latch configured to engage with the striker when the front hood is in a closed state and be biased by a biasing member in a direction to disengage from the striker;
a primary pawl configured to mesh with the latch when the latch engaging with the striker is disposed at a predetermined primary latch position to maintain the front hood at a fully closed position; and
a secondary pawl configured to mesh with the latch when the latch released from a meshing state with the primary pawl is disposed at a predetermined secondary latch position to maintain the front hood at a half-engaged position,
when the vehicle is in a first state including a stopped state, the switching mechanism connects the operation portion and the latch device via the first transmission path, allowing the meshing state between the latch and the primary pawl and a meshing state between the latch and the secondary pawl to be released by the operation force input to the operation portion, and
when the vehicle is in a second state including a traveling state, the switching mechanism connects the operation portion and the latch device via the second transmission path, allowing the meshing state between the latch and the primary pawl to be released by the operation force input to the operation portion.
2 . The front trunk system according to claim 1 , wherein
the second state includes at least one of a state where a speed of the vehicle is equal to or greater than a predetermined value or a state where a gear position of the vehicle is other than a parking range.
3 . The front trunk system according to claim 1 , further comprising:
an auxiliary power supply, wherein
the switching mechanism includes an electric actuator configured to operate with power from a battery mounted on the vehicle or the auxiliary power supply.
4 . The front trunk system according to claim 3 , wherein
the auxiliary power supply includes a capacitor configured to be charged with power from the battery, and a boost circuit configured to boost power supplied from the capacitor to the electric actuator.
5 . The front trunk system according to claim 1 , wherein
the switching mechanism is disposed apart from the latch device.
6 . The front trunk system according to claim 3 , wherein
the switching mechanism is disposed apart from the latch device, and
the auxiliary power supply is disposed near the latch device or the switching mechanism.