Modular control device and vehicle using same
A modular control device for a vehicle comprises: a base frame mounted on the vehicle; and an upgrade frame detachably mounted on the base frame. A first printed circuit board (PCB), on which a base block for providing an interface with devices in the vehicle is implemented, is mounted on the base frame. A second PCB having a memory and a main processor is mounted on the upgrade frame.
1. A modular control device for a vehicle, the modular control device comprising:
a base frame which is mounted to the vehicle and provides first functions to the vehicle; and
an upgrade frame which is mounted detachably to the base frame and provides second functions to the vehicle,
wherein the base frame is mounted with a first printed circuit board (PCB) on which a base block is implemented, the base block providing interfaces with devices in the vehicle, the base block including an auxiliary processor for monitoring that an upgrade block can normally operate with the base block,
wherein the upgrade frame is mounted with a second PCB on which the upgrade block is implemented, the upgrade block including a memory and a main processor, and
wherein the base frame comprises:
a position matching unit for matching a position between the base frame and the upgrade frame when the upgrade frame is mounted to the base frame; and
a fasten unit for detachably binding the upgrade frame with the base frame; and
a connector for connecting the base frame with the upgrade frame to monitor that the upgrade block can normally operate with the base block,
wherein the base block stops supplying power to the upgrade block when the auxiliary processor detects that the upgrade block does not operate with the base block.
2. The modular control device of claim 1 , wherein the base frame further comprises a battery holder into which a battery that is used to supply a power while the main processor is operating in a low power consumption mode is to be inserted.
3. The modular control device of claim 1 , wherein the auxiliary processor is configured to periodically receive a checking message from the main processor to confirm that the upgrade block normally operates with the base block while a power is supplied to the upgrade block.
4. The modular control device of claim 1 , wherein, when power is first supplied after the upgrade block is coupled to the base block, the base block firstly detects whether the upgrade block can normally operate with the base block through a checking circuit, and then detects by software whether the upgrade block can normally operate with the upgrade block.
5. A base frame for a modular control device for a vehicle, the base frame comprising:
a base body which is mounted with a printed circuit board (PCB) on which a base block is implemented, and to which an upgrade frame on which an upgrade block is implemented is detachably mounted, the base block providing interfaces with devices in the vehicle, the base block including an auxiliary processor for monitoring that the upgrade block can normally operate with the base block;
a position matching unit for matching a position between the base frame and the upgrade frame when the upgrade frame is mounted to the base frame;
a fasten unit for detachably binding the upgrade frame with the base frame; and
a connector for connecting the base frame with the upgrade frame to monitor that the upgrade block can normally operate with the base block,
wherein the base block stops supplying power to the upgrade block when the auxiliary processor detects that the upgrade block does not operate with the base block.
6. The base frame of claim 5 , wherein the base frame further comprises a battery holder into which a battery that is used to supply a power while the main processor is operating in a low power consumption mode is to be inserted.
7. The base frame of claim 5 , wherein the auxiliary processor is configured to periodically receive a checking message from the main processor to confirm that the upgrade block normally operates with the base block while a power is supplied to the upgrade block.
8. The base frame of claim 5 , wherein, when power is first supplied after the upgrade block is coupled to the base block, the base block firstly detects whether the upgrade block can normally operate with the base block through a checking circuit, and then detects by software whether the upgrade block can normally operate with the upgrade block.
9. A vehicle comprising:
an engine;
a display device which displays driving information of the vehicle to a driver; and
a modular control device which provides the driving information to the display device,
wherein the modular control device comprises
a base frame which is mounted to the vehicle and provides first functions to the vehicle; and
an upgrade frame which is mounted detachably to the base frame and provides second functions to the vehicle,
wherein the base frame is mounted with a first printed circuit board (PCB) on which a base block is implemented, the base block providing interfaces with devices in the vehicle, the base block including an auxiliary processor for monitoring that an upgrade block can normally operate with the base block,
wherein the upgrade frame is mounted with a second PCB on which the upgrade block is implemented, the upgrade block including a memory and a main processor, and
wherein the base frame comprises:
a position matching unit for matching a position between the base frame and the upgrade frame when the upgrade frame is mounted to the base frame;
a first fasten unit for detachably binding the upgrade frame with the base frame; and
a connector for connecting the base frame with the upgrade frame to monitor that the upgrade block can normally operate with the base block,
wherein the base block stops supplying power to the upgrade block when the auxiliary processor detects that the upgrade block does not operate with the base block.
10. The vehicle of claim 9 , wherein the base frame further comprises a battery holder into which a battery that is used to supply a power while the main processor is operating in a low power consumption mode is to be inserted.
11. The vehicle of claim 9 , wherein the auxiliary processor is configured to periodically receive a checking message from the main processor to confirm that the upgrade block normally operates with the base block while a power is supplied to the upgrade block.
12. The vehicle of claim 9 , wherein, when power is first supplied after the upgrade block is coupled to the base block, the base block firstly detects whether the upgrade block can normally operate with the base block through a checking circuit, and then detects by software whether the upgrade block can normally operate with the upgrade block.