Abstract:
An ISG vehicle system may include an alternator supplying electric power of a vehicle and alternating engine power to electrical energy, a battery storing the electric power of the vehicle, an alternator supplying electric power of a vehicle and alternating engine power to electrical energy, a V2X controller receiving external infrastructure information and determining vehicle location, an ISG controller obtaining the external infrastructure information and the vehicle location through communication with the V2X controller and obtaining the status of the battery and charge amount information through communication with the battery sensor to determine operable time of ISG (Idle Stop and Go) function of the vehicle and whether the ISG function operates, and an engine controller receiving operation signal of the ISG function through communication with the ISG controller to determine whether the engine operates.
Abstract:
A controller area network (CAN) circuit includes a first switch section circuit, a second switch section circuit, a reception section circuit, a transmission section circuit, a power supply circuit, a CAN-low (CANL) line and a CAN-high (CANH) line. The first switch section circuit is connected between the power supply circuit and the transmission section circuit and the second switch section circuit is connected between the power supply circuit and the reception section circuit.
Abstract:
A vehicle allocation method for allocating autonomous vehicles is provided. The vehicle allocation method includes receiving a vehicle allocation request including a starting point and a destination from a user device; calculating energy consumption of each of a plurality of vehicles to travel a distance from a current location to the starting point, the destination, and a charging station, in response to the vehicle allocation request; selecting a vehicle having the minimum energy consumption among the plurality of vehicles; and sending a driving command for the selected vehicle to travel to the starting point.
Abstract:
A vehicle is provided. The vehicle includes a solar generator; a first battery configured to supply power for driving at least one load; and perform a recharge; a first charge amount detector configured to detect a charge amount of the first battery; and a controller configured to perform charging control on the first battery using electric energy generated by the solar generator in a parked state; determine whether the detected charge amount of the first battery is greater than or equal to a first reference charge amount during the charging control of the first battery; and perform charging termination control on the first battery when the detected charge amount of the first battery is determined to be greater than or equal to the first reference charge amount.
Abstract:
A vehicle includes a generator, a battery, a plurality of electrical devices configured to receive power from the generator and the battery, and a power controller. The power controller may group the plurality of electrical devices into a plurality of groups, and control an operation of an electrical device belonging to a group to which at least one electrical device among the plurality of electrical devices belongs, according to a fluctuation of an input voltage of the at least one electrical device.
Abstract:
There are provided a system and a method for controlling power of a high speed vehicle. The system for controlling power of a vehicle includes: a latch relay configured to supply power to a vehicle load or to block power to the vehicle; a communication part configured to output a driving signal when a wakeup signal is received; a pulse generator configured to output a one shot pulse that turns on the latch relay when the driving signal is applied; and a processor configured to control a driving of the latch relay turned on by the one shot pulse when being initialized.
Abstract:
A stall diagnosis apparatus for a motor of an air conditioning actuator includes: a resistor connecting from a first door actuator of a Heating, Ventilation and Air Conditioning (HVAC) system of a vehicle to the ground; a resistor connection circuit connecting from a VCC power terminal to the resistor; a switch disposed on the resistor connection circuit; a first circuit and a second circuit branched from a motor connection circuit connecting from the VCC power terminal to a motor of the first door actuator through a motor driver and the resistor connection circuit, respectively; a current sensing circuit unit including an input terminal connected to the first circuit and the second circuit and outputting a current signal corresponding to a voltage value between the motor connection circuit and the resistor connection circuit; and a controller for controlling the motor and determining whether or not the motor is stalled.
Abstract:
A system for interworking between a vehicle controller and an external resource includes at least one vehicle controller installed in a vehicle and configured to control an operation of the vehicle. At least one external device provides processing information of the external resource upon a request of the vehicle controller. A vehicle mobile gateway is connected to the vehicle controller via an in-vehicle network and connected to the external device via an external network of the vehicle to interface so that the vehicle controller and the external device may communicate with each other.
Abstract:
A seat rail for a vehicle includes: a rail gap cover combined with a moving rail, and a slit cover combined with the rail gap cover to close the gap between a fixed rail and the moving rail regardless of movement of the moving rail, whereby it is possible to prevent foreign substances from entering into the fixed rail.
Abstract:
A smart key controller for controlling a vehicle through wireless communication with a smart key includes a control unit for including a timer and a memory, creating an operation time table regarding operation numbers by time zones based on the timer by checking an ignition signal, and storing the created operation time table in the memory, and a signal driver for generating a wireless signal for communication with the smart key according to an active signal generated by the control unit at a predetermined period in a time zone with high operation frequency by comparing operation numbers of respective time zones and a threshold operation number with reference to the operation time table, while the vehicle is parked.