Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device and a remote control method are provided. The remote control system comprises: a vehicle intelligent key device (102) configured to send a starting signal and control signal; and a vehicle (101) configured to receive the starting signal and the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle (101) according to the control signal.
Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device and a remote control method for driving a vehicle are provided. The remote control system comprises: a vehicle intelligent key device (102), configured to send a starting signal and control signal; and a vehicle (101), configured to receive the starting signal and the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle (101) according to the control signal, wherein the vehicle (101) comprises an automatic transmission (207) and an electrical park brake (208), and the automatic transmission (207) is configured to receive the control signal, and to control the electrical park brake (208) to loosen a parking cable of the vehicle (101), to feed back a state of the parking cable and to set a gear of a gearbox to be "Driving" or "Reverse" when the vehicle(101) is in the remote control mode.
Abstract:
A vehicle intelligent key device and a vehicle are provided. The vehicle intelligent key device comprises: a starting key (101); a direction controlling key (102); a wireless communication module (103), configured to communicate with the vehicle wirelessly; and a controlling module (104), connected to the starting key (101), the direction controlling key (102) and the wireless communication module (103) respectively, and configured to control the wireless communication module (103) to send a starting signal or a direction controlling signal to the vehicle when the starting key (101) or the direction controlling key (102) is activated. The vehicle intelligent key device may control a vehicle to run at a low speed. Furthermore, with the vehicle intelligent key device, a user may park or take a vehicle in a narrow space conveniently.
Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device (102) and a remote control method for driving a vehicle are provided. The remote control system comprises: a vehicle intelligent key device (102), configured to send a starting signal and a control signal; a vehicle, configured to receive the starting signal or the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle according to the control signal and to control the vehicle to quit the remote control mode when a predetermined condition is satisfied.
Abstract:
Provided are a remote control system for driving a vehicle (101), a vehicle intelligent key device (102) and a remote control method for driving the vehicle (101). The remote control system comprises: a vehicle intelligent key device (102), configured to send a starting signal and a control signal; and a vehicle (101), configured to receive the starting signal and the control signal, to start a remote control mode according to the starting signal and to control a driving state of the vehicle (101) according to the control signal, wherein the vehicle (101) comprises an electric power steering module (401) configured to control a steering wheel of the vehicle (101) to turn according to the control signal when the vehicle (101) is in the remote control mode. The driver outside the vehicle can use the remote control method to park the vehicle in a narrow space.
Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device and a remote control method for driving a vehicle are provided. The remote control system comprises: a vehicle intelligent key device (102), configured to send a starting signal and control signal; and a vehicle (101), configured to receive the starting signal and the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle (101) according to the control signal, wherein the vehicle (101) comprises an automatic transmission (207) and an electrical park brake (208), and the automatic transmission (207) is configured to receive the control signal, and to control the electrical park brake (208) to loosen a parking cable of the vehicle (101), to feed back a state of the parking cable and to set a gear of a gearbox to be "Driving" or "Reverse" when the vehicle(101) is in the remote control mode.
Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device (102) and a remote control method for driving a vehicle are provided. The remote control system comprises: a vehicle intelligent key device (102), configured to send a starting signal and a control signal; a vehicle, configured to receive the starting signal or the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle according to the control signal and to control the vehicle to quit the remote control mode when a predetermined condition is satisfied.
Abstract:
A remote control system for driving a vehicle, a vehicle intelligent key device and a remote control method are provided. The remote control system comprises: a vehicle intelligent key device (102) configured to send a starting signal and control signal; and a vehicle (101) configured to receive the starting signal and the control signal, to start a remote control mode according to the starting signal, and to control a driving state of the vehicle (101) according to the control signal.
Abstract:
A vehicle and a vehicle steering control system and method are provided in the present disclosure. The control system includes: a steering wheel; a steering wheel steering angle sensor, configured to acquire rotation information of the steering wheel; a steering wheel drive unit, the steering wheel drive unit being connected to the steering wheel, and configured to drive the steering wheel to rotate; a steering mechanism, the steering mechanism being configured to drive wheels of the vehicle to rotate; a wheel steering angle sensor, configured to detect rotation information of the wheels; and a control module, the control module being electrically connected to the steering mechanism, the wheel steering angle sensor, the steering wheel steering angle sensor, and the steering wheel drive unit separately, the control module being configured to: obtain the rotation information of the wheels before the vehicle enters a steering-wheel driving mode, and control the steering wheel drive unit according to the rotation information of the wheels to drive the steering wheel to rotate until a rotation angle of the steering wheel is the same as a rotation angle of the wheels, so as to ensure that the rotation angle of the steering wheel is the same as the rotation angle of the wheels and ensure that the moving direction of the vehicle is accurately determined.
Abstract:
The present invention provides an information processing system and method for a car, a in-vehicle device and a storage medium. The system includes a mobile terminal and a in-vehicle device, where the in-vehicle device includes: a communication module, where the communication module is used for communicating with the mobile terminal; and an information station, where the information station is used for receiving a query instruction sent by the mobile terminal through the communication module, acquiring vehicle condition information of the car according to the query instruction, and sending the acquired vehicle condition information to the mobile terminal through the communication module, and/or pushing the acquired vehicle condition information to the mobile terminal through the communication module at preset time intervals. By using the system according to an embodiment of the present invention, a user can send a query instruction in real time through a communication module, acquire vehicle condition information of the car in real time, or receive vehicle condition information pushed by an information station in real time. Thus, it is easy for the user to know the state of the vehicle in real time, so that the user can control the vehicle information more conveniently, and user experience is improved.