[Function Introduction]
Lane Departure Warning (LDW) system collects image information through camera sensors, collects other vehicle status information through on-board sensors, and provides lane departure warning information through real-time image processing. As the electronic components of the whole vehicle, it is mainly composed of control unit assembly, LCD instrument /DVD as alarm actuator and key setting switch for human-computer interaction input (usually integrated in multi-function steering wheel or center console). In addition, the system also has the ability to upgrade and calibrate the software through the upper computer. Among them, the LDW control unit assembly is mainly composed of camera, ECU control unit, ECU mounting bracket and other parts, which is an integrated design.
LDW system is a kind of driving assistance system, which mainly aims at the driver's behavior of deviating from the lane due to fatigue, prompting the driver and assisting the vehicle to drive in a safe driving state.
[Main functions]
It has the ability to identify straight roads and bends, and can effectively improve the ranging accuracy.
2. Forward-looking safety assistance system (commercial vehicle)
[Function Introduction] The front collision warning function (FCW) uses the front camera as the main sensor, detects and tracks the vehicles in front based on machine vision technology, and judges whether the vehicles are too close or in danger of collision according to the driver's characteristics, thus providing the driver with sound, light, vibration and other warnings. When the vehicle is too close to the vehicle in front or there is a danger of collision, an audible or tactile alarm is provided to the driver to remind the driver to take measures to avoid accidents and reduce the degree of accident injury.
[System design advantages]
Zhihua has mastered the core technologies of hardware design, image recognition and alarm algorithm of FAS products. , and can be customized and developed according to different customer needs. [Product Connection]
◆ Compatible with heavy trucks, buses and commercial vehicles ◆ Consistent product hardware and structure ◆ Customized product software agreement ◆ General installation and calibration methods.
3.2D panoramic parking system (top view)
[Function Introduction]
Top-veiw parking assistance system uses four wide-angle cameras installed on the front face, left and right rearview mirrors and rear of the car to process the images of the four areas, and synthesizes the bird's eye view of the car through ECU, and displays it on the display in the car in real time. It can provide more intuitive driving assistance information for car drivers. In the parking lot, reversing into the warehouse, narrow road driving and other working conditions, it provides drivers with reliable blind spot display auxiliary function.
The system can help the driver to clearly understand and master the information of obstacles, pedestrians and vehicles in the surrounding environment of the vehicle, thus helping the driver to complete safe and accurate vehicle operation. At the same time, the ECU of the system can switch the display modes of rear view image, double-sided image and panoramic image according to the driver's choice. The following lists eight functions that the system can realize.
3.3D Panoramic Parking System (Panoramic)
update
1. Car reversing camera [product description] The rear-view camera uses a wide-angle lens to eliminate more dead angles when reversing; The auxiliary line can be customized according to the vehicle model to ensure safer reversing. [Technical Specifications]
2. fisheye camera/fisheye camera
Features/Functions Miniaturized Design/Compact Design Pre-assembly Quality/Pre-market Quality Mass Delivery Performance/Mass Delivery Application/Application 2D Panoramic System /2D AVM 3D Panoramic System /3D AVM Video Recorder /DVR
3. Car reversing camera
[Function Introduction] The dynamic trajectory camera receives the angle information of the car body in real time through the CAN bus, superimposes the dynamic trajectory with the real-time rear-view image, and directly presents the scene behind the car to the driver through the display, thus easily identifying the obstacles and the estimated reversing trajectory at that time.