Trinocular and multinocular camera module for factory direct sale
Trinocular camera modules are used in a wide range of application areas, such as:
Intelligent car field:
Advanced Driver Assistance System (ADAS):
Identify the road environment: the long-distance narrow-view camera can identify traffic signs, traffic light status, and road construction ahead at a long distance; the medium-distance main-view camera is used to identify targets in the middle and long distances in the forward direction; and the short-distance wide-view camera can promptly detect the conditions of close-range vehicles adding traffic jams, crossing vehicles or pedestrians at intersections, and so on, so as to provide a guarantee for the safe driving of the vehicle.
Realisation of Automatic Emergency Braking (AEB): when the camera module detects a possible collision danger ahead, the system will issue a timely warning and take braking measures automatically when necessary to reduce the probability of collision accidents.
Support Adaptive Cruise Control (ACC): according to the speed and distance of the vehicle in front, the system automatically adjusts the speed of the vehicle, maintains a safe following distance, and reduces driver fatigue during long-distance driving.
Automatic driving: In realising high-level automatic driving functions, such as automatic driving on urban roads (urban NOA), the trinocular camera module can expand the breadth and depth of forward detection through the complementary detection distances and widths of cameras with different field-of-view angles, not only identifying traffic lights, speed bumps, etc. at longer distances, but also detecting the movement of vehicles or non-motorised vehicles in adjacent lanes in complex intersection scenarios, providing the automatic driving system with the ability to detect the movement of vehicles and non-motorised vehicles in adjacent lanes, providing the automatic driving system with the ability to detect the movement of vehicles and non-motorised vehicles in adjacent lanes. movement, providing more comprehensive and accurate environment perception information for the automatic driving system.
Security monitoring field:
Expanding the monitoring range: the combination of multiple cameras can cover a wider area and reduce the monitoring dead space. For example, in a large indoor space or outdoor venue, a full range of surveillance can be achieved by reasonably arranging the trinocular camera modules.
Provide images from different viewpoints: Cameras with different viewpoints can focus on different key areas or targets separately, providing both panoramic and detailed information. For example, in a bank lobby, a wide-angle camera can monitor the entire lobby as a whole, a telephoto camera can focus on key areas such as the counter, and a short-focus camera can monitor the doorway area where people enter and exit.
Enhanced target identification and tracking capabilities: Using the multi-view image information obtained by the trinocular camera module, the target object can be identified more accurately and tracked more effectively when the target is moving, improving the efficiency and accuracy of security monitoring. For example, in public places such as airports and railway stations, it is of great significance for the tracking and identification of suspicious persons.
Industrial manufacturing field:
Product Quality Inspection: In industrial production lines, the trinocular camera module can photograph and inspect products from different angles, such as inspecting the appearance defects, dimensional accuracy, assembly integrity, etc. of products. The images from different viewpoints can reflect the condition of the products more comprehensively, improve the accuracy and reliability of the inspection, and reduce the inflow of defective products into the market.
Production process monitoring: It is used to monitor all aspects of the industrial production process, and discover abnormalities in the production process in time, such as equipment failure, material blockage, and improper operation by workers. Through real-time monitoring of the production process and data analysis, the production process can be optimised to improve production efficiency and quality.
Robot visual navigation: Providing industrial robots with visual navigation functions enables the robots to accurately identify the working environment, locate the target object, and plan a reasonable movement path. For example, in logistics warehouses, robots can use trinocular camera modules to identify the position and shape of goods for efficient handling and sorting operations.
Virtual Reality and Augmented Reality Field:
Enhance immersion: provide a more realistic visual experience for virtual reality (VR) and augmented reality (AR) devices. Through the trinocular camera module to capture the image information of the real environment, and fusion with virtual content, so that the user can feel a more realistic scene in the VR environment, or more accurately superimpose the virtual information on the real world in AR applications, to enhance the sense of immersion and interactivity.
Achieve gesture recognition and motion tracking: Using the multi-view image analysis of the trinocular camera module, it achieves accurate recognition and tracking of gestures and human body movements. This has important applications in some VR games and AR interactive applications, where users can control virtual objects or interact with the virtual environment through gestures, enhancing the user experience and the naturalness of operations.
Trinocular camera modules are used in a wide range of application areas, such as:
Intelligent car field:
Advanced Driver Assistance System (ADAS):
Identify the road environment: the long-distance narrow-view camera can identify traffic signs, traffic light status, and road construction ahead at a long distance; the medium-distance main-view camera is used to identify targets in the middle and long distances in the forward direction; and the short-distance wide-view camera can promptly detect the conditions of close-range vehicles adding traffic jams, crossing vehicles or pedestrians at intersections, and so on, so as to provide a guarantee for the safe driving of the vehicle.
Realisation of Automatic Emergency Braking (AEB): when the camera module detects a possible collision danger ahead, the system will issue a timely warning and take braking measures automatically when necessary to reduce the probability of collision accidents.
Support Adaptive Cruise Control (ACC): according to the speed and distance of the vehicle in front, the system automatically adjusts the speed of the vehicle, maintains a safe following distance, and reduces driver fatigue during long-distance driving.
Automatic driving: In realising high-level automatic driving functions, such as automatic driving on urban roads (urban NOA), the trinocular camera module can expand the breadth and depth of forward detection through the complementary detection distances and widths of cameras with different field-of-view angles, not only identifying traffic lights, speed bumps, etc. at longer distances, but also detecting the movement of vehicles or non-motorised vehicles in adjacent lanes in complex intersection scenarios, providing the automatic driving system with the ability to detect the movement of vehicles and non-motorised vehicles in adjacent lanes, providing the automatic driving system with the ability to detect the movement of vehicles and non-motorised vehicles in adjacent lanes. movement, providing more comprehensive and accurate environment perception information for the automatic driving system.
Security monitoring field:
Expanding the monitoring range: the combination of multiple cameras can cover a wider area and reduce the monitoring dead space. For example, in a large indoor space or outdoor venue, a full range of surveillance can be achieved by reasonably arranging the trinocular camera modules.
Provide images from different viewpoints: Cameras with different viewpoints can focus on different key areas or targets separately, providing both panoramic and detailed information. For example, in a bank lobby, a wide-angle camera can monitor the entire lobby as a whole, a telephoto camera can focus on key areas such as the counter, and a short-focus camera can monitor the doorway area where people enter and exit.
Enhanced target identification and tracking capabilities: Using the multi-view image information obtained by the trinocular camera module, the target object can be identified more accurately and tracked more effectively when the target is moving, improving the efficiency and accuracy of security monitoring. For example, in public places such as airports and railway stations, it is of great significance for the tracking and identification of suspicious persons.
Industrial manufacturing field:
Product Quality Inspection: In industrial production lines, the trinocular camera module can photograph and inspect products from different angles, such as inspecting the appearance defects, dimensional accuracy, assembly integrity, etc. of products. The images from different viewpoints can reflect the condition of the products more comprehensively, improve the accuracy and reliability of the inspection, and reduce the inflow of defective products into the market.
Production process monitoring: It is used to monitor all aspects of the industrial production process, and discover abnormalities in the production process in time, such as equipment failure, material blockage, and improper operation by workers. Through real-time monitoring of the production process and data analysis, the production process can be optimised to improve production efficiency and quality.
Robot visual navigation: Providing industrial robots with visual navigation functions enables the robots to accurately identify the working environment, locate the target object, and plan a reasonable movement path. For example, in logistics warehouses, robots can use trinocular camera modules to identify the position and shape of goods for efficient handling and sorting operations.
Virtual Reality and Augmented Reality Field:
Enhance immersion: provide a more realistic visual experience for virtual reality (VR) and augmented reality (AR) devices. Through the trinocular camera module to capture the image information of the real environment, and fusion with virtual content, so that the user can feel a more realistic scene in the VR environment, or more accurately superimpose the virtual information on the real world in AR applications, to enhance the sense of immersion and interactivity.
Achieve gesture recognition and motion tracking: Using the multi-view image analysis of the trinocular camera module, it achieves accurate recognition and tracking of gestures and human body movements. This has important applications in some VR games and AR interactive applications, where users can control virtual objects or interact with the virtual environment through gestures, enhancing the user experience and the naturalness of operations.