Product characteristics:
*It has the ability to detect long distances and large ranges, as well as the ability to perceive traffic situations and have a low false alarm rate. A single millimeter wave radar sensor can detect bi-directional roads within a range of 700 meters, and its detection event types include: vehicle parking, vehicle congestion, vehicle queuing, vehicle reverse, pedestrians, area prohibition, lane changing, speeding, low speed, littering, high temperature, fire, and other important events. An alarm can be generated to prompt abnormal events in just a few seconds.
The system supports traffic data collection functions, including real-time bicycle speed, regional average speed, lane occupancy rate, lane traffic rate, queue length, regional flow rate, and regional vehicle model statistics.
*Vehicle feature recognition: vehicle model, license plate, brand, color.
*Thermal imaging cameras provide high-resolution images that can accurately identify heat sources. Radar can track the movement of objects, and comprehensive use improves the accuracy and real-time performance of monitoring systems.
*Thermal imaging cameras can be used in conjunction with obstacle detection systems to determine the presence of obstacles on the road, such as pedestrians, animals, or stationary vehicles, by detecting the infrared radiation emitted by objects. Especially in situations with poor visibility, infrared technology can "see through" the darkness and discover potential threats that are difficult to recognize with the naked eye.
*Equipped with temperature measurement and fire point detection alarm function: supporting temperature detection, high temperature tracking, and over temperature alarm functions. The temperature parameters are flexible and adjustable, and the alarm parameters can be freely adjusted according to the actual usage environment;
*This device is not affected by various environmental and light disturbances, and can provide accurate vehicle location information, traffic condition information, and traffic status information in special weather conditions (rain, snow, fog, haze, sand, smoke), ensuring all-weather monitoring needs.
*Through cross validation of different technologies, the false alarm rate and false alarm rate can be reduced, and the reliability of equipment can be improved.
*Embedded with a powerful AI computing power core processing unit, equipped with a powerful AI algorithm system, it can achieve precise classification and recognition of targets, deep fusion of multi-source information, continuous and stable tracking, high-definition imaging, effective error compensation, and intelligent alarm output functions.
*The abnormal event detection management and application software interface have the characteristics of visualization, humanization, and graphics, which can achieve the management, configuration, maintenance, and system construction of the entire detection system. It has different settings for multi-level user operation permissions and supports multiple users with different permissions to operate and manage the system simultaneously.
*The device supports two communication protocol formats for customized output, including UDP and TCP data formats. Instructions can be sent and received through Ethernet switches, network servers, or application program interfaces to meet the advanced requirements of different digital twin systems. It can be more easily integrated into third-party platforms and can achieve remote control functions.
*The radar is equipped with a large capacity storage unit. When network communication is interrupted, the system can store the data collected by the radar itself in the internal storage unit. When the network resumes communication, the radar can continue to transmit the locally cached data to the system platform for continued use.
*The radar equipment has a horizontal automatic adjustment function, which can be flexibly adjusted according to actual needs and environmental changes, ensuring full coverage of the monitoring area without blind spots, in order to achieve more accurate and stable detection effects and data acquisition capabilities.
*The device has functions such as remote debugging, configuration, maintenance, and upgrading.
*Radar detection can provide more accurate, comprehensive, and real-time data support for the smart high-speed big data cloud platform in the center of the road.
*The embedded high-precision six axis sensor in the device can effectively avoid and reduce a large number of false alarms and false target data information caused by severe shaking of the device.
*Abnormal device installation alarm function: The device supports horizontal angle deviation alarm function, pitch angle deviation alarm function, and original position deviation alarm function.
*The device is embedded with a Beidou/GPS positioning and timing module, which supports real-time positioning of the working position. The positioning method supports multi satellite cascade positioning, with a positioning accuracy of less than 30 centimeters.
*The device supports multiple timing modes, including Beidou/GPS satellite positioning timing mode, remote network NTP timing mode, and manual timing mode. The embedded clock module of the device has the function of not losing power failure information.
*The radar has the function of detecting abnormal health status and posture alarms: The radar can upload its own working voltage, temperature, radar scanning method, installation position, communication situation, and installation posture in real-time to the central platform for display and analysis. Once the equipment changes its working posture due to external factors such as vibration, impact, or shaking, or if there is an overvoltage, overcurrent, temperature, or position change that exceeds the allowable range set by the system, the equipment will immediately send an alarm message to the upper platform or third-party platform, informing the management personnel that the equipment is in an abnormal working state and requiring them to maintain or repair the equipment as soon as possible to return to the optimal working state.
Applications:
highways, high-speed railways, security, industrial