乘用车/（固定/移动式）货运车成像检测系统

IS-PV300/TV500/700

乘用车检测系统采用核辐射成像技术对车辆进行射线透视扫描，可靠地获得被检测车辆的高分辨率清晰透视图像。
图像清晰、分辨率高、对比度高，可以区分车辆。车辆本身（如油箱、立柱等）和车载物体可以看到车内所含的危险物品，如武器、爆炸物等，并且没有可观察的盲点，可以完全覆盖整个车辆。
系统部署考虑了现场使用的便利性。车辆入口处设有操作台。前端引导人员负责在车辆准备就绪后启动检查流程，并可全程观察整个检查过程。一旦发现检查中的异常，可以立即停止检查过程。在完成车辆成像图像的判读后，后端车辆图像解释器可以通过控制台与前端引导器进行通信，并可以通过相应的警告信号给出判读结果。
先进的图像采集和处理系统。对于被检查车辆的透视图像，采用适合车辆检查的图像处理算法，开发出局部放大、灰度变换、边缘增强等多种图像处理功能，提供丰富的图像处理功能以方便安全人员进行图像处理识别。
广泛应用于公安、海关、监狱、关口、检查站或临时卡口等。

产品详情

The passenger vehicle inspection system adopts nuclear radiation imaging technology to perform ray fluoroscopy scanning of the vehicle, and reliably obtain high-resolution clear fluoroscopy images of the inspected vehicle.
The image is clear, high resolution, and high contrast, which can distinguish between vehicles. The vehicle itself (such as fuel tanks, pillars, etc.) and vehicle-mounted objects can see the dangerous goods contained in the vehicle, such as weapons, explosives, etc., and there is no observable blind spot, which can fully cover the entire vehicle.
The system deployment takes into account the convenience of on-site use. An operation console is set at the entrance of the vehicle. The front-end guide personnel is responsible for starting the inspection process after the vehicle is ready, and can observe the entire inspection process throughout the process. Once an abnormality in the inspection is found, the inspection process can be stopped immediately. After completing the interpretation of the vehicle imaging image, the rear-end vehicle image interpreter can communicate with the front-end guide through the console and can give the interpretation result through the corresponding warning signal.

Advanced image acquisition and processing system. For the perspective image of the vehicle being inspected, image processing algorithms suitable for vehicle inspection are used to develop a variety of image processing functions, such as partial magnification, grayscale transformation, edge enhancement, etc., to provide rich image processing functions to facilitate the security personnel to perform image processing recognition.


Stationary cargo & vehicle inspection system equips an electronic linear accelerator (Linac) and a new solid detector, which uses dual-energy X-ray and advanced material discrimination algorithms to achieve the perspective scanning and imaging of cargo vehicles, and the identification of contraband goods with less intrusion and disturbance. 

The system can scan and imaging standard container vehicles and various box trucks. The system work on drive-through mode, the driver drives through the scanning channel directly with a speed in a range of 7km-15km. Compare with the traditional drag mode inspection system, the inspection speed was accelerated and the civil work is much less. 

There are two scanning methods: dose switch scanning and automatic cab exclusion scanning. For dose switch scanning, both truck cab and cargo container are scanned, the scanning dose level automatic switch from lower to higher while scanning cargo container. For automatic cab exclusion scanning, only cargo container is scanned with a higher dose level. 

The system is safe to inspectors and the public since the radiation shield wall was constructed along with the inspection channel, and it has been widely applied for the inspection of vehicles at customs, ports, public security organizations and the logistics industry.


  • Larger throughput, no less than 120 cargo vehicles per hour
  • Radiation safety for the driver, has the function of automatic truck cab exclusion
  • Dual-mode design, one key switch between dose switch scanning mode and automatic cab exclusion scanning mode
  • Strong penetrability, suitable for high-density object scanning, high resolution and good stability
  • IDE technology, support material discrimination
  • Advanced management mode for centralized image analysis
  • Advanced algorithm for intelligent image analysis
  • Abundant system integration interface
  • An economic optimal solution for high throughput checkpoint