X-ray orientation analyzer is mainly divided into two types: one-piece machine and split machine; the machine head is usually 50-70CM, the machine is designed with a hand-held design, and it is placed on the plane during work. The two ends of the machine are respectively emitting and receiving X-rays. After processing, it is observed by a self-contained image intensifier of the machine. For some X-ray Orientation Analyzer, AV video output or USB output can be connected to computer processing or connected to printer printing. Such one-piece machine can be stored and carried in a special suitcase when not in use; another type of split machine is mostly used in the industrial inspection industry (industrial inspection X-ray machine), and the machine is placed on the left and right ends of the horizontal plane or on the special workbench. For testing, the volume is slightly larger than the one.
    There is no product effect, and the detection capability is not susceptible to electromagnetic interference. X-ray leakage is small, in line with international standards, and will not cause damage to operators. The software has many functions such as product parameter storage, image storage, detection log storage and product quality assessment management. The absorption effect of X-rays in different directions is different for irregular foreign objects, and the multi-view X-ray source ensures the detection of irregular foreign objects.
    X-ray orientation analyzer mainly uses X-ray penetration, integrated optoelectronic technology, fusion computer, digital signal processing and other technologies to distinguish, extract and discriminate image information through visual and pattern recognition, and finally realize mixed in food. Handling of foreign objects or missing products.
    In addition to basic functions such as foreign object detection in software, it also has many auxiliary functions such as packaging defect detection, food defect detection and weight analysis. The X-ray orientation analyzer has a software self-learning function to adjust the X-ray voltage and current parameters through automatic software analysis of the measured object to ensure the best detection accuracy. Synchronous operation is carried out by multi-view X-ray source, and the product is irradiated simultaneously by one vertical direction and two horizontal ray sources to cover the entire area to the greatest extent, and the blind area is prevented from increasing the probability of detection.
    The X-ray foreign object detection machine software based on Windows was developed, which realized the parameter setting control and mechanical control of X-ray foreign object detection and the rapid foreign object detection algorithm of X-ray image. The man-machine interface is friendly. For foreign objects, which are often close to the edge or bottom of the product or package, the multi-angle X foreign object detectors use self-use area shielding technology to detect the foreign objects at the edges to avoid false detection. The X-ray foreign object detector adopts the high-speed video CameraLink interface protocol to achieve a maximum image transmission speed of 1.6 Gbps, ensuring good real-time performance of the system in high-speed detection. In addition, the use of the CameraLink image acquisition card greatly enhances the detection. System versatility and scalability.
    The X-ray orientation analyzer adopts a highly integrated pure digital solution to realize the function of the X-ray camera. The driving of the X-ray line array detector, the image data acquisition and transmission, and the image pre-processing algorithm are all realized on the single-chip FPGA. It greatly simplifies the structure of the system, improves the reliability of the system, and reduces the failure rate of the equipment. The system is more reliable, stable and partial to maintenance.