phorod75

Functional features: 1. Using multi-view X-ray source to work synchronously, irradiate the product from one vertical and two horizontal sources simultaneously, covering the whole area to the maximum extent, avoiding blind areas and improving the possibility of detection. 2. The multi-view X-ray source guarantees the detection of irregular foreign bodies because the absorption effect of irregular foreign bodies is different in different directions. 3. For foreign objects often close to the edge and bottom of the product or package, the angle light source of the multi-view X-ray foreign body detector uses the self-use area shielding technology to check the foreign objects at the edge to avoid false detection 4. The functions of X-ray cameras, the driver of X-ray linear array detectors, the acquisition and transmission of image data, and the image preprocessing algorithms are all implemented on the single-chip computer field-bus. It simplifies the structure of the system to the greatest extent, improves the reliability of the system, and reduces the failure rate of the equipment, which makes the system more reliable, stable and biased to maintenance. 5. Using high-speed video Cam eraLink interface protocol, the maximum image transmission speed reaches 1.6 Gbps, which ensures that the system has good real-time performance in high-speed detection. In addition, using Cam eraLink image acquisition card greatly enhances the universality and extensibility of the detection system. 6. The X-ray foreign body detection software based on Windows has been developed. Parameter setting control and mechanical control for X-ray foreign body detection and fast foreign body detection algorithm for X-ray images have been implemented. The human-machine interface is friendly. 7. It has the function of software self-learning, adjusting X-ray voltage and current parameters through automatic software analysis of the measured objects to ensure the best detection accuracy. 8. In addition to basic functions such as foreign body detection in the software department, it also has many auxiliary functions such as packaging defect detection, food defect detection and weight analysis. 9. The software has many functions such as product parameter storage, image storage, detection log storage and product quality evaluation management. 10. There is no product effect and the detection ability is not susceptible to electromagnetic interference. 11. X-ray leakage is small, conforms to international standards, does not cause harm to operators, etc. Scope of application Industrial use With the X-ray penetration ability, hard foreign bodies such as bone, plastics and all kinds of metal foreign bodies can be detected with higher sensitivity and stability, helping you to improve the quality of finished products more effectively. Not only can foreign bodies be detected in foods (such as meat products, aquatic products, fruits and vegetables, additives, milk powder, chocolate, etc.), including metals, glass, ceramics, stones, bones, plastics, etc. It can also identify product defects, such as packaging cracks, bubbles, content defects, etc. Complete product detection is achieved. Widely used in food industry; Pharmaceutical industry; Textile industry, integrated circuit board and other industrial industries. Quality control in the food industry to meet HACCP and IFS certification requirements to identify product defects, such as product damage, product distortion or product missing, to eliminate potential product quality hazards. Public places security purposes Designed for important places such as tourist attractions, sports and cultural sites, conference centers, Expo centers, baggage parking, shopping malls, hotels, etc. Specially used for security inspection in courts, procuratorates, prisons, detention centers, stations, airports, docks and other places Applications in Medicine (1) The application of X-ray diagnostic X-ray in medical diagnosis is mainly based on the penetration, differential absorption, photosensitivity and fluorescence of X-ray. Because X-rays are absorbed to varying degrees when they pass through the human body, such as more X-rays absorbed by bones than by muscles, the amount of X-rays that pass through the human body is different. This portability carries information about the density distribution of all parts of the human body, and the intensity of the fluorescence or sensitization caused on a fluorescent screen or photographic film varies greatly. As a result, shadows of different densities will appear on the fluorescent screen or on photographic film (developed and fixed). According to the contrast of shadows, combined with clinical manifestations, laboratory results and pathological diagnosis, we can judge whether a part of the human body is normal or not. As a result, X-ray diagnostic techniques have become the world's first non-flaky visceral examination technology. (2) When X-ray therapy is applied to the treatment, mainly based on its biological effects, the irradiation of cell tissues in part of human lesions with different energy of X-ray can destroy or inhibit the irradiated cell tissues, thus achieving the therapeutic purpose for some diseases, especially for tumors. (3) While X-ray protection is being used, problems such as hair loss, skin burns, visual impairment of workers, leukemia and other radiation injuries have been found. In order to prevent the harm caused by X-ray, corresponding protective measures must be taken. These constitute the three main links in the medical application of X-ray–diagnosis, treatment and protection.Security Inspection Machine website:http://www.aoshitest.com/security-inspection-machine/