2. 1 Body Scanning System Global Security

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4. 3 The Goal To detect any suspicious objects (including non-metal ones) or substances the possession of which is prohibited by law making one try to hide them somewhere in his/her clothes, footwear, on or inside the body. Special case screening of those who wear prosthesis, plaster, etc., is also desirable.

5. 4 The Solution Screener based on penetrating X –ray radiation keeping a person under screening away from any undressing, also allowing an “easy standing” posture. There are no parts hidden to inspection even inside the body. WE HAVE THE SOLUTION

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7. 6 Meanwhile the device is quite definitely to be the only solution capable of ensuring efficient and convenient screening. The challenge of applicability is in making the dose of radiation negligibly small even in comparison with the natural radiation background. In other words, possibility of super-low-dose examination is the key to a large-scale application of the X-ray screeners.

8. 7 Technical Concept  Possibility of detection of the suspecting low contrast objects out of body (in clothes) and behind densest parts.  Ultra low radiation doses, less than natural background.  Short inspection time (several seconds).  Convenient software for fast image analysis.  Absence of discomfort while inspection.  High throughput.  Safe for staff. Radiation level around installation less than 1 Sv/hr (no exceed level of luggage inspection systems ).

9. 8 Basic Specifications  Maximum height of scanning:2000 mm  Image width:800 mm  Channel size (resolution): 1х1 mm  Maximum scanning time:5 sec  Throughput: 2 persons/minute  Single-scan radiation dose:~ 0.5 µSv

10. 9 Radiation  Effective annual radiation dose other than that of medical studies may not exceed 1,000 µSv. The same annual figure is a certified standard for many West-European countries and the USA.  A single scan radiation dose is ~ 0.5 µSv. This means that exposing a person to at least 1000 scans a year with no damage to either law or health is possible.

11. 10 Operation For continuous and efficient working the examination work should contain 3 people team.  Shift Manager The senior of the team who is positioned behind the operating screen of the system.  Team Member 2 In charge of the examined and preparing them before entering the scanning system. He is also instructing them to put there baggage in the screening baggage which is aside.  Team Member 3 Assisting the shift manager to check the findings on the screen monitor.

12. 11 The shift manager is making sure, by a video camera that is installed inside the scanning system, that the examined person is standing in the right position. He is asking the examined person no to move by an intercom system. The shift manager is pressing the examination button "Screen". With the finishing of the screening an indication light is let inside the screening system, confirming the examined person to Exit. If needed the examined person is asked to show the suspicious items. The shift manager is confirming the next examined person to go in the screening system by the traffic light "Enter". Examination Performance

13. 12 1. Screening system 2. Shift manager stand point 3. Traffic light "Enter" 4. Video camera 5. Baggage screen 6. Line 7. Operator 8. Operator 9. Direction arrows on floor 10. Lightening massages display 11. Screening facility barriers

14. 13 Screening Procedure

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16. 15 Compression with other Systems Remarks Identification Feature Searching Time Radiation Rate The System Hidden items are not detected. Poor Picture Resolution (1/30 than EKDED) X3Very low Secure 1000 USA Hidden items are not detected. Required to take off the cloth. Very Poor Picture Resolution (1/100 than EKDED) X 2.5 Body Radar Scanning Safe Scout USA Hidden items within the shoes are not clear Poor Picture Resolution (1/15 than EKDED) Equal- Seconds) ) 5 Double than EKDED (1 micro Sv) Homo Scan Russia Hidden items within the shoes are not clear X 2.50.5 to 3 micro Sv Conpass Belarus