ADANI

Анонсы

The problem & the religio-cultural challenge

The scanning machines should be able to detect a wide variety of materials and objects, and should do so at the lowest radiation dose possible

Philip Baum reviews the solutions available and considers how they might best be incorporated into the passenger screening checkpoint

Protected US Patent US 7,397,892 B2

Using only walk-through metal detectors for personnel inspection no longer meets the today´s requirements for security entrance of guarded buildings or territories. Nowadays nonmetallic weapons, plastic and liquid explosives are widely used by terrorists. Dangerous items can be concealed not only under clothes but in body cavities and prosthetic devices.

SECRETTRAP

• The innovative all-encompassing technology for personnel security screening based on the use of  low dose X-ray transmission radiation
• Considerably improves and simplifies the checkpoint inspection process and simplifies it
• Makes it possible to “see” what is concealed under the cloths and to look “into” the person and in prosthetic devices 

Detectable items

• Weapons (bombs, guns, knives etc.) made of metals, ceramics, plastics, wood and other materials
• Any objects that can be used as weapons (needles, nails, scissors etc.)
• Components of blasting assemblies, detonators, wires, etc.
• Explosive inside the body
• All objects that can be considered as dangerous or prohibited for a particular use

Benefits

• Consistently faster passage through the checkpoints – 50 % and more increase in throughput
• Maximizes security and eliminates a need for physical searches including persons with cast devices
• X-ray images with absolute person privacy consideration
• Extremely low radiation dosage for personnel inspection (less than 0.25 µSv per screening)