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Monday, 04 February 2019

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Tempestini Sys consiglia

Tempestini Solutions website Training - Corsi

Molecular system for localization of substances at a distance


sist-molecolare-distanza01.jpgThis array is capable to identify the molecular structure of the tested sample ONLY. Insulating and reproducing the elecstrostatic “signatore” of the sample.

For example notices that the left tab is permeated with the electrostatic “signature”of the substance sample, which is itself “trapped” inside the plastic bag. Once insulated, the electrostatic “signature” of the substance sample, it can be easily be noted that , if shaked/placed  upon a sensor, acts  for “seeking” the real once. It is therefore the creation of measuring tool, which is able to “charge electrostatically” and then follow the “movement” of the substance’s molecules.

A real, simple and effective tool, made in though  material ABS type.
The antenna is in metal and free to move horizontally on its support.
The molecular flow sensitive to the substance will attempt to find “ the shortest way” through the antenna’s stylus.

The system has already been used in various situation  such as:
  • Airports
  • Frontier areas
  • Ports
  • Containers Control at ports
  • Sensitive urban areas
  • Government Buildings
  • Buildings of strategic relevance
  • Ports
  • Highways
  • Sensitive urban areas
The main purpose of the system is to narrow the search area as possible with minimum time.
The operation of the system is based on magnetic fields in nature. In particular, the fields "dia" and "para" magnetic detector which uses associated low energy.

The detection system, comprising a container and a directional antenna, comes with a series of "tabs" highly receptive fields generated by diamagnetic substances. In other words, it is directionally sensitive, it is able to tune the magnetic polarity emitted by explosives because the magnetic fields as either the “dia” and the “para” magnetic fields generated by them tend to repel each other.

Static electricity emitted by the human body is not used to detect real, but only for activation of cards.
You can use one or more tabs at once depending on the type of research to be conducted. In the presence of explosives, the cards contained within the system, activated by static body, will direct the antenna towards the area.
Once identified the area at risk and before you start your search, you must draw on a sheet of graph paper, a perimeter of a rectangular or square and whose length does not exceed 500m.

Then, it should draw a second perimeter that contains the one before. The space between the two perimeters represent the route ahead.
The equipment must be taken with the right hand if the area originally indicated to the left of our direction or viceversa with the left hand if the area is marked on the right.

Proceeding slowly outside the perimeter and smaller within the larger one, the antenna will give a series of recommendations which will then be reported as straight lines on the sheet of graph paper.
In this regard it is appropriate to search using two people, one who works directly with the detector and the other showing the lines on the sheet.

Once accomplished the location and shown all the readings on the sheet, the result will get a rectangle (or square) where there are many lines that intersect, some perpendicular to each other, others oblique.
Where there are more lines that intersect (minimum three), those will be, to within 5m, areas potentially at risk.

To identify the precise point and the consequent elimination of the threat, you should resort to traditional systems in use (dogs, robots, etc..) Starting from points where the concentration of lines is greater.
Even if the explosives were found in places where the concentration of lines was higher, however, must not neglect those points where the concentration is lower.
The explosive in fact, may have been placed in several areas within the same area.

The main factor for an efficient search for the final identification of the explosive is given the interpretation of data, namely the lines drawn on paper.
The system is able to exclude or to report with certainty the presence of explosives within a fixed range, but their identification is in fact related to the accuracy with which lists the surveys and their correct interpretation.

It can do a quick check of even very large areas.
In open spaces, traces of explosives can be detected at a distance of 500m.
At sea, the detection distance of up to 1500m and a helicopter can reach even the 4 Km.
It is also effective to a depth of 20m land, while across the water depth detection profit reaches 300m.
The detection is not affected by barriers of any kind and is effective through a wall of lead thickness of 5 meters.

The system can detect all existing types of explosives and has a service life of 24 hours. Activated by static electricity generated by the human body. The detection is carried out to the target point resulting in less risk for the staff. Ability to recognize suicide bombers on foot or driving. Maintenance very low.
The research, in most cases, does not hinder the other activities.

Limitation of the system
Low efficiency in overcrowded with people moving and inefficient at a distance too close to the target (3 meters). The system, among others, can be effectively used for control of ports, airports, stadiums and routes at risk.

It is very useful if research and monitoring in different port areas, namely when the objective is to ensure that through vehicles, passengers and catering services are not carried explosives on board ship.
The ship just arrived, can also be examined before disembarking passengers and unloading of goods.
In fact, if you were in possession of an early warning or detection distance of the ship had tested positive, you can make the landing more careful and controlled.