UZOR optic defence laser audio

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Aluminium girders packed into the cover with the dimensions 1800-300-300 mm (weight - up to 10 kg). Also there are 2 tripods, notebook etc.

UZOR package -  pelican case  (dimensions 795-520-310 mm; full weight - up to 25 kg).

Speech Level 74 Db
Difference plus_minus    3 Db
Power output range   20 Hz - 20 000 kHz
Acoustic power consumption -  30 W

Acoustic signal transmitter technical data:

Power consumption  - 50 mW
Working time - not less than 3 hours
Weight (without tripod) - 3,6 kg

Information receiver and processor unit technical data:

IR laser: wave length -  = 0,68 mkM
Laser Power output - not less than 10 mW
Transmitter: wave length -  = 0,9 mkM
Frequency 250 - 5000 Hz
Power consumption -  20 mW
Working time - not less than 100 hours

Signal simulation technical data 

On the second stage, You need to count  by acoustic vibro-optic channel on the preselected borders for the surveillance_possible area. System to make a tests for the leakage by using the laser surveillance kit  ?UZOR-OT? - consists of signal simulator placed on the testing window, test signal transmitter and a special receiver.

Signal simulator is the device that transfer the acoustic test signal, received from the measurement accelerometer which is placed on the glass, to the optic impulses and transmits them  from the defending area/room through the window to the possible danger area / zones of receiving. Signal simulator is placed in the optic- angles of the window while researching.

Information receiver and processor (speech info processor) unit uses to catch a test low-frequency signal, needed to research the possibility to detect the speech signal/data with the most popular methods nowadays. This unit is placed beyond the defending area, at the marks on the counted border of the surveillance_possible area. Unit is catching the optic beam, created by the signal simulator, using justifying mechanism and a scope.

Results of photographic search are going to the notebook and then processed by special alorithm. With the preselected angle (selection is made by Operator), counted by this algorithm data of danger_distances used to count the Total risk for the defended area.

So, You will receive the maximum result by using the picture with the danger_zones on the real area image . The Result is a photo of the searched area, with the objects that lies within the selected angles and ranges are shown in different colours. An image from the searched area with the coloured zones of interest/danger is showing on display and might be printed in colour.

On the first stage, in the defending room You need to place the UZOR-ZR system, which main idea is to provide the photographying the area of interest (for Selected window) including the selection of angles and distances. The main part of UZOR-ZR is a Photo-Registration Module, consists of professional digital photo camera, girders and mount pads, that could provide the photographying the selected area the windows with "wide" from 1,20 till 2,00 m. Also, there is a notebook with the special LINZA software installed and colour printer.

Work with this system consists of 2 stages (UZOR-ZR and UZOR-OT).

Just Emulate the Danger and think as Your Enemy thinks, but step ahead.

This is unique system - NO analogues on the world market.

"UZOR" optics defence complex provides instrument appreciation of the zones of availability of reconnaissance of optical sounding system of verbal reconnaissance by methods of stereophotogrammetric location followed by the estimation of the residual articulation at the borders of estimated zone of the availability of reconnaissance.

"UZOR" optics defence complex to find the laser audio surveillance