RU209466U1 - MINO DETECTOR WITH ILLUMINATION - Google Patents

Abstract

The claimed utility model relates to the field of mine detector alarm means, the operation of which is based on duplicating the sound signal by means of light - the glow of a green signal diode lamp located on the lower side of the search element frame in the technological recess, providing illumination of the search area when explosive objects are detected. The proposed technical solution is to increase the reliability and versatility of the device.

Description

The utility model relates to mine detector alarm means, the operation of which is based on the duplication of the sound signal by the light method - the glow of a green diode signal lamp when explosive objects are detected.

The positive effect of the introduction of mine detector illumination will significantly increase the efficiency of search and detection not only via the audio channel in head phones or through the built-in sound emitter, but also visually in the illuminated search area for explosive objects, anti-tank and anti-personnel mines installed in bushes, grass, fords, on shaded areas, as well as when searching at dusk, at night and other conditions of limited visibility, in abandoned buildings and structures, in caves and tunnels.

The proposed technical solution is new and useful, it allows to increase the efficiency of search and detection of explosive objects.

A device is known - a mine detector IMP - C2, RU 170 220 U 1, in which alarms are signaled by sound notification through headphones or through a speaker and visually by means of displaying an indication of explosive objects on the liquid crystal screen of the search element.

The disadvantage of notification via the sound channel, through headphones, is the difficulty of simultaneously perceiving the environment when searching for explosive objects in the presence of environmental noise - the movement of equipment, the sounds of battle, explosions of mines and shells.

The objective of the utility model is to transmit an alarm signal about the detection of explosive objects not only through the auditory canal through headphones or through a built-in sound emitter, but also by duplication by light, the glow of a green signal diode lamp (3) - a green backlight located on the underside of the search engine element (1) (Fig. 2), which provides an additional opportunity to conduct reconnaissance and observation of the place of detection of an explosive object, without losing communication with the environment.

The solution to this problem is achieved by the fact that when an explosive object is detected, the signal processing unit (2) (Fig. 2) supplies power to turn on the sound alarm through headphones or a built-in sound emitter and at the same time a light alarm - a green signal diode lamp (3) (Fig. .2).

In this case, a green diode signal lamp (3) (Fig. 2) is used, which ensures the covert work of the operator during reconnaissance and search for explosive objects.

A green diode signal lamp (3) (Fig. 2) is located on the lower side of the search element frame (1) (Fig. 2), in a technological recess, allows to reduce the light flux and light spot directly at the surface and ensures the covert work of the reconnaissance operator , inspection and study of a limited area of the terrain directly located under the frame of the search element (1) (Fig. 2) and near it.

The signal processing unit (2) (Fig. 1) provides for the placement of a switch for the signal diode lamp (3) (Fig. 2) in order to ensure the operation of the mine detector in the normal mode, when the conditions of the environment do not provide or do not require the use of mine detector illumination.

The structure is shown in the drawings below: FIG. 12.

A mine detector with illumination, consisting of a search element (1) (Fig. 2), a signal processing unit (2) (Fig. 2), a power supply unit, headphones, differs in that on the lower side of the frame of the search element (1) (Fig. . 2), in the technological recess there is a green signal diode lamp (3) (Fig. 2), connected to the signal processing unit (2) (Fig. 2), receiving power from the signal processing unit (2) (Fig. 2) simultaneously with the signal coming to the headphones or to the built-in sound emitter when explosive objects are detected.

It follows from the above that the claimed technical solution "Illuminated Mine Detector" has all the criteria of a utility model, since:

- the technical solution, together with the restrictive and distinguishing features of the utility model formula, is new for reconnaissance and search instruments and, therefore, meets the "novelty" criterion.

- the implementation of the claimed device does not present any structural, technical and technological difficulties, which implies compliance with the criterion of "industrial applicability".

Bibliography

1. Technical description and operating instructions YL.471.733 TO, 1995

2. RU 170220 U1, 09/02/2016.

3. RU 159006 U1, 04/08/2014.

4. RU 188894 U1, 09/18/2018.

Claims (1)

Illuminated mine detector, consisting of a search element, a signal processing unit, a power supply, headphones, characterized in that on the lower side of the search element frame, in the technological recess, there is a green signal diode lamp connected to the signal processing unit, powered by the unit signal processing simultaneously with the signal coming to the headphones or to the built-in sound emitter when explosive objects are detected.

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