RU221311U1 - Telescopic probe assembly - Google Patents

Abstract

The utility model relates to engineering weapons and can be used to detect mines and clear them. The technical objective of the utility model is to increase the efficiency of the operator when conducting engineering reconnaissance of the territory for the presence of explosive objects and inspecting dangerous areas for the installation of mine-explosive devices, especially in conditions of armed conflict, reducing the time for inspecting and clearing the demining area, increasing autonomy and functionality for conducting reconnaissance of places where a mine-explosive device or improvised explosive device is likely to be installed. The technical problem of the utility model was solved by upgrading the handle of a telescopic probe by installing a removable device on it, similar to a fan-type rake, which allows you to safely remove the surface layer (leaves, branches and other debris) masking the intended installation location of a mine-explosive device, as well as modernization of attachment of the tip to tips with a frontal ejection function by installing an automatic system inside the tip to facilitate preparation and reduce the time of deployment of the device for operation. This design reduces the time required to inspect and clear the demining area, increases autonomy and functionality for conducting reconnaissance of possible installations of a mine-explosive device or an improvised explosive device. Thus, the prefabricated telescopic probe makes it possible to increase the efficiency of the operator’s actions when conducting engineering reconnaissance of the territory for the presence of explosive objects and inspecting dangerous areas of the terrain for the installation of a mine-explosive device, especially in conditions of armed conflict, reduces the time for inspecting and clearing the demining area and increases autonomy and functionality for conducting reconnaissance of places where a mine-explosive device or improvised explosive device is likely to be installed.

Description

The utility model relates to engineering weapons and can be used to detect mines and clear them.

There are known devices for detecting mines with means of penetration into the soil and methods of their manufacture according to Patents RU 2081385 dated 06/10/1997, 2147364 dated 01/25/1999 F41H 11/16, US 4727940 A, 03/01/1988, FR 2225713 A, 08.11.1974, de, dee 2310332 A1, 10/24/1985, RU 2500974 dated 08/13/2012, F41H 11/16. The known devices are low-tech with a limited scope of work and reconnaissance of an area to detect an explosive object.

The technical objective of the utility model is to increase the efficiency of the operator when conducting engineering reconnaissance of the territory for the presence of explosive objects and inspecting dangerous areas for the installation of mine-explosive devices, especially in conditions of armed conflict, reducing the time for inspecting and clearing the demining area, increasing autonomy and functionality for conducting reconnaissance of places where a mine-explosive device or improvised explosive device is likely to be installed.

The technical problem was solved by modernizing the handle of a telescopic probe by installing a removable device on it, similar to a fan-type rake, which allows you to safely remove the surface layer (leaves, branches and other debris) masking the intended installation location of a mine-explosive device, while the tip is made with the possibility of frontal ejection of the tip, to facilitate preparation and reduce the time of deployment of the device for operation.

The utility model is illustrated in Figures 1, 2, 3, 4 - assembled telescopic probe.

In fig. 1 shows a telescopic probe containing: pos. 1 - sting; pos. 2 - tip with a pressure device (button) for reversing the tip; pos. 3 - fiberglass body; pos. 4 - axis with a fan-type rake handle; pos. 5 - working surface of a fan-type rake.

In fig. 2 shows a telescopic probe containing: pos. 1 - the sting is made of multilayer metal and is used for probing (piercing) soil or snow in order to detect a mine-explosive device by contact method; pos. 2 - tip with a pressure device (button) intended for reversing the tip; pos. 3 - the tip body is made of fiberglass, which makes the design significantly lighter in weight, in contrast to analog metal and wooden bodies; pos. 6 - tip with the function of frontal tip ejection; pos. 7 - safety bracket, designed for involuntary pressing on the device and its ejection; pos. 8 - the spring is designed for the reciprocal translational motion of the tip, with bushings.

In fig. 3 shows a telescopic probe containing: pos. 9 - the axis of the regulating mechanism is made of aluminum material, intended for the movement of a fan-type rake in the working plane; pos. 10 - adjustable mechanism with a stopper, designed to block the adjusting mechanism; pos. 4 - axis with a fan-type rake handle; pos. 11 - guide rake of the fan type, designed for uniform deployment of the rake of the fan type; pos. 5 - working surface of a fan-type rake.

In fig. 4 shows a telescopic probe containing: pos. 4 - axis with a fan-type rake handle; pos. 9 - the axis of the regulating mechanism is made of aluminum material, intended for the movement of a fan-type rake in the working plane; pos. 10 - adjustable mechanism with a stopper, designed to block the adjusting mechanism; pos. 11 - guide rake of the fan type, designed for uniform deployment of the rake of the fan type; pos. 5 - working surface of a fan-type rake.

This design reduces the time required to inspect and clear the demining area, increases autonomy and functionality for conducting reconnaissance of possible installations of a mine-explosive device or an improvised explosive device.

The technical result is a reduction in time for inspection and clearance of the demining area and increases the autonomy and functionality for conducting reconnaissance of places where a mine-explosive device or improvised explosive device is likely to be installed.

Claims (1)

The probe is a telescopic assembly, consisting of a body, a tip for reversing the tip on one side, a working surface of a fan-type rake on the opposite side, and the tip is designed with the possibility of frontal ejection of the tip.