KR20120116755A - The remote control ammunition for exercising - Google Patents

Abstract

PURPOSE: A remotely operable practice ammunition is provided to be exploded with small fragments as V-shaped grooves are formed inside a pad. CONSTITUTION: A remotely operable practice ammunition comprises a remote trigger device(200) and a remote firing device(300). The remote trigger device is mounted to a launching tube(300a) of a remote operable launcher. The remote trigger device wirelessly sends a shoot command in order that the practice ammunition is exploded in the air. The remote firing device receives the command from the remote trigger device. The launching tube is installed in the remote trigger device, and the practice ammunition is fired by air pressure.

Description

The Remote Control Ammunition For Exercising}

The present invention relates to a remote control for practice remote operation remote control, in detail inserted in the launch tube of the remote operation launcher with a practice remote operation control bullet having a form similar to the grenade, as shown in Figure 2 When the remote operation launcher receives the signal by the firing signal of the trigger and fires a control bullet waiting in the launch tube by the received signal with air pressure, a pad is provided at the bottom to prevent damage of the bullet caused by the firing pressure. By exploding the bullet at the correct destination by the role of the pad to provide the same effect as the field drill,

The outer wall of the pad is rounded to protect the body by inducing evenly distributed air pressure in direct contact with the launch, and the inside of the round-shaped pad has a plurality of 'V' which induces the control bullet to become small fragments during an air explosion. It relates to a practice teleoperation control bullet, which is formed by forming a groove so that it can be easily and decomposed into small broken pieces.

Conventional anti-personnel mines were installed in the anticipated infiltration paths of the enemy, and they were buried and operated for the purpose of blocking the enemy's advancement and defense of allies. However, the mines were difficult to detect mines (buying in the ground). Landmines are not allowed to be used and are currently suspended.

In order to solve the problems described above, the present invention develops and deploys a practical remote operation control bullet as a substitute and installs it in advance in an anticipated penetration path of the enemy, and then selects a target to attack by remote control by wireless, so that the existing anti-personnel mines Otherwise, remote operation control bullets were used for the purpose of killing, which is not dangerous in itself, is easy to track, remove, dismantle and reuse, and is not limited by international conventions that prohibit the use of anti-personnel mines. Since the control bullets are considered dangerous during training, they are replaced and used with practice remote operation control bullets considering the training situation in preparation for actual situation, thus minimizing environmental pollution and ensuring safety during training. It is to provide a practice remote operation control bullet.

In order to achieve the above object, the present invention applies an eco-friendly (biodegradable) material to the pad, but the structure forms a rounded outer wall to protect the body by evenly dispersing and inducing direct air pressure, and controlling the inside of the pad. By forming a number of 'V' grooves, which induces the coal to form small fragments during an air explosion, small broken fragments are easily decomposed into biodegradation (biodegradation) with safety and materials that do not become safe and environmental pollution of fragments during training. By using the object is achieved.

The present invention has a pad structure that is reinforced to explode at an accurate launch point, so that the control shell that is operated remotely creates the same training effect as the actual control shell, and also the body is made of soil (molded body) and pad (biodegradable material). It is possible to reduce the cost compared to actual control shells by distributing control shells made of), and to induce and form the size of fragments scattered during explosions to facilitate natural decomposition (using eco-friendly materials) to prevent environmental pollution. In training, trainers are effective in ensuring safety to eliminate injuries caused by debris.

1 is an exploded perspective view of the present invention.
2 is a cross-sectional view of the present invention.
3 is a remote-operated control missile launcher and a remote bomber for implementing the present invention.
4 is a cross-sectional view and a bottom view of a main portion of the present invention.
5 is an embodiment of the present invention.

The present invention relates to a practice remote operation control bullet, the remote control by the firing signal of the remote trigger 200 if the standby in the state in which the control shell 100 is inserted, mounted in the launch tube (300a) of the remote operation launcher 300 When the operating launcher 300 receives a signal and fires the control bullet 100 that has been waiting in the launch tube 300a by the received signal at pneumatic pressure, it is used for supporting the lower portion of the control bullet to prevent damage caused by the firing pressure. The pad 40 is provided to prevent damage to the control bullet 100 and to explode at an accurate destination, so that the pad 40 may be configured to provide the same effect as the actual training.

Hereinafter, with reference to the accompanying drawings.

As shown in Figs. 1 and 2,

The control bullet 100 is a fuse 20 to accommodate the primer 20a, the retardant 20b, and the detonating agent 20c to have the function of the grenade, the upper portion of the fuse 20 is the adapter 10 It is coupled to the inner diameter, the lower portion of the outer diameter of the adapter 10 is coupled to the pad 40 integral with the body 50, the waterproof packing 30 is the fuse 20, the adapter 10, the pad 40 Composed of a control bullet 100 to be in a pressurized state.

3 is a configuration of the pad 40 integrally formed with the carcass 50. The outer wall protecting the carcass 50 is evenly distributed and the outer wall protecting the carcass 50 is formed in a round 40a, and the fired carcass 40 is exploded. When the V groove 40b is projected on the inner wall so that the fragments are broken small.

The pad 40 is intended to reduce environmental pollution by using environmentally-friendly resin (biodegradation) as a material and the carbon body 50 using soil as a material.

4 is a remote launcher 200 for commanding the firing of the control gun 100, and in the remote launcher 300 for receiving a signal sent from the remote launcher 200,

The remote bomber 200 which wirelessly signals the command to fire the control bullet 100 and the remote launcher 300 which receives the launch command signal transmitted from the remote trigger 200 are received the launch command. It is characterized by consisting of a plurality of launch tubes (300a) so as to fire a single or multiple firing practice control bullet (100) stored in the launch tube (300a) by a signal.

In addition, the material of the fuse 20 may be selected from among birch, maple, teak, MDF, metal material, and the reason of using the birch, maple, teak, MDF is because of the excellent rigidity of the material.

The carcass 50 is made of soil, and the pad 40 is made of eco-friendly resin to minimize environmental pollution due to debris after blasting.

As an example, as shown in Figure 5,

Insert the practice control bullet 100 into the launch tube 300a to be a single-shot or multiple-shot firing in a specified direction, and after loading the radio signal to the remote launcher 300 according to the firing command of the remote bomber 200.

The remote launcher 300 receiving the firing command from the remote launcher 200 fires the training control bullet 100 loaded inside the launcher 300a with the blow of the primer 20a at the air pressure.

The flame caused by the impact of the primer 20a is ignited after a predetermined time delay by the retarder 20b to ignite the bomb body 50 and the pad 40 due to the occurrence of the squeak and the squeezing force.

When the carcass 50 and the pad 40 explode, the V-groove 40b formed on the pad 40 causes the debris of the carcass 50 to be formed into small fine grains, thereby killing the debris of the carcass 50. By implementing the same training effect will be realized.

DESCRIPTION OF THE REFERENCE SYMBOLS
100 control bullet
10: adapter
20: fuse 20a: primer 20b: retardant 30c: binge drink
30: waterproof packing
40: pad 40a: round 40b: V groove
50: bullet
200: remote trigger
300: remote launcher 300a: launch tube

Claims (5)

It is mounted on the launch tube of the remote operation launcher, the remote control fired at the target point of the practice control bullets 100 in the firing standby state (200) and wirelessly send a firing command to the air to explode, the signal transmitted from the remote trigger Remote launcher 300 that receives the, and equipped with a plurality of launch tubes (300a) in the remote launcher 300 is controlled, the practice remote operation control, characterized in that the control bullet 100 is fired from the launch tube by the air pressure burnt. The method of claim 1,
Control bullets 100
The upper portion of the fuse is coupled to the inner diameter of the adapter 10, the lower portion of the adapter in the fuse 20 to accommodate the primer 20a, the retardant 20b, the detonating agent 20c to have the function of the grenade The pad 40 is integral with the body 50 is coupled, the practice remote, characterized in that consisting of a waterproof packing 30 shielding the through hole of the adapter and the pad in a pressurized state to the fuse and the adapter and pad. Operational control shots. The method of claim 2,
The pad 40 has an outer wall formed in a round 40a to protect the car body by inducing a uniform dispersion of air pressure during firing, and the inner wall has a plurality of 'V's that induce carb debris particles into fine particles when the car body is blasted. Practice remote operation control bullet, characterized in that the groove (40b) is formed. The method of claim 2,
Fuse 20 is made of any one of birch, maple, teak, MDF, metal material, if necessary, the metal material, the body 50 is the soil material, pad 40 is an environmentally friendly resin The practice remote operation control bullet, characterized in that the natural decomposition is made to the material to prevent environmental pollution. The method according to claim 2 or 4,
Fuse 20 is a flame generated after hitting the primer 20a due to air pressure, the retardation of the retardant 20b, the explosive air due to the sequential explosion due to the explosion of the sound-absorbing agent (30c), remote control for practice burnt.

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