KR102186107B1 - Alternate Tester to the mock bomb for explosive effect for inspecting Miles equipment - Google Patents

Abstract

The present invention relates to an Alternate Tester to the mock bomb for explosive effect for inspecting Miles equipment, and a body compatible with the Miles equipment; And an LED light source unit located at one end outside the body and capable of observing a light-emitting effect from the outside by protruding an LED; and And a PCB terminal including a terminal exposed to the other end of the body to input power of the Miles device to the tester.
Therefore, during the inspection of the Miles equipment, safety is sought through electronic verification methods other than explosions and explosions caused by explosives, and smooth use in the interior is possible. In addition, since there is no need to remove the internal gunpowder, the efficiency of use has been improved, and a semi-permanent use is possible by replacing a tester using the light-emitting effect of LED without using a disposable wick. In addition, the tester adopts a shape and size that can be replaced with an actual explosive effect depicting bullet to ensure convenience between use.

Description

Alternate Tester to the mock bomb for explosive effect for inspecting Miles equipment

The present invention relates to a tester that is combined with Miles equipment used in a scientific combat training team to replace an explosive effect description bullet that depicts a fire and damage effect similar to a combat situation when shooting/attacking equipment and used for equipment inspection.

The Miles (Multiple Integrated Laser Engagement System, Miles) device is a device that enables simulated military exercises such as actual combat using laser launchers and detectors. When a blind bullet is fired with a firearm equipped with a laser launcher, a laser is emitted from the launcher that senses the vibration. The feature of Miles equipment is that it can simulate a real-world situation without damage to personnel and equipment. In training using Miles equipment, the practicality of the training is improved by mainly operating the counter force, which is a virtual enemy.

The explosive effect description bullet is an active textbook developed to describe the effects of firing and damage similar to the combat situation when shooting/hit with Miles equipment used in the Army's scientific combat training team. Description of the explosion effect The inside of the bullet is filled with gunpowder, and when the wick surrounded by the gunpowder is ignited by electricity, the bullet explode. Due to this, it describes the after storm with a smoke screen at the rear of the equipment along with the sound of a fire when shooting, and also provides a killing function. In addition, when hit, the damage indicator alarm sound is generated along with the explosion sound and smoke screen, and flash is generated.

The explosive effect ammunition was originally a training-only textbook used in actual training, but it has also been used when checking Miles equipment. This is because there was no effective tester that could separately check the equipment.

Specifically, in the past, the gunpowder inside the explosive effect was removed and inserted into the Miles equipment to ignite only the wick to inspect the equipment. There was a hassle of removing the already filled gunpowder again, and there was always a risk of an explosion or fire accident due to the residual gunpowder that could not be removed inside the casing or the gunpowder leaked to the outside. In addition, the wick of the explosive effect description was a disposable and was wasted economically. In conclusion, it was very inefficient in terms of time and economy to repeatedly use the explosive effect ammunition between equipment inspections other than combat training.

Korean Patent Registration No. 10-0665185 (December 28, 2006, registration)

During the inspection of Miles equipment, safety is ensured through electronic verification methods other than explosions and explosives caused by explosives and smooth use indoors. In addition, since there is no need to remove the internal gunpowder, the efficiency of use has been improved, and a semi-permanent use is possible by replacing a tester using the light-emitting effect of LED without using a disposable wick. The tester adopts a shape and size that can be replaced with an actual explosive effect depicting bullet to ensure convenience in use.

In order to solve the above problems, the present invention is a tester that replaces the explosive effect for inspecting Miles equipment (Alternate Tester to the mock bomb for explosive effect for inspecting Miles equipment),

A body compatible with the Miles equipment; And

An LED light source unit located at one end of the body outside and through which the LED protrudes to allow observation of a luminous effect from the outside;,

A first resistance unit disposed in the LED circuit unit inside the body so that the Miles equipment can recognize the tester as an explosive effect depiction bullet;,

A power supply unit including an electrode exposed at the other end of the body outside the body to input power of the Miles device to the tester;

It characterized in that it comprises a.

Unlike the explosive effect description bullet, there is no internal gunpowder at all, so safety can be secured by completely excluding the risk of explosion of gunpowder during the inspection of Miles equipment, and this makes it possible to smoothly inspect the Miles equipment indoors.

In addition, since there is no hassle to remove the internal gunpowder again, time wasted during equipment inspection can be reduced, and thus the rotation rate of inspection can be remarkably increased. This can also be expected to reduce labor costs.

In addition, the tester can be used semi-permanently by using the LED protruding outward rather than the inner wick, and the defense budget consumed during scientific combat training is greatly reduced by preventing waste of explosives removed from the existing interior. Can be expected.

In addition, by using the light-emitting effect of the LED, it is possible to reliably determine whether the equipment is operating normally or malfunctioning. In the case of the existing explosive effect description, the bullet did not explode even though the equipment was operating normally due to the misfire of the wick or gunpowder, but in the case of the LED, the above problems occur due to excellent stability and durability. There is very little room, and the operation of the equipment can be checked visually and clearly due to the light emission of the LED.

In addition, it is possible to design simple and efficient and to recycle the casings of the existing explosive effect ammunition, thereby minimizing the cost required for production and manufacturing, and the use or inspection of the tester can be very easy due to the simple structure.

1 is a perspective view of a tester that replaces an explosive effect depicting bullet when inspecting Miles equipment.
Figure 2 is a cross-sectional view of the body of the tester replacing the explosive effect depiction bullets during the inspection of Miles equipment.
3 is a circuit diagram of the LED circuit unit.
4 is a perspective view of the Miles equipment.

Hereinafter, in the description of the present invention, when it is determined that the subject matter of the present invention may be unnecessarily obscured as matters apparent to those skilled in the art with respect to known functions related to the present invention, a detailed description thereof will be omitted.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, terms such as "comprise" or "have" should be understood as not precluding the possibility of existence or addition of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification. do.

Hereinafter, an embodiment of an alternative tester to the mock bomb for explosive effect for inspecting Miles equipment (hereinafter referred to as the tester) when inspecting Miles equipment according to the present invention will be described in detail with reference to the accompanying drawings. And, in the description with reference to the accompanying drawings, the same or corresponding components are assigned the same reference numerals, and redundant descriptions thereof will be omitted.

The tester 100 is composed of a body 110, an LED light source unit 120, a PCB terminal 130, and an LED circuit unit 140.

The body 110 has a cylindrical shape with a predetermined diameter and length, and a central portion protruding at a predetermined height and width along the outer periphery. It is a shape compatible with the Miles equipment 200 by replacing the existing explosive effect depiction bullet. In addition, the body 110 may be configured by recycling the body of the existing explosive effect depiction bullet.

The Miles equipment 200 is a known equipment. 4 illustrates an example of a typical shape for the Miles device 200, but is not limited thereto. The tester 100 is inserted into and coupled to the explosion effect depiction bullet coupling groove 210 of the Miles equipment 200.

The LED light source unit 120 is located at an outer end of the body 110, and the LED protrusion hole 121 is formed so that the LED 145 protrudes to the outside. Therefore, the light-emitting effect can be observed from the outside through the protruding LED 145.

The PCB terminal 130 is exposed to the other end of the body 110 and has a plate shape of two concentric circles on the same plane, the inner circle is the + terminal 131 and the outer circle is the-terminal 132 . As described above, when the tester 100 is coupled to the Miles equipment 200, the PCB terminal 130 is connected to the power of the Miles equipment 200, through which power is input to the tester 100. .

The LED circuit unit 140 is a circuit that allows the LED 145 protruding from the LED light source unit 120 to emit light, and is located inside the body 110.

Specifically, the LED circuit unit 140 will be described in detail according to FIG. 3 as follows.

First, the + terminal 131 and the-terminal 132 are directly connected to the + pole 141 and the-pole 142, respectively.

Next, the second resistance unit 144 is connected in series to the LED 145, and the series connectors 144 and 145 are connected in parallel with the first resistance unit 143.

The first resistance unit 143 is a means for the Miles device 200 to recognize the tester 100 as bullet. The Miles equipment 200 recognizes the explosive effect depicting bullet as a bullet according to the resistance value of the wick of the known explosive effect depicting bullet. Therefore, the tester 100 must have a resistance value equal to or greater than a predetermined value, such as a wick, so that the Miles device 200 can recognize it as a bullet. According to the results of several experiments, the first resistance unit 143 must have a value of 100Ω or more.

The second resistance unit 144 is a means for preventing damage due to excessive current flowing when the LED 145 emits light. A resistance value of 1000 Ω is appropriate, but it is not necessary, and any value can be adopted as long as the LED 145 is not damaged.

The LED 145 is a means for the tester 100 to emit light. The color of the LED 145 may be red to facilitate observation even over a long distance. In addition, it may be configured in plural so that it can be observed more clearly, in this case, a plurality of the LEDs 145 are connected in parallel to each other and connected in series to the second resistance unit 144,

100 tester
110 body
120 LED light source
121 LED protruding hole
130 PCB terminal
131 + terminal
132-terminal
140 LED circuit
141 + pole
142-pole
143 First resistance section
144 2nd resistance part
145 LED
200 miles equipment
210 Explosion effect description

Claims (1)

In the tester mounted on firearms/damage indicators when inspecting Miles equipment used in scientific combat training,
A body compatible with the Miles equipment; And
An LED light source unit located at one end outside the body, and the LED protrudes to enable luminous effect observation from the outside;,
A first resistance unit disposed in the LED circuit unit inside the body so that the Miles equipment can recognize the tester as an explosive effect depiction bullet;
A PCB terminal including a terminal exposed to the other end of the body outside the body to input power of the Miles device to the tester;
Miles equipment tester replacing the explosive effect depiction bullet, characterized in that it comprises a.

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