KR101648841B1 - SinGung Field Handling Trainer Equipment by Using Waste SinGung Tubes - Google Patents

Abstract

The present invention relates to equipment for training archery, which is a portable ground-to-air guided weapon used by the Army, the Navy (including the Marine Corps), and the Air Force of the Republic of Korea, and more specifically, to archery training equipment to allow the user to load a guided missile and to perform the procedure after loading by using a dummy projectile in the same shape as that of a guided missile for an operation, which is actually used for archery, and waste archery tubes, which are by-products from the shooting of archery. The present invention is able to use archery tubes, which are by-products from the shooting of archery, to contribute to reducing the budget and preventing environmental pollution, to increase the supply quantity of training equipment thanks to a much lower price (about 1/150) than that of the conventional training equipment, and to make contributions to strengthening the military. According to the present invention, an effective training is possible without abrasion of an actual guided missile by using a dummy projectile having the same appearance and weight as those of the actual guided missile. In addition, the capabilities of battle equipment can be assured by preventing interference with a launch pad and an archery tube and reducing abrasion of the launch pad. The training is largely divided into a training before shooting and a training after shooting. Unlike the projectiles for training supplied to be used so far, the appearances of the archery tube after a guided missile is shot can be depicted, and the effects of the training to perform the procedure to remove the archery tube after shooting can be increased. Ultimately, the fighting power in the field can be assured. The archery training equipment of the present invention comprises an archery tube, a dummy projectile, a front protective cover, and a rear protective cover.

Description

{SinGung Field Handling Trainer Equipment using Waste SinGung Tubes}

The present invention relates to a device for training a portable ground-based guided weapon training apparatus used in the Republic of Korea Sea and Sea (including the Marine Corps) and the Air Force, and more particularly, to a simulator This is about a training apparatus for training the shooter using the lung bullet which is a by-product generated after the shooting of the bullet and the jingu shrine.

Firearms used in the military are expensive and consumable, so they usually require separate equipment for training. If training is carried out on actual equipment, rather than on separate training equipment, life expectancy is expected to decrease due to wear and tear of equipment, and safety accidents and costs are expected to increase. Especially, if operational guided missiles are used in the missile loading training, there is a concern that the life of missile guided missiles with more than 200 million won per unit will be shortened and safety accidents will occur.

Previously deployed training drills are training drills for pre-shooting and post-shooting procedures. The training effect of the procedure training to remove the launching tube from the launching post after the shooting was ineffective because it was not possible to describe the state of the empty tube in the state where the missile was fired. This is because it is not easy to remove training drums inside the tube.

In addition, existing training equipment has a problem that it can not observe the launch motor because there is no shot motor behind the launch tube and it blocks the rear of the tube. During the flight after the actual missile shooting, the missile is rotated by the launch motor. However, since the conventional training equipment can not explain the principle of rotation, there is a gap between the training equipment (the launching hall) and the actual equipment (the launching hall).

Therefore, in order to solve these problems, it has been urgently required to develop a training apparatus which can use not only pre-shooting training but also post-shooting training.

The present invention relates to a training apparatus using a training apparatus for loading a guided missile into a portable ground-based guided weapon used in the Korean Air Force (including the Marine Corps) and the Air Force of the Republic of Korea, and a training apparatus utilizing a training weapon for removing an empty tube from a launching platform after shooting ≪ / RTI >

The present invention seeks to provide a training apparatus that utilizes an excrement discharge tube comprising a simulated shot and a launch tube.

Unlike conventional training equipment, the present invention provides a training device that utilizes economical training equipment by making training equipment using by-products generated after training. Also, unlike existing training equipment, we want to improve the training effect by effectively reproducing post-shooting aspect.

The present invention is to provide a training apparatus that uses a simulated gun bullet, which is not a real missile, to utilize an explosive bulletproof tube that can prevent the deterioration of the performance of the missile.

A loop is formed in the front part of the simulated shot of the present invention, so that the simulated shot mounted inside the shoot tube can be easily taken out, so that training for removing the empty shoot tube from the launching post after shooting can be performed.

The present invention provides a training apparatus using an excrement discharge tube that can prevent interference with a launching platform by removing an external power source connector, a nitrogen inlet pin, and a bullet pin.

A blower tube having an external power connector, a nitrogen inlet pin and a bullet pin removed; A simulated gun having the same outer shape as the guide car used in the jungle and having a guide protrusion protruded on one side; Front protective cover; And a rear protective cover,

Wherein the guide tube is inserted into the guide groove to guide the guide tube along the guide groove when the pilot tube is inserted in front of the tube tube, And the simulated shot can be fixed by movement.

The shrine training equipment has a loop formed in front of the simulated shot so that the simulated shot located inside the shoot tube can be pulled out by holding the loop.

When the forward portion of the tube is inserted into the front protective cover, the jungle training equipment is provided with a groove at a position where the guide groove abuts, thereby facilitating insertion of the tube.

The present invention can contribute to budget reduction and environmental pollution prevention by utilizing the by-product, which is a by-product after the shooting of the jingu shrine, and it is very cheap (about 1/150) than the conventional training equipment, It can contribute to power enhancement.

According to the present invention, it is possible to perform effective training without worn out of the yarn missile by utilizing the simulated charcoal having the same outer shape and weight as the yarn guide missile. In addition, by preventing interference between the launching platform and the launching tube, it is possible to guarantee the capability of the battle equipment by reducing the abrasion of the launching platform. Training is largely divided into pre-shooting and post-shooting training. Unlike the existing training coils, it is possible to describe the shape of the shooter in which the missile is fired, so that it is possible to increase the training effect of the procedure training to remove the shooter after the shooting. Ultimately, they will be able to assure their combat strength in the field.

The present invention utilizes an actual launch tube, which is expected to increase the effect of education and training, such as understanding the guiding principles of the guided missile, because the missile launch motor is visible from the rear of the launch tube.

1 is a side view showing the components of a training apparatus for a training apparatus according to the present invention. However, a perspective view of the front protective cover is additionally shown.
Fig. 2 is a view showing the components to be removed from the launch tube of an existing jungle for the present invention.
3 is a view for explaining pre-shooting training.
4 is a view for explaining post-shooting procedure training;
5 is a front view of the front protective cover.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Like reference symbols in the drawings denote like elements.

The training apparatus 100 using the portable fire-fighting apparatus of the portable ground-air guided weapon training apparatus (hereinafter referred to as "Jingu"), which is being used in the Republic of Korea Sea and Sea (including the Marine Corps) and the air force in accordance with the present invention, 120, a front protective cover 130, and a rear protective cover 140, and is a training device capable of pre-shooting training and post-shooting training.

1, the simulator 110 of the training apparatus 100 using the excrement discharge tube according to the present invention includes a simulated torso body 112 having the same outer shape as that of the touring car used in an actual shrine, A protruding guide protrusion 114 formed on one side surface, and a ring 116 formed in front of the main body portion. The outer shape and the weight of the main body 112 are substantially equal to the outer shape and the weight of the threaded guide cylinder except for the guide protrusion 114 and the ring 116. Thus, Effect.

The guide protrusion 114 preferably has a cylindrical shape with a height of 12 mm and a bottom radius of 4 mm. In addition, the size and shape of the protrusions can be varied, for example, the bottom of a square shape or the height and bottom of different sizes. The guide protrusion 114 of the simulated bullet 110 is inserted into the guide groove 122 and moved along the guide groove 122 when the simulated bullet 110 is inserted in front of the launch tube 120 The simulated shot can be fixed. The height of the guide protrusion 114 may be such that the guide protrusion 114 does not protrude to the outside of the launch tube 120 when the guide protrusion 114 is inserted into the guide groove 122 or may protrude slightly.

It is preferable that the loop 116 is foldable so that the loop 116 does not come out of the tube 120 when the simulated bullet 110 is mounted inside the bullet tube 120. The ring 116 is preferably of a semimanoid shape. The simulated gun 110 can be removed from the launch tube 120 by holding the ring 116 at the time of training and pulling the guide protrusion 114 to move along the guide groove 122.

The guide tube 120 of the training apparatus 100 using the excrement discharge tube according to the present invention has guide grooves 122 formed at the front entrance of the same apparatus as the guide tube used in the shrine, The guide protrusion 114 of the simulated piece 110 is inserted into the guide groove 122 and moves along the guide groove to fix the simulated piece 110 when the protrusion 114 is inserted in front of the protrusion 120. [ The guide groove 122 is preferably formed in a letter shape. That is, the guide groove 122 is formed as a horizontal groove having a groove formed in the horizontal direction of the cast tube 120 and a vertical groove having a groove formed in the vertical direction at one end of the horizontal groove. When the guide protrusion 114 is first inserted into the horizontal groove of the guide groove 122 and moved horizontally and then reaches the vertical groove and moves vertically along the vertical groove to the end of the vertical groove, (Not shown).

Figure 2 shows the components that must be removed from the launch tube of the existing jingun. The launch tube 120 must be removed from the external power source connection E1 and the nitrogen inlet pin E2 to prevent interference with the launch pad P. [ Also preferably, the bullet retaining pin E3 should be removed. The external power connection (E1) serves to electrically connect the launcher to the launcher. At this time, since the present invention does not require an electric function, the external power supply connection E1 is unnecessary. By eliminating the external power connector (E1), it is possible to prevent abrasion and breakage of the power connector at the launcher by the external power connector on the missile during frequent field trips. Nitrogen inlet pin (E2) serves as a passageway for nitrogen injection from the battery and cooling system to the tube navigator section. The present invention does not require nitrogen injection. Removal of the nitrogen inlet pin (E2) prevents abrasion and breakage of the nitrogen inlet in the battery and cooling device during frequent field and desorption drills. When the bullet pin (E3) of the bullet restraint pin (E3) is pushed by the resilient stopper on the launching base so that the guide bulb can be smoothly released from the bullet pipe (120) It is a mechanical device that can be separated by about 3 degrees. By eliminating the bullet pin (E3), it is possible to prevent abrasion and breakage of the elastic stoppings located on the launch pad (P) during frequent field and detachment drills.

5, the front protective lid 130 of the training device 100 using the energizing lancet tube according to the present invention is installed in the same equipment as the front protective lid used in the training room, A groove 132 is formed at a position where the guide groove 122 abuts the guide groove 122, thereby facilitating insertion of the launch tube. This is because the guide groove 122 is formed in the launch tube 120 so that when the conventional front lid is to be put on the launch tube, the front lid is often caught by the guide groove 122.

FIGS. 3 and 4 are views for explaining a procedure of performing pre-shooting training and post-shooting procedure training using a training apparatus 100 using a training apparatus 100 according to an embodiment of the present invention. In the following, charging burdened charcoal refers to a bulb equipped with a simulated gun inside.

First, explain the pre-shooting training.

Stage 1. Remove the charging missile from the transport storage vessel.

Step 2. Attach charge charger to launcher (P).

Step 3. Remove the front protective cover and the rear protective cover. In particular, in the third step, since the present invention utilizes an actual launch tube, it is expected that the effect of the training will be enhanced, for example, understanding the guiding principles of the guided missile because the missile launch motor is visible from the rear of the launch tube.

Describe post-shooting training.

Step 4. The simulation gun 110 inside the launch tube 120 is removed to describe the situation where the guided missile is fired after the missile shooting. Holding the loop 116 in front of the simulated shot 100 and allowing the guide protrusion 114 of the simulated shot to escape along the guide groove 122 to remove the simulated shot. Existing training equipment could not draw simulated guns in the launching hall, so there was a disadvantage that it was not possible to describe the situation where the guided missile was fired after the shooting and only the empty tube was left.

Step 5. The empty tube 120 is removed from the launch pad P.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, You will understand. It is therefore to be understood that the above-described embodiments are illustrative and non-restrictive in every respect.

P: Launcher
E1: External power connector
E2: Nitrogen inlet pin
E3: Ratcheting pin
100: Shiom Training Equipment
110: simulated gun
112: Simulated body part
114: Guide protrusion
116: Ring
120: Launcher
122: Guide groove
130: Front protective cover
132: Home
140: rear protection cover

Claims (3)

A blower tube having an external power connector, a nitrogen inlet pin and a bullet pin removed;
A simulated gun having the same outer shape as the guide car used in the jungle and having a guide protrusion protruded on one side;
Front protective cover; And
Rear protective cover;
/ RTI >
The guide tube is a launching tube of a portable air-ground guided weapon training apparatus. The guide tube is formed with a horizontal groove having a groove formed in a horizontal direction of the launch tube and a vertical groove having a groove formed at one end of the horizontal groove, Wherein when the simulated shot is inserted in front of the launch tube, a guide projection of the simulated shot is inserted into the guide groove and moves along the guide groove to fix the simulated shot.
The method according to claim 1,
And a ring is formed in front of the simulated shot so that the simulated gun located inside the shoot tube can be pulled out by pulling out the ring.
The training device according to claim 1, wherein the front protective cover facilitates insertion of the launch tube by forming a groove at a position where the guide groove abuts when the front portion of the tube is inserted into the front protective cover.

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