KR200213924Y1 - Combat shoes for protect to personal mine - Google Patents

Abstract

The present invention relates to an anti-personnel mine combat boots that protect ankles from anti-personnel mines, also known as ankle mines.In the anti-personnel mine combat boots, which are made of rubber soles, midsoles, and leather uppers, the bottom is left and right wide. The middle part protrudes downward from the front heel part to the heel part, and the left and right sides are formed symmetrically inclined upwards and have a 'V' shaped cross section. A plurality of support protrusions are formed to be formed on both left and right sides, and an upper surface of which is provided with a plurality of grooves having a cross section of a 'V' shape; An impact protection plate in which a metal plate having a V-shaped cross section so as to be seated in each of the plurality of grooves formed in the upper surface of the sole, and a high elastic sponge material filled with the metal plate so as to form an inverted triangle in cross section; A bulletproof plate laminated between the sole and the midsole to cover the impact protection plate; And bulletproof and flame retardant fiber fabrics interposed between the inner and outer shells forming the upper.

Description

Combat shoes for protect to personal mine}

The present invention relates to anti-personnel mine protection combat boots to protect the ankle from anti-personnel mines, also known as ankle mines.

Anti-personnel mines are explosives for human killings that explode under the foot of a detonator and cause fatal injuries to ankles, so military units use combat boots to protect their ankles from anti-personnel mines.

Conventional anti-personnel mine boots are made of thick rubber soles, but it is pointed out that combat boots made of thick rubber soles cannot protect ankles from anti-personnel mines safely. When the sole is configured to have a thick thickness, it is pointed out that the weight of the combat shoe itself is heavy and the wearer who wears the combat shoe cannot act quickly.

The present invention was created in view of the above-described conventional problems, and the wearer was allowed to disperse the explosion pressure and the destructive force of the anti-personnel mine to the left and right sides without concentrating on the sole, and to prevent the breakthrough force from penetrating the sole completely. It is designed to provide combat boots that can safely protect your ankles from the danger of an anti-personnel mine explosion.

The present invention as a means for achieving the above object,

In the anti-personnel combat boots composed of rubber soles, midsoles and leather uppers,

The bottom is protruded downward from the front heel to the heel based on the left and right width, and the left and right sides are formed in an inclined plane symmetrically upward and have a 'V' shaped cross section, and the explosive pressure is discharged at the periphery thereof. A plurality of support protrusions are formed such that a plurality of pressure discharge spaces are formed at both sides of the left and right sides;

An impact protection plate in which a metal plate having a V-shaped cross section so as to be seated in each of the plurality of grooves formed in the upper surface of the sole, and a high elastic sponge material filled with the metal plate so as to form an inverted triangle in cross section;

A bulletproof plate covering the impact protection plate and stacked between the sole and the midsole; And

Bulletproof and flame retardant fiber fabric interposed between the inner, outer shell forming the upper;

It is characterized by consisting of

In addition, the bulletproof plate laminated between the sole and the midsole is characterized in that the bulletproof and flame retardant fiber fabric made of 7 to 8 layers.

1 is a side view of the present invention.

Figure 2 is an exploded perspective view of the battle shoe window which is an essential part of the present invention.

3 is a cross-sectional view of the combined state of the combat shoe of the present invention.

4 and 5 are cross-sectional views taken along line A-A and line B-B in FIG.

Figure 6 is a cross-sectional view showing the structure of the combat upper of the present invention.

※ Explanation of code for main part of drawing

1: anti-personnel mine combat shoe 2: sole

3: midsole 4: shock shield

5: bulletproof plate 6a, 6b: inner, outer shell

7: bulletproof and flame retardant fiber layer 21: middle part

22: inclined surface 23: support protrusion

24: pressure discharge space 41: metal plate

42: high elastic sponge material

An embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a side view of the present invention, Figure 2 is an exploded perspective view of the combat shoe window that is the main part of the present invention, Figure 3 is a cross-sectional view of the combined state of the combat shoe window of the present invention, Figure 4 and Figure 5 is a line AA and BB of Figure 3 6 is a cross-sectional view showing the structure of the combat upper of the present invention,

Reference numeral 1 denotes an anti-personnel mine boots, and the anti-personnel mine boots 1 is divided into a spear portion protecting the sole and an upper portion protecting the instep and the ankle.

The anti-personnel mine boots (1) of the window portion is composed of a rubber sole 2 and the midsole (3), the bottom of the sole 2 is based on the left and right width from the front heel portion to the middle portion of the heel portion (21) ) Is projected downward and the left and right sides are formed as inclined surfaces 22 which are inclined symmetrically upwards, and the bottom portion has a relatively thick thickness so as to support the weight of the wearer while projecting toward the ground. Each of the plurality of support protrusions 23 and the support protrusions 23 is spaced at appropriate intervals to form a pressure discharge space 24.

In addition, the upper surface of the sole 2 is formed with a plurality of grooves 25 having a 'V' shape in cross section.

Each of the recesses 25 formed on the upper surface of the sole 2 is inserted into the impact protection plate 4, each of the impact protection plate 4 is a 'V' shape so as to be in close contact with the 'V' shaped inner surface of the groove 24 The high-strength sponge member 42, which is filled in the metal plate 41 and the metal plate 41, which forms an inverted triangle in cross section, is integrally formed.

After inserting and stacking the impact protection plates 4 in the grooves 25 formed on the upper surface of the sole 2, a bulletproof plate 5 is laminated thereon, the bulletproof plate 5 is woven from aramid fibers or sand fibers The bulletproof and flame retardant fiber fabric 51 is laminated in 7 to 8 layers, and thus the bulletproof plate 5 composed of 7 to 8 layers in bulletproof and flame retardant fiber fabric 51 passes through fragments during an anti-personnel mine explosion. In addition to preventing and acting to protect the wearer's ankle from explosive flames.

The midsole 3 made of leather is stacked on the bulletproof plate 5 as before.

And the upper portion coupled to the upper periphery of the sole 2 has a structure in which the inner and outer shell (6a) (6b) and the bulletproof and flame retardant fiber layer 7 is interposed therebetween, the inner and outer shell (6a) (6b) All are made of leather, and the bulletproof and flame retardant fiber layer 7 is formed in a structure in which bulletproof and flame retardant fabrics woven from aramid fibers or sand fibers are joined in two layers.

On the other hand, anti-personnel mine boots of the present invention (1) can be worn only by itself, when you want to be more safe from anti-personnel mines are worn with anti-personnel mineshoe (not shown) produced separately.

Referring to the operation of the present invention configured as described above are as follows.

When the anti-personnel mine is detonated by stepping on the anti-personnel mine primer in the state of wearing the anti-personnel mine fighting shoe (1), the explosion pressure, the destructive force, and the flame of the anti-personnel mine are directed to the bottom of the sole 2, and the bottom of the sole 2 is The middle portion 21 of the heel portion is protruded downward from the front heel portion with respect to the left and right widths, and is thickly formed, while the left and right sides of the middle portion 21 are inclined upwardly toward the outside 22 And the explosion pressure is distributed to both sides of the central portion 21, and the explosion pressure distributed to both inclined surfaces 22 is a pressure discharge space 24 formed between the support protrusions 23. Because it is quickly discharged to the outside through) can reduce the impact transmitted to the wearer's foot wearing the combat shoes (1).

In addition, the metal plate 41 of the impact protection plate 4 inserted into each recess 25 formed on the upper surface of the sole 2 deflects the destructive force penetrating through the sole 2 and deflects the penetration direction of the debris to the outside. While the destructive force is not directed to the sole of the wearer, the high-strength sponge material 42 serves to reduce and absorb the explosion pressure, thereby reducing the impact transmitted to the wearer's foot.

In addition, the bulletproof plate 5 laminated between the sole 2 and the midsole 3 is a structure formed of 7 to 8 layers of bulletproof and flame retardant fabric fabric of the bulletproof clothing can penetrate the destructive force generated during the explosion of anti-personnel mines Since it is made so that in case of destructive force penetrates the outsole (2), the destructive force is not able to penetrate the bulletproof plate (5), and the bulletproof plate (5) has a feature that does not burn the flame, so the flame generated during the explosion It is also to prevent the phenomenon that is transmitted to the sole of the wearer.

And bulletproof and flame retardant fiber layer (7) between the inner, outer shell (6a) (6b) constituting the upper acts to block the flame will be able to safely protect the wearer's ankle from the flame.

According to the present invention as described above, the bottom of the sole of the anti-personnel mine boots has the effect of dispersing the explosion pressure of the anti-personnel mines to the left and right sides without focusing on the combat shoes, thereby reducing the shock transmitted to the wearer's foot. The shock protection plate inserted in the upper surface of the outsole of combat boots prevents the penetration of anti-personnel mines and penetrates the penetration direction of the destruction force to the outside. When the destructive force penetrates the outsole, the bulletproof plate blocks the penetration of the destructive force and prevents the transmission of the flame to the wearer's foot, and the bulletproof and flame retardant fiber layers interposed in the inner and outer skin of the upper. Has the effect of protecting the ankle from flames The wearer is a useful design with the advantage of safe protection from the risk of cutting the ankle by anti-personnel mines.

Claims (2)

In the anti-personnel combat boots composed of rubber soles, midsoles and leather uppers, The bottom is protruded downward from the front heel to the heel based on the left and right width, and the left and right sides are formed in an inclined plane symmetrically upward and have a 'V' shaped cross section, and the explosive pressure is discharged at the periphery thereof. A plurality of support protrusions are formed such that a plurality of pressure discharge spaces are formed at both sides of the left and right sides; An impact protection plate in which a metal plate having a V-shaped cross section so as to be seated in each of the plurality of grooves formed in the upper surface of the sole, and a high elastic sponge material filled with the metal plate so as to form an inverted triangle in cross section; A bulletproof plate covering the impact protection plate and stacked between the sole and the midsole; And Bulletproof and flame retardant fiber fabric interposed between the inner, outer shell forming the upper; Anti-personnel mine protection combat boots, characterized in that consisting of. The method of claim 1, Bulletproof plate laminated between the sole and midsole is anti-personnel mine protection combat boots, characterized in that the bulletproof and flame retardant fiber fabric made of 7-8 layers.