KR100320671B1 - bomb proof, bullet proof safety combat shoes - Google Patents

Abstract

TECHNICAL FIELD The present invention relates to explosion-proof safety bulletproof boots, and to protect the human body from the exposure of storm (ankle) landmines buried on the ground, in particular to secure the safety of the ankle area, polymer aramid bulletproof fiber and high elastic rubber By forming a multi-layered outsole by pressing a multi-ply fabric, and applying a winry in which the shape of the tire is varied by the load of the vehicle while the ordinary car tire is grounded to the ground, it is applied to the outsole of the shoe having explosion-proof and bulletproof function, It is invented to prevent the casualties caused by soldiers or civilians in the storm (ankle) land mine by the shoe to solve the explosive power generated during the exposure of the storm (ankle) land mine.

Description

Explosion Proof Bulletproof Safety Combat Shoes {bomb proof, bullet proof safety combat shoes}

The present invention aims to prevent injury to the body by protecting the body including the lower body from the explosion of explosion-proof safety shoes, especially the storm (ankle) mine.

Among various types of land mines developed for the purpose of delaying the movement of enemy troops and preventing enemy troops from approaching their troops during military operations, it was developed to inflict fatal wounds on the sub ankle of the human body. These mines require the removal of mines unknowingly buried or, if necessary, to prevent the loss of troops or civilian accidents near military operations. In some cases, it is necessary to carry out military operations in the minefield area, requiring safe shoes for the exposures caused by such operations or mines, but it is not yet developed, so it is necessary to use conventional combat shoes. You can also remove the buried mines that are already buried in conflict zones around the world. Although it is known as a weapon of horror, this ankle mine is a plastic product that cannot be detected with a mine detector and can only be found by looking through it or after it has broken out. Even if the dispute is over, even if the dispute is over, you can't go near the military facilities, but the safest current military combat shoes in leather are leather and rubber products, which protect your feet partially during training or general combat, but when the mines are exposed, the combat boots themselves. Severe or severely destructive ankles are cut or dislocated, resulting in severe death or severe death.In addition, the infestation fluffy mines, which are indefinitely scattered in wartime, are a fear weapon and have a large loss of force. There is no combat shoes to protect your safety The development of a true combat boots urgent and can also be seen as one of the world's conflict zones spread development has been delayed a very big military losses and difficulties problem.

In view of the above problems, the present invention sets the ground load of a fully armed combat soldier or an operator to be put into operation to 100 kg, and generates about 1.5 to 2 tons of instantaneous violence of M14, a fluffy mine (ankle mine). In order to protect the feet and ankles of combat soldiers or workers, press the polymer aramid bullet-proof fiber and high-elastic rubber multiple layers to form a lightweight tire outsole in order to reduce the weight, and to form a molded tire outsole. It is a combination of the principle that the shape of the tire is changed by the load of the vehicle, which is grounded on the ground, to the outsole of safety shoes, and the explosive force generated when the mine is exposed is minimized by the expansion and contraction function of the outsole. 12 levels of shock absorption function to prevent bullets and to prevent dislocation of the ankle. When described in detail by the accompanying drawings as being invented as follows.

1 is a side view of the present invention

Figure 2 is a partially separated perspective view showing the configuration of the sole of the present invention

3 is a cross-sectional view taken along the line A-A of FIG.

4 is an enlarged view of part (D) of FIG.

5 is a cross-sectional view taken along the line B-B of FIG.

Figure 6 is a bottom view of the present invention

Figure 7 is a partially cut back view showing the operation of the outsole of the present invention

8 is a cross-sectional view showing another embodiment of the present invention.

Explanation of the protection of the main parts of the drawing

1-1; Polymer Aramid (ARAMID) Bulletproof Fiber 1-2; High elastic rubber compound cloth

1; outer wall of the tire outsole

2; Stainless steel wire net to prevent outsole damage

3; slope bulletproof titanium cover for insect repellent protection

4; stainless steel sheet insect repellent cover 5; honeycomb shock absorber 6; high elastic rubber

7,7 '; High elastic sponge for shock absorption (SPONGE)

8; Silk FELT for Shock Wavelength Absorption

9; polymer aramid fiber and polymer carbon fiber bonding bulletproof midsole

10; Latex Sponge for High Elastic Shock Absorption (LATEX SPONGE)

11; shock absorbing air layer space 12; high elastic EVA sponge insole for shock absorption

13,20; highly elastic polyurethane foam 14; SPAN TEX insole bottom

15; 4-wire bar for anti-separation reinforcement 16: Toe protection cover

17; bulletproof polymer carbon fiber toy cap 18; upper surface

19; SILK FELT 21; Nylon mesh inner lining (NYLON MESH LINING)

22; bulletproof cover

23; Bulletproof bag with polymer aramid bulletproof fiber layer and aramid shock

Bulletproof ceramic instruments made of bulletproof carbon fiber plates and polymeric aramid bulletproof fibers

25; bulletproof cover covering pair (VELRO) 26; upper

27,27 '; High-elastic car tire outsole 28; Starting point of dispersion of outsole explosive force

29; sweat cotton twill (COTTON DRILL) 30; explosion-proof, bulletproof safety combat boots

31; wearing handle 32; foot 33; protrusion 34; ankle clamp

35; one-way air outlet 36; oval carbon fiber plate cover

37; round ball sponge

The configuration of the present invention for solving the technical problem as described above is as follows.

The polymer aramid ballistic polymer fiber (1-1) and the high elastic rubber composite fabric (1-2) are pressed to insert the stainless steel wire net (2) into the outsole rubber into the outsole rubber in the molded tare outsole (1). do.

Insulation protection bulletproof titanium carver (3) and stainless steel plate insect repellent cover (4) for the protection of the outsole damage the upper side of the stainless steel wire net (2), arranged between the honeycomb shock absorber (5), the above structure It is formed inside the high elastic rubber 6.

A shock absorbing high elastic sponge (7) (7 ') is installed on the upper side of the stainless steel sheet insect repellent cover (4), and a shock absorbing silk bolt (8) is provided on the upper side of the high elastic sponge (7) (7') for absorbing the impact. Insist on.

A high strength bulletproof midsole 9 is bonded to the polymer aramid fiber and the polymer carbon fiber bonded to the upper side of the impact wave absorbing silk felt (8), and a high elastic shock absorbing latex sponge (10) and the air absorbing layer are formed above the midsole (9). A shock absorbing high elastic EVA sponge insole 12 having a space 11 formed therein, wherein the insole 12 is composed of a high elastic polyurethane foam 13 and the bottom of the spantex 14.

The upper outer surface 18 formed with the toe protective cover 16 and the bulletproof polymer carbon fiber toy cap 17 layer is formed, and the nylon net endothelial 21 is inserted into the green yarn zip 19 and the high elastic polyupetane foam 20. Configure.

A bulletproof mechanism cover 22 and a bulletproof instrument pocket 23 made of polymer aramid bulletproof fiber folds and aramid chops are formed, and the pocket 23 has a bulletproof ceramic mechanism made of bulletproof carbon fiber PLATE and polymer aramid bulletproof fiber 24 In order to be able to accommodate, the anti-ballistic mechanism covering pairs 25 are formed in the bag 23 of the upper 26.

The upper 26 formed as described above and the high-elastic car tire type outsole 27 are bonded together with a strong bond, smile bond, and the outsole 27 and the upper 26 as a four-wire bar 15 for preventing reinforcement. Combine into the structure of.

The outsole forms an explosive force dispersing starting point 28, and the inner surface of the upper 26 forms a sweat twill 29.

Looking at the operation of the present invention as described above is as follows.

After wearing the safety combat shoe 30 on the foot 32 using the wearing handle 31 formed on the safety combat shoe 30, the bulletproof jacket cover 22 is opened to the bulletproof tool pocket 23 in the bulletproof ceramics. By inserting the mechanism (24) to the attachment mating (25), to protect the ankle with debris of bullets or bombs that may occur in case of emergency, wearing the safety shoes 30 as described above, in the landfill area When an armed fighter or worker steps on a storm mine during an operation or movement, an explosion occurs. The explosion force formed on the outer wall (1) of the tire outsole is applied to the force of the violence and the after storm caused by the mine exposure. As the explosive force is dispersed by the starting point 28, a plurality of protrusions 33 integrally formed on the bottom of the outsole 27 serve as a flow of air flowing through the space between the outsole 27 and the protrusion 33, thereby causing landmine explosion. Violence and after storm force caused by the outside While discharging and discharging, the impact of the violence and the after-storm force on the bottom of the outsole 27 is minimized, and in the aftermath of the violence that occurs during the bombing, when the outer wall 1 of the outsole is hit by the strong impact of rising pressure Insect repellent protection bullet-proof titanium cover (3) and stainless steel plate insect repeller cover (4) formed with the honeycomb shock absorber (5) interposed, causing the outsole (27) to contract up and expand laterally As shown in FIG. 2, due to the deformation of the bulletproof titanium cover 3 and the stainless steel insect repellent cover 4, the outsole 27 of the safety combat boots 30 also occurs, and the outsole 27 ) Is generated on the same principle as the variable shape of wheels generated in the uneven place of the ground when the automobile wheel rolls the ground, and the outsole (27) when the outsole 27 is deformed by violence. ) Outer wire mesh (2) It prevents the window 27 from splitting, and minimizes the violence from the ground by modifying the outsole 27 and the insulated protection bullet-proof titanium cover (3) and the stainless steel sheet insect repellent cover (4), outsole (27) The remaining violence and pressure, which are not resolved by the action of the variable and sloped anti-ballistic titanium cover (3) and the stainless steel sheet insect repellent cover (4), are highly elastic impacts composed of various polymer carbon bulletproof materials and high elastic shock absorbers formed in stages. It is eliminated from the absorbing sponge (7) (7 ') and the impact wave absorbing bullet-proof yarn yarn (8), the minimized violence and wavelengths are highly elastic shock absorbing latex sponge (10) and shock absorbing air layer space (11) and By relieving the pressure of the exposure step by step in the insole 12 in which the highly elastic polyurethane foam 13 is formed, the pressure of the exposure comes to the bottom of the spantex insole 14 and is completely eliminated, so that the foot 32 placed on the insole is exposed. Occurs in The upper surface (18) formed of a toe protective cover (16) and a bulletproof polymer carbon fiber toy cap (17) to protect the toe from debris and lower pressure caused by the mine exposure. Nylon net endothelial 21 formed on the wasabisaek bolt 19 and the high elastic polyurethane foam for shock absorbing (20) protects the instep from the external body affecting the safety combat boots (30), the safety combat shoes (30) In order to prevent the departure of the outsole 27 and the upper 26 so as to act, the outsole and the upper are combined with a four-wire bar 15 for prevention of reinforcement, so that the outsole is controlled by the force that is varied by violence during exposure. 27) the amount of the ankle to prevent the cartilage of the ankle and the dislocation of the muscle in the ankle in the weight of about 100 kg of the foot and about 1.5 to 2 ton force under the foot Bulletproof carbon beside The ballistic ceramic device 24 made of fiber plate and polymer aramid ballistic fiber is made in a bent shape like both ankles and placed in the ballistic device bag 23 and fixed with an ankle clamp 34 for preventing a bone loss. Since the impact on the ankle, which is the most inferior in protection due to intensive impact, is minimized, sweat or odor generated during long hours of wearing the safety combat boots 30 is protected, The one-way air outlet 36 formed in the (26) is discharged to the outside of the safety combat shoe 30 to improve the hygiene of the foot, in the above invention in the protection of the inclined surface bulletproof titanium gerber (3) instead of the oval carbon fiber plate Insert the cover 36, insert a high elastic shock absorbing circular hole sponge instead of the honeycomb shock absorber 5, and insert the polymer aramid bulletproof fiber (1-1) The above effect can be expected even when the outsole 27 'is formed by inserting only the stainless steel wire net 2 into the high elastic rubber except the aramid bulletproof fiber in the outsole in which the elastic rubber layer 1-2 is press-molded. It is.

The safety combat shoe 30 having the above structure protects the feet and the body by the exposure of the mines that may occur during operations or minesweeping operations, and thus delays the movement of personnel and the manpower caused by the occurrence of casualties due to the mines. The loss can be reduced, smooth operation and power augmentation can safely perform the operation, and the weight of the safety combat boots (30) as the state-of-the-art material to reduce the mines, as well as separate operations for land mine removal, general military operations Safe Combat Boots (30) can be worn between walks and training, increasing the range of use of Safe Combat Boots (30) to free soldiers from the Fear of Storm (Ankle) Landmines and to protect areas of operation (DMZ) and military protected areas. It is effective in preventing accidents of exposure during private entrance to the back.

Claims (2)

The polymer aramid bulletproof fiber (1-1) and the high elastic rubber male composite fabric (1-2) are pressed, and the stainless steel wire netting (2) is immersed in the molded taer outsole (1), and stainless steel wire On the upper side of the wire net (2), the inclined bulletproof titanium cover (3) for protecting the insect repellent and the stainless steel sheet insect repellent cover (4) are arranged with the honeycomb shock absorber (5) interposed therebetween. It is formed therein, and the high elastic sponge (7) (7 ') for shock absorption is installed on the upper side of the stainless steel sheet insect repellent cover (4), and for absorbing the impact wavelength on the upper side of the high elastic sponge (7) (7') for shock absorption. The high-speed ballistic midsole (9) bonded to the high-molecular aramid fiber and the high-molecular carbon fiber is formed on the upper side of the raw silk (8), and the high elastic impact absorption latex sponge (10) Shock-absorbing high modulus E with air gap space 11 for septum absorption A VA sponge insole 12 is provided, wherein the insole 12 is composed of a high elastic polyurethane foam 13 and a bottom of spandex 14, a toe protective cover 16 and a bulletproof polymer carbon fiber toy cap. (17) a layer formed upper outer surface (18), composed of raw silk (19) and a high elastic polyupetane foam (20) inside the nylon net endothelial (21), bulletproof mechanism cover (22) and polymer aramid A bulletproof mechanism cover 23 is formed of a bulletproof fiber fold and an aramid shock, and the pocket 23 can contain a bulletproof carbon fiber plate and a bulletproof ceramic mechanism 24 made of polymer aramid bulletproof fiber. Attached pairs 25 are formed on the bulletproof mechanism pouch 23 of the upper 26, and the upper 26 formed as described above is combined with the high-elastic car tire type outsole 27 for reinforcement prevention after super strong smile bond adhesion. It is made of four-wire bar 15, and the outer surface In the middle of the window forms an explosive dispersion point (28), the protrusions 33 in contact with the ground to eliminate the curvature that interferes with the right angle or violent dispersion, and the slope is smooth, the inner surface of the upper 26 is sweat cotton twill (29) Explosion Proof Bulletproof Safety Combat Booties The elliptic carbon fiber plate cover 36 is formed in place of the insulated bulletproof titanium cover 3 for protecting the insect repellent, and instead of the honeycomb shock absorber 5, a high elastic shock absorbing circular hole sponge 37 is formed. , The polymer aramid bulletproof fiber (1-1) was removed instead of the outer wall (1) of the oval outsole in which the high-velocity aramid bulletproof fiber (1-1) and the high elastic rubber layered fabric (1-2) were pressed on the outsole (27). Explosion-proof bulletproof safety combat boots formed outsole (27 ') is inserted into a high elastic rubber bundle (6), outsole damage prevention stainless steel wire net (2).