KR102406192B1 - Lightweight bulletproof suit that maximizes the bulletproof members fixation power - Google Patents

Abstract

The present invention relates to a lightweight body armor that maximizes the fixing power of the bulletproof member, and more particularly, to a lightweight body armor that effectively suppresses the movement of the bulletproof member and significantly improves the fit.

Description

Lightweight bulletproof suit that maximizes the bulletproof members fixation power

The present invention relates to a lightweight body armor that maximizes the fixing power of the bulletproof member, and more particularly, to a lightweight body armor that effectively suppresses the movement of the bulletproof member and significantly improves the fit.

Body armor is a safety device designed to protect people against bullets, and is worn by soldiers, police, and security personnel, and plays an important role in protecting the body from bullets or fragments in an engagement situation.

In general, body armor consists of a bullet-proof material that actually acts as a bullet, and an outer shell formed to function as a garment while surrounding it. At this time, the outer shell is usually formed in the same shape as a vest and is provided to accommodate the bulletproof material inside, and the front and back plates are cut through, or the front and back plates are connected to the body by fastening means such as buckles and Velcro. It is configured to be detachable.

On the other hand, the most essential component of body armor is a bulletproof member with protective performance to protect the body from actual bullets, and is usually accommodated inside the body armor.

However, in most body armor, since the space for receiving the bulletproof member is larger than the actual size of the bulletproof member, the fixing of the bulletproof member cannot be done properly in the process of physical activity of the wearer, so the wearability is greatly improved as the bulletproof member fluctuates. There was a problem with dropping.

Registered Utility Model 20-0263746

The present invention was created to solve the problems in view of the various problems in the prior art, and it is an object of the present invention to provide a lightweight body armor that significantly improves the wearing comfort by effectively suppressing the movement of the bulletproof member.

The present invention is a means for achieving the above object, the front portion of the bulletproof member is accommodated and worn on the front of the chest of the wearer, the rear portion of the rear portion that receives the bulletproof member and is worn on the rear of the chest of the wearer, the front and left sides of the rear portion In the lightweight body armor comprising: a pair of waist connection parts supported on the left and right waist parts of the wearer by connecting Each of the pair of shoulder connecting portions, the first shoulder strap extending from the rear portion and having a first shoulder velcro formed on one side thereof; And the first shoulder strap is coupled to overlap, a second shoulder velcro is formed in a portion facing the first shoulder velcro is detachably coupled to the first shoulder velcro formed on one side of the first shoulder strap, the shoulder buckle a second shoulder strap connected to and coupled to the front part through , The second shoulder strap is filled with a cushioning material, the length of the shoulder connection portion is adjusted according to the overlapping amount of the first shoulder strap and the second shoulder strap, the front portion, the first front wearing Velcro is formed on the front, A front lower panel is extended at the lower end, and a front left panel and a front right panel are respectively extended from the left and right ends, respectively, and the front left panel and the front right panel are respectively overlapped and fixed on the front lower panel to fix the front left panel, the front side a front wearing member forming a front accommodating space between the right panel and the front lower panel and accommodating the front bulletproof member into the front accommodating space; A pair of connecting patches having a fourth front wearing velcro detachably coupled to the first front wearing velcro on the rear surface, and a fifth front wearing velcro being formed on the front surface to be detachably coupled to the left and right sides of the front wearing member; and a tactical patch in which a sixth front wearing velcro detachably coupled to the fifth front wearing velcro is formed on the rear surface, and a front webbing strap having a plurality of front through holes is extended in the left and right directions to be coupled; A front upper panel is extended on the upper end of the front wearable member, and the front left panel and the front right panel are overlapped and fixed on the front lower panel, so that the upper end of the front bulletproof member accommodated in the front receiving space is wrapped and fixed, and the front surface is fixed. A front lower velcro is formed on the rear surface of the lower panel, and a front left velcro and a front right velcro that are detachably coupled to the front lower velcro are formed on both sides of the front left panel and the front right panel, respectively, the front left panel and The front right panel is fixedly coupled to the rear surface of the front lower panel, and the front upper panel has a front upper velcro that is detachably coupled to the front left velcro and the front right velcro formed on the rear of the front left panel and the front right panel. It is fixedly coupled to the rear surface of the panel and the front right panel, and the front lower panel is filled with a cushioning material, and a first ventilation plate made of a mesh material is formed under the front lower velcro, and the front upper velcro upper part of the front upper panel is formed. is made in a form in which the left and right widths are gradually narrowed toward the lower part, and the cushioning material is filled inside, and the second venting plate is formed with an outer surface made of a mesh material.

In addition, one end of each of the pair of waist connection parts is connected to the left and right sides of the back part, and the other end is connected and coupled to the pair of connection patches through the waist buckle, one side of the pair of shoulder buckles and the waist buckle, and It is characterized in that it is configured to be dismantled from the body by disassembling the waist buckle.

In addition, a plurality of front pouches are detachably coupled to the front webbing strap, and the front pouch includes: a front pocket; a front hanger strap coupled to the front pocket and having an end in the form of a free end, penetrating the front through hole of the front webbing strap and hanging on the front webbing strap; and a front hanger holder that is formed at the end of the front hanger strap and is superimposed on the outer surface of the front webbing strap to prevent the front hanger strap from falling out through the front hole.

In addition, the front hanger holder of each of the plurality of front pouches is fastened with a shoulder strap through each other, the front hanger holder, a first front fixing piece is formed on one side of the first front pouch Velcro; a second front fixing piece coupled to the outside of the first front fixing piece and having a loop shape in which a front fixing hole through which the shoulder strap passes is formed; The first front fixing piece and the second front fixing piece are fixed in close contact with each other to support the other side surfaces of the first front fixing piece and the second front fixing piece apart, but made of a thin metal plate and curved in cross section in an arc shape a front support plate that is bent in half according to the pressure of the central part and then restored to its original state; and a front locking means coupled to the second front fixing piece to catch and support the shoulder strap when the shoulder strap passes into the front fixing hole, wherein the end of the front hanger strap faces the first front fixing piece A second front pouch velcro detachably coupled to the first front pouch velcro is formed on the viewing surface, and a third front pouch velcro detachably coupled to the first front pouch velcro is formed on the outer surface of the front webbing strap. The first front fixing piece of the front hanger holder is attached and fixed to the outer surface of the front webbing strap. The pouch velcro passes through the front passage hole in a state where it is attached and fixed to the second front pouch velcro formed on the front hanger strap. When passing in the other direction, it is characterized in that the locking projection supported by the front locking means is formed to protrude.

In addition, the front locking means, the front elastic wire is formed extending from the inner upper end to the lower portion of the front fixing hole made of a stretchable material; a front stop ball formed at the lower end of the front elastic wire and caught between the adjacent locking projections; a front inelastic wire extending downward from the front stop ball and extending downward through the lower end of the second front fixing piece; and a front stop piece formed at the lower end of the front inelastic wire and supported by the second front fixing piece outside the lower end so that the front inelastic wire is not completely inserted into the front fixing hole. When towed, the front elastic wire is extended downward and the front stop ball is spaced apart from the stopping protrusion, and when the traction force is removed from the front stop piece, the front elastic wire is compressed while the front stop ball is restored to its original position. do.

The present invention provides the effect of greatly improving the wearing comfort by effectively suppressing the easily shaking of the bulletproof member by allowing the receiving space of the bulletproof member formed on the front part and the rear part to be adjusted appropriately to the size of the bulletproof member.

1 is a view showing the overall appearance of a lightweight body armor according to the present invention.
Figure 2 is a view showing the front configuration of the main part of the lightweight body armor according to the present invention.
Figure 3 is a view showing the main rear configuration of the lightweight body armor according to the present invention.
4 to 5 are views showing the state in which the bulletproof member is discharged from the front receiving space and the rear receiving space.
6 is a view showing an exploded configuration of the shoulder joint.
Figure 7 is a view showing a process of adjusting the length of the shoulder joint.
8 is a view showing an exploded configuration of the front part.
9 is a view schematically showing the rear configuration of the front wearing member.
10 is a view showing the unfolded state of the front wearing member.
11 is a view showing the rear configuration of the front wearing member.
12 is a view showing the configuration of the front hanger strap and the front hanger holder.
13 is a view showing a cross-sectional configuration of the main part of the tactical patch and the front pouch.
14 is a view showing a state in which the front hanger holder is folded.
15 is a view showing a process in which the front hanger holder passes through the front webbing strap.
16 is a view showing the lower front surface of the lightweight body armor combined with a shoulder strap.
FIG. 17 is a diagram schematically illustrating a cross-sectional configuration taken along line AA shown in FIG. 13; FIG.
18 is a view for explaining the action of the front locking means.
19 is a view showing a state in which the tactical belt is accommodated in the packaging bag.
20 to 21 are views showing an exploded configuration of the rear portion.
22 to 24 are views showing the front configuration of the first rear wearing member.
25 is a view showing the configuration of the waist connection part.
26 is a view showing the front of the body armor in a state in which the tactical patch is removed.
27 is a view for explaining a length adjustment process of the waist connection part.
FIG. 28 is a view schematically showing a cross-sectional configuration taken along line AA shown in FIG. 26; FIG.
29 is a view showing an emergency wearing unit alone wearing state.
30 is a view showing the disassembled configuration of the tactical patch and the shield.
31 is a view showing the front configuration of the tactical belt.
32 is a view showing an identification patch;
FIG. 33 is a view showing a cross-sectional configuration based on line AA shown in FIG. 32; FIG.
34 is a view showing an exploded configuration of the front part according to another embodiment of the present invention.
FIG. 35 is a view schematically showing a cross-sectional configuration of a main part of the front wearing member in the embodiment shown in FIG. 34;
36 is a view showing an exploded configuration of the rear portion according to another embodiment of the present invention.
FIG. 37 is a view schematically showing a cross-sectional configuration of a main part of the first back wearing member in the embodiment shown in FIG. 36;

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This example is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

Prior to the description of the invention, the term "lightweight body armor" may refer to a body armor having a weight excluding the weight of the bulletproof member that is less than 2 kg.

Light weight body armor according to the present invention, as shown in Figs. 1 to 3, the front part 100, the back part 200, the waist connection part 400, the shoulder connection part 300 and the emergency wear part 500, including can be defined as

The front part 100 accommodates the front bulletproof member 110 and can be worn on the front chest of the wearer, and the rear part 200 accommodates the rear bulletproof member 210 and can be worn on the back of the chest of the wearer. The waist connection part 400 and the shoulder connection part 300 connect the left and right sides of the front part 100 and the back part 200, but the waist connection part 400 is a pair so as to be supported on the left and right waist parts of the wearer, respectively. It is provided, and the shoulder connection part 300 is provided as a pair of connecting the upper left and right sides of the front part 100 and the rear part 200 to be shoulder-attached to the left and right shoulder parts of the wearer, respectively.

Hereinafter, the shoulder connection part 300 will be described with reference to the accompanying drawings.

As shown in FIGS. 6 to 7, each of the pair of shoulder connection parts 300 can adjust the length of each of the pair of shoulder connection parts 300 elastically without a separate buckle on the part in contact with the wearer's shoulder, and relieve pain in the shoulder of the wearer according to the weight of the body armor. As a configuration for solving the problem of lowering the fit by causing it, it may be exemplified as including the first shoulder strap 310 and the second shoulder strap 320 .

First, the first shoulder strap 310 is a strap-type member that is formed to extend a certain length in the longitudinal direction, is formed to extend from the back portion 200, the end forms a free end, and a first shoulder velcro (311, Fig. 22) has a structure in which it is formed.

Next, the second shoulder strap 320 is a strap-type member extending in the longitudinal direction similarly to the above-described first shoulder strap 310 , and may be coupled to overlap the outside of the first shoulder strap 310 .

At this time, the second shoulder strap 320 has a second shoulder velcro 321 formed in a portion facing the first shoulder velcro 311, and a first shoulder velcro formed on one side of the first shoulder strap 310 ( 311) may be removably coupled to.

The first end of the second shoulder strap 320 is positioned to be overlapped on the first shoulder strap 310 to form a free end like the first shoulder strap 310, and the second end opposite to the first end is a shoulder buckle It has a structure connected to and coupled to the front part 100 through 350 .

Shoulder buckle 350 is usually fastened and detachable buckle can be used.

That is, the first end of the second shoulder strap 320 is provided with a structure that is detachably connected to the first shoulder strap 310 and the second end to the front part 100 , respectively.

The first shoulder strap 310 and the second shoulder strap 320 are provided detachably from each other by the first shoulder velcro 311 and the second shoulder velcro 321. At this time, the first shoulder strap 310 and the first shoulder strap 310 2 The length of the shoulder connection part 300 may be adjusted according to the overlapping amount of the shoulder strap 320 .

For example, when the amount of overlap of the first shoulder strap 310 and the second shoulder strap 320 is increased to attach and fix to each other, the front part 100 and the rear part 200 become closer to each other and the length of the shoulder connection part 300 . On the other hand, when the amount of overlap of the first shoulder strap 310 and the second shoulder strap 320 is reduced and attached and fixed to each other, the front part 100 and the rear part 200 are spaced apart from each other and the shoulder connection part 300 ) is shown to increase in length. Accordingly, it is possible to properly wear the body armor by adjusting the length of the shoulder connection portion 300 according to the wearer's physical condition.

A pouch connecting ring 312 may be formed at the end of the first shoulder strap 310 , and various accessories may be hung on the pouch connecting ring 312 to carry various accessories, or a pair of pouches formed in each of the shoulder connecting units 300 . By connecting and installing a rope on the connecting ring 312, the shoulder connecting portion 300 can be prevented from flowing down from both shoulders of the wearer.

In addition, the pouch connection ring 312 can be used as a gripping means to separate the second shoulder strap 320 from the first shoulder strap 310 .

The second shoulder strap 320 is configured to be seated and supported directly on the shoulder of the wearer, and a cushioning material may be filled therein in consideration of the wearability. By the cushioning material, when the weight of the lightweight body armor is applied, the feeling of foreign body or pain caused by pressing the shoulder is prevented.

As the cushioning material in this description, memory foam, latex, cotton, sponge, etc. may be used.

The width of the first shoulder strap 310 is formed to be larger than the width of the second shoulder strap 320 so that the first shoulder strap 310 can cover the second shoulder strap 320 with a sufficient area to cover the first The contact area between the shoulder strap 310 and the second shoulder strap 320 is widened so that the first shoulder strap 310 and the second shoulder strap 320 can be more firmly coupled, in particular, according to the body size of the wearer. Accordingly, when the second shoulder straps 320 having different overall widths are used in parallel, the different second shoulder straps 320 can be attached to and fixed to the first shoulder strap 310 without difficulty.

Accordingly, the shoulder connection part 300 is attached to the fixing force between the first shoulder strap 310 and the second shoulder strap 320 when the first shoulder strap 310 and the second shoulder strap 320 are attached and fixed to each other. Because it is not arbitrarily decomposed by the wear, stability can be greatly improved.

In addition, since it is possible to easily adjust the length of the shoulder connection part 300 without a buckle, it is possible to prevent a decrease in fit due to interference of the buckle, and at the same time to adjust the body size to the body size. As it comes into direct contact with the shoulder, it provides the effect of significantly improving the wearing comfort by reducing pain or a feeling of foreign body in the shoulder area.

Hereinafter, the front part 100 will be described with reference to the accompanying drawings.

As shown in FIGS. 8 to 11 , the front part 100 is worn in front of the chest of the wearer, and serves to protect the front of the chest. ) can be connected to each other.

The front part 100 may be exemplified as including a front wearing member 120 , a connection patch 140 , and a tactical patch 150 .

More specifically, the front wearing member 120 has a predetermined area sufficient to cover the front of the chest, and a first front wearing Velcro 122 is formed on the front side, and a connection patch 140 is formed on the first front wearing Velcro 122. ) may be removably coupled.

A first patch attachment velcro 129 may be formed on the upper portion of the first front wearable velcro 122 , and the identification patch 180 may be detachably attached and fixed with the first patch attached velcro 129 .

The identification patch 180 is detachably attached to the front of the front part 100, and plays a role for ally identification. It may be a patch engraved with a national flag, a mark of a unit, etc.

A second patch attachment velcro 181 path that is detachably attached to and fixed to the first patch attachment velcro 122 may be formed on the rear surface of the identification patch 180, and a nanomaterial 182 for night identification is provided on the front surface. can be coated.

Herein, the nanomaterial may refer to a luminous material, a retroreflective material, or a known means that can be identified through a reflector at night, and thus detailed description thereof will be omitted.

A front accommodating space 121 in which the front bulletproof member 110 is accommodated may be formed inside the front wearing member 120 , and at this time, the upper end of the front receiving space 121 is opened and closed to the front bulletproof member 110 . It has a structure so that it can be withdrawn into and out of the front receiving space (121).

To this end, the front lower panel 123 is formed to extend from the lower end of the front wearing member 120, and the front left panel 124 and the front right panel 125 are respectively extended from the left and right ends to form the front lower panel ( 123) The front left panel 124 and the front right panel 125 are respectively overlapped and fixed, so that the front receiving space 121 is provided between the front left panel 124, the front right panel 125 and the front lower panel 123. have a structure that can form

That is, the front lower panel 123 extending downward from the lower end of the front wearing member 120 is first folded toward the back of the front wearing member 120 , and then the front left panel 124 and the front right panel 125 . By folding each of the front lower panel 123 toward each other to overlap each other, it is possible to provide a space in which the front bulletproof member 110 can be accommodated.

The front bulletproof member can be withdrawn into and out of the open upper part of the front receiving space 121 provided in this way.

On the other hand, the front upper panel 126 may be formed to extend on the upper end of the front wearing member 120, and at this time, the front upper panel 126 is superimposed on the front lower panel 123 and fixed to the front left panel 124. And the front right panel 125 by being overlapped and fixed, it is possible to wrap and fix the upper end of the front bulletproof member 110 accommodated in the front receiving space 121 .

Accordingly, all sides of the front bulletproof member 110 are wrapped, so that the front bulletproof member 110 can be safely accommodated without moving its position even during physical activity of the wearer.

On the other hand, it is a configuration for fixing the position of the front left panel 124, the front right panel 125, and the front top panel 126 that are overlapped on the front lower panel 123, and the rear of the front lower panel 123 has the front lower end Velcro 123a may be formed, and on both sides of the front left panel 124 and the front right panel 125, the front left velcro 124a and the front right velcro which are detachably coupled to the front lower velcro 123a. (125a) may be formed respectively.

Accordingly, the front left panel 124 and the front right panel 125 can maintain a fixedly coupled state to the rear surface of the front lower panel 123. In particular, the front left panel 124 and the front right panel 125 are The front left velcro 124a and the front right velcro 125a are formed on both sides, and the front upper panel 126 toward the back of each of the front left velcro 124a and the front right velcro 125a exposed to the outside. By detachably coupling the upper front side velcro 126a formed on the , the front upper panel 126 can be fixedly coupled to the rear surface of the front left panel 124 and the front right panel 125 .

That is, since the front left panel 124, the front right panel 125, and the front top panel 126 are overlapped and fixed in stages on the front lower panel 123, the coupling is not easily released and the front is bulletproof. The member 110 can be accommodated more safely.

In addition, if the amount of overlapping of the front lower panel 123, the front left panel 124, the front right panel 125 and the front upper panel 126 is adjusted, the width of the front receiving space 121, more specifically Since the front and rear width, left and right width, vertical width, etc. of the front receiving space 121 can be elastically adjusted, the effect of being able to accommodate the front bulletproof member 110 of various sizes can be expected.

And, since the upper end of the front receiving space 121 can be opened and closed through the operation of the front upper panel 126 without disassembling the entire body while wearing the lightweight body armor, easy replacement of the front bulletproof member 110 is possible. make it possible

The front lower panel 123 is configured to be in direct contact with the chest of the wearer when folded back, and a cushioning material may be filled in the front lower panel 123 in consideration of the wearability.

In addition, as shown in FIG. 11 , a first vent plate 123b made of a mesh material may be formed as a lower portion of the lower front Velcro 123a. Accordingly, even when the front lower panel 123 is in direct contact with the wearer's chest, the wearer's sweat or heat is easily discharged.

It is preferable that the mesh of the first vent plate 123b is formed to a size that at least the cushioning material is not arbitrarily discharged.

The first ventilation plate 123b is formed in a rectangular shape to cover the wearer's chest in a wide area.

In addition, a plurality of front ventilation holes 128 are formed to be elongated in the left and right directions on the upper portion of the first front wearable Velcro 122 of the front wearable member 120, so that sweat or heat is generated even in a portion where there is no direct contact with the wearer. emissions can be more effectively induced.

In particular, when heat is generated in the wearer's body, the heat flows into the front receiving space 121 as it is, and is moored in the front receiving space 121 and cannot be easily discharged. , the heat dissipation in the front receiving space 121 can be made more effectively.

And, even if a through hole is formed on the front wearing member 120 , the front bulletproof member 110 is disposed on the rear surface of the front wearing member 120 with a sufficient area, so that a decrease in the protective power does not occur in particular.

As shown in FIG. 11 , when the front top panel 126 is also folded to the back, direct contact with the wearer can be made. The upper front Velcro (126a) is formed in a shape that the width gradually narrows toward the lower part so as not to cause pain in the medulla part, which is the vital point of the A vent plate 126b may be formed.

That is, when the front upper panel 126 is overlapped and fixed, the second venting plate 126b is disposed over the front upper velcro 126a so that it can be buffered and supported on the wearer's inner ear region, so that the front bulletproof member ( 110) to effectively prevent the application of external force to the myeongchi by oscillating.

In addition, the second vent plate 126b has a shape in which the left and right widths are gradually narrowed toward the lower part, and since it can cover the Myungchi region with a minimum area, it is possible to prevent a decrease in the wearing comfort to some extent.

The front left panel 124 , the front right panel 125 , and the front top panel 126 have a structure that is detachable from each other, and is provided to open and close both sides and the top of the front receiving space 121 if necessary.

The front wearable member 120, the front lower panel 123, the front left panel 124, the front right panel 125, and the front upper panel 126 are manufactured as an integrated unit by continuously cutting a single nylon fabric. This can be done.

That is, on the nylon fabric having a certain area, the front lower panel 123 is at the lower end of the front wearing member 120 through laser or ultrasonic cutting method, and the front left panel 124 and the front right panel 125 are left and right, respectively. At the upper end, by continuously cutting and manufacturing the integral plate material from which the front upper panel 126 is extended, it is possible to secure higher productivity, and in particular, by configuring the front wearing member 120 in a lighter weight, it is a wearer. Allows them to secure sufficient mobility while wearing lightweight body armor.

At this time, it is preferable to use the nylon fabric of DuPont's Cordura fabric.

Cordura fabric is as tough as leather, has abrasion-resistant properties, and is lightweight, providing various effects.

A first front buckle 127 may be formed on the front wearing member 120 , and a second front buckle 153 of the tactical patch 150 to be described later may be coupled to the first front buckle 127 .

Next, the connection patch 140 may be made of a pair, and is illustrated in the form of a thin plate, and on the back side there is a fourth front wearing Velcro 141 that is detachably coupled to the first front wearing Velcro 122, A fifth front wearable Velcro 142 is formed on the front side to be detachably coupled to the left and right of the front wearable member 120, and at the same time, the tactical patch 150 is detachably coupled to the fifth front wearable Velcro 142. can

That is, the connection patch 140 has a structure that is attached and fixed in a state interposed between the front wearing member 120 and the tactical patch 150, while the connection patch 140 has a waist connection part 400 to be described later is connected. can become

The description related to the connection patch 140 will be described together with the description of the waist connection part 400 to be described later.

Next, the tactical patch 150 constitutes the frontmost part of the front part 100, and can detachably support a pouch for accommodating portable items (hereinafter referred to as Jangguryu) such as magazines and grenades necessary for tactical activities. .

The tactical patch 150 is attached and fixed to the front of the front wearing member 120 when the body armor is completely worn, and may be used by being coupled to the emergency wear part 500 to be described later if necessary.

On the rear surface of the tactical patch 150, a sixth front wearing Velcro 151 that is detachably coupled to the fifth front wearing Velcro 142 is formed, and a front webbing strap 152 having a plurality of front through holes 152a on the front side. ) is extended in the left and right direction and has a structure in which it is combined.

The front webbing strap 152 has a structure in which a plurality of front passing holes 152a are formed at equal intervals along the longitudinal direction, and the front webbing strap ( 152), a plurality of pouches may be detachably coupled.

The tactical patch 150 has an inner space to accommodate accessories and has a structure in which an upper part is opened, and at this time, the upper end of the opened tactical patch 150 has a structure that is opened and closed by a pocket cover. At this time, the lower end of the pocket cover is formed such that the left and right widths are gradually reduced toward the lower part so that it can be easily inserted into the tactical patch 150 as necessary.

Accordingly, it is possible to use the equipment more quickly in a state in which the equipment stored in the tactical patch 150 is partially exposed to the outside.

The tactical patch 150 is connected to the fifth front wearing Velcro 142 and the first front buckle 127, respectively, and is fixedly coupled to the front of the front wearing member 120 at the same time, so that it is not arbitrarily disassembled. is equipped

On the other hand, the pouch described in this embodiment is exemplified by the front pouch 160, the side pouch 130, the dump pouch 530, and the like, but for convenience of explanation, it depends on the combination position of the pouch or the type of equipment to be accommodated. It is merely that the names of the components are divided differently, and the structures of the described pouches can all be made the same or similar.

For example, a plurality of front pouches 160 may be detachably coupled to the front webbing strap 152 , and each of the front pouches 160 is large, a front pocket 161, a front hanger strap 162 and a front hanger. It may be illustrated as including a holder 163 .

More specifically, the front pocket 161 serves to accommodate accessories, the front hanger strap 162 serves to suspend the front pocket 161 to the front webbing strap 152, and the front hanger holder 163 serves as the front webbing Each of the front hanger straps 162 on the strap 152 serves to fix them so that they do not arbitrarily depart.

12 to 18, the front hanger strap 162 is a strap-type member extending in the longitudinal direction, and one end is fixedly coupled to the front pocket 161 and the other end is in the form of a free end. It has a structure that penetrates the front through-hole (152a) of the strap (152) in the vertical direction and is hung on the front webbing strap (152).

At this time, the front hanger holder 163 is formed at the end of the front hanger strap 162, which is a free end, it can be superimposed on the outer surface of the front webbing strap 152 and fixed.

Accordingly, it is possible to prevent the front hanger strap 162 from arbitrarily falling into the front through hole 152a, and eventually the front pouch 160 can be firmly positioned on the front webbing strap 152.

Conversely, if necessary, when the front hanger holder 163 superimposed on the outer surface of the front webbing strap 152 and fixed is spaced apart from the front webbing strap 152 and in close contact with the front hanger strap 162, the front hanger strap 162 And the front hanger holder 163 has a structure that can pass through the front through-hole (152a) at the same time, and eventually the front pouch 160 is provided with a structure that can be removed on the front webbing strap (152).

On the other hand, as shown in Figure 12, the plurality of front pouches 160, each of the front hanger holder 163, the shoulder strap 170 can be coupled through each other.

The shoulder strap 170 is a strap-type member of an elastic material that is elastic, and is wrapped around the wearer's waist, and passes through the front hanger holder 163 of each front pouch 160 in the process of being wrapped around the waist, and at both ends A fastening means 171 is provided so that both ends can be selectively jointed. The fastening means 171 may be made of Velcro, a buckle, a snap button, or the like.

When such a shoulder strap 170 is worn, each of the front hanger holders 163 fixed in an incomplete state is fixed on the shoulder strap 170 all at once and can be in close contact with the wearer's waist, thus, the front The front hanger strap 162 suspended from the webbing strap 152 does not arbitrarily depart from the front webbing strap 152, and the front pouch 160 is closely fixed toward the waist, and the flow of the front pouch 160 It can be expected that the effect of improving the wearing comfort is prevented.

On the other hand, the front hanger holder 163 may be exemplified as largely including a first front fixing piece 10 , a second front fixing piece 20 , a front support plate 30 and a front locking means 40 .

The first front fixing piece 10 and the second front fixing piece 20 are connected and coupled to each other to form an integral body, and are made of a fabric material and can be flexibly deformed, and in particular, the first front fixing piece 10 and the first front fixing piece 10 2 The front fixing piece 20 has a structure that can be folded to each other.

First, a first front porch velcro 11 may be formed on one side of the first front fixing piece 10, and at this time, at the end of the front hanger strap 162, facing the first front fixing piece 10 A second front pouch velcro 162a detachably coupled to the first front pouch velcro 11 may be formed on the viewing surface.

Accordingly, as shown in FIG. 15, in the process of attaching and detaching the front pouch 160 to the front webbing strap 152, the front hanger holder 163 passes through the front through hole 152a of the front webbing strap 152. When the first front porch velcro 11 formed on the first front fixing piece 10 of the front hanger holder 163 is attached to the second front pouch velcro (162a) formed on the front hanger strap 162, the front surface in a fixed state It is made to pass through the through hole (152a).

In this case, a structure in which a part of the front hanger holder 163 is overlapped on the front hanger strap 162 is provided, so that the rigidity of the end portion of the front hanger strap 162 can be secured, and as a result, the front hanger strap more easily The 162 may be hung on the front webbing strap 152 by passing the front through hole 152a of the front webbing strap 152 or removed from the front webbing strap 152 .

In addition, a third front porch velcro 152b detachably coupled to the first front pouch velcro 11 is formed on the outer surface of the front webbing strap 152, and the first front fixing piece of the front hanger holder 163 ( 10) may be fixedly attached to the outer surface of the front webbing strap (152).

In this case, as shown in FIG. 13 , the first front fixing piece 10 of the front hanger holder 163 is superimposed on the outer surface of the front webbing strap 152 and fixed, at this time, the first front pouch Velcro 11 Is attached and fixed to the third front pouch Velcro (152b) is configured so that arbitrary folding movement of the first front fixing piece (10) is limited.

Accordingly, a structure for attaching and fixing the front webbing strap 152 between the front hanger strap 162 and the front hanger holder 163 is provided, so that the front hanger strap 162 is hung from the front webbing strap 152. It is possible to prevent falling out of the upper part.

In other words, the first front porch velcro 11 of the first front fixing piece 10 is attached and fixed to the second front porch velcro 162a when the attachment/detachment operation of the front pouch 160 is made and the first front fixing piece ( 10) and the end of the front hanger strap 162 overlap each other and can be handled, and in a state where the front hanger strap 162 is hung from the front webbing strap 152, the first front pouch Velcro 11 is the third front A safety structure is formed to prevent the first front fixing piece 10 from being arbitrarily folded by being attached and fixed to the pouch velcro (152b).

Next, the second front fixing piece 20 is coupled to the outside of the first front fixing piece 10 and is formed in a loop or ring shape so that the front fixing hole 21 through which the shoulder strap 170 passes is formed. made up of a structure that becomes

That is, the shoulder strap 170 can be worn around the wearer's waist while passing through the front fixing hole 21 formed in the second front fixing piece 20 .

Next, the front support plate 30 is fixed to the other side of the first front fixed piece 10 and the second front fixed piece 20 in close contact with each other, the first front fixed piece 10 and the second front fixed piece 20 ) plays a role in supporting the other side of the

At this time, the front support plate 30 is made of a thin metal plate and has a curved cross-section in the shape of an arc, is bent in half according to the pressure of the central part, and then is restored to its original state by using the elastic deformation property of the first front fixing piece. (10) and the second front fixing piece 20 to be selectively folded.

For example, the front support plate 30 is maintained in a plate-like state in a state in which no external force is applied, so that the first front fixing piece 10 and the second front fixing piece 20 are connected and supported in a straight line to each other, thereby fixing the first front surface. While the piece 10 is attached to the front hanger strap 162 or the front webbing strap 152 so that the fixed state is maintained, when the central part is pressed, it is bent with respect to the center as shown in FIG. The folding of the front fixing piece 10 and the second front fixing piece 20 is allowed.

Accordingly, when the first front fixing piece 10 attached and fixed to the front hanger strap 162 or the front webbing strap 152 is spaced apart, the front support plate 30 is bent and then the first front fixing piece 10 is removed. It can be spaced apart from the front hanger strap 162 or the front webbing strap 152 in a folding manner on the second front fixing piece 20 .

Next, the front locking means 40 is coupled to the second front fixing piece 20 and serves to support the hanging of the shoulder strap 170 when the shoulder strap 170 passes into the front fixing hole 21 .

At this time, on the outer surface of the shoulder strap 170, when passing in one direction of the front fixing hole 21, the front locking means 40 is passed over, and when passing in the other direction, the front locking means 40 is caught and supported. The group 172 may be formed to protrude continuously.

That is, when both ends of the shoulder strap 170 are pulled in one direction (direction A shown in FIG. 17 ), the shoulder strap 170 strongly tightens the waist, while the locking protrusion 172 of the shoulder strap 170 . The front locking means 40 can be passed without any other locking action, so that both ends of the shoulder strap 170 can be fastened. 40 is supported, the shoulder strap 170 has a structure in which movement is restricted in the other direction (direction B shown in FIG. 17 ), and it is possible to prevent arbitrary disassembly of the shoulder strap 170 .

On the other hand, when adjusting the tightening force of the shoulder strap 170 or quickly disassembling the shoulder strap 170 from the body, only one-touch operation can remove the locking protrusion 172 of the shoulder strap 170 from the front locking means 40. It has a structure to allow movement in the other direction of the shoulder strap 170 by being spaced apart.

To this end, the front locking means 40 is formed to extend downward from the inner upper end of the front fixing hole 21, the front elastic wire 41 made of a stretchable material, is formed at the lower end of the front elastic wire 41 and adjacent The front stop ball 42 caught between the locking protrusions 172, the front inelastic wire extending downward from the front stop ball 42 and extending downward through the lower end of the second front fixing piece 20 (43) and formed at the lower end of the front inelastic wire 43, the front inelastic wire 43 is not completely inserted into the front fixing hole 21, the second front fixing piece 20 is supported on the lower end outside It may be illustrated as including a front stop piece 44 that is.

Accordingly, as shown in FIG. 18 , when the front stop piece 44 exposed to the outside is pulled downward, the elastic front elastic wire 41 is extended downward, and the front stop ball 42 is a locking protrusion 172 . ), and when the front stop ball 42 and the locking protrusion 172 are vertically spaced apart, the shoulder strap 170 becomes freely movable in one or the other direction.

On the other hand, when the traction force is removed from the front stop piece 44, the front elastic wire 41 is compressed and the front stop ball 42 can be restored to its original position, and accordingly, the stopping protrusion 172 is the front stop ball ( 42) is provided with a structure that is supported again by being caught on the top.

In summary, when the front pouch 160 in this embodiment is hung on the front webbing strap 152, the front hanger holder 163 is caught and supported by the front webbing strap 152, and secondarily, the Velcro It is attached and fixed by the attachment fixing force and is finally fixed by the shoulder strap 170 so that it is integrated with the tactical patch 150 so that even if the body is moved somewhat radically while wearing the body armor, the front pouch 160 is It is possible to more effectively prevent dropping out due to unforeseen reasons.

On the other hand, the body armor according to the present invention is a packaging bag 600 for accommodating the front part 100, the back part 200, the shoulder connection part 300, the waist connection part 400 and the emergency wear part 500 at the same time for portability. may include more.

At this time, the front part 100 and the back part 200 accommodated in the packaging bag 600 are provided to be stacked up and down, and the remaining shoulder connection part 300 and the waist connection part 400 are accommodated in place, while the emergency wear part Reference numeral 500 is provided to surround the inner periphery of the packaging bag 600 to reinforce the rigidity of the packaging bag 600 and to maintain the correct shape of the packaging bag 600 .

As will be described later, the emergency wear unit 500 largely includes a suspender 520 and a tactical belt 510. At this time, the packaging bag ( The overall rigidity and shape of 600) can be given, and, in addition, the inner space of the packaging bag 600 can be secured as a more intuitive space.

Hereinafter, the rear portion 200 will be described with reference to the accompanying drawings.

20 to 24, the back part 200 is worn on the back of the wearer's chest, and serves to protect the back of the chest, and the shoulder connection part 300 is provided at the upper end, and the waist connection part 400 is on the left and right sides. may be connected to each other.

More specifically, the rear portion 200 may be exemplified as largely including a first rear wearing member 220 , a second rear wearing member 230 , and a rear bag 250 .

First, the first rear wearing member 220 has a predetermined area sufficient to cover the rear of the chest, for example, the wearer's back, and is in direct contact with the back, and the lower rear panel 222 is extended and formed at the bottom. , a rear left panel 223 and a rear right panel 226 are respectively extended on the left and right ends, respectively, and the rear left panel 223 and the rear right panel 226 are overlapped and fixed on the rear lower panel 222, respectively. It has a structure in which a rear receiving space 221 is formed between the rear left panel 223 , the rear right panel 226 , and the rear lower panel 222 .

That is, the rear lower panel 222 extending downward from the lower end of the first rear wearing member 220 is first folded toward the front of the rear wearing member, and then the rear left panel 223 and the rear right panel 226 are folded. By folding each of the front lower panel to overlap each other, it is possible to provide a space in which the rear bulletproof member 210 can be accommodated.

The back bulletproof member 210 can be drawn out and inserted into the open upper part of the back receiving space 221 provided in this way.

Meanwhile, on the upper end of the first rear wearing member 220 , the rear upper panel 227 may be extended in a state in which a predetermined area is cut. At this time, the rear upper panel 227 is superimposed on the rear lower panel 222 and fixed on the rear left panel 223 and the rear right panel 226 by being overlapped and fixed on the rear accommodating space 221, the rear bulletproof member 210 accommodated in the It can be fixed by wrapping the top of the

Accordingly, the back bulletproof member 210 is wrapped around the back bulletproof member 210 even during physical activity of the wearer can be safely accommodated without moving the position.

On the other hand, as a configuration for fixing the position of the rear left panel 223, the rear right panel 226, and the rear upper panel 227, which are overlapped on the rear lower panel 222, the front of the rear lower panel 222 has the rear lower end A Velcro 222a is formed, and on both sides of the rear left panel 223 and the rear right panel 226, the rear left Velcro 223a and the rear right Velcro 226a are detachably coupled to the lower rear Velcro 222a. may be formed respectively.

Accordingly, the rear left panel 223 and the rear right panel 226 can be fixedly coupled to the front of the rear lower panel 222. In particular, the rear left panel 223 and the rear right panel 226 are The rear left velcro 223a and the rear right velcro 226a are formed on both surfaces, and the rear upper panel 227 toward the front of each of the rear left velcro 223a and the rear right velcro 226a exposed to the outside. By detachably coupling the upper back Velcro 227a formed in the upper back panel 227, the rear top panel 227 can be fixedly coupled to the front surfaces of the rear left panel 223 and the rear right panel 226.

That is, since the rear left panel 223, the rear right panel 226, and the rear upper panel 227 are sequentially overlapped and fixed on the rear lower panel 222, the coupling is not easily released, and the rear is bulletproof. The member 210 can be accommodated more safely.

In addition, if the rear lower panel 222, the rear left panel 223, the rear right panel 226 and the rear upper panel 227 are adjusted to overlap each other, the width of the rear receiving space 221, more specifically Since the front and rear width, left and right width, vertical width, etc. of the rear accommodating space 221 can be flexibly adjusted, the effect of being able to accommodate the rear bulletproof member 210 of various sizes can be expected.

In addition, since the upper end of the rear accommodating space 221 can be opened and closed through the operation of the rear upper panel 227 without disassembling the entire body while wearing the light weight body armor, easy replacement of the rear bulletproof member 210 is possible. make it possible

When the rear lower panel 222 is folded to the front of the rear bulletproof member 210, it is in direct contact with the wearer's back. Considering the fit, the rear lower panel 222 may be filled with a cushioning material.

In addition, as shown in FIG. 24 , a third venting plate 222b made of a mesh material may be formed as a lower portion of the lower back Velcro 222a. Accordingly, even when the rear lower panel 222 directly contacts the wearer's back, the wearer's sweat or heat is easily discharged.

It is preferable that the mesh of the third vent plate 222b is formed to a size that at least the cushioning material is not arbitrarily discharged.

The third ventilation plate 222b is formed in a rectangular shape to cover the wearer's back in a wide area.

In addition, the first rear wearing member 220 has a plurality of rear ventilation holes 228 formed to be long incisions in the left and right directions, so that sweat or heat can be more effectively induced even in a portion where there is no direct contact with the wearer.

In particular, when heat is generated from the wearer's body, the heat flows directly into the rear receiving space 221 , and is moored in the rear receiving space 221 and cannot be easily discharged. , the heat dissipation in the rear receiving space 221 can be made more effectively.

And, even if a through hole is formed on the first back wearing member 220, the back bulletproof member 210 is disposed on the front surface of the first back wearing member 220 with a sufficient area, and a decrease in the protective power does not occur. will not

When the back top panel 227 is also folded to the front, direct contact with the wearer can be made. The upper side of the upper back Velcro (227a) is formed in a shape that gradually narrows toward the lower part so as not to cause cuts in the area, a cushioning material is filled inside, and the fourth venting plate (227b) made of a mesh material on the outer surface ) can be formed.

That is, when the upper back panel 227 is overlapped and fixed, the fourth ventilation plate 227b is disposed over the upper back Velcro 227a so that it can be buffered and supported on the wearer's spine, so that the back bulletproof member ( 210) can be effectively prevented from applying an external force to the vital point by oscillating.

The rear left panel 223 , the rear right panel 226 , and the rear upper panel 227 have a structure detachable from each other, and are provided to open and close both sides and the upper end of the rear receiving space 221 if necessary.

The first rear wearing member 220, the rear lower panel 222, the rear left panel 223, the rear right panel 226 and the rear upper panel 227 are integrally connected as one by continuously cutting a single nylon fabric. can be manufactured as

That is, similar to the above-described front part 100, the main part of the rear part 200 is continuously cut and manufactured to ensure higher productivity, and in particular, the first rear wearing member 220 is made lighter. By configuring it, the wearer can secure sufficient mobility while wearing a lightweight body armor.

Again, a first back webbing strap 224 having a plurality of first back through holes 224a may be coupled to the rear surface of the first back wearing member 220 to extend in the left and right directions.

A first wearing hanger strap 231 of a second back wearing member 230, which will be described later, passes through the first back webbing strap 224 and may be detachably coupled to the hanging method.

A first traction handle 225 may be formed on the upper end of the first back wearing member 220, and the first shoulder strap 310 of the shoulder connection part 300 described above on the left and right sides of the traction handle 225 is integrally formed. can be formed.

Next, the second rear wearing member 230 may be detachably coupled to the rear surface of the first rear wearing member 220 .

At this time, a first wearing hanger strap 231 and a first wearing hanger holder 232 may be formed on the second rear wearing member 230 , in this case, the first wearing hanger strap 231 and the first wearing hanger holder 232 has the same structure and function corresponding to the front hanger strap 162 and the front hanger holder 163 of the aforementioned front pouch 160, and the method of hanging on the first back webbing strap 224 is also, Since the front pouch 160 has the same structure as the method in which it is hung on the front webbing strap 152, a detailed description thereof will be omitted.

The second back wearing member 230 is made in the form of a bag having an inner space to accommodate accessories and has a structure that can open and close the inside through a zipper, etc., so that it is detached from the first back wearing member 220 and used independently This possible structure has

The first back wearing member 220 and the second back wearing member 230 are in addition to the coupling structure in which the first wearing hanger strap 231 is suspended and fixed on the first back webbing strap 224 . The left and right sides of the first back wearing member 220 and the second back wearing member 230 further include a structure in which they are detachably connected and coupled by a zipper.

Accordingly, a structure in which the first back wearing member 220 and the second back wearing member 230 are connected and coupled in a double structure is provided, so that the bonding strength between the two can be significantly improved.

On the other hand, the second traction handle 233 may be formed on the upper end of the second back wearing member 230, and in case of a situation in which the injured person needs to be transported by traction in a wartime situation, the first traction of the first back wearing part 220 occurs. In a state in which the handle 225 and the second traction handle 233 of the second rear wearing part 230 are simultaneously gripped, the wounded person wearing the body armor is towed, or the non-injured person forms a pair of two to remove each handle. It allows the injured person to be evacuated more safely in consideration of the degree of injury, situation, and terrain conditions by grasping and towing the injured person, and by distributing the weight of the injured person more effectively and quickly and safely with a small force make it possible to perform

A second back webbing strap 234 having a plurality of second back through holes 234a may be coupled to the rear surface of the second back wearing member 230 to extend in the left and right directions.

The second back webbing strap 234 may be detachably coupled in such a way that a second wearable hanger strap 251 of the back bag 250 to be described later passes through and is hung.

Next, the back bag 250 may be detachably coupled to the second back webbing strap 234 formed on the back surface of the second back wearing member 230 .

At this time, a second wearing hanger strap 251 and a second wearing hanger holder 252 may be formed in the back bag 250 . At this time, the second wearing hanger strap 251 and the second wearing hanger holder 252 are formed. has the same structure and function corresponding to the front hanger strap 162 and the front hanger holder 163 of the aforementioned front pouch 160, and the method of hanging on the second back webbing strap 234 is also a front pouch ( 160) is made of the same structure as the method in which the front webbing strap 152 is suspended, and thus detailed description thereof will be omitted.

The back bag 250 is made in the form of a bag having an inner space to accommodate accessories, and has a structure that can open and close the inside through a zipper, etc., so that it can be detached from the second back wearing member 230 and used independently. to equip

In summary, the rear portion 200 is an independently portable bag configuration, for example, by using the second rear wearing member 230 and the rear bag 250 to conveniently carry equipment in an emergency situation, in particular, the first traction By using the handle 225 and the second towing handle 233, the injured person can be evacuated more safely in consideration of the injured person's situation, terrain conditions, etc. make it possible

Hereinafter, the waist connection unit 400 will be described with reference to the accompanying drawings.

As shown in FIG. 25, the waist connection part 400 has one end connected to the left and right sides of the back part 200, and the other end is connected to the pair of connection patches 140 through the waist buckle 410, respectively, and is lightweight. It has a structure that is supported around the wearer's waist when the body armor is worn.

The waist connection part 400 is provided as a pair, and when the waist buckle 410 provided on each waist connection part 400 is disassembled, the other end of the waist connection part 400 is separated from the front part 100 to wear body armor or can be dismantled.

At this time, one of the pair of shoulder buckles 350 and the pair of waist buckles 410 provided in the pair of waist connecting portions 400 provided in each of the pair of shoulder connecting portions 300, one shoulder buckle 350 and the waist If the buckle 410 is disassembled to allow the body armor to be dismantled from the body, it is possible to prevent the body armor from being suddenly dismantled from the body in the process of disassembling the body armor.

Each of the pair of waist connection parts 400 is composed of a plurality of side webbing straps 420 spaced apart from each other at regular intervals up and down.

The waist connection part 400 is configured with a plurality of side webbing straps 420 spaced apart from each other by a predetermined distance up and down in consideration of the fit and sweat discharge as much as it is closely supported in the vicinity of the wearer's waist to provide sufficient ventilation.

Each side webbing strap 420 has a plurality of side through-holes 421 , while a plurality of side pouches 430 may be detachably coupled to each side webbing strap 420 .

The side pouch 430 has the same structure as the front pouch 160 described above, and the method of hanging on the side webbing strap 420 also has the same structure as the method in which the front pouch 160 is hung on the front webbing strap 152 Bar. Hereinafter, detailed description will be omitted.

On the other hand, the length adjustment method of the waist connection part 400 is the other end of the fixing point of the waist connection part 400 according to the coupling position of the pair of connection patches 140 in the front wearing member 120 as shown in FIG. The length of the waist connection part 400 can be adjusted in such a way that the position is variable.

Accordingly, it is possible to adjust the length from the front while wearing the body armor, for example, to adjust the length of the waist connection part 400, first remove the tactical patch 150 and then remove the exposed connection patch 140 When it is removed from the front wearing member 120 and re-attached after positioning, the position of the other end of the fixing point of the waist connection part 400 connected to the connection patch 140 is changed, while the front part 100 and the back part 200 are They move toward or away from each other, and in this state, when the tactical patch 150 is attached and fixed on the connection patch 140 again, the other end of the waist connection part 400 is completely fixed.

At this time, on the front surface of each of the pair of connecting patches 140, both upper and lower ends are attached to the front of the connecting patch 140, respectively. can be formed, and the wearer removes the connection patch 140 from the front wearing member 120 while holding the traction rope 143 when operating the connection patch 140 attached and fixed to the front wearing member 120 . In this case, it is possible to more conveniently operate the connection patch 140 in the attached and fixed state.

Accordingly, without disassembling the body armor, it is possible to easily and quickly adjust the length of the waist connection unit 400 to fit the body size of the wearer from the front of the wearer as it is worn.

Hereinafter, the emergency wear unit 500 will be described with reference to the accompanying drawings.

The emergency wear part 500 is inside the main structure of the body armor consisting of the front part 100, the back part 200, the waist connection part 400 and the shoulder connection part 300. It plays a role in improving the fit by preventing fluctuations, and in some cases, separately from the main structure, it can be worn alone, so that when an emergency situation occurs that the entire body armor cannot be worn, only a minimum of equipment can be quickly carried and worn play a role in making it possible

More specifically, the emergency wear unit 500 is to include a tactical belt 510 worn around the waist and a suspender 520 connected to the tactical belt 510 but worn on the upper body as shown in FIG. can be exemplified.

At this time, the tactical belt 510 will be illustrated as including a core 511 having both ends selectively connected by a fastening buckle 511a and a cover 512 provided to surround the outside of the core 511. can

The core 511 is made of a strap-type member having a length sufficient to be wrapped around the wearer's waist, and the cover 512 wraps around the outside of the core 511 so that the wearability is improved when the tactical belt 510 is worn. plays a role

To this end, a cushioning material is filled inside the cover 512 to pressurize the waist when a load is applied to the tactical belt 510 due to the storage of accessories to prevent foreign body sensation or pain occurring in the vicinity of the waist.

A waist webbing strap 513 having a plurality of waist through holes is extended and coupled to the outer surface of the cover 512 along the longitudinal direction, while the dump pouch 530 is detachably coupled to the waist webbing strap 513. can

The dump pouch 530 may be provided in a wallet-shaped foldable form to accommodate various cover tents, or the dump pocket itself may have a structure in which a predetermined area is rolled up in the form of a tent.

Specific details of the dump pouch 530 may be referenced from the front pouch 160 described above, and the method of hanging on the waist webbing strap 513 is also the same as the method in which the front pouch 160 is hung on the front webbing strap 152 . Since it is composed of a structure, a detailed description thereof will be omitted below.

Next, a non-slip film is coated on the inner surface of the cover 512 so that it can be closely worn with sufficient frictional resistance near the wearer's waist.

Next, the lower end of the suspender 520 is connected to the cover 512 while being wrapped around the wearer's shoulder.

At this time, a third front buckle 521 may be formed in front of the suspender 520, and a second front buckle 153 formed in the tactical patch 150 is detachably connected to the third front buckle 521. can be combined.

Accordingly, when the emergency wear unit 500 is worn alone, the tactical patch 150 is coupled to the front of the suspender 520, and the front pouch 160 and the equipment stored in the front pouch 160 can be carried at the same time. A structure will be in place to make it happen.

On the other hand, on the back surface of the tactical patch 150 removed from the front of the front wearing member 120, the sixth front wearing Velcro 151 is exposed to the outside as it is, and in this state, it is coupled to the emergency wear part 500 as it is. When this is done, the wearer's clothes become entangled with the sixth front-wearing velcro 151, so that the position of the tactical patch 150 is misaligned or the fit is lowered. When the shielding film 540 that covers the 151 is used in combination, it is possible to prevent the clothes from sticking to the sixth front wearing Velcro 151 .

Hereinafter, other embodiments of the front part and the rear part will be described with reference to the accompanying drawings.

The front part in this embodiment is different from the previous embodiment in that it further includes the structure of the front wearing member and the first electrodeposition fixing strap, and the rear part further includes the first back wearing member and the second electrodeposition fixing strap. Since there is a difference in the point, only the difference compared to the above-described embodiment will be described below.

First, the front part 100 in this embodiment is largely, as shown in FIGS. 34 to 35, the front wearing member 120, the first electrodeposition fixing strap 130, the connection patch 140 and the tactical patch ( 150) may be exemplified.

More specifically, the front wearing member 120 has a predetermined area sufficient to cover the front of the chest, and the front cushion pad 128 is formed on the back to ensure a sufficient fit when in close contact with the body.

A first front wearing Velcro 122 is formed on the front surface of the front wearing member 120 , and a connection patch 140 may be detachably coupled to the first front wearing Velcro 122 .

The front accommodating space 121 in which the front bulletproof member 110 is accommodated may be formed in the interior of the front wearing member 120 , and the lower end is opened to accommodate the front bulletproof member 110 in the front receiving space 121 . It has a structure that allows it to be drawn in and out.

The front receiving space 121 is divided into two parts by the front diaphragm 125 so that the front bulletproof member 110 can be selectively accommodated in the dual space.

For example, in any one of the front accommodating spaces 121 partitioned by the front diaphragm 125, a bulletproof plate performing a main bulletproof function, and in the other front receiving space 121, a bulletproof plate performing an auxiliary bulletproof function Each of the ash can be interpolated, and in some cases, only the bulletproof plate or bulletproof material can be interpolated.

The front diaphragm 125 is made of an elastic material and a front extension handle 125a is formed at the bottom, so even when wearing a body armor, you can easily pick up your hand with the open lower end of the front bulletproof member 110 and hold the front extension handle 125a ) can be gripped and pulled down to extend the front diaphragm 125 .

Accordingly, without disassembling the body armor, put your hand under the front part 100 in the worn state to easily divide the front accommodating space 121, and then insert the front bulletproof member 110 into the front accommodating space ( 121), the operation of inserting into the inside becomes possible.

On the other hand, the bulletproof plate and the bulletproof material described in this embodiment are examples of bulletproof members that are divided according to the defense grade, for example, the bulletproof plate is a hard plate type bulletproof means, and the bulletproof material can be roughly classified as a bulletproof means of a fiber structure. However, this is exemplary and reveals that it can be appropriately adopted from known bulletproof means.

Again, a second front wearing velcro 123 may be formed on the inner rear surface of the front wearing member 120, and the second front wearing velcro 123 includes a first electrodeposition fixing strap 130, which will be described later, and a front lower shielding piece. (126) and the like may be removably coupled.

A first front buckle 124 may be formed on the front wearing member 120 , and a second front buckle 153 of the tactical patch 150 to be described later may be coupled to the first front buckle 124 .

The first electrodeposition fixing strap 130 is a strap-type member extending in the longitudinal direction, one end being fixed to the inner front surface of the front wearing member 120, the other end having a free end shape, and the second front wearing Velcro at the other end ( 123) has a structure in which a third front wearable Velcro 131 that is detachably coupled to is formed.

That is, the first electrodeposition fixed strap 130 crosses the lower end of the front receiving space 121 back and forth, and the front bulletproof member 110 accommodated in the front receiving space 121 is open to the lower end of the front wearing member 120 . It is possible to support the lower end of the front bulletproof member 110 to prevent discharge, and to limit shaking or shaking without being fixed inside the front receiving space 121 .

Accordingly, since the fixing action of the front bulletproof member 110 is effectively performed, the wearing comfort can be improved while wearing the bulletproof vest.

At the lower end of the front wearing member 120, the front lower shielding piece 126 and the front lower fixing piece 127 are formed to extend, respectively, and by closing the open lower end in stages, the front bulletproof member 110 is accommodated in the front receiving space 121. It has a structure that allows for hermetically sealed storage.

First, the front lower shielding piece 126 is formed extending from the front lower end of the front wearing member 120, placed toward the inner rear surface of the front wearing member 120, the open lower end of the front wearing member 120 is the primary plays a role in closing

At this time, a seventh front wearable velcro 126a is formed on one side of the front lower cover piece 126, and the seventh front wearable velcro 126a is attached to the second front wearable velcro 123 in a folded state a number of times. It is detachably coupled to primarily close the open lower end of the front wearing member 120 .

The front lower shielding piece 126 is at least a 'L' shape folded and supported by spreading the lower part of the front receiving space 121 apart, while the seventh front wearing Velcro 126a formed on the front lower shielding piece 126. is attached to and fixed to the second front wearing Velcro 123 so that the front lower shielding piece 126 may be fixed.

At this time, at least the third front wearing Velcro 131 of the first electrodeposition fixing strap 130 and the seventh front wearing Velcro 126a of the front lower cover piece 126 are attached to the second front wearing Velcro 123 at the same time. can be fixed.

Next, the front lower fixing piece 127 performs the fixing action of the attached and fixed front lower shielding piece 126 to more firmly seal the lower portion of the front wearing member 120 .

Since the presence or absence of the front bulletproof member 110 is directly related to the safety of the wearer, the front bulletproof member 110 receives the front as the lower end of the front wearable member 120 is arbitrarily opened during activity while wearing the body armor. The lower end of the front wearing member 120 opened through the front lower shielding piece 126 and the front lower fixing piece 127 may be more tightly sealed so as not to be lost from the space 121 .

The front lower fixing piece 127 is formed extending from the bottom of the rear surface of the front wearing member 120, and extending toward one side of the front lower shielding piece 126 that is not in contact with the inner rear surface of the front wearing member 120. , it is possible to close the open lower end of the front wearing member 120 in a second way in a way that is attached and fixed on the front lower shielding piece 126 .

At this time, an eighth front wearing velcro 127a detachably coupled to the seventh front wearing velcro 126a may be formed on one side of the front lower fixing piece 127 .

The front wearing member 120 and the front lower shielding piece 126, and the front lower shielding piece 126 and the front lower fixing piece 127 have a structure that is detachable from each other. It is designed to be opened and closed.

Next, the rear portion 200 in this embodiment is largely, as shown in FIGS. 36 to 37 , the first rear wearing member 220 , the second rear wearing member 230 , the rear bag 250 and the second 2 may be illustrated as including an electrodeposition fixing strap (240).

First, the first back wearing member 220 has a structure in which the back cushion pad 228 is formed on the front side in contact with the back and has a predetermined area sufficient to cover the rear of the chest, for example, the wearer's back.

The first rear wearing member 220 has a rear accommodating space 221 in which the rear bullet-proof member 210 is accommodated, the lower end is open, and the rear bullet-proof member 210 is drawn out into the rear accommodating space 221 . It is prepared to be worn.

The rear accommodating space 221 may be divided into two parts by the rear diaphragm 222 to selectively accommodate the rear bulletproof member 210 in the dual space.

For example, in any one of the rear accommodating spaces 221 partitioned by the rear diaphragm 222, a bulletproof plate performing a main bulletproof function, and the other rear accommodating space 221, a bulletproof plate performing an auxiliary bulletproof function Each of the ash can be interpolated, and in some cases, only the bulletproof plate or bulletproof material can be interpolated.

The rear diaphragm 222 is made of an elastic material and a rear extension handle 222a is formed at the bottom, so even when wearing a body armor, you can easily pick up your hand with the open lower end of the rear bulletproof member 210 and hold the rear extension handle 222a ) can be gripped and pulled down to extend the rear diaphragm 222 .

A first back wearing velcro 223 may be formed on the inner front surface of the first back wearing member 220, and a second electrodeposition fixing strap 240, which will be described later, on the first back wearing velcro 223, the rear bottom shielding piece (226) and the like may be removably coupled.

The second electrodeposition fixing strap 240 is a strap-type member extending in the longitudinal direction, one end being fixed to the inner rear surface of the first back wearing member 220, the other end having a free end shape, and the other end being the first back wearing member. It has a structure in which a second back wearing Velcro 241 that is detachably coupled to the Velcro 223 is formed.

That is, the second electrodeposition fixing strap 240 crosses the lower end of the rear accommodating space 221 back and forth and the rear bulletproof member 210 accommodated in the rear accommodating space 221 is opened. The lower end of the first back wearing member 220 It is possible to support the lower end of the back bulletproof member 210 to prevent arbitrary discharge, and to limit shaking or oscillation without being fixed inside the rear accommodating space 221 .

On the other hand, at the lower end of the first back wearing member 220, the rear lower end shielding piece 226 and the rear lower end fixing piece 227 are formed to extend, respectively, and by closing the open lower end in stages, the rear bulletproof member 210 is received on the back It has a structure that can be sealed and stored in the space 221 .

First, the lower back side shielding piece 226 is formed extending from the bottom of the back of the first back wearing member 220, and placed toward the inner front of the first back wearing member 220 of the first back wearing member 220. It plays a primary role in closing the open lower end.

At this time, a third back wearing velcro 226a is formed on one side of the lower back cover piece 226, and the third back wearing velcro 226a is attached to the first back wearing velcro 223 in a folded state a number of times. It is detachably coupled to primarily close the open lower end of the first rear wearing member 220 .

The lower back cover piece 226 is at least a 'L' shape folded and supported by spreading the lower part of the back receiving space 221 apart, while the third back wearing Velcro (226a) formed on the lower back cover piece 226 is attached to and fixed to the first back wearing Velcro 223 so that the lower back cover piece 226 may be fixed.

At this time, to the first front wearing Velcro 122, at least, the second back wearing Velcro 241 of the second electrodeposition fixing strap 240 and the third back wearing Velcro 226a of the lower back side shielding piece 226 are attached at the same time. can be fixed.

Next, the lower back fixing piece 227 performs a fixing action of the attached and fixed rear lower edge shielding piece 226 to more firmly seal the lower portion of the first back wearing member 220 .

The lower back fixing piece 227 is formed extending from the lower front end of the first back wearing member 220, one side of the lower back side shielding piece 226 that is not in contact with the inner front surface of the first back wearing member 220 It is formed to extend toward the lower back side shielding piece 226 in a way that it is fixed and attached, it is possible to close the open lower end of the first back side wearing member 220 secondarily.

At this time, a fourth back wearing Velcro 227a detachably coupled to the third back wearing Velcro 226a may be formed on one side of the rear bottom fixing piece 227 .

The embodiments of the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom. Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

100: front part
200: rear
300: shoulder joint
400: waist connection
500: emergency wear

Claims (5)

The front part where the front bulletproof member is accommodated and worn on the front of the chest of the wearer, the back part that is accommodated and worn on the back of the chest of the wearer, connects the left and right sides of the front part and the back part as long as it is supported on the left and right waist parts of the wearer In the lightweight body armor comprising a pair of waist connection parts and a pair of shoulder connection parts that are attached to the left and right shoulder parts of the wearer by connecting the upper left and right sides of the front part and the rear part,
Each of the pair of shoulder connection parts,
a first shoulder strap extending from the rear portion and having a first shoulder velcro formed on one side thereof; and
The first shoulder strap is coupled to overlap, and a second shoulder velcro is formed in a portion facing the first shoulder velcro, and is detachably coupled to the first shoulder velcro formed on one side of the first shoulder strap, and a shoulder buckle. It includes; a second shoulder strap coupled to the front part through;
A pouch connecting ring is formed at the end of the first shoulder strap,
The width of the first shoulder strap is formed larger than the width of the second shoulder strap,
The second shoulder strap is filled with a cushioning material,
The length of the shoulder connection part is adjusted according to the amount of overlap of the first shoulder strap and the second shoulder strap,
The front part,
A first front wearable Velcro is formed on the front side, a front lower panel is extended at the lower end, and a front left panel and a front right panel are formed to extend respectively on the left and right ends, respectively, the front left panel and the front right panel are formed above the front lower panel a front wearing member for accommodating the front bulletproof member into the front receiving space and forming a front receiving space between the front left panel, the front right panel, and the front lower panel by overlapping and fixing each;
A pair of connecting patches having a fourth front wearing velcro detachably coupled to the first front wearing velcro on the rear surface, and a fifth front wearing velcro being formed on the front surface to be detachably coupled to the left and right sides of the front wearing member; and
A tactical patch in which a sixth front wearable Velcro detachably coupled to the fifth front wearable Velcro is formed on the rear surface and a front webbing strap having a plurality of front through holes is extended in the left and right directions to be coupled;
A front upper panel is extended on the upper end of the front wearing member, and is fixed by overlapping and fixing over the front left panel and the front right panel that are fixed over the front lower panel, thereby wrapping and fixing the upper end of the front bulletproof member accommodated in the front receiving space
A lower front velcro is formed on the rear surface of the front lower panel,
On both sides of the front left panel and the front right panel, a front left velcro and a front right velcro detachably coupled to the front lower velcro are respectively formed, and the front left panel and the front right panel are fixedly coupled to the back of the front lower panel, ,
The front upper panel has a front left velcro formed on the rear surface of the front left panel and the front right panel and a front upper velcro that is detachably coupled to the front right velcro, and is fixedly coupled to the rear surface of the front left panel and the front right panel,
The front lower panel is filled with a cushioning material, and a first ventilation plate made of a mesh material is formed under the front lower Velcro,
Bulletproof, characterized in that the upper front upper part of the front upper panel of the front panel is formed in a form that the left and right width gradually narrows toward the lower part, the cushioning material is filled inside, and the second ventilation plate made of a mesh material is formed on the outer surface Lightweight body armor that maximizes the fixing power of members. The method according to claim 1,
One end of each of the pair of waist connection parts is connected to the left and right sides of the back part, and the other end is connected and coupled to the pair of connection patches through the waist buckle, one side of the pair of shoulder buckles and the waist buckle. Lightweight body armor maximizing the fixing power of the bulletproof member, characterized in that it can be disassembled from the body by disassembling it. 3. The method according to claim 2,
A plurality of front pouches are detachably coupled to the front webbing strap,
The front pouch,
front pocket;
a front hanger strap coupled to the front pocket and hanging on the front webbing strap by penetrating the front through hole of the front webbing strap as a free end; and
The front hanger holder formed at the end of the front hanger strap and superimposed on the outer surface of the front webbing strap to prevent the front hanger strap from falling out through the front hole; body armor. 4. The method according to claim 3,
A shoulder strap penetrates through each front hanger holder of each of the plurality of front pouches and is fixed.
The front hanger holder,
a first front fixing piece having a first front porch velcro formed on one side thereof;
a second front fixing piece coupled to the outside of the first front fixing piece and having a loop shape in which a front fixing hole through which the shoulder strap passes is formed;
The first front fixing piece and the second front fixing piece are fixed in close contact with each other to support the other side surfaces of the first front fixing piece and the second front fixing piece apart, but made of a thin metal plate and curved in cross section in an arc shape a front support plate that is bent in half according to the pressure of the central part and then restored to its original state; and
and a front locking means coupled to the second front fixing piece to catch and support the shoulder strap when the shoulder strap passes into the front fixing hole.
A second front pouch velcro detachably coupled to the first front pouch velcro is formed at the end of the front hanger strap on a surface facing the first front fixing piece,
A third front pouch velcro detachably coupled to the first front pouch velcro is formed on the outer surface of the front webbing strap, so that the first front fixing piece of the front hanger holder is attached and fixed to the outer surface of the front webbing strap, the front hanger When the holder passes through the front through hole of the front webbing strap, the first front pouch velcro formed on the first front fixing piece of the front hanger holder is attached and fixed to the second front pouch velcro formed on the front hanger strap. pass through,
On the outer surface of the shoulder strap, when passing in one direction of the front fixing hole, the front locking means is passed, and when passing in the other direction, a locking projection supported by the front locking means is formed to protrude. The fixing power of the bulletproof member is maximized lightweight body armor. 5. The method according to claim 4,
The front locking means,
a front elastic wire extending downward from the inner upper end of the front fixing hole and made of a stretchable material;
a front stop ball formed at the lower end of the front elastic wire and caught between the adjacent locking projections;
a front inelastic wire extending downward from the front stop ball and extending downward through the lower end of the second front fixing piece; and
A front stop piece formed at the lower end of the front inelastic wire and supported by the second front fixing piece outside the lower end so that the front inelastic wire is not completely inserted into the front fixing hole.
When the front stop piece is pulled downward, the front elastic wire is extended downward and the front stop ball is spaced apart from the protrusion, and when the traction force is removed from the front stop piece, the front elastic wire is compressed while the front stop ball is in place Lightweight body armor with maximized fixing power of the bulletproof member, characterized in that it is restored to

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