KR101080179B1 - Quick releasable bulletproof vest - Google Patents

Abstract

PURPOSE: A quick-releasable protection vest is provided to completely separate a shoulder belt using pulling of a second canceling cable. CONSTITUTION: A quick-releasable protection vest comprises front and rear body panels(100,200), an inside and outside waistbands(300,400), left and right shoulder belts(501,502), and fastening and releasing parts(600). The inner waistband is divided into left and right side bands. A fastener is formed on facing sides to a first end of the inner waistband. A bonding ring and a bond hook are formed on a second end of the outside waist-belt. The left and right shoulder belts are extended from a front body panel. If a first release cable of a fastening and releasing part is pulled from the bond hook by the pulling of a grip, the front and rear body panels are separated from each other.

Description

QUICK RELEASABLE BULLETPROOF VEST}

The present invention relates to a protective vest to protect the body by preventing bullets, explosive debris, or sword, and more specifically, by dividing the protective vest into a front element and a rear element to bind the binding vest, so that the binding portion is released at once by a simple operation, In case of emergency, the protective vest can be detached from the body very quickly and easily.When worn, there is no flow of the binding part and the tight coupling state is maintained, while the size adjustment range is wide and fine adjustment is possible. The present invention relates to a quick-release protective vest that can be quickly and completely removed even with a neck support attached.

The protective vest which has the function of protecting the body ('protection' in the present specification encompasses functions such as ballistic protection and sword protection) has a DYNEEMA or SPECTRA structure inside the fabric. Hundreds or hundreds of thin fibers knitted or woven with the same ultra-high molecular weight polyethylene-based bulletproof fiber, aramid bulletproof fiber such as KEVLAR or TWARON, and then cut into plates to suit the human body. It consists of a good material in front and back.

These protective vests are worn by military police or bodyguards to prevent bullets, bomb debris, dobby bullets, swords, etc., reducing the wearer's thoughts and reducing the fear of bullets to maintain the best possible combat.

In addition to the main purpose of protection, the protection vest also has a narrow band around the outside of the fabric, forming a number of loops, such as an ammunition bag, water bottle bag, first aid kit, emergency food bag, dagger rack, etc. It is also used for hanging hanging tools.

As such, the protective vest protects the life and can carry the military easily, but it is easily released when the protective vest needs to be removed, such as when the wearer is injured and needs emergency treatment, falls into the water, or requires a rapid retreat or evacuation. You should be able to take it off.

In this regard, an example of a protective vest, which is designed to be detached and easily detached when the protective vest is pulled to release the protective vest, is disclosed in US Pat. No. 7,020,897.

The protection vest known in the art, including the above publication, divides the protective vest into a front element and a rear element, and also divides the inner and outer waistbands, and then the shoulder straps connecting the divided front and rear elements, the inner and outer waistbands. The end is gathered at one point of the rear element (or front element) to bind and the binding unit is locked by a release cable. When the wearer pulls the release cable, the binding unit is released, and the protective vest is disassembled into the front element and the rear element to take off. It is supposed to be.

As a binding means of a conventional protective vest, a plurality of holes are formed at the ends of the shoulder belt and the inner and outer belts, respectively, with a gap in the longitudinal direction of the belt (or the belt), and the ends of the shoulder belt and the inner and outer belts are gathered together. A hole is fitted, and a flexible fiber ring is passed through the fitted hole, and the release cable is fitted to the passage end of the flexible fiber ring to be locked. Therefore, when the wearer pulls the release cable, the end of the release cable is detached from the flexible fiber ring so that the flexible fiber ring can be pulled out of the hole.

This binding form overlaps the ends of the left and right inner waistbands, overlaps the ends of the left and right outer waistbands, overlaps the ends of the left and right shoulder belts, aligns all six bands in one place, and then fits the flexible fiber loop. It is passed through.

However, the flexible fiber loop extends outward from the body, so when it is pulled out of the hole, the flexible fiber loop must be pulled toward the body or the six bands are pulled away from the body, but the waistband and the shoulder strap are left and right (this is the direction of the body). And the neighboring bands are pulled in opposite directions, so that the flexible fiber loops are pulled in the opposite direction. Sometimes you can't get out of the hole of the belt. In particular, six bands are overlapped and six holes coincide to form one long tunnel, and the length of the holes is long, so it is more difficult to pull out the belt or shoulder band by crossing the right angles of the flexible fiber loop.

In addition, this problem is exacerbated when the inner (closer to the body) band is pulled first without pulling out in order from the outermost (the farthest body) band. Therefore, if the wearer is injured and has no strength and distress, or if the crew pulls the wearer's belt in a hurry, the first step is that the flexible fiber loop is not loosened and the first aid There is also a delay and embarrassment. This is also a problem in emergency situations, such as the need to remove unnecessary equipment from the body during an operation and to evacuate (or retreat) urgently.

In addition, since the holes of the shoulder strap and the waistband are formed to maintain a gap in the longitudinal direction of the belt, fine adjustment is impossible to fit the body size, and thus there is a limit in improving the fit.

In addition, since the shoulder strap of the front element is lowered and bound to the waistband of the rear element, when a large number of military accessories are tied to the front element, the shoulder belt is pulled forward by the weight of the military command. When the shoulder strap is pulled forward, the rear element portion from the flexible fiber loop to the shoulder is corrugated and the front element is struck down to reduce the fit.

In addition, since the shoulder strap goes deeply through the inner passage of the sheath from the upper ear part of the rear element to the waist part, the front element is not pulled out even if the belt is not pulled out even if the belt is separated after the release cable is released. And the rear element are suspended from the body. Therefore, it is difficult to expect a quick release.

In addition, since the collar to support the neck portion cannot be attached to the protective vest, it is difficult to completely protect the wearer due to the limitation of the type of mission, and when the neck support collar is absolutely necessary during the mission, It is complicated to wear or detach by wearing separately from the protective vest. Furthermore, even if the protective vest has a means for coupling the neck support collar, the separation of the neck support collar itself is not taken into account, so that the neck support collar is forward even if the front and rear elements of the vest are separated. Since it is attached to the element and the rear element, it is not possible to take off the protective vest by the neck support collar. Also, to remove the neck support collar, it is necessary to remove it separately by force and time, which delays close response to first aid or operation.

The present invention has been invented to improve the disadvantages of the conventional protective vest as described above, the object of the present invention is very easy to release the binding portion, only to release the binding portion can be separated from the waistband and shoulder strap at once The vest can be removed in one operation, and the size of the waistband and shoulderband can be finely adjusted and the adjustment range is wide to provide a quick-release protective vest that can improve the fit and wellness.

Another object of the present invention is to ensure that there is no flow of the binding portion when worn and a firmly coupled state.

It is still another object of the present invention to provide a structure in which the neck support collar can be attached, while the attached neck support collar can be easily released by simple operation, so as not to interfere with the detachment of the vest. It is to make it the most suitable form for the mission.

In order to achieve the above object, the quick-release protective vest according to the present invention, the front body panel 100 and the rear body panel 200 divided into each other to form the front and rear portions of the vest, respectively; It is divided into a left band 310 and a right band 320 is installed in a direction surrounding the lower body panel 200, the first end 311 (321) (321) of the left band 310 and the right band (320) The fasteners 330 and 330 which are detachable from each other are provided on the opposite side of the), and a binding ring 341 is provided on one of the second ends 312 and 322 of the left band 311 and the right band 321. An inner waist band 300 having a binding ring 351 provided at the other side thereof and capable of passing through the binding ring 341; The left strap 410 and the right strap 420 are divided, and the first ends 411 and 421 of the left strap 410 and the right strap 420 are respectively located on the left side and the right side of the front body panel 100. Detachably attached, one of the second ends 412 and 422 of the left strap 410 and the right strap 420 is provided with a binding ring 441 and the other side is passable through the binding ring 441. An outer waist belt 400 provided with a binding ring 451; Left and right shoulder belts 501 and 502 extending from the front body panel 100 and having free ends detachably bound to an outer upper portion of the rear body panel 200; And a detachable grip 610 on the front body panel 100, extending from the grip 610 toward the rear body panel 200, and an extended end passing through the engagement ring 441 of the outer waist belt 400. The grip 610 is provided with a first release cable 620 for binding through a binding ring 351 passing through a binding ring 451 and a binding ring 341 of the inner waist band 300. Pulling out the first release cable 620 from the binding ring 451, 351 is characterized in that it comprises a binding and release port 600 to release the binding.

Left and right sides of the rear trunk panel 200 at the point where the first release cable 620 is coupled through the binding ring 351 of the inner waist band 300 and the binding ring 451 of the outer waist belt 400. On both sides, the binding ring 341 and the binding ring 441 and the binding ring 451 of the outer waist belt 400 through which the binding ring 341 and the binding ring 351 of the inner waist band 300 pass. And a longitudinal band (220) (220) forming a tunnel (222, 222) through which, and binds the binding ring (341, 441) between the longitudinal band (220, 220) on both sides. The loops 351 and 451 are bound by the first release cable 620 so that the flow in the left and right directions of the binding portion is restricted by both longitudinal bands 220 and 220.

The left band 310 and the second end 312 and 322 of the right side band 320 of the inner waist band 300 are provided with a left belt 340 and a right belt 350 that form a loop at the free end. The binding ring 341 is provided in a loop formed by the free end of one of the left belt 340 and the right belt 350, and the first release cable is formed by a loop formed by the free end of the opposite belt. 620 forms a binding ring 351 through which; The left strip 410 and the second end 412 and 422 of the right strip 420 of the outer waist band 400 are provided with a left belt 440 and a right belt 450 that form a loop at the free end. In addition, the first release cable may be provided by the loop having the binding ring 441 in the loop formed by the free ends of one of the left belt 440 and the right belt 450, and formed by the free end of the opposite belt. It is desirable to form a binding ring 451 through which 620 passes.

Left and right sides of the rear trunk panel 200 at the point where the first release cable 620 is coupled through the binding ring 351 of the inner waist band 300 and the binding ring 451 of the outer waist belt 400. On both sides, the left belt 340 and the right belt 350, the binding ring 341 and the binding ring 351 of the inner waist band 300 to form a tunnel (222, 222) through the Longitudinal bands 220 and 220 which form tunnels 222 and 222 through which the left belt 440 and the right belt 450 of the outer waist belt 400 and the binding ring 441 and the binding ring 451 pass. And a binding ring 341 and 441 and a binding ring 351 and 451 between the longitudinal bands 220 and 220 on both sides thereof are bound by the first release cable 620 so as to It is preferable to restrict the flow in the left and right directions of the binding portion by the longitudinal strips 220 and 220.

In this case, the left belt 340 and the right belt 350 of the inner waist band 300 are provided one by one, and the left belt 440 and the right belt 450 of the outer waist belt 400 are the inner waist band. Each of the left belt 340 and the right belt 350 of the 300 may be provided at each of the upper and lower points.

In the protective vest of the present invention, the binding and release port 600 further includes a second release cable 630 extending from the grip 610, the left shoulder belt 501 and the right shoulder belt 502 The left and right engagement rings 511 and 521 through which the second release cable 630 can pass are provided at the free end thereof, and the second release cable is located on the upper left and right sides of the rear body panel 200. 630 is provided with a fixing ring (230, 230) that can pass, the second release cable 630 to the left and right fixing ring 230, 230 and the left and right binding rings (511, 521). By passing through, the left and right shoulder belts 501 and 502 are coupled to the rear body panel 200, and the grip 610 is pulled to connect the second release cable 630 with the fixing rings 230 and 230. It is preferable to remove the binding from the binding rings 511 and 521.

At the free ends of the left shoulder belt 501 and the right shoulder belt 502, a left binding belt 510 and a right binding belt 520 are respectively provided to form a loop, and the left binding belt 510 and the right binding belt are provided. It is preferable that the left and right binding rings 511 and 521 are formed on the belt 520.

The left strapping band 510 and the right strapping band 520 respectively form a plurality of sewing lines 512 and 522 with intervals in the longitudinal direction, respectively, so that the plurality of sewing lines 512 and 522 are separated from each other. The binding rings 511 and 521 may be configured to be formed.

On an outer surface of the rear body panel 200, a fastener cover 205 covering a binding portion to which the inner waist band 300 and the outer waist belt 400 and the first release cable 620 are bound is fastened ( It is preferable to provide detachably with 210).

In the protective vest of the present invention, a fastener 615 is formed on one surface of the grip 610 of the binding and releasing opening 600, and the fastener 615 of the grip 610 is provided on the front body panel 100. A grip cover for forming a fastener 105 detachable from the front body panel 100 and having a detachable fastener 107 on the fastener 105 of the front body panel 100 to cover the grip 610 attached to the fastener 105. It is preferred to have 106).

In the protective vest of the present invention, fasteners 430 and 430 are formed on both sides of the left strap 410 of the outer waist belt 400 and the first ends 411 and 421 of the right strap 420. On the left side and the right side of the front body panel 100, the fasteners 430 and 430 on one surface of the left and right straps 410 and 420 form a detachable fastener 109 and 109, and the fastener 109. One side of the 109 is preferably provided with a removable cover 104 on the fasteners 430 and 430 opposite to the left and right straps 410 and 420.

In the protective vest of the present invention, the front body panel 100 and the rear body panel 200 is provided with an upper neck support 700, the neck support 700, the front support 710 and the rear support The front support 710 is detachably attached to the front body panel 100, and the rear support 720 is detachably attached to the rear body panel 200, and the front support 710 and the rear support ( 720 is preferably configured to be coupled and separated from each other by the fastener 730.

Here, the fastener 730 may be composed of one of a snap, an adhesive cloth or a magnet.

In addition, the front support 710 and the rear support 720, each of the collar 711, 721 and wings 712, 722, fasteners 713 on the upper surface of the wings (712, 722). 723), the fastener 713 of the front support 710 is formed on the upper inner surface of the front body panel 100, a removable fastener 108, and the upper portion of the rear body panel 200 It is preferable to form a fastener 208 in which the fastener 723 of the rear support 720 is detachable.

Here, the interior of the collar 711, 721 of the front support 710 and the rear support 720, and the wings 712, 722 of the front support 710 and the rear support 720 are soft room. It is preferable to load favorable materials.

In the protective vest of the present invention, it is preferable that the front body panel 100 accommodates the lower guard 900 for protecting the wearer's heart and the crotch part so as to be deployed downward.

To this end, a guard pocket 910 for accommodating the lower guard 900 is installed on an inner surface of the front trunk panel 100, and an inner surface of the front trunk panel 100 inside the guard pocket 910. The lower guard 900 is connected to the removable connection strap 920.

In the protective vest of the present invention, the edges of the surface covering 110 and the inner surface coating 120 of the front body panel 100 is sewn leaving the doorway 131 to form a first pocket 130, the first A fastener 132 is formed at the entrance and exit 131 of the pocket 130, and a soft protective member 140 is inserted into the first pocket 130.

In this case, the inner surface of the surface covering 110 of the front body panel 100 has a second pocket 150 for accommodating the hard protective material 170 therein while having a doorway 151 on one side, It is preferable that the doorway 151 of the second pocket 150 be provided with a locking mechanism 160 for blocking the doorway 151.

In the protective vest of the present invention, the edges of the surface coating (200a) and the inner surface coating (200b) of the rear body panel 200 is sewn to form a first pocket 260, one side of the first pocket 260 An entrance 261 having a fastener 262 is formed, and a soft protective material 270 is charged into the first pocket 260.

In this case, a second pocket 280 is formed on the inner surface of the surface covering 200a of the rear trunk panel 200 to accommodate the hard protective material 290 therein while having the doorway 280a on one side. The entrance and exit 280a of the pocket 280 is provided with the locking mechanism 281 for blocking the entrance and exit 280a.

According to the quick-release protective vest according to the present invention, the inner waist band and the outer waist belt, the binding portion is passed through the binding ring through the binding ring, and passed through the first release cable, the inner waist band and the outer form. Pulling the waist belt is a direction in which the binding is released immediately, so that the separation can be naturally performed without any interference, and the binding portion is quickly and completely separated by only pulling out the first release cable.

In addition, the shoulder belt is also connected to the binding loop of the shoulder belt and the fixing loop of the rear body panel through the second release cable, so that the shoulder belt is completely separated by simply pulling out the second release cable. Have

In addition, since the binding portion of the binding ring and the binding ring is positioned between the longitudinal belts provided on both sides of the inner waist band and the outer waist belt, the left and right flows and the up and down flows of the binding portion are suppressed to maintain a stable and stable coupling state.

Further, by dividing the neck support into the anterior support and the rear support, and separately attaching the divided anterior support and the rear support to the front body panel and the rear body panel, respectively, the front support and the rear support are respectively the front body panel and the rear body. It is detachable at one time while being attached to the panel.

In addition, since the front body panel and the rear body panel is made of a structure that can be accommodated by selecting the soft protective material and the hard protective material, or both at the same time, it is possible to optimally respond to the operation or any characteristics.

In addition, by inserting a soft protective material in the wing as well as the collar of the neck support, it is possible to complete the protection without any gap from the neck to the chest or back.

1 is a front (chest direction) perspective view of a protective vest according to the present invention.
Figure 2 is a rear (backward) perspective view of the protective vest according to the present invention.
3 is an exploded perspective view of the protective vest according to the present invention.
4 is a view showing the installation state of the inner waist band, the outer waist belt, the binding and the release port.
5 is a view showing the structure of the inner waist band and the outer waist belt.
6 shows an inner waist band, an outer waist belt and a release cable.
7 is a view showing the binding state of the inner waist band, outer waist belt and shoulder belt.
FIG. 8 is an enlarged view of a portion 'A' of FIG. 7 and illustrates a binding portion of the inner waist band and the outer waist belt.
FIG. 9 is an enlarged view of a portion 'B' of FIG. 7 and illustrates a binding part of the left shoulder belt.
FIG. 10 is an enlarged view of a portion 'C' of FIG. 7 and shows the engagement portion of the right shoulder belt.
11 is a view showing a lower guard installed in the front body panel of the protective vest according to the present invention.
12 is a view of the installation state of the lower guard from the inner surface of the front body panel.
It is a figure which shows the storage state and deployment state of a lower guard.
14 is a view showing a pocket structure for accommodating the soft protective material of the front body panel of the protective vest according to the present invention.
It is a figure which shows the state which accommodated the soft protective material in the front trunk panel.
16 is a view showing a pocket structure for accommodating a hard protective material in the front body panel.
It is sectional drawing of the state which accommodated all the lower guards, the soft protective material, and the hard protective material in the front trunk panel.
18 is a view showing a pocket structure for accommodating the soft protective material of the rear body panel of the protective vest according to the present invention.
19 is a view showing a pocket structure for storing a hard protective material in the rear body panel.
It is sectional drawing of the state which accommodated the soft protective material and hard protective material in the rear trunk panel.
21 is a view showing a state in which the soft protective material is accommodated in the front support of the neck support according to the present invention.
FIG. 22 is a bottom view of FIG. 21 showing the pocket of the wing bottom of the anterior support; FIG.
FIG. 23 is a cross-sectional view taken along the line DD of FIG. 22.
24 is a view showing a state in which a soft protective material is accommodated in the rear support of the neck support according to the present invention.
25 is a cross-sectional view taken along line EE of FIG. 24.
Fig. 26 is a view showing a storage state of the soft protective material inside the sheath of the rear support.
FIG. 27 is a view showing the pocket of the wing bottom of the rear support.

EMBODIMENT OF THE INVENTION Hereinafter, preferred embodiment of this invention is described in detail, referring an accompanying drawing.

Prior to describing an embodiment of the present invention, the 'fastener' described below may be configured as one of an adhesive cloth, a snap button, or a magnet. Adhesive fabric is also called 'hook and loop fabric', and one of the trade names 'Velcro' is known. The snap button is a 'tick button' as shown in the figure.

In addition, the 'soft protective material' described in the present specification is made of a shape cut into a plate shape after laminating a soft bulletproof fiber, such as polyethylene-based bulletproof fiber or aramid bulletproof fiber described above can be bent or bent. This is commonly referred to as a 'soft panel'.

In contrast, the 'hard protective material' is a pre-preg (PRE-PREG.) Made by coating a thermoplastic, thermosetting resin, or an adhesive film on a bulletproof material made of bulletproof fibers, laminated several hundred to several layers, and then It is made of a ceramic composite that is heated and pressurized, or made of ceramic composites, in the form of a rigid plate that cannot be bent or bent. This is commonly referred to as a 'hard plate (bulletproof plate)'.

Protective materials used in protective vests to protect firearms (bulletproof panels, bulletproof panels and sword panels) are manufactured in accordance with the threat rating of the National Institute of Justice (NIJ) Bulletproof Test Specification. Protection is defined in the National Institute of Justice's National Institute of Justice (NIJ) level of protection.

In the present specification, in the description of the protective material or the protective plate, the term 'protection' encompasses functions such as 'bulletproof', 'sword' and the like.

An embodiment of the present invention is described again.

1 to 3, the protective vest of the present invention includes a front body panel 100 and a rear body panel 200 which are divided into each other to form a front part and a rear part of the vest, respectively, which are divided and separated. An inner waist band 300, an outer waist belt 400, left and right shoulder belts 501, 502 for wearing the front body panel 100 and the rear body panel 200 on the body, the inner waist Bonding and releasing opening 600 for engaging or releasing the band 300 and the outer waist belt 400 and the left and right shoulder belts (501, 502).

Protective materials are provided inside the front body panel 100 and the rear body panel 200 to protect the body by preventing bullets, explosion fragments, or swords.

In addition, the outer body of the front body panel 100 and the rear body panel 200 is provided with a plurality of rows of fiber strips (101, 201), the seam of the seams in the transverse direction of the fiber strips (101, 102) ( 102 and 202 are formed, and the group rings 103 and 203 are formed between the sewing lines 102 and 202, respectively.

The inner waist band 300 is installed in the direction surrounding the lower portion of the rear trunk panel 200, and serves to distribute the load of the weight of the protective vest to the entire body circumference by pressing the user's waist when worn. To this end, the inner waist band 300 is preferably composed of a flexible elastic band.

The inner waist band 300 is divided into a left band 310 and a right band 320 for quick release, and face the first ends 311 and 321 of the left band 310 and the right band 320. On the viewing side, fasteners 330 and 330 detachable from each other are provided. Fasteners 330 and 330 are coupled to each other at the abdomen of the wearer.

The second end of the inner waist band 300 is enclosed toward the outer surface of the rear body panel 200 so as to be bound at a binding portion described later.

The outer waist belt 400 is also divided into a left strap 410 and a right strap 420 for quick release, and the first ends 411 and 421 of the left strap 410 and the right strap 420 are Removably attached to the left and right sides of the front body panel 100, respectively. The second end of the outer waist belt 400 is also enclosed toward the outer surface of the rear trunk panel 200 so as to meet and bind at a binding portion described later.

When the inner waist band 300 and the outer waist belt 400 release the binding portions of the second ends, the inner waist band 300 and the outer waist belt 400 are attached to the front body panel 100 and the rear body panel ( 200).

Fasteners 430 and 430 are formed on both sides of the left strap 410 of the outer waist belt 400 and the first ends 411 and 421 of the right strap 420, and correspondingly, the front body panel ( Fasteners 109 and 109 are formed on the left side and the right side of 100 and are detachable from each other. In addition, one side of the fasteners 109 and 109 of the front body panel 100 includes a cover 104 that is detachable from the fasteners 430 and 430 opposite to the left and right straps 410 and 420. .

The left and right shoulder belts 501, 502 extend from the front body panel 100 to the rear body panel 200 so that their free ends are removably bound to the outer top of the rear body panel 200. .

When the free ends of the left and right shoulder belts 501 and 502 are released, the left and right shoulder belts 501 and 502 are attached to the front body panel 100 from the rear body panel 200. It becomes detachable.

In addition, according to the above configuration, the binding portions of the inner waist band 300 and the outer waist belt 400 and the binding portions of the shoulder belts 501 and 502 are formed at different points. That is, the inner waist band 300 and the outer waist belt 400 are bound at the lower (i.e., waist) portion of the outer surface of the rear body panel 200, and the shoulder belts 501, 502 are rear body panel ( Binding at the top of the outer surface of 200). By forming the binding portions of the inner waist band 300 and the outer waist belt 400 and the binding portions of the shoulder belts 501 and 502 at different points, binding and releasing are easy as described later, and the shoulder belt 501 is provided. The length of the 502 is shortened while the binding point is formed on the upper portion of the rear body panel 200, ie, the dorsal portion adjacent to the shoulder portion, thereby preventing the rear body panel 200 from creasing when the belt is pulled.

The binding and release port 600 includes a grip 610, and the first release cable 620 and the second release cable 630 extend from the grip 610. Cables 620 and 630 are made of a material that is somewhat rigid but can be bent. For example, it can be comprised in the form which covered the flexible plastic tube on the exterior of the stranded wire which twisted the synthetic fiber, such as nylon, and the mild steel wire.

The long first release cable 620 of the binding and release port 600 binds or releases the second end of the inner waist band 300 and the outer waist belt 400, and the second release cable 630 is Engage or release the left and right shoulder belts 501 and 502.

A fastener 615 is formed on one surface of the grip 610 of the binding and releasing opening 600, and correspondingly, the fastener 105 is detachably attached to the fastener 615 of the grip 610 on the front body panel 100. Is formed. In addition, a grip cover 106 having a fastener 107 detachable to the fastener 105 of the front body panel 100 is provided, and the grip 610 attached to the fastener 105 of the front body panel 100 is provided. Cover it up.

Free ends of the left shoulder belt 501 and the right shoulder belt 502 are provided with left and right engagement rings 511 and 521 for engaging with the second release cable 630. In the embodiment shown in the drawing, the left binding belt 510 and the right binding belt 520 which form loops at the free ends of the left shoulder belt 501 and the right shoulder belt 502, respectively, are connected to the connecting member 513 ( 523, and a plurality of sewing lines 512 and 522 by forming a plurality of sewing lines 512 and 522 by keeping a gap in the length direction in the left binding band 510 and the right binding band 520. The binding rings 511 and 521 are formed in between.

When the plurality of binding loops 511 and 521 are formed in the length direction by the sewing lines 512 and 522 on the left binding belt 510 and the right binding belt 520, the length of the shoulder straps 501 and 502 is obtained. It is convenient because you can make further adjustments with the condition already adjusted (set).

As shown in FIG. 3, the free ends of the shoulder straps 501 and 502 pass through the connecting members 513 and 523 and then be folded back toward the front body panel 100 so that the shoulder straps 501 and 502 are provided. ) Is attached to the inner surface of the c) by a fastener (not shown) such as an adhesive cloth.

Therefore, when the length of the shoulder straps 501 and 502 is largely adjusted, or initially set appropriately for the body, the length of the shoulder straps 501 and 502 itself is adjusted using the connecting members 513 and 523. In the short range of adjustment, it is convenient to use a method of appropriately selecting a ring through which the second release cable 630 is to be passed among the plurality of binding rings 511 and 521.

A tunnel guide 515 is formed on the left shoulder belt 501 for conducting the release cables 620 and 630 of the binding and release port 600, so that the release cables 620 and 630 are tunnel guides 515. It extends through the inside to the rear of the vest.

As shown in FIG. 2, after passing through the tunnel guide 515, the first release cable 620 is formed of the inner waist band 300 and the outer waist belt 400 formed at the waist of the rear body panel 200. Extends to the engagement portion, and the second release cable 630 extends to the engagement portion of the shoulder belts 501 and 502 formed on the shoulder portion of the rear trunk panel 200.

The binding portions of the inner waist band 300 and the outer waist belt 400 are covered by the binding cover 205, and the binding portions of the shoulder belts 501 and 502 are covered by the upper cover 206. At the top of the rear body panel 200 is provided a traction handle 207.

Typically, when soldiers or police perform their duties, they carry weapons such as rifles and operational equipment such as walkie-talkies. In this situation, if a fellow soldier cannot be severely injured or killed while walking on a mission, and in addition, the situation is urgent and requires very quick evacuation, carry one weapon or equipment with one hand as a last resort. And with the other hand grab the tow handle 207 to pull the injured or dead.

In addition, the protective vest of the present invention is removable of the neck support 700, the neck support 700 is divided into the front body panel 100 and the rear body panel 200 to be separated and separated, neck support 700 Even if attached, it enables bulk separation of the vest.

To this end, the neck support 700 is divided into the front support 710 and the rear support 720, the front support 710 is detachable to the front body panel 100, the rear support 720 is the rear body panel It is attached to (200). In addition, the front support 710 and the rear support 720 are coupled and separated from each other by the fastener 730.

Specifically, the front support 710 and the rear support 720 is composed of collars 711, 721 and wings 712, 722, respectively. Fasteners 713 and 723 are formed on the upper surfaces of the wings 712 and 722, respectively, and the fasteners of the front support 710 are respectively formed on the upper inner surface of the front body panel 100 and the upper inner surface of the rear body panel 200. Fasteners 108 and 208 are formed to which the fastener 723 of the rear support 720 713 is detachable. Insert the wing 712 of the front support 710 into the upper inner surface of the front body panel 100 and attach it to the fastener 108, and attach the wing 722 of the rear support 720 to the top of the rear body panel 200. It is put into the inner surface and attached to the fastener 208.

In addition, a fastener 730 is formed on the collar 711 of the front support 710 and the collar 721 of the rear support 720 to be coupled or separated from each other.

As the fastener 730, a snap is suitable as shown in the figure, and may be constituted by an adhesive cloth or a magnet.

The left and right shoulder belts 501 and 502 are provided with shoulder pads 800, respectively, to comfort the wearer's shoulders, while the ends of the shoulder belts 501 and 502 and the tunnel guides 515 and releases. The cables 620 and 630 are covered. The shoulder pad 800 is provided with a fastener 801 for wrapping the both ends of the shoulder belt 501 and 502.

Next, the second structure of the inner waist band 300 and the outer waist belt 400 and the binding structure of the first release cable 620 of the binding and release port 600 will be described in detail.

4 to 6, a binding ring 341 is provided at one of the second band 312 and 322 of the left side band 311 and the right side band 321 of the inner waist band 300. And the other end is provided with a binding ring 351 that can pass through the binding ring (341).

In the embodiment shown in the figure, the length of the left band 310 and the second end 312, 322 of the right band 320 of the inner waist band 300 is adjustable by the buckle 342, 352 The binding ring 341 includes a left belt 340 and a right belt 350 that form a loop at the free end, and the free ring of one of the left belt 340 and the right belt 350 is formed in the loop. ). Since the free end of the opposite belt forms a loop, the loop serves as the binding ring 351. The binding ring 351 passes through the binding ring 341, and is bound in such a manner that the first release cable 620 passes through the binding ring 351.

Like the inner waist band 300, the length of the left strip 410 and the second ends 412 and 422 of the right strip 420 of the outer waist band 400 can be adjusted by buckle 442 and 452. And a left belt 440 and a right belt 450 that form a loop at the free end, and a binding ring 441 in a loop formed by the free end of one of the left belt 440 and the right belt 450. The binding ring 451 is formed by a loop formed by the free end of the opposite belt. The binding ring 451 passes through the binding ring 441 and is coupled in such a manner that the first release cable 620 passes through the binding ring 451.

The binding rings 351 and 451 of the outer waist band 400 of the inner waist band 300 are not limited to the examples shown in the drawings, but for example, the binding rings of the shoulder belts 501 and 502 described above. Like 511 and 521, a plurality of sewing lines may be formed by maintaining a gap in the longitudinal direction of the belt, and a binding ring may be formed between the plurality of sewing lines, and the length may be adjusted. As such, when the sewing line is formed by stitching and the length adjustment is possible, the length adjustment buckle 352 and 452 of the belts 350 and 450 in which the binding rings 351 and 451 are formed may be omitted.

In this embodiment, the left belt 340 and the right belt 350 of the inner waist band 300 are provided one by one, the left belt 440 and the right belt 450 of the outer waist belt 400 are two, that is, The left belt 340 and the right belt 350 of the inner waist band 300 are provided at the upper and lower points, respectively. However, the number is not limited.

The binding portion of the inner waist band 300 and the outer waist belt 400 passes through the binding rings 351 and 451 through the binding rings 341 and 441, and then passes through the binding rings 351 and 451. The first release cable 620 is passed through the loop of FIG. 2, wherein the left band 310 and the right band 320 and the left strap 410 and the right strap 420 are connected to the first release cable ( Since only 620 is directly engaged, the left band 310 and the right band 320 and the left strap 410 and the right strap 420 are released at once by simply pulling out the first release cable 620 in an emergency. do. In addition, after removing the first release cable 620, the direction in which the left band 310 and the right band 320 and the left strap 410 and the right strap 420 are pulled in the binding rings 341 and 441. The release rings of the binding rings 341 and 441 and the binding rings 351 and 451 are not disturbed by anything because the over-links 351 and 451 are released.

Next, FIGS. 7 and 8 are views showing the binding state of the inner waist band 300 and the outer waist belt 400 described above.

Referring to FIGS. 7 and 8, the first release cable 620 is a binding point through which the binding ring 351 of the inner waist band 300 passes through the binding ring 451 of the outer waist belt 400. Vertical strips 220 and 220 are provided on both left and right sides of the portion A.

The vertical strips 220 and 220 on both the left and right sides are attached to the rear trunk panel 200, and tunnels 222 and 222 through which the binding ring 341 and the binding ring 351 of the inner waist band 300 pass. ), And the tunnel 222 and 222 through which the engagement ring 441 and the engagement ring 451 of the outer waist belt 400 pass. Accordingly, the binding ring 341 and the binding ring 351 of the inner waist band 300 and the binding ring 441 and the binding ring 451 of the outer waist belt 400 pass through the tunnels 222 and 222. When the binding is performed by the first release cable 620 met, the binding rings 341 and 441 and the binding ring 351 and 451 and the first release cable 620 are both vertical bands 220 ( Because it is made between the 220, the flow in the left and right direction of the binding portion is limited by both longitudinal bands 220, 220 can maintain a solid and stable binding state. In addition, the vertical flow of the binding portion by the vertical strips 220, 220 is also limited to maintain a more solid and stable binding state.

More specifically, as shown in FIG. 8, the vertical strips 220 on both sides of the sewing strips 221 are sewn on the rear trunk panel 200 while being spaced in the longitudinal direction of the vertical strips 220. Formed to form, so that the tunnel 222 is formed between each of the sewing line 221.

In the plurality of tunnels 222 formed by the sewing line 221, the left belt 340 and the right belt 350 of the inner waist band 300 and the left belt 440 and the right belt of the outer waist belt 400, respectively. 450 passes.

In addition, the binding portion of the inner waist band 300 and the outer waist belt 400 is provided with a binding portion cover 205 to cover the binding portion. The binding cover 205 has an upper end fixed to the rear body panel 200, and a fastener 210 is formed at the periphery of the rear body panel 200 except for the fixing portion, and correspondingly, the rear body panel 200 has a fastener along the periphery of the binding part. 210 is formed.

The fastener 210 may be made of an adhesive cloth as in the embodiment shown in the drawings, or may be made of a snap or a magnet.

In addition, the lower portion of the binding portion of the rear body panel 200 is provided with a pocket 225 into which the end of the first release cable 620 is inserted. The pocket 225 is accommodated at the end of the first release cable 620 to maintain the binding state stably.

After passing through the first release cable 620, the passage guide (G) formed in the rear body panel 200, such as a cloth from the top to the bottom through the binding ring 351 (451) sequentially from the top to the bottom, Bonding is completed by bending to the side to insert into the pocket 225.

Next, FIGS. 7, 9 and 10 show the binding state of the shoulder belts 501 and 502 in detail.

7, 9, and 10, the second release cable 630 has left and right engagement rings 511 and 521 at the free ends of the left shoulder belt 501 and the right shoulder belt 502, respectively. It is provided. In the embodiment shown in the drawing, the left binding belt 510 and the right binding belt 520 which form loops at the free ends of the left shoulder belt 501 and the right shoulder belt 502, respectively, are connected to the connecting member 513 ( 523, and a plurality of sewing lines 512 and 522 by forming a plurality of sewing lines 512 and 522 by keeping a gap in the length direction in the left binding band 510 and the right binding band 520. The binding rings 511 and 521 are formed at each interval.

According to the embodiment in which the binding loops 511 and 521 are formed between the sewing lines 512 and 522, in addition to the length adjusting function of the shoulder belts 501 and 502, the left binding band 510 and the right binding band ( The length of 520 may also be adjusted.

In addition, fixing rings 230 and 230 through which the second release cable 630 may pass are provided at the upper left and upper right portions of the rear body panel 200. The fixing ring 230 may maintain a more stable binding state by providing two left and right sides at intervals corresponding to the width of the binding rings 511 and 521 on the left back part and the right back part, respectively.

In addition, a pocket 240 is provided to correspond to an end of the second release cable 630.

The second release cable 630, after binding through the left and right fixing rings 230, 230 and the left and right binding rings 511, 521, the end is inserted into the pocket 240, the stable binding state Keep it.

Quick release protective vest of the present invention made as described above, adjust the length of the inner waist band 300 and the outer waist belt 400 and the shoulder belt 501, 502 is set in advance to the user's body shape.

In addition, the neck support 700 is attached and the fasteners 730 of the front support 710 and the rear support 720 remain in a released state.

Then, after passing the binding rings 351 and 451 through the engagement rings 341 and 441 of the inner waist band 300 and the outer waist belt 400, the ends of the passed through loops 351 and 451 are passed. After the first release cable 620 is inserted and bound, the end of the first release cable 620 is inserted into the pocket 220.

In addition, after the binding loops 511 and 521 formed at the free ends of the left shoulder belt 501 and the right shoulder belt 502 coincide with the fixing rings 230 and 230 on both sides of the rear body member 200. The second release cable 630 is passed through, and the end of the second release cable 630 passed through is inserted into the bag 240.

In addition, the fasteners 330 of the first ends 311 and 321 of the left and right bands 310 and 320 of the inner waist band 300 are released, and the left and right straps 410 and 420 of the outer waist belt 400 are released. Releases the fasteners 430 of the first ends 411 and 421.

When wearing, hold the protective vest in the same state as above, and wear it while putting the head inside from the bottom of the protective vest. The shoulder belts 501 and 502 then span the wearer's shoulders.

Subsequently, the first ends 311 and 321 of the inner waist band 300 are pulled to engage the fasteners 330 and 330. The inner waist band 300 distributes the load by the weight of the protective vest by compressing the waist of the wearer.

Subsequently, the first ends 411 and 421 of the left and right straps 410 and 420 of the outer waist belt 400 are pulled and attached to the fasteners 109 and 109 provided on both the left and right sides of the front body panel 100. And the side cover 104 is attached and covered thereon. The outer waist belt 400 binds the front body panel 100 and the rear body panel 200.

In addition, when the front support 710 of the neck support 700 and the fastener 730 of the rear support 720 are combined, the wearing of the protective vest is completed.

During the mission, when urgent treatment is necessary due to injury or the like, the protective vest must be urgently removed, or the operational vest must be taken off urgently to take action, and the front support 710 of the neck support 700 Release the fastener 730 of the rear support 720 and pull the grip 610 of the binding and release port 600 with it.

Then, the first release cable 620 and the second release cable 630 of the binding and releasing opening 600 are pulled at a time, so that the binding portion and the shoulder belt of the inner waist band 300 and the outer waist belt 400 ( 501) 502 is released from the binding portion of the binding portion and the binding is released at a time.

In this way, when the binding is released, both sides of the front torso panel 100 are held by both hands, and the wearer himself pushes toward the front of the torso, or when another person is exposed to the front of the torso, the outer waist belt 300 to the front torso panel 100. And shoulder belts 501 and 502 and the front neck support 710 are pulled away from rear body panel 200.

In addition, if the wearer is standing, the inner waist band 300 wraps around the waist of the wearer, but since the binding portion is already released, the rear torso panel 200 when the rear torso panel 200 falls down by its own weight. ) And fall to the floor.

If the wearer is lying down, the first ends 311 and 321 of the inner waist band 300 surrounding the wearer's abdomen are pulled out in front of the body, and the binding portions of the second ends 312 and 322 are already released. The inner waist band 300 exits very easily from the rear body panel 200. When the inner waist band 300 is pulled out, of course, the rear torso panel 200 is completely separated from the wearer's body.

11 to 13 show a form with a lower guard on the front body panel in accordance with the present invention.

First, as shown in FIG. 11, the front body panel 100 of the protective vest is preferably provided with a lower guard 900 for protecting the wearer or crotch portion of the wearer.

The lower guard 900 according to the present embodiment is detachably installed on the front body panel 100 and can be separated or hung according to the characteristics of the mission. On the other hand, the lower guard 900 is installed so as to be stored in the inner side of the front body panel 100 or to be pulled out downward when necessary.

12 and 13 illustrate embodiments of the attachment, detachment and deployment configuration of the lower guard 900. 12 and 13 are views of the front body panel 100 viewed from the inside.

12 and 13, a guard pocket 910 is installed on an inner surface of the front body panel 100, and a lower guard 900 is installed on the guard pocket 910. The guard pocket 910 may be configured by using a mesh-type ventilation endothelial coated on the inner surface of the front trunk panel 100 as it is, and forming an entrance in a lower portion of the ventilation endothelial.

The lower guard 900 is detachably attached to the inner surface of the front body panel 100 inside the guard pocket 910 by a connecting strap 920.

For detachable attachment, the connection strap 920 includes a first strap 921 attached to the front body panel 100 and a second strap 922 mounted to the lower guard 900. The first and second straps 921 and 922 are attached to and detached from each other by the fasteners 923 and 924. The fasteners 923 and 924 can be composed of an adhesive cloth or a snap button.

Fasteners 911 and 912 which are detachable from each other are provided on an inner surface of the lower doorway of the guard pocket 910 and an inner surface of the front body panel 100. The fasteners 911 and 912 may be formed of an adhesive cloth, a snap button, or a magnet.

The lower guard 900 includes a sheath 901 and a soft protective material 903 inserted into the sheath 901. In addition, a lower end of the lower guard 900 is provided with a handle 902 for organs when deployed.

Referring to FIG. 13, when the lower guard 900 is pushed into the guard pocket 910, the connection strap 920 is folded, and the fastener 912 of the lower entrance of the guard pocket 910 is moved to the front body panel 100. When attached to the fastener 911 on the side, the lower end of the lower guard 900 is blocked by the fasteners 911 and 912 to be trapped.

In order to unfold the lower guard 900, when the handle 902 is pulled down, the lower end of the lower guard 900 is pulled down while separating the fasteners (911, 912) by the pulling force.

Next, Figures 14 and 15 show a flexible guard plate receiving structure of the front body panel of the protective vest according to the present invention.

Referring to FIG. 14, the first pocket 130 is formed by sewing the edges of the surface coating 110 and the inner surface coating 120 of the front body panel 100, and the surface coating 110 and the inner surface coating 120. The entrance 131 is formed by separating the lower end portion by a predetermined length, and the fastener 132 is formed in the entrance 131.

The soft protection member 140 is inserted into the first pocket 130. The flexible protective material 140 is properly bent while passing through the doorway 131, and then, as shown in FIG. 15, when the fastener 132 of the doorway 131 is fastened, the sealing of the soft protective material 140 is completed. . The soft protective material 140 covers the wearer's chest and belly to cover a wide area.

Next, FIG. 16 shows a structure for storing the hard protective material in the front body panel 100. See FIG. 14 and FIG. 15 in parallel.

The hard protective material 170 is made of a hard plate as described above. The soft protective material 140 and the hard protective material 170 may be selected and worn according to the characteristics of the operation or mission, and may be used by overlapping the two protective materials. Since the hard protective material 170 has a greater protective force than the soft protective material 140 such as to prevent rifle bullets, it is preferable to arrange the outermost part of the trunk panel.

For this reason, referring to FIGS. 14 and 15, the second pocket 150 for accommodating the hard protective material is installed to be attached to the inner surface of the surface coating 110 inside the first pocket 130.

Referring to FIG. 16, a second pocket 150 is formed on an inner surface of the front cover 110 of the front body panel 100. The doorway 151 is formed at the bottom of the second pocket 150.

In addition, in order to block the doorway 151 while accommodating the hard protective material 170, the doorway 151 is provided with a lock 160. The lock 160 includes a strap 161 that covers the doorway 151, and has a structure in which the fastener 162 is provided in the strap 161 and the second pocket 150.

Next, FIG. 17 is a cross-sectional view of the lower body guard 900, the soft protective member 140, and the hard protective member 170 all accommodated in the front body panel 100.

Referring to FIG. 17, a first pocket 130 is formed between the surface covering 110 and the inner surface covering 120 of the front body panel 100, and a soft protective material 140 is formed in the first pocket 130. It is stored. In addition, a second pocket 150 is installed on an inner surface of the surface covering 110 inside the first pocket 130, and a hard protective material 170 is accommodated in the second pocket 150.

In addition, a guard pocket 910 is provided on an inner surface of the inner cover 120, and a lower guard 900 is accommodated in the guard pocket 910.

Next, Figure 18 is a view showing a pocket structure for accommodating the soft protective material of the rear body panel of the protective vest according to the present invention.

Referring to FIG. 18, a first pocket 260 is formed by sewing the edges of the surface covering 200a and the inner covering 200b of the rear body panel 200, and a predetermined portion of the inner covering 200b is fixed to a predetermined length. The entrance 261 is formed to be separated, and the fastener 262 is formed at the entrance 261.

The soft protective material 270 is inserted into the first pocket 260. Bend the soft protective material 270 through the doorway 261 while appropriately bent, and lift the inner cover 120b below the door 261 so that the lower end of the soft guard 270 enters, and then the fastener 262. )

Next, FIG. 19 shows a structure for accommodating the hard protective material in the rear body panel 200.

The hard protective material 290 is disposed at the outermost part of the trunk panel.

To this end, the second pocket 280 for storing the hard protective material 290 is formed on the inner surface of the surface coating 200a of the rear body panel 200 inside the first pocket 260.

In addition, in order to prevent the entrance and exit 280a of the second pocket 280 while storing the hard protective material 290, the entrance and exit 280a is provided with a lock 281. The lock 281 includes a strap 282 that can cover the entrance and exit 280a, and has a structure in which the fastener 283 is provided in the strap 282 and the second pocket 280.

Next, FIG. 20 is a cross-sectional view of the rear body panel 200 in which both the soft protective material 270 and the hard protective material 290 are accommodated.

As shown in FIG. 20, a first pocket 260 is formed between the surface covering 200a and the inner surface covering 200b of the rear trunk panel 200, and the soft protective material 270 is formed in the first pocket 260. ) Is stored. In addition, a second pocket 280 is provided on an inner surface of the surface coating 200a inside the first pocket 260, and a hard protective material 290 is accommodated in the second pocket 280.

Next, FIGS. 21 to 27 show a preferred structure of the neck support 700 according to the present invention, FIGS. 21 to 23 show an anterior support 710, and FIGS. 24 to 27 show a rear support 720. ).

First, referring to FIG. 21, a soft protective material 740 is loaded into the collar 711 of the anterior support 710 to protect the wearer's neck.

If the wing 712 is also equipped with a soft protective material 750 can be completely protected to the gap between the neck and body.

In the embodiment shown in the figure, the entrance 714 is formed on the inner surface of the collar 711 and the end insertion pocket 715 is formed inside the entrance for charging the soft protective material 740. . The front end of the soft protective material 740 is pushed into the doorway 714, and the rear end is inserted into the end insertion pocket 715 in the opposite direction.

Referring to FIGS. 22 and 23, an entrance 716 for inserting the soft protective material 740 for the wing is formed on the bottom of the wing 712, and an end insertion pocket 717 is formed inside the entrance 716. do. The soft barrier 750 can be pushed into the doorway 716 and then the opposite side into the end insertion pocket 717. In the present embodiment, the soft protective material 750 is composed of one piece, but may be configured in a form divided into two or several pieces. When configured in two pieces, the doorway 716 and the end insertion pocket 717 can be formed at both ends of the wing 712, for example, unlike the illustrated form.

As shown in Figures 24 to 27, the collar and the wings of the rear support 720 may be configured in the form of a soft protective material charged.

24 to 27, the rear support 720 is divided into a first collar 721a and a second collar 721b from side to side for a comfortable neck support function, and configured in the form of sewing with a wing 722. do.

As shown in FIGS. 24 to 26, soft protective materials 760a and 760b are respectively charged in the first collar 721a and the second collar 721b.

In order to charge the soft protective material 760a and 760b, the inner surfaces of the first collar 721a and the second collar 721b are formed with the doorways 724a and 724b, and the inside of the doorways 724a and 724b. The structure which formed the edge part insertion pocket 725a, 725b is taken. The front ends of the soft guards 760a and 760b are pushed into the doorways 724a and 724b, and the rear ends thereof are inserted into the end insertion pockets 725a and 725b in opposite directions.

Referring to FIG. 27, an entrance 726 is formed at the bottom of the wing 722 to insert a soft protective material 770 for the wing, and an end insertion pocket 727 is formed inside the entrance 726. The soft barrier 770 is pushed into the doorway 726 and then the opposite side into the end insertion pocket 727. In the present embodiment, the soft protective material 770 is composed of one piece, but may also be configured in two or several pieces. When configured in two pieces, the doorway 726 and the end insertion pocket 727 can be formed at both ends of the wing 722, for example, unlike the form shown.

Thus, by inserting a soft protective material into the collar of the neck support, it is possible to effectively protect the wearer's neck. Furthermore, according to the configuration in which the soft protective material is charged to the wings in addition to the collar, the gap between the body and the neck can be prevented with the soft protective material, thereby providing a more perfect protective function.

In the above, certain preferred embodiments of the present invention have been illustrated and described. However, the present invention is not limited to the above-described embodiment, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims.

100: front torso panel
101, 201: fiber rings
102, 202: seam
103, 203: Overlord Ring
104: side cover
105, 107, 108, 109: fasteners
106: grip cover
110: surface covering
120: inner cover
130: first pocket
131: entrance
132: Fasteners
140: soft protective material
150: second pocket
151: entrance
160: lock
161: Strap
162: Fasteners
170: hard protective material
200: rear torso panel
200a: surface covering
200b: inner covering
204, 208: fastener
205: binding cover
206: top cover
207: Tow Handle
210, 250: Fasteners
220: vertical stripe
221: seam
222 tunnel
225, 240: pocket
230: anchor ring
260: first pocket
261: entrance
262: Fasteners
270: soft protective material
280: second pocket
280a: doorway
281: lock
282: Strap
283: Fasteners
290: Hard Protective Materials
300: inner waist band
310: left band
311, 321: first end
312, 322: second end
320: right band
330: Fastener
340: left belt
341: binding ring
342, 352: adjustable buckle
350: right belt
351: binding ring
400: outside waist belt
410: left strap
411, 421: first end
412, 422: second end
420: right strap
430: Fasteners
440 left belt
441: binding ring
442, 452: adjustable buckle
450: right belt
451: Binding Ring
501: left shoulder belt
502: right shoulder belt
510, 520: Strapping Band
511, 521: binding ring
512, 522: seam
513, 523: connecting member
515: Tunnel Guide
600: Bind and Release
610: Grip
615: Fasteners
620: first release cable
630: second release cable
700 neck support
710: anterior support
720: rear support
711, 721
712, 722 wings
713, 723: Fasteners
714, 716: Doorway
715, 717: End Insertion Pockets
721a: first color
721b: second color
724a, 724b, 726: Doorway
725a, 725b, 727: end insertion pocket
730: fastener
760a, 760b, 770: soft protective material
800: shoulder pad
801: Fastener
900: lower guard
901: Sheath
902: Handle
903: soft protective material
910: Guard Pocket
911, 912: Fasteners
920: connecting strap
921: first strap
922: second strap
923, 924: Fasteners

Claims (22)

A front torso panel 100 and a rear torso panel 200 which are divided into each other to form a front part and a rear part of the vest, respectively;
It is divided into a left band 310 and a right band 320 is installed in a direction surrounding the lower body panel 200, the first end 311 (321) (321) of the left band 310 and the right band (320) The fasteners 330 and 330 which are detachable from each other are provided on the opposite side of the), and a binding ring 341 is provided on one of the second ends 312 and 322 of the left band 311 and the right band 321. An inner waist band 300 having a binding ring 351 provided at the other side thereof and capable of passing through the binding ring 341;
The left strap 410 and the right strap 420 are divided, and the first ends 411 and 421 of the left strap 410 and the right strap 420 are respectively located on the left side and the right side of the front body panel 100. Detachably attached, one of the second ends 412 and 422 of the left strap 410 and the right strap 420 is provided with a binding ring 441 and the other side is passable through the binding ring 441. An outer waist belt 400 provided with a binding ring 451;
Left and right shoulder belts 501 and 502 extending from the front body panel 100 and having free ends detachably bound to an outer upper portion of the rear body panel 200; And
A detachable grip 610 on the front body panel 100, extending from the grip 610 toward the rear body panel 200, and an extended end passing through the engagement ring 441 of the outer waist belt 400. A first release cable 620 for binding through the binding ring 351 passing through the binding ring 451 and the binding ring 341 of the inner waist band 300, and pulling the grip 610. Quick release type protective vest, characterized in that it comprises a binding and release port (600) to release the binding when the first release cable (620) from the binding ring (451) (351). The method of claim 1,
Left and right sides of the rear trunk panel 200 at the point where the first release cable 620 is coupled through the binding ring 351 of the inner waist band 300 and the binding ring 451 of the outer waist belt 400. On both sides, the binding ring 341 and the binding ring 441 and the binding ring 451 of the outer waist belt 400 through which the binding ring 341 and the binding ring 351 of the inner waist band 300 pass. Longitudinal bands 220 and 220 are formed to form tunnels 222 and 222 passing through, and the binding rings 341 and 441 are coupled between the longitudinal bands 220 and 220 on both sides. Ring 351 (451) is fastened by the first release cable (620) fast release type protective vest, characterized in that the vertical flow of both sides of the binding (220) 220 is limited in the flow of the binding portion. The method of claim 1,
The left end belt 310 and the right side belt 350 of the inner side band 300 and the second end portion 312 and 322 of the right side band 320 are provided with a loop at the free end. The binding ring 341 is provided in a loop formed by the free ends of one of the left belt 340 and the right belt 350, and the first release cable is formed by a loop formed by the free end of the opposite belt. A binding ring 351 through which 620 passes is formed,
The left strip 410 and the second end 412 and 422 of the right strip 420 of the outer waist band 400 are provided with a left belt 440 and a right belt 450 that form a loop at the free end. The binding ring 441 is provided in a loop formed by the free ends of one of the left belt 440 and the right belt 450, and is formed by the loop formed by the free end of the opposite belt. 620 is a quick release protective vest, characterized in that the binding loop 451 is formed. The method of claim 3,
Left and right sides of the rear trunk panel 200 at the point where the first release cable 620 is coupled through the binding ring 351 of the inner waist band 300 and the binding ring 451 of the outer waist belt 400. On both sides, the left belt 340 and the right belt 350, the binding ring 341 and the binding ring 351 of the inner waist band 300 to form a tunnel (222, 222) through the Longitudinal bands 220 and 220 which form tunnels 222 and 222 through which the left belt 440 and the right belt 450 of the outer waist belt 400 and the binding ring 441 and the binding ring 451 pass. And a binding ring 341 and 441 and a binding ring 351 and 451 are coupled by the first release cable 620 between the longitudinal bands 220 and 220 on both sides thereof. Quick release type protective vest, characterized in that the vertical belt (220, 220) by the flow in the left and right of the binding portion is limited. The method according to claim 3 or 4,
The left belt 340 and the right belt 350 of the inner waist band 300 are provided one by one,
The left belt 440 and the right belt 450 of the outer waist belt 400 are respectively disposed at upper and lower points between the left belt 340 and the right belt 350 of the inner waist band 300. Quick-release protective vest to be equipped one by one. The method of claim 1,
The binding and releasing opening 600 further includes a second release cable 630 extending from the grip 610,
Free ends of the left shoulder belt 501 and the right shoulder belt 502 are provided with left and right engagement rings 511 and 521 through which the second release cable 630 can pass.
Fixing rings 230 and 230 through which the second release cable 630 is provided are provided at the upper left and upper right portions of the rear body panel 200.
As the second release cable 630 passes through the left and right fixing loops 230 and 230 and the left and right engagement rings 511 and 521, the left and right shoulder belts 501 and 502 are rear body. And the second release cable 630 is pulled out from the fixing rings 230 and 230 and the binding rings 511 and 521 by pulling the grip 610 to release the binding. Quick Release Vest. The method of claim 6,
At the free ends of the left shoulder belt 501 and the right shoulder belt 502, a left binding belt 510 and a right binding belt 520 are respectively provided to form a loop, and the left binding belt 510 and the right binding belt are provided. Quick release type protective vest, characterized in that the left and right binding ring (511, 521) is formed on the belt (520). The method of claim 7, wherein
The left binding belt 510 and the right binding belt 520 are each spaced apart in the longitudinal direction to form a plurality of sewing lines 512 and 522, and the plurality of sewing lines 512 and 522 are separated from each other. Fastening type protective vest, characterized in that the binding ring (511, 521) is formed. The method according to any one of claims 1 to 4,
On the outer surface of the rear body panel 200, a binding cover 205 covering the binding portion to which the inner waist band 300 and the outer waist belt 400 and the first release cable 620 bind is fastener ( 210 is a quick-release protective vest, characterized in that detachably provided by. The method of claim 1,
A fastener 615 is formed at one surface of the grip 610 of the binding and releasing opening 600, and the fastener 105 is detachably attached to the fastener 615 of the grip 610 at the front body panel 100. And a grip cover 106 having a fastener 107 detachable to the fastener 105 of the front body panel 100 to cover the grip 610 attached to the fastener 105. Quick release vest. The method of claim 1,
Fasteners 430 and 430 are formed on both sides of the left strap 410 of the outer waist belt 400 and the first ends 411 and 421 of the right strap 420, and the front body panel 100 is provided. Fasteners 109 and 109 on one side of the left and right straps 410 and 420 are detachable from the left and right sides of the left and right straps 410 and 420, respectively. Quick-release protective vest, characterized in that the removable cover 104 is provided on the fasteners (430) (430) on the opposite side of the left and right straps (410, 420). The method of claim 1,
Neck support 700 is provided at the upper portion of the front body panel 100 and the rear body panel 200,
The neck support 700 is divided into a front support 710 and a rear support 720 so that the front support 710 is detachable to the front body panel 100 and the rear support 720 is the rear body panel ( Detachable 200, the front support 710 and the rear support 720 is a quick-release protective vest, characterized in that coupled to and separated from each other by a fastener (730). The method of claim 12,
The fastener 730 is a quick-release protective vest, characterized in that made of one of snap, adhesive cloth or magnet. The method of claim 12,
The front support 710 and the rear support 720 are each composed of collars 711, 721 and wings 712, 722, and fasteners 713 on the top surfaces of the wings 712, 722 ( 723),
On the upper inner surface of the front body panel 100, a fastener 108 that is detachable from the fastener 713 of the front support 710 is formed,
Quick release type protective vest, characterized in that the upper inner surface of the rear body panel 200 is formed with a fastener (208) detachable fastener 723 of the rear support (720). The method of claim 14,
Quick release type protective vest, characterized in that the soft protective material is inserted in the collar (711) (721) of the front support (710) and the rear support (720). The method of claim 14,
Quick release type protective vest, characterized in that the soft protective material is inserted in the interior of the wing (712) (722) of the front support (710) and rear support (720). The method of claim 1,
The front body panel 100 is a quick-release protective vest, characterized in that the lower guard 900 is housed to be deployed downward. The method of claim 17,
The inner surface of the front body panel 100 is provided with a guard pocket 910 for storing the lower guard 900,
An inner surface of the front body panel (100) and the lower guard (900) in the guard pocket (910) are quick-release protective vests, characterized in that connected to the removable connection strap (920). The method of claim 1,
The first pocket 130 is formed by sewing the edges of the surface coating 110 and the inner surface coating 120 of the front body panel 100, leaving the doorway 131.
The fastener 132 is formed in the doorway 131 of the first pocket 130,
Quick release type protective vest, characterized in that the soft protective material 140 is charged in the first pocket (130). 20. The method of claim 19,
A second pocket 150 is formed on the inner surface of the front cover 110 of the front body panel 100 to accommodate the hard protective material 170 therein while having the doorway 151 on one side.
The entrance and exit 151 of the second pocket 150 is provided with a fastener 160 for blocking the entrance and exit 151. The method of claim 1,
The first pocket 260 is formed by sewing the edges of the surface coating 200a and the inner surface coating 200b of the rear body panel 200,
An entrance 261 having a fastener 262 is formed at one side of the first pocket 260,
Quick release type protective vest, characterized in that the soft protective material 270 is loaded in the first pocket 260. The method of claim 21,
On the inner surface of the surface covering (200a) of the rear body panel 200 has a doorway (280a) on one side is formed with a second pocket 280 for receiving the hard protective material 290 therein,
A quick-release protective vest, characterized in that the door 280a of the second pocket 280 is provided with a lock 281 for blocking the door 280a.

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