KR200458421Y1 - Unfoldable briefcase-style defense kit - Google Patents

Abstract

The present invention relates to a deployment bag-type protective equipment for defending yourself or factors by preventing bullets, explosion fragments, or swords. The developed bag-type protective equipment of the present invention is a wrapper of the protective material, which forms a front wall and a rear wall of the case, and is connected to be folded or unfolded in the front and rear directions with the bottom portion of the case interposed therebetween, and folded in a case shape. A front protective plate 200 and a rear protective plate 300 to which the handle 110 is positioned at each top in a state; And one end is attached to the inner surface of the front protective plate 200 or the rear protective plate 300, and includes a protective curtain 400 is formed so that it can be folded into the inner side of the attached protective plate or folded outwards the upper end. In the protective device of the present invention, the handle 110 of the protection plate of the side to which the protection curtain 400 is attached among the front protection plate 200 or the rear protection plate 300 is released and the handle 110 of the opposite protection plate 110. ) Only by holding the protective curtain 400 and the protective curtain 400 is attached to the protective curtain 400 and the protective plate is opened downward by the weight of the protective plate attached to the protective curtain 400, folded over folded protective curtain 400 This spreads under the corresponding shield.

Description

Expandable bag-type protective gear {UNFOLDABLE BRIEFCASE-STYLE DEFENSE KIT}

The present invention relates to a protective equipment for protecting a person or a factor by preventing bullets, explosive debris, or swords, more specifically, a bag shape, which is easy to carry, and the inside is invisible, so that the camouflage effect is excellent. In the event of an emergency, the present invention relates to a deployment bag-type protective equipment that can be quickly deployed by a very simple operation.

Protective gear, such as protective clothing or armored vests, worn mostly by military police or bodyguards, to protect bullets or to prevent debris or to prevent swords from attacking, to protect lives. It is made to cover the fatal parts of the human body (eg, breast or back) with a protective plate (or bulletproof plate or armor panel) sewn by putting a protective material (or bulletproof material) in the.

Among such protective equipment, an example of a protective equipment made in the shape of a bag (a briefcase, a backpack, a travel bag, etc.) is disclosed in WO 03/003531, WO 03/062736, and the like.

Conventionally known protective bags, including those disclosed in the above publication, are in the form of a bag that is carried by hand or carried on the back. It can be configured to cover or simply unfold, or a separate abdominal protective board is connected to the dorsal protective board of the bag.

Such a conventional bag for protection is not suitable for factor protection (protection) because it is mainly in the form of defending the carrying person or the stored article in the bag.

In addition, the conventional protective bag is deployed only when the protective plates are removed or connected in use, it is impossible to deploy quickly in an emergency situation.

In addition, the conventional protective bag is difficult to camouflage because the cover, the back plate, or the protective plate is attached to the outer surface of the bag, and has the adverse effect of revealing that there is an important item in the bag or that the factor is being protected.

The present invention was developed in view of the conventional situation as described above, and the object of the present invention is a deployment type that can be carried in an actual bag shape and can be deployed collectively by a very simple operation so that it can respond quickly in an emergency situation. It is to provide a bag-type protective equipment.

Another object of the present invention is to provide a deployable bag-type protective equipment that keeps the inside invisible and looks like a real bag so that the camouflage effect is excellent but the rapid deployment function can be maintained.

Still another object of the present invention is to provide a bag-type protective equipment as a stretcher for first aid in addition to the protective purpose, so that the scope of use can be greatly helped in carrying out the operation.

In order to achieve the above object, the deployment type bag-type protective equipment according to the present invention is a wrap around the protective material to form a front wall and a rear wall of the case, and to fold or unfold in the front and rear direction with the bottom part of the case interposed therebetween. It is connected so that, in the state folded in the shape of the handle 110 is positioned on the top of each of the front protective plate 200 and the rear protective plate 300; And one end is attached to the inner surface of the front protective plate 200 or the rear protective plate 300, and includes a protective curtain 400 is formed so that it can be folded into the inner side of the protective plate attached to or folded out of the upper end, Release the handle 110 of the protective plate of the front protective plate 200 or the rear protective plate 300 to which the protective curtain 400 is attached, and hold only the handle 110 of the opposite protective plate, the protective curtain The protective curtain 400 and the protective plate are opened downward by the weight of the protective plate 400 and the protective curtain 400 to which the protective curtain 400 is attached, and the protective curtain 400 that is folded and folded is extended below the protective plate. It is characterized by.

The protection curtain 400 is a form in which a plurality of unit protection curtains 410, which are separately manufactured by embedding a protective material therein, are connected to each other, and the ends of neighboring unit protection curtains 410 are alternately overlapped on opposite surfaces. It is preferable to connect the structure.

On both sides of the front protection plate 200 and the rear protection plate 300, when the front protection plate 200 and the rear protection plate 300 is folded in a case shape, the side wall forming the side wall covering both side openings of the case It is desirable to have a lid 500.

In this case, the side cover 500, the first cover 501 and the second cover extending in a direction facing each other on both sides of the front protective plate 200 and the rear protective plate 300, respectively ( 502, and the first and second covers 501 and 502 may be coupled to each other when the front protection plate 200 and the rear protection plate 300 are folded to form a case shape. In the case of giving an inertial shock in the direction of gravity in the state of holding only the handle 110 of the protection plate of the side to which 400 is not attached, the weight of the protection curtain 400 and the front or rear protection to which the protection curtain 400 is attached. More preferably, the temporary coupling tool 510 is provided in which the coupling is released by the impact force due to the weight inertia of the plate.

Here, the temporary coupler 510 may be composed of one of an adhesive cloth, a snap button or a magnet.

Moreover, the bottom part between the front protection board 200 and the back protection board 300 is formed in the inner surface of the protection board of the side in which the protection curtain 400 is not attached among the front protection board 200 and the back protection board 300. It is preferable to attach the bottom protective cover 600 to be rotatable (ie, a gap portion without a shield between the front shield and the inner shield of the rear shield).

In addition, it is preferable to include an upper fastener 700 for locking the upper portion of the case at the upper end of the front protective plate 200 and the rear protective plate 300.

The upper fastener 700 is attached to the front protection plate 200 or the rear protection plate 300 and extends toward the opposite protection plate, and the extension strap 710 and the opposite protection plate face each other. More preferably, the locking element is formed on the viewing side, and the locking element is one of snap buttons, adhesive cloth or magnet.

In addition, the front strap 200 and the rear shield 300 is preferably provided with a shoulder strap (800) detachably.

The shoulder strap 800, it is more preferable to connect a plurality of straps in the longitudinal direction with a one-touch buckle.

In addition, the stretcher on both sides of the transverse inner surface of the protective plate of the front protective plate 200 or the rear protective plate 300 is not attached to the protective curtain 400, and both sides of the inner surface of the protective curtain 400, respectively The deployment bag-shaped protective equipment, characterized in that the handle 900 is provided.

According to the developed bag-type protective equipment according to the present invention, when folded, the bag is easy to carry and camouflage because it forms an actual bag shape.

In particular, if you grab one of the handles of the bag and pull it down from the top, and stop, the protective curtain unfolds in an instant while the protective plate is unfolded by the moment of inertia by the weight of the front or rear protective plate and the protective curtain. Unfolded and deployed in a batch, it is possible to respond quickly in an emergency situation and thus ensure the protection of life.

In addition, since the protective curtain is stretched down in the shape of a curtain, the protection range is wide, which can sufficiently cover the person and the factors, thereby providing a more secure defense.

In addition, since both side openings between the front and rear guards can be closed by the side cover, the inside is invisible and the camouflage effect is excellent, while the side cover can be dismantled by inertial impact, allowing quick deployment. Remains the same.

Therefore, when the deployment bag-type protective equipment like the present invention is used as a protective equipment for preventing bullets, explosion debris, or swords, it can be easily and secretly carried out and can be used quickly in case of emergency. It is possible to carry out a more rigorous and safe guard mission.

In addition, the guard plate and the protective curtain during deployment is further provided with a handle for the stretcher to lift the protective equipment horizontally can be used as a stretcher for the rescue of the injured people, it has a wide range of applications and can further help in the operation.

1 is a perspective view of a developed bag-type protective equipment according to the present invention.
Figure 2 is a view showing the shape when only a slight opening of the deployment bag-type protective equipment according to the present invention.
Figure 3 is a view showing the shape when half-opened the deployment type bag-shaped protective equipment according to the present invention.
4 is a view showing a protective curtain and a bottom protective cover in FIG.
5 is a view showing a state when the fully developed deployment bag-type protective equipment according to the present invention.
6 is a view showing the reverse side of FIG.
7 is a view showing a practical use of the deployment bag-type protective equipment according to the present invention.
8 is a view showing a deployment bag-type protective equipment according to another embodiment of the present invention.
9 is a view showing a deployment bag-type protective equipment according to another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the deployment type bag-type protective equipment of the present invention.

In the following description and claims, the term 'protection' encompasses functions such as 'bulletproof', 'sword' and the like.

In addition, the protective material may be soft bulletproof material (SAP, Soft Armor Panel), hard bulletproof material (HAP, Hard Armor Panel), and anti-ballistic material (SRP, Stab Resistance Panel) depending on the type of threats, such as bullets, fragments, swords, etc. It is divided into sword, bulletproof material, and bulletproof material. It is selected and used by the wearer according to the characteristics of the operation or mission.

Double soft bulletproof materials are typically woven from ultra high molecular weight polyethylene-based bulletproof fibers (e.g. DYNEEMA, SPECTRA, etc.), aramid bulletproof fibers (KEVLAR, TWARON, etc.) or UD (Uni-Directional) The thin bulletproof material of the structure is laminated from several layers to several hundred layers to protect fragments and pistol bullets. In addition, the hard bulletproof material, after pre-preg (PRE-PREG.) Made by coating a thermoplastic resin, a thermosetting resin or an adhesive film on the bulletproof material consisting of the bulletproof fibers in several layers to several hundred layers, then a mold It is hardened into a plate shape by applying heat and pressure, and is designed to protect not only sharp weapons (e.g. swords, drills, ice peaks, bamboo spears), fragments, pistols, but also rifle bullets.

Therefore, elements including the term 'protection' in the name, such as the protective plate 200, 300, the protective curtain 400, the unit protective curtain 410, the protective cover 600, etc. to be described below, even if not described above A shield made of a plate-shaped shield is encased in a shell to protect against bullets, explosive debris, or swords.

1 illustrates a deployment bag-type protective equipment according to the present invention.

Referring to Figure 1, the protective equipment 100 of the present invention, the front protective plate 200 forming the front wall of the case (bag) and the rear protective plate 300 forming the rear wall between the front and rear with the bottom portion therebetween It is connected to fold or unfold in the direction.

Handles 110 are provided at upper ends of the front protection plate 200 and the rear protection plate 300, respectively.

Inside the case formed by the front protection plate 200 and the rear protection plate 300, a protective curtain 400 (only a part of the upper part is visible in FIG. 1) is provided when the case is opened and is unfolded in a curtain form.

In particular, the side cover 500 is provided on both sides of the front protective plate 200 and the rear protective plate 300. The side cover 500 forms a side wall covering both open portions of the case to camouflage the inside. This side cover 500 is easily released when the case is unfolded for protection, so as not to prevent rapid deployment of the protection plate. Detailed configuration thereof will be described later.

In addition, an upper fastener 700 for locking the case, that is, for locking the front protection plate 200 and the rear protection plate 300, is provided at an upper end portion of the front protection plate 200 and the rear protection plate 300. It is provided.

The upper fastener 700 includes an extension strap 710 attached to either the front guard plate 200 or the rear guard plate 300 and extending toward the opposite guard plate, while the opposite side of the extension strap 710 is opposite. It consists of a locking element formed on the opposite side of the guard plate. Here, the locking element may consist of one of snap buttons 711, 712 (see FIG. 2), adhesive cloth 721, 722 (see FIG. 8), or a magnet.

In order to provide a variety of choices for the method of carrying, the case may further be provided with a shoulder strap 800. One end of the shoulder strap 800 is detachably connected to the front protective plate 200 and the other end is detachably connected to the rear protective plate 300. As the connecting means, a general ring 830 and a hook 840 can be used.

The shoulder strap 800 can be easily detached in one operation when the case is deployed, so that the deployment of the protective equipment is not disturbed by the shoulder strap 800. To this end, the shoulder strap 800 is divided into a number of straps (811, 812, 813) in the longitudinal direction, and then connect them with a general one-touch buckle (821, 822). According to this, in case of emergency, the one-touch buckle 821 and 822 can be easily separated by one-time operation, while at least one one-touch buckle is easily grasped by the hand regardless of the direction in which the shoulder strap 800 is placed. It can be configured to be disposed in the portion, it is possible to quickly dismantle the shoulder strap (800).

In addition, the middle of the shoulder strap 800 may be provided with an adjusting ring 825 for adjusting the length.

Next, a description will be given with reference to FIGS. 2 to 6. For reference, FIG. 2 shows the side cover 500 in an installed state, and in FIG. 3, one of the elements constituting the side cover 500 of the right part of the drawing is intentionally turned outward. In FIG. 4, all the elements of both side cover 500 can be folded outward to show the folded shape of the protective curtain 400.

2 to 6, in the developed bag-type protective equipment of the present invention, the protective curtain 400 is attached to the inner surface of either of the front protection plate 200 or the rear protection plate 300. In the illustrated embodiment, the protective curtain 400 is attached to the inner surface of the front protective plate 200.

The protective curtain 400 is made of a structure that can be folded into the inner side of the protective plate 200 to which it is attached or folded outward of the upper end. This releases the handle 110 of the protection plate (ie, the front protection plate 200) on the side where the protection curtain 400 is attached and the handle 110 of the opposite protection plate (ie, the rear protection plate 300). It is to be able to expand the protective curtain 400 in the state of holding only.

Protective curtain 400 according to an embodiment of the present invention, as shown in Figures 4 to 6, can be folded or unfolded a plurality of unit protective curtain 410 produced separately by embedding a protective material therein, respectively. It takes a form that is connected. The number of unit protective curtains 410 is not limited.

A plurality of separately prepared unit protection curtains 410, it is preferable to connect the end of the neighboring unit protection curtain 410 alternately overlapping on the opposite surface. In other words, one end of the first unit protection curtain 410 at the top in FIGS. 5 and 6 is attached adjacent to the upper end of the front guard plate 200, and the second unit protection curtain 410 below is One end is attached to the other end 'back' of the first one, and the third unit protection curtain 410 has one end attached to the other end 'front' of the second unit protection curtain 410. Although the sewing method is suitable for sewing, it is possible to attach by other means such as adhesive. 5 and 6, reference numerals '411', '412', and '413' represent 'sewing lines'.

According to the form in which the unit protection curtains 410 are alternately connected to the opposite side, the protection curtains 410 are folded neatly and thinly folded as shown in FIG. 4, thereby simplifying the unfolding operation to enable more rapid deployment. do. That is, in the case where there are three unit protection curtains 410 as in the present embodiment, since the second unit protection curtain 410 is pulled down as it is without rotation, the deployment time can be shortened by that amount.

In the present invention, the configuration of the protective curtain 400 is not limited to the form in which the separate unit protective curtains 410 are alternately connected to the opposite side as in the present embodiment.

For example, separate unit protection curtains 410 are provided and connected, but all of them may be connected in one direction without being alternately connected to the opposite side.

In another example, a plurality of plate-shaped shields are covered with a single sheath at intervals, and then the unit shield curtains (ie, plate-shaped shields) are separated by sewing or adhering and partitioning the shell between the plate-shaped shield and the portion of the shield. It may also be configured to be located on a single plane.

Next, the side cover 500 according to the present embodiment, when the front protective plate 200 and the rear protective plate 300 is folded in a case shape, as shown in Figures 1 to 6 to form a wall of the side It is one of the very important parts of the present invention to camouflage the inside of the case by covering the open side of the case.

This side cover 500 is configured to be easily released when unfolding the case for protection, so as not to interfere with the rapid deployment of the protective equipment.

According to the present embodiment, the side cover 500 includes a first cover 501 and a second cover 502. The first cover 501 and the second cover 502 extend in opposite directions from both sides of the front protective plate 200 and the rear protective plate 300, respectively. In addition, the first cover 501 and the second cover 502 can be rotated, respectively.

On the opposite surfaces of the first and second covers 501 and 502, temporary coupling holes 510 are provided to be coupled to or released from each other. That is, the temporary coupling tool 510 may be coupled to each other when the front protection plate 200 and the rear protection plate 300 are folded into a case shape. In addition, in the case of giving an inertial shock in the direction of gravity while holding only the handle 110 of the protection plate on which the protection curtain 400 is not attached, the weight of the protection curtain 400 and the protection curtain 400 are attached. The bond is released by the impact force by the weight inertia of the front or back protection plate.

As the temporary coupler 510, an adhesive cloth is suitable. In addition, a magnet or a snap button (which will be described later with reference to FIG. 8) may be used.

Adhesive fabric is also called 'hook and loop fabric', and one of the trade names 'Velcro' is known. When the temporary coupler 510 is made of an adhesive cloth, it is good to quickly develop the protective plate by making it have a weak bonding force so that it can be separated even by a small force. One way to make the bonding cloth small is to blunt the end of the hook or loop.

In the present specification and claims, 'inertial shock in the direction of gravity' refers to a case in which only the handle 110 of the protection plate on the side where the protection curtain 400 is not attached is lifted down again at a very high speed. When suddenly stopped, it refers to the inertial energy acting shocking downward by the weight and speed of the protective curtain 400 and the protective plate on the side to which it is attached. "Impact force by weight inertia" means the force acting shock by this inertial energy. Therefore, by the impact force by the weight inertia of the protection curtain 400 and the protection board of the side to which it is attached, the protection curtain 400 and the protection board to which it is attached are lifted from the protection plate held by the handle 110 to fall down. In addition, the force acts as a force for pulling the first and second covers 501 and 502 of the side cover 500 in the opposite direction, so that the temporary coupler 510 is easily separated.

Next, as shown in Figs. 3, 4, 5 and 6, the inner surface of the protection plate of the side of the front protection plate 200 and the rear protection plate 300 is not attached to the protection curtain 400 Further provided with a bottom protective cover 600. The bottom protection cover 600 covers the bottom portion between the front protection plate 200 and the rear protection plate 300 to form a protection plate, so that the protection plate is continuously formed over the entire surface during case deployment. The bottom protective cover 600 is rotatably attached to the rear protective plate 300 through the sewing line 601.

The use process of the developed bag-type protective equipment of the present invention made as described above will be described based on the protective equipment according to the embodiment shown in FIGS. 1 to 7.

The deployment bag-type protective equipment 100 carries a mission while carrying it in a state as shown in FIG. 1.

That is, while locking the upper fastener 700 folded on the front protective plate 200 and the rear protective plate 300, while closing the side cover 500 to hold the handle 110 in the decorated state like a bag or shoulder strap (800) Carry it).

During an operation, if an emergency situation occurs, the handle 110 of the rear guard plate 300, which does not have the protective curtain 400, is placed with the protective curtain 400 on one hand. Hold the bay. Press the one-touch buckle 821 of the shoulder strap 800 with the other hand to release it, and immediately lift and release the extension strap 710 of the upper fastener 700, and then hold the handle 110. Perform an inertial shock movement in the direction of gravity using the arm.

In this case, when manufacturing the protective equipment, the protective straps (710 in the embodiment shown in the figure, the back protection plate 300 on the side where the extension curtain 710 of the upper fastener 700 is not attached) ) And make the locking buttons such as snap buttons 711 and 712 on the front protection board 200, and place the rear protection board 300, which does not have the protection curtain 400, toward the body and the protection curtain. Carry the front guard plate 200 on which the 400 is located to be positioned outward. Then, in a state in which the handle 110 of the rear protection plate 300, which is not attached to the protective curtain 400, is held by the hand on the side where the case is located, the one-touch buckle 821 with the other hand (free hand) and Since all of the upper fasteners 700 can be released, the dismantling operation can be easily and quickly performed.

With both the one-touch buckle 821 and the upper fastener 700 quickly released, the hand and arm that are still holding the handle 110 of the rear guard plate 300 on which the protection curtain 400 is not attached. Apply an inertial shock in the direction of gravity.

In other words, while holding the handle 110, the case slightly lifted up and then suddenly stops down while descending at a very high speed. Then, by the inertia energy based on the speed and weight of the protective curtain 400 and the front protective plate 200 on the side to which the protective curtain 400 is attached, the protective curtain 400 and the front protective plate 200 to which it is attached are the rear protective plate together. 300 will be flipped outward.

In this case, as shown in Figure 2, while the protective curtain 400 and the front guard plate 200, the temporary coupling port 510 of the side cover 500 that was temporarily coupled by the force to be flipped off while the front guard The plate 200 opens and unfolds downward.

Then, the protective curtain 400 that is folded and folded in the case is also unfolded downward at a time, and the state becomes as shown in FIGS. 5 and 6.

A well-trained user can complete the deployment action in about 1 second, and is fast enough to complete the deployment action in about 0.5 seconds when the shoulder strap 800 is not used. This can be performed immediately following the dismantling operation of the shoulder strap 800, that is, the operation of releasing the upper fastener 700 and the inertial shock operation in the direction of gravity at the same time or simultaneously, and the protective curtain 400 can be easily Unfolded structure and the side cover 500 is made possible by the configuration to be easily separated by the inertial impact operation.

FIG. 7 shows a case in which the bodyguard (B.G) protects the factor (V.I.P) when the fully developed bag-type protective equipment is actually deployed.

Referring to FIG. 7, when the bag-shaped protective equipment is fully unfolded, the rear protective plate 300, the bottom protective cover 600, the front protective plate 200, and the protective curtain 400 are moved upwards and downwards from above. Because of its long unfolded shape, the area of protection is very wide, which makes the factor (VIP) safer and also safer for you.

Next, Figure 8 shows a deployment bag-type protective equipment according to another embodiment of the present invention.

In the embodiment shown in FIG. 8, compared to the embodiment described with reference to FIGS. 1 to 7, only the configuration of the side cover 500, the upper fastener 700, and the shoulder strap ring 830 is different from the configuration of the rest. Is the same.

In FIG. 8, the temporary coupler 510 of the side cover 500 can be configured with snap buttons 511 and 512 instead of an adhesive cloth. In the case of configuring the snap buttons 511 and 512, it is preferable to manufacture and use the product with the minimum binding force. However, the temporary coupler 510 is not necessarily limited to the adhesive cloth or the snap button, and other suitable means such as a magnet may be employed.

It can also be seen that the upper fastener 700 may have adhesive cloths 721 and 722 instead of snap buttons. The locking method of the upper fastener 700 is not necessarily limited to only the snap buttons 711 and 712 (see FIGS. 1 to 7) and the adhesive cloth 721 and 722 (see FIG. 8), such as a magnet. Other suitable means may be employed.

In addition, the shoulder strap ring 830 may be provided with all four, one on both the left and right sides of the front protective plate 200 and the rear protective plate 300. In the above-described embodiment, as shown in FIG. 1, only one shoulder strap ring 830 is provided in the diagonal direction of the front guard plate 200 and the rear guard plate 300 so that the installation direction of the shoulder strap 800 is changed. Although it is uniform, the present embodiment further includes a shoulder strap ring 830 on the opposite side so that the position of the shoulder strap can be appropriately selected according to the user's body characteristics or body position. However, the attachment position and the number of the shoulder strap ring 830 is not limited to the above two embodiments, but may be configured in various positions and numbers according to the protection purpose or wear structure.

Next, FIG. 9 illustrates a deployment bag-type protective equipment according to another embodiment of the present invention.

9 is different from the two embodiments described with reference to FIGS. 1 to 7 except that the handle 900 for the stretcher is further provided, and the rest of the configuration is the same.

9, the handle 900 for the stretcher is provided on both sides of the transverse inner surface of the rear protective plate 300 and both sides of the transverse inner surface of the protective curtain 400.

The stretcher handle 900 puts the unfolded protective gear on the floor and lays down the injured person so that two to four personnel can carry it.

Two of the stretcher handles 900 are installed on the inner surface of the protection plate (that is, the rear protection plate 300 in the embodiment shown in the figure) to which the protection curtain 400 is not attached, and the other two The protection curtain 400 may be provided in any one of the unit protection curtain 410 or a plurality of protection curtain 410 of the plurality of unit protection curtain 410.

When provided to any one of the plurality of unit protection curtains 410, the unit protection curtain 410, as shown in Figure 9 attached to a protective plate (in the embodiment shown in the figure front protection plate 200) It is preferable to provide in the unit protection curtain 410 which is made.

If two or more stretcher handles 900 are installed on the protective curtain 400, the appropriate range can be selected or used according to the physical condition of the injured person, the condition of the carrier, the operation situation, etc. .

In the above, specific preferred embodiments of the present invention have been illustrated and described. However, the present invention is not limited to the above-described embodiment, and any person having ordinary knowledge in the technical field to which the present invention belongs may make various modifications without departing from the gist of the present invention claimed in the utility model registration claims. will be.

100: deployment type bag protection equipment
110: handle
200: front protection board
300: rear protection board
400: protective curtain
410: unit protective curtain
411, 412, 413: seam
500: side cover
501: first cover
502: second cover
510: temporary coupler
511, 512: Snap button
600: bottom protective cover
601: seam
700: upper fastener
710: extension strap
711, 712: snap button
721, 722: adhesive cloth
800: shoulder strap
811, 812, 813: strap
821, 822: One Touch Buckle
825: adjustable ring
830 shoulder strap ring
840: Hook
900: stretcher handle

Claims (11)

The protective material is wrapped in an outer shell to form a front wall and a rear wall of the case, connected to be folded or unfolded in the front and rear directions with the bottom portion of the case interposed therebetween, and the handle 110 at the top of each case in a folded state. Front protective plate 200 and the rear protective plate 300 to be located; And
One end is attached to the inner surface of the front protective plate 200 or the rear protective plate 300, and includes a protective curtain 400 is formed so that it can be folded into the inner side of the attached protective plate or unfolded outside the upper end,
Release the handle 110 of the protective plate of the front protective plate 200 or the rear protective plate 300 to which the protective curtain 400 is attached, and hold only the handle 110 of the opposite protective plate, the protective curtain The protective curtain 400 and the protective plate are opened downward by the weight of the protective plate 400 and the protective curtain 400 to which the protective curtain 400 is attached, and the folded protective curtain 400 is unfolded below the protective plate. Expandable bag-type protective equipment, characterized in that. The method of claim 1,
The protection curtain 400 is a form in which a plurality of unit protection curtains 410, which are separately manufactured by embedding protection materials in the outer shell, are connected to each other, and end portions of neighboring unit protection curtains 410 are alternately disposed on opposite surfaces. Expandable bag-type protective equipment, characterized by overlapping and connected. The method of claim 1,
On both sides of the front protection plate 200 and the rear protection plate 300, when the front protection plate 200 and the rear protection plate 300 is folded in a case shape, the side wall forming the side wall covering both side openings of the case Expandable bag-type protective equipment, characterized in that the cover 500 is provided. The method of claim 3,
The side cover 500, the first cover 501 and the second cover 502 extending in a direction facing each other on both sides of the front protective plate 200 and the rear protective plate 300 is free to rotate. Done,
When the front protective plate 200 and the rear protective plate 300 are folded to form a case shape on the opposite surfaces of the first and second covers 501 and 502, the protective curtain 400 is not attached. In the case of giving an inertial shock in the direction of gravity while holding only the handle 110 of the non-protective plate, the weight of the protective curtain 400 and the weight inertia of the front or rear protective plate to which the protective curtain 400 is attached. Expandable bag-type protective equipment, characterized in that the temporary coupling mechanism 510 is released by the impact force. The method of claim 4, wherein
The temporary coupler 510 is a deployment bag-type protective equipment, characterized in that made of adhesive cloth or snap button. The method of claim 1,
On the inner surface of the protection plate on the side where the protection curtain 400 is not attached among the front protection plate 200 and the rear protection plate 300, the bottom portion between the front protection plate 200 and the rear protection plate 300 is covered. A bottom-type protective equipment, characterized in that the bottom protective cover 600 for protection is rotatably attached. The method of claim 1,
An upper bag fastener 700 for protecting the upper part of the case at the upper end of the front protective plate 200 and the rear protective plate 300, characterized in that the deployment bag-type protective equipment. The method of claim 7, wherein
The upper fastener 700 is attached to the front protection plate 200 or the rear protection plate 300 and extends toward the opposite side of the protection plate, and the extension strap 710 and the opposite side of the protection plate And a locking element formed on an opposite side, said locking element being made of a snap button or an adhesive cloth. The method of claim 1,
The front protective plate 200 and the rear protective plate 300 is a deployment bag type protective equipment, characterized in that the shoulder strap 800 is provided detachably. 10. The method of claim 9,
The shoulder strap 800 is a bag-type protective equipment, characterized in that divided into a plurality of straps in the longitudinal direction connected to each other with a one-touch buckle. The method of claim 1,
Stretcher handle 900 on both sides of the transverse inner surface of the protection board of the front protection board 200 or the rear protection board 300 to which the protection curtain 400 is not attached and on both sides of the inner surface of the protection curtain 400. Expandable bag-type protective equipment, characterized in that is provided.

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