KR920004056B1 - Kit for anti-terrorist shelter - Google Patents

Abstract

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Description

Terrorist Cover Kit

1 is a plan view showing one embodiment of a kit assembly component that can be used to build a terrorist port cover.

2 is an enlarged partial perspective view of one type of connecting device and connecting member used to securely hold the steel plate members together.

FIG. 3 is a perspective view of a shelter built and erected in another embodiment of a kit assembly component, wherein the front wall plate member serves as a door for closing or opening.

4 is a partially exploded perspective view showing the manner of a connecting plate member using a skirted bottom plate and an upper plate fitted to a through screw hole for receiving a screw fastener.

5 is a simplified circuit diagram showing a power supply for operating a magnetic door lock.

* Explanation of symbols for main parts of the drawings

10, 48: rear panel 12, 46: upper panel

14, 40: bottom plate 16, 18: side wall plate

20: front wall 22: sleeve

24: frame portion 32: sliding lock

42: left wall board 44: right wall board

50: front wall plate (door) 52: hinge device

54: screw through hole 56: hole

58: screw fastening device 64: ballistic glass window

66: sliding closed armor plate member 68: shooting hole

70: slip protection armor plate member 72: magnetic lock device

76: control device 80: pressurized air source

82: soundproof material

In recent years, terrorists and criminal activity have increased and the world is known and encouraged to encourage the continued occurrence of such indiscreet activities. Whatever the cause or the cause, these activities have been aimed almost at home residents, government offices, foreign missions, military installations, nuclear facilities, etc. For this purpose, hostages are taken as ransoms and, in the worst case, physically fatal harm to residents. Residents in certain places were not always able to find a safe haven or run away because of lack of time while alerts or warnings of terrorist or criminal invasion were occurring. In addition, a safe haven to withstand prayed attacks, especially attacks by fanatical and life-saving terrorist groups, is of little use under such attacks. Terrorist groups often use staging fire extinguishers, shredded grenades, chemicals, and various devices that can be used to break doors, locks, and similar structural obstacles between them and targets.

The present invention can be compactly packaged and transported a terrorist shelter to a place of residence, such as a residential space, an administrative office or a government office building, a foreign mission, or other space, and then a simple and special tool or installation procedure is required. It relates to a kit of structural components that can be built into a structure immediately without the need.

It is an object of the present invention to provide a kit of structural components that can be built or assembled as a terrorist shelter for those who are in the hands of terrorists or a group of criminals and who are in violent harm or at risk of attack.

It is another object of the present invention to withstand and assemble against armored firearms, chemical attack, crushable grenade explosions, acetylene combustion equipment, invasion tools and raids, and many measures taken to reach terrorists cover people. It is then to provide a kit of structural components to ensure reliable and safe cover.

It is a further object of the present invention to provide a kit of structural components for building a terrorist shelter, which is quite inexpensive, simple to build, and highly efficient for the purpose.

Other objects will become apparent during the description of the present invention, first briefly and in detail below. In accordance with the present invention, a kit that can be assembled as a cover includes a number of armor plate members that are generally flat and in the form of rectangular planar components to form an envelop bottom plate, an envelop top plate, a pair of side walls and a back wall. Armored steel, used in plate members and other enclosure components, is a ballistic material for 30-06 armor shells. The above-described plate member is provided with a connecting device at each edge thereof so as to be fitted with a similar device of the plate member disposed at right angles to the plate member, and to form an enclosure having an open front when fitted. Receiving the connecting member so that the plate member is firmly fixed together, the main purpose of the connecting device-connecting member alignment is to be disposed entirely within the enclosure and make it difficult to come close to the outside. In one embodiment, the connecting device includes tubing on each plate member at its edge such that the bolt connecting member can be received in a mated tube and that the nut is installed in the bolt to ensure connection. They are arranged side by side with the tube. In another embodiment, the top plate and bottom plate member may be provided with a skirt portion along its three sides and a threaded through hole formed in the skirt portion from the inside thereof. The holes formed in the upper and lower edges of the side wall and the rear wall member can be fitted with a screwing device passing from the inside of the through hole and through the screws fixed to the holes and the through holes.

In addition, the five plate member connections are made without any connection that can be brought from the outside to form an enclosure with an open front face.

The kit also includes an armored front wall plate member suitable for assembling into an enclosure with the front open in the closed position and in connection, and may be close to such a connection from the outside of the enclosure. In order to provide an entrance and an exit to the cover, the front plate member is provided in one shape with an enclosing frame portion fixedly connected to an adjacent plate member, namely a top plate, a bottom plate, and a side wall plate, and has a door panel hinged to the frame.

Alternatively, the entire front wall member can be hinged to move between the open and closed positions. In both cases, suitable locks, such as door knockers or magnetic keys, are provided to lock the moving parts, and all connections and locks are arranged in the enclosure.

At least the front plate member is provided with ballistic glass windows so that the person in the siege can monitor the situation outside, and a shooting hole is also provided for the person inside to respond in order to prevent terrorist activities.

If necessary, a closing plate of armored steel is associated with the window and the shooting hole to cover the opening of the aid. The shrouds can be operated alone in the enclosure and placed in front of the glass as needed to replace damaged windows from enemy action.

The kit also includes a battery suitable for installation in the enclosure to provide power for operating the magnetic lock, and the compressed air suitable for use in the enclosure to maintain a static pressure above atmospheric pressure outside the enclosure. Include source or tank. The source of static pressure prevents the gas emitted by the terrorists from entering the enclosure and prolongs life in the enclosure.

The nature and objects of the present invention will be fully understood by the accompanying drawings and the detailed description of the preferred embodiments of the present invention.

The kit of the present invention has a variety of features due to the specially designed cover structure.

For example, the kits of FIGS. 1 and 2 are generally satisfactory as a place of residence facility when the threat of a terrorist or offender is considered "normal". Kits 3 and 4, on the other hand, are commonly used when experience shows that terrorists are likely to take fanatic action, i.e. in "great danger" situations such as government offices, diplomatic buildings, nuclear facilities, and the like. It can be adopted to build cover of various dimensions. For example, in one embodiment the total dimensions of the cover can be about 56 "x 42" x 30 "or in another embodiment it can be 72" x 60 "x 36". In addition to the features shown in the drawings, the kit may also include components for lighting, fire extinguishers, pipe passages, communication connections, heating and cooling systems, camouflage panels, and the like. The unique advantage of being easy to transport and build up to the local place where the shelter is to be built is achieved by the small kit shape. Coverage can be set up in a suitable location in the living or office space, and the place can be specially selected so that the cover can be combined with other space structures so that the location is not found.

Referring to the kits shown in FIGS. 1 and 2, a plurality of armor plate members, namely, a back plate 10, a top plate 12, a bottom plate 14, and a pair of side wall plates 16 and 18 as components. It can be seen that all such plates generally have a rectangular planar shape and the inner surface, excluding the top plate 12, faces towards the viewer. An armored front wall plate 20 is also provided, the outside of which can be seen. The plates 10 to 20 are connected together to be perpendicular to each other and to form a generally rectangular enclosure. All plate members are provided along their edges and provided with one or more tubular sleeves 22 on the inner side and welded at the plate member points 23. When such plate members are installed at right angles to each other in the enclosure, the positions of the sleeves 22 are arranged to align with the sleeves on the other plate members in a mated relationship as shown in FIG. Positioning the sleeves on the plates 12, 14, 16, and 18 The top plate 12 and the bottom plate 14, like the side wall plates 16 and 18, are luxurious and thereby significantly increase the assembly cost of the particular component. Has the characteristic of reducing.

A method of securing each plate member together is shown in FIG. For example, the sleeve 22a of the bottom plate 14 is fitted in a mating relationship with the sleeve 22b of the left wall plate 16. The connecting bolt 24 is received through the inner diameter of the fitted sleeve and fits the nut on the bolt for tightening. In this way, the fastening device is arranged inside the standing enclosure and cannot be near from the outside.

The bottom plate 14, the back plate 10, the top plate 12, and the side wall plates 16 and 18 are connected together to form an enclosure with an open front face. In order to close the open front, the front wall plate 20 is erected and fixed to the side wall plates 16 and 18 and the bottom plate 14 and the top plate 12. This can be done with sleeves, nuts and bolts in the illustrated embodiment. The front wall plate 20 also has an inlet and an outlet in the enclosure and for this purpose the front wall plate 20 comprises a surrounding frame portion 24 having a generally uniform width representing the size of the entrance and exit, and the entrance and exit door panels 26 ), The panel is hinged at the inner door frame point 28. A stop stop 30 is also provided around the door and the stop is fixed to the frame portion 24.

Tight locking of the door panel is in a closed state, and a door or sliding lock 32 is provided inside the door panel and the frame portion. When not used as a cover, especially when used as a place of residence, an external door ring may be provided for that purpose.

From the kit components, which are completed by the connection of the components within the cover, the cover is built so that terrorists and criminals cannot try to disassemble the structure. In the kit embodiments of FIGS. 1 and 2, it is emphasized that no wall of the enclosure extends beyond the adjacent wall to hinder a complete structure of the shelter attack.

Another embodiment of the kit components to be assembled to build the cover in the “greatly dangerous” state of FIG. 3 is shown in FIGS. 3 and 4. The constituent material includes a plate member of steel for armor, and the right side with the bottom plate 40, the left wall plate 42, the right wall plate 44, the top plate 46, the back plate 48 and the hinge device 52 completely installed inside the cover. A front wall plate or door member 50 hinged along the long edge of the wall plate 44 is formed. 4 shows the manner of fixing the components 40 to 48 together. The bottom plate member 40 and the top plate member 46 are made of compatible members, each having a skirt portion extending along the two side walls and the back wall so that the upper and lower edges of these three wall plate components can be accommodated in the skirt portion. . The skirt section is each provided with a threaded through hole 54 in the skirt and three holes 56 in turn in the wall plate. The wall plate hole 56 coincides with the through hole 54 when the top plate and the bottom plate component are received. A screw fastener 58 passes through the hole 56 and is screwed into the skirt through hole and secures the component together by a connection which forms an interior of the enclosure. The seat 60 may be installed on the support 62.

The front plate or the door member is provided with a ballistic grade glass window 64 so that the outside of the cover can be seen, and the glass has a bulletproof property against the armor shell. Continuous attacks on windows provide impermeables, replacing glass in cover. For that purpose, the sliding closure glove member 66 can slide between the outside of the enclosure and the window to cover the window hole for maximum safety of the cover.

The door member may also be provided with a shooting hole for the occupant occupant to impede the terrorist from the cover, and the opening and closing of the shooting hole is performed by a sliding protective armor plate 70 on one side.

Various types of mechanical locks may be provided to lock the door 50 to the closed position. For example, the door 50 and the left wall 42 may be provided with a sleeve 22 that will be fitted when the door is closed, with the bolt or pin inserted into the fitted sleeve. A magnetic lock 72 may also be used and the lock is positioned to be contacted by a striker plate 74 inside the door member and magnetically closes the door. 5 shows a sample circuit diagram used to power the lock device 72 from a battery, and a controller 76 provided as a kit component. For example, the control of a magnetic lock to eliminate magnetic force even when a person wants to enter a cover can be achieved by a digital control device (not shown) with a known structure and function, the control being effectively locked for five seconds. Eliminates magnetic force.

A pressurized air source 80 may also be included in the kit to pressure the occupants in the enclosure to levels above the outside atmospheric pressure, thereby preventing the terrorists from infiltrating the enclosure into harmful gaseous substances that are emitted from the enclosure.

The inner surface of the plate member and the door may be covered with soundproof material 82 (only one portion is shown) to reduce noise in the cover.

While several embodiments of the invention kit have been described above, other embodiments may be created without departing from the scope of the inventive concept. For example, the glove steel need not be used as a component. All or part of such components may be made of other materials, such as special aluminum alloys or special materials that exhibit the required glove properties. Therefore, it should be noted that all problems or accompanying drawings included in the above description are for illustrative purposes and are not limiting.

Claims (1)

A kit of structural components suitable for assembly to create a terrorist resistance cover for residents in homes, offices, and other spaces, the kit comprising a plurality of plate members that comprise a bottom plate, a top plate, a pair of sidewall plates, and a back plate. Wherein the plate members may be positioned at right angles to each other adjacent to form an enclosed chamber with an open front face, the plate members are made of steel for armor, each of which generally has a rectangular planar shape, Each of the plate members is provided with a connecting device adapted to be fitted with a similar connecting device positioned adjacent to the plate member at its edge, the connecting device together with the plate member to form an enclosed chamber with the front open. A connecting member for firmly securing, the connecting device and the connecting member are installed and entirely in the enclosure; The kit further comprises a glove steel front wall plate member adapted to be positioned at the front end in a closed position on the enclosure, the front wall plate member having a device for equally securing connection to the enclosure chamber, the connecting device Is not close to the outside when the front wall member is in the front end closed position, at least one portion of the front wall member can move between the open and closed positions to provide an entrance to the enclosure; And a device installed in the enclosure to lock the moving portion of the front wall member.

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