Method for managing gaps needing to be fully closed to prevent burglaries

Abstract

The present invention relates to a method for maximizing the probability of blocking unlawful entries of outside intruders and of obtaining evidence of unlawful entries by modifying the structures of doors, windows, and the like when a user is in the interior of a closed space.

Description

How to manage gaps carefully to prevent burglary

[0001] The present invention relates to a management method for detecting signs of unauthorized entry by an outdoor thief in a temporary opening, such as a door or window, or a gap, when a user is indoors in a closed space. Closed spaces always have gaps, and rarely are they constructed to meet the needs of their users. Even if a building is designed to be closed to meet the needs of its users, gaps may still exist, such as through doors, wires, or LAN cable bundles. While installing and locking a lock inside a building is a common and feasible method to prevent unauthorized entry from the outside, it is not easy to implement, and even with such a method, gaps may still exist that allow an outdoor thief to enter without permission.

[0002] Professional thieves can use these gaps to gain entry using various tools and then leave without leaving a trace. Little is known about how to identify signs of thieves' entry when operating CCTV data storage or storing other valuables.

[0003]

[0004] Since the security claimed in the text is limited to being maximized when the user is indoors, additional matters for making the security perfect were previously filed by the applicant of the present application in Republic of Korea Application No. 10-2023-0178017, Application No. PCT / IB2024 / 055090.

[0005] The technical problem to be achieved by the present invention is to invent a management method that can ensure that a mark is checked when an outdoor thief enters and exits a closed space when there is a user indoors.

[0006] At the door or window,

[0007] When the solid structure (5-3, 7-8, 8-5) moves to (5-1), there should be no gaps that could penetrate into (5-1), and when moving to (5-2), there should be no gaps that could penetrate into the inwardly excavated area (5-7, 7-6, 8-2). If (5-1) is a door, (5-2) is a frame, and if (5-1) is a frame, (5-2) is a door.

[0008]

[0009] At the door or window,

[0010] All corners of the end (5-7) of the solid structure (5-3,7-8,8-5) coming out of the gap surface on the upper (3-2,4-2) or lower (3-4,4-4) or doorknob side (3-1,4-1) can be blunt, (7-8) is a solid structure (5-3,5-4) coming out of the gap surface on the upper or lower side, and (8-5) is a solid structure (5-3,5-4) coming out of the gap surface on the doorknob side.

[0011]

[0012] In door locks, the means of granting entry can be leaked to illegal intruders, so they are attached to the operating part and attachment part of the interior surface of the door lock.

[0013]

[0014] At the door or window,

[0015] The longest solid structure from the top to the bottom of the door or frame surface between the hinged sides (3-3, 4-3) except for the outer end or inner end.

[0016]

[0017] At the door or window,

[0018] The long rigid structure (5-3,7-8) from the hinge attachment side to the doorknob side coming out of the upper (3-2,4-2) frame (5-1) or the lower (3-4,4-4) frame (5-1) and the long rigid structure (5-3,8-5) from the upper to lower side coming out of the doorknob side (3-1,4-1) frame (5-1) must be in contact with each other, and the long rigid structure (5-3,7-8,8-5) from the upper (3-2,4-2) frame (5-1) or the lower (3-4,4-4) frame (5-1) or the doorknob side (3-1,4-1) frame (5-1) can have a structure that protrudes long from the door leaf.

[0019]

[0020] An unspecified device that covers the interior upper gap (3-2, 4-2, 12-4) or the interior lower gap (3-4, 4-4, 12-4) or the interior doorknob side gap (3-1, 4-1, 12-4) of a door or window with a rigid structure extended from the interior door leaf (12-5), and connects the door leaf (9-1, 9-4, 12-5) and the frame (9-6) to an unspecified part (5-8, 12-2) of the extended rigid structure.

[0021]

[0022]

[0023] In claim 3,

[0024] A long, rigid structure (5-3, 7-8, 8-5) on the frame (5-1) and a manual or automatic installation method that operates the long, rigid structure (5-3, 7-8, 8-5) are configured within the door (5-2).

[0025]

[0026]

[0027] In claim 8,

[0028] The long, solid structure (5-3, 7-8) extending from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side is replaced with the long structure (5-4) extending from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side, and the space (7-6) long dug from the door handle side to the hinge attachment side on the door (5-2, door of Fig. 7) side in the upper or lower gap frame is replaced with the long space dug from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side, and the long, solid structure (8-5, 5-3) extending from the surface of the gap frame (5-4) from the upper or lower gap frame and the long structure (5-4) extending from the surface of the gap frame on the upper or lower gap frame The long, solid structures (7-8, 5-3) from the door handle side to the hinge attachment side must be in contact with each other without any gaps, and the long, solid structures (5-3, 8-5, 7-8) that come out from the upper or lower door handle side (5-4) are replaced by making a long protruding structure in the range of 1 to 8 from the door leaf (the door leaf of Fig. 8, the door leaf of Fig. 7) that they are in contact with.

[0029]

[0030] At the door or window,

[0031] A rigid structure (10-1, 11-1) that is bent and moves on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a device (10-3, 11-2) that utilizes an elastic force and a restoring force that are not determined inside the frame (10-2, 11-4).

[0032]

[0033] In a door or window, the two pictures of {Fig. 8} are replaced with the surface of the gap between the door handle side of the door leaf and the surface of the gap between the door handle side of the opposite door leaf, {Fig. 5} is changed to correspond to the excluded side of the hinge attachment side, and {Fig. 7} is changed to correspond to the upper or lower side of the door leaf, the contacting frame, and the upper to lower long solid structure (5-3, 8-5) coming out of the door leaf surface in the gap between the door handle side (5-4) is inserted into the space (8-2) that is long and dug out in the upper to lower direction on the surface of the opposite door leaf in the gap between the door handle side, and the upper or lower long solid structure (5-3, 7-8) coming out of the gap frame (5-1, frame of Fig. 7) in the gap between the upper or lower side and the gap frame (5-1, of Fig. 7) in the gap between the upper or lower side of the opposite door leaf In the long, solid structure (7-8, 5-3) from the door handle side to the hinge attachment side that comes out (5-4) from the frame, the door handle side is in contact or connected to each other as an integral part, and the long, solid structure (7-8, 5-3) from the door handle side to the hinge attachment side that comes out (5-4) from the surface of the gap between the upper or lower sides is inserted into the space (7-6) that is long and dug into the surface of the door leaf (5-2, door leaf of Figure 7) from the door handle side to the hinge attachment side in the gap between the upper or lower sides, and the long, solid structure (8-5, 5-3) from the surface of the gap between the door handle side (5-4) and the long, solid structure (7-8, 5-3) from the door handle side to the hinge attachment side that comes out (5-4) from the surface of the gap between the upper or lower sides must be in contact with each other without a gap, and the long, solid structure (5-4) from the door handle side or the upper or lower sides The structure (5-3, 8-5, 7-8) is made of a structure that protrudes long from the door leaf (the door leaf of Fig. 8, the door leaf of Fig. 7) in a range of 1 to 8.

[0034]

[0035] At the door or window,

[0036] The fine surface (10-5) is a hollowed-out area where a rigid structure (10-1, 11-1) that operates on the surface between the hinged sides (3-3, 4-3) comes into contact with the opposing surface, and the rigid structure (10-1, 11-1) is in contact with or connected to equipment utilizing elasticity and restoring force inside the frame (10-2, 11-4).

[0037]

[0038] At the door or window,

[0039] A rigid structure (10-1, 11-1) that is bent and movable on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a spring (10-3, 11-2) inside the frame (10-2, 11-4).

[0040]

[0041] At the door or window,

[0042] A long, solid structure (8-5,7-8,5-3) coming out of the frame on the doorknob side (3-1,4-1), the upper side (3-2,4-2), or the lower side (3-4,4-4) is pressure-regulated.

[0043]

[0044] At the door or window,

[0045] The long, rigid structure (5-3,7-8) from the hinge attachment side to the doorknob side coming out of the upper (3-2,4-2) frame (5-1) or the lower (3-4,4-4) frame (5-1) and the long, rigid structure (5-3,8-5) from the upper to lower side coming out of the doorknob side (3-1,4-1) frame (5-1) must be in contact with each other.

[0046]

[0047] At the door or window,

[0048] The longest solid structure on the horizontal side of the door or frame surface between the hinged side (3-3, 4-3) and the fine surface, excluding the exterior end or interior end.

[0049]

[0050] At the door or window,

[0051] A movable rigid structure (10-1, 11-1) that is bent on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a device (10-3, 11-2) that utilizes an undetermined elasticity and restoring force inside the door leaf (10-2, 11-4), and the longest length of the movable rigid structure (10-1, 11-1) is 50 cm or more.

[0052]

[0053] At the door or window,

[0054] The fine surface (10-5) is a hollow part where a rigid structure (10-1, 11-1) that operates on the surface between the hinged sides (3-3, 4-3) comes into contact with the opposite surface, and the rigid structure (10-1, 11-1) is in contact with or connected to a device that utilizes elasticity and restoring force inside the door leaf (10-2, 11-4), and the longest length of the operating rigid structure (10-1, 11-1) is 50 cm or more.

[0055] It is possible to greatly increase the level of verification of intrusion to prevent the thief from restoring the space to its original state after unauthorized entry.

[0056]

[0057] In the case of the entrance door mentioned in the text, which must have a locking device that comes into contact with the outside from the frame, if a combination of {Claim 2 + Claim 7 +-, etc.} is used, and an additional entrance door is installed inside the entrance door and a combination of {Claim 2 +- Claim 3 +- Claim 5 +- Claim 7} without a locking device is used, it is impossible for an outside intruder to enter when a user is inside, and even if an intruder does enter, it can be confirmed.

[0058]

[0059] For windows and frames, the combination of {claim 2 +-claim 3 +-claim 5 + claim 7} makes it impossible to penetrate unless the glass is broken, and after penetration, traces are sure to remain.

[0060] This is about how to check and manage the markings on the gaps between the upper and lower hinge sides and the doorknob side of doors and windows, gaps, and entrances (doors, windows). The doorknob side of the entrance may not have a locking device. The terms 'door frame' and 'window frame' are combined and used as 'frame'. 'Door leaf' is 'door leaf' and 'window leaf'.

[0061] {Figure 1} is about a method of constructing a rigid structure (1-4, 1-5) that is bent on the surface of the gap between the hinge (1-3) attachment side of the entrance / exit.

[0062] {Figure 2} is an example of a gap, where a solid barrier (2-4) is installed indoors to prevent viewing of the indoor situation.

[0063] {Figure 3} is an example of a front door with hinges (3-6) installed inside. (3-5) is a door handle.

[0064] {Figure 4} is an example of a window with hinges (4-6) installed inside. (4-5) is a door handle.

[0065] {Figure 5} is about a method for installing a solid structure (5-3) that comes out from the surface of the gap between the hinge attachment side of the entrance, the upper side (3-2, 4-2), the lower side (3-4, 4-4), and the door handle side (3-1, 4-1).

[0066] {Figure 6} is a view of the door frame elevation inside the gap on the hinge attachment side.

[0067] {Figure 7} is a door frame elevation view between the upper (3-2, 4-2) and lower (3-4, 4-4) sides.

[0068] {Figure 8} is a door frame elevation view of the gap between the door handle sides (3-1, 4-1).

[0069] {Figure 9} is a drawing of the application of an interior door bolt.

[0070] {Figure 10} is applied to the surface between the hinge attachment sides.

[0071] {Figure 11} is a cross-sectional view of the surface of the gap between the hinge attachment sides of {Figure 10}.

[0072] {Fig. 12} is an elevation view of a door with the same door as {Fig. 3, Fig. 4} extended to cover the gaps between the upper side (3-2, 4-2), lower side (3-4, 4-4), and doorknob side (3-1, 4-1) from inside.

[0073] In the case of the entrance door mentioned in the text, which must have a locking device that comes into contact with the outside from the frame, if a combination of {Claim 2 + Claim 7 +-, etc.} is used, and an additional entrance door is installed inside the entrance door and a combination of {Claim 2 +- Claim 3 +- Claim 5 +- Claim 7} without a locking device is used, it is impossible for an outside intruder to enter when a user is inside, and even if an intruder does enter, it can be confirmed.

[0074]

[0075] For windows and frames, the combination of {claim 2 +-claim 3 +-claim 5 + claim 7} makes it impossible to penetrate unless the glass is broken, and after penetration, traces are sure to remain.

[0076]

[0077] When combining the methods of claims 3 and 5, the fine surface (6-8) must create a gap to contact the solid structure of claim 2.

[0078]

[0079] The elastic limit of the rigid structure (10-1, 11-1) can be adjusted to the depth of the dug surface (10-5) with the door closed so that it cannot be dug from the outside at any attempt.

[0080] Professional thieves usually break into buildings from the outdoors by using steel structures that can be easily transformed into various shapes, endoscopes, or working with two or more people.

[0081]

[0082] Optionally, you can use equipment such as an endoscope to check the indoor situation (2-1) through the gaps where wires or pipes pass, or you can work indoors (2-1) with a long wire. You can install a solid and opaque barrier (2-4) indoors (2-1) and seal the gaps in the barrier holes (2-5) with silicone, etc. to check for penetration.

[0083]

[0084] {Figure 1} and {Figure 5} are about the management method to prevent unauthorized entry into the interior of the entrance. If the hinge (1-3) is installed indoors and applied in the manner described above, an unauthorized intruder from outside cannot destroy the hinge (1-3) and the only way is to destroy the durable and sturdy structure (1-5, 6-2) or frame (1-2, 5-1) or door leaf between the hinge attachment sides. Since it is manufactured as a single piece, it cannot be restored to its original state unless it moves significantly enough to be noticeable. If the inside and outside of the gap are blocked with a surface and a sturdy structure (1-5, 5-3) that is bent, the failure rate of an outdoor thief's work will greatly increase.

[0085]

[0086] Long structures that extend from or are angled away from the surface described in the claims must be carefully considered with respect to the surface angles and distances to avoid colliding with each other during various possible motions. The ideal angle with respect to the surface is <90 degrees +- 30 degrees>.

[0087]

[0088] Since the door cannot be opened when the lock is broken, the strength is often weak enough to allow drilling, and the lock diagrams are so diverse that it is difficult to prevent external intruders by applying the security technology specifications mentioned in the text only to the front door.

[0089]

[0090] In the case of the entrance door mentioned in the text, which must have a locking device that comes into contact with the outside from the frame, if a combination of {Claim 2 + Claim 7 +-, etc.} is used, and an additional entrance door is installed inside the entrance door and a combination of {Claim 2 +- Claim 3 +- Claim 5 +- Claim 7} without a locking device is used, it is impossible for an outside intruder to enter when a user is inside, and even if an intruder does enter, it can be confirmed.

[0091]

[0092] For windows and frames, the combination of {claim 2 +-claim 3 +-claim 5 + claim 7} makes it impossible to penetrate unless the glass is broken, and after penetration, traces are sure to remain.

[0093]

[0094] When combining the methods of claims 3 and 5, the fine surface (6-8) must create a gap to contact the solid structure of claim 2.

[0095]

[0096] The elastic limit of the rigid structure (10-1, 11-1) can be adjusted to the depth of the dug surface (10-5) with the door closed so that it cannot be dug from the outside at any attempt.

[0097]

[0098] As claimed, the potential for oxygen deficiency in indoor spaces will be addressed by growing plants in the indoor space.

[0099]

[0100] Security flaws such as insufficient security of locking facilities and other temporary entrances will be perfected by combining with CCTV surveillance system.

[0101] Places where security is important, CCTV related, banks, industrial facilities, residential facilities, personal reasons, etc.

[0102]

Claims

In door locks, the means of granting entry can be leaked to illegal intruders, so they are attached to the operating part and attachment part of the interior surface of the door lock. At the door or window, The longest solid structure from the top to the bottom of the door or frame surface between the hinged sides (3-3, 4-3) except for the outer end or inner end. At the door or window, The long rigid structure (5-3,7-8) from the hinge attachment side to the doorknob side coming out of the upper (3-2,4-2) frame (5-1) or the lower (3-4,4-4) frame (5-1) and the long rigid structure (5-3,8-5) from the upper to lower side coming out of the doorknob side (3-1,4-1) frame (5-1) must be in contact with each other, and the long rigid structure (5-3,7-8,8-5) from the upper (3-2,4-2) frame (5-1) or the lower (3-4,4-4) frame (5-1) or the doorknob side (3-1,4-1) frame (5-1) can have a structure that protrudes long from the door leaf. An unspecified device that covers the interior upper gap (3-2, 4-2, 12-4) or the interior lower gap (3-4, 4-4, 12-4) or the interior doorknob side gap (3-1, 4-1, 12-4) of a door or window with a rigid structure extended from the interior door leaf (12-5), and connects the door leaf (9-1, 9-4, 12-5) and the frame (9-6) to an unspecified part (5-8, 12-2) of the extended rigid structure. In claim 3, A long, rigid structure (5-3, 7-8, 8-5) on the frame (5-1) and a manual or automatic installation method that operates the long, rigid structure (5-3, 7-8, 8-5) are configured within the door (5-2). In claim 8, The long, solid structure (5-3, 7-8) extending from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side is replaced with the long structure (5-4) extending from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side, and the space (7-6) long dug from the door handle side to the hinge attachment side on the door (5-2, door of Fig. 7) side in the upper or lower gap frame is replaced with the long space dug from the surface of the upper or lower gap frame (5-1, frame of Fig. 7) from the door handle side to the hinge attachment side, and the long, solid structure (8-5, 5-3) extending from the surface of the gap frame (5-4) from the upper or lower gap frame and the long structure (5-4) extending from the surface of the gap frame on the upper or lower gap frame The long, solid structures (7-8, 5-3) from the doorknob side to the hinge attachment side are in contact with each other. At the door or window, A rigid structure (10-1, 11-1) that is bent and moves on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a device (10-3, 11-2) that utilizes an elastic force and a restoring force that are not determined inside the frame (10-2, 11-4). In a door or window, the two pictures of {Fig. 8} are replaced with the surface of the gap between the door handle side of the door leaf and the surface of the gap between the door handle side of the opposite door leaf, {Fig. 5} is changed to correspond to the excluded side of the hinge attachment side, and {Fig. 7} is changed to correspond to the upper or lower side of the door leaf, the contacting frame, and the upper to lower long solid structure (5-3, 8-5) coming out of the door leaf surface in the gap between the door handle side (5-4) is inserted into the space (8-2) that is long and dug out in the upper to lower direction on the surface of the opposite door leaf in the gap between the door handle side, and the upper or lower long solid structure (5-3, 7-8) coming out of the gap frame (5-1, frame of Fig. 7) in the gap between the upper or lower side and the gap frame (5-1, of Fig. 7) in the gap between the upper or lower side of the opposite door leaf In the long, solid structure (7-8, 5-3) coming out of the frame (5-4) from the door handle side to the hinge attachment side, the door handle side is in contact with or connected to each other as an integral body, and the long, solid structure (7-8, 5-3) coming out of the upper or lower gap surface from the door handle side to the hinge attachment side is inserted into the space (7-6) that is long and dug into the door leaf surface (5-2, door leaf of Fig. 7) from the door handle side to the hinge attachment side in the upper or lower gap, and the long, solid structure (8-5, 5-3) coming out of the gap surface from the door handle side (5-4) and the long, solid structure (7-8, 5-3) coming out of the gap surface from the upper or lower gap are in contact with each other. At the door or window, The fine surface (10-5) is a hollowed-out area where a rigid structure (10-1, 11-1) that operates on the surface between the hinged sides (3-3, 4-3) comes into contact with the opposing surface, and the rigid structure (10-1, 11-1) comes into contact with or is connected to equipment utilizing elasticity and restoring force inside the frame (10-2, 11-4). At the door or window, A rigid structure (10-1, 11-1) that is bent on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a spring (10-3, 11-2) inside the frame (10-2, 11-4). In claim 10, Spring In claim 3, long, solid structures In claim 9, Fine surface At the door or window, A long, rigid structure (5-3, 7-8) extending from the hinge attachment side to the doorknob side from the upper (3-2, 4-2) frame (5-1) or the lower (3-4, 4-4) frame (5-1) and a long, rigid structure (5-3, 8-5) extending from the upper to lower side from the doorknob side (3-1, 4-1) frame (5-1) are in contact with each other. In claim 19, solid structure In claim 9, solid structure In claim 8, long, solid structures In claim 6, long, solid structures At the door or window, The longest solid structure on the horizontal side of the door or frame surface between the hinged side (3-3, 4-3) and the fine surface, excluding the exterior end or interior end. In claim 2, solid structure In claim 7, solid structure In claim 28, solid structure In claim 24, Fine surface At the door or window, The fine surface (10-5) is a hollow part where a rigid structure (10-1, 11-1) that operates on the surface between the hinged sides (3-3, 4-3) comes into contact with the opposite surface, and the rigid structure (10-1, 11-1) is in contact with or connected to a device that utilizes elasticity and restoring force inside the door leaf (10-2, 11-4), and the longest length of the operating rigid structure (10-1, 11-1) is 50 cm or more. In claim 24, solid structure In claim 4, The unspecified device is a bolt In claim 14, long, solid structures At the door or window, A movable rigid structure (10-1, 11-1) that is bent on the surface between the hinged sides (3-3, 4-3) is in contact with or connected to a device (10-3, 11-2) that utilizes an undetermined elasticity and restoring force inside the door leaf (10-2, 11-4), and the longest length of the movable rigid structure (10-1, 11-1) is 50 cm or more.

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