Self-door security device

Abstract

The present invention relates to a self-door security device in which a latch bolt (1b) of a locking module (1a) is installed on a hinged door panel (1), and the latch bolt (1b) engages with a latch hole (2b) of a striker (2a), mounted on a door frame (2), to lock / unlock the hinged door panel (1). The self-door security device can be simply installed in a gap between a door and a door frame and quickly detects a forced door opening attempt by an intruder, and thus can ensure personal safety. In particular, the self-door security device has an improved structure in which the door panel opens without interfering with a latch bolt of an existing lock module, installed on the door panel, even under malfunction conditions in which the latch bolt cannot be fully inserted, thus enabling rapid escape in the event of emergencies including fires. To this end, the self-door security device includes an insert plate (10), a locker plate (20), a catching piece (30), a stop holder (40), and a stopper member (50) as main components.

Description

Self-door security device

[0001] The present invention relates to a self-door security device, and more specifically, to a self-door security device that can be simply installed in the gap between a door and a door frame, so as to quickly recognize an act of forcibly opening a door by an intruder, thereby ensuring personal safety, and in particular, to a self-door security device that has a structure improved so that the door can be opened without interference with the latch bolt even in a malfunction condition in which the latch bolt of an existing lock module installed on the door is not fully retracted, thereby enabling a quick escape in the event of an emergency including a fire.

[0002] Door locks are usually installed on entrance doors, including the front door, as a device to protect life and safety from intruders. However, with technological advancements, digital door locks are becoming more widespread to enhance convenience of operation and security.

[0003] In addition to the lock / unlock function, these digital door locks are equipped with an intrusion detection module, mechanical shock prevention, various alarm and external notification functions, and a fire detection function to allow quick and convenient exit from the inside in case of fire or emergency.

[0004] Looking at the door locks disclosed in the past, Patent No. 10-0893655 has previously disclosed a technology for a security device installed in a front door structure, which comprises a door frame forming an entrance, and a door hinged to the door frame, a door handle having a locking function is installed on one side of the door, a lock hole corresponding to the door handle is formed on the door frame to be coupled with a lock, and a finishing piece protruding to a predetermined length from an outer edge of one side of the door is integrally formed, the technology including a long member installed on the finishing piece formed to block a gap between the door and the door frame; and an auxiliary security means coupled to the long member and formed at a position corresponding to the lock and the lock hole.

[0005] However, the above-mentioned conventional technology is intended to prevent illegal dismantling of the door lock by external force by installing it on the side of the door to protect the door lock, but there is no way to prevent an outsider from normally unlocking the door lock and breaking in. For example, as the number of travelers increases, there is a problem that incidents of outsiders using a key or password to normally unlock the door lock and then breaking in frequently occur when using accommodations.

[0006] Accordingly, the present invention was conceived to solve the above-mentioned problem, and the purpose of the present invention is to provide a self-door security device that can be simply installed in the gap between the door and the door frame, so as to quickly recognize an act of forcibly opening the door by an intruder, thereby ensuring personal safety, and in particular, to provide a self-door security device that can open the door without interference with the latch bolt even in a malfunction condition where the latch bolt of the existing locking module installed on the door is not fully retracted, thereby enabling a quick escape in the event of an emergency including a fire.

[0007] In order to achieve this purpose, the present invention is characterized in that a latch bolt (1b) of a locking module (1a) is installed on a swing door (1), and the latch bolt (1b) engages with a latch hole (2b) of a striker (2a) mounted on a door frame (2) to lock / unlock the swing door (1), the device comprising: an insert plate (10) provided to be inserted into a gap space (3) between the door (1) and the door frame (2); a locker plate (20) provided to be connected to the insert plate (10) and exposed to the outside of the gap space (3); a catch piece (30) provided to be protruded at an outer end of the insert plate (10) and to be caught and restrained by the latch hole (2b) of the striker (2a); a stop holder (40) formed penetrating through the locker plate (20); And it is characterized by including a stopper member (50) which is formed so as to be fastened to the stop holder (40) and is provided to restrain the door (1) while being mounted on the locker plate (20) through the stop pin (51).

[0008] At this time, an intrusion detection unit (60) is installed on the stopper member (50) and detects the operating force in the opening direction of the door (1), and the intrusion detection unit (60) is characterized by including a sensor (61) that is exposed to the outer surface of the stopper member (50) and detects the operating force in the opening direction of the door (1), and a notification module (62) that is operated by a detection signal of the sensor (61) and is provided to output at least one notification signal among a warning sound, a warning light, vibration, and message transmission between mobile terminals using short-range communication.

[0009] In addition, when the door (1) is opened and the catch (30) is inserted into the latch hole (2b) of the striker (2a) and the door (1) is closed, the insert plate (10) is restrained in the gap space (3), and the stop pin (51) of the stopper member (50) is fastened to the stop holder (40) of the locker plate (20), the door (1) is restricted from moving in the opening direction by the stopper member (50), and when a force to forcefully open the door (1) is applied by an intruder, the switch (61) of the intrusion detection unit (60) is provided to output a notification signal at the moment when the door (1) is touched.

[0010] In addition, the insert plate (10) and the catch (30) are characterized in that they are installed in opposite directions at both ends of the rocker plate (20).

[0011] In addition, the stop holders (40) are arranged in multiple spaces, and each stop holder (40) is arranged at a different distance from the catch (30), so that the installation interval of the stopper member (50) can be adjusted in accordance with the door leaf (1) specifications.

[0012] In addition, the stop holder (40) includes an entry hole (41) through which an expansion piece (51b) is inserted, and an insertion hole (42) that is connected to the entry hole (41) and is formed in a size reduced compared to the entry hole (41) and is engaged with a shaft (51a), and the insertion hole (42) is formed in the opposite direction of the insert plate (10) with the entry hole (41) as the center, and the stop pin (51) includes a shaft (51a) that is installed in a stopper member (50) and is engaged with the stop holder (40), and an extension piece (51b) that is formed to be extended at an end of the shaft (51a) and is restrained on the back surface of the stopper member (50).

[0013] In addition, the stop pin (51) includes a shaft (51a) that is installed in a stopper member (50) and is fitted into a stop holder (40), and an expansion piece (51b) that is formed to be extended at the end of the shaft (51a) and is restrained on the back surface of the stopper member (50), and the stop holder (40) includes an access hole (41) provided to allow the expansion piece (51b) to be inserted, an inclined rail (43) that is formed as a long hole with a diameter that is reduced compared to the access hole (41) and is connected to the access hole (41) to accommodate the shaft (51a) and is formed at an angle that is inclined toward the engaging piece (30) as it goes downward, and an insertion hole (42) that is spaced apart from the inclined rail (43) and is formed with a size that is reduced compared to the access hole (41) and is engaged with the shaft (51a) and is coupled, and the insertion hole (42) is formed to have a size that is engaged compared to the access hole (41) and is engaged with the shaft (51a), and the inclined rail (43) is formed as a long hole with a diameter that is reduced compared to the access hole (41). It is formed in the opposite direction of the insert plate (10) as a standard, and when the shaft (51a) moves downward along the inclined rail (43), the stopper member (50) moves inclinedly and is characterized in that the shaft (51a) is engaged with the fitting hole (42) and restrained at the point where it comes into contact with the door leaf (1).

[0014] In addition, the expansion piece (51b) is formed in a circular shape and has a key surface (51c) formed on the outer surface, and an attachment hole (13) having the same phenomenon as the expansion piece (51b) is formed on the locker plate (20), and when the expansion piece (51b) is inserted in a state aligned with the attachment hole (13) at a predetermined angle and then the angle of the stopper member (50) is changed, the key surface of the expansion piece (51b) is restrained in a state misaligned with the attachment hole (13), and the stopper member (50) is mounted on the locker plate (20).

[0015] In addition, the stop pin (51) is installed at an eccentric position to one side from the longitudinal center of the stopper member (50), and the switch (61) of the intrusion detection unit (60) is arranged on the side of the stopper member (50) corresponding to the stop pin (51), and when the stop pin (51) of the stopper member (50) is mounted on the stop holder (40), the end of the stopper member (50) where the stop pin (51) is positioned is maintained in an upright position so that the switch (61) is arranged to face the door (1).

[0016] According to the above configuration and operation, the present invention can be simply installed in the gap between the door and the door frame, and can quickly recognize an act of forcibly opening the door by an intruder, thereby ensuring personal safety. In particular, the structure is improved so that the door can be opened without interference with the latch bolt even in a malfunction condition where the latch bolt of the existing locking module installed on the door is not fully retracted, thereby enabling a quick escape in the event of an emergency including a fire.

[0017] FIG. 1 is a schematic diagram showing the overall configuration of a self-door security device according to one embodiment of the present invention.

[0018] Figure 2 is a configuration diagram showing a state in which a self-door security device according to one embodiment of the present invention is installed.

[0019] Figure 3 is a cross-sectional view showing a state in which a self-door security device according to one embodiment of the present invention is installed.

[0020] Figures 4 and 5 are configuration diagrams showing modified examples of the insert plate and stop holder of a self-door security device according to one embodiment of the present invention.

[0021] FIG. 6 is a configuration diagram showing a state in which a door is opened without interference with an insert plate of a self-door security device according to one embodiment of the present invention.

[0022] Figure 7 is a configuration diagram showing the usage status of a self-door security device according to one embodiment of the present invention.

[0023] Figure 8 is a configuration diagram showing the assembly state between the locker plate and the stopper member of a self-door security device according to one embodiment of the present invention.

[0024] Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

[0025] FIG. 1 is a schematic diagram showing the overall configuration of a self-door security device according to an embodiment of the present invention, FIG. 2 is a schematic diagram showing a state in which a self-door security device according to an embodiment of the present invention is installed, FIG. 3 is a cross-sectional view showing a state in which a self-door security device according to an embodiment of the present invention is installed, FIGS. 4 and 5 are schematic diagrams showing modified examples of an insert plate and a stop holder of a self-door security device according to an embodiment of the present invention, FIG. 6 is a schematic diagram showing a state in which a door is opened without interference with an insert plate of a self-door security device according to an embodiment of the present invention, FIG. 7 is a schematic diagram showing a state in which a self-door security device according to an embodiment of the present invention is used, and FIG. 8 is a schematic diagram showing an assembled state between a locker plate and a stopper member of a self-door security device according to an embodiment of the present invention.

[0026] The present invention relates to a self-door security device, in which a latch bolt (1b) of a locking module (1a) is installed on a swing door (1), and the latch bolt (1b) engages with a latch hole (2b) of a striker (2a) mounted on a door frame (2) to lock / unlock the swing door (1). At this time, the self-door security device is simply installed in a gap between a door and a door frame, so that it can quickly recognize an act of forcibly opening a door by an intruder, thereby ensuring personal safety. In particular, the structure is improved so that the door can be opened without interference with the latch bolt even under a malfunction condition in which the latch bolt of an existing locking module installed on the door is not fully retracted, so that in the event of an emergency including a fire, the main components include an insert plate (10), a locker plate (20), a catch piece (30), a stop holder (40), and a stopper member (50), so that a quick escape can be made.

[0027] The insert plate (10) according to the present invention is provided to be inserted into the gap space (3) between the door leaf (1) and the door frame (2).

[0028] The above insert plate (10) is formed integrally with the rocker plate (20) described later.

[0029] The above insert plate (10) is formed to a thickness that can be inserted into the gap space (3) between the door leaf (1) and the door frame (2).

[0030] The above insert plate (10) is positioned so as to be out of alignment with the movement path of the latch bolt (1b) as shown in Fig. 1, so as to avoid interference with the latch bolt (1b) of the lock module (1a) when the door (1) is opened.

[0031] Accordingly, even in a malfunction condition where the latch bolt (1b) of the existing lock module (1a) installed on the door as shown in Fig. 6 is not fully retracted, the structure is improved so that the door (1) can be opened without interference with the latch bolt (1b), thereby ensuring safety for quick escape in the event of an emergency including a fire.

[0032] In addition, the locker plate (20) according to the present invention is connected to the insert plate (10) and is provided so as to be exposed to the outside of the gap space (3).

[0033] The above rocker plate (20) is formed integrally with the insert plate (10).

[0034] The above locker plate (20) provides an installation space in which a stopper member (50) described later can be mounted.

[0035] In addition, the catch piece (30) according to the present invention is formed to protrude from the outer end of the insert plate (10) and is provided to catch and restrain the catch hole (2b) of the striker (2a).

[0036] The above-mentioned hanging piece (30) is formed to protrude in the thickness direction of the insert plate (10).

[0037] The above-mentioned hook (30) is formed in a plate shape and is provided to be hooked and fastened to the upper or lower part of the latch hole (2b).

[0038] As an example, in FIGS. 1 and 2, the catch (30) is shown as being integrally folded to form a right angle with the insert plate (10).

[0039] Meanwhile, the insert plate (10) and the catch (30) are arranged at one location on one end of the locker plate (20) as shown in FIG. 4, or are installed at two locations in opposite directions on both ends of the locker plate (20) as shown in FIG. 5, so that they can be applied to both left and right opening type doors.

[0040] And, when the insert plate (10) and the catch (30) are applied as a pair to both ends of the locker plate (20), a pair of stop holders (40) described later are respectively arranged at positions corresponding to the insert plate (10), and the pair of stop holders (40) are respectively arranged at different intervals from the locker plate (20), so that one of the pair of stop holders (40) can be selectively applied in response to the door thickness, thereby adjusting the mounting position of the stopper member (50) described later.

[0041] In addition, the stop holder (40) according to the present invention is formed through the rocker plate (20).

[0042] In addition, the stopper member (50) according to the present invention is provided with a stop pin (51) formed to be fastened to the stop holder (40), and is provided to restrain the door (1) while being mounted on the locker plate (20) through the stop pin (51).

[0043] At this time, the stop pin (51) includes a shaft (51a) that is installed on a stopper member (50) and fitted into a stop holder (40), and an extension piece (51b) that is formed to be extended at the end of the shaft (51a) and is restrained on the back surface of the stopper member (50).

[0044] In addition, the stop holder (40) includes an entry hole (41) through which an extension piece (51b) is inserted, and an insertion hole (42) connected to the entry hole (41) and formed in a size reduced compared to the entry hole (41) to be engaged with and connected to the shaft (51a), and the insertion hole (42) is formed in the opposite direction of the insert plate (10) with the entry hole (41) as the center.

[0045] When the extension piece (51b) of the above stop pin (51) is inserted through the entry hole (41) of the stop holder (40), and the shaft (51a) of the stop pin (51) is fitted into the fitting hole (42) of the stop holder (40), the extension piece (51b) is held in a state of being caught on the back surface of the rocker plate (20) to support the stopper member (50).

[0046] As an example, as shown in FIG. 4 (a) and FIG. 5 (a), the stop holders (40) are arranged in multiple spaces, and each stop holder (40) is arranged at a different distance from the catch (30), so that the installation interval of the stopper member (50) can be adjusted in accordance with the specifications of the door leaf (1).

[0047] As another embodiment, as shown in FIG. 4 (b) and FIG. 5 (b), the stop holder (40) includes an entry hole (41) provided for inserting an expansion piece (51b), an inclined rail (43) formed with a long hole having a diameter reduced compared to the entry hole (41) and configured to accommodate a shaft (51a) and having an angle of inclination that inclines downward toward the engaging piece (30), and an insertion hole (42) spaced apart from the inclined rail (43) and formed with a size reduced compared to the entry hole (41) to engage and engage with the shaft (51a), and the insertion hole (42) is formed in a direction opposite to the insert plate (10) based on the inclined rail (43).

[0048] And, when the shaft (51a) moves downward along the inclined rail (43), the stopper member (50) moves inclinedly so that the shaft (51a) is engaged with the fitting hole (42) and restrained at the point where it comes into contact with the door leaf (1).

[0049] In this way, as the shaft (51a) moves at an inclined angle along the inclined rail (43), the gap between the door (1) and the stopper member (50) is adjusted, thereby providing versatility in applying the stopper member (50) to door members (1) of various thicknesses.

[0050] At this time, an intrusion detection unit (60) is installed on the stopper member (50) and detects the operating force in the opening direction of the door (1).

[0051] The above intrusion detection unit (60) includes a sensor (61) that is exposed to the outer surface of the stopper member (50) and detects the operating force in the opening direction of the door (1), and a notification module (62) that is operated by a detection signal from the sensor (61) and is provided to output one or more notification signals among a warning sound, a warning light, vibration, and message transmission between mobile terminals using short-range communication.

[0052] Looking at the usage state of the intrusion detection unit (60) through Fig. 7, the door (1) is opened, and as shown in Fig. 7 (a), the catch (30) is inserted into the latch hole (2b) of the striker (2a), and the door (1) is closed to restrain the insert plate (10) in the gap space (3), and as shown in Fig. 7 (b), the stop pin (51) of the stopper member (50) is fastened to the stop holder (40) of the locker plate (20), so that the door (1) is restricted from moving in the opening direction by the stopper member (50).

[0053] Afterwards, when a force is applied to open the door (1) by an intruder, the switch (61) of the intrusion detection unit (60) is touched on the door (1) as shown in Fig. 7 (c), and the notification module (62) outputs a notification signal, so that the user can quickly recognize the act of opening the door (1) by an external intruder, thereby ensuring personal safety.

[0054] In Fig. 8, the expansion piece (51b) is formed in a circular shape, and a key surface (51c) is formed on the outer surface, and a fixing hole (13) having the same phenomenon as the expansion piece (51b) is formed on the rocker plate (20).

[0055] And, after inserting the above-mentioned extension piece (51b) at a predetermined angle and matching it with the fastening hole (13), when the angle of the stopper member (50) is changed, the key surface of the extension piece (51b) is restrained in a state of being misaligned with the fastening hole (13), and the stopper member (50) is provided to be mounted on the locker plate (20), thereby preventing loss during storage.

[0056] In addition, the stop pin (51) is installed at an eccentric position to one side from the longitudinal center of the stopper member (50).

[0057] And, the switch (61) of the above intrusion detection unit (60) is placed on the side of the stopper member (50) corresponding to the stop pin (51).

[0058] Accordingly, when the stop pin (51) of the stopper member (50) is mounted on the stop holder (40), the end of the stopper member (50) where the stop pin (51) is positioned is maintained in an upright position by the weight so that it is positioned at the top, and the switch (61) is positioned so that it faces the door (1), so there is an advantage in that the switch (61) can accurately detect even the slightest opening operating force of the door (1).

Claims

1. In a self-door security device, a latch bolt (1b) of a locking module (1a) is installed on a swing door (1), and the latch bolt (1b) engages with a latch hole (2b) of a striker (2a) mounted on a door frame (2) to lock / unlock the swing door (1). An insert plate (10) provided to be inserted into the gap space (3) between the door leaf (1) and the door frame (2); A locker plate (20) connected to the above insert plate (10) and provided so as to be exposed to the outside of the gap space (3); A hook (30) formed protrudingly on the outer end of the above insert plate (10) and provided to be hooked and restrained in the latch hole (2b) of the striker (2a); A stop holder (40) formed through the above locker plate (20); A self-door security device characterized by including a stopper member (50) formed so as to be fastened to the stop holder (40) and provided to restrain the door (1) while being mounted on the locker plate (20) via the stop pin (51).

2. In paragraph 1, An intrusion detection unit (60) is installed on the above stopper member (50) and detects the operating force in the opening direction of the door (1). The above intrusion detection unit (60) A sensor (61) that detects the operating force in the opening direction of the door (1) is exposed on the outer surface of the stopper member (50), A self-door security device characterized by including a notification module (62) that is operated by a sensor (61) detection signal and is equipped to output one or more notification signals among a warning sound, a warning light, vibration, and message transmission between mobile terminals using short-range communication.

3. In paragraph 2, A self-door security device characterized in that when the door (1) is opened, a catch (30) is inserted into a latch hole (2b) of a striker (2a), the door (1) is closed by locking the insert plate (10) in a gap space (3), and the stop pin (51) of the stopper member (50) is fastened to the stop holder (40) of the locker plate (20), the door (1) is restricted from moving in the opening direction by the stopper member (50), and when a force for forcibly opening the door (1) is applied by an intruder, the switch (61) of the intrusion detection unit (60) is provided to output a notification signal at the moment when the door (1) is touched.

4. In paragraph 1, A self-door security device characterized in that the insert plate (10) and the catch (30) are installed in opposite directions at both ends of the locker plate (20).

5. In paragraph 1, A self-door security device characterized in that the above stop holders (40) are arranged in multiple spaces, and each stop holder (40) is arranged at a different distance from the catch (30), so that the installation interval of the stopper member (50) can be adjusted in accordance with the door (1) specifications.

6. In paragraph 1, The above stop holder (40) is An entry hole (41) through which an extension piece (51b) is inserted, It is connected to the entrance hole (41) and includes a fitting hole (42) formed in a reduced size compared to the entrance hole (41) and interlocked with the shaft (51a). The above fitting hole (42) is formed in the opposite direction of the insert plate (10) with the entry hole (41) as the center. The above stop pin (51) is A stopper member (50) is installed, and a shaft (51a) is fitted into the stop holder (40), A self-door security device characterized in that it is formed with an extension at the end of a shaft (51a) and is restrained on the back surface of a stopper member (50).

7. In paragraph 1, The above stop pin (51) is A shaft (51a) that is installed with a stopper member (50) and fitted into a stop holder (40), It includes an extension piece (51b) formed at the end of the shaft (51a) and bound to the back surface of the stopper member (50), The above stop holder (40) is An entry hole (41) provided to allow an extension piece (51b) to be inserted, An inclined rail (43) connected to the entrance hole (41), formed as a long hole with a reduced diameter compared to the entrance hole (41) to accommodate a shaft (51a), and formed with an angle of inclination that becomes more inclined toward the catch (30) as it goes downward, It includes an insertion hole (42) that is spaced apart on the inclined rail (43) and formed in a reduced size compared to the entrance hole (41) and is interlocked with the shaft (51a). The above fitting hole (42) is formed in the opposite direction of the insert plate (10) based on the inclined rail (43). A self-door security device characterized in that when the shaft (51a) moves downward along the inclined rail (43), the stopper member (50) moves inclinedly and the shaft (51a) is engaged with the fitting hole (42) and restrained at the point where it comes into contact with the door leaf (1).

8. In paragraph 1, The above stop pin (51) is A stopper member (50) is installed, and a shaft (51a) is fitted into the stop holder (40), It includes an extension piece (51b) formed at the end of the shaft (51a) and bound to the back surface of the stopper member (50), The above extension piece (51b) is formed in a circular shape and has a key surface (51c) formed on the outer surface. An attachment hole (13) having the same phenomenon as the expansion piece (51b) is formed on the above locker plate (20). A self-door security device characterized in that when the above-mentioned extension piece (51b) is inserted at a predetermined angle in alignment with the fixing hole (13), and the angle of the stopper member (50) is changed, the key surface of the extension piece (51b) is restrained in a misaligned state with the fixing hole (13), and the stopper member (50) is mounted on the locker plate (20).

9. In paragraph 2, The above stop pin (51) is installed at an eccentric position to one side from the longitudinal center of the stopper member (50), The switch (61) of the above intrusion detection unit (60) is placed on the side of the stopper member (50) corresponding to the stop pin (51). A self-door security device characterized in that when the stop pin (51) of the above stopper member (50) is mounted on the stop holder (40), the end of the stopper member (50) where the stop pin (51) is positioned is maintained in an upright position so that the switch (61) is positioned so as to face the door (1).

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