KR100951826B1 - Cctv camera and monitoring system thereof - Google Patents

Abstract

PURPOSE: A hidden type camera for protecting a traditional building and a security/fire monitoring system using the same are provided to maintain the original landscape of the traditional building by forming a housing which is suitable to the shape and decoration pattern of the traditional building. CONSTITUTION: The rear side end of a housing(500) is coupled with a bracket. The upper side end of the housing is connected in a roof ceiling(3). In the front side of the housing, a lens hole(510) is installed in a location corresponding to a camera unit. A connection unit, a base unit, and the camera unit are inserted in the housing. In the external surface of the housing, an external pattern unit(520) whose shape is same as decoration patterns of traditional building is formed.

Description

Concealed cameras for protecting traditional buildings and security and fire surveillance systems using them {CCTV Camera and Monitoring System Thereof}

The present invention relates to a concealed camera for protecting a traditional building, and a security and fire monitoring system using the same, and more specifically, the appearance of a surveillance camera installed inside various traditional buildings such as an old palace, a temple, a historic site, a tangible cultural property, and a scenic spot. Formed to harmonize with the internal structure and patterns of traditional buildings to protect traditional buildings such as cultural property using concealed cameras to protect traditional buildings so that tourists or viewers do not feel rejected by surveillance cameras. To a surveillance system configured for fire control, management and fire detection.

In general, important facilities requiring security surveillance or fire detection, or entrances and locations requiring surveillance, have unattended surveillance cameras installed in necessary locations such as ceilings or walls to monitor and record uncomfortable people, fires, hazards, and unusual situations. It is used as a useful material for preventing accidents or for investigation when an accident occurs. Recently, it has been installed in public places and cultural properties, etc., and the scope of its use such as crime prevention and fire suppression is increasing.

Such a surveillance camera is generally installed at the top of a ceiling or a wall when installed indoors, and when installed outdoors, a certain range is monitored by installing at an appropriate height using a wall or a separate pillar of a building.

1 (a) is a perspective view showing a conventional surveillance camera. Referring to the drawings, the surveillance camera is installed in a relatively high position and a wide place, is installed in a place requiring a wide field of view, a rectangular shape surrounding the camera 10 to protect from foreign matter and climate change The housing 20 is provided.

In addition, the bracket 40 which is rotated to adjust the photographing angle of the camera 10 to one side of the housing 20, the bracket 40, such as anchor bolts on the wall (W) of the installation place It is fixed by the fastening means.

Figure 1 (b) is a perspective view showing another conventional surveillance camera. Referring to the drawings, the surveillance camera is installed on the ceiling and the wall (W) of the place, such as a relatively narrow and closed elevator, the camera 12 is installed on the bracket 42 rotated in the vertical direction, dome shape The transparent case 22 is covered with the camera and coupled to the housing 24.

In the conventional surveillance camera as described above, the electrical wiring connected to supply the power to the camera inside the housing or to transmit the captured image to the monitor is drawn out along the bracket and embedded in the wall or the wiring duct is installed on the wall to the base station. do.

The camera should be installed in a place where it can avoid the functional exposure of the surveillance camera, while securing the view of the location where it is taken. Especially, it is installed for security and fire detection in traditional buildings such as traditional houses, palaces, cultural assets such as temples, and historical buildings. Surveillance cameras, which are exposed to inconsistent appearance with traditional buildings, may cause tourists or viewers to feel rejected, and damage the landscape around the traditional buildings, thereby degrading the original value of purely preserved traditional buildings. There is a problem.

The present invention is to solve the above-described problems, by forming the appearance of the housing of the surveillance camera installed in various traditional buildings, such as palaces, temples, historic sites, tangible cultural properties, scenic spots, in harmony with traditional buildings, the landscape of the building It is a concealed camera that protects traditional buildings to prevent tourists or viewers from being rejected because the surveillance cameras are not exposed to the outside, and they protect, manage, and detect fires of traditional buildings such as cultural properties. The purpose is to provide a surveillance system configured for the purpose.

The configuration of the present invention for achieving the above object, in the camera installed for the security monitoring and fire detection of the traditional building, the bottom surface corresponding to the corner portion where the girder between the ear pillar and the roof half of the traditional building cross And a fixing hole is provided and the bracket is mounted to the corner portion; A connection part mounted on the bracket and provided with a tilting member for adjusting an angle upward; A plate-shaped base portion which is engaged with the tilting member of the connection portion and rotates at a predetermined angle; At least one camera unit provided in the base unit; And a rear end is attached to the bracket, and an upper end is formed to extend from the roof half, and a front side is provided with a lens hole at a position corresponding to the camera unit, and the connection part, the base part and the camera unit therein. The housing is formed in such a shape as to cover the receiving; including, but the outer surface of the housing and the outer pattern portion of the same shape as the roof half and girder shape and decorative patterns inside the traditional building is formed, the interior of the traditional building Characterized in that it is installed in harmony with the shape and decorative patterns.

In addition, in the camera installed for the security monitoring and fire detection of the traditional building, forming a base corresponding to the corner portion intersecting the girders between the pillar and the roof half of the traditional building is provided with fixing holes, A bracket to be mounted; A plate-shaped base portion mounted on the bracket; At least one camera unit provided in the base unit; And a rear end is fastened to the bracket, and an upper end is formed to extend from the roof half, and a front side is provided with a lens hole at a position corresponding to the camera unit. And a housing formed to cover the housing, and the outer surface of the housing includes an outer pattern part having the same shape as a roof half-beam and girder shape and a decorative pattern in the traditional building, and the inner shape of the traditional building and Characterized in that installed in harmony with the decorative pattern.

In addition, the front side of the housing is in the form of a precious band (-大 大) formed to form a predetermined angle upward from the top of the ear pillar, the first dome portion and the second dome portion protruding convexly formed in the upper and lower portions, respectively, the traditional building It is characterized by being in harmony with the interior.

In addition, the front side of the housing is in the form of a purlin to connect across the top of the ear pillars and the ear pillars, characterized in that the center is formed in a semi-circular shape in the longitudinal section convex protruding to harmonize with the interior of the traditional building. .

In addition, the electrical wiring cover is connected to the camera unit, so that the electrical wiring provided to supply power or to transmit the photographed image to the monitor of the base station is not exposed to the outside; further includes, the outer surface of the electrical wiring cover It is characterized in that the outer pattern portion of the same shape as the roof half and girders and decorative patterns inside the traditional building is formed, it is installed in harmony with the internal shape and pattern of the traditional building as a whole.

In addition, the outer surface of the antenna connected to the camera unit, provided for wireless communication is formed with the outer pattern portion of the same shape as the roof half-beams and girders and decorative patterns inside the traditional building, the overall shape of the traditional building and One feature is to be installed in harmony with the pattern.

In addition, the tilting member is characterized in that by using a ball joint (balljoint), it is possible to adjust the angle of the base portion provided with the camera unit.

In addition, a camera is installed for security monitoring and fire detection of a traditional building, and in a monitoring system for integrated control of a plurality of traditional buildings in which the camera is installed, the inside of the traditional building is installed, and the internal shape and decoration of the traditional building. A plurality of concealed cameras formed to match the interior of the traditional building by forming an external pattern part having the same shape as a pattern; Wired and wireless data communication unit for transmitting and receiving image information taken by the concealed camera; An image controller converting image information input through the wired / wireless data communication unit into a digital signal and outputting the digital signal, and controlling an operation of the camera; A monitoring unit for processing and displaying a digital signal input through the image controller; And one or more integrated control servers connected to a wired / wireless communication network to receive image information photographed through the concealed cameras and to provide photographic image and location information from a specific concealed camera designated to a specific related organization. It is characterized by.

In addition, the integrated control server includes a database for storing the received image information; And a situation information processor for outputting the received image information to a monitor.

The apparatus may further include a screen splitter which is photographed by each concealed camera and divides the image information input through the wired / wireless data communication unit and outputs them to a plurality of monitoring units.

The present invention is to install a camera for security surveillance and fire detection at the edge of the cross beams between the pillar and the roof half of the traditional building, the housing is formed by harmonizing with the shape and decorative pattern of the traditional building, It does not harm the original scenery of the building to be installed, and has the effect of not allowing tourists or viewers to feel rejected.

In addition, the relevant institutions such as the city, county, provincial government offices, integrated cultural centers and cultural property administration integrated disaster prevention centers, etc., have the effect of integrated protection, management and fire detection of specific cultural assets.

Hereinafter, the present invention will be described with reference to the accompanying drawings, and in the following description, when it is determined that a detailed description of a related well-known function or configuration may unnecessarily obscure the subject matter of the present invention, The description may be omitted.

Figure 2 is a side cross-sectional view showing the structure of the concealed surveillance camera for protecting the traditional building according to an embodiment of the present invention, Figure 3 is a view showing the appearance of the housing and the housing installed for the traditional building protection according to the present invention. .

2 to 3, the concealed camera for protecting the traditional building of the present invention is composed of a bracket 100, the connection portion 200, the base portion 300, the camera unit 400 and the housing 500. .

Bracket 100 forms the bottom of the concealed camera for the protection of traditional buildings, the traditional pillars of the house, the palace, the cultural assets such as temples, temples, temples, etc. Girder (3) between (2) is formed in the form of a plate corresponding to the corner portion to be mounted on the corner portion intersecting each other.

In addition, the bracket 100 may be formed in a plate shape corresponding to the outer surface of the upper end of the ear pillar 1 so as to be mounted on the upper end of the inner ear pillar 1 of a traditional building.

The bracket 100 is provided with a fixing hole is fixed to the corner portion or the upper end of the column (1) by a fixing screw.

The connection part 200 is provided on the bracket 100, and the connection part 200 is formed in a plate shape fixedly coupled to the bracket 100 by a method such as a fixing screw or welding, and a tilting member upward. The base portion 300 is connected to the angle adjustable by the 210.

It is preferable that a general ball joint is used as the tilting member 210 so as to be freely adjusted at various angles.

The base unit 300 is formed in a rectangular plate shape, and is equipped with one or more camera units 400 to adjust the viewing angle of the camera unit 400.

The shape of the bracket 100, the connection portion 200 and the base portion 300 can be freely formed, but can be interconnected, the corner portion or the upper end of the ear pillar (1) in the traditional building to be installed It is preferable that it is formed in a form that can be fixed corresponding to the portion.

The housing 500 is provided on the camera unit 400, and the housing 500 is formed to cover the connection part 200, the base part 300, and the camera unit 400 therein. Each lens hole 510 is provided to correspond to the position of the camera unit 400, and forms a rear side of the lens hole 510.

The rear end of the housing 500 is fastened to an upper portion of the bracket 100, and the upper end of the housing 500 is connected to extend the portion contacting the roof half 2 (2) to form the housing 500. It is fixed, but is formed to have a predetermined width and depth to cover all of the connecting portion 200, the base portion 300, and the camera unit 400.

The interior of a traditional building, such as a house, an old palace, a temple, or the like, to which the surveillance camera of the present invention is to be installed, is decorated with a unique shape and pattern according to a traditional style.

At this time, the housing 500 is formed in a unified sense to harmonize with the inner shape of the traditional building, the outer surface of the housing 500, including the roof half (2) and girder (3) of the traditional building The outer pattern part 520 is decorated on the surface and has the same shape as the pattern.

Dori, used in traditional Hanok buildings, is a horizontal member that is hung at right angles to a beam, and is a frame that decorates the roof and the half. It is a member that supports orthogonal to the purlin in the middle of the pillar, and is formed at 45 ° angle with the purlin at the ear pore.

As described above, the outer shape of the housing (500, 500a) is formed in the form of 'precious band' or 'dori' according to the traditional building traditional style, the housing 500 is shown in (a) of FIG. As shown in a), the first dome part 501 and the first part of the front side of the housing 500 are formed so as to form an inverted band formed to form a predetermined angle (45 °) upward from the top of the ear pillar 1. The two dome portions 502 are formed convexly protruding upward and downward, respectively.

Alternatively, as shown in FIGS. 2B and 3B, the housing 500a may have a purlin shape interconnecting the top of the ear pillar 1 and the top of the ear pillar 1. The center of the front side of the housing 500a may be formed to protrude convexly.

Accordingly, the outer shape of the housings 500 and 500a is in harmony with the interior of the traditional building, and is formed to form the outer pattern part 520, thereby forming a sense of unity with the interior of the traditional building to which the surveillance camera is to be installed. It does not harm the landscape of the city, and harmonizes with the viewer so as not to be rejected.

The concealed camera of the present invention is characterized in that the housing 500 is formed in the shape or semi-circle shape with the dome parts 501 and 502 so that the appearance is in harmony with the traditional style inside the cultural assets such as the traditional building. As a key aspect of the patent, conventional surveillance cameras have a uniform unity in the shape of the housing, and have a heterogeneity with the cultural assets such as traditional buildings in which the surveillance camera is installed.

Referring to FIG. 4, the concealed camera for protecting a traditional building according to another embodiment of the present invention includes a bracket 100, a base part 300, a camera unit 400, and a housing 500.

The bracket 100 forms the bottom of the concealed camera for protecting the traditional building, but the edge where the beams 3 between the pillars 1 and the roofers 2 intersect each other in the traditional building in which the surveillance camera of the present invention is installed. It is formed in the form of a plate corresponding to the corner portion to be mounted on the portion.

In addition, the bracket 100 may be formed in a plate shape corresponding to the outer surface of the upper end of the pillar 1 to be mounted on the upper end of the inner pillar 1 of the traditional building.

The bracket 100 is provided with a fixing hole is fixed to the corner portion or the upper end of the column (1) by a fixing screw.

The base portion 300 is provided on the bracket 100, and the base portion 300 is formed in a plate shape fixedly coupled to the bracket 100 by a method such as a fixing screw or welding, and one upward side thereof. The above camera unit 400 is provided.

A housing 500 is provided on the camera unit 400. The housing 500 has a shape in which the base part 300 and the camera unit 400 are accommodated therein. Each lens hole 510 is provided to correspond to the position of the, and forms a form in which the rear side is opened.

The rear end of the housing 500 is fastened to an upper portion of the bracket 100, and the upper end of the housing 500 is connected to extend the portion contacting the roof half 2 (2) to form the housing 500. It is fixed, but is formed to have a predetermined width and depth to cover all of the base portion 300 and the camera unit 400.

At this time, the housing 500 is formed in a unified sense to harmonize with the inner shape of the traditional building, the outer surface of the housing 500, including the roof half (2) and girder (3) of the traditional building The outer pattern part 520 is decorated on the surface and has the same shape as the pattern.

5 is a view showing the shape and coupling state of the electrical wiring cover of the present invention, Figure 6 is a view showing the shape and coupling state of the antenna cover of the present invention.

Referring to FIG. 5, the surveillance camera according to the present invention is connected to supply power, or electric wirings C for transmitting the image taken out from the camera unit 400 to the monitor of the base station are essential. Is provided, the electrical wiring cover 600 is provided so that the electrical wiring (C) is not exposed to the outside.

The electrical wiring cover 600 is formed long in the longitudinal direction along the girder or the pillar at one side of the housing 500, is formed to cover the electrical wiring (C) to be accommodated therein, the electrical wiring cover 600 In addition, an outer pattern portion 620 having the same shape as a decorative pattern inside the traditional building is formed in the same manner as the outer pattern portion 520 of the housing 500. At this time, the shape of the external pattern portion 620, as shown in the drawings, various shapes (a, b, c, d) is applicable.

6, the surveillance camera according to the present invention is provided with an antenna 700 connected to the camera unit 400 and provided for wireless communication, wherein the outer surface of the antenna 700 is provided. In the same manner as the outer pattern portions 520 and 620 of the housing 500 and the electrical wiring cover 600, the outer pattern portion 720 having the same shape as the decorative pattern inside the traditional building is formed.

7 is a block diagram showing the structure of a surveillance system using a concealed camera for protecting a traditional building according to the present invention.

Referring to FIG. 7, a surveillance system using a concealed camera for protecting a traditional building according to the present invention includes a concealed camera 1100, a wired / wireless data communication unit 1200, an image control unit 1300, a monitoring unit 1400, and the like. It is composed of an integrated control server 1500.

A plurality of concealed cameras 1100 are installed inside each traditional building, and the outer shape and the outer pattern part are formed in a unified sense to harmonize with the inner shape of the traditional building.

The concealed camera 1100 should use a surveillance camera including the above-described dome parts 501 and 502 or a semicircular housing 500.

The concealed camera 1100 is mounted in a traditional-style house, a palace, a cultural property such as a temple, or a traditional building such as a ruins, and photographs an internal fire situation or an emergency or dangerous situation.

The wired / wireless data communication unit 1200 plays a role of transmitting and receiving image information captured by the concealed camera 1100 by wire or wirelessly.

The image controller 1300 outputs a signal for controlling the operation of the concealed camera 1100 photographing a fire situation or a security situation, or digitally converts and outputs image information input through the wired / wireless data communication unit 1200. Done.

The monitoring unit 1400 processes and displays a digital signal input through the image control unit 1300.

In this case, the image information captured by each of the concealed cameras and input through the wired / wireless data communication unit 1200 are divided by the screen splitter 1310, and the respective image information corresponding to the plurality of monitoring units 1400. You can print The screen splitter 1310 may use a conventional quad channel splitting module.

The integrated control server 1500 receives image information of a traditional-style house, a palace, a cultural property such as a temple, a traditional building such as a temple, and the like, through a wired / wireless communication network or an internet network. .

The integrated control server 1500 is installed in a related organization such as an integrated disaster prevention center for city, county, and provincial offices, and the Cultural Heritage Administration's Integrated Disaster Prevention Center, which manages cultural properties, and is assigned to a specific related organization and installed in each cultural property. Providing image information photographed from the camera 1100, and provides the location information of the cultural asset photographed image.

The integrated control server 1500 is a database 1510 for storing the image information received from the concealed camera 1100 and the situation information processor 1520 for outputting such image information to the monitor for integrated control ).

As such, although the invention has been described by way of limited embodiments and drawings, the invention is not limited thereto and is within the scope of equivalents of ordinary skill and the claims to be described below in the technical field to which the invention pertains. Various modifications and variations are possible, of course.

1 is a perspective view showing a conventional general surveillance camera.

Figure 2 is a side cross-sectional view showing the structure of a concealed camera for protecting the traditional building according to an embodiment of the present invention.

Figure 3 is a view showing the appearance of the housing and the installation of the concealed camera for protecting the traditional building according to the present invention.

4 is a side cross-sectional view showing the structure of a concealed camera for protecting a traditional building according to another embodiment of the present invention.

5 is a view showing the shape and the coupling state of the electrical wiring cover of the present invention.

6 is a view showing the shape and coupling state of the antenna cover of the present invention.

7 is a block diagram showing the structure of a surveillance system using a concealed camera for protecting a traditional building according to the present invention.

<Description of Symbols for Main Parts of Drawings>

1: ear pillar 2: girder

3: roof half 100: bracket

200: connecting portion 210: tilting member

300: base 400: camera unit

500: housing 510: lens hole

600: electrical wiring cover 700: antenna

520,520,720: External pattern part

1100: concealed camera 1200: wired and wireless data communication unit

1300: image controller 1310: screen splitter

1400: monitoring unit 1500: integrated control server

1510: database 1520: situation information processing unit

Claims (10)

In the camera installed for security monitoring and fire detection of traditional buildings, A bracket which forms a bottom surface corresponding to an edge portion at which the girders between the ear pillars of the traditional building intersect and a roof half cross and is provided with a fixing hole, the bracket being mounted to the edge portion; A connection part mounted on the bracket and provided with a tilting member for adjusting an angle upward; A plate-shaped base portion which is engaged with the tilting member of the connection portion and rotates at a predetermined angle; At least one camera unit provided in the base unit; And The rear end is fastened to the bracket, and the upper end is formed to extend from the roof half, and the front side is provided with a lens hole in a position corresponding to the camera unit, the connection portion, the base portion and the camera unit therein Includes; housing is formed in a shape that covers the receiving; The outer surface of the housing and the outer pattern portion of the same shape as the roof half and girders and decorative patterns inside the traditional building; is formed, the tradition, characterized in that installed in harmony with the internal shape and decorative patterns of the traditional building Concealed camera for building protection. In the camera installed for security monitoring and fire detection of traditional buildings, A bracket which forms a bottom surface corresponding to a corner portion at which the girders between the ear pillars of the traditional building and the roof half cross, and is provided with a fixing hole, the bracket being mounted to the corner portion; A plate-shaped base portion mounted on the bracket; At least one camera unit provided in the base unit; And The rear end is fixed to the bracket, the upper end is formed to extend from the roof half, the front side is provided with a lens hole in a position corresponding to the camera unit, the base portion and the camera unit is accommodated therein Including; housing formed to cover the form so as to include, The outer surface of the housing and the outer pattern portion of the same shape as the roof half and girders and decorative patterns inside the traditional building; is formed, the tradition, characterized in that installed in harmony with the internal shape and decorative patterns of the traditional building Concealed camera for building protection. The method according to claim 1 or 2, The front side of the housing is in the form of a precious band (-限 大) formed to form a predetermined angle upward from the top of the ear pillar, the first dome portion and the second dome portion protruding convexly formed in the upper and lower portions, respectively, and the inside of the traditional building A concealed camera for protecting a traditional building, characterized by harmony. The method according to claim 1 or 2, The front side of the housing is in the form of a purlin to connect across the top of the ear pillars and ear pillars, the central portion of the traditional building protection concealed camera, characterized in that in combination with the interior of the traditional building to form a convex protrusion. The method of claim 1, An electrical wiring cover connected to the camera unit so that the electrical wiring provided to supply power or to transmit the photographed image to the monitor of the base station is not exposed to the outside; The outer surface of the electrical wiring cover is formed with the outer pattern portion of the same shape as the roof half and girders and decorative patterns inside the traditional building, it is installed in harmony with the internal shape and pattern of the traditional building as a whole Concealed camera for building protection. The method of claim 1, The outer surface of the antenna connected to the camera unit and provided for wireless communication is formed with an external pattern part having the same shape as a roof half-beam and girder shape and a decorative pattern inside the traditional building, and the internal shape and pattern of the traditional building as a whole. A concealed camera for protecting a traditional building, which is installed in harmony. The method of claim 1, The tilting member, Concealed camera for protecting the traditional building, characterized in that by using a ball joint (balljoint), it is possible to adjust the angle of the base unit provided with the camera unit. In the monitoring system for the integrated control of a number of traditional buildings, the camera is installed for security monitoring and fire detection of traditional buildings, A plurality of concealed cameras installed in the traditional building, the outer pattern part having the same shape as the traditional shape and the decorative pattern formed in harmony with the inside of the traditional building; Wired and wireless data communication unit for transmitting and receiving image information taken by the concealed camera; An image controller converting image information input through the wire / wireless data communication unit into a digital signal and outputting the digital signal, and controlling an operation of the camera; A monitoring unit for processing and displaying a digital signal input through the image controller; And And one or more integrated control servers connected to a wired / wireless communication network to receive image information photographed through the concealed cameras and to provide image and position information from a specific concealed camera designated to a specific related organization. A security and fire surveillance system using concealed cameras to protect traditional buildings. The method of claim 8, The integrated control server, A database storing the received image information; And The situation information processing unit for outputting the received image information to the monitor; Security, fire monitoring system using a concealed camera for protecting the traditional building, characterized in that further comprises. The method of claim 8, Concealed cameras for the traditional building protection, characterized in that further comprises a; screen splitting unit which is photographed by each concealed camera, the image information input through the wired and wireless data communication unit, respectively, and outputs to a plurality of monitoring units; Security, fire monitoring system.

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