KR102597233B1 - CCTV camera installation support - Google Patents

Abstract

The present invention relates to a CCTV camera installation support. More specifically, the present invention relates to a CCTV camera installation support, and more specifically, by installing an anti-shake member on an inclined pipe body that is installed obliquely through a vertical support and into which an anti-vibration material is inserted, through a fitting method, etc., the horizontal support is firmly held and the fixing force is increased. This improvement prevents the horizontal support from shaking due to strong winds and earthquakes, thereby maintaining the image quality of the recording camera at high quality. By forming a large number of ventilation holes through which the wind penetrates the horizontal support, it is possible to maintain high wind speeds and pressures of 50 m/s or more. Even when strong winds blow, part of the wind is bypassed by the ventilation guide tube to reduce the influence of strong winds, thereby maintaining the camera's image quality at high quality. Additionally, the support is protected from external shock or vibration, but in case of damage from vehicles, etc., only the relevant part is protected. Its characteristics are that it can be replaced quickly and that only the cover can be replaced without replacing the entire vertical support, making it convenient and economical.

Description

CCTV camera installation support {CCTV camera installation support}

The present invention relates to a CCTV camera installation support. More specifically, the present invention relates to a CCTV camera installation support, and more specifically, by installing an anti-shake member on an inclined pipe body that is installed obliquely through a vertical support and into which an anti-vibration material is inserted, through a fitting method, etc., the horizontal support is firmly held and the fixing force is increased. This improvement prevents the horizontal support from shaking due to strong winds and earthquakes, thereby maintaining the image quality of the recording camera at high quality. By forming a large number of ventilation holes through which the wind penetrates the horizontal support, it is possible to maintain high wind speeds and pressures of 50 m/s or more. Even when strong winds blow, part of the wind is bypassed by the ventilation guide tube to reduce the influence of strong winds, thereby maintaining the camera's image quality at high quality. Additionally, the support is protected from external shock or vibration, but in case of damage from vehicles, etc., only the relevant part is protected. This is about a CCTV camera installation support that can be replaced quickly and is convenient and economical by replacing only the cover without replacing the entire vertical support.

In general, in order to help maintain public order in large cities, prevent various violent crimes such as robbery, rape, and murder, and apprehend criminals, closed circuit televisions are installed around city roads, entertainment districts, residential areas, and children's protection areas. The number of cases of installing CCTV) is rapidly increasing.

Recently, CCTVs are being actively installed in almost all places, including roads, residential areas, entertainment districts, schools, apartments, parks, and parking lots, led by not only the government and local governments, but also the private sector such as businesses, resident groups, and individuals.

CCTV installation methods vary slightly depending on the location. In other words, when CCTV is installed inside, on the exterior wall, or on the rooftop of a building, the bracket can be fixed to an appropriate location in the building and the CCTV can be installed. However, when it is installed outside the building, a support pole must be installed directly on the ground. CCTV must be installed at the top of the support.

Referring to FIG. 11, the conventional CCTV support 1 buries a concrete basic structure 8 in the ground, as in the case of installing general facilities such as road traffic lights, street lights, road signs, or steel pipe electric poles, and the concrete It is installed by coupling the flange (6) of the support (1) to the anchor bolt (8a) protruding from the foundation structure (8) to the ground, and the uppermost end is finished with a finishing cap.

A horizontally extending camera connecting arm (3) is coupled to the upper part of the conventional CCTV support (1), and a CCTV camera (2) is installed at the end of the camera connecting arm (3). The camera connection arm (3) is connected to the upper end of the strut (1a) with a plurality of support wires (3a) for structural stability, and a turnbuckle is mounted at the end of the wire (3a), below the camera connection arm (3). is supported by the upper reinforcing member (3b).

A control box (4) is installed at about the mid-height of the conventional CCTV support (1). The control box 4 is equipped with power devices and electronic devices for operation and signal transmission of the CCTV camera 2, and other necessary equipment such as an earth leakage breaker, surge protector, speaker, etc.

However, in the prior art, wires have been connected to reinforce the support of the horizontal support that is connected horizontally to the vertical support, but the support is somewhat lacking in strong wind pressure or vibration caused by an earthquake, so the horizontal support is easily shaken and the recording quality is poor due to camera shake. The problem is that this degraded or recorded screen cannot be used.

In addition, the structure that fixes the horizontal support using conventional wires rusts due to climate change after a certain period of time, the rust causes an unsightly appearance, and the rust-corroded wires easily break even with a small impact. As a result, there is a big problem that metal pillars installed for the convenience and safety of citizens can become very dangerous structures, and unexpected costs such as interruption of camera filming and subsequent emergency repair and recovery costs are incurred. In addition, multiple strands of wire are a problem that needs to be improved for the aesthetics of the city.

Another problem is that the support capacity of the lower foundation structure connected to the support and the ground is insufficient, so when an external shock is transmitted to the vertical support, the entire support or part of the support needs to be replaced.

There is no safety device at the bottom of the conventional CCTV camera installation support, so when an external impact occurs on the lower part of the vertical support, the vertical support is immediately damaged and has an unsightly appearance, making it inconvenient to replace and replace it. There is a problem that it takes a lot of time to replace and exchange the support, and there is a problem that unexpected costs are incurred due to the need for emergency repair and restoration.

In addition, at the bottom of the conventional vertical support, only a thin cone-shaped cover is installed that is wide at the bottom and narrow at the top for the purpose of improving aesthetics. When parking on a sidewalk or road or reversing a vehicle for facility repair, the wheels ride on the cover and cover. In addition to the damage, there is a problem that the upper part of the vertical support is damaged, resulting in recovery costs as described above.

Another problem is that the power lines supplied to the typical enclosure where the controller that controls the CCTV camera is installed are structured to receive power through a horizontal wire inlet, so rainwater flows through the wires into the enclosure and operates the controller. There is a problem that renders it inoperable.

In addition, there are structural problems in which equipment that generates less heat is affected by equipment that generates a lot of heat among the internal electronic devices, and when installing additional cameras to expand the shooting range, it is impossible to add them to the existing CCTV support structure, so new CCTV supports are installed. Additional cost issues arise, such as having to purchase and install.

Republic of Korea Patent Application No. 10-2020-0058005 Republic of Korea Patent Registration No. 2248278

The present invention was developed to solve the problems of the prior art. In order to prevent the shaking of the horizontal support due to strong winds, etc., which is a problem with the existing wire support method, and the resulting deterioration in the quality of camera recording images, the present invention provides an inclined support on the vertical support. The horizontal support is firmly held using an inclined pipe with a penetrating installation and an anti-vibration material inserted inside, and an anti-shaking member that is fitted into the inclined pipe and connected to the horizontal support to prevent shaking of the horizontal support due to wind. The anti-vibration material not only prevents the horizontal support from shaking due to strong winds, but also absorbs vibrations caused by earthquakes, allowing the image quality of the recording camera to be maintained at high quality.

In addition, in order to further increase the effect of preventing shaking of the horizontal support against high wind speed and wind pressure, wind is discharged through ventilation holes provided in the horizontal support to prevent shaking of the support, thereby preventing deterioration of the recording quality, and the inside of the horizontal and vertical support. By installing a ventilation guide pipe, noise generation is prevented and rigidity is strengthened to prevent deformation of each support when shock is transmitted due to an external collision, etc. In addition, bolts are installed in the ventilation holes of the vertical supports when necessary to allow workers to ascend and descend. The purpose is to provide a CCTV camera installation support that has the effect of allowing it to be used as a video camera.

In addition, it is convenient to easily adjust the position of the support auxiliary means connected to the horizontal support variably according to the change in the position and weight of the CCTV camera on the cantilever-shaped horizontal support, and the horizontal support is improved by the above-mentioned support auxiliary means. You can easily install CCTV cameras without having to reinstall the support.

For another purpose, the power lines supplied to a typical enclosure where a controller to control a CCTV camera is installed are structured so that power is supplied through a horizontal wire inlet, so that rainwater flows into the enclosure along the wire and operates the controller. There is a problem of making it in a disabled state, but the wire inlet through which the wire flows in is formed downward to allow the wire to flow from the bottom to the top, thereby preventing rainwater from flowing in along the wire.

In addition, in order to compensate for the problem of the thin cover at the bottom of the conventional vertical support, the cover assembly is formed with a crash protection structure made of metal or high-strength synthetic resin material to protect the vertical support in the event of an impact, and also includes a shock absorbing member or dustproof material. This makes shock absorption possible, and when there is damage, only the damaged cover assembly or shock absorbing member needs to be replaced and installed, so replacement and repair costs are low, resulting in high economic performance, simplicity of replacement work, and the support is safe from shock in the event of an earthquake. The purpose is to provide a CCTV camera installation support that has advantages such as protection.

The object of the present invention described above is a support for installing a CCTV camera, which includes a vertical support fixed to the ground and forming a flange plate on which a cap is installed; A horizontal support, one end of which is fixed to the vertical support, a camera installation box in which a CCTV camera is installed, and a shake prevention member connected to it; An anti-shake member having one end fixed to the vertical support and the other end fixed to the horizontal support to prevent shaking of the horizontal support; a support auxiliary member having one end fixed to the vertical support and the other end fixed to the horizontal support; A cap member installed at the end of the vertical support; Fixing holes for fixing the vertical support to the ground are formed at regular intervals, a reinforcing shaft rod is inserted into the center of the lower part of the vertical support to reinforce the support force, and a shock absorbing member and a dustproof material are combined on the inside of the cover assembly. Ground fixing member; This is achieved by a support for installing a CCTV camera, characterized in that it includes.

The horizontal support includes ventilation holes through which wind passes at regular intervals, and a ventilation guide pipe coupled to the ventilation holes to guide the wind, and the ventilation guide pipe is perpendicular to the center of the horizontal support and is central to the ventilation hole. This is achieved by a support for installing a CCTV camera, which is installed to match this.

This is achieved by a support for installing a CCTV camera, wherein the cap member forms a flange plate corresponding to a flange plate formed on a vertical support, and the flange plate is provided with a camera installation box in which a CCTV camera is installed.

This is achieved by a support for installing a CCTV camera, which is characterized in that the vertical support has a plurality of ventilation holes where bolts are installed at regular intervals to prevent shaking by the wind and to allow workers to climb to the top of the vertical support.

This is achieved by a support for CCTV camera installation, characterized in that a ventilation guide pipe is further installed horizontally inside the ventilation hole formed in the vertical support.

The shake prevention member is coupled to surround the outer peripheral surface of the horizontal support, and includes a band having a connection hole formed at the top, and a clamp member provided with a bolt hinged to the connection hole of the band; An anti-shake bar having one end inserted into the upper end of the band and coupled to a bolt penetrating the connection hole, and the other end being coupled through a vertical support and then having a coupling member installed at the rear end; and a gap maintenance member that connects the shake prevention bar and the horizontal support bar and maintains the gap, wherein the gap maintenance member includes a bracket mounted on a lower portion of one side of the shake prevention bar, and an upper end connected to the bracket and a lower end of the horizontal support bar. This is achieved by a support for CCTV camera installation, characterized in that it includes a connecting bar coupled to the through hole by a bolt.

One end of the anti-sway rod is coupled through a vertical support, and a finishing fastening portion is formed at the end of the anti-sway rod, and the finishing fastening portion is coupled to a coupling hole formed by penetrating the vertical support at an upward incline, and an inclined pipe body into which an anti-vibration material is inserted. This is achieved by a support for installing a CCTV camera, characterized in that a spiral part is formed at one end of the shake prevention rod, and a nut is screwed to the spiral part exposed to the outside by being inserted into and coupled to an inclined pipe body and is in close contact with the vertical support. .

The anti-shake bar is achieved by a support for installing a CCTV camera, characterized in that the lower end of the anti-shake bar is coupled to an inclined pipe body formed to be inclined downward to a horizontal support, and a fastener is fastened to the lower part of the anti-shake bar and fixed to the horizontal support.

The support auxiliary member is coupled to the outer surface of the vertical support and includes a fastening part into which a dustproof material is inserted on the inside, and a reinforcing shaft rod horizontally connected to the fastening part and coupled to the horizontal support through the vertical support. This is achieved by a support for camera installation.

A fitting hole is formed at one end of the horizontal support so that the reinforcing shaft rod is interpolated, a first flange formed integrally with the outer side of the reinforcing shaft rod, a second flange formed at one end of the horizontal support, and the first flange; A support for installing a CCTV camera, including a fastening bolt for connecting the second flange and a vibration-proof material between the first and second flanges, and connecting one end of the vertical support and the horizontal support to exert a horizontal support. It is achieved by.

The ground fixing member includes a lower end of a vertical supporter mounted on a ground plate in close contact with the ground, and a fixed support body fixed to the ground fixing member at the lower end of the vertical supporter; A cover assembly composed of first and second semicircular covers installed inside the fixed support body and engaged with the lower outer surface of the vertical supporter; A pressure coupling part fastened to the upper outer surfaces of the first and second covers of the cover assembly and pressed toward the vertical support when the first and second covers are coupled; This is achieved by a support for installing a CCTV camera, which is inserted into the inner surface of the first and second covers and includes a dustproof material that is in close contact with the outer peripheral surface of the vertical support to absorb shock and protect the vertical support.

A first flange is formed at the bottom of the vertical support, a lower plate supported on the ground is formed at the bottom to stand upright, and a bottom support has a second flange formed at the top in close contact with the bottom of the vertical support, and the first flange is formed at the bottom of the vertical support. , After a vibration isolation material made of elastic material is inserted between the two flanges, the first and second flanges are connected by bolting, and a reinforcing shaft rod is inserted into the interior of the vertical support, and the lower end of the reinforcing shaft rod is supported on the ground, It is inserted through the first and second flanges to the upper part, and is in close contact with the lower outer peripheral surface of the vertical support, so that a shock absorbing member is coupled, and a vibration isolation material made of an elastic material is coupled between the shock absorbing member and the inner peripheral surface of the cover assembly. This is achieved by a support for CCTV camera installation, which is characterized in that it is made.

This is achieved by a support for installing a CCTV camera, characterized in that it includes a cell phone charger formed on the outer surface of the vertical support.

This is achieved by a support for installing a CCTV camera, which is formed on the outer surface of the vertical support and includes a pumping device capable of filling air into the bicycle wheel.

The vertical support has a control box mounted on its outer surface, the control box is mounted by a fixing band to which vibration-proof rubber is attached to the outer surface and is in close contact with the outer surface of the vertical support, a cooling fan is mounted on the inside of the control box, and the control box This can be achieved by a support for CCTV camera installation, which is characterized in that the box is formed with a wire inlet hole inclined in the downward direction.

The structure of another support for CCTV camera installation includes a vertical support fixed to the ground and forming a flange plate with a cap installed at the top; In the CCTV support consisting of a horizontal support, one end of which is fixed to the vertical support, a camera installation box in which a CCTV camera is installed, and a shake prevention member connected, a band is coupled to surround the outer peripheral surface of the horizontal support, and a connection hole is formed at the top. and a clamp member provided with a bolt hinged to the connection hole of the band; One end is inserted into the upper end of the band and coupled to a bolt penetrating the connection hole, and the other end is coupled to the vertical support at an angle, and then the anti-shake bar is installed at the rear end with a coupling member; and a gap maintenance member that connects the shake prevention bar and the horizontal support bar and maintains the gap, wherein the gap maintenance member includes a bracket mounted on a lower portion of one side of the shake prevention bar, and an upper end connected to the bracket and a lower end of the horizontal support bar. It is composed of an anti-shake member including a connecting bar coupled to the through hole by a bolt, and the horizontal support is achieved by a support for CCTV camera installation, characterized in that ventilation holes through which the wind penetrates are formed at regular intervals.

This is achieved by a support for installing a CCTV camera, which includes a ventilation guide pipe that is coupled to the inside of the ventilation hole and guides wind, and the ventilation guide pipe is installed on the inside of a horizontal support.

According to the present invention, the fixing force of the horizontal support is improved due to the inclined pipe body in which the vibration damping material is inserted and the inclined pipe body that penetrates the vertical support at an angle and the shake prevention member connected to the inclined pipe body by a fitting method, etc., so that the horizontal support can be damaged by strong winds or earthquakes. Shaking (plane or horizontal vibration) is prevented or suppressed, so the image quality of the recording camera can be maintained at high quality.

By forming a large number of ventilation holes through which the wind penetrates the horizontal support, the image quality of the camera can be maintained at high quality by making it less affected by high wind speeds and high wind pressures of 50 m/s or more.

In addition, the rigidity of the support is strengthened by the ventilation guide pipe installed by welding on the inside of the horizontal and vertical support, thereby improving durability, resulting in cost savings in terms of operation of the CCTV camera installation support, and stable maintenance of the CCTV recording function. possible.

In addition, by applying the above-mentioned inclined pipe and anti-shake member instead of the conventional wire, the horizontal support is prevented from shaking in the wind by increasing the fixation force and improving the fixation force, thereby maintaining the image quality of the recording camera at high quality, eliminating the problems of the existing wire method. It has the effect of solving citizen safety problems caused by corrosion or breakage and improving aesthetics, and installation work is simplified as there is no need to connect turnbuckles for each wire as in the past.

By forming a ventilation hole in the vertical support, the fixing force that can withstand high wind speed and wind pressure is increased, and by installing a bolt in the ventilation hole formed in the vertical support, the worker can climb to the top of the vertical support, or in the case of the uppermost ventilation hole, The purpose is to provide a CCTV camera installation support that can be used as a crane hook for installation work by installing bolts.

In addition, in the event of an external impact caused by a vehicle, etc., the vertical support is protected by a collision guard-shaped cover assembly made of a strong and elastic material, so there is no separate repair cost. In case of damage due to impact, the damaged cover assembly or dustproof material is replaced. Since it can be exchanged and installed, replacement and repair costs are low and replacement work is easy. In addition, it is convenient to replace with a simple replacement work, and has the effect of safely protecting the support from shock in the event of an earthquake.

Meanwhile, in the present invention, the power lines supplied to a typical enclosure where a controller for controlling a CCTV camera is installed are structured to receive power through a horizontal wire inlet, so that rainwater flows into the enclosure along the wire to operate the controller. Although there is a problem of rendering it in a disabled state, there is an effect of preventing rainwater from flowing in along the wire by forming the wire inlet through which the wire flows in downwardly and allowing the wire to flow from the bottom to the top.

In addition to the camera installed on the horizontal support, an additional camera can be installed on the top of the vertical support, which can increase the shooting ability. It is possible to inject air into the bicycle using a pumping device, and it is possible to charge a cell phone using a cell phone charger. There are effects that can help make life more convenient.

The CCTV camera installation support of the present invention described above can also be used as a support for traffic lights and security lights.

1 is a front view of a CCTV camera installation support according to an embodiment of the present invention;
Figure 2 is a perspective view of the combined structure of the 'vertical support and horizontal support' in the CCTV camera installation support according to an embodiment of the present invention;
Figure 3 is an exploded perspective view of Figure 2;
Figure 4 is an exploded perspective view of the 'ground fixing member' in the CCTV camera installation support according to an embodiment of the present invention;
Figure 5 is an enlarged view showing the installation of the 'anti-sway bar' fixed to the 'vertical support' in Figure 1;
Figure 6 is a cross-sectional view showing the coupling structure of the horizontal support in the CCTV camera installation support according to an embodiment of the present invention;
Figure 7 is an enlarged view of the 'ground fixing member' in Figure 1;
Figure 8 is a view showing the 'shake prevention unit' according to another embodiment of the present invention;
Figure 9 is an example showing another installation structure of the 'anti-sway rod' fixedly installed on the 'inclined pipe body', which is the main point of the present invention.
Figure 10 is an enlarged cross-sectional view of the 'ground fixing member' according to another embodiment of the present invention;
Figure 11 is a diagram showing a CCTV camera installation support according to the prior art.

Hereinafter, the preferred embodiment will be described in detail based on the attached drawings.

The examples to be described below are intended to explain the invention in detail so that a person skilled in the art can easily carry out the invention, and this does not limit the technical idea and scope of the present invention. doesn't mean

In addition, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, and terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. It should be noted that definitions of these terms must be made based on the content throughout this specification.

Among the attached drawings, Figure 1 is a front view of a CCTV camera installation support according to an embodiment of the present invention, and Figure 2 is a combination of 'vertical support and horizontal support' in the CCTV camera installation support according to an embodiment of the present invention. A perspective view of the structure, Figure 3 is an exploded perspective view of Figure 2, Figure 4 is an exploded perspective view of the 'ground fixing member' in the CCTV camera installation support according to an embodiment of the present invention, Figure 5 is an exploded perspective view of the 'ground fixing member' in Figure 1 An enlarged view showing the installation of a 'stabilization bar' fixed to a 'vertical support', Figure 6 is a cross-sectional view showing the coupling structure of a horizontal support in a CCTV camera installation support according to an embodiment of the present invention, and Figure 7 is a view showing the connection structure of the horizontal support in the CCTV camera installation support according to an embodiment of the present invention. Figure 8 is an enlarged view of the 'ground fixing member', Figure 8 is a diagram showing the 'shake prevention part' according to another embodiment of the present invention, and Figure 9 is a 'shake prevention bar fixed to the 'inclined pipe body', which is the main point of the present invention. 10 is an enlarged cross-sectional view of the 'ground fixing member' according to another embodiment of the present invention.

As shown in Figures 1 to 10, the CCTV camera installation support according to an embodiment of the present invention includes a vertical support 100 fixed to the ground while forming a flange plate on which a cap is installed; A horizontal support (200), one end of which is fixed to the vertical support (100), a CCTV camera (C2) installed, and a shake prevention member (300) connected to it; An anti-shake member 300 that has one end fixed to the vertical support 100 and the other end fixed to the horizontal support 200 to prevent shaking of the horizontal support 200; A support auxiliary member 400 whose one end is fixed to the vertical support 100 and the other end is fixed to the horizontal support 200; A cap member 110 installed at the end of the vertical support 100; A support auxiliary member 400 that connects one end of the vertical support 100 and the horizontal support 200 to exert a horizontal support force; And a ground fixing member (600) formed by integrally forming fixing holes for fixing the vertical support (100) to the ground at regular intervals and a reinforcing bar (620) that is centrally inserted into the lower part of the vertical support (100) to reinforce the support force. ); It is composed of:

The vertical support 100 and the horizontal support 200 have a hollow rod shape, and the vertical support 100 has a circular rod or pipe shape, and the reinforcing shaft rod 420 of the support auxiliary member 400 can be inserted at one end. An opening is formed so that

The horizontal support 200 has a mounting portion on which the camera C2 is mounted at one end, a support auxiliary member 400 is coupled to the other end, and a ventilation hole H through which the wind passes is in the middle of the horizontal support 200. It is formed at regular intervals. An inspection hole 202 corresponding to the mounting portion of the horizontal support 200 is formed. A ventilation guide pipe 230 that guides the wind is coupled to the ventilation hole (H).

Preferably, the ventilation guide pipe 230 is installed by welding so that its center is perpendicular to the center of the horizontal support 200 and coincides with the ventilation hole (H).

Therefore, by allowing the wind to pass through the ventilation guide pipe 230, the resistance applied to the horizontal support 200 or the vertical support 100 can be resolved, preventing the risk of damage in advance and having the effect of increasing rigidity. there is.

The ventilation holes (H) formed in the vertical support 100 and the horizontal support 200 respectively have the effect of bypassing part of the wind when a strong wind blows and affects the support, thereby dramatically reducing the influence of the strong wind on each support. represents.

Additionally, the ventilation hole (H) formed in the vertical support 100 can also be used as a connection hole for connecting to a crane when lifting the vertical support 100.

The cap member 110 of the vertical support 100 forms a flange plate 102 corresponding to the flange plate 104 formed on the vertical support 100, and a CCTV camera is installed on the flange plate 102. This can be achieved by providing a camera installation box (C3).

The camera installation box (C3) has an additional built-in CCTV camera. As described above, a camera installation box (C3) can be additionally installed, or the present invention also makes it possible to install an extension rod for expanding the vertical support.

Or, referring to Figure 2, after separating the flange plate 102 and separating the camera installation box (C3), the vertical support bar 170 formed at the bottom of the flange 172 coupled to the flange plate 104 can be further coupled. You can. By combining the vertical support bar 170, the upper part of the vertical support bar 100 can be extended in length.

Meanwhile, a plurality of ventilation holes (H) in which bolts are installed can be formed in the vertical support 100 at regular intervals so that workers can climb to the top of the vertical support 100 while preventing shaking due to wind.

Additionally, by connecting a bolt to the ventilation hole (H) at the top, it can be used as a crane hook when installing a pole. The ventilation guide pipe 230 may be installed horizontally inside the ventilation hole (H) formed in the vertical support 100.

The shake prevention member 300 may be mounted on the upper or lower part of the horizontal support 200. The shake prevention member 300 is coupled to surround the outer peripheral surface of the horizontal support 200, as shown in Figure 3 of the attached drawing, and is attached to a band 322 with a connection hole formed at the top and a connection hole of the band 322. One end of the clamp member 320 with a hinged bolt 324 is inserted into the upper end of the band 322 and coupled to the bolt 324 penetrating the connection hole, and the other end is inclined to the vertical support 100. It is configured to include an anti-shake bar 340 that is coupled through penetration and is then provided with a coupling member 342 having a thread at the rear end.

The upper end of the anti-shake bar 340 is inserted into the vertical support 100 at an angle, and a finishing fastening portion 360 is provided at the upper end of the anti-shake bar 340 exposed through the vertical support 100. By being fastened, it can be fixed to the vertical support 100.

The finishing fastening part 360 has an inclined pipe body 361 coupled to a coupling hole formed by penetrating upwardly through the vertical support 100, and a spiral portion is formed at one end of the anti-sway rod 340, and the inclined pipe body 361 It includes a nut 362 that is fitted and coupled to the externally exposed spiral portion and is in close contact with the vertical support 100.

The inclined pipe body 361 is installed obliquely through the horizontal support, and in order to be firmly connected to the horizontal support 200, the nut 362 is loosened to adjust the length of the shake prevention bar 340, and then tightened to maintain a fixed state. Maintain it to prevent shaking. It is preferable to use stainless steel for the inclined pipe body 361 and the anti-shake rod 340 to prevent corrosion.

As described above, when the anti-sway rod 340 is inserted and installed in the inclined pipe body 361, a vibration-proof material 370 made of an elastic material is installed between the inclined pipe body 361 and the anti-sway rod 340 to prevent strong wind and It is desirable to have the effect of preventing or suppressing shaking (plane vibration or horizontal vibration) of the horizontal support 340 when an earthquake occurs.

In addition, as shown in FIG. 8, the anti-shake bar 340 may be coupled to a hole 201 whose lower end is formed to penetrate the horizontal support 200 at an angle. The through hole 201 of the horizontal support 200 is coupled to the inclined pipe body 361 so as to be inclined downward, is fitted into this inclined pipe body, and the fastener 364 is fastened to the thread formed in the lower part of the shake prevention bar 340. It can be fixed to the horizontal support 200.

Therefore, the upper end of the shake prevention bar 340 is fixed to the vertical support 100 and the lower end is fixed to the horizontal support, so that a more solid coupling force can be exerted and the traction force to prevent sagging and shaking of the horizontal support 200 can be improved. there is.

It is configured to include a gap maintenance member 280 that connects the shake prevention bar 340 and the horizontal support 200 and maintains the gap.

The gap maintenance member 280 includes a bracket 282 mounted on one lower side of the shake prevention bar 340, the upper end is connected to the bracket 282, and the lower end is connected to the ventilation hole (H) of the horizontal support 200. It may include a connecting bar 286 coupled by a bolt 284.

The band 322 has an approximately '∩' shaped cross section, the lower end is in close contact with the horizontal support 200, and is fixed with a bolt 324 coupled to the ventilation hole (H).

In addition, a bolt 324 is coupled to the upper connection hole of the band 322, and at the same time, the end of the anti-sway bar 340 is inserted into the band 322 and penetrated by the bolt 324 to be hinged.

Therefore, the band 322 can be appropriately moved in position by the distance between the ventilation holes (H) of the horizontal support 200, and by this position movement, the optimal position to prevent shaking of the horizontal support 200 can be set. .

The support auxiliary member 400 is a fastening part 410 coupled to the outer surface of the vertical support 100, and is horizontally connected to the fastening part 410, and a reinforcing shaft rod ( 420), a fitting hole is formed at one end of the horizontal support 200 so that the reinforcing shaft rod 420 is interpolated, a first flange 411 integrally formed on the outside of the reinforcing shaft rod 420, and the horizontal support ( It includes a second flange 412 formed at one end of 200, and a fastening bolt 430 that connects the first flange 411 and the second flange 412, and thus the reinforcement coupled to the vertical support 100. By inserting the insertion hole at one end of the horizontal support 200 into the shaft rod 420, the support force in a horizontal state of the horizontal support 200 can be exerted.

Between the inside of the fastening part 410 and the first and second flanges 411 and 412, vibration isolating materials 450 and 451 made of an elastic material are installed to prevent shaking (plane vibration) of the horizontal support 340 when strong winds and earthquakes occur. or horizontal vibration) to have the effect of preventing or suppressing.

Meanwhile, as shown in Figure 9 of the attached drawing, as the length of the horizontal support 200 becomes longer, the length of the support auxiliary member 400 also becomes relatively longer, and the length of the vertical support 100 must be increased accordingly, but the vertical support The length of 100 is extended by installing a vertical support bar 170 integrally formed with a flange 172 coupled to the flange 104 formed on the vertical support 100.

After extending the vertical length as described above, the inclined pipe body 361 is installed at an angle on the vertical support rod 170, and the shake prevention member 300 is connected and installed to the inclined pipe body 361 to firmly strengthen the horizontal support 200. By improving the holding power, the horizontal support 200 is prevented from shaking and the image quality of the recording camera can be maintained at high definition.

Meanwhile, the ground fixing member 600 is in close contact with the ground as shown in FIGS. 4 and 7 of the attached drawings, and the lower end of the vertical support 100 is mounted on the ground plate 610 on which the reinforcement 620 is formed. At the bottom of (100), a fixed support body 630 is fixed to the ground fixing member 600, the fixed support body 630 is installed on the inside, and a first semicircular shape is engaged with the lower outer surface of the vertical support 100, A cover assembly 640 consisting of 2 covers 641 and 642 is fastened to the upper outer surface of the first and second covers 641 and 642 of the cover assembly 640, and when the first and second covers 641 and 642 are combined, a vertical support 100 is provided. It is preferable that a pressure coupling portion 660 that allows pressure to be applied is provided integrally, and a dustproof material 690 is installed inside the pressure coupling portion 660.

The reason is to prevent the occurrence of cracks when metal and metal or metal and synthetic resin materials are combined and to absorb the shock generated during collision. The fixed support body 630 has the effect of supporting the first and second covers (641,642) when an external impact occurs, and the end of the fixed support body (630) is inserted into the lower inner surface of the first and second covers (641,642). A shock absorbing member 680 is installed to absorb shock and protect the horizontal support 100.

The purpose of the shock absorbing member 680 is to absorb and prevent external shocks from being transmitted toward the vertical support 100. The reason for installing the reinforcing bar 620 is to improve the bearing capacity of the vertical support 100 in the event of an external collision, and it also has the effect of reinforcing the bearing capacity of the lower part that receives the load.

The cover assembly 640 is formed in a cylindrical shape by joining first and second covers 641 and 642, which are formed in a semicircular shape. Meanwhile, a dustproof material 680a is installed inside the top of the cover assembly 640, and the cover assembly 640 is made of metal or a high-strength synthetic resin material and is formed in a crash protection structure, so that it is vertical when a vehicle crashes. Prevent damage to the support 100. The shock absorbing member 680 and the vibration damping material 680a are made of various elastic materials such as urethane and rubber that can absorb vibration and shock.

Meanwhile, as shown in Figure 7 of the attached drawing, a flange may be formed at the bottom of the vertical support 100 and fixed to the ground using a fixing bolt together with the ground plate 610, and the ground fixing member, which is the technical gist of the present invention, As shown in Figure 10, which is a cross-sectional view showing another structure of 600, a first flange 661 is formed at the bottom of the vertical support 100, and a lower plate 650 supported on the ground is formed at the bottom and vertically A second flange 662 in close contact with the lower end of the support 100 includes a lower support 652 formed at the upper end, and after the vibration isolating material 665 is inserted between the first and second flanges 661 and 662, the first and second flanges 662 are in close contact with the lower end of the support 100. The flanges 661 and 662 are connected by bolting.

The reason for not fixing the vertical support 100 directly to the ground is to prevent the impact of seismic waves from being transmitted to the horizontal support 200 when an earthquake occurs. The same reason for installing the vibration isolator 665 is to prevent the shock from being transmitted when an earthquake occurs. This is to protect each support and camera by absorbing seismic waves.

Additionally, due to the combination of the first and second flanges 661 and 662, the first flange 661 and the second flange 662 are installed to support the inner top of the cover assembly 640. At this time, vibration isolation materials 665 and 690 can also be installed and used between the first and second flanges 661 and 662 and the inner surface of the cover assembly 640. When inserting and installing the reinforcing shaft rod 620' inside the vertical support 100, a straight pipe is used to improve installation convenience.

A shock absorbing member 680 is installed at the end of the fixed support body 630 to absorb shock and protect the horizontal support 100, and an anti-vibration material 665 is installed between the first and second flanges 661 and 662. Both the shock absorbing member 680 and the vibration isolating material 665 are made of rubber or synthetic resin and have the effect of absorbing shock waves when an earthquake occurs.

In addition, the dustproof material 665 described in the former can also be installed and used on the upper inner peripheral surface of the cover assembly 640. Meanwhile, it may include a cell phone charger 170 formed on the outer surface of the vertical support 100. The cell phone charger 170 is provided for use for a fee or for free.

Meanwhile, it may include a pumping device 190 formed on the outer surface of the vertical support 100 and capable of filling air into the bicycle wheel. The pumping device 190 may be provided in various types such as Presta type and Schrader type that can be applied to the air inlet of a typical bicycle tube.

A control box (C) is mounted on the outer surface of the vertical support 100. The control box (C) is mounted on the outer surface of the vertical support 100 by a fixing band (C-2) with anti-vibration rubber attached to the outer surface. Inside the control box (C), the space is divided into multiple layers to separate parts that generate high heat from devices that generate relatively little heat, and a cooling fan is installed to cool the high heat. The temperature of the heating equipment can be lowered by driving the cooling fan.

Meanwhile, the control box (C) has an insulating cover (C-3) installed inside to protect electronic devices by minimizing the influence of external high or low temperatures. It is also equipped with a wire inlet hole (C-4) for use. When connecting wires inside the control box (C), the wire inlet hole (C-4) described above is usually formed as a hole in the horizontal direction to connect the wires.

Since the conventional wire installation method draws power from the top where the camera is installed and connects it, there is a problem in that rainwater flows into the control box (C) along the wire, causing a failure of the control box (C). However, in the present invention, the wire is installed. The inlet hole (C-4) is formed at an angle so that the electric wire flowing into the control box (C) flows from the bottom to the top, thereby preventing rainwater from flowing into the control box (C).

Although the description has been made in relation to preferred embodiments, it will be readily apparent to those skilled in the art that various modifications and variations can be made without departing from the gist and scope of the invention, and all such changes and modifications fall within the scope of the appended claims. is self-explanatory.

100: vertical support 110: cap member
200 ; horizontal support 230; Ventilation guide tube
280: gap maintenance member 300; Anti-shaking member
320: Clamp member 340; anti-shake bar
360 ; Finishing fastening part 400: Support auxiliary member
411: first flange 412: second flange
420 ; Reinforcement shaft rod 430: Fastening bolt
600: Ground fixing member 630: Fixed support body
620': reinforcement shaft rod 640; cover assembly
660: Pressure joint 680: Shock absorbing member

Claims (11)

A vertical support that is fixed to the ground by forming a flange plate at the bottom;
A horizontal support fixed to the vertical support and on which a CCTV camera is installed;
In the support for CCTV camera installation, including a ground fixing member for fixing the vertical support to the ground,
The ground fixing member includes a bottom support having a lower plate supported on the ground formed at the bottom to stand upright and a second flange formed at the top being fixed to a flange plate formed at the bottom of the vertical support,
The vertical support is for installing a CCTV camera, wherein a dustproof material is inserted between a flange plate formed at the bottom of the vertical support and the second flange, and the lower end is mounted on a reinforcing shaft rod connected perpendicular to the lower support and fixed to the lower support. support fixture. According to paragraph 1,
A fixed support body radially fixed to the upright portion of the lower support and fixed to the lower plate formed in the lower part of the lower support.
It further includes a cover assembly made of metal or high-strength synthetic resin material surrounding the fixed support body,
A support for installing a CCTV camera, characterized in that a dustproof material is inserted between the surface where the lower support and the cover assembly contact, and the vertical support and the second flange. delete delete delete According to clause 1,
It further includes an anti-shake member, one end of which is fixed to the vertical support and the other end of which is fixed to the horizontal support to prevent shaking of the horizontal support,
The shake prevention member is,
A clamp member coupled to surround the outer peripheral surface of the horizontal support, having a band with a connection hole formed at the top, and a bolt hinged to the connection hole of the band;
One end is inserted into the upper end of the band and coupled to a bolt penetrating the connection hole, and the other end is coupled to the vertical support at an angle, and then the anti-shake bar is installed at the rear end with a coupling member;
It includes a gap maintenance member that connects the shake prevention bar and the horizontal support and maintains the gap,
The gap maintenance member is,
A support for installing a CCTV camera, comprising a bracket mounted on a lower part of one side of the anti-shake bar, and a connecting bar whose upper end is connected to the bracket and whose lower end is coupled with a bolt to the through hole of the horizontal support. delete According to clause 6,
The shake prevention rod is formed at a downward angle at the lower end of the horizontal support and is coupled to an inclined pipe body into which an anti-vibration material is inserted ,
A support for installing a CCTV camera, characterized in that a fastener is fastened to the lower part of the anti-shake rod and fixed to a horizontal support. According to paragraph 1,
It further includes a support auxiliary member, one end of which is fixed to the vertical support and the other end of which is fixed to the horizontal support,
The support auxiliary member is
A fastening part coupled to the outer surface of the vertical support,
A reinforcing shaft rod is horizontally connected to the fastening part and horizontally penetrates the vertical support and is coupled thereto,
A fitting hole is formed at one end of the horizontal support so that the reinforcing shaft rod is interpolated,
It includes a first flange integrally formed on the outside of the reinforcing shaft rod, a second flange formed at one end of the horizontal support, and a fastening bolt connecting the first flange and the second flange,
A support for installing a CCTV camera, characterized in that it exerts a support force in a horizontal state by connecting one end of the vertical support and the horizontal support. delete delete