KR101474996B1 - Monitoring camera apparatus using solar energy - Google Patents

Abstract

The present invention relates to a monitoring camera apparatus using solar energy; a utility pole which is installed on the ground; a monitoring camera which is installed in the utility pole; a lamp device which is installed in the utility pole; a solar battery unit which is installed in the utility pole and generates power through solar energy; a battery which is connected to the solar battery unit and stores power generated to the solar battery unit; and an operation control unit which is connected to the battery, the lamp device, and the monitoring camera and supplies power to the lamp device and the monitoring camera. The present invention solves a power problem by receiving power through the solar energy, thereby being environment-friendly, minimizing energy consumption through dual power control, and efficiently managing energy.

Description

{MONITORING CAMERA APPARATUS USING SOLAR ENERGY}

The present invention relates to a surveillance camera device using solar energy, and more particularly, to a surveillance camera device using solar energy, which is powered by solar energy and is environmentally friendly, minimizes energy consumption through dual power control, And a surveillance camera device.

Generally, a closed circuit television (CCTV) system, which is a closed circuit monitoring device, can be used to prevent theft and easily check the operation state of the machine and the process flow in a place such as a house, a department store, a bank, .

A closed circuit television (CCTV) system captures a plurality of surveillance areas to be managed with each surveillance camera, checks a surveillance screen displayed on a monitor installed in an office, Recorder) or NVR (Network Video Recorder).

In recent years, surveillance cameras for closed circuit television (CCTV) systems are increasingly being installed outdoors for the purpose of crime prevention due to the increase of severe crimes.

However, a surveillance camera installed outdoors is mounted on a pole installed on a ground for securing a view, and is operated by receiving electric power from a power plant, resulting in a cost incurred due to power consumption during operation.

In addition, a street lamp or a camera illumination lamp that allows a surveillance camera to be photographed at night is installed in the pole where the surveillance camera is installed. The street lamp or the illumination lamp is also operated by receiving electric power from the power plant, Or the power consumption by the operation of the illumination lamp is occurring.

In addition, power consumption for outdoor public facilities has been greatly increased due to an increase in power consumption in recent years.

Korean Patent Laid-Open Publication No. 2014-0087917 " CCTV surveillance camera surveillance device " (released on July 1, 2014)

An object of the present invention is to provide a surveillance camera device using solar energy that is environmentally friendly by supplying power using solar energy, minimizes energy consumption through dual power control, and efficiently manages energy.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art,

A surveillance camera mounted on the pole member;

A lighting device mounted on the electric pole member;

A solar cell unit mounted on the pole member and generating electric power by solar heat;

A rechargeable battery connected to the solar cell unit and storing power generated by the solar cell unit; And

And an operation control unit connected to the rechargeable battery, the illuminating device, and the surveillance camera and controlling power supplied from the rechargeable battery to the illumination device and the surveillance camera.

The surveillance camera device using solar energy according to the present invention may further include a display unit installed on the pole member and outputting a character or an image to a screen, wherein the operation control unit distributes power to the camera and the illumination device, Dual power controller; A lighting control unit for controlling the brightness of the lighting device according to an image taken by the surveillance camera; A communication unit for transmitting an image photographed by the surveillance camera to a main control center and receiving an operation signal of the main control center; And a display controller for controlling a screen output of the display unit.

In the present invention, the illumination control unit increases the brightness of the illumination device by using a dimmer switch when a situation of an image photographed by the surveillance camera is compared with a situation of a specific image stored.

In the present invention, the display controller is connected to a main control center through the communication unit, receives a guide letter from the main control center, and controls a screen displayed through the display unit.

A temperature sensor connected to the display controller and sensing an external temperature; A rainfall amount sensor connected to the display controller and detecting an external rainfall amount; A humidity sensor connected to the display controller for sensing humidity outside; And a wind sensor connected to the display controller and sensing an outside wind direction and a wind speed. The display controller displays the temperature, the amount of rain, the humidity, the wind direction and the wind speed of the corresponding location through the display unit.

The surveillance camera device using solar energy according to the present invention further includes a QR code which is provided on the pole member and enables the inspector to confirm the inspection history information of the surveillance camera mounted on the pole member through the wireless terminal do.

A surveillance camera device using solar energy according to the present invention comprises: a wind sensing sensor for sensing wind speed and direction of wind flowing from the outside of the solar cell unit; And a solar battery rotation motor which rotates the solar cell unit and is mounted in the electric pole member; And a strong wind sensing control unit connected to the wind sensing sensor and the solar cell rotation motor for rotating the solar cell unit according to the wind direction sensed by the wind sensing sensor, When the wind speed detected by the wind speed sensor is higher than a predetermined speed, the solar cell rotating motor is operated to rotate the solar cell unit so that the wind direction of the wind coincides with the side surface of the solar cell unit.

In the present invention, the pole member includes a pole main body that is erected on the ground; A camera support protruding from one side of the electric pole main body and on which the surveillance camera is mounted; And an illumination support protruding from the other side of the electric pole main body and on which the lighting device is mounted, the electric pole main body having an illumination moving rail portion extending upwardly and downwardly on an outer peripheral surface thereof, The electric pole main body is provided with an illumination position fixing means for fixing and releasing the position of the illumination support.

In the present invention, the illumination support includes a first support frame disposed transversely to the first support frame and disposed at one end of the illumination support frame, And a truss support which is provided at one end with a second moving wheel which is disposed in the illumination moving ray part and rolls and which is connected at the other end to the transverse support, and the first moving wheel and the second moving wheel And can be dropped by a load in the illumination moving rail part.

In the present invention, the illumination position fixing means includes a first locking protrusion protruding into the illumination movement rail at its upper portion for supporting a lower portion of the transverse support, and protruding into the illumination movement rail at a lower portion thereof, A second support protrusion protruding from the second support protrusion for supporting the lower part of the main body, And a latching mechanism provided in the electric pole main body for moving the support frame latching part back and forth so that the first latching pawl and the second latching pawl are engaged with a lower portion of the horizontal support frame and the truss support, Wherein the support frame lifter includes a wire portion connected to the illumination support frame, and a support frame supporting member for supporting the illumination support frame. A take-up reel that is rotated by a take-up motor to take up the wire portion; And a guide roll guiding the wire portion to be wound or unwound by the take-up reel.

In the present invention, the pole member includes a pole main body that is erected on the ground; A camera support protruding from one side of the electric pole main body and on which the surveillance camera is mounted; And an illumination support protruding to the other side of the electric pole main body and mounted with the illumination device, wherein the camera support base includes a camera movement rail portion in which the monitoring camera is moved in the horizontal direction, Wherein the driving motor is connected to the strong wind sensing control unit, and the strong wind sensing control unit controls the wind motive power of the wind motive sensation control unit such that the wind speed sensed by the wind sensing sensor is higher than a predetermined speed The traveling motor is operated to move the surveillance camera to the pole main body side so as to be located as close as possible to the pole main body.

In the present invention, the pole member includes a pole main body that is erected on the ground; A camera support protruding from one side of the electric pole main body and on which the surveillance camera is mounted; And an illumination support protruding from the other side of the electric pole main body and on which the illumination device is mounted, wherein the camera support base includes: a guide supporting member protruded on one side of the electric pole main body and having a transverse passage in the transverse direction; A moving member movably coupled to the moving path of the guide supporting member and having a thread groove for screw coupling to which a screw is coupled and on which the monitoring camera is installed; A moving screw member coupled to the screw groove for screw engagement of the moving member; And a screw rotation motor which is mounted and fixed in the electric pole main body while rotating the movable screw member, wherein the screw rotation motor is connected to the strong wind sensing control unit, The screw rotating motor is operated to insert the moving member into the guide supporting member by rotation of the moving screw member so that the monitoring camera is moved as close as possible to the electric pole main body toward the electric pole main body .

In the present invention, the pole member includes a pole main body that is erected on the ground; A camera support protruding from one side of the electric pole main body and on which the surveillance camera is mounted; And an illumination support protruding to the other side of the electric pole main body and mounted with the lighting device, wherein the electric pole main body is formed with a support through-hole through which the camera support is vertically erected, and the support through- And the camera support frame is rotated by the support frame rotation part and inserted into the electric pole main body to be stored therein.

The surveillance camera device using solar energy according to the present invention further includes a watch mounted on the pole member, the watch being operated by a movement of rotating a second hand, a minute hand, and an hour hand, the movement being connected to the rechargeable battery, The solar cell unit is rotatably mounted on the pole member and rotates along the movement of the sun through the unit rotating machine unit rotating in engagement with the minute hand actuating gear so as to face the sun.

The unit rotary gear unit according to the present invention includes a spur gear engaged with the minute hand actuating gear, a first bevel gear provided on a rotary shaft of the spur gear, a second bevel gear provided on a rotary shaft of the solar cell unit, And a second bevel gear.

The present invention has the effect of solving the power problem by minimizing the energy consumption and managing the energy efficiently through the dual power control by receiving the power using the solar energy and being eco-friendly.

The present invention has the effect of increasing the convenience of a pedestrian by operating a display that displays various information by using solar energy to inform the outside.

The present invention has the effect of guiding a natural disaster such as a typhoon through a display, and safely positioning a streetlight and a surveillance camera in a natural disaster such as a typhoon, thereby greatly improving the safety of the pedestrian.

1 is a schematic view showing a monitoring camera apparatus using solar energy according to the present invention;
2 is a block diagram illustrating an operation control unit in a surveillance camera apparatus using solar energy according to the present invention.
3 and 4 are views showing an embodiment of a surveillance camera device using solar energy according to the present invention
5 to 7 are views showing an embodiment of an illumination support in a surveillance camera device using solar energy according to the present invention
8 to 11 are views showing an embodiment of a camera support in a surveillance camera device using solar energy according to the present invention
12 and 13 are views showing still another embodiment of a surveillance camera device using solar energy according to the present invention

The present invention will now be described in detail with reference to the accompanying drawings. Hereinafter, a repeated description, a known function that may obscure the gist of the present invention, and a detailed description of the configuration will be omitted. Embodiments of the present invention are provided to more fully describe the present invention to those skilled in the art. Accordingly, the shapes and sizes of the elements in the drawings and the like can be exaggerated for clarity.

FIG. 1 is a schematic view showing a surveillance camera device using solar energy according to the present invention. Referring to FIG. 1, a surveillance camera device including a dual power controller 61 according to the present invention includes a pole member 10 ).

The pole member 10 is, for example, a cylindrical pole having a space in which wires such as electric wires can be formed. The pole member 10 is installed vertically on the ground.

A surveillance camera 20 and a lighting device 30 are mounted on the electric pole member 10 and the lighting device 30 is a streetlight for illuminating a street. The streetlight includes a high pressure mercury lamp, It is preferable that the light source includes a light source body that emits light by receiving an electric power source such as a fluorescent lamp, sodium lamp, a light bulb, an LED, or the like, and whose brightness is controlled by supplied power.

For example, the surveillance camera 20 is a CCTV camera, and the surveillance camera 20 is a rotating and fixed surveillance camera.

The electric pole member (10) includes a pole main body (11) which is erected on the ground;

A camera support 12 protruding from one side of the electric pole main body 11 and on which the surveillance camera 20 is mounted; And

And an illumination support 13 protruding to the other side of the electric pole main body 11 and on which the illumination device 30 is mounted.

The camera support base 12 is disposed on the upper side of the pole main body 11 in order to secure a view of the surveillance camera 20 and the surveillance camera 20 is disposed on the end side of the camera support base 12 As an example.

The camera support base 12 is disposed on the upper side of the electric pole main body 11 in order to increase the irradiation angle of the light emitted from the illumination device 30 and to efficiently illuminate the camera support base 12, Is mounted and mounted on the end side of the illumination support 13 as an example.

The photovoltaic unit 40 is connected to the rechargeable battery 50 to charge the rechargeable battery 50 with electric power.

The monitoring camera apparatus using solar energy according to the present invention may further include a display unit 70 installed on the pole member 10 and outputting a character or an image to a screen. The display unit 70 is an example of outputting a character or image received from the main control center 1, and it is also possible to receive other information and output it as a character or an image.

The main control center 1 receives an image photographed by the surveillance camera 20, stores and manages the image, and controls the surveillance camera 20 as a supervisory room that totally controls maintenance of the surveillance camera 20 20, a main server for storing images of the surveillance camera 20, and an operation control unit for controlling the operation of the surveillance camera 20 and the screen output of the display unit 70 .

The main control center 1 includes equipment history management software using a QR code and a screen control unit for controlling a screen output displayed on the display unit 70.

The rechargeable battery 50 may be embedded in the ground and installed in the control box 15 mounted on the pole member 10 in the present invention.

The surveillance camera device using solar energy according to the present invention is connected to the rechargeable battery 50, the illuminating device and the surveillance camera 20 and is connected to the illumination device and the surveillance camera 20 from the rechargeable battery 50 And an operation control unit 60 for controlling the supplied power.

The operation control unit 60 is also electrically connected to the display unit 70 to supply power to the display unit 70 and to control the operation of the display unit 70 and the screen output.

The display unit 70 is an LED electric signboard utilizing a low-power LED. The display unit 70 outputs a guide character due to a change in the environment to a screen. Examples of the guide character include a heavy rain, a typhoon, and a heavy snow warning. The main control center 1 may include a character conversion program of the LED display board so as to transmit the guide letter and display the LED character on the LED display board and to manage the characters displayed on the LED display board.

The operation control unit 60 may be embedded in the ground and installed in the control box 15 mounted on the pole member 10 in the present invention.

2, the operation controller 60 includes a dual power controller 61 for distributing and supplying power to the camera and the illumination device;

A lighting control unit (62) for controlling the brightness of the lighting device (30) according to an image captured by the surveillance camera (20); And

And a communication unit 63 for transmitting an image photographed by the surveillance camera 20 to the main control center 1 and receiving an operation signal of the main control center 1. [

The dual power source control unit supplies electric power required for operation of the surveillance camera 20, the lighting device 30, and the operation control unit 60 by using electric power, that is, electric power charged in the rechargeable battery 50.

The dual power source control unit charges the power generated from the solar cell unit 40 with the rechargeable battery 50 and maintains the remaining amount of the rechargeable battery 50 at a predetermined amount or more, Of the capacity, so that the power supply can be smoothly performed even in an emergency. The dual power source control unit charges the battery 50 with the power generated by the solar cell unit 40 by daylight during the daytime and controls the solar cell unit 40 by the light generated by the lighting device 30 at night. And the battery 50 is charged with electric power generated in the battery 40.

The emergency power supply line may be connected to the dual power supply control unit so that the power generated by the power plant can be supplied to the surveillance camera (100) when the remaining amount of the rechargeable battery (50) 20, the lighting device 30, and the operation control unit 60, respectively.

When the image photographed by the surveillance camera 20 is photographed with a specific image, that is, an event image in a dangerous situation, the illumination control unit 62 increases the brightness of the illumination device 30 using a dimmer switch, So that the photographing of the camera can be performed more clearly.

The illumination control unit 62 stores a plurality of specific event images in a dangerous situation and senses the event images similar to the stored event images among images captured in real time in the surveillance camera 20 to detect the brightness of the illumination device 30 When the surveillance camera 20 is photographed in a general situation different from the image in which the image photographed in real time is stored, the brightness of the illuminator 30 is reduced again to return to the original illumination state, Minimize consumption.

The lighting control unit 62 is connected to the main control center 1 through the communication unit 63 and stores a plurality of specific event images in a dangerous situation in the main control center 1. The main control center 1 Receives the video of the surveillance camera 20 in real time via the communication unit 63 and compares it with the stored specific event video to compare the video with the event video stored in the surveillance camera 20, And transmits the illumination brightness control signal for brightening the brightness of the illumination device 30 to the illumination control unit 62 through the communication unit 63.

In addition, when the surveillance camera 20 is photographed in a general situation different from the image in which the image photographed in real time is stored, the illumination brightness control signal for dimming the brightness of the illumination device 30 is transmitted to the illumination control unit 62 ).

The illumination control unit 62 controls the brightness of the illumination device 30 from the main control center 1 or the brightness of the illumination device 30 to return the brightness of the illumination device 30 to its original state, The brightness of the lighting device 30 may be controlled by receiving a brightness control signal for dimming the brightness of the device 30 to the original predetermined brightness.

The operation control unit 60 may further include a display controller 64 for controlling the screen output of the display unit 70.

The display controller 64 is connected to the main control center 1 through the communication unit 63 and receives a guide letter from the main control center 1 to control a screen displayed through the display unit 70 .

The display unit 70 may output a broadcasting screen such as news or may output the current surrounding weather information and the weather forecast to the screen.

The monitoring camera device using solar energy according to the present invention may further include a temperature sensor 80 connected to the display controller 64 and sensing an external temperature;

A rainfall amount sensor 81 connected to the display controller 64 and detecting an external rainfall amount;

A humidity sensor 82 connected to the display controller 64 for sensing humidity outside; And

And a wind sensor connected to the display controller 64 and detecting wind direction and wind speed of the outside. The display controller 64 controls the temperature sensor 80, the precipitation sensor 81, The sensor 82 can display the weather information of the corresponding position detected by the wind sensor, that is, the temperature, the precipitation, the humidity, the wind direction, and the wind speed through the display unit 70. [

The surveillance camera device using solar energy according to the present invention is characterized in that the inspection history information of the surveillance camera 20 mounted on the pole member 10 is provided to the pole member 10, (2). ≪ / RTI >

The terminal 2 carried by the inspector, that is, the smartphone recognizes the QR code, and when it recognizes the QR code, it connects with the main control center 1 to transmit the test history information of the surveillance camera 20 And updates the inspection history information, and the updated information is transferred to the main control center 1 and stored.

The inspector who checks, maintains, and maintains the surveillance camera 20 recognizes the QR code through the portable wireless terminal 2, i.e., a smart phone, and then checks and maintains the surveillance camera 20 Checks and checks the contents, and inputs the contents of the inspection and maintenance through the smartphone, and transfers the contents to the main control center 1 and stores them.

The wireless terminal 2 transmits a failure status and a check status of the surveillance camera 20 through bidirectional wireless communication with the main control center 1. [

The wireless terminal 2 may be connected to the display controller 64 through the communication unit 63 to control the screen of the display unit 70. The screen output of the display unit 70 may be a character or You can also directly convert and input images.

Referring to FIG. 3, a surveillance camera device using solar energy according to the present invention includes a wind sensing sensor 83 for sensing wind speed and direction of wind flowing from the outside of the solar cell unit 40; And

A solar cell rotation motor 90 that rotates the solar cell unit 40 and is mounted in the pole member 10; And

A strong wind sensing control unit 100 connected to the wind sensing sensor 83 and the solar cell rotation motor 90 for rotating the solar cell unit 40 according to the wind direction sensed by the wind sensing sensor 83 .

The strong wind sensing controller 100 is included in the operation controller 60 and receives power from the rechargeable battery 50 to supply power to other connected devices and controls the operation of other connected devices.

The solar cell unit 40 generates electric power through sunlight and preferably has a large plane. The larger the size, the larger the generating capacity.

However, when a strong wind caused by a typhoon blows around the pole member 10, when the wind direction coincides with the front surface of the solar cell unit 40 having a relatively large area as compared with the pole member 10, There is a high risk that an accident that the solar cell unit 40 installed on the upper end side of the electric pole member 10 falls down is caused and the pole member 10 falls down due to strong wind An accident may occur.

4, when the wind speed sensed by the wind sensor 83 is equal to or higher than a preset speed, the wind direction sensing controller 100 operates the solar cell rotation motor 90 to change the wind direction of the wind The solar cell unit 40 is rotated in such a manner that the side surfaces of the solar cell unit 40 are aligned to minimize the resistance of the solar cell unit 40 due to strong wind to prevent accidents caused by strong winds.

The lighting device 30 is mounted on the lighting support 13 and is installed on the upper end side of the electric pole main body 11 in order to ensure the safety of the lighting efficiency and passage, The lighting device 30, that is, the street lamp, may fall and cause a serious accident.

5, the electric pole main body 11 is provided with an illumination moving rail part 14 extending upwardly and downwardly on the outer circumferential surface thereof, and the lighting support part 13 is fixed to the lighting moving rail part 14 And the illumination main body 11 is provided with illumination position fixing means 110 for fixing and releasing the position of the illumination support 13.

The lighting support 13 includes a first moving wheel 13c disposed transversely and disposed in the lighting moving rail part 14 at one end thereof for rolling movement, A support 13a; And

And a truss support 13b provided at one end thereof with a second moving wheel 13d disposed in the illumination moving rail part 14 and rolling and connected to the transverse support 13a at the other end.

The illuminating support 13 firmly supports the illuminating device 30 in a truss structure through the transverse support 13a and the truss support 13b and supports the transverse support 13a and the truss support 13b, Can be naturally dropped by the load within the illumination moving rail part (14) by the first moving wheel (13c) and the second moving wheel (13d).

The illumination position fixing means 110 is provided with a first locking protrusion 111a protruding into the illumination moving rail part 14 at an upper portion thereof to support a lower portion of the horizontal support frame 13a, A support rest 111 which protrudes into the movable rail part 14 and protrudes from the second locking protrusion 111b for supporting the lower part of the truss support 13b and is mounted in the pole main body 11; And

The first and second locking protrusions 111a and 111b are installed in the electric pole main body 11 such that the first and second locking projections 111a and 111b are moved forward and backward, And a hook moving part 112 for hooking the lower part of the support base 13b or releasing the hooked state.

The engaging portion 112 includes a resize portion 112a connected to the supporter engaging portion 111 and disposed laterally; And a pinion gear portion 112b engaged with the resize portion 112a and rotated by a motor.

The motor is connected to the strong wind sensing controller 100 and the operation of the motor is controlled. The strong wind sensing controller 100 operates the motor when the speed of the wind sensed by the wind sensor 83 is equal to or higher than a predetermined speed The first latching protrusion 111a and the second latching protrusion 111b are moved in the horizontal direction of the transverse support body 13a and the truss support 13b by moving the support latching portion 111 to the inside of the electric pole main body 11, Thereby releasing the engaged state.

The illumination support 13 is supported by the horizontal support 13a and the lower part of the truss support 13b in a state where the lower support 13a and the truss support 13b are engaged by the first engagement protrusion 111a and the second engagement protrusion 111b, And when the lower portions of the transverse support 13a and the truss support 13b are not caught by the first and second engaging projections 111a and 111b, Is located on the lower side of the electric pole main body (11), thereby preventing an accident that the lighting device (30) is caused to fall by strong wind.

It is preferable that a supporting frame hoist 120 for lifting the lighting support frame 13 is provided inside the pole main body 11. The supporting frame hoisting frame 120 is provided with a wire portion A take-up reel 122 which is rotated by a take-up motor to take up the wire portion 121 and a guide roll 123 which guides the wire portion 121 to be wound or unwound by the take- .

The wire portion 121 is unwound from the take-up reel 122 when the illumination support 13 is automatically dropped by its own load. When the take-up reel 122 is rotated in a direction opposite to the direction in which the take-up reel 122 is unwound by the take-up motor, the take-up reel 122 is wound.

The support crane 120 is connected to the strong wind sensing control unit 100. The strong wind sensing control unit 100 detects the strong wind warning when the lighting support 13 is automatically dropped by the load, When the wind speed sensed by the sensor 83 is maintained at a predetermined wind speed or less, the motor of the supporting hoisting machine 120 is operated to wind the wire portion 121 to the winding reel 122, ) Is moved up to the home position, that is, the predetermined height.

After the illumination support member 13 is returned to its original position, the strong wind sensing control unit 100 operates the engagement moving unit 111 to move the first and second locking projections 111a and 111b The lower support part 13a and the lower part of the truss supporting part 13b are moved to the first engaging projection 111a and the second engaging projection 13b by moving the support frame engaging part 111 so as to protrude from the illumination moving rail part 14, So that the position of the illumination support 13 is stably fixed.

The display unit 70 is installed on the lighting support 13 and falls down to the lower portion of the electric pole main body 11 together with the lighting device 30 when strong winds are generated by a typhoon, It is preferable to prevent an accident that is caused by falling of the vehicle.

6, the first moving wheel 13c is provided on both sides of the horizontal support 13a in the lighting movement rail part 14 and is engaged with the lighting movement rail part 14, Referring to FIG. 7, the second moving wheel 13d is provided on both sides of the truss support 13b in the lighting movement rail part 14 and is hooked in the lighting movement rail part 14.

The first locking protrusion 111a and the second locking protrusion 111b are engaged with the lower end of the one end of the transverse support 13a and the lower end of the one end of the truss support 13b, Fix the position.

8, the camera support base 12 is provided with a camera movement rail part 12e on which the surveillance camera 20 is moved in the horizontal direction, And a camera moving wheel 21 disposed in the part 12e and rotated by the traveling motor. The traveling motor is connected to the strong wind sensing controller 100. When the wind speed sensed by the wind sensing sensor 83 is equal to or higher than a predetermined speed, the strong wind sensing controller 100 operates the traveling motor, The surveillance camera 20 is moved to the pole main body 11 side so as to be located as close as possible to the pole main body 11. [

The surveillance camera 20 is located on the end side of the camera support table 12 in order to secure a view, and there is a high risk of falling off the camera support table 12 due to strong winds caused by a typhoon.

When the strong wind is generated by the typhoon, the strong wind sensing control unit 100 operates the traveling motor so that the surveillance camera 20 is positioned as close as possible to the electric pole main body 11, (20) and the surveillance camera (20) pushed by the strong wind, thereby preventing the occurrence of an accident caused by the falling of the surveillance camera (20).

In addition, the surveillance camera 20 is normally operated, and can transmit an image of a surrounding situation due to a current typhoon to the main control center 1 in real time.

When the wind speed detected by the wind speed sensor 83 is maintained at a predetermined wind speed or lower, the wind speed sensing controller 100 operates the traveling motor in the reverse direction to stop the wind speed detection by the surveillance camera 20, That is, the end portion of the camera support base 12, which can smoothly secure the view.

9, the length of the camera support 12 is adjustable so that the surveillance camera 20 is positioned as close as possible to the pole main body 11 when strong winds are generated by a typhoon.

The camera support base (12) includes a guide support member (12a) protruding from one side of the pole main body (11) and having a movement passage in the horizontal direction;

A moving member 12b movably coupled to the moving path of the guide supporting member 12a and having a thread groove for screw coupling to which a screw is coupled and on which the monitoring camera 20 is installed;

A moving screw member (12c) coupled to a screw engagement groove of the moving member; And

And a screw rotation motor 12d which rotates the movable screw member 12c and is mounted and fixed inside the electric pole main body 11. [

The moving member 12b is protruded to one side of the guide supporting member 12a or moved to be inserted into the guide supporting member 12a according to the rotating direction of the moving screw member 12c, (12).

The screw rotation motor 12d is connected to the strong wind sensing controller 100. When the wind speed sensed by the wind sensor 83 is higher than a predetermined speed, The motor 12d is operated so that the moving member 12b is inserted into the guide supporting member 12a by the rotation of the moving screw member 12c, As far as possible to the electric pole main body (11).

The surveillance camera 20 is located on the end side of the camera support table 12 for securing a view, and there is a high risk that the surveillance camera 20 is dropped from the camera support table 12 due to strong wind caused by a typhoon.

The strong wind sensing controller 100 operates the screw rotation motor 12d to place the surveillance camera 20 as close as possible to the electric pole main body 11 when strong wind is generated by a typhoon, And serves to block the strong wind that is applied to the surveillance camera 20 and to support the surveillance camera 20 that is pushed by the strong wind, thereby preventing an accident caused by the surveillance camera 20 being dropped.

In addition, the surveillance camera 20 is normally operated, and can transmit an image of a surrounding situation due to a current typhoon to the main control center 1 in real time.

When the wind speed detected by the wind speed sensor 83 is maintained at a predetermined wind speed or lower, the wind speed sensing controller 100 operates the traveling motor in the reverse direction to stop the wind speed detection by the surveillance camera 20, That is, the end portion of the camera support base 12, which can smoothly secure the view.

10, a support pedestal passage hole 11a through which the camera support pedestal 12 is vertically erected is formed in the electric pole main body 11, and the support pedestal passing hole 11a is opened and closed by a door 11b And the camera support base 12 may be rotated by the support base rotation unit 130 and inserted into the main pole body 11. This prevents the camera support table 12 from being deformed and damaged by strong winds when strong winds are generated by a typhoon and causing the surveillance camera 20 to fall down due to strong winds to cause a safety accident.

The support unit rotation unit 130 includes a camera support rotation motor 131 mounted in the electric pole main body 11 to generate a rotation force for rotating the camera support unit 12;

And a plurality of power transmission gears 132 for transmitting the rotational force of the camera support rotation motor 131 to the camera support 12.

One end of the camera support 12 is rotatably hinged to the inside of the electric pole main body 11 and the power transmission gear 132 is supported by a first gear 132a provided on the hinge of the camera support 12 And a second gear 132b provided on the motor shaft of the camera support rotation motor 131 and engaged with the first gear 132a.

The electric pole main body 10 is preferably provided with a truss pedestal 16 for supporting a lower portion of the camera support pedestal 12. This supports the lower portion of the camera support table 12 lifted by the camera support table rotation motor 131 so that the camera support table 12 can be held horizontally and firmly at normal times.

That is, the camera support base 12 receives the rotational force of the camera support rotation motor 131 through the first gear 132a and the second gear 132b and is lifted up through the support base passing hole 11a Can be inserted and stored in the electric pole main body (11).

11, a door 11b for opening and closing the support passage hole 11a is rotatably mounted on one side of the support passage hole 11a in the electric pole main body 11, and an electric motor (Not shown) to open and close the supporter through-hole 11a.

A part of the support frame passing hole 11a is kept open in a lower portion of the door 11b and the camera support 12 passes through the opened portion to protrude to the outside of the electric pole main body 11 As shown in Fig.

The camera support rotation motor 131 and the electric motor are connected to the strong wind detection control unit 100 so that strong winds such as a bending of the camera support 12 or a drop of the surveillance camera When the wind speed sensor 100 senses the wind speed to be generated by the wind sensing sensor 83, the strong wind sensing control unit 100 rotates the door 11b with the electric motor to open the support pedestrian passing hole 11a, The camera support table 12 is lifted up by the support table rotation motor 131 so that the camera support table 12 is inserted into the electric column main body 11 through the support table passage hole 11a and stored.

The door 11b is retracted after the camera support base 12 passes through the support base through-hole 11a to close the support base through-hole 11a.

When the wind speed detected by the wind speed sensor 83 is maintained at a predetermined wind speed or less, the strong wind sensing controller 100 controls the strong wind sensing controller 100 to rotate the door The camera support frame 12 is rotated to lower the camera support frame 12 with the camera support frame rotation motor 131 after the support frame through hole 11a is opened by rotating the camera support frame 11b, And is positioned so as to be seated on the upper portion of the truss pedestal 16.

The door 11b is retracted after the camera support base 12 passes through the support base through-hole 11a to close the support base through-hole 11a.

The camera support 12 and the surveillance camera 20 are inserted into the pole main body 11 when a typhoon is generated to prevent a safety accident caused by falling of the surveillance camera 20, Thereby being prevented from being damaged or damaged.

12, a surveillance camera device using solar energy according to the present invention is operated by a second hand, a minute hand, a movement (not shown) for rotating the hour hand, and a clock 140 mounted on the electric pole member 10, (Not shown) that rotates the second hand in engagement with a gear provided on the shaft of the watch motor, and a second hand operating gear A minute hand operating gear 141 for rotating the minute hand by engaging with the operating gear, and an hour hand actuating gear (not shown) for engaging with the minute hand actuating gear 141 to rotate the hour hand.

The upper part of the electric pole main body 11 is provided with an upper rotation part 11a which is mounted on the upper part of the solar cell unit and rotates by the operation of the clock 140. In the upper rotation part 11a, The solar cell unit 40 can be rotated separately by mounting the solar cell unit 90 on the solar cell module.

The movement is connected to the rechargeable battery 50 and is operated by receiving power charged by the solar cell unit 40. The solar cell unit 40 is rotatably mounted on the pole member 10, And is rotated by rotation of the minute hand operating gear 141 through a unit rotating machine unit 142 which rotates in engagement with the minute hand operating gear 141.

13, the unit rotating machine unit 142 includes a spur gear 142a engaged with the minute hand actuating gear 141, a first bevel gear 142b provided on the rotating shaft of the spur gear 142a, And a second bevel gear 142c engaged with the first bevel gear 142b and provided on a rotating shaft of the solar cell unit 40.

The unit rotating machine unit 142 converts the rotating force of the minute hand driving gear 141 in the vertical direction through the first bevel gear 142b and the second bevel gear 142c to rotate the solar cell unit 40 .

The unit rotator unit 142 rotates the solar cell unit 40 along the movement of the sun in accordance with the time that the solar cell unit 40 is recognized by the clock 140, It is able to generate maximum power by receiving sunlight.

Since the solar cell unit 40 is rotated in conjunction with the movement of the timepiece 140, the solar cell unit 40 rotates to coincide with the movement of the sun over time without any power consumption, The power generation efficiency is maximized.

The present invention solves the power problem by supplying energy using solar energy and being eco-friendly, minimizing energy consumption through dual power control and efficiently managing energy.

The present invention increases the convenience of a pedestrian by operating a display that displays various information by using solar energy to inform the outside.

The present invention guides a natural disaster such as a typhoon through a display, and safely places a streetlight and a surveillance camera in a natural disaster such as a typhoon, thereby greatly improving the safety of a pedestrian.

In the present invention, power is supplied and operated not only to the surveillance camera 20, the lighting apparatus 30, and the display unit 70 but also to a plurality of the motors, sensors, and the like by using solar energy, It is possible to implement a camera device capable of various operations as described above.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications, and variations will be apparent to those skilled in the art in light of the above teachings. will be.

10: electric pole member 11: electric pole main body
11a: Supporting base passing hole 11b: Door
12: camera support 12a: guide supporting member
12b: moving member 12c: moving screw member
12d: screw rotating motor 12e: camera moving rail part
13: illumination support 13a: horizontal support
13b: truss support 13c: first moving wheel
13d: second moving wheel 14: light moving rail part
15: Control box 16: Truss base
20: Surveillance camera 21: Camera moving wheels
30: Lighting device 40: Solar cell unit
50: rechargeable battery 60: operation control unit
61: dual power supply controller 62:
63: communication unit 64: display controller
70:

Claims (15)

A pole member standing upright on the ground;
A surveillance camera mounted on the pole member;
A lighting device mounted on the electric pole member;
A solar cell unit mounted on the pole member and generating electric power by solar heat;
A rechargeable battery connected to the solar cell unit and storing power generated by the solar cell unit;
An operation controller connected to the rechargeable battery, the illumination device, and the surveillance camera to control power supplied from the rechargeable battery to the illumination device and the surveillance camera;
A wind sensing sensor for sensing wind speed and direction of wind flowing from the outside of the solar cell unit;
A solar battery rotation motor that rotates the solar cell unit and is mounted in the electric pole member; And
And a strong wind sensing control unit connected to the wind sensing sensor and the solar cell rotation motor to rotate the solar cell unit according to the wind direction sensed by the wind sensing sensor,
Wherein the strong wind sensing control unit operates the solar cell rotating motor to wind the solar cell unit in such a manner that the wind direction of the wind and the side surface of the solar cell unit coincide with each other when the wind speed detected by the wind sensing sensor is greater than a predetermined speed, Lt; / RTI &
The electric pole member
A pole body mounted on the ground;
A camera support protruding from one side of the electric pole main body and on which the surveillance camera is mounted; And
And an illumination support protruding from the other side of the electric pole main body and on which the illumination device is mounted,
The electric pole main body is provided with an illumination moving rail portion in the up and down direction on the outer peripheral surface,
Wherein the illumination support is movably coupled to the illumination moving rail part in an upward and downward direction,
The electric pole main body is provided with an illumination position fixing means for fixing and releasing the position of the illumination support,
The illumination support includes:
And a first moving wheel disposed at one end of the moving carriage and disposed within the lighting moving rail to move in a rolling direction, And
And a truss support which is provided at one end thereof with a second moving wheel which is disposed in the illumination moving ray part and rolls and whose other end is connected to the transverse support,
Wherein the first moving wheel and the second moving wheel are capable of falling by a load within the lighting moving rail,
The illumination position fixing means,
And a second locking protrusion protruding into the lighting movement rail at a lower portion thereof for supporting a lower portion of the truss support frame is provided with a protrusion protruding into the lighting movement rail, And a support rest part which is mounted in the main body of the electric pole; And
A latch moving unit installed in the electric pole main body to move the support frame latching unit forward and backward to thereby allow the first latching pawl and the second latching pawl to hang the latch member and the lower portion of the truss support, ≪ / RTI &
A support frame lifting device for lifting the illumination support frame is provided inside the electric pole main body,
The supporting-
A wire portion connected to the illumination support;
A take-up reel that is rotated by a take-up motor to take up the wire portion; And
And a guide roll for guiding the wire portion to be wound or unwound by the take-up reel. The method according to claim 1,
And a display unit installed in the electric pole member and outputting a character or image to a screen,
Wherein the operation control unit comprises: a dual power source controller for distributing and supplying power to the camera and the lighting device;
A lighting control unit for controlling the brightness of the lighting device according to an image taken by the surveillance camera;
A communication unit for transmitting an image photographed by the surveillance camera to a main control center and receiving an operation signal of the main control center; And
And a display controller for controlling a screen output of the display unit. The method of claim 2,
Wherein the illumination control unit increases the brightness of the illumination device by using a dimmer switch when a situation of an image photographed by the monitoring camera is compared with a situation of a specific image stored. The method of claim 2,
Wherein the display controller is connected to a main control center through the communication unit and receives a guide letter from the main control center to control a screen output through the display unit. The method of claim 2,
Wherein the wind sensor is connected to the display controller,
A temperature sensor connected to the display controller and sensing an external temperature;
A rainfall amount sensor connected to the display controller and detecting an external rainfall amount; And
And a humidity sensor connected to the display controller for sensing humidity outside,
Wherein the display controller displays the temperature, the amount of rain, the humidity, the wind direction, and the wind speed of the corresponding location through the display unit. The method of claim 2,
Further comprising a QR code provided on the electric pole member and enabling the inspector to confirm the inspection history information of the monitoring camera mounted on the electric pole member through the wireless terminal. delete delete delete delete The method according to claim 1,
Wherein the camera support bar includes a camera movement rail portion in which the surveillance camera is moved in a lateral direction,
The surveillance camera includes a camera moving wheel disposed in the camera moving rail and rotated by a traveling motor,
The traveling motor is connected to the strong wind sensing control unit,
And the gust wind sensing controller activates the traveling motor to move the surveillance camera to the electric pole main body side so as to be located as close as possible to the electric pole main body when the wind speed sensed by the wind sensing sensor is equal to or higher than a predetermined speed A surveillance camera device using solar energy. The method according to claim 1,
The camera support,
A guide supporting member protruding from one side of the electric pole main body and having a moving passage in the transverse direction;
A moving member movably coupled to the moving path of the guide supporting member and having a thread groove for screw coupling to which a screw is coupled and on which the monitoring camera is installed;
A moving screw member coupled to the screw groove for screw engagement of the moving member; And
And a screw rotating motor which is mounted and fixed inside the electric pole main body while rotating the movable screw member,
Wherein the screw rotation motor is connected to the strong wind sensing controller and the gust blow sensing controller activates the screw rotation motor when the wind speed sensed by the wind sensor is greater than a predetermined speed, So that the surveillance camera is positioned as close as possible to the pole main body to the pole main body side by inserting the movable member into the guide support member. The method according to claim 1,
In the electric pole main body,
Wherein the camera support frame is rotatably supported by the support frame rotation part and inserted into the electric pole main body and is stored therein. Surveillance camera device using energy. The method according to claim 1,
Further comprising a watch mounted on the pole member, the watch being operated by a movement of rotating a second hand, a minute hand, and an hour hand,
The movement includes a clock motor connected to the rechargeable battery and operated by receiving electric power, a second hand actuating gear rotating in engagement with a gear provided on the shaft of the watch motor to rotate the second hand, And an hour hand actuating gear engaged with the minute hand actuating gear to rotate the hour hand,
Wherein the solar cell unit is rotatably mounted on the pole member and is rotated along the movement of the sun through the unit rotator fisher unit which rotates in engagement with the minute hand actuating gear so as to face the sun, Device. 15. The method of claim 14,
The unit rotary gear unit includes a spur gear engaged with the minute hand actuating gear, a first bevel gear provided on a rotary shaft of the spur gear, a second bevel gear engaged with the first bevel gear, And a monitoring camera device using solar energy.

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