KR101026301B1 - Compact type manless camera device - Google Patents

Abstract

PURPOSE: A compact type unmanned camera device is provided to improve the convenience by eliminating large size control unit body. CONSTITUTION: A plurality of capacitors(210) for an LED lighting board charges electricity. An LED lighting control board(200) having a microcomputer(240) is combined with a component piling panel. An external signal is inputted through the microcomputer. A CPU(410) of a main board(400) operates a camera. The CPU recognizes the license plate.

Description

Compact type manless camera device

The present invention relates to a compact unmanned photographing apparatus, and more particularly, a cable from a large controller enclosure and a large controller enclosure to a photographing and lighting apparatus to be installed on any one side of a pole for configuring a conventional unmanned photographing apparatus. In order to solve the problem, the control means and the power means included in the large controller housing are formed inside the case constituting the shooting and lighting device, and at the same time, the cable has to be installed from the large controller housing to the shooting and lighting device. The present invention relates to a compact unmanned photographing apparatus that can be solved.

As shown in FIG. 1, the conventional unmanned speed control device and the crime prevention CCTV have a large controller housing 20 installed on either side of the pole, and a photographing and lighting device 10 for photographing an object on the pole side. Install).

At this time, the construction that must be connected to each other through the cable for the control and power supply between the controller enclosure and the shooting and lighting device is necessary, the construction cost compared to the product cost for the main device is excessive, the overall installation cost increases Provided.

The large controller housing includes a communication device 21, a main controller 22, a power supply 23, and a terminal block 24 as shown in FIG. 1A.

In addition, the installation of a large controller enclosure in India was inconvenient for the passage of pedestrians. (Unmanned standardized enclosure is 1100mm x 650mm x 650mm)

On the other hand, the photographing and lighting device, as shown in Figure 1 installed the camera inside the case and the configuration of the lighting device is installed in any adjacent area was forced to increase the overall appearance size.

As a result, the controller enclosure and the photographing and lighting device eliminate the construction that must be connected to each other through a cable for control and power supply, thereby reducing the overall installation cost and at the same time presenting an unmanned photographing device that is compactly constructed.

The present invention is to solve the problems as described above, the object of the present invention is a cable from the large controller enclosure and large controller housing is installed on any one side of the pole for constituting the conventional unmanned imaging device from the cable to the shooting and lighting device In order to solve the problem that must be installed, the control means and power means included in the large controller housing must be formed inside the case constituting the shooting and lighting device, and at the same time, the cable from the large controller enclosure to the shooting and lighting device must be installed. This is to solve the disadvantage.

Another object of the present invention is to install an LED lighting board integrated with a plurality of LED elements on the front surface of the LED jig fixing jig, and to install a camera around the LED element to be smaller than the conventional case size .

Still another object of the present invention is to provide a main board by dualizing the power supply means into a main board power supply unit for supplying power to the main board and an LED lighting control board power supply unit for supplying power to the LED lighting control board. It supplies power of 12V and supplies more than 15V to LED lighting control board so that stable control can be performed.

Still another object of the present invention is to install a light shielding film around the camera to block the light generated from the LED light from entering the camera.

Still another object of the present invention is to form a sliding rail to be coupled to the case groove formed in the case on both sides of the component placement panel to facilitate the coupling and separation of the component placement panel from the case, formed on the component placement panel Various control parts can be easily replaced.

In order to achieve the above object, the present invention provides a compact unmanned photographing apparatus,

A part placement panel 100;

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;

An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;

A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;

An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;

An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;

A camera 500 installed at an upper front of the component placement panel to capture a vehicle;

A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;

A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;

The case 900 is configured to include, to solve the problems of the present invention.

The inventors of the compact unmanned photographing device,

Control means and power included in the large controller housing to solve the problem of installing a cable from the large controller housing and the large controller housing to the shooting and lighting device to be installed on any one side of the pole for constituting the conventional unmanned imaging device By forming the means inside the case constituting the photographing and lighting device, it is possible to eliminate the need for an oversized controller enclosure, thereby eliminating the inconvenience of traffic, and from the large controller enclosure due to the removal of the oversized controller enclosure. It solves the disadvantage of installing the cable to the shooting and lighting device, thereby providing a cost reduction effect.

In addition, the LED lighting board integrated with a plurality of LED elements on the front surface of the LED lighting board fixing jig, and the camera is installed around the LED element to be configured to be smaller than the conventional case size, compact unmanned shooting It is possible to provide a device.

In addition, the power supply unit for the main board to supply power to the motherboard and the LED lighting control board for supplying power to the power supply unit for the dual power supply means to provide a 12V power to the motherboard In addition, the LED lighting control board to supply more than 15V power to provide an effect that can perform a stable control.

In addition, the light blocking screen is installed around the camera, thereby providing an effect of blocking the light generated from the LED lighting from entering the camera.

In addition, the sliding rail is formed on both sides of the component placement panel so as to be slidably coupled to the case groove formed in the case so that the component placement panel can be easily coupled and separated from the case, thereby easily controlling various control parts formed in the component placement panel. It is possible to replace it, which provides the convenience of maintenance.

1 is an exemplary view showing a large controller housing and a photographing and lighting apparatus of a conventional unmanned photographing apparatus.
Figure 1a is an exemplary view showing the components configured inside a conventional large controller enclosure.
2 is an exemplary view showing an example in which a compact unmanned photographing apparatus according to an embodiment of the present invention is configured in a pole.
3 is an external perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.
Figure 4 is a left exploded perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.
Figure 4a is a right exploded perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.
5 is a perspective view showing an example in which various components are coupled to the component placement panel of the compact unmanned photographing apparatus according to an embodiment of the present invention.

Compact unmanned photographing apparatus according to an embodiment of the present invention,

In the unmanned photographing apparatus,

A part placement panel 100;

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;

An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;

A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;

An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;

An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;

A camera 500 installed at an upper front of the component placement panel to capture a vehicle;

A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;

A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;

Case 900; characterized in that comprises a.

On the other hand, the compact unmanned photographing apparatus according to another embodiment of the present invention,

In the unmanned imaging device,

A part placement panel 100;

An LED lighting control board fixing jig 120 configured to be installed on one side of the upper portion of the component placement panel to couple and fix the LED lighting control board;

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal;

An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;

A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;

An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;

An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;

A camera 500 installed at an upper front of the component placement panel to capture a vehicle;

A main assembly fixing jig 110 configured to be installed on the other side of the upper portion of the component placement panel and to fix the main board 400;

A main board 400 coupled to the fixing jig for the main board, the main board 400 including a central control means 410 for operating a camera and recognizing a license plate of the vehicle;

A fixing jig (not shown) for the power supply means configured to be installed at the rear of the upper portion of the component placement panel to couple and fix the power supply means;

A power supply means (not shown) coupled to the fixing jig for power supply means for supplying power to the main board and the LED lighting control board;

Case 900; characterized in that comprises a.

At this time, the LED lighting board charging capacitor 210,

Form a plurality of capacitors, characterized in that configured to have a capacity of 100,000 100,000 or more.

At this time, the LED lighting board charging capacitor 210,

It is characterized by having a withstand voltage of 25 V or more.

At this time, the microcomputer 240,

It is characterized by adjusting the output time within 1 millisecond (msec).

At this time, the light blocking film 800,

It is formed of a rubber material to be in close contact with the glass window is formed so that foreign matter and rain water to the inside of the case front.

At this time, on both sides of the component placement panel 100,

The sliding rail 610 is formed to be slidably coupled to the case groove 910 formed in the case 900, so that the component placement panel can be easily coupled and spaced from the case.

At this time, in front of the camera 500,

It is characterized by combining the electric zoom lens 510 that can adjust the position of the lens according to the shooting distance.

At this time, the camera 500,

It is characterized by a high resolution progressive camera to recognize the license plate.

At this time, the main board 400,

It is configured to select Composite Camera / Analog Camera, 1394 Digital Camera, USB Digital Camera, and GigE Digital Camera.It is configured to be robust to external environment by installing operating system in CF memory. Built-in USB input / output port, and one of them is equipped with a wireless LAN modem to be used for maintenance and data communication.

In addition, the compact unmanned photographing apparatus according to an embodiment or another embodiment of the present invention,

Characterized in that it further comprises an external storage device for storing the intermittent data taken when the communication with the external control center is lost.

At this time, the power supply means (not shown),

A main board power supply unit 310 for supplying power to the main board,

The LED lighting control board is configured as a power supply unit 300 for the LED lighting control board to supply power to the main board to supply power of 12V, characterized in that the LED lighting control board to supply 15V or more power.

At this time, the power supply means (not shown) according to another embodiment of the present invention,

A main board power supply unit 310 for supplying power to the main board,

It is composed of a power supply unit 300 for the LED lighting control board for supplying power to the LED lighting control board,

Fixing jig for power supply means (not shown)

Installed on the upper rear of the component placement panel, the main board power supply fixing jig 130 for fixing and fixing the main board power supply 310,

It is installed on the upper rear of the component placement panel, characterized in that consisting of the LED lighting control board for power supply fixing jig 140 for fixing the LED lighting control board for power supply 300.

On the other hand, the compact unmanned photographing apparatus according to another embodiment of the present invention,

A part placement panel 100;

An illumination sensor 710 installed at an upper end of the component placement panel and configured to measure external illumination;

A camera 500 installed at an upper front of the component placement panel to capture a vehicle;

In the unmanned photographing apparatus comprising a case 900,

An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;

An LED lighting board 700 in which a plurality of LED elements are integrated;

A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;

It is installed on the top of the component placement panel, characterized in that it comprises a; power supply means for supplying power to the main board and LED lighting control board.

At this time, according to an additional aspect is installed in the upper front of the component placement panel, the LED lighting board fixing jig 810 for coupling and fixing the LED lighting board 700;

It is installed on the front surface of the LED lighting board fixing jig 810, the light blocking film 800 to block the light generated from the LED lights to enter the camera 500; characterized in that the configuration further comprises .

At this time, the LED lighting control board 200,

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

It characterized in that it comprises a microcomputer 240 for adjusting the output time, and receives an external signal.

At this time, the power supply means,

A main board power supply unit 310 for supplying power to the main board,

The LED lighting control board for supplying power to the LED lighting control board is characterized in that it is composed of a power supply unit (300).

At this time, the LED lighting board 700,

While facing the front of the camera, characterized in that the installation is configured to wrap around the camera.

On the other hand, the compact unmanned photographing apparatus according to another embodiment of the present invention,

In the unmanned photographing apparatus,

An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;

A plurality of LED elements are integrated and an LED lighting board 700 positioned at the front of the camera;

A camera 500 configured to be installed at the upper front of the component placement panel and to photograph the vehicle;

A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;

Is configured to be installed on the top of the component placement panel, the power supply means consisting of two to supply power to the main board and LED lighting control board, respectively;

The LED lighting control board 200, the LED lighting board 700, the camera 500, the main board 400, the power supply means are configured in one component placement panel, the LED lighting board 700 and the camera ( Between 500, the light blocking film 800 to block the light generated from the LED illumination to the camera 500 is characterized in that it is configured.

Hereinafter, the present invention will be described with reference to the accompanying compact unmanned photographing device as follows.

2 is an exemplary view showing an example in which a compact unmanned photographing apparatus according to an embodiment of the present invention is configured in a pole.

As shown in FIG. 2, the compact unmanned image capturing apparatus 1000 of the present invention is formed in a pole, and a state in which a conventional enlarged controller enclosure is removed from one side of the pole can be seen.

In addition, the conventional two-hole unmanned photographing device (one is equipped with a camera, two are equipped with a lighting device) had a problem that the aesthetics of the case itself is inevitably large, which is not beautiful.

However, the present invention can provide a one-spherical unmanned photographing apparatus and at the same time can remove the controller housing, which makes it much more compact than the conventional one, which is defined as a compact unmanned photographing apparatus.

This is because, in the present invention, the control means and the power supply means are formed inside the case constituting the photographing and lighting apparatus.

Therefore, the problem that the need to install the cable from the large controller enclosure to the shooting and lighting device according to the effect of eliminating the unnecessarily oversized controller enclosure to eliminate the inconvenience of the traffic, and the removal of the oversized controller enclosure The cost savings can be provided.

3 is an external perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.

As shown in FIG. 3, the camera, lighting, and control means may be integrated into the case to compact the appearance, and a cable connecting the conventional camera and the controller enclosure may be removed, thereby eliminating noise sources. That can provide a better effect.

In addition, it is possible to provide a simple appearance and beautiful design, which also has the effect of enhancing the urban aesthetics.

Figure 4 is a left exploded perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.

Figure 4a is a right exploded perspective view of a compact unmanned photographing apparatus according to an embodiment of the present invention.

5 is a perspective view showing an example in which various components are coupled to the component placement panel of the compact unmanned photographing apparatus according to an embodiment of the present invention.

4 to 5 will be described in detail a compact unmanned photographing apparatus of the present invention.

The inventors of the compact unmanned photographing device,

A part placement panel 100;

An LED lighting control board fixing jig 120 configured to be installed on one side of the upper portion of the component placement panel to couple and fix the LED lighting control board;

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal;

An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;

A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;

An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;

An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;

A camera 500 installed at an upper front of the component placement panel to capture a vehicle;

A main assembly fixing jig 110 configured to be installed on the other side of the upper portion of the component placement panel and to fix the main board 400;

A main board 400 coupled to the fixing jig for the main board, the main board 400 including a central control means 410 for operating a camera and recognizing a license plate of the vehicle;

A fixing jig (not shown) for the power supply means configured to be installed at the rear of the upper portion of the component placement panel to couple and fix the power supply means;

A power supply means (not shown) coupled to the fixing jig for power supply means for supplying power to the main board and the LED lighting control board;

Case 900; characterized in that comprises a.

The component placement panel 100 means a structure in which a bottom frame is installed to couple various components of the present invention to fix each component to the frame.

The LED lighting control board fixing jig 120 is configured to be installed on any one side of the top of the component placement panel, the LED lighting control board is coupled to be fixed.

As shown in the drawing, at least one protrusion (not shown) is formed, and the LED lighting control board corresponding thereto forms a hole (not shown) for inserting the protrusion.

In addition, since heat is generated in the center portion of the board, holes may be formed to allow cooling by air.

The LED lighting control board 200,

Charge capacitor 210 for a plurality of LED lighting boards for storing power,

An output unit 230 for supplying power to the LED lighting board,

It is configured to include a microcomputer 240 for adjusting the output time, and receives an external signal.

The LED lighting board charging capacitor 210 is to form a plurality for storing the power, it is characterized in that it is configured to have a capacity of 100,000 ㎌ or more by forming a plurality of capacitors.

In addition, it is preferable that the high-speed charging and discharging is possible, and has a withstand voltage of 25 V or more.

That is, when the digital circuit is configured, the withstand voltage of the capacitor should be selected to be more than twice the driving voltage. Since the LED lighting board uses a voltage of 15V or more, it is preferable to use a capacitor having a withstand voltage of 25V to 50V.

In addition, the output unit is configured to supply instantaneous power to the LED lighting board, the microcomputer 240 is characterized in that for adjusting the output time within 1 millisecond (msec).

Conventional general LED lighting is darker than xenon lamp strobe lighting, so it provides a maximum brightness by supplying instantaneous current of 1 amp or more per LED element (pulse driving).

However, experiments have shown that currents greater than 1 amp can exceed the rated current of the LED device and cause destruction of the LED device if sustained for several milliseconds or more. It was.

In addition, in general, the illumination signal is output in conjunction with the exposure signal of the camera, in order to prevent the camera exposure time is arbitrarily changed to more than 1 millisecond or more than 1 milli-sec signal in which the external trigger input circuit is set incorrectly. The microcomputer will limit the LED driving signal to within 1 millisecond.

The output time described above is the light output time, and an exposure time shorter than 1/1000 second is required to photograph a vehicle passing at a high speed.

In everyday solar conditions, the exposure time of 1/1000 sec does not interfere with shooting, but if the weather is cloudy, you should use the lights late in the afternoon (after 19 o'clock in summer and after 17 o'clock in winter).

As such, the microcomputer is used to adjust the lighting output time.

Meanwhile, the central control unit 410 calculates the average brightness value of the vehicle license plate, the average brightness value of a specific point on the road, the average brightness value of the entire image, and adjusts the aperture of the lens based on the result. .

However, it is not possible to specify the initial value of the lens iris at initial startup without cumulative results.

In addition, in the case of the illuminance sensor, the brightness of the road is quickly transmitted to the central control unit at the initial start so that the aperture value may be appropriately determined.

The external signal described in the microcomputer 240 may mean a photographing signal input transmitted from the central control unit, a lens, a pan tilt adjustment command, etc., and may mean an illumination sensor value transmitted from the illumination sensor.

As such, the microcomputer receives input of a shooting signal from the central control unit, a lens, a pan tilt adjustment command, controls the lens and the pan tilt, or outputs a shooting signal to the camera, and outputs an illumination synchronous signal linked to the exposure time of the camera. Output In addition, it serves to transmit the illumination sensor value, the voltage state, etc. to the central control means.

The LED lighting board fixing jig 810 is configured to be installed in front of the upper portion of the component placement panel, the LED lighting board 700 is coupled and fixed.

As shown in the figure, the LED lighting board 700 is installed to surround the camera while facing the front of the camera.

As shown in the drawing, any one side of the LED jig for fixing the jig board is coupled to the parts placement panel, the center portion forms a space for taking an image, and the front part constitutes a plurality of protrusions to project the LED lights It is inserted into the hole formed in the board to join.

In addition, the light blocking film 800 is installed on the front surface of the LED lighting board fixing jig 810 to prevent the light generated from the LED lighting from entering the camera 500.

If the light shielding film is not formed, since the light generated by the LED light is absorbed by the camera and cannot be photographed, it is necessary to have a means for blocking the light because the light blocking film is formed in a single ball shape instead of a conventional two ball shape.

At this time, the light shielding film 800 should be made of a rubber material to be in close contact with the glass window (not shown) formed so that foreign matter and rain water does not flow into the inside of the case front.

The LED lighting board 700 is coupled to the front surface of the LED lighting board fixing jig, a plurality of LED elements are integrated, dozens to hundreds of LED elements are integrated, the distance to the subject, camera, lens specifications, etc. In consideration of this, the number of LED elements should be adjusted.

The illuminance sensor 710 is installed in front of the upper end of the parts placement panel, and measures the external illuminance to send the measured illuminance value to the microcomputer.

At this time, the microcomputer determines the driving condition of the LED by referring to the illuminance value.

Specifically, the microcomputer accumulates and calculates the value of the illuminance sensor, the average brightness of the license plate, the average brightness of a specific point on the road, and the average brightness of the entire image, and adjusts the aperture of the lens based on the result.

Even when the iris is open as far as possible, if the brightness does not meet the standard, the LED will be driven. It is described that the driving condition of the LED is determined by referring to the illuminance value.

For example, if a white plate of green letters is photographed, but the average brightness value of the license plate is 50 or less with all apertures open, it is determined that the brightness is dark to drive the lighting.

The camera 500 is installed in the upper front of the parts placement panel to take a picture of the vehicle.

On the other hand, it is obvious that the subject of the unmanned photographing apparatus described in the present invention means a vehicle, a person, or another object, and the like is not necessarily limited to the vehicle when the embodiment is described as a vehicle.

In addition, the front of the camera 500 is coupled to the electric zoom lens 510 that can adjust the position of the lens according to the shooting distance, the camera is characterized in that the progressive camera of high resolution in order to recognize the license plate.

On the other hand, the main jig fixing jig 110 is installed on the other side of the top of the component placement panel, it is fixed to the main board 400.

In addition, the method of fixing and fixing the main board fixing jig to the main board is the same as the method of coupling the LED lighting control board to the LED lighting jig for fixing board 120 is also the same shape.

The main board 400 is coupled to the fixing jig for main board, it characterized in that it comprises a central control means 410 for operating the camera and recognize the license plate.

In addition, the main board 400,

It is configured to select Composite Camera / Analog Camera, 1394 Digital Camera, USB Digital Camera, and GigE Digital Camera.It is configured to be robust to external environment by installing operating system in CF memory. Built-in USB input / output port, and one of them is equipped with a wireless LAN modem to be used for maintenance and data communication.

In addition, according to an additional aspect of the present invention is characterized in that it further comprises an external storage device (not shown) for storing the intermittent data taken when the communication with the external control center disconnected.

That is, it configures an external storage device for storing intermittent data that is taken when the communication with the external control center is lost. Preferably, it is configured to connect an IDE or SATA HDD. It consists of a capacity to store data for ~ 30 days.

In some cases, it can be configured using DOM (Disk On Module), SSD, USB memory to be more robust to the external environment.

Since the central control means is mounted to drive the operating system and the camera number recognition algorithm, it is already well known to those skilled in the art, and thus the technique for driving the operating system and the camera number recognition algorithm will be omitted.

As described above, the main configuration for the overall control and the LED lighting control board for controlling only the LED lighting is a unique configuration, which is because the power required for the control and lighting are different, so that it is supplied separately to supply power to stabilize the control It will be able to provide a better effect that can provide.

In addition, the present invention is installed on the top rear of the component placement panel, the jig for power supply means for fixing the power supply means coupled (not shown);

It is coupled to the fixing jig for the power supply means, the power supply means for supplying power to the main board and the LED lighting control board (not shown); characterized in that it comprises a.

At this time, the power supply means (not shown),

A main board power supply unit 310 for supplying power to the main board,

It is composed of the LED lighting control board power supply unit 300 for supplying power to the LED lighting control board to supply a relatively small amount of power of about 12V / 3A to the main board, 15V / 6.7A or more to the LED lighting control board To supply power.

Because the voltage level is different from the control and lighting, the power supply means should be preferably separated into two in order to stabilize the control means (main board).

This is because when the voltage is supplied to one power supply means, the instantaneous voltage drops and affects the control, which may cause malfunction.

In addition, the power supply means (not shown)

A main board power supply unit 310 for supplying power to the main board,

When the LED lighting control board is configured with a power supply unit 300 for the LED lighting control board, the fixing jig for power supply means (not shown in the drawing) is also installed at the top rear of the component placement panel. Main power supply unit fixing jig 130 for fixing and fixing the power supply unit 310,

It is configured to be installed on the upper rear of the component placement panel, and should be composed of the LED lighting control board power supply fixing jig 140 for fixing the LED lighting control board for power supply 300.

Meanwhile, in order to easily replace various control parts formed in the component placement panel, sliding rails 610 may be slidably coupled to the case grooves 910 formed in the case 900 on both sides of the component placement panel 100. By forming the component placement panel is to be easily coupled and spaced from the case.

This provides the convenience of maintenance.

It will be understood by those skilled in the art that the various control parts mean components of the present invention coupled to the component placement panel of the present invention.

In addition, by forming a protrusion 920 on the central portion of both sides of the case and the groove 750 on both sides of the LED lighting board 700 may be configured to easily combine the component placement panel from the case or guide when spaced apart. have.

It is necessary to install cables from the large controller enclosure to the shooting and lighting device due to the effect of eliminating the unnecessarily oversized controller enclosure through the configuration and operation as described above and the inconvenience of traffic. Solving the shortcomings will provide a cost reduction effect.

In addition, the LED lighting board integrated with a plurality of LED elements on the front surface of the LED lighting board fixing jig, and the camera is installed around the LED element to be configured to be smaller than the conventional case size, compact unmanned shooting It is possible to provide a device.

On the other hand, the compact unmanned photographing apparatus according to another embodiment of the present invention,

An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;

A plurality of LED elements are integrated and an LED lighting board 700 positioned at the front of the camera;

A camera 500 configured to be installed at the upper front of the component placement panel and to photograph the vehicle;

A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;

It is configured to be installed on the top of the component placement panel, the power supply means consisting of two to supply power to the main board and LED lighting control board, respectively; is configured to include.

At this time, the LED lighting control board 200, the LED lighting board 700, the camera 500, the main board 400, the power supply means are configured in one component placement panel to provide a compact unmanned photographing device The LED lighting board 700 is disposed between the LED lighting board 700 and the camera 500 to form a light blocking film 800 that blocks the light generated from the LED lighting from entering the camera 500. It is possible to block the light emitted from.

On the other hand, in the case of the present invention to provide the convenience of maintenance, this will be described in detail.

In the case of a general traffic control camera, the controller (PC) is located in the lower housing.

Therefore, for regular inspection and maintenance, the administrator temporarily connects and uses terminal devices such as a monitor and a keyboard.

However, in the case of traffic cameras installed on the road, the structure is located on the narrow shoulders and pedestrian paths of the road, so the manager parks the vehicle on a secluded roadside and gets off the vehicle to bring the monitor and keyboard near the controller for maintenance. Will be performed.

In the case of the revised police unmanned standard enforcement equipment, maintenance is performed by using a laptop and a wired LAN, but this also gets out of the vehicle, takes the laptop out and works near the controller.

However, in the case of the present invention, the wireless LAN modem is configured in the USB port formed on the motherboard so that the administrator can check the system by remotely accessing the vehicle without getting off the vehicle.

In the case of routine inspections, remote inspections can be performed within the range of 20 to 30 meters within the operating range of the WLAN, thereby improving work efficiency and providing additional effects to protect managers from the risk of traffic accidents. Will be.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the invention is indicated by the following claims rather than the above description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the invention. do.

100: parts placement panel
110: fixing jig for main board
120: Fixture jig for LED lighting control board
130: power supply jig for main board
140: Fixing jig of power supply unit for LED lighting control board
200: LED lighting control board
210: charging capacitor for LED lighting board
230: output unit
240: micom
300: power supply for LED lighting control board
310: power supply for the motherboard
400: mainboard
410: central control means
500: camera
510: electric zoom lens
610: sliding rail
700: LED lighting board
710: Ambient Light Sensor
720: LED element
750: home
800: light blocking screen
810: LED Fixture Fixing Jig
900: Case
910: Case Groove
920: protrusion

Claims (19)

delete delete In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The LED lighting board charging capacitor 210,
Compact unmanned photographing device, characterized in that it is configured to have a capacity of 100,000 ㎌ or more by forming a plurality of capacitors.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The LED lighting board charging capacitor 210,
Compact unmanned photographing device characterized by having a withstand voltage of 25 V or more.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The microcomputer 240,
Compact unmanned imaging device, characterized in that the output time is adjusted within 1 millisecond (msec). In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The light blocking film 800,
Compact unmanned photographing device, characterized in that formed in a rubber material to be in close contact with the glass window is formed so that foreign matter and rain water inside the case front.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
On both sides of the component placement panel 100,
A compact unmanned photographing apparatus, characterized in that the sliding rail 610 is formed to be slidably coupled to the case groove 910 formed in the case 900 so that the parts loading panel can be easily coupled and separated from the case.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
In front of the camera 500,
Compact unmanned photographing device, characterized in that to combine the electric zoom lens 510 to adjust the position of the lens according to the shooting distance.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The camera 500,
Compact unmanned photographing device, characterized in that the high resolution progressive camera to recognize the license plate.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The main board 400,
It is configured to select Composite Camera / Analog Camera, 1394 Digital Camera, USB Digital Camera, and GigE Digital Camera.It is configured to be robust to external environment by installing operating system in CF memory. A compact unmanned photographing device, which has a built-in USB input / output port, and can be used for maintenance and data communication by attaching a wireless LAN modem to one of the USB ports. In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
A case 900;
And an external storage device for storing interrupted data photographed when the communication with the external control center is lost.
In the unmanned photographing apparatus,
A part placement panel 100;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal, and coupled to the component placement panel;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main board 400 installed on one side of the upper part placement panel, the main board 400 including a central control unit 410 for operating a camera and recognizing a vehicle license plate;
A power supply means (not shown) for supplying power to the main board and the LED lighting control board and installed at the other side of the upper portion of the component placement panel;
Consists of including a case (900),
The power supply means (not shown),
A main board power supply unit 310 for supplying power to the main board,
Comprising the LED lighting control board for supplying power to the LED lighting control board 300 for power supply to the main board to supply 12V, LED lighting control board 15V or more characterized in that to supply power Type drone.
In the unmanned photographing apparatus,
A part placement panel 100;
An LED lighting control board fixing jig 120 configured to be installed on one side of the upper portion of the component placement panel to couple and fix the LED lighting control board;
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
An LED lighting control board 200 configured to include a microcomputer 240 for adjusting an output time and receiving an external signal;
An LED lighting board fixing jig 810 which is installed at an upper front of the component placement panel and fixes the LED lighting board 700 to be coupled;
A light blocking film 800 installed on the front surface of the LED lighting board fixing jig 810 to block the light generated from the LED lighting from entering the camera 500;
An LED lighting board 700 coupled to the front surface of the LED lighting board fixing jig and in which a plurality of LED elements are integrated;
An illumination sensor 710 configured to be installed at the front of the upper portion of the component placement panel and configured to measure an external illumination and transmit the measured illumination to the microcomputer;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
A main assembly fixing jig 110 configured to be installed on the other side of the upper portion of the component placement panel and to fix the main board 400;
A main board 400 coupled to the fixing jig for the main board, the main board 400 including a central control means 410 for operating a camera and recognizing a license plate of the vehicle;
A fixing jig (not shown) for the power supply means configured to be installed at the rear of the upper portion of the component placement panel to couple and fix the power supply means;
A power supply means (not shown) coupled to the fixing jig for power supply means for supplying power to the main board and the LED lighting control board;
Consists of including a case (900),
The power supply means (not shown),
A main board power supply unit 310 for supplying power to the main board,
It is composed of a power supply unit 300 for the LED lighting control board for supplying power to the LED lighting control board,
Fixing jig for power supply means (not shown)
Installed on the upper rear of the component placement panel, the main board power supply fixing jig 130 for fixing and fixing the main board power supply 310,
The compact unmanned photographing apparatus, which is installed at the rear of the upper part of the component placing panel, is composed of an LED lighting control board power supply fixing jig 140 for fixing and fixing the LED lighting control board power supply 300. .
delete A part placement panel 100;
An illumination sensor 710 installed at an upper end of the component placement panel and configured to measure external illumination;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
In the unmanned photographing apparatus comprising a case 900,
An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;
An LED lighting board 700 in which a plurality of LED elements are integrated;
A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;
A power supply means installed at an upper end of the component placement panel and supplying power to the main board and the LED lighting control board;
It is installed in the upper front of the component placement panel, the LED lighting board fixing jig 810 for coupling and fixing the LED lighting board 700;
It is installed on the front of the LED lighting board fixing jig 810 is configured to include a light blocking film 800 to block the light generated from the LED illumination to enter the camera 500; Type drone.
A part placement panel 100;
An illumination sensor 710 installed at an upper end of the component placement panel and configured to measure external illumination;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
In the unmanned photographing apparatus comprising a case 900,
An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;
An LED lighting board 700 in which a plurality of LED elements are integrated;
A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;
Is configured to be installed on top of the component placement panel, the power supply means for supplying power to the main board and LED lighting control board;
The LED lighting control board 200,
Charge capacitor 210 for a plurality of LED lighting boards for storing power,
An output unit 230 for supplying power to the LED lighting board,
Compact unmanned photographing device, characterized in that it comprises a microcomputer 240 for adjusting the output time, and receives an external signal.
A part placement panel 100;
An illumination sensor 710 installed at an upper end of the component placement panel and configured to measure external illumination;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
In the unmanned photographing apparatus comprising a case 900,
An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;
An LED lighting board 700 in which a plurality of LED elements are integrated;
A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;
Is configured to be installed on top of the component placement panel, the power supply means for supplying power to the main board and LED lighting control board;
The power supply means,
A main board power supply unit 310 for supplying power to the main board,
Compact unmanned photographing device, characterized in that consisting of the LED lighting control board for power supply 300 for supplying power to the LED lighting control board.
A part placement panel 100;
An illumination sensor 710 installed at an upper end of the component placement panel and configured to measure external illumination;
A camera 500 installed at an upper front of the component placement panel to capture a vehicle;
In the unmanned photographing apparatus comprising a case 900,
An LED lighting control board 200 coupled to any one side of the component placement panel for controlling the LED lighting board;
An LED lighting board 700 in which a plurality of LED elements are integrated;
A main board 400 installed at the other side of the component placement panel and including a central control means 410 for operating the camera and recognizing the license plate;
Is configured to be installed on top of the component placement panel, the power supply means for supplying power to the main board and LED lighting control board;
The LED lighting board 700,
Compact unmanned photographing device, characterized in that the installation is configured to wrap around the camera facing the front of the camera.
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