KR20070083412A - The rotary display combined a disc and cylinder and image processing methode for displaying of that - Google Patents

Abstract

A rotary electric signboard integrated with a disc and a cylinder and an image processing method are provided to display an image on the entire surface by dividing a display surface of the signboard by the predetermined angle and aligning light emitting units. In a rotary electric signboard(30) integrated with a disc and a cylinder, a control module(310) controls the rotational speed of the electric signboard in consideration of a display state of an image, generates display image data by converting the color and coordinates according to the controlled rotational speed of the electric signboard with matching the input image to a set rotational center, outputs the image data to a light emitting module(330) installed at the electric signboard, and controls the input/output of information through wire/wireless communication with the external device. A rotary driving module(320) is turned according to the rotational speed input from the control module to transmit rotational driving power to the light emitting module of the electric signboard. The light emitting module is rotated by receiving power of the rotary driving module and composed of at least one small light emitting module(330R,330G,330B) provided with plural light emitting bodies aligned to emit the light according to a display image data signal output from the control module, and positioned at the predetermined angle on the basis of the image processing result of the control module.

Description

The rotary display combined a disc and cylinder and image processing methode for displaying of that}

1 is a view showing a display form of a conventional rotary sign.

Figure 2 is a view for explaining another conventional full-screen rotary sign board.

Figure 3 is a perspective view of a circular cylinder integrated rotary signboard according to an embodiment of the present invention.

Figure 4 is a block diagram of the overall configuration of a cylindrical cylindrical integrated signboard of Figure 3;

Figure 5 is a detailed block diagram of the control module of the circular cylinder integrated rotary scoreboard of Figure 3;

6 is a conceptual diagram of the overall processing of data and signals in the FIG. 3 disk integrated rotary display board;

7A and 7B are flow charts of an image processing method for display in the FIG. 3 cylindrical integrated rotary signboard.

The present invention relates to a rotatable display board, which newly configures a process of displaying and displaying an image for display (display) in a rotatable display board, as compared to a conventional rotatable display board, so that image loss does not occur even at the center of rotation. In addition, the present invention presented a circular cylindrical integrated rotating signboard configured to display necessary images from the front as well as the front and an image processing method for the display thereof.

The rotating display board (advertising board) emits a large number of light emitting diodes (LEDs) arranged therein while rotating the display panel to be displayed, thereby displaying an image or image to be displayed or displayed according to the afterimage effect. It is also referred to as an 'LED signboard' or 'LED billboard'.

1 is a view showing a display form of a conventional rotary sign.

As shown in the drawing, the conventional rotatable electronic display board 10 includes red, green, and blue LEDs 115R, 115G, and 115B, respectively, to realize natural color. The light emitting diodes 110R, 115G, and 115B arranged on the radial light emitting plate 110 while driving the radial light emitting body 110 to form a radial light emitting plate 110 by rotating the same. ), So that the desired image or image can be displayed.

However, in the conventional rotary display panel 10 having the radial light emitting plate body 110, the respective LEDs 115R, 115G, and 115B must be disposed on the radial light emitting plate body 110, and therefore, the LEDs 115R, 115G, 115B) cannot be positioned, and thus, an image or an image cannot be formed over the entire display board 10, and therefore, the expression range of the image, image, and characters that can be displayed is limited.

FIG. 2 is a view for explaining another conventional full screen type rotary display panel.

As shown in the drawing, the conventional full-screen rotary display panel 20 includes a rectangular light emitting plate body 210, and each LED 215R, 215G, and 215B for implementing color in the rectangular light emitting plate body 210 is formed. It is located and formed.

The full screen type rotary display panel 20 is an LED according to each color in order to solve the problem that an image or an image cannot be formed at the center of rotation due to the radial light emitting plate body 110 of FIG. 1. 215R, 215G, and 215B are arranged in parallel, but in this case, the LEDs 215R, 215G, and 215B overlap colors as they rotate in the center of rotation, and at some operating time t to prevent such color overlap. It should be handled so that they do not overlap, but this is a complex and difficult problem that is almost impossible to solve.

In addition, there is an increasing demand for devices and apparatuses that can attract a lot of attention for advertisement exhibitions such as a rotating display board, which are good for viewing while processing advertisements and necessary images or images more efficiently.

Accordingly, an object of the present invention is to solve the above problems, by forming the light emitting means by dividing the display surface of the signboard at a predetermined angle to solve the problem that the image or image could not be formed in the rotation center region of the conventional rotating signboard. It is to provide a rotary sign.

In addition, to solve the problem of overlapping the light emission of each color to form an image or an image at the center of rotation and the signal processing process of the rotating display board to adopt a new display (light emitting) structure, at the same time, rotation The present invention provides a rotatable display board that can form an image or an image as a whole.

In addition, to meet the desired request for a new advertising exhibition, to provide a rotating signboard that can form images or images from the front as well as the side.

In addition, to provide an image processing method for the display of the rotating display board to effectively process and display the image to be displayed in order to implement a simple image or image in the rotating display board.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is a perspective view of a circular cylinder integrated rotary electric sign 30 according to an embodiment of the present invention. And Figure 4 is a block diagram of the overall configuration of the three-plate cylindrical integrated rotary sign 30, Figure 5 is a detailed block diagram of the control module of the three-cylinder cylindrical integrated rotary sign 30.

6 is a view showing the concept of the overall processing of the data and signals in the three-plate cylindrical integrated rotating sign 30, Figures 7a and 7b is a display of the three cylindrical integrated rotary sign 30 The flowchart for the image processing method for the.

As shown, looking at each component in one embodiment of the present invention divided into a control module 310, a rotary drive module 320, a light emitting module 330 in more detail, the disk cylindrical integrated rotary electric sign of this embodiment The control panel 30 controls the rotational speed of the rotatable billboard 30 in consideration of the display state of the image to be displayed, and adjusts the input image to the set rotation center for displaying the image to be displayed on the billboard 30. After generating the image data for display by converting the color and coordinates according to the rotational speed of the 30, and outputs to the light emitting module 330 provided in the electronic display board 30, information input and output through wired and wireless communication with an external device Control module 310 for controlling the; A rotation driving module 320 which is controlled by the control module 310 and rotates according to the input rotational speed, and transmits the generated driving force to the light emitting module 330 of the electronic display board 30; It is rotated by the power of the rotation drive module 320, and provided with a plurality of light emitting elements 30d arranged to emit light according to the display image data signal processed and output from the control module 310, 330R, 330G, and 330B, and at least one light emitting module 330R, 330G, and 330B positioned at a predetermined angle based on image processing in the control module 310 to emit light. Module 330; is configured to include.

In addition, in order to protect the display state of the light emitting module 330, the exterior of the light emitting module 330 is provided with a display surface that can be displayed from the outside, and the display board frame 340 formed of a cylindrical body having a predetermined thickness is added to make the appearance more robust. It can be formed.

In addition, the control module 310 can be largely divided into a CPU 311, an input / output control unit 313, a memory unit 314, a sensor unit 315, a rotation driving unit 312, and a light emission control unit 316. The control module 310 controls each of the components provided in the control module 310, and the inputted according to the rotation speed of the controlled display board 30. A CPU 311 for performing control and calculation in the entire process of converting the color and coordinates of the image to generate display image data, and then outputting the image data to the light emitting module 330 provided in the display board 30; A rotation driving unit 312 controlling the operation of the rotation driving module 320 according to the output signal of the CPU 311; An input / output control unit 313 for receiving data to be displayed on the light emitting module 330 and manipulating and setting the operation of the display board 30; A memory unit 314 for storing various data and operation programs processed by the control module 310 according to the processing of the CPU 311; A sensor unit 315 for detecting information about an angle and an origin according to the operation of the electric light plate 30; And a light emission controller 316 for controlling and applying a signal for displaying the light emitting module 330 according to the output signal of the CPU 311.

In addition, in the circular cylindrical integrated rotary display board 30 of the present embodiment, the light emitting module 330 is arranged in the front direction of the rotary display board 30, and the light emitting module modules 330R, 330G, and 330B are The rotary display board 30 is arranged without a blank area from the center of rotation, and the rotary display board 30 is aligned with any one or more of the light emitting modules 330R, 330G, and 330B provided in the light emitting module 330. The side light emitting module (330R, 330G, 330B) having a plurality of light emitters (30d) arranged in addition to the bent in the lateral direction to form a pad, the control module 310 is the added side light emission Performed by adding processing for display in the small modules 330R, 330G, and 330B, and obtaining from the conversion of color and coordinates according to the rotational speed of the controlled scoreboard 30 performed by the control module 310. Data is the disc Data obtained by scanning the image to be rotated by the rotation, the control module 310 can implement the effect on the image by further processing the effect to be implemented in addition to the image to be displayed, the control module A server connected remotely through a 310, a general computer storing edited image data, and a wired or wirelessly connected device are connected to any one or more to input and output data signals required for the display. It is possible for each of these contents to be carried out individually or independently. In addition, the rotatable display board 30 may further configure the light emitting module to the rear side to enable display on the rear side.

In addition, a detailed process for each will be described later, but the image processing method for the display of the cylindrical cylindrical integrated electronic sign 30 according to an embodiment of the present invention which can be largely classified into five steps, the configuration of the above-described embodiment A first step of generating image data for display by converting coordinates and colors by circularly scanning the loaded image for display after the rotatable display board 30 is activated; Generating a frame control signal based on the generated display image data; A third step of receiving information on an angle and an origin sensed by the rotatable display board; A fourth step of outputting and displaying image data corresponding to a frame to the light emitting module 330 based on the frame control signal according to the received angle and the origin information; And a fifth step of determining whether the image data for output of the display is output and converting and displaying the loaded image until completion of the display.

In addition, in the image processing method for the display of the original cylindrical cylindrical rotating signboard 30, after converting the coordinates and the color for the loaded image, by determining the presence or absence of the effect to implement on the image If there is an effect to be further implemented, it is possible to further include coordinates and colors for the state to which the effect is added.

In addition, the fourth step of outputting and displaying the light emitting module 330 includes checking whether the input angle is the first angle and, if applicable, image data of the corresponding frame angle with respect to the first angle. Alternatively, it is preferable to output image data of a frame angle corresponding to an arbitrary angle to the light emitting module 330 for display.

It looks at in detail the operation and progress of the circular cylinder integrated rotary display board 30 according to the present embodiment carried out through the configuration and steps described above.

In the cylindrical cylindrical integrated rotary display plate 30 of the present embodiment, the rotary drive module 320 includes a motor 320m and drives the drive motor to generate rotational power. In addition, the control module 310 and the light emitting module 330 are integrally formed in the motor 320m as shown in the drawing. Thus, the light emitting module 330 rotates in accordance with the rotation of the rotary drive module 320. Thus, an image or an image is displayed by the afterimage effect.

In addition, as shown, the light emitting module 330 of the present embodiment is provided with light emitting modules 330R, 330G, and 330B according to each color in order to realize a natural color. The light emitting modules 330R, 330G, 330B) are located at an angle of 120 degrees to each other.

In this embodiment, as the light emitting module modules 330R, 330G, and 330B are positioned in the shape of a pinwheel at such a predetermined angle, an image or an image may be displayed even in a center region that is rotated unlike a conventional electronic display board.

In addition, since the display color in the rotational center direction of the rotary display board 30 is darker in this configuration, the light emitting unit 30d positioned at the rotational center is controlled by reducing the amount of current or reducing the time for the current to flow. It is desirable to adjust to form an even display as a whole.

In addition, in the present embodiment, the light emitting modules 330R, 330G, 330B are inclined at a vertical or constant angle with respect to the light emitting modules 330R, 330G, and 330B disposed in the front view of the display panel 30. The side light emitting modules 330R ', 330G', and 330B 'are formed in a curved form in the 330B, and unlike the related art, it is possible to display an image or an image even in the side, and thus an original having a uniform thickness as a whole. It is formed in the form of a cylinder. To this end, as will be described later, the control unit is provided with a component that can control the side light emitting module (330R ', 330G', 330B ').

In addition, if necessary, it is also possible to form in the form having a number of light emitting module modules (330R, 330G, 330B), such as six or nine, if necessary, in this case simply a light emitting module (330R, 330G, 330B) or side light emission In addition to increasing the small modules 330R ', 330G', and 330B ', the overall operation of the rotating signboard 30 such as the rotational speed of the signboard 30, the processing and application of the image to be displayed, and the display mode are simultaneously performed. It is important to consider and configure.

As described above, the control module 310 includes a CPU 311, a rotation driving unit 312, an input / output control unit 313, a memory unit 314, a sensor unit 315, and a light emission control unit 316.

First, the CPU 311 performs an integrated and total control for displaying an image or an image in the light emitting body 30d of the light emitting module 330. The CPU 311 uses the auxiliary CPU 311a and the time control CPU 311b to assist processing at a fine time for forming an image frame to be displayed in this embodiment, in order to increase the efficiency of image processing as necessary. It may be configured to further include each. The CPU 311 is a microprocessor for controlling and controlling each component constituting the control module 310.

Therefore, the CPU 311 of the present embodiment controls the components of the control module 310 through such a configuration, and converts colors and coordinates of the input image according to the rotation speed of the controlled display board 30 for display. Image data is generated, and control and calculation are performed in the entire process of outputting to the light emitting module 330 to display the display data (signal) of the processed image or image.

The rotary driver 312 controls the operation of the rotary driver such as the motor 320m in accordance with the output signal of the CPU 311. Since the rotation of the motor 320m as the rotation driving unit of the rotation driving unit 312 is not a simple rotation, it is also directly connected to the operation of the rotary electric sign 30 according to the rotation, so precise control is required.

The input / output controller 313 receives image data to be displayed on the light emitting module 330 and performs a function of manipulating and setting the operation of the display board 30.

The input / output control unit 313 is configured to include a remote controller in its configuration, to receive a control signal from the remote controller, to set necessary operations, and to start or stop the rotary display board 30, thereby configuring the rotary display board 30. Can be controlled remotely.

In addition, the input / output control unit 313 may be controlled and input / output of data through wireless communication according to the development of technology. That is, it is possible to input and output data to be displayed through a wireless connection and to adjust the operation of the rotatable display board 30. In addition, not only Bluetooth communication, which is a short-range communication technology, is possible, but also wired communication through a wired port configuration such as an RS232 port and a USB port is possible.

In addition, the input and output control unit 313 is a communication port to upgrade not only such operation adjustment but also driver, various operation programs, operation modes, etc. related to the operation of image data or the rotating display board 30 from an Internet server or a general computer. Equipped with, you can send and receive edited or processed data to display. Therefore, it is possible to display images such as pictures, texts, and videos edited by itself or obtained through a remote Internet server or the Internet.

In addition, through the connection with the Internet server, there is a system failure of the rotary display board 30 installed in each store, operation scheduling, mutual transmission and provision of data for updating, and the like.

The memory unit 314 stores various data and operation programs processed by the control module 310 according to the processing of the CPU 311.

The memory unit 314 includes a plurality of flash ROMs and SDRAMs to store not only program data and application data, but also image data and video data. It is stored so that it can be processed immediately when needed.

The sensor unit 315 detects and inputs information about an angle and an origin according to the operation of the rotatable display board 30.

In the present embodiment, the sensor unit 315 includes 255 hole sensors and an origin point sensor, and data on angles and origins received through these sensors are accelerated by multiplication. It is possible to display more precise and high resolution images and images.

The light emission controller 316 performs a function of converting and applying a data signal for displaying the light emitting module 330 according to the output signal of the CPU 311.

In the present embodiment, the light emission control unit 316 includes a graphics-only chip in the form of a field programmable gate array (FPGA) as a control driver, and a plurality of LEDs adopted as the light emitter 30d in the rotatable electronic display board 30. It is provided with a light emitting driver for driving them.

Therefore, through this configuration, the angle for outputting the signal to be displayed is detected, and data exchange (data READ, data WRITE) is performed with memories provided in the memory unit 314.

In addition, in order to increase the resolution, the present invention converts and outputs the data corresponding to each resolution angle so as to output a signal by dividing one rotation 360 degrees into 510 intervals, and converting the converted data into a light emitting driver. Will output

In the present embodiment, the light emitting modules 330R, 330G, and 330B are provided with 192 LEDs, which are light emitters 30d, and output current to emit the light emitters 30d.

In addition, as described above, by forming the side light emitting module (330R ', 330G', 330B ') so as to be able to display on the side, unlike the conventional electronic display plate of the present embodiment to form in the form of a disk cylinder having a certain thickness The light emission controller 316 includes a side control driver and a side light emitting driver for this purpose.

7 will be described with reference to FIG. 7 with reference to FIG. 7 for the operation and display of the disk cylindrical integrated rotary sign 30 of the present embodiment having the configuration as described above.

As described above, the image processing method for the display of the disk-cylinder integrated rotary signboard 30 according to the present embodiment is largely divided into five steps, the detailed process will be described below.

First, when the operation is started by turning on the switch of the rotatable display board 30, a booting process for activating each component of the rotatable display board 30 is performed (P302). In this booting process, an operating system (OS) is booted.

After that, the main program is executed (P304). The main program may be said to actually proceed with the process of displaying on the rotating display board 30 after the booting process.

Thereafter, image data input from an external device or the like and stored in the memory of the memory unit 314 is loaded (P3306).

In the present embodiment, the memory of the memory unit 314 uploads and stores an image to be normally displayed through the input / output control unit 313 by wire or wirelessly. In this case, the image stored in the memory of the memory unit 314 It is loading. Then, the loaded image is processed through the processes described below to be displayed on the disk cylindrical integrated rotary sign 30 of the present embodiment.

Afterwards, a circular scan is performed to rotate and rotate the loaded image for display (P308), and coordinate transformation and color conversion for each image pixel is performed. At this time, since the present embodiment is a color rotating rotary display panel 30, circular scanning and RGB color conversion are performed. In addition, when the shape displayed on the rotating electronic display panel 30 is black and white (mono), black and white color conversion is performed. It is possible. As described above, the rotatable display board 30 according to the present embodiment is formed by providing 192 LEDs, which are light emitters 30d, and corresponding pixel dots of 128x128 pixels so as to emit light appropriately for the number of light emitters 30d. Will be converted to.

Thereafter, it is determined whether there is an effect or schedule information to be added to the converted image (P310). If there is no effect or schedule information to be added to the converted image through the process in this process (P310), the process proceeds directly to the process of storing image frame data (P318). Otherwise, further processes are performed.

If additional processing is required, first, various effects and schedule information are added to the converted image data (P312).

Thereafter, the image corresponding to the set effect information and schedule information is converted for each frame according to the entire image to be displayed (P314).

After that, check again whether there is another effect and schedule information in the added and converted image (P316), and if there is another effect and schedule information to be added, the above frame-by-frame conversion process (P314) is performed again. In the end, if it is determined that there is no processing to be added again, the next step is proceeded.

When the overall image frame to be displayed is determined through the above processes, the data for the determined image frame is transmitted to the memories of the memory unit 314 (P318).

Subsequently, control is started to generate a control signal for display control of the transmitted image frame data (P320), and an angle sensor and an origin sensor signal are received for display on the rotatable electric sign 30 (P322).

After that, the input signal is checked at this time, and if the signal from the input angle sensor corresponds to the first angle of rotating the rotating electric sign 30, the first angle is determined (P324). The processed display image data corresponding to the frame of the second angle is transmitted to the light emitting driver for operating the light emitting module 330 (P326).

If it is determined that the signal for the input angle is an arbitrary angle instead of the first angle (P328), the light emitting driver for operating the light emitting module 330 for the processed display image data corresponding to the arbitrary angle frame as well. To transmit (P330). In addition, this process is processed in the same process in consideration of the display on the side in the case of forming the rotary light emitting plate 30 having the side light emitting module (330R ', 330G', 330B ').

In this case, the light emitting driver outputs a signal to the light emitting body 30d of the light emitting module 330 to start the display paper (P332).

After the display of the corresponding angle of one frame is completed in this way, it is again determined whether there is another control frame signal (P334), and if there is a process of starting the frame by receiving the frame control signal (P322), If there is no control signal for another frame and it is determined as a display process for the corresponding frame (no in P334), it is determined whether there is another angle signal input (P336), and if there is a signal of another angle, the determination for the corresponding angle is performed. (P324, 328) Proceed with the display for the angle.

As the above process is continuously performed one by one according to the loop (loop) structure and display (light emission), a number of angular data of a plurality of frames for display for a predetermined time is processed, so that the desired advertisement and image data Is displayed.

When the display of the data to be displayed is completed, there is no signal to be processed in steps P334 and P336, and the display through the rotary electric sign 30 and image processing for the display thereof are completed.

In addition, by additionally configuring the light emitting module 330 such as the front in the rear of the rotary electric light 30 plate without great difficulty, it is possible to configure to be displayed at the front and back simultaneously, the support means itself is installed the rotary electric light 30 By rotating to rotate may be configured to display at the same time in the front and rear at the same time in the rotating state of the rotating electric sign 30, it is possible to perform a new and effective display.

In addition, the circular cylindrical integrated electronic signboard 30 according to an embodiment of the present invention can be formed by additionally configuring a light emitting module, and through various configurations through connection with a remote Internet server and various external devices, It is possible to display an image, and this changed application will be included in the technical scope of the present invention.

As described above, the present invention solves the problem of not being able to form an image or an image in the center of rotation of the conventional rotating display board by forming light emitting means by dividing the display surface of the rotating display board at a predetermined angle. The desired picture and image can be displayed from the front.

In addition, the image and image data are effectively processed for the display of the rotary sign.

In addition, it is possible to be configured to display at the same time in front and rear by additionally configured to additionally emit light on the rear of the rotary signboard without great difficulty, and the entire rotatable signboard is configured by rotating the support means itself is installed. It can be displayed simultaneously in the front and rear surfaces while being rotated.

In addition, it is possible to display the necessary image or image from the side of the rotating signboard, so that a great response is expected in the related industry by responding to a request for a new advertisement exhibition.

Claims (13)

In the rotatable electronic display to display in a rotated state, In consideration of the display state of the image to be displayed to control the rotational speed of the rotatable display board, and converts the color and coordinates according to the rotational speed of the controlled display board in accordance with the rotation center of the input image for display on the display board A control module for generating image data for display and outputting it to a light emitting module provided in the electronic display board and controlling information input / output through wired / wireless communication with an external device; A rotation driving module which is controlled by the control module and rotates according to the input rotational speed, and transmits the generated rotation driving force to the light emitting module of the display board; It rotates under the power of the rotary drive module, and includes a plurality of light emitting elements arranged to emit light according to the display image data signal processed and output from the control module to form a light emitting module, the image in the control module A light emitting module having at least one light emitting module positioned on a predetermined angle based on the processing to emit light; Circular cylindrical integrated rotary signboard comprising a. According to claim 1, wherein the rotatable electronic sign, Integrating a circular cylindrical cylindrical signboard, characterized in that it comprises an electric light plate frame having a predetermined thickness with a display surface that can be displayed from the outside to protect the display state of the light emitting module. The method of claim 1, wherein the light emitting module, The cylindrical cylindrical integrated rotary signboard, characterized in that arranged in the front direction of the rotary sign. According to claim 1, wherein the light emitting module, And a cylindrical cylinder integrated rotary signboard, which is arranged without a blank area from the center of rotation of the rotary signboard. The rotating electronic display plate according to claim 1 or 4, At least one side of the light emitting module provided in the light emitting module is further formed by padding the side light emitting module having the plurality of light-emitting bodies arranged in a bent direction; The control module is a circular cylinder integrated rotary display board, characterized in that performed by adding the processing for the display in the added side light emitting module. The method of claim 1, wherein the control module, After controlling each of the components provided in the control module, by converting the color and coordinates of the input image according to the rotation speed of the controlled display board to generate the display image data, the light emitting module provided in the display board A CPU which performs control and calculation in the entire process of outputting; A rotary drive unit controlling an operation of the rotary drive module in accordance with an output signal of the CPU; An input / output control unit which receives data to be displayed on the light emitting module and controls and sets the operation of the display board; A memory unit for storing various data and an operation program processed by the control module according to the processing of the CPU; A sensor unit for detecting information on an angle and an origin according to the operation of the sign board; A light emission controller which controls and applies a signal for displaying the light emitting module according to the output signal of the CPU; Disk cylindrical integrated rotary display plate comprising a. The method of claim 1, Data obtained from the conversion of the color and coordinates according to the rotational speed of the controlled display board performed by the control module is a data obtained by converting the image to be displayed through a rotation scan Scoreboard. The method of claim 1, wherein the control module And a cylindrical cylinder integrated rotary electric signboard, wherein the effect can be implemented on the image by further processing the effect to be implemented in addition to the image to be displayed. According to claim 1, wherein the rotatable display plate One or more of a server connected remotely through the control module, a general computer storing edited image data, and a device connected by wire or wirelessly to input and output data signals required for the display. Disk cylindrical integrated rotary signboard, characterized in that possible. According to claim 1, wherein the rotatable display plate A cylindrical cylindrical integrated rotary display board, characterized in that it is possible to additionally configure the light emitting module to the rear to enable the display from the rear. A control module for controlling the overall display process on the rotating display board, a rotary drive module controlled and rotated by the control module, and a plurality of light emitting elements arranged to emit light according to the display image data signal processed and output by the control module In the image processing in the rotary display board to be displayed in a rotating state by being configured to include a light emitting module, A first step of generating image data for display by circularly scanning the loaded image for display according to a predetermined rotation center after the rotating electric signboard is activated and converting coordinates and colors; Generating a frame control signal based on the generated display image data; A third step of receiving information about an angle and an origin sensed by the rotatable display board; A fourth step of outputting and displaying image data corresponding to a frame to the light emitting module based on the frame control signal according to the received angle and origin information; A fifth step of determining whether to output the image data for completion of the display and converting and displaying the loaded image until completion of the display; Image processing method for the display of a cylindrical cylindrical integrated rotating display board comprising a. 12. The method of claim 11, wherein the first step of generating image data for display is After converting coordinates and colors for the loaded image, it is determined whether there is an effect to be added and implemented on the image, and if there is an effect to be additionally implemented, the coordinates and colors for the added state are determined. The image processing method for the display of the cylindrical cylindrical integrated rotary display board, characterized in that the conversion further. The method of claim 11, wherein the fourth step of outputting and displaying the light emitting module comprises: Check whether the received angle is the first angle, and if so, output image data of the corresponding frame angle to the first angle, and output image data of the frame angle corresponding to an arbitrary angle if not the first angle to the light emitting module. The image processing method for the display of the cylindrical cylinder-type rotary display board further comprising the step of displaying.

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