KR102290856B1 - Billboard providing method based providing system based on 3D simulation and automatic quotation of billboard - Google Patents

Abstract

The present invention relates to an advertisement signboard providing method using an advertisement signboard simulation and quotation system. The advertisement signboard providing method using an advertisement signboard simulation and quotation system comprises: a step of building an advertisement signboard 3D simulation and automatic quotation-based providing system; a step of operating the built advertisement signboard 3D simulation and automatic quotation-based providing system; and a step of installing in a field an advertisement signboard selected based on the operated advertisement signboard 3D simulation and automatic quotation-based providing system. The advertisement signboard comprises: a support (110) for being fixed to a fixture on the ground; a motor (120) having a rotating shaft; an advertisement board (180) rotatably supported on the support (110); and a plurality of connecting rods (131, 132, 133) for connecting the rotating shaft of the motor (120) and the advertisement board (180) to rotate the advertisement board (180) repeatedly, wherein the advertisement signboard is installed on the floor through a management unit (200). Accordingly, it is possible to provide an effective advertisement signboard.

Description

A method for providing advertising signage using an advertising signboard simulation and quotation system based on artificial intelligence big data solution {Billboard providing method based providing system based on 3D simulation and automatic quotation of billboard}

The industrial revolution means a change in the industry that can cause a big change enough to change the paradigm of change in the world. The first industrial revolution started in England with the development of means of transport through steam engines and a mechanical production system, and the second industrial revolution started with electricity and oil, and a rapid change in energy sources with the invention of electricity, 3 The car industrial revolution began with the spread of the Internet and computers. The 4th industrial revolution is expected to change daily life by utilizing artificial intelligence, self-driving cars, drones, 3D printing, Internet of Things, and big data through technologies fused with information and communication technology. In particular, in the case of artificial intelligence and big data, related research and development has been carried out for a long time, and its application is being expanded not only in the private sector but also in the public sector. The present invention relates to a method for providing an advertisement sign using an advertisement sign simulation and quotation system based on an artificial intelligence big data solution, and more particularly, to a specification of a component for a selected advertisement sign, and details included in the component Advertisement signboard 3D simulation and automatic quotation are performed to provide automatic quotation information according to factors, and based on this, an advertising signboard simulation and quotation system that can be provided by installing an advertising signage on the actual site are provided. it's about

It is necessary to provide an advertising sign that can perform detailed simulations and estimates, not just advertising signs that are limited to two-dimensional design design. These technologies are currently under continuous development. However, it is not limited to this, and furthermore, it is necessary to enable the simulation and estimation system and the installation process based on these systems to be performed as a series of processes. However, providing such a system and actual installation in combination has a problem in that it is absent or insufficient in the present technology.

Korean Patent No. 10-2121165

The problem to be solved by the present invention is to provide an intuitive user interface to the user, expand the range of choices by realizing an advertisement sign close to real life in 3D simulation, and the specifications and components of the components for the selected advertisement sign Advertising signage 3D simulation simulation based on artificial intelligence big data solution to provide automatic quotation information according to the detailed elements included in the advertising signboard simulation and advertising signage providing method using the quotation system effectively operating the automatic quotation system is to provide

In addition, based on this system, the process of installing advertising signs on the actual site is performed in a complex manner, so that simulation, quotation and construction are more integrated and intuitive, so that an effective advertising sign can be provided. It is to provide a method of providing signage.

In addition, when installing an advertising sign on the actual site, it has a physically stronger and more stable structure to ensure durability and stability against factors such as strong wind, shock, and vibration. It is to provide a method of providing signage.

In addition, it is to provide a method for providing an advertising sign using an advertising signboard simulation and quotation system that can be managed systematically and reliably rather than passively by performing efficient state management of the advertising sign itself.

The problems of the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

The present invention provides a method for providing an advertising sign using an advertising signboard simulation and quotation system based on an artificial intelligence big data solution, comprising the steps of: constructing an advertising signboard 3D simulation and automatic quotation-based provision system; operating the built-in 3D simulation of the advertisement signboard and an automatic quotation-based provision system; and installing a selected advertisement sign on the site based on the operated 3D simulation of the advertising signboard and an automatic quotation-based providing system, wherein the advertising signboard includes: a support 110 for being fixed to a fixture on the ground; a motor 120 having a rotating shaft; an advertisement board 180 rotatably supported on the support 110 ; and a plurality of connecting rods 131 , 132 , 133 connecting the rotation shaft of the motor 120 and the advertisement board 180 to rotate the advertisement board 180 repeatedly, wherein the advertisement signboard is operated through the management unit 200 . It provides a method for providing advertising signs using a simulation and quotation system for advertising signs installed on the floor.

According to the method for providing advertising signs using the advertising sign simulation and quotation system based on the artificial intelligence big data solution as described above, there are one or more of the following effects.

The present invention provides an intuitive user interface to the user, widens the range of choices by realizing an advertisement signboard close to real life in 3D simulation, the specification of components for the selected advertisement signboard, and details included in the components It is possible to provide a method of providing an advertisement sign using a 3D simulation simulation of an advertisement signboard to provide automatic quotation information according to an element and an advertisement signboard simulation and a quotation system that effectively operates the automatic quotation system.

In addition, based on this system, the process of installing advertising signs on the actual site is performed in a complex manner, so that simulation, quotation and construction are more integrated and intuitive, so that an effective advertising sign can be provided. A signage provision method may be provided.

In addition, when installing an advertising sign on the actual site, it has a physically stronger and more stable structure to ensure durability and stability against factors such as strong wind, shock, and vibration. A signage provision method may be provided.

In addition, it is possible to provide a method for providing an advertising sign using an advertising sign simulation and quotation system that can efficiently and reliably manage the advertising signboard itself, rather than passively, by performing efficient state management.

1 is a view showing a system for providing an advertisement signboard 3D simulation and automatic quotation based on an embodiment of the present invention.
2 is a view showing the components of an advertisement signboard orderer terminal among the 3D simulation and automatic quotation-based providing system for an advertisement signage according to an embodiment of the present invention.
3 is a view showing a user interface screen implemented in the input/output unit of the advertisement sign orderer terminal among the advertisement signboard 3D simulation and automatic quotation-based providing system according to an embodiment of the present invention.
4 is a view showing a first variable price configuration table provided in the database of the advertisement sign providing server among the advertising signboard 3D simulation and automatic quotation-based providing system according to an embodiment of the present invention.
5 is a diagram illustrating a system for providing advertisement signboard 3D simulation and automatic quotation based on another embodiment of the present invention.
FIG. 6 is a diagram illustrating components of an advertisement signboard orderer terminal among the 3D simulation and automatic quotation-based providing system of the advertisement signboard of FIG. 5 .
7 to 12 are diagrams illustrating a UI screen provided by an advertisement billboard quote providing module according to an embodiment of the present invention.
13 is a perspective view of the rear side of an advertising signboard according to an embodiment of the present invention.
14 is an enlarged exploded perspective view of part A of FIG. 13 as a view for explaining a connection structure between connecting rods in an embodiment of the present invention.
15 is a view for explaining the connection relationship of the connecting rods in the embodiment of the present invention.
16 is a view for explaining the operation of an advertisement signboard according to an embodiment of the present invention.
17 to 19 are views schematically illustrating an installation state of an advertisement signboard according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, detailed description of preferred embodiments of the present invention will be described with reference to the accompanying drawings. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Hereinafter, an overall advertising signage provision method using an advertising signboard simulation and quotation system based on an artificial intelligence big data solution will be described.

1 is a diagram illustrating a system 1 for providing advertisement signboard 3D simulation and automatic quotation based on an embodiment of the present invention. 2 is a view showing the components of the advertisement sign orderer terminal 100 of the advertisement signboard 3D simulation and automatic quotation-based providing system 1 according to an embodiment of the present invention. 3 is a user interface (UI) implemented in the input/output unit 140 of the advertisement sign orderer terminal 100 of the advertising signboard 3D simulation and automatic quotation-based providing system 1 according to an embodiment of the present invention. A drawing showing the screen. 4 is a view showing a first variable price configuration table provided in the database 310 of the advertisement sign providing server 300 of the advertising signboard 3D simulation and automatic quotation-based providing system 1 according to an embodiment of the present invention.

First, referring to FIG. 1 , the advertisement signboard 3D simulation and automatic quotation-based providing system 1 may include an advertisement signboard orderer terminal 100 , a network 200 , and an advertisement signboard providing server 300 . Next, referring to FIG. 2 , the advertisement sign orderer terminal 100 includes a transceiver 110 , a control unit 120 , a storage unit 130 , an input/output unit 140 , and a camera 150 , and the control unit ( 120 includes an information collection module 121 , a perspective control module 122 , an advertisement sign design setting module 123 , a font setting module 124 , a virtual 3D advertisement signboard simulation module 125 , and an advertisement signage quotation providing module 126 . ) may be included.

Hereinafter, focusing on the components of the control unit 120, the 3D simulation of the advertisement signboard and the automatic quotation-based providing system 1 will be described in detail.

On the other hand, each module constituting the control unit 120, the advertisement sign ordering terminal 100 accesses the advertisement sign providing server 300 through the network 200, requests the 3D signage ordering app, and receives a return storage unit After installing on the 130, it can be executed by loading into the system memory. The information collection module 121 outputs a photographing request for a photo serving as a background of a place where an advertisement sign is to be placed through the camera 150 to the input/output unit 140 , and then operates the input/output unit 140 to operate the camera The advertisement signboard background image photographed by 150 may be collected and stored on the storage unit 130 (see FIG. 3A ).

The perspective control module 122 automatically controls the perspective of the selected advertising signboard background image according to a selection signal input through the input/output unit 140 for one of the at least one or more advertising signboard background images stored in the storage unit 130. , it is possible to perform a pre-work for selecting an advertisement sign template through access to the advertisement sign providing server 300 through the network 200 to be described later. That is, the perspective control module 122 converts a 3D stereoscopic image using the 3D engine 122a for the photographed advertising signboard background image to automatically adjust the perspective of the signboard background image to match the standard of the advertising signboard template. can be performed.

The 3D engine 122a generates a decoded advertising signboard background image by performing decoding on the advertising signboard background image of a preset resolution, and the generated polygons to represent each decoded advertising signboard background image in a 3D shape. A 3D advertisement signboard background image can be generated by performing texture mapping on the set.

Thereafter, the 3D engine 122a may perform step-by-step scale-up and/or scale-down that is continuous size conversion according to automatic control of scale-up and scale-down. More specifically, the 3D engine 122a matches the unit specification information of the polygon used when generating the 3D advertisement signboard background image and the unit specification information of the polygon used for setting the preset specification of the advertisement sign template corresponding to the 3D shape. by automatically completing the step-by-step scale-up and/or scale-down setting of the 3D advertising signboard background image to be attached based on the advertising signboard template with the default perspective setting, and adjust the perspective according to the step-by-step scale information selection. can be completed (see FIG. 3b ). The advertisement sign design setting module 123 accesses the advertisement sign providing server 300 through the network 200 and selects one of a plurality of 3D advertising signage templates stored in the database 310 . After controlling the transceiver 110 to receive the selected 3D advertisement signboard template information, it can be stored in the storage unit 130 .

More specifically, the plurality of 3D advertising signboard templates are provided to support material information, colors, patterns, images, and the like, so that a unique signboard can be produced. The font setting module 124 is an advertisement signboard character corresponding to the specified information for the language (Korean, English, ...), font type, font size, text color, advertising signboard text, etc. of the text to be applied to the selected 3D advertising signboard template information. After receiving the information through the input/output unit 140, it can be stored in the storage unit 130 (refer to FIG. 3C). More specifically, in the font setting step provided by the font setting module 124, the advertisement signage orderer wants Ask them what the title is and input it, and display the font (font type), thickness/size (font size) and text color as the font menu for the title. In this process, it is desirable to highlight the characteristics of the industry by providing a recommended symbol and channel option for the industry.

The virtual 3D advertising signboard simulation module 125 applies the advertising signboard text information to the 3D advertising signboard template information stored on the storage unit 130, and then, among the 3D advertising signboard background images with adjusted perspective output to the input/output unit 140, By mapping 3D advertisement sign template information to which advertisement sign text information is applied centering on a coordinate area designated through a touch input through the input/output unit 140 and outputting it through the input/output unit 140, a virtual 3D advertisement signboard simulation is performed (see Figure 3d). The virtual 3D advertisement signboard simulation module 125 is implemented with the input/output unit 140 as a 3D stereoscopic image capable of 180° rotation using the above-described 3D engine 122a. In this case, size information and examples by industry and topic are provided In this way, it can help the purchaser's choice of advertising signage. The advertisement billboard quotation providing module 126 accesses the advertisement signage providing server 300 through the network 200 according to the user's request through the input/output unit 140 to change the reference size of the selected 3D advertisement signboard template information. Accordingly, in the first variable price configuration table as shown in FIG. 4 stored in the database 310, a change in the reference amount according to the change in the purchase price for each size may be applied.

Here, the virtual 3D advertisement signboard simulation module 125 maps the 3D advertisement signboard template information changed according to the size change to the coordinate area designated through the input/output unit 140 among the 3D advertisement signboard background image to input and output By outputting through the unit 140, a virtual 3D advertisement signboard simulation can be performed.

In addition, the virtual 3D advertising signboard simulation module 125 provides a 3D-based VR image when there is an HMD (Head Mounted Display) capable of short-range wireless communication with the advertising signboard orderer terminal 100. After determining the two focal positions and the number of focal points, when two multi-focal 2D image data corresponding to the two determined focal positions and the number of focal points are obtained, two focal lengths for the two multi-focal 2D image data are calculated. can do.

Thereafter, the virtual 3D advertisement signboard simulation module 125 may calculate two depth values that are inversely proportional to the calculated two focal lengths, and synthesize two multi-focal two-dimensional image data according to the two depth values. Then, the virtual 3D advertisement signboard simulation module 125 confirms zero parallax image data, positive parallax image data, and negative parallax image data among the two multi-focus two-dimensional image data. and check the pixel movement information in the bi-parallel direction based on the disparity angle of at least one or more bi-parallax image data based on the confirmed zero disparity, and disparity for at least one or more negative disparity image data based on the confirmed zero disparity Based on the angle, it is possible to check the pixel movement information in the transonic direction. Thereafter, the virtual 3D advertisement signboard simulation module 125 applies the confirmed bi-parallax direction pixel movement information to at least one or more bi-parallax image data, and applies the confirmed transonic direction pixel movement information to at least one or more parallax image data. Thus, left-eye image data and right-eye image data are generated, and each left-eye image data and right-eye image data are provided to an HMD that implements a VR image based on both eyes, thereby providing more three-dimensional 3D image data.

In addition, the advertisement billboard quotation providing module 126 provides an advertisement signboard providing server through the network 200, in addition to the size, a request for a quotation divided in stages according to the character shape, sheet work, painting work, construction stand, LED use, and LED expected quantity By controlling the transceiver 110 to access and transmit the 300, when the quotation information applying a change in the reference amount for each divided element stored in the database 310 on the advertisement sign providing server 300 is generated, the generated After controlling the transceiver 110 to receive the estimate information through the network 200 , it can be output to the input/output unit 140 .

In addition, in another embodiment of the present invention, the advertisement billboard quote providing module 126 stores the set of characters used in the advertisement sign directly input to the input/output unit 140 in the storage unit 130, and then the network ( 200) through the access to the advertising signage providing server 300 and when the quotation information according to the reference amount according to the font (character form) stored in the database 330 is generated, the generated quotation information is received through the network 200 After controlling the transceiver 110 , it is output to the input/output unit 140 and one typeface (character form) for an advertisement sign can be selected based on the output information. In addition, in another embodiment of the present invention, the advertisement billboard quotation providing module 126 stores the type of the advertisement signboard in addition to the set of characters used in the advertisement signage directly input to the input/output unit 140 in the storage unit 130 . After saving, access to the advertising signage providing server 300 through the network 200 and the typeface (character form) stored in the database 330 and the quotation information according to at least one reference amount among the types of advertising signs are generated, After controlling the transceiver 110 to receive the generated quote information through the network 200, it is outputted to the input/output unit 140 and one typeface (character form) for an advertisement sign can be selected based on the output information. there is.

Types of advertising signs are classified into the first embodiment such as channel text, external sign, internal sign, guide sign, special/large sign, landscaping/building facility, etc., LED channel sign, epoxy sign, 3D epoxy time board, SCSI sign It can be divided into the second embodiment of the agenda. In addition, as another embodiment of the present invention, the advertisement billboard quote providing module 126 may output a UI screen as shown in FIGS. 7 to 12 to the input/output unit 140 . The UI screen menu provided by the advertisement signage quote providing module 126 may include file addition, signage type, 3D virtual experience, and lighting ON/OFF. Through this screen configuration, when selecting a signboard type, select the menu below and select (click) each sub-menu type to immediately check the design, estimate, and 3D simulation. For example, there are several types of external signs, such as front signs, protruding signs, holding signs, and rooftop signs. You can apply it to the menu.

On the other hand, the UI screens of FIGS. 7 to 12 are described based on the contents of the front signboard of the external sign menu for convenience of explanation, and there are more types of front signboards, and any type of signboard can be added and provided. . 5 is a diagram illustrating a 3D simulation and automatic quotation-based providing system (1a) of an advertisement signboard according to another embodiment of the present invention. FIG. 6 is a view showing the components of the advertisement sign orderer terminal 100 of the advertisement signboard 3D simulation and automatic quotation-based providing system 1a of FIG. 5 . Referring to FIG. 5 , the advertisement signage 3D simulation and automatic quotation-based provision system 1a is a plurality of location-based 3D printers 400 in addition to the components of the advertising signage 3D simulation and automatic quotation-based provision system 1 of FIG. 1 . ) may further include a location-based 3D printer group 400a consisting of.

Next, referring to FIG. 6 , the advertisement signboard orderer terminal 100 of FIG. 6 may further include a custom-made processing module 127 and a price differential providing module 128 in addition to the components of FIG. 2 . The virtual 3D advertisement signboard simulation module 125 is configured by the advertisement signage design setting module 123 and the font setting module 124 to network the 3D advertisement signboard template information to which the advertisement signboard text information stored in the storage unit 130 is applied. By controlling the transceiver 110 to transmit to the advertisement sign providing server 300 through 200, a similar comparison judgment with the 3D ready-made advertisement sign template information stored in the database 310 on the advertising sign providing server 300 is performed. If there is a match, the transceiver 110 may be controlled so that a ready-made processing request is returned, and conversely, if there is no matching, a custom-made processing request is returned. The virtual 3D advertisement signboard simulation module 125 determines the similarity between the 3D advertisement signboard template information to which the advertisement signage text information is applied and the 3D ready-made advertisement signboard template information stored in the database 310 on the advertisement signage providing server 300, the database 310 ), various template patterns are stored in the 3D ready-made advertisement signboard template information stored in By comparing the patterns of , it is possible to determine whether there is a similarity in the image information.

At this time, the virtual 3D advertising signboard simulation module 125 determines the pixel included in the image information, that is, the contrast of the pixel, the color of the pixel, the line formed by the pixel, and the form in which the pixel changes with the passage of time. A characteristic of a pixel is extracted, and a pixel having a characteristic similar to the characteristic of the pixel is determined as a similar range. That is, the virtual 3D advertisement signboard simulation module 125 determines the pixel from which the characteristic is extracted as the reference pixel, determines the similarity between the reference pixel and the surrounding pixels, and determines that it is the same product when it is determined to be similar. Here, the similarity is a concept including a difference in brightness between pixels or a difference in distance between pixels. The pattern of the template is finally determined by the similarity determination, and the determined template pattern is compared with the various template patterns stored in the storage unit 130 as described above, and the template is finally determined in the image information.

Thereafter, when the virtual 3D advertisement signboard simulation module 125 receives a ready-made processing request, it performs processing according to the estimate through the advertisement signage quotation providing module 126 as the operation is performed through each component in FIG. 2, Conversely, when the custom-made processing request is returned, an additional work execution notification by the custom-made processing module 127 may be performed.

The custom-made processing module 127 is a similar advertisement sign for ordering an advertisement sign according to a new standard proposed by an advertisement sign orderer who operates the advertisement sign order order terminal 100 rather than the 3D custom-made advertisement sign template information stored in the database 310. The serial number of the product or new standard information (including two-dimensional or three-dimensional external shape information, material information, and electronic device design information), and the unique number of the supplier of each power system device product are converted to the input/output unit 140 as order-made information. After collecting through the custom-made information, the transceiver 110 is controlled to request and return the advertisement signage providing server 300 through the network 200 for the 3D custom-made advertising signboard template information of the advertising signboard that is in the same or similar range of the custom-made information. do.

The order-made processing module 127 performs extraction of the 3D design drawing of the advertisement sign included in the 3D custom-made advertisement signboard template information, and outputs the extracted 3D design drawing to the input/output unit 140 to check whether the design drawing is matched or not , the location information of the advertisement sign ordering terminal 100 is collected through the location receiving device 160 . Here, the location receiving device unit 160 may be a GPS receiving device.

The order-made processing module 127 extracts the designated identification ID for the nearest location-based 3D printer 400a among the location-based 3D printer group 400a according to the received location information on the storage unit 130 and extracts the extracted location-based 3D A designated identification ID for the printer 400a may be output to the input/output unit 140 . The order-made processing module 127 receives the output completion message for the advertisement signboard according to the 3D custom-made advertisement sign template information reduced to a preset magnification by the designated location-based 3D printer 400a through the network 200, and receives the input/output unit ( 140) can be printed.

Accordingly, the 3D printer output confirmation (satisfaction or dissatisfaction) for the advertising signboard according to the 3D custom-made advertising signboard template information on the advertising signboard orderer terminal 100 is input by the advertising signage orderer through the input/output unit 140 such as a touch screen. Accordingly, if the 3D printer output is satisfied, the order product processing module 127 receives the final order request from the input/output unit 140 , and then transmits it to the advertisement sign providing server 300 through the network 200 . 210 may be controlled, and when the 3D printer output is not satisfied, some change information may be collected through the input/output unit 140 .

The order-made processing module 127 analyzes whether the information received from the advertising signboard orderer terminal 100 is some change corresponding to the case where the information received from the advertising signboard orderer terminal 100 is not satisfied with the 3D printer output of the advertising signage according to the 3D custom-made advertising signboard template information, If the analysis result is not partly changed, that is, if you are satisfied with the 3D printer output, order through the network 200 to the advertising sign orderer terminal 100 for the 3D printer output of the advertising sign according to the output 3D custom-made advertising sign template information The serial number of the order quantity information returned according to the quantity query and the 3D custom made advertisement sign template information corresponding to the 3D design drawing of the advertisement sign according to the 3D custom made advertisement sign template information is transmitted through the network 200 to the advertisement sign providing server 300 ) by controlling the transceiver 110 to be transmitted, it is possible to control so that the order production is performed.

On the other hand, the order product processing module 127 analyzes whether the 3D printer output is satisfied according to the information received from the advertisement signboard orderer terminal 100 (3D printer output confirmation (satisfaction or dissatisfaction) and some change information), and then the analysis result In the case of some changes, the 3D design drawing generated by generating a partially changed 3D design drawing from the existing 3D design drawing is transmitted to the advertisement signage providing server 300 through the network 200 again to the above-mentioned database 310 If there is a match through similar comparison judgment with the stored 3D custom made advertisement signage template information, extract the 3D custom made advertisement sign template information and repeat the above-described 3D printer-based verification process until you are satisfied with the 3D printer output. can

On the other hand, when an order for an order is processed by the custom-made processing module 127, the advertisement billboard quotation providing module 126 provides a second variable price configuration table for the advertisement sign according to the three-dimensional unit size and material of the 3D custom-made advertisement signboard template information can be accessed through the network 200 to the advertisement signage providing server 300 storing the . Here, the virtual 3D advertisement signboard simulation module 125 converts the 3D advertisement signboard template information changed according to the size and material variation to the coordinate area designated through the input/output unit 140 in the background image of the 3D advertisement signboard through a touch input. By mapping and outputting through the input/output unit 140 , a virtual 3D advertisement signboard simulation can be performed.

In addition, the advertisement signage quotation providing module 126 advertises through the network 200 a request for quotation, which is divided in stages according to the character shape, sheet work, painting work, construction stand, LED use, and expected quantity of LEDs, in addition to size and material. By controlling the transceiver 110 to access and transmit the signage providing server 300, the quotation information applying a change in the standard amount for each divided element stored in the database 310 on the advertising signage providing server 300 is generated. , after controlling the transceiver 110 to receive the generated estimate information through the network 200 , it may be output to the input/output unit 140 . In addition, the advertisement billboard quotation providing module 126 transmits the quotation request divided according to the selection information and the number information for LED / electric appliances included in the 3D custom-made advertising signage template information through the network 200 to the advertising signage providing server 300 ) by controlling the transceiver 110 to access and transmit, when the quotation information applying a change in the reference amount for each divided element stored in the database 310 on the advertisement sign providing server 300 is generated, the generated quotation information may be output to the input/output unit 140 after controlling the transceiver 110 so as to receive through the network 200 .

Here, LED/electrical products include LED/SMPS/floor, controller, timer/flasher, fanta cover/signal/UFO, fluorescent lamp/ballast, neon material, electrical subsidiary material, HQI, LED light panel/aluminum frame, LED Milky Way light bulb, LED snow It can be divided into poles and LED/electrical products for Christmas. When the quotation information is generated by the advertisement billboard quotation providing module 126 , the quotation price differential providing module 128 may apply a discount rate according to the member type of the advertising signboard orderer terminal 100 . That is, the quote price differential providing module 128 divides the member types into b2b members (members in the same industry), franchises (chain store owners), designers (interior vendors), and general members (general buyers), and then general members (general buyers). ) is a general price, and the selling price corresponding to the quoted information is applied, and the first to second divisions are applied to the selling price corresponding to the interval information differentially according to the designer (interior vendor), franchise (chain store owner), and b2b member (member of the same industry). It is preferable to apply the discount rate of three stages, but set the discount rate to increase as the first to third stages go.

The present invention can also be implemented as computer-readable codes on a computer-readable recording medium. The computer-readable recording medium includes all kinds of recording devices in which data readable by a computer system is stored. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage, etc. also includes

As shown in FIG. 13, the advertising signboard according to an embodiment of the present invention includes: a support 110 for being fixed to a fixture on the ground, such as a building; a motor 120' having a rotating shaft 115'; an advertisement board 180 ′ rotatably supported on the support 110 ; and a plurality of connecting rods 131', 132', 133' connecting the rotating shaft 115' of the motor 120' and the advertisement board 180'. Although the support 110 is shown in the form of a beam or a pipe as an example in FIG. 13, in addition to that, it may be implemented in any form that can be fixed to a fixture on the ground, such as in the form of a frame. free of charge The motor 120' is a motor that rotates in one direction, and may be any motor operated by external power supply.

The shape of the billboard 180' does not deviate from the technical spirit of the present invention even if a person skilled in the art can produce a disc, a specific animal shape, or any other shape, if necessary. A rotation shaft 175 ′ is formed on the advertisement board 180 ′ and inserted into the support 110 , and the rotation shaft 115 ′ of the motor is disposed parallel to the rotation shaft 175 ′ of the advertisement board. In addition, the fixing plate 170' is fixed to the support 110, for example, the advertisement board 180' is disposed in front of the fixing plate 170', and the rotation shaft 175' of the advertisement board is fixed to the fixing plate 170. ') and connected to the billboard 180'. 13, the fixing plate 170' is shown to be disposed on the rear side of the advertisement board 180', but this is only an example of the arrangement relationship between the fixing plate 170' and the advertisement board 180'. The plate 170' may be disposed on the rear side of the advertisement board 180'. That is, as an example, it is sufficient that the advertisement board 180' can be seen from the front, such as making the fixing plate 170' a transparent material to make the advertisement board visible.

Looking at the configuration of the connecting rods connecting the rotary shafts of the advertising board 180' and the motor 120', the plurality of connecting rods are fixed to the rotary shaft 115' of the motor and rotate according to the rotation of the rotary shaft 115'. a first connecting rod (131'); a second connecting rod (132') fixed to the axis of rotation of the advertisement board and having a length longer than the first connecting rod; and a third connecting rod 133' connecting the first connecting rod 131' and the second connecting rod 132'.

Due to the configuration of these connecting rods, when the first connecting rod 131' of a short length is rotated by the rotation of the motor 120', the second connecting rod 132' of a larger length cannot rotate in a full circle, The trajectory of the second connecting rod 132' forms an arc. Accordingly, the billboard 180' fixed to the second connecting rod 132' rotates while reciprocating around a specific position. Since the billboard 180' and the second connecting rod 132' are connected via the rotation shaft 175', the arrangement direction of the billboard (ie, the direction of upward or downward direction when the billboard is asymmetrically formed)' ) and the arrangement direction of the second connecting rod 132' is irrelevant.

That is, it will be apparent that the direction of the advertisement board 180' can be set in any direction regardless of the arrangement direction of the second connecting rod 132'. For the connection between the first and third connecting rods 131 and 133' and the connection between the second and third connecting rods 132' and 133', they are connected through a bearing, thereby eliminating friction and eliminating the need for maintenance. . That is, as shown in FIG. 14 , the first connecting rod 131 ′ and the third connecting rod 133 ′ are connected via a bearing 210 ′. Support pieces 221 and 222' are formed, and through holes 231,232' are formed in the support pieces 221' and 222', respectively. A bearing 210' is mounted at the end of the third connecting rod 133', and an internal through hole 240' is formed in the bearing 210'. The third connecting rod 133' is fitted between the supporting pieces 221' and 222' of the first connecting rod 131', and thus the pin 250' is inserted into the through-holes 221, 222, 240' aligned in a line. The first and third connecting rods 131 and 133' are coupled by inserting the .

14 shows the coupling between the first and third connecting rods 131 and 133', the coupling structure of the second and third connecting rods 132' and 133' is a description of the coupling structure between the first and third connecting rods 131 and 133'. self-evident from The geometrical connection structure of the first, second, and third connecting rods 131', 132' and 133' may be any configuration as long as the length relationship of the first and second connecting rods 131 and 132' is satisfied. can However, in order to reduce the load on the motor ' and to rotate the advertisement board ' more smoothly, the first, second, and third connecting rods 131', 132', 133' are connected as shown in FIG. it is preferable In FIG. 15 , the first and second connecting rods 131 and 132' are illustrated as line segments, respectively, and the trajectories in which the first and second connecting rods 131 and 132' can rotate are illustrated as circles.

Then, the contact point between the tangent line s1' from the rotation shaft 115' of the motor to the rotation circumference C2' of the second connecting rod 132' and the rotation circumference C2' is the first contact point P1') A contact point between the tangent line s2' from the first contact point P1' to the rotational circumference C1' of the first connecting rod 131' and the rotational circumference C1' of the first connecting rod 131' is denoted as a second contact point (P2'). A tangent line s1'' may be selected instead of the tangent line s1', and a tangent line s2'' may be selected instead of the tangent line s2'. just choosing them

At this time, the first connecting rod 131' connects the rotation shaft 115' of the motor and the second contact point P2', and the second connecting rod 132' is the rotation shaft 175' of the advertisement board. and the first contact point P1'. Due to the rotational force of the first connecting rod 131', the second connecting rod 132' receives a torque centered on its rotational shaft 175'. At this time, the third connecting rod 133' and the second connecting rod 132' ) can be arranged in a vertical direction to transmit the largest torque to the second connecting rod (132'). Accordingly, by setting the basic position of the second connecting rod 132' to connect the rotation shaft 175' of the advertisement board and the first contact point P1', the load for driving the advertisement board 180' can be reduced.

In addition, the basic position of the first connecting rod 131 ′ is a position connecting the rotation shaft 115 ′ of the motor and the second contact point, so that the second connecting rod 132 ′ rotates around its basic position. do. In FIG. 15, arrows indicate that the second connecting rod 132' rotates once around its basic position while the first connecting rod 131' rotates once from its basic position.

The rotation angle of the second connecting rod 132' which rotates in association with the rotation of the first connecting rod 131', that is, the rotation angle of the advertisement board 180', is the first connecting rod 131' and the second connecting rod 132'. ) can be easily adjusted by adjusting the length. According to this embodiment of the present invention, the operation of the billboard displayed on the front will be described with reference to FIG. 16 . As shown in FIG. 16, the fixed plate 170' and the advertisement board 180' are overlapped on the front side of the advertising signboard. will rotate Accordingly, it is possible to implement a dynamic function of the advertising signboard without additional space when the billboard 180' is rotated.

In addition, as shown in FIG. 16 , for example, by forming text information such as a trade name on the fixed plate 170 ′ and a dynamic design on the rotating billboard 180 ′, different visibility is provided according to the nature of the information. it is possible to do In the embodiment of the present invention, as an example, the billboard 180' and the fixing plate 170' are shown and described as having a circular shape, but the shape can be any shape as described above, and various changes are possible. do. For example, as described above, it is self-evident that a wide advertisement board is arranged on the rear side of the fixing plate so that the advertisement board is seen as the outside of the fixing plate. In this case, for example, the body of the animal is used on the fixed plate disposed inward, and the billboard shown outside is the end portion of the animal's head/tail, etc. can be implemented

Hereinafter, a method for providing an advertisement sign using an advertisement sign simulation and an estimate system will be described based on the foregoing. 17 to 19 , there is provided a method for providing an advertising sign using an advertising signboard simulation and quotation system, the method comprising: constructing an advertising signboard 3D simulation and automatic quotation-based provision system; operating the built-in 3D simulation of the advertisement signboard and an automatic quotation-based provision system; and installing the selected advertising signboard on the site based on the operating system for providing 3D simulation and automatic quotation based on the advertising signboard.

Here, the advertising signboard includes a support 110 for being fixed to a fixed fixture on the ground; a motor 120 having a rotating shaft; an advertisement board 180 rotatably supported on the support 110 ; and a plurality of connecting rods 131 , 132 , 133 connecting the rotation shaft of the motor 120 and the advertisement board 180 to rotate the advertisement board 180 repeatedly.

In addition, the advertising sign is installed on the floor through the management unit 200, the management unit 200, the first buried actuator 211 buried in the floor; a second buried actuator 212 embedded in the bottom and adjacent to the first buried actuator 211; It is located on the upper part of the bottom part 50, the support 110 of the advertising sign is interlocked therein, and the first protruding panel 2141 and the second protruding panel 2142 are installed on both sides respectively. (214); A first upper flow panel 2151 installed above the first buried actuator 211 and vertically provided with the first protruding panel 2141 interposed therebetween in the height direction, and a first lower flow panel The first fixed module 215 in which 2152 is installed, and the second buried actuator 212 are installed in the upper part, and are provided vertically with the second protruding panel 2142 interposed therebetween in the height direction. It may include a second fixing module 216 in which the second upper flow panel 2161 and the second lower flow panel 2162 are installed. The first buried actuator 211 and the second buried actuator 212 are connected to each other through a connecting rod 213 . The connecting rod 213 may be driven to pull the second buried actuator 212 by being pulled into the first buried actuator 211 . Conversely, it is of course also possible to drive the pushing method.

The first upper flow panel 2151 and the first lower flow panel 2152 apply a press-fitting force by pressing the first protruding panel 2141, and the second upper flow panel 2161 and the second lower flow panel 2161 The panel 2162 applies a press-fitting force by pressing the second protruding panel 2142 to fix the support driver 214 .

Here, the first fixing module 215 includes a first deformable body 2251 provided in a diagonal direction and a first contact panel provided at an end of the first deformable body 2251 to press one side of the support 110 . (2252).

The second fixing module 216 includes a second deformable body 2261 provided in a diagonal direction and a second contact panel 2262 provided at an end of the second deformable body 2261 to press the other side of the support 110 . ) is included. Based on the diagonal forward and backward flow of the first deformable body 2251, the first contact panel 2252 is pressed and fixed in contact with one side of the support 110, and Based on the second contact panel 2262 is pressed and fixed in contact with the other side of the support 110 .

Here, the first contact panel 2252 and the second contact panel 2262 enter the inside of the support 110 and are mounted, respectively, while the first and second deformable bodies 2251 and 2262 are respectively installed. It is rotated in the vertical direction from 2261 to fix the support 110 , and the first contact panel 2252 and the second contact panel 2262 are rotated in opposite directions to each other to the support 110 . Apply rotational clamping force.

The first buried actuator 211 is provided with a first connection panel 217 on the upper portion, and the first connection panel 217 is a bar-shaped first connection body 2171 and the first fixing module 215 . ), and the second embedded actuator 212 is provided with a second connection panel 218 on the upper portion, and the second connection panel 218 is a bar-shaped second connection body 2181, 2 is interlocked with the fixing module 216 .

In addition, the first connection panel 217 is moved forward and backward in a sliding manner on the first embedded actuator 211 to press the first fixing module 215 toward the support actuator 214 or support the support. Retracting from the large body 214, the second connection panel 218 is moved forward and backward in a sliding manner on the second buried actuator 212, so that the second fixing module 216 is connected to the support driver 214. ) side, or retreat from the support actuator 214 .

The management unit 200 is provided with a pair of a first management unit 210 and a second management unit 220 on the bottom portion, and the first management unit 210 and the second management unit 220 are provided on the floor portion 50. A control unit 300 positioned between the second management unit 220 is installed to manage the fixing and installation states of the first management unit 210 and the second management unit 220 .

Meanwhile, the control unit 300 includes a central buried actuator 310 installed on the bottom part 50 and a rod-shaped first movable body 310 installed on the upper part of the central buried actuator 310 . ), a second movable body 320 installed in a vertical direction on the height direction of the movable body, a first bridge 340 provided on one side of the second movable body 320, and the first bridge A first holding body 341 extrapolated to the support 110 of the first management unit 210 at the end of the 340, and a second bridge 350 provided on the other side of the second movable body 320 and a second holding body 351 extrapolated to the support 110 of the second management unit 220 at the end of the second bridge 350 .

The first movable body 310 is moved up and down so that the first holding body 341 and the second holding body 351 are supported by the support 110 on the first management unit 210 and the second management, respectively. The gripping position with respect to the support 110 on the unit 220 is varied, and when the changed gripping position is determined, the second movable body 320 is configured to include the first bridge 340 and the second bridge 350 . By moving forward and backward, the first management unit 210 and the second management unit 220 apply a fixing force to each of the supports 110 .

In addition, a first detection sensor 360 and a second detection sensor 370 are provided on the upper end of the second movable body 320 to the left and right, and the first detection sensor 360 is the first management unit 210 . ) on the support 110 and the second management unit 220 on the support 110 by measuring the separation distance to generate distance information.

The first bridge 340 and the second bridge 350 move forward and backward within a preset range based on the distance information, and the first management unit 210 and the second management unit on the bottom 50 are At least a portion of the unit 220 and the control unit 300 is accommodated therein, and the first management unit 210 , the second management unit 220 , and the control unit 300 are externally exposed to minimize the external exposure. A module 400 is provided. At this time, the external module 400 is a cylindrical body and is installed on the front, rear, left and right sides of the output unit 410 for outputting previously inputted advertisement information.

The driving method of the physical components described above is based on a motor, an actuator, etc., and the forward and backward movement and rotational movement are made, and the shape and size of each component can be variously selected and provided according to the installation site and materials to be implemented. . Although the present invention has been described with reference to the embodiments shown in the drawings, which are merely exemplary, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Accordingly, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

100: advertising signboard orderer terminal
110: transceiver
120: control unit
121: information collection module
122: perspective control module
123: advertising signage design setting module
124: font setting module
125: Virtual 3D Advertising Signage Simulation Module

Claims (3)

As a method of providing an advertisement sign using an advertising signboard simulation and quotation system,
Advertisement signage 3D simulation and building an automatic quotation-based delivery system;
operating the built-in 3D simulation of the advertisement signboard and an automatic quotation-based provision system; and
Including the step of installing a selected advertising signboard based on the 3D simulation of the advertising signboard operated and an automatic quotation-based providing system in the field,
The advertising billboard is
Support 110 for being fixed to a fixture on the ground; a motor 120 having a rotating shaft; an advertisement board 180 rotatably supported on the support 110 ; and a plurality of connecting rods (131, 132, 133) connecting the rotary shaft of the motor 120 and the advertising board 180 to rotate the advertising board 180 repeatedly,
The advertisement sign is installed on the floor 50 through the management unit 200,
The management unit 200,
a first buried actuator 211 embedded in the bottom part 50;
a second buried actuator 212 embedded in the bottom part 50 and adjacent to the first buried actuator 211;
It is located on the upper part of the bottom part 50, the support 110 of the advertisement sign is interlocked therein, and the first protruding panel 2141 and the second protruding panel 2142 are installed on both sides respectively. (214);
A first upper flow panel 2151 installed above the first buried actuator 211 and vertically provided with the first protruding panel 2141 interposed therebetween in the height direction, and a first lower flow panel (2152) is installed a first fixing module 215, and,
A second upper flow panel 2161 installed above the second buried actuator 212 and vertically provided with the second protruding panel 2142 interposed therebetween in the height direction, and a second lower flow panel (2162) A method of providing an advertising sign using a simulation and quotation system, including a second fixing module (216) is installed. delete According to claim 1,
The first upper flow panel 2151 and the first lower flow panel 2152 apply a press-fitting force by pressing the first protruding panel 2141, and the second upper flow panel 2161 and the second lower flow panel 2161 The panel 2162 applies a press-fitting force by pressing the second protruding panel 2142 to fix the support driver 214,
The first fixing module 215 includes a first deformable body 2251 provided in a diagonal direction and a first contact panel 2252 provided at an end of the first deformable body 2251 to press one side of the support 110 . ), including, advertising signage simulation and advertising billboard providing method using an estimate system.

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