KR20230140287A - Online signage making system and the method thereof - Google Patents

Abstract

The online sign production system according to various embodiments of the present application includes receiving, from a server, information for generating a plurality of templates for a sign image for forming a three-dimensional sign, wherein the plurality of templates are a screen for forming a sign image. Contains information about the display part, the light plate forming part, and the trim forming part -; To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receiving input containing information about; Based on the information included in the input and the received information, displaying a plurality of templates for sign images for forming the three-dimensional sign through a display; Receiving an input for selecting one of a plurality of templates; and displaying the selected template corresponding to the received input as a signboard image through a display, instead of the plurality of templates. Various other embodiments may be provided.

Description

Online sign production system and method {ONLINE SIGNAGE MAKING SYSTEM AND THE METHOD THEREOF}

The present invention relates to an online sign production quotation system and an quotation method using the same. More specifically, general users without experience or knowledge in sign production can conveniently create a sign closer to the sign design they actually want online. It is about an online sign production quotation system that can design quickly and confirm more accurate production costs for the designed sign, and an quotation method using the same.

On the other hand, signs such as billboards are manufactured in various forms at stores, agencies, etc., as a means of indicating business names, products sold, and industry types, or as a means to promote brand images and promote sales of manufactured products. It is highly visible and installed in various places such as business stores, outdoor or indoor walls of buildings, outdoor structures, exhibition halls, and roads.

In the case of signs installed for various places and purposes, signs of various designs are produced depending on the surrounding environment or purpose for which the sign is installed. In the normal case of designing or producing a sign, a person with a lot of experience in sign production or Professional knowledge is required. Therefore, the general public who does not have professional knowledge about signboards visits signboard manufacturing companies one by one or consults them over the phone, and deals are made in the form of signboard manufacturing companies presenting new designs according to the requester's needs.

There is a problem in that it is difficult for general users who have no knowledge of the detailed parts used to design and produce signboards to actually produce a signboard that fits the design they want. Before producing a signboard, it is difficult to accurately determine the design of the signboard that the user wants. There was a problem that made it difficult to know the production cost.

This application was developed to solve the above-mentioned problems. By providing a template so that general consumers can easily design a sign online, they can actually produce a sign that matches their desired design.

According to the present application, it is possible to provide general consumers with a rough estimate according to the design by informing general consumers of the cost of producing a sign based on each element constituting the sign and information about each element.

The online sign production method according to various embodiments of the present application includes receiving, from a server, information for creating a plurality of templates for a signboard image for forming a three-dimensional signboard - the received information is displayed on a screen to form a signboard image. Contains information on parts, light plate formations, trim formations, channel supports and enclosure formations -; To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receiving input containing information about; Based on the information included in the input and the received information, displaying a plurality of templates for sign images for forming the three-dimensional sign through a display; Receiving an input for selecting one of a plurality of templates; and displaying the selected template corresponding to the received input as a signboard image through the display, instead of the plurality of templates.

An online sign production method according to an embodiment includes extracting price information from the information included in the input and the received information; And based on the price information, it may include displaying the price of the sign formed using the signboard image through a display.

An online sign production method according to an embodiment includes displaying a plurality of input windows for modifying the sign image, input information, and received information; It may include changing the signboard image based on information received through input through a plurality of input windows for modifying the input information and the extracted information.

An online sign production method according to an embodiment includes performing a two-dimensional or three-dimensional simulation based on the changed sign image and displaying it on a display; In response to an input for adding an additional image, the method may include displaying an additional image on a background of a sign image, performing simulation on the additional image and the sign image, and displaying the additional image on a display.

An online sign production method according to an embodiment includes generating an additional sign image according to an input for displaying an additional sign image; It may include displaying the signboard image and the additional signboard image together.

An online sign production method according to an embodiment includes text included in the sign image, information on the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, information on the size of the channel support portion on which the three-dimensional channel is supported, and information on the size of the channel support portion on which the three-dimensional channel is supported. Classifying each of the information on the screen display unit forming the image, the light plate forming unit, the trim forming unit, the channel support unit, and the enclosure forming unit into elements; It may include generating a vector graphic file by vectorizing the information about each element.

In the online sign production system according to various embodiments, the system includes: a server; and a user terminal connected to the user, wherein the user terminal receives information from a server to generate a plurality of templates for a signboard image for forming a three-dimensional signboard - a screen for forming a signboard image Contains information on the display part, light plate forming part, trim forming part, channel support part, and enclosure forming part -; To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receive input containing information about; Based on the information included in the input and the received information, displaying a plurality of templates for sign images for forming the three-dimensional sign through a display; Receive an input for selecting one of a plurality of templates; And instead of a plurality of templates, the selected template corresponding to the received input may be displayed as a signboard image through the display.

According to the online sign production method according to this institute, a general consumer can actually produce a sign that matches the design he or she wants.

According to the online sign production method according to the present application, it is possible to more accurately calculate and guide the production cost for the design sign that the user wants while simplifying the quotation calculation process.

1 is a diagram illustrating an online sign production system according to various embodiments of the present application.
Figure 2 is a flowchart of a method for producing an online signboard according to various embodiments of the present application.
Figures 3 and 4 are drawings for explaining a three-dimensional signboard according to an embodiment of the present application.
FIG. 5A is a diagram of a configuration in which a plurality of templates are displayed according to various embodiments of the present disclosure.
FIG. 5B is a diagram of a configuration in which a plurality of template samples are displayed according to various embodiments of the present disclosure.
6 and 7 are diagrams of a configuration for modifying a template according to various embodiments of the present disclosure.
8 and 9 are diagrams of simulation screens according to various embodiments of the present application.

Hereinafter, embodiments disclosed in the present specification will be described in detail with reference to the attached drawings. However, identical or similar components will be assigned the same reference numbers regardless of reference numerals, and duplicate descriptions thereof will be omitted. The suffixes “module,” “unit,” and “unit” for components used in the following description are given or used interchangeably only for the ease of preparing the specification, and do not have distinct meanings or roles in themselves. . Additionally, in describing the embodiments disclosed in this specification, if it is determined that detailed descriptions of related known technologies may obscure the gist of the embodiments disclosed in this specification, the detailed descriptions will be omitted. In addition, the attached drawings are only for easy understanding of the embodiments disclosed in this specification, and the technical idea disclosed in this specification is not limited by the attached drawings, and all changes included in the spirit and technical scope of the present invention are not limited. , should be understood to include equivalents or substitutes.

1 is a diagram illustrating an online sign production system according to various embodiments of the present application.

The online sign production system according to various embodiments of the present application may be composed of a user's electronic device 100 and a server 140. The electronic device 100 and the server 140 may be connected through a wireless network. The electronic device 100 is a user terminal and may refer to various electronic devices such as mobile phones and computing devices. The electronic device 100 may include a processor 110, a memory 120, and a display 130. Since the processor 110, memory 120, and display 130 are self-evident to those skilled in the art, detailed descriptions thereof will be omitted. Server 140 may include memory 150. The memory 150 may refer to a database, and may store information for generating a plurality of templates for signboard images to form a three-dimensional signboard. In addition, the memory 150 may store an application for implementing the online sign production method of the present application and various other information to enable interaction with the electronic device 100.

Figure 2 is a flowchart of a method for producing an online signboard according to various embodiments of the present application.

Customer 201 may refer to the user described in FIG. 1 . The electronic device 100 may use a processor to receive information for generating a plurality of templates for sign images for forming a three-dimensional sign from a server. Information for generating a plurality of templates may include information about a screen display unit that forms a sign image, a light plate forming unit, a trim forming unit, and an enclosure forming unit.

To explain the three-dimensional sign, let's look at Figures 3 and 4. Looking at Figure 3, the three-dimensional signboard is largely composed of a notice wall 301 on which the three-dimensional sign is attached, a channel support part 303 that serves as a joint between the notice wall and the three-dimensional sign and supports the three-dimensional sign, and a channel support part 303. It may be composed of a three-dimensional sign 302 attached to.

Additionally, looking at FIG. 4 , the three-dimensional sign may be composed of a screen display unit 401, a lighting plate forming unit 402, a trim forming unit 403, and an enclosure forming unit 404. The screen display unit 401, the lighting plate forming part 402, the trim forming part 403, the enclosure forming part 404, and the channel support part 303 that make up the three-dimensional sign may be elements that make up the entire three-dimensional sign. there is. Since the design of a three-dimensional sign is determined by the image of the sign design seen from the front, it can be determined by the screen display unit 401, the light panel forming unit 402, and the trim forming unit 403. The screen display unit 401 is visually located at the front of the sign and can be attached to the light plate forming unit 402 to form the shape and color of the screen. As a result, the screen display unit 401 displays text, logos (figures), and images on the screen. Generally, a PVC film is cut and used, but it can be used as plastic, wood, or metal/non-metal. In addition, the case of displaying a three-dimensional channel screen using only the light plate forming unit 402 and the trim forming unit 403 without a separate screen display unit 401 is sometimes omitted.

The lighting plate forming part 402 may refer to a plate surrounded by the trim forming part 403 and fastened to the trim forming part 403. The light plate forming part 402 can improve visibility by evenly dispersing/transmitting the light of the lighting located in the lower enclosure forming part 404 upward and emitting light on the surface. The lighting plate forming portion 402 may be made of a milky white plastic plate that can effectively disperse the light emitted from the lighting, such as polycarbonate or acrylic plate.

The trim forming part 403 surrounds the plate of the lighting plate forming part 402 and forms the border (outline) (trim, edge) line of the three-dimensional channel, and forms a lid (cap) that covers the enclosure forming part 404. It is used by painting it in a designated color according to its shape. The material may be metal/non-metal or plastic resin, and the light plate forming part 402 and the screen displaying part 401 are integrated through the trim forming part 403 and are covered and combined like a lid of the enclosure forming part 404. It can be.

The enclosure forming part 404 is a bottom lower body of a three-dimensional sign that is fastened/combined with the trim forming part 403 to support or form the three-dimensional body of each three-dimensional sign. In the case of an illuminated three-dimensional sign, lights and wires facing the lighting plate forming part are located inside the enclosure. The lighting is mainly LED lighting and is installed inside the enclosure forming part, and the bottom of the enclosure forming part can be directly fastened/fixed to the wall without a channel support or channel support.

In order to generate a signboard image for forming a three-dimensional signboard, the electronic device 100 includes information about the text included in the signboard image, information about the size of the three-dimensional signboard corresponding to the area where the text of the signboard is placed, and a three-dimensional channel. Input containing information about the size of this supported channel support may be received. The size of the three-dimensional channel may include height and thickness, etc.

The electronic device 100 may display, through the display 130, a plurality of templates for sign images for forming the three-dimensional sign, based on information included in the input and the received information.

Referring to FIG. 5A , a first input window 501, a second input window 502, and a third input window 503 may be displayed on the entire screen 500 through the display 130. Information about the phrase included in the signboard image may be input into the first input window 501. Information about the size of the three-dimensional signboard corresponding to the area where the text of the signboard is placed can be entered into the second input window 502. Information about the size of the channel support portion on which the three-dimensional channel is supported can be entered in the third input window. Based on the input information and information received from the server, a plurality of templates 510 may be created and displayed on the display 130.

For each template, the template may be classified into elements that generate the entire sign image and have unique metadata. For example, elements applied to a template may at least be given an identifier that uniquely identifies them within the template, but even if they are not given their own identifier, they can be parsed so that they can at least be uniquely identified within the template to which they belong. there is.

The object of the element may be text containing font information, a shape created by a path, a figure, an image (vector graphics or raster graphics), a URI, etc. The properties of an element can be stored in a combination of the two in the form of metadata in a record identified by a template identifier, either inside the element of the template itself or in separate storage.

The properties of the element can largely include properties for designing the sign image, properties for calculating the price of a three-dimensional sign, and properties of information needed for production. For example, attributes for the design of a signboard image may include data such as text including font information and alignment information, rendering order and coordinate information, size information, and color information. Attributes for price calculation may include data for price calculation, such as material and unit price. Attributes for generating production information may include data such as material, size information, and color.

Within one template, multiple elements may each have a rendering order. Due to the structure of a three-dimensional sign, it can be displayed in the following order: channel support, enclosure forming part, trim forming part, light plate forming part, and screen display layer. This rendering order is determined by the meta of each element. It can be stored as data, which can cause elements to be displayed according to the order in which they are rendered when the template is displayed through a display.

Templates can be expressed (composed)/authored in a markup language (Markup Lang.) such as XML and have the characteristics and properties of the markup language. For example, it can be created in an XML-based vector image format such as SVG (Scalable Vector Graphics). Once the design is completed based on the template, conversion to a file format for sign production is possible.

In step 210, the electronic device 100 may receive an input for selecting one of the plurality of templates 510, and the selected template may be loaded into the program. The generated templates are searched for and selected by the user through a program provided by the provider (which may be provided to the user in the form of a web or application).

The templates provided at this time can provide a variety that can sufficiently meet the various needs and demands of consumers, such as the price, form, and material of the sign. Additionally, in the template search stage, it is possible to provide a more consumer-friendly template by receiving key items of the template from the consumer (User-Input-Driven-Template) and accepting them as parameters of the template to be provided. From the provided templates, any one template may be selected by the user, and the selected template corresponding to the received input may be displayed through the display as a signboard image instead of the plurality of templates.

According to one embodiment, the electronic device 100 may extract price information for producing a three-dimensional sign by combining information included in input by the user and information received from the server. As described above, elements forming a three-dimensional sign can be stored with price information through metadata and may be mapped to a template identifier and stored in memory. The electronic device 100 can calculate the cost required to produce a three-dimensional signboard according to the signboard design designed by the user by parsing this metadata using a processor. This price information may be displayed through a display and provided to the user. For example, information for determining the production price of a three-dimensional sign can be calculated with reference to metadata such as size/number/three-dimensional thickness of three-dimensional channels, lighting/non-illumination, type of material, and size information of the channel support.

The template selected by the user can be loaded by a sign production program and become the initial environment/design for three-dimensional sign image design. As described above, when loading a template, the template may be parsed and elements and their metadata may be identified and displayed on the screen.

FIG. 5B is a diagram of a configuration in which a plurality of template samples are displayed according to various embodiments of the present disclosure.

According to another embodiment of the present application, the template is not created by the user's input as shown in FIG. 5A, but a plurality of template samples 520 that can determine what concept and shape the template will be provided before the template is created. ) can be displayed through the display. A plurality of template samples 520 may be received from a server by an electronic device and displayed on a display, and the plurality of template samples 520 may be stored in a memory. For example, the template sample 520 illustratively shows what shapes the screen display unit, light plate forming unit, trim forming unit, channel support unit, and enclosure forming unit that form the sign image will be provided without user input. It can be displayed. The user can select any one template sample 520 from among the plurality of template samples 520 as a template. That is, according to various embodiments of the present application, a template for generating a sign image may be created based on information input by the user, or may be generated and provided without information input by the user.

According to one embodiment, when one template sample 520 is selected as a template for generating a sign image, the sign image desired by the user is created by modifying elements in the template as described below in FIGS. 6 and 7. can be created. Hereinafter, the correction work will be described in FIGS. 6 and 7. 6 and 7 are diagrams of a configuration for modifying a template according to various embodiments of the present disclosure.

In step 220, the sign image may be edited, and in step 230, the edited sign image may be simulated and displayed. The template selected by the user in FIGS. 5A and 5B may be loaded into the program. After the initial environment/design for sign design is established, modification/editing operations can be supported in the program (provided in the form of a web or application).

According to one embodiment, the electronic device 100 may display the signboard image and a plurality of input windows 601, 602, 603, and 604 for modifying the input information and received information through the display 130. and the simulated image may be displayed on the display window 610.

The elements that make up the three-dimensional sign can be displayed in the rendering order described above. Elements can be displayed arranged/aligned in a way that intersects the center point.

When the user's input is received through a plurality of input windows (601, 602, 603, 604) for modifying the input information and the extracted information and the information is changed, the template is changed and displayed based on the changed information. You can.

According to one embodiment, by the user's input (605, 606) for adding an additional image, an additional image is displayed on the background of the signboard image, and the additional image and the signboard image are displayed together in the display window (610) or an additional template. This can be displayed along with the signboard image. Additional templates can be created through the same process that previously created the sign image.

Referring to FIG. 7, a user interface 700 that provides more detailed editing functions may be provided. In the user interface 700 that provides detailed editing functions, there are no limitations on functions such as detailed editing of elements of each layer and uploading of consumer files. A variety of user inputs can be received through a plurality of input windows 720 and 730, and the sign image displayed on the display window 710 can be changed and displayed according to the received user input. For example, if there are various templates for a bulletin board that forms the background of a signboard image, you can add them as modules to simulate and display the actual appearance of the signboard.

8 and 9 are diagrams of simulation screens according to various embodiments of the present application. The edited sign image may be simulated as a sign image as shown in FIGS. 8 and 9 through two-dimensional or three-dimensional simulation and displayed on the display. This configuration has the advantage of providing user convenience and improving satisfaction by allowing users to see how the signboard image they designed is implemented.

For example, users can be provided with a preview of the design content, can rotate the sign image 360 degrees, and can upload the image to replace the bulletin board with an uploaded file. Additionally, you can resize, move, rotate, tilt, etc. on the provided signboard image.

When editing of the sign image is completed, the sign image is saved in step 240, the sign production order is completed in step 250, and production data can be generated in step 260. For example, files for templates and signage images may be expressed (composed)/authored in a markup language such as XML and configured in an XML-based vector image format such as SVG (Scalable Vector Graphics).

The image of the completed sign can be converted into a file format for general sign production, molding, and processing for the actual sign. For example, for production purposes, they can be converted/saved into the following vector graphics file formats (or raster graphics): Compound file formats such as SVG, EPS (Encapsulated PostScript), and PDF (Portable Document Format). Alternatively, it can be saved in a commercial vector graphics file format such as CDR (CorelDRAW) or AI (Adobe Illustrator Artwork).

The design file for one sign can be separated and converted into one or more vector graphic files for the actual design of the sign. The converted vector graphic file contains production data for the elements that make up the three-dimensional sign.

When converting a sign image into a vector graphic file, it goes through a vectorization process that converts the line (stroke) and surface (fill/shape) of the element into a path. For example, in the case of text containing font information, production data is created through a vectorization process in which the text's stroke and fill attribute values are converted into path data. At this time, the bulletin board is a layer used for preview or simulation and does not need to be converted to a vector graphic file for actual production.

According to one embodiment, the processor 110 of the electronic device 100 may use a model learned using a deep learning technique. The model learned using deep learning techniques can be learned for the screen display part, the light plate forming part, the trim forming part, the channel support part, and the enclosure forming part. For example, the processor 110 uses a model learned using a deep learning technique to form a screen display unit, a light plate forming unit, a trim forming unit, a channel support unit, and an enclosure forming unit that forms a sign image input by the user. You can check the size, surface texture, color, and material. Based on the confirmed results, the processor 110 may generate metadata for generating price information for each of the screen display unit, light plate forming unit, trim forming unit, channel support unit, and enclosure forming unit. . The processor 110 may calculate the production cost for the entire sign to be generated based on the entire sign image, based on the metadata of each of the screen display unit, light plate forming unit, trim forming unit, channel support unit, and enclosure forming unit. there is. The calculated production cost can be displayed through a display, converted to metadata, and included in the production data.

According to one embodiment, the processor 110 is an interface for modifying price information of each of the screen display unit, light plate forming unit, trim forming unit, channel support unit, and enclosure forming unit using a model learned using a deep learning technique. can be provided through the display. For example, even if the color, material, and shape are the same, price information may vary depending on the material used, so there is a need to provide users of the application with a choice of materials. Accordingly, the processor 110 uses a model learned using a deep learning technique to minimize the manufacturing cost for each of the screen display unit, the light plate forming unit, the trim forming unit, the channel support unit, and the enclosure forming unit. , a list of manufacturing costs by material can be created for each of the light plate forming part, trim forming part, channel support part, and enclosure forming part. The processor 110 selects one of the lists for each of the elements, and determines the sign production cost in the selection of the screen display part, the light panel forming part, the trim forming part, the channel support part, and the enclosure forming part in the list. Materials for each element can be selected to ensure minimal cost. The processor 110 may generate metadata about materials for the selected elements and calculate the production cost of the sign based on the selected metadata. The processor 110 may input each metadata into a preset calculation formula to calculate the production cost of the sign. The calculated production cost of the sign can be selected through the display.

Various other elements may be included and required to provide aspects of the teachings of this specification. By way of example, additional materials, combinations of materials, and/or omission of materials may be used to provide additional embodiments within the scope of the teachings of this specification.

When introducing elements of the invention or embodiment(s) thereof, modifiers such as “an”, “an”, and “the” are intended to mean that there may be one or more elements. Similarly, when used to introduce an element, a modifier such as “other” is intended to mean one or more elements. Terms such as “include” and “have” are intended to be inclusive so that there may be additional elements in addition to those listed. The term “example” is intended to refer to one of several possible examples and should not necessarily be construed as indicating the best or best embodiment. However, in some cases, example embodiments may actually represent the best or optimal embodiment.

Although the invention has been described with reference to exemplary embodiments, those skilled in the art will understand that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the invention. Furthermore, those skilled in the art will appreciate that many modifications may be made to adapt the teachings of the present invention to particular tools, situations, or materials without departing from the essential scope of the invention. Accordingly, the present invention is not intended to be limited to the specific embodiment disclosed as the best mode contemplated for implementing the invention, and the present invention will include all embodiments falling within the scope of the appended claims.

Claims (10)

Receiving, from a server, information for generating a plurality of templates for a signboard image for forming a three-dimensional signboard - the received information includes a screen display unit, a light plate forming unit, a trim forming unit, and a channel for forming the signboard image. Contains information about supports, and enclosure formation -;
To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receiving input containing information about;
Based on the information included in the input and the received information, displaying a plurality of templates for sign images for forming the three-dimensional sign through a display;
Receiving an input for selecting one of a plurality of templates; and
Instead of a plurality of templates, displaying the selected template corresponding to the received input as a signboard image through a display.
How to create an online signboard including.
According to claim 1,
extracting price information from the information included in the input and the received information; and
Based on the price information, displaying the price of the signboard formed using the signboard image through a display.
How to create an online signboard including.
According to claim 1,
Displaying a plurality of input windows for modifying the sign image, input information, and received information;
changing the signboard image based on information received through input through a plurality of input windows for modifying the input information and the extracted information;
How to create an online signboard including.
According to paragraph 1,
Based on the changed sign image, performing a two-dimensional or three-dimensional simulation and displaying it on a display;
By inputting an additional image, displaying an additional image on the background of the signboard image, performing a simulation for the additional image and the signboard image, and displaying the additional image on the display.
How to create an online signboard including.
According to clause 4,
generating an additional sign image according to the input displaying the additional sign image;
Displaying the signboard image and the additional signboard image together;
How to create an online signboard including.
According to claim 1,
The text included in the signboard image, information about the size of the three-dimensional channel corresponding to the area where the text of the signboard is placed, information about the size of the channel support portion on which the three-dimensional channel is supported, the screen display unit forming the signboard image, and the light plate. Classifying each of the information on the forming part, the trim forming part, and the enclosure forming part into elements;
generating a vector graphic file by vectorizing information about each element;
How to create an online signboard including.
In paragraph 1,
The rendering order of each element is stored in the metadata of each element, and each element is displayed by aligning the center points of the elements according to the rendering order.
How to create an online sign.
In clause 7,
Using a model learned using deep learning techniques, the production cost for each of the screen display unit, light plate forming unit, trim forming unit, channel support, and enclosure forming unit is minimized. Create a list of production costs by material for each of the forming part, channel support part, and enclosure forming part, and select one of the lists for each element to calculate the sign manufacturing cost as the screen display part and light panel in the list. Selecting a material for each element to result in minimal cost for the combination of forming portion, trim forming portion, channel support portion, and enclosure forming portion, and calculating the manufacturing cost of the sign based on the selected material,
How to create an online sign.
In the online sign production system, the system:
server; and
Consisting of a user terminal connected to the user,
The user terminal is:
The user terminal receives information for generating a plurality of templates for a signboard image for forming a three-dimensional signboard from the server - the received information includes a screen display unit, a light plate forming unit, a trim forming unit, and a screen display unit for forming the signboard image. Contains information about enclosure formation -;
To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receive input containing information about;
Based on the information included in the input and the received information, displaying a plurality of templates for sign images for forming the three-dimensional sign through a display;
Receive an input for selecting one of a plurality of templates; and
An online production system characterized in that, instead of a plurality of templates, the selected template corresponding to the received input is displayed as a signboard image through a display.
Receiving information for generating a plurality of template samples for a signboard image for forming a three-dimensional signboard from a server and displaying the plurality of template samples through a display - a screen where the plurality of template samples form a signboard image Contains information on the display portion, light plate forming portion, trim forming portion, channel support portion, and enclosure forming portion -;
Receiving a user input for one template sample among the plurality of template samples;
To generate a sign image for forming a three-dimensional sign, information about the text included in the sign image, information about the size of the three-dimensional channel corresponding to the area where the text of the sign is placed, and the size of the channel support portion on which the three-dimensional channel is supported. receiving input containing information about;
generating a template of a sign image for forming a three-dimensional sign by modifying the one template sample based on information included in the received input;
Step of displaying the generated template as a signboard image through a display
How to create an online signboard including.