KR102301653B1 - Custom calligraphy ordering system for furniture - Google Patents

Abstract

According to the present invention, a custom calligraphy ordering system for furniture includes: a furniture ordering module for receiving an order for furniture from a user; a calligraphy database having a plurality of calligraphy contents; a selection module for providing the user with the calligraphy contents to select specific calligraphy content; a transmission module for transmitting the calligraphy content selected by the user to an expert; and a delivery module for delivering furniture with calligraphy produced by the expert to the user.

Description

CUSTOM CALLIGRAPHY ORDERING SYSTEM FOR FURNITURE

The present invention relates to a custom calligraphy order production system for furniture, and in more detail, it processes furniture from the user, receives calligraphy content selected by the user, engraves it on the furniture, and delivers it to the furniture, thereby providing artistic aesthetics and symbolism It relates to a custom calligraphy custom-made system for furniture that can be given.

As the world is becoming more diversified and open, consumers are changing in the direction they want to own their own special things that are different from those of others, unlike when they were only following trends.

In line with this trend, furniture production is also actively accommodating the diverse needs of consumers. Accordingly, craftsman-made furniture is gaining popularity along with DIY assembly furniture and uniquely shaped furniture. There is a problem that cannot be said to be one-of-a-kind furniture.

Accordingly, consumers want to put history and stories on their own furniture by engraving on one side of the furniture. In other words, consumers want to be able to express themselves or to express the reputation and professionalism of the producer through engraving.

Therefore, there is a demand for a custom calligraphy custom-made system for furniture that can provide consumers with furniture that can help with interiors as well as pride that they own their own furniture, including signatures, drawings, and calligraphy on the furniture.

As a prior art, Korean Patent Publication No. 2000-0063382 (title of invention: image panel for furniture and manufacturing method thereof) has been disclosed.

The prior art relates to a furniture panel including a door leaf of a wardrobe, a sink door, or a door leaf, wherein the furniture panel consists of a panel body manufactured to a predetermined standard, and decorative paper attached to the surface of the panel body, On the decorative paper, images of natural landscapes, wedding photos, people, traditional patterns, characters, drawings, and other various colors are printed, and the elements of the image are expressed to have a unified image as a whole on a single sheet rather than a piece. An image panel for furniture is presented.

As another prior art, Korean Patent No. 10-0377516-0000 (title of invention: e-commerce system and method linking real estate and furniture using the Internet) has been disclosed.

In the prior art, in an e-commerce system linking real estate services and furniture services through the Internet 20, the real estate and furniture sale information provided from the operator computer 50 is provided, and a user searches for a sale that meets the conditions desired by the user. / User terminal 10 to select and check the information; Receive the real estate sale information provided from the real estate company 30 and classify it by use, region, size, industry type, price range, location, and feature A real estate DB 51 to store, and a furniture DB 52 for receiving the furniture sale information from the furniture company 40 and classifying it by user, material, use, shape, standard, and price and storing it; , Characteristics of the real estate for sale selected above, including the furniture layout by floor plan DB 53 for generating and storing the furniture layout for each floor plan based on the sale information of the furniture DB 52 for each floor plan of the real estate DB 51 An electronic commerce system linking real estate and furniture using the Internet, characterized in that it includes an operator computer 50 that not only displays the furniture arrangement state suitable for the picture on the user terminal 10 and guides the furniture items suitable for it; is presenting

The above prior arts provide a method for decorating furniture by printing pictures and a furniture service through a network, but there is a problem in that it cannot identify and reflect consumer needs or improve the design aspect by engraving calligraphy on the furniture. .

Accordingly, there is a need to develop a customized engraving custom production system for furniture that allows experts to engrave calligraphy reflecting the needs of consumers on the furniture to give rarity and meaning to the furniture.

The present invention has been devised to overcome the problems of the above technology. The user receives information on furniture and calligraphy preferred by the user, and transmits the information of the furniture and calligraphy selected by the user to the expert to provide the user with the furniture engraved with calligraphy. Its main purpose is to provide a system that allows production to reflect the needs of

Another object of the present invention is to specifically reflect the user's needs by receiving the user's input of a form in which calligraphy is engraved on the furniture.

Another object of the present invention is to provide a function that helps the user to rationally select furniture and calligraphy by providing the user with furniture and calligraphy selected by a plurality of users or recommended by an expert.

An additional object of the present invention is to include a function of giving priority to calligraphy based on the user's preferred design and expert's calligraphy commentary input as a sentence and analyzing it, and providing it to the user.

In order to achieve the above object, a custom engraving order making system for furniture according to the present invention includes: a furniture ordering module for receiving an order for furniture from a user; a calligraphy database having a plurality of calligraphy contents; a selection module for providing the user with the calligraphy content to select specific calligraphy content; a transmission module for transmitting the selected calligraphy content to the user to the expert; and a delivery module for delivering furniture with calligraphy produced by the expert to the user.

In addition, the selection module, characterized in that it comprises a type selection unit for receiving the user to select at least any one of a specific location, size, and color to be engraved with the calligraphy on the furniture.

In addition, the system of the present invention includes; a research module for determining the number of calligraphy content selected by users for each household in the calligraphy content; a recommended calligraphy database including; It is characterized in that it includes.

Additionally, the system of the present invention provides an expert with a questionnaire related to a design concept for calligraphy content to receive an expert input unit receiving calligraphy characteristic information including a plurality of sentences, and a sentence included in the calligraphy characteristic information a calligraphy characteristic identification module having a characteristic index calculation unit that analyzes and calculates a characteristic index; A user input unit receiving user preference information including a plurality of sentences by providing a questionnaire related to a preferred design concept to the user, and a preference index calculating unit calculating a preference index by analyzing the sentences included in the user preference information It characterized in that it includes; a user characteristic identification module provided.

According to the custom engraving custom production system for furniture according to the present invention,

1) By receiving the selection of furniture as well as calligraphy content from the user and engraving the selected calligraphy on the furniture, it is possible to provide a unique artistic aesthetic while giving the furniture the user's own symbolism,

2) The user's needs can be specifically reflected by inputting the location, size, color, etc. where the calligraphy is engraved on the furniture from the user.

3) Not only can it be selected by multiple users or provide users with furniture and calligraphy recommended by experts preferentially to help users make rational choices,

4) It provides the effect of differentially providing calligraphy to users by receiving the user's preferred design and expert's commentary on calligraphy in the form of a sentence, and calculating the preference index and characteristic index calculated by analyzing it.

1 is a conceptual diagram showing the configuration of a system of the present invention.
Figure 2 is a block diagram showing the detailed configuration of the system of the present invention.
3 is a conceptual diagram illustrating an example in which calligraphy content is expressed in letters.
4 is a conceptual diagram illustrating an example in which calligraphy content is expressed as a picture.
5 is a conceptual diagram illustrating an example in which calligraphy content is expressed in letters and pictures.
6 is a conceptual diagram illustrating an example in which calligraphy content is engraved on furniture.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numbers in each drawing refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention.

The system of the present invention provides the user with a function of providing and receiving examples of furniture and calligraphy to the user, and then transmitting it to a furniture company and an expert to deliver the furniture containing the calligraphy engraved by the expert to the user. Its main feature is to give symbolism and rarity to the ordered furniture.

In this case, an expert means a person who has been engaged in a specific field for a long time and is rich in experience and knowledge, and in the present invention, it means a person who produces calligraphy to be provided to users, and a furniture company is a furniture manufacturer or a logistics company holding furniture company, etc.

These professionals may be freelancers or employees employed by the furniture company, and may have their own personal workspace as well as their workspace may be located within the furniture establishment.

The system of the present invention includes a user terminal 20 , an expert terminal 40 , a furniture company server 30 , and a main server 10 as a basic configuration.

The user terminal 20 is a terminal possessed by a user who orders furniture, and may be a PC, a smartphone, a tablet PC, etc. equipped with a communication means and an input means. In this case, the user terminal 20 is not limited in its type as long as it is a terminal in which an environment capable of accessing an application or an Internet web page in which the system of the present invention can be implemented is provided.

Through such a user terminal 20, a user can receive a desired example of furniture and calligraphy, that is, calligraphy content, and select preferred furniture and calligraphy to order furniture using the system of the present invention.

The expert terminal 40 is a terminal possessed by an expert and performs a function of receiving an example of calligraphy selected by the user, that is, calligraphy content from the main server 10 .

To this end, the expert terminal 40 is provided with a communication means, and may be a known terminal such as a PC, a notebook computer, a tablet PC, etc., and performs a function of receiving the calligraphy content selected from the user terminal 20 through the main server. do. Of course, the expert terminal 40 may also receive information on the furniture selected by the user through the main server.

Through such an expert terminal 40, the expert can start to produce calligraphy according to the calligraphy content transmitted from the main server 10, as well as receive information about the furniture ordered by the user from the furniture company or purchase the corresponding furniture. You can receive it directly and have a base to start making calligraphy.

The furniture company server 30 is a server provided by the furniture company, and this may also be a PC, a laptop computer, a tablet PC, etc. owned by the furniture company.

The furniture company server 30 performs a function of receiving an order for the furniture selected by the user from the main server, that is, information on the furniture selected through the user terminal 20, for example, the type, size, material, etc. of the furniture. can be transmitted through the main server.

The furniture company server 30 may exist independently provided with a communication means and a storage means, but may also be a main server itself, which will be described later.

The main server 10 performs a function of integrated management of the user terminal 20 , the expert terminal 40 , and the furniture company server 30 while interworking with each other.

Here, the integrated management means that furniture and calligraphy contents are provided and selected to the user terminal 20 , and information and calligraphy contents about the furniture selected by the user are transmitted to the expert terminal 40 and the furniture company server 30 . It means to provide a function that allows the user to more rationally and intuitively select calligraphy content by additionally providing a detailed module to be described later.

To this end, the main server 10 implements a web page or an app page to visually provide the user with the above-described furniture-related information and calligraphy content, as well as information with the furniture company server 30 and the expert terminal 40 . Convenience of exchange can be pursued.

In other words, the main server 10 may be referred to as a 'system' in the present invention.

The main server 10 has a central processing unit (CPU) and a program that can be executed in the central processing unit on a hardware basis having storage means such as a memory and a hard disk, that is, software is installed and this software can be executed. A series of specific configurations for 'module', 'part', and 'interface' will be described later as structural units.

At this time, the main server 10 is a RAM (Random Access Memory, not shown) and ROM (ROM: Read-Only Memory, not shown) that temporarily and / or permanently store the signal (or, data) processed therein. city), and may include a processor.

The processor may include one or more cores (not shown) and a graphic processing unit (not shown) and/or a connection path (eg, a bus, etc.) for transmitting and receiving signals to and from other components.

The memory may store programs (one or more instructions) for executing and controlling a module or a unit to be described later. Programs stored in the memory may be divided into a plurality of modules according to functions.

The steps of a method or algorithm described in relation to an embodiment of the present invention may be implemented directly in hardware, as a software module executed by hardware, or by a combination thereof. A software module may contain random access memory (RAM), read only memory (ROM), erasable programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), flash memory, hard disk, removable disk, CD-ROM, or It may reside in any type of computer-readable recording medium well known in the art to which the present invention pertains.

That is, the components of the present invention may be implemented as a program (or an application) to be executed in combination with a computer, which is hardware, and stored in a medium. The components of the present invention may be implemented as software programming or software components, and similarly, embodiments may include various algorithms implemented as data structures, processes, routines, or combinations of other programming constructs, including C, C++ , Java, assembler, etc. may be implemented in a programming or scripting language. Functional aspects may be implemented in an algorithm running on one or more processors.

The configuration of these 'modules' or 'parts' or 'interfaces' refers to a configuration of software or hardware such as FPGA or ASIC that is installed and stored in the storage means of the main server 10 and is executed via the CPU and memory. do. In this case, the configuration of 'module', 'unit', and 'interface' is not limited to hardware, and may be configured to be in an addressable storage medium or may be configured to reproduce one or more processors. As an example, 'module' or 'part' or 'interface' refers to components such as software components, object-oriented software components, class components and task components, processes, functions, and properties. , procedures, subroutines, segments of program code, drivers, firmware, microcode, circuitry, data, database, data structures, tables, arrays and variables.

A function provided by a 'module' or 'part' or 'interface' may be combined into a smaller number of components and 'parts' or 'modules' or further with additional components and 'units' or 'modules' can be separated.

Hereinafter, a detailed configuration and function thereof will be described based on such a macroscopic configuration.

2 is a block diagram showing the basic configuration of the system of the present invention.

The custom calligraphy custom manufacturing system for furniture of the present invention includes a furniture order module 100 , a calligraphy database 200 , a selection module 300 , a transmission module 400 , and a delivery module 500 .

The furniture ordering module 100 serves to provide a series of procedures for a user to order furniture, including information on furniture, that is, furniture owned by a furniture company.

Specifically, the furniture ordering module 100 provides information about furniture to the user in the form of images and videos while receiving the user's personal information (address, contact information, etc.) through an interface implemented as a web or app page, It provides a function that provides a series of procedures from checking the information on the furniture selected by the user to paying for the furniture.

Here, the information on the furniture includes, for example, an image of the furniture and a description of the furniture, and the information on the furniture may be delivered and posted from a furniture company.

For example, information on furniture such as 'material: wood, size, top area: 120*50cm ² , two chests of drawers' may be posted on the web page of the furniture ordering module 100 along with a picture of the desk.

Since the furniture ordering module 100 is the same as a known means for ordering a general product, a separate detailed description thereof will be omitted.

3 to 5 are conceptual diagrams illustrating examples of calligraphy content.

3 is a conceptual diagram illustrating an example in which calligraphy content is expressed in letters, and is a calligraphy in which the word 'hourglass' is expressed by hand lettering of a single color rather than a simple typeface.

4 is a conceptual diagram illustrating an example in which calligraphy content is expressed as a picture. The rain with an umbrella placed on the floor is mainly expressed in blue color, and the word 'rain' is hidden in the picture expressing the falling rain.

5 is a conceptual diagram illustrating an example in which calligraphy content is expressed in letters and pictures, in which the word 'pine' is expressed in a curving handwriting like a cypress, and a needle is drawn on a cow's robe.

The calligraphy database 200 of the present invention is an aggregate storing a plurality of calligraphy contents, and may be retained in a storage space provided in the main server 10 or a separate DB server linked to the main server 10 . .

In this case, the calligraphy content means that the calligraphy produced by an expert is generated in a file format such as an image or a moving picture.

A plurality of such calligraphy contents can be stored to provide users with a wide range of choices, so that users can select calligraphy according to their preferred color, picture, typeface, and the like.

Here, calligraphy is one of the hand lettering techniques, which combines letters and pictures or expresses letters and pictures with a professional technique to convey a stronger meaning than a standardized typeface and express an image that feels lively.

Specifically, in calligraphy, letters such as longing, sunflowers, bells, and pictures of flowers, trees, and the sea are expressed in arm postures such as the Hyunwan method and Chimwan method, and the gripping method such as the single ball method and the Oji method, and colors such as black and red. may be expressed as

For example, calligraphy can be the word 'pine tree' itself, but it can also be a picture of a pine tree in brown and green, and a picture of a pine tree is included next to the letter, or the pointed letters are drawn in brown and green to match the meaning. can be produced in various forms according to the artistic idea of the calligrapher.

The selection module 300 provides a plurality of calligraphy contents to the user and performs a function of receiving a selection of preferred calligraphy contents from the user.

To this end, the selection module 300 is implemented as an interface on a web page or an app page to visually provide and select calligraphy content to the user. It can also serve as a temporary storage medium until it is transmitted to

For example, the selection module 300 provides and selects calligraphy content including the word azalea and flower pictures to the user through the interface on the web page, and the selection module 300 is an expert who produces calligraphy. It may include a description such as who is, and an introduction to similar calligraphy.

The selection module 300 may provide various selection criteria to the user by providing additional components, which will be described in detail below.

6 is a conceptual diagram illustrating an example in which calligraphy is engraved on furniture.

The transmission module 400 provides a function of transmitting the calligraphy content selected by the user to the expert terminal 40 so that the expert can start the production of calligraphy.

Specifically, the transmission module 400 can provide the expert with calligraphy content selected by the user through the interface of the expert terminal 40 , as well as background information for starting calligraphy production on the expert terminal 40 . , additional description of calligraphy content and information on furniture selected by the user in the furniture order module 100 may also be provided.

For example, if the user selects calligraphy content including the word 'azalea' and a picture in the above-described selection module 300, the transmission module 400 transmits the calligraphy content to the expert terminal 40 along with 'color'. : Black, Green, Jinbora / Handwriting: Hangwan method, various thicknesses / Drawing: Azalea flowers, leaves of grass, etc. You can receive additional explanations needed for calligraphy production, so you can engraved calligraphy on furniture.

Here, engraving means engraving calligraphy on furniture, and in the present invention, the method of engraving calligraphy such as drawing, printing, embossing, and engraving is integrated into the word engraving.

The delivery module 500 is for delivering furniture on which production is completed and engraved with calligraphy to the user, and performs a series of functions that can perform delivery processing by delivering delivery information related to furniture delivery to a known delivery company server. will do Since this performs the same function as the known delivery means, a detailed description thereof will be omitted.

In addition, the delivery module 500 provides a delivery step (the current location of the furniture and a preparation step, etc.) to the user, so that the user can check the remaining time until arrival and how many pieces of furniture have been made.

Accordingly, the delivery module 500 can provide correct packaging and delivery methods to furniture companies, experts, and delivery companies. For example, 'A cushioning material must be applied to the corners of furniture before delivery.' A method such as 'The part must be packed once more' may be provided, and the user may be provided with a delivery step such as 'Preparing for delivery' and 'Currently furniture is waiting for loading at Okcheon HUB.' .

This delivery module 500 not only allows the user to receive the finished furniture without defects, but also serves to deliver the furniture to be engraved with calligraphy to the expert if the professional's workspace is a separate place from the furniture company. may be

In summary, the system of the present invention provides information on furniture and calligraphy content to the user terminal 20, receives the selection, and transmits it to the furniture company server 30 and the expert terminal 40, thereby providing an expert with a calligraphy tailored to the user's needs. It provides properties that allow the creation of engraved furniture.

The system of the present invention may include the detailed configuration of the above-described selection module 300 as well as additional configurations so as to assist the user in selecting furniture and calligraphy contents according to reasonable criteria. let it do

First, the above-described selection module 300 may further include a type selection unit 310 .

Specifically, the format selection unit 310 serves to additionally select a detailed format of calligraphy in order to reflect the user's needs in detail.

Here, the detailed form of calligraphy may be an area, color, location, and the like of calligraphy.

That is, the type selection unit 310 may receive from the user any one or more of the location where the calligraphy is to be engraved and the size and color of the calligraphy selected by the user, and may allow the expert to produce the furniture reflecting the calligraphy format desired by the user.

For example, when the furniture selected by the user is a desk, the format selector 310 may receive a selection of a calligraphy format such as 'Location: upper right corner, Size: X, Color: Green'.

Thereafter, the format selection unit 310 transmits the information related to the calligraphy format to the expert terminal 40 so that the expert refers to the calligraphy production.

Accordingly, the form selection unit 310 allows the user to imprint calligraphy reflecting his/her specific needs on the furniture, thereby more rationally reflecting the user's specific tastes and preferences.

Furthermore, the system of the present invention may include a furniture size database 600 , and correspondingly, the selection module 300 further includes a size providing unit 320 .

The furniture size database 600 is an aggregate that classifies and stores furniture size measurement information, ie, size information by furniture, and is a storage space provided in the main server 10 like the above-described calligraphy database 200 or It is possible to be retained in a separate DB server linked with the server 10 .

Here, the size information refers to information including dimensions such as width, width, and height of furniture.

For example, when the furniture is a tea table, the size information may be 'width: 40 cm, width: 27 cm, height: 30 cm'.

Such size information may be provided together with information about furniture, such as an image of the furniture, when a user selects furniture in the above-described furniture ordering module 100 .

Correspondingly, the size providing unit 320 serves to classify the calligraphy content for each size information and provide it to the user.

In this case, the classification of the calligraphy content by size information is to prevent calligraphy content that is not suitable for furniture, that is, calligraphy that is too large or too small for the furniture, to be selected and imprinted on the furniture.

In addition, the size providing unit 320 may include a function for guiding the user by comparing the size information with the calligraphy content.

For example, if there is a unique restriction on calligraphy such as 'The size of the calligraphy must be smaller than 15% of the area to be engraved', a tea table with a width of 40cm, a width of 27cm, and a height of 30cm is limited according to the width: Calligraphy larger than 6cm, Width: 4cm may be presented with a lower priority or with a description such as 'The calligraphy is large for the furniture'.

The reason why such a restriction is necessary is to fully utilize this aesthetic purpose, although there are always furniture sizes that match the unique size of calligraphy in terms of aesthetics.

Accordingly, it provides a characteristic that can reflect the aesthetic purpose of calligraphy designated by experts on the furniture through the concept of size.

In addition, the system of the present invention may include a survey module to determine the number of times the user has selected calligraphy content according to the household.

The survey module 700 performs a function of determining which calligraphy content a plurality of users have selected a lot of for each household, that is, it provides a role of counting the number of times of user selection of calligraphy content for each household.

The survey module 700 can determine the number of times the user selects the calligraphy content for each furniture by counting the number of calligraphy content selected by the selection module 300 for each furniture ordered by the furniture ordering module 100 described above. .

For example, if there are 70 users who have ordered a desk, the survey module 700 is based on this desk as 'Forsythia selection: 32 people, Sunflower selection: 21 people, Pine tree selection: 17 people, Penguin selection: 0 people' The number of times counted can be calculated.

In response to this, the selection module 300 further includes a popular calligraphy providing unit 330 .

The popular calligraphy providing unit 330 gives priority to calligraphy content according to the number of selections of calligraphy content for each household identified by the research module 700 and performs a function of providing the calligraphy content to the user according to the priority. .

The popular calligraphy providing unit 330 can provide the user with high-priority calligraphy content first or by adding an indication of 'popularity' to the user. it can be known whether

For example, if there are 70 users who ordered a desk, when it is found that the number of selections is 'Forsythia selection: 32 people, Sunflower selection: 21 people, Pine tree selection: 17 people, Penguin selection: 0 people'. The study 330 may output calligraphy content in the same order as forsythia-sunflower on the selection screen provided by the selection module 300 .

In addition, the calligraphy content called 'forsythia', which received the most selection, can be provided by adding a mark such as 'popularity or recommendation'.

Furthermore, the system of the present invention may further include a recommended calligraphy database 800 to provide calligraphy content suitable for furniture by reflecting the opinions of experts.

The recommended calligraphy database 800 is an aggregate storing recommended calligraphy content, which is calligraphy content recommended by an expert for each household, and is also a storage space provided in the above-described main server 10 or linked with the main server 10 . It is possible to maintain it in a separate DB server.

This recommendation calligraphy database 800 has a meaning that sufficiently reflects the purpose of an expert who can be recognized as having a design sense or artistic judgment ability, rather than a user who is a general public.

For example, the recommended calligraphy content may be provided to the user as 'today's recommended calligraphy content', 'this week's recommended calligraphy content', 'OOO selected calligraphy content', and the like.

Correspondingly, the above-described selection module 300 includes a recommended calligraphy providing unit 340 .

The recommended calligraphy providing unit 340 serves to provide recommended calligraphy content to the user.

Exemplarily, the recommended calligraphy providing unit 340 may preferentially output on the selection screen over other calligraphy content in the same format as 'recommended calligraphy content of the week'.

Through the recommended calligraphy providing unit 340, the user can receive the calligraphy content recommended by the expert, so that the user can more conveniently select the calligraphy content recommended by the expert in design without any trouble. have

Additionally, the system of the present invention may include a furniture characteristic database 900 and a calligraphy characteristic database 1000 to store meanings included in furniture and calligraphy content.

First, the furniture characteristic database 900 is an aggregate storing information on historical, traditional, and design meanings contained in furniture, that is, furniture characteristic information.

Furniture characteristic information is information that includes historical, traditional, and design meanings contained in furniture in the form of sentences. The sentences included in this furniture characteristic information may be which craftsman made the furniture, which celebrity used it, etc.

For example, furniture characteristics include 'This chair is made of mahogany' and 'This chair has the same design used by the President of the United States' and 'This chair is made in a traditional way.' It goes without saying that a plurality of pieces of furniture characteristic information may be stored for each household.

Next, the calligraphy characteristic database 1000 is an expert's explanation of the design meaning of calligraphy content, that is, a collection storing calligraphy characteristic information.

The calligraphy characteristic information is information including the design meaning of the calligraphy content received from the expert in the form of a sentence, and the sentence included in the calligraphy characteristic information may be an expert-level interpretation of the calligraphy content.

For example, in the calligraphy characteristic information, 'This calligraphy draws a large and concise mountain next to the letter mountain in bold and concise handwriting. It is a monotonous but strong calligraphy by unifying letters and pictures in black and writing in bold.'

Correspondingly, the selection module 300 may include the characteristic information providing unit 350 to provide the above-described furniture characteristic information and calligraphy characteristic information to the user.

The characteristic information providing unit 350 can compare furniture and calligraphy characteristic information by providing the user with the historical, traditional, and design meaning of the furniture in the furniture characteristic information and the design meaning of the calligraphy content in the calligraphy characteristic information. provides the functions

For example, the characteristic information providing unit 350 gives the user the historical meaning of furniture, 'This chair is made of 70-year-old pine.' And as the design meaning of calligraphy content, it is possible to provide furniture and calligraphy characteristic information, such as 'This calligraphy uses many stretches and green to the letter pine tree to shape a pine tree.'

According to this, the meaning contained in furniture and calligraphy is provided to the user so that the user can be provided with professional knowledge about furniture and calligraphy.

According to the above description, the characteristic information providing unit 350 may provide the user with the meaning contained in the furniture and calligraphy contents, but in order to further strengthen the user's customized selection environment, the system of the present invention provides an additional configuration. explain about

Specifically, the system of the present invention provides a questionnaire to experts and users in a state including the above-described furniture characteristic database 900 and analyzes the received answers by the calligraphy characteristic identification module 1100 and the user characteristic identification module 1200 ) may be included.

First, since the furniture characteristic database 900 has been described above, a separate description thereof will be omitted.

In addition, the calligraphy characteristic identification module 1100 provides a questionnaire related to the design concept of calligraphy content to the expert terminal 40 and provides a function to receive and analyze an answer from the expert, and the expert input unit 1110 and the characteristic and an index calculator 1120 .

The expert input unit 1110 serves to receive an answer consisting of a plurality of sentences for a design concept of calligraphy content, that is, calligraphy characteristic information, through the expert terminal 40 .

The calligraphy characteristic information is input from an expert with a professional level explanation of the design concept of calligraphy.

For example, calligraphy characteristic information may consist of several sentences as follows.

To the experts about the content of calligraphy that combines the word hut and the picture, 'This calligraphy includes the word hut and a simplified illustration of the hut. Specifically, the soft typeface, along with the comfortable colors and the clear picture of the cabin, make the viewer feel like they are looking at a well-rounded and well-ordered architecture. This provides a regular rhythm in the parallel lines between the hut's pillars and the window sill, which can raise the peaceful aspects that have subsided deep in the heart. It will arouse our interest in a balanced and simple happiness.'

Since such calligraphy characteristic information is an answer composed of a plurality of sentences, it is possible to extract a key word indicating an answer, that is, a keyword by segmenting the received sentence into morpheme units.

The characteristic index calculation unit 1120 extracts keywords by analyzing the sentences included in the calligraphy characteristic information, and calculates the characteristic index based on the total number of extracted keywords and classification and counting into nouns, verbs, adjectives, and adverbs. function is provided.

For example, in the example of calligraphy characteristic information for the above-mentioned hut, the total number of keywords is 61, and if classified according to the part of speech, noun: 26 (hut, pillar, etc.), verb: 17 (engraved, processed etc.), adjectives: 12 (comfortable, orderly, etc.), adverbs: 6 (together, i.e., etc.), keywords can be classified and counted according to parts of speech.

A characteristic index can be calculated based on the number of keywords and parts of speech counted in this way. For example, when the number of adverbs divided by the number of keywords is used as the characteristic index, if the number of adverbs relative to the total number of keywords is 1 to 5%, 1 Level, 5 to 15% level 2, 15 to 25% level 3, greater than 25% can be set to level 4, and the value obtained by multiplying the ratio of adverbs by the number of levels can be viewed as a score. Therefore, in the example of the calligraphy characteristic information for the above-described hut, the total number of keywords = 61 and the number of adverbs = 6, so the ratio of the adverbs among the keywords is 9.8%, which corresponds to level 2, and the score may be 19.4 points.

That is, the characteristic index is digitized by analyzing the keywords segmented by morpheme units of the sentences of the calligraphy characteristic information.

Next, the user characteristic identification module 1200 provides a questionnaire related to a preferred design concept to the user terminal 20 and provides a function to receive and analyze an answer from the user, and a user input unit 1210 and a preference index calculation unit (1220).

Here, the user input unit 1210 plays a role of receiving an answer consisting of a plurality of sentences for a design concept preferred by the user, ie, user preference information, through the user terminal 20 .

For example, the user input unit 1210 may indicate from the user, 'I much prefer a simple and simple yet comfortable feeling rather than being overly flashy and conspicuous. Recently, I moved from Seoul to a quieter suburb in search of a quieter and more comfortable place. I want to engraved calligraphy on my new desk. This desk will probably be placed on the terrace, but I wish it was a calligraphy that goes well with the landscape where there are many trees.'

Since this user preference information is also an answer composed of a plurality of sentences like the calligraphy characteristic information, a keyword can be extracted from it in the same manner as the aforementioned characteristic index calculation unit 1120 .

Accordingly, the preference index calculation unit 1220 extracts keywords by analyzing the sentences included in the user preference information, and calculates the preference index based on the classification and counting of the extracted keywords into nouns, verbs, adjectives, and adverbs. to provide.

For example, as an example of user preference information, the number of keywords: 51, the number of nouns: 18, the number of verbs: 15, the number of adjectives: 11, the number of adverbs, as in the example of calligraphy for the hut described above. You can classify and count keywords according to parts of speech like :　7.

Like the characteristic index, the preference index can also be calculated based on the number of counted keywords and parts of speech. The ratio of adverbs is 13.7%, which corresponds to level 2, so the score may be 27.4.

Correspondingly, the selection module 300 includes a preference customization providing unit 360 .

The preference customization providing unit 360 performs a function of giving priority to the calligraphy content according to the sentences answered by the user and the expert to the questionnaire and providing it to the user.

Specifically, the priority may be assigned according to the high and low of the characteristic index based on the preference index.

The preference index is used because the answer input by the user is an answer to the user's taste and preferred design, so the user's needs can be reflected based on the numerical preference index.

This is because the design perfection of calligraphy cannot be guaranteed only by the preference of users who prioritized according to the high and low of the characteristic index. Therefore, it is reasonable to prioritize the design concept of calligraphy answered by experts according to the high and low of the characteristic index that digitizes it.

For example, in the example of the above-mentioned preference index, when the score is 13.7% and 27.4 points in the second level, the score in the example of the characteristic index is 9.8%, the second level is 19.4 points, an 8 point difference, and the characteristic index for another calligraphy If 4.2% is 4.2% at level 1, the difference from the preference index is 23.2 points, so the characteristic index with the smallest difference among the two characteristic indices can be given high priority.

Such preference index and characteristic index may be calculated through Equations 1 and 2 below, which is a rational algorithm for calculating the above-described preference index and characteristic index. That is, Equation 1 is an equation for calculating a preference index, and Equation 2 is an equation for calculating a characteristic index.

Equation 1.

이 0이거나 0보다 작을 경우에는

을 1 로 둘 수 있다.Here, U is the preference index of the answer, Q is the number of keywords in the answer, A is the number of adjectives in the answer, V is the number of adverbs in the answer, and if

is 0 or less than 0

can be set to 1.

Equation 2.

이 0이거나 0보다 작을 경우에는

을 1 로 둘 수 있다.Here, E is the characteristic index of the answer, Q is the number of keywords in the answer, A is the number of adjectives in the answer, V is the number of adverbs in the answer, and if

is 0 or less than 0

can be set to 1.

In Equations 1 and 2, preference index and characteristic index can be calculated by reflecting how many keywords are included in the answer and how many keywords are included in the adjectives and adverbs in the part-of-speech. is a part-of-speech that can express design concepts well such as 'beautiful, small, bright', so it is included in the denominator of each clause, and the adverb is 'very, very, really', etc. Therefore, it is included in the numerator of the hyperbolic tangent (tanh) term.

For this reason, when it comes to the design aspect of calligraphy, the user mentions the aesthetic part, such as feeling and appreciation. This is because it is desirable to reconcile with and adverbs.

That is, adjectives were defined as parts of speech that well expressed design concepts, and adverbs were defined as parts of speech that did not express design concepts well, and reflected in Equation 1.2.

In the example of user preference information starting with 'I am excessively flashy', the number of keywords and parts of speech is equal to the number of keywords: 51, the number of adjectives: 11, and the number of adverbs: 7, and substituting them into Equation 1

와 같은 선호 지수를 산출할 수 있고,

It is possible to calculate a preference index such as

In the example of the hut where the expert input unit 1110 receives calligraphy characteristic information input from the expert, the number of keywords and parts of speech is equal to the number of keywords: 61, the number of adjectives: 12, and the number of adverbs: 6 If you substitute in

와 같은 특성 지수를 산출되고 선호지수와 2.03의 차이를 보인다.

The same characteristic index is calculated, and it shows a difference of 2.03 from the preference index.

The preference index and characteristic index can be interpreted that the smaller the difference from the characteristic index based on the preference index, the more similar the design concept of the calligraphy content judged by the expert to the design concept preferred by the user.

와 같은 특성 지수가 산출되고 선호 지수와 7.65의 차이를 보인다.As a comparative example, if the number of keywords: 58, the number of adjectives: 16, and the number of adverbs: 6 in the calligraphy characteristic information

The same characteristic index is calculated and shows a difference of 7.65 from the preference index.

Through this, it is possible to interpret the calligraphy content for the hut in which the characteristic index of 23.49 is calculated as preferred by the user, and provide it with higher priority than the calligraphy content of the comparative example in which the characteristic index of 31.14 is calculated.

Additionally, the above-described preference index calculation unit 1220 includes the classification unit 1221 and the part-of-speech identification part 1222 , the hierarchical setting part 1223 and the vector designation part 1224 , the weight calculation part 1225 , and the preference index recalculation. Part 1226 can be included to recalculate the preference index.

Specifically, the classification unit 1221 extracts the keywords of the user preference information answered in a plurality of sentences from the user input unit 1210 by segmenting them into morpheme units. can be classified in detail.

The part-of-speech identification part 1222 provides a function of counting the morphemes classified by the classifying unit 1221 for each part-of-speech. By counting the total number of morphemes and the number of adjectives and adverbs, the preference index is calculated through Equation 1 can do.

Correspondingly, the layer setting part 1223 may set the layer of user preference information through Coh-Matrix as it serves to quantify how many design concepts are desired to be included in calligraphy from the user's answer.

Coh-Matrix is a web-based language analysis system developed to analyze various types of text. It measures corpus (meaning a vast amount of data including spoken and written words), lexicons, and semantic similarity. It consists of LSA (Latent Semantic Analysis), Part of Speech Analyzer, Syntax Syntax Analyzer, and various tools used in computational linguistics. .

The hierarchical setting part 1223 can set the user preference information layer through the linguistic measurement value measured by the Coh-Matrix. The user preference information layer is a more accurate and elaborately classified numerical value, which simply counts parts of speech. It is established considering the semantic similarity between morphemes and morphemes.

Furthermore, the vector designation part 1224 specifies the order in which the user preference information is input and the number of appearances as a keyword vector. For example, if the keyword appears three times in the second input answer, the keyword vector is (2, 3) becomes

Since such a keyword vector is specified through the order and number of keywords appearing, the priority of a specific keyword can be grasped. The weight calculation part 1225 can calculate a weight including the keyword vector.

In addition, the weight calculation part 1225 calculates a weight based on different keyword vectors, the number of adjectives included in the answer, and the number of overlapping keywords. It performs a function of calculating the weight by identifying the number of adjectives included in the answer and the number of keywords that appear repeatedly in the answer through the matrix.

That is, through the number of adjectives, the number of keywords, and the number of syllables that well express the design concept in the user preference information, it is possible to quantify how specifically the user's answer expresses the preferred design concept.

Furthermore, the preference index recalculation part 1226 provides a function of recalculating the preference index by reflecting more subdivided numerical values, and by calculating the preference index by reflecting the above-mentioned layer and weight, it is calculated only with the number of keywords and parts of speech It plays a role of rational calculation compared to what it does.

In summary, keywords are classified into morpheme units and the number of parts-of-speech is counted through the classification unit 1221 and the part-of-speech identification part 1222 described above. A layer of user preference information is set as a linguistic measurement value, and the order and number of occurrences of keywords are calculated as keyword vectors in the vector designation part 1224 .

In the weight calculation part 1225, the weight is calculated through the keyword vector calculated in this way, the number of adjectives included in the user preference information included in the user preference information, and the number of keywords overlapped. In the preference index recalculation part 1226 The preference index is recalculated by reflecting the class and weight.

That is, the preference index calculation unit 1220 may calculate numerical values through the above-described components to re-calculate the preference index, and the equation for this will be described later.

The layer setting part 1223 may set the layer of user preference information through Equation 3 below.

Equation 3.

Here, S is the hierarchy of user preference information, L is the number of sentences included in the answer, M is the number of keywords included in the answer, and N is the number of syllables in the answer.

Equation 3 is an expression for determining how many design concepts are desired to be included in calligraphy through the answers received from the user. Through this, it is possible to quantify how many words the user answered and how many sentences were written.

For example, in the example of user preference information starting with 'I am excessive and flashy', if L = 5, M = 51, N = 142, and the layer of user preference information corresponding to the answer is calculated through Equation 3, As follows.

That is, the layer of user preference information calculated through Equation 3 is 2.29, and according to the height of the calculated layer, it is easy to grasp how many design concepts the user wants to include in calligraphy.

In addition, the layer of the calligraphy characteristic information can also be calculated through Equation 3. For example, the calligraphy characteristic information of the example of the hut is L=6, M=61, N=184, If you substitute in

이고

ego

As a comparative example, when the calligraphy characteristic information is substituted in Equation 3 when L = 5, M = 58, N = 191,

와 같은 계층이 산출될 수 있다.

The same layer can be calculated.

The similarity between user and expert answers can be specified through the layer calculated by Equation 3, and the preference index can be recalculated by reflecting this.

The weight calculation part 1225 may calculate the weight through Equation 4 below.

Equation 4.

는 가중치,

은 상기 답변 내 중복 등장하는 키워드의 개수, A는 상기 답안에 포함된 형용사의 개수, n은 상기 답변에 포함된 키워드의 개수,

및

는 키워드 벡터 x및 y의 벡터 성분이며,

을 의미한다.here,

is the weight,

is the number of keywords that appear repeatedly in the answer, A is the number of adjectives included in the answer, n is the number of keywords included in the answer,

and

is the vector component of the keyword vectors x and y,

means

Equation 4 is an equation for calculating the weight for the answer through the number of keywords, the number of adjectives, and the dot product of the vector. Wonhae plays a role as an indicator to understand how clearly and organically expressed the design concept.

That is, Equation 4 provides a function of numerically indicating the correlation between different keywords by calculating the dot product of keyword vectors corresponding to different keywords. It is possible to quantify how concretely answered the design concept preferred by the

At this time, since the dot product of a keyword vector is a generally well-known concept and its calculation method is also a matter of common practice, detailed examples and descriptions will be omitted.

The preference index recalculation part 1226 may recalculate the preference index through Equation 5 below.

Equation 5.

은 답안의 재산출된 선호 지수, Q는 답안에서 키워드의 개수, A는 답안에서 형용사의 개수, V는 답안에서 형용사의 개수,

는 가중치, S는 답안의 계층이다.here,

is the recalculated preference index of the answer, Q is the number of keywords in the answer, A is the number of adjectives in the answer, V is the number of adjectives in the answer,

is the weight, and S is the layer of the answer.

That is, the above-mentioned Equation 5 is a formula for recalculating the preference index by further reflecting the layer and weight of the answer to the existing preference index, and it indicates how many design concepts the user wants to include in calligraphy in the existing preference index. By recalculating the preference index by reflecting the digitized weight of how specifically the user's preferred design concept is written in the answer, the user's preferred design concept can be more accurately quantified and stored.

과 같을 수 있다.For example, using the preference index calculated in the examples of Equations 1 and 3 above as an example, if the weight is 1.26, Equation 5 is

can be the same as

및 비교예에 대해

와 같이 재산출된 특성 지수를 산출할 수 있다When the weights of the characteristic indices of the example and comparative example of the hut of Equation 2 are 1.22 and 1.27, respectively, Equation 5 is for the example of the hut

and comparative examples

The recalculated characteristic index can be calculated as

That is, the difference between the recalculated preference index and the characteristic index of the example of the cabin is 1.6, and the difference between the re-elected preference index and the characteristic index of the comparative example is 12.15.

Comparing the difference with the recalculated characteristic index, it is 12.15-1.6 = 10.49, which is an increase of 4.87 from 7.65-2.03 = 5.62, which is the value of comparing the difference in the characteristic index before recalculation. can

As described so far, the configuration and operation of the custom engraving custom production system for furniture according to the present invention is expressed in the above description and drawings, but this is merely an example and the spirit of the present invention is not limited to the above description and drawings, It goes without saying that various changes and modifications are possible without departing from the technical spirit of the present invention.

10: main server 20: user terminal
30: furniture company server 40: expert terminal
100: furniture ordering module 200: calligraphy database
300: selection module 310: type selection unit
320: size provider 330: popular calligraphy provider
340: recommended calligraphy providing unit 350: characteristic information providing unit
360: preference customization providing unit 400: transmission module
500: delivery module 600: furniture size database
700: research module 800: recommended calligraphy database
900: furniture characteristic database 1000: calligraphy characteristic database
1100: calligraphy characteristic identification module 1110: expert input unit
1120: characteristic index calculation unit 1200: user characteristic identification module
1210: user input unit 1220: preference index calculation unit
1221: classification unit 1222: part-of-speech grasp part
1223: layer setting part 1224: vector specified part
1225: weight calculation part 1226: preference index recalculation part

Claims (10)

A custom calligraphy customization system for furniture, comprising:
a furniture ordering module that receives an order for furniture from a user;
a calligraphy database having a plurality of calligraphy contents;
a selection module for providing the user with the calligraphy content to select specific calligraphy content;
a transmission module for transmitting the selected calligraphy content to the user to the expert;
a delivery module for delivering furniture with calligraphy produced by the expert to the user;
a furniture characteristic database including furniture characteristic information including the history, tradition, and design meaning of the furniture in sentences;
An expert input unit that receives calligraphy characteristic information including a plurality of sentences by providing a questionnaire related to a design concept of calligraphy content to the expert, and analyzing the sentences included in the calligraphy characteristic information to calculate a characteristic index a calligraphy characteristic identification module having a characteristic index calculation unit;
A user input unit receiving user preference information including a plurality of sentences by providing a questionnaire related to a design concept preferred to the user, and a preference index calculating unit calculating a preference index by analyzing the sentences included in the user preference information Including; a user characteristic identification module equipped with
The selection module is
Custom-made calligraphy for furniture, characterized in that it comprises a preference customization provider that sets a priority according to whether or not the characteristic index is approximated based on the preference index and provides the calligraphy content to the user according to the priority system. The method of claim 1,
The selection module is
Custom calligraphy custom manufacturing system for furniture, characterized in that it comprises a type selection unit for receiving the user to select at least one of a specific location, size, and color to be engraved with the calligraphy on the furniture. The method of claim 1,
The system is
Including; a furniture size database including size information for each furniture;
The selection module is
and a size providing unit that classifies the calligraphy content according to the size information of the furniture and provides it to the user. The method of claim 1,
The system is
Including; a research module for determining the number of calligraphy content selected by users for each household in the calligraphy content;
The selection module is
Custom calligraphy custom-made system for furniture, characterized in that it comprises a popular calligraphy provider that sets a priority in the order of the number of times the calligraphy content is selected and provides the calligraphy content to the user according to the priority. The method of claim 1,
The system is
Includes; recommended calligraphy database storing calligraphy content recommended by experts for each household;
The selection module is
Custom calligraphy custom-made system for furniture, characterized in that it comprises a recommended calligraphy providing unit for providing the recommended calligraphy content to the user. The method of claim 1,
The preference index is calculated through the following Equation 1,
The characteristic index is a custom calligraphy custom-made system for furniture, characterized in that calculated through the following equation (2).
Equation 1.

(only,

is 0 or less than 0, 1)
(Where U is the preference index of the answer, Q is the number of keywords in the answer, A is the number of adjectives in the answer, and V is the number of adverbs in the answer)
Equation 2.

(only,

is 0 or less than 0, 1)
(Where E is the characteristic index of the answer, Q is the number of keywords in the answer, A is the number of adjectives in the answer, and V is the number of adverbs in the answer) delete delete delete delete

Images