KR102110651B1 - Order production system of eye objet using fdm 3d printing - Google Patents

Abstract

The present invention relates to a custom-made system, and more specifically, a child utilizing an FDM-type 3D printing that can make an object that is difficult to design and produce in a variety of forms that meets individual tastes of consumers through 3D printing technology. It is about an object custom-made system.
To this end, the present invention provides an eye object order management server that visually provides at least one 3D eye object model to enable a consumer terminal to select a specific eye object for ordering; It characterized in that it comprises a; a 3D printing production terminal for producing a specific eye object transmitted by the ordering server of the child object through a FDM (Fused Deposition Modeling) 3D printer.

Description

ORDER PRODUCTION SYSTEM OF EYE OBJET USING FDM 3D PRINTING}

The present invention relates to a custom-made system, and more specifically, a child using an FDM-type 3D printing that can make an object that is difficult to design and produce in a variety of forms suitable for consumer's individual taste through 3D printing technology. It is about an object custom-made system.

Recently, the cutting-edge media 3D printing industry, which will lead the 4th industrial revolution, has attracted attention. In general, printers print photos or documents on a flat surface, while 3D printing is a method of stacking materials by layering cross-sections of 3D product designs. Refers to printer technology for printing.

3D printing is already growing mainly in the manufacturing industry market, and the 3D printer, which is the core of the 3D printing technology, can produce complex shapes that cannot be produced by hand, and can print relatively freely regardless of time and place. As a high-tech media suitable for small-scale production of various types, it is easily accessible to the general public, so its application ranges such as education, medical care, manufacturing, architecture, fashion, design, etc. are wide and diversified into infinite industries. It can be made in real life to satisfy diversity and efficiency.

Among these 3D printing manufacturing methods, as the patent rights expired in 2014 and 2009 for Selective Laser Sintering (SLS) and Fused Deposition Modeling (FDM), respectively, expectations for industry activation increased, and as 3D printing gradually spread, 3D printers, materials , Design software is actively being developed.

In particular, with the introduction of low-cost home desktop 3D printers in connection with FDM-type 3D printing technology, the market is growing explosively, and research in the fashion industry field of 3D printing is' fashion using FDM 3D printing. It is applied to the production of various fashion products such as design development 'and suggests a new direction of design.

On the one hand, art makeup is a form of art that expresses the inner image of the human body, decorating the body with various materials and expressing the individual self, complementing and modifying the body to express beauty It is accompanied by the task of maximizing the human body with artistic expression using various expression methods rather than work.

This art make-up is a fusion of aesthetic and artistic domains through the delivery of a message expressing the artist's imagination through creative works, away from the pursuit of the existing stereotyped beauty. A new dimension of visual design is being pursued, and among them, new materials and techniques related to objects are constantly evolving as objects are actively applied to art makeup.

However, since there are various materials such as paper, artificial jewelry, feathers, etc., objects of the related art objects are recognized as a field that is not easily accessible to art makeup workers due to the demand for expression of techniques from various applications of these materials.

Currently, commercially available objects have limitations in design and production, and if they are produced manually, it takes a lot of time in the design process, while the object production method reflects the tastes that can be different for each individual consumer, such as the size and color of the object. For this reason, it is necessary to study the production of objects using 3D printing to compensate for these shortcomings.

Republic of Korea Registered Patent Publication No. 10-1711581 Republic of Korea Registered Patent Publication No. 10-1808040

The present invention has been devised to solve the above-described problems of the prior art, and the 3D printing technology allows the eye object to utilize a 3D printing FDM method that can conveniently tailor various types of objects to suit the individual tastes of consumers. The purpose is to provide a custom-made system.

In order to achieve the above object, the present invention, an eye object order management server that visually provides at least one 3D eye object model to enable a consumer terminal to select a specific eye object for ordering; It characterized in that it comprises a; a 3D printing production terminal for producing a specific eye object transmitted by the ordering server of the child object through a FDM (Fused Deposition Modeling) 3D printer.

Here, the eye object order management server includes an eye object information providing module for providing at least one of a 3D eye object model type, standard, color, and price to a consumer terminal, and a specific eye object to be ordered by the consumer terminal Characterized in that it comprises an eye object numerical designation module that enables numerical designation of any one or more of horizontal, vertical, height and thickness.

In addition, the eye object order management server includes an eye object color selection module that enables a user terminal to select a color of a specific eye object to be ordered through one or more numerical designations of RGB, HSB, and CMYK. It is characterized by including an eye object manufacturing judgment module for determining whether or not a FDM 3D printer can be manufactured by checking any one or more of a type, horizontal, vertical, height, thickness, and color of a specific eye object.

In addition, the eye object manufacturing judgment module is stacked twice based on the line thickness of 0.2 mm (error range ± 0.05 mm) when the FDM 3D printer stacks the filament once, resulting in a total line thickness of 0.4 mm (error) Characterized in that it can be guided to the consumer terminal to have a range ± 0.05mm).

In addition, the eye object order management server is characterized in that it comprises a module for designing an eye object manufacturing method for a consumer terminal to select a specific object object to be laid down or stand up to produce.

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Even if the design is complicated by applying the 3D printing technology of the FDM method, which is known as a free implementation technology, to the object manufacturing method using the FDM method 3D printing according to the present invention as described above and the method of manufacturing the eye object order using the same. You can make objects cheaply and conveniently.

In addition, by allowing the consumer to directly select the color, design, size, etc. of the object, it is possible to produce an object that suits the consumer's personal taste.

1 is a diagram schematically showing an eye object custom-made system utilizing FDM 3D printing according to the present invention.
Figure 2 is a block diagram showing the components of the eye object order management server in the eye object order production system using FDM 3D printing according to the present invention.
Figure 3 is a flow chart showing a method of manufacturing an eye art object according to the present invention.

The terms or words used in the specification and claims should not be interpreted as being limited to ordinary or lexical meanings, and the inventor can appropriately define the concept of terms in order to explain his or her invention in the best way. Based on the principle that it should be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Therefore, the embodiments shown in the embodiments and the drawings described in this specification are only the most preferred embodiments of the present invention, and do not represent all of the technical spirit of the present invention, and can replace them at the time of this application. It should be understood that there may be various equivalents and variations.

Hereinafter, with reference to the drawings, a description will be given of an eye object order production system using the FDM 3D printing method according to the present invention and an eye object order production method using the same.

1 is a view schematically showing an eye object custom-made system utilizing FDM 3D printing according to the present invention.

The present invention is basically composed of an eye object order management server and a 3D printing production terminal.

More specifically, the present invention provides at least one 3D eye object model visually so that the user terminal can select a specific eye object for ordering, and an eye object order management server and a specific child transmitted by the eye object order management server It consists of a 3D printing production terminal for producing objects through a FDM (Fused Deposition Modeling) 3D printer, and a consumer terminal, an eye object order management server, and a 3D printing production terminal are mutually interrelated on the online network for order creation of eye objects. Communication becomes possible.

For reference, if the consumer terminal and the 3D printing production terminal are capable of communicating with the eye object order management server, such as a smartphone, desktop, tablet, or laptop, anything will be irrelevant, and such a consumer terminal, the eye object order management server, and the 3D printing production terminal Through the application, software, etc. that can be implemented in the overall work related to the ordering and production of eye objects can be performed.

FIG. 2 is a block diagram showing the components of an eye object order management server in an eye object order production system utilizing FDM 3D printing according to the present invention.

The eye object order management server may be constructed to act as a kind of web server or web service server. For example, a processed result may be displayed on a web page or required input data may be transmitted through a web page, where the web The page should be interpreted as including software for performing a specific task such as a web application in addition to simple text, images, sounds, videos, etc., and constructed to provide an application and an interface installed in a consumer terminal and a 3D printing production terminal. It might be.

Hereinafter, specific details related to the child object order management server will be described.

<Components, Functions and Effects of the Eye Object Order Management Server>

* Eye object information provision module

-Provide 3D eye object model type, standard, color, price, etc. to the consumer terminal

-Supports the selection of objects to order by allowing consumers to check various object models registered on the child object order management server and information on them through the consumer terminal

-Object types can be divided by model design

* Eye object numerical designation module

-Allows the consumer terminal to numerically designate the horizontal, vertical, height, and thickness of a specific eye object to be ordered

-Because each customer has a different face size, it can be customized to the individual size.

-The premise that the eye object model design itself does not change

* Eye object color selection module

-Through the numerical designation of RGB (Red-Green-Blue), HSB (Hue-Saturation-Brightness), and CMYK (Cyan, Magenta, Yellow, and blacK), the color of a specific eye object to be ordered by the consumer terminal can be selected.

-Allows the consumer to choose the exact color of the object being ordered

-The RGB, HSB, and CMYK numerical information specified by the consumer is referred to as color information when painting an eye object, or used to automatically mix and color paint by color separately through an automatic blender for painting, or ABS (Acrylonitrile with multiple colors) Can be used for the purpose of matching with the closest color material in 3D printing materials such as Butadiene Styrene) and PLA (Poly Lactic Acid) resin

* Eye object production judgment module

-Determine whether a FDM 3D printer can be manufactured by checking the type, width, height, thickness, color, etc. of a specific eye object ordered by the consumer terminal

-The type, width, height, and height of the eye object that consumers want by registering the pre-registered information on whether the object can be produced with the FDM 3D printer. If thickness, color, etc. are selected, feedback is made to the consumer on whether they can be produced.

-FDM 3D printer may be too large or too small to produce an eye object, or it may notify you if it is difficult to produce it with the color desired by the consumer.

-When the FDM 3D printer stacks the filament once, it is stacked twice based on the line thickness of 0.2mm (error range ± 0.05mm), so that the total thickness of the eye objects is 0.4mm (error range ± 0.05mm). Guided to (see Table 1 below)

First layer line thickness
(Error range ± 0.05mm) Total line thickness
(Error range ± 0.05mm)
Lamination
Output time
Availability

0.1mm 0.1mm x x x 0.2mm x x x 0.3mm First floor 3 minutes o 0.4mm Second floor 5 minutes o
0.2mm 0.2mm First floor 3 minutes o 0.4mm Second floor 5 minutes o 0.6mm 3rd Floor 8 minutes o

-If the thickness of the FDM 3D printer's 1st floor printing line is 0.1mm (error range ± 0.05mm), the probability of failure is high, and when the total line thickness is less than 0.4mm (error range ± 0.05mm), the thickness is too thin. It is difficult to process or easy to break, and if the total line thickness is more than 0.4mm (error range ± 0.05mm), it is too thick to be used as an eye art object and the texture is not expressed.

-Provide the above thickness information to the consumer terminal to guide the total line thickness of the eye object to 0.4mm unless there is a specific purpose.

* Eye object production method designation module

-Allows the consumer terminal to produce a specific eye object by selecting a lay-down or stand-up method

-In the case of the lying down method, the texture expression is insufficient, but it is possible to print thinly and uniformly. In the standing method, the thickness is thick and the printing time is long, but the texture expression is clear.

-Guide the pros and cons of the lying down method and the standing method to the consumer terminal

* Eye object payment module

-When the consumer terminal selects the type, size, quantity, color, etc. of the eye object to be ordered, it sets and guides the payment by reflecting the relevant matters, and makes payment through the conventional authentication procedure related to payment.

* Membership module

-Collect information to enable the consumer to deliver the child object after ordering and paying for the object, such as name, account, address, and contact information, through the consumer terminal

Figure 3 is a flow chart showing a method of manufacturing an eye art object according to the present invention.

On the other hand, the method of manufacturing an eye object using the system according to the present invention is basically composed of an eye object selection step and an eye object production step.

More specifically, the present invention provides an eye object selection step and an eye object order management server that allows the user terminal to select a specific eye object for order by visually providing at least one 3D eye object model by the eye object order management server. It comprises the steps of producing the eye object to produce the transmitted specific eye object through the FDM 3D printer.

In the child object selection step, as described above, the consumer terminal accesses the eye object order management server through the online network to select and order the eye object, wherein the type, width, height, and height of the specific child object to be ordered by the consumer terminal Further, an eye object detail selection step of selecting, thickness, color, etc. may be further included.

According to the eye object selection step as described above, it is possible for a consumer to order an eye object having a size and color suitable for an individual taste, and as a result, personal satisfaction can be improved.

In addition, the step of selecting the eye object may further include a step of designating an eye object manufacturing method in which the consumer terminal selects a specific object to be ordered to be produced in a lay-down or stand-up manner, thereby lacking a texture expression, but thin uniform printing. The possible lay-down method or the thicker and longer printing time, but the user can choose according to the personal preference among the stand-up methods with clear texture.

In addition, the eye object manufacturing step includes a sanding step of sanding a 3D printed eye object, a heat treatment step of heat treating the sanded eye object, a painting step of painting the heat treated eye object, and a painted eye object. It further includes a step of applying a gloss to give the gloss.

For reference, a surface treatment step of surface-treating through jet-so may be further included so that the color feeling is better after painting in the middle of the heat treatment step and the painting step.

As a result, it is possible to improve customer satisfaction by increasing the completeness of the eye object by post-processing the eye object primarily printed with the FDM 3D printer for a more aesthetic through sanding, heat treatment, painting and glossing steps.

The online network referred to in the present invention may be a core network integrated with a wired public network, a wireless mobile communication network, or a portable Internet, and may be a TCP / IP protocol and various services existing in a higher layer, that is, Hyper Text Transfer Protocol (HTTP). , Telnet, File Transfer Protocol (FTP), Domain Name System (DNS), Simple Mail Transfer Protocol (SMTP), etc., may refer to a global open computer network structure, and are not limited to these examples. It means a data communication network that can exchange data.

In the above description, specific shapes and directions have been mainly described in describing the present invention with reference to the accompanying drawings, but the present invention can be variously modified and changed by those skilled in the art, and such modifications and variations are included in the scope of the present invention. It should be interpreted as.

Claims (11)

An eye object order management server that visually provides at least one 3D eye object model to enable a consumer terminal to select a specific eye object for ordering;
It includes; a 3D printing production terminal for producing a specific eye object transmitted by the eye object order management server through a FDM (Fused Deposition Modeling) 3D printer;
The eye object order management server includes an eye object information providing module for providing at least one of a 3D eye object model type, standard, color, and price to a consumer terminal,
The eye object order management server is a child object numerical designation module that allows a consumer terminal to numerically designate one or more of the horizontal, vertical, height, and thickness of the specific object without changing the design itself. It includes,
The eye object order management server is ABS (Acrylonitrile Butadiene Styrene) having a plurality of colors corresponding to the selected color when the color of a specific eye object to be ordered by the consumer terminal through the numerical designation of one or more of RGB, HSB and CMYK, and Includes eye object color selection module to match resin of specific color among PLA (Poly Lactic Acid),
The eye object order management server determines whether or not the FDM 3D printer can be manufactured by checking one or more of types, widths, heights, thicknesses, and colors, which are pre-registered information of a specific eye object ordered by the consumer terminal. Includes a child object production judgment module to do,
The eye object manufacturing judgment module is stacked twice based on the line thickness of 0.2mm (error range ± 0.05mm) when laminating filaments once when the FDM 3D printer is difficult to manufacture in a pre-registered size. Eye object custom-made system using FDM 3D printing, characterized in that it can be guided to the consumer terminal so that the line thickness has 0.4mm (error range ± 0.05mm).
delete delete delete delete delete The method according to claim 1,
The eye object order management server includes an eye object production method designation module using a FDM method 3D printing, characterized in that the user terminal includes an eye object production method designation module that selects and manufactures a specific child object in a lay-down or stand-up manner. .
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