KR20190143528A - Method for providing life memorial souvenir - Google Patents

Abstract

According to the present invention, a life remembrance providing method comprises: a data receiving step of receiving, through a network, photographic data including appearance and past life photographs of a client, and life record data in the form of videos, texts or audio files; a 3D printing data generating step related to a face shape of the client, and including a 3D face data generating step a) of generating 3D face data by converting 2D images into 3D data from the photographic data or by using a 3D scanner, a 3D modeling data generating step b) including a first correction step of removing inappropriate elements such as surface scratches and scars of the client′s face appearing in the 3D face data, and a second correction step of correcting the shape or color of the client′s face, and a step c) of converting the modeling data into computer files capable of 3D printing; an autobiography data generating step including step a) of modifying the received life record data in the form of the videos, texts or audio files to generate manuscript data in the form of a text file, and step b) of generating an electronic book type computer file in which the photographic data and the manuscript data are arranged chronologically or by theme; and a step of transmitting the 3D printing data and the autobiography data to the client through the network. The present invention enables network-based online service.

Description

How to Give a Life Monument {Method for providing life memorial souvenir}

The present invention relates to a method of providing a life monument, and in particular, proposes a new method of providing a three-dimensional figure in which a person's life history is compressed and an autobiographical content recording a journey of life.

In order to honor the great man who contributed to the development of history, there are many cases at home and abroad that install statues and sculptures made of metal or stone and share them as cultural resources. In addition, there are many cases in which the lives of great people are recorded as records and used as historical data through the form of writing or photographs.

On the other hand, in order to remember the lives of deceased family members or acquaintances, there are many cases of making monuments or autobiography. In recent years, as individuals' lives have diversified and their skills in recording information have increased in many ways, they have prepared their own memorable monuments as they record their lives. For example, away from albums or diary booklets of past photographs, you can save your photos as electronic computer files, compose an edited cyber album, or commemorate your life through various recording methods such as voice or video. Also collect.

According to Korean Patent Application No. 10-2016-0141377, the bone bones after cremation of a deceased person or dead pet animals are mixed with clay and made into model sculptures such as framed monuments, busts, ceramics, and ornaments. In addition, there has been proposed a method of making a substitute for the ossuary box using bone flour to commemorate or display love and memories with people or pets by placing or displaying it in a specific place such as a general home or office.

In addition, since the development of a 3D printer, a service of manufacturing a figure of a person as a relief or a three-dimensional sculpture through 3D printing has been performed. According to Patent No. 10-1694300, in order to overcome the disadvantages existing in generating a scanner-based or sensor-based 3D face model, face region and region-specific features are detected from face data obtained from heterogeneous sensors and global / regional deformation optimization is performed. Through the proposed device and method for generating 3D personal figures suitable for 3D printing.

Such prior art provides a sculpture containing bone powder that can be remembered for the deceased, or proposes an improved technique suitable for 3D printing, but it is insufficient to provide content that can remember and commemorate an individual's life.

Autobiographies, on the other hand, have long been a monograph by publishers, and individual writers provide autobiographical writing services. In the case of such an autobiography production service, it is common to provide an autobiography production service offline, and since it mainly depends only on the writing of an artist, there is a limit to producing an autobiography including various formats.

Creating monuments for individual lives using these conventional techniques will inevitably cost a lot of money, and the booklet-oriented autobiography or simple sculpture-based 3D printing figures are provided for use as monuments. Low quality or level

In particular, existing technologies provide simple content without themes, and there is a limit to developing a business that provides personalized life monuments.

The present invention has been made under the technical background described above, and an object of the present invention is to provide a new method for providing a 3D sculpture containing an individual's life journey and an autobiography associated with it.

It is another object of the present invention to provide a system capable of simultaneously producing characteristic sculptures and autobiography that can reminisce and celebrate past lives for individuals who have lived different lives, and provide them to the client in the form of computer files.

Another object of the present invention is to provide a 3D printing figures and autobiography in the form of e-books to commemorate the lives of various individuals who have worked in various occupation groups to provide a composite content suitable for family or acquaintances to remember the individual will be.

Other objects and technical features of the present invention will be presented in more detail in the following detailed description.

In order to achieve the above object, the present invention includes a data receiving step of receiving a photographic material including a photograph of the appearance of the client and the past life photos, and life record material in the form of a video, text or audio file through the network; 3D printing data generation step related to the client's face shape, comprising: a) converting a 2D image from the photographic data into 3D data or generating a 3D face data obtained using a 3D scanner; and b) the client's face appearing in the 3D face data. 3D modeling data generation step comprising a first correction step of removing inappropriate elements such as surface scratches, scars, and a second correction step of modifying the shape or color of the client's face, c) 3D printing modeling data Converting to a computer file; A step of generating autobiographical data, the method comprising: a) modifying the recorded life records in the form of a moving picture, text or audio file to generate a text file in the form of a text file; Generating a computer file of an e-book type; It provides a life monument providing method comprising the step of transmitting the 3D printing data and autobiographical data to the client via a network.

In the present invention, the generating of the 3D modeling data may further include adding auxiliary shape data representing the sculpture related to the job or the life of the client to the scanning data.

In the present invention, when the scanner is used in the 3D face data generation step, separate scanning data on the shape of the client's face is obtained by using the structured light first scanner and the photogrammetry second scanner. It is preferable to generate final scanning data by comparing the two.

Meanwhile, the present invention preferably receives the data, generates 3D printing data, generates autobiographical data, and transmits the generated data on a platform in the form of a website.

In addition, the present invention may further include the step of additionally sending the photorealistic figures output as the 3D printing data and the autobiography booklet output as autobiographical data to the client through offline.

According to the present invention, a network-based online service is possible by providing a 3D sculpture and an autobiography associated with it in the form of a computer file. Additionally, quality of service can be enhanced by providing offline life monuments in the form of sculptures and publications.

In addition, according to the present invention, a 3D printing data service can be provided such as artistic 3D bust representation of an individual's life, and in the above-described 3D printing data service and content through a network-based online autobiographical service It is easy to interlock.

This method of providing life monuments enables cultural content services to reflect on the lives of individuals belonging to specific occupations, such as divers, firefighters, soldiers, teachers, and professional sports workers, and to bring memories to family and acquaintances. It can be extended to multicultural services in connection with various cultural projects.

1 is a schematic process diagram of a method of providing a life monument of the present invention
2A to 2C are schematic diagrams showing a process of generating 3D modeling data.
3 is a 3D printed bust figure
4 is a photograph showing a 3D bust figure to which auxiliary shape data is added.
5 is a photograph showing a part of an autobiography in the form of an e-book

The present invention proposes a life monument providing method including 3D printing data and autobiographical data. The provided life monument is transmitted to the client in the form of a computer file, and additionally 3D printed figures and autobiographical publications can be delivered offline at the client's request.

The present invention provides the following technical features. First, in the case of 3D printing data, a monument shape containing an individual's journey of life or life's life may be provided through a process of correction through 3D modeling based on photographic data or scan data of the person. For example, unlike existing 3D printing products staying at simple photorealistic outputs, the 3D printing data generation of the present invention adds differentiated technical steps, so that the caricature form or the auxiliary shape related to the occupation of the person is not as it is. This can be added, through which a sculpture, such as an artistic 3D bust, representing an individual's life can be provided.

In addition, the autobiography or biography in the form of general publication is transformed into a cyber service through online service, unlike an autobiography or a biographical text through offline work with a writer or a publisher. For example, an interviewer or photographic material (or audio and video material) from the sponsor may be received online and applied to the preset production platform (in-process) to minimize the writer's manual writing or editing process. have. In addition, it is easy to interwork with the aforementioned 3D printing data service in terms of contents through a network-based online autobiography service.

In particular, the method of providing a life monument of the present invention can provide a competitive product through a more efficient process by integrating 3D bust production and autobiographical production service into one process by implementing a network-based platform. For example, a customer receives a photo or video for making a bust, a photo or video for making an autobiography, and interview data from the customer who requested the product production through the Internet. After generating 3D bust data and autobiographical data based on the finally determined data, the customer can provide 3D modeled bust files and e-book autobiography through the Internet. While providing the first electronically documented online product, it is possible to technically easily integrate the services of the two products by additionally providing off-line bust and published autobiography at the request of the client.

Hereinafter, the technical configuration and effects of the present invention will be described in detail with reference to the accompanying drawings. 1 is a schematic process diagram of a method of providing a life monument of the present invention.

The present invention is a life monument providing method largely includes a data receiving step, 3D printing data generation step, autobiographical data generation step, and transmitting the generated data. In the data receiving step (step S110), the photographic material including the client's face photograph and the past life photograph and the life record material in the form of a video, text or audio file are received through the network. By receiving data through the network, it is possible to easily obtain the data needed to generate 3D data and autobiographic data regardless of the distance from the client, and deliver a text file, audio file, or video file even when an actual interview with the client is impossible. Get the results of the interview. In addition, the client's photographic material (2D image) may be used as basic data for generating 3D data when the client's appearance scanning is difficult.

The 3D printing data generation step related to the client's face shape includes three steps. First, as a 3D face data generation step, the 2D image may be converted into 3D data from the photograph of the client's face obtained in the data receiving step, or 3D scanning data may be generated through the 3D scanner (step S120a).

Photographs can be obtained from the client or his or her family or acquaintances, or if the client is elderly, the service provider can use the photographs taken in person. For example, 3D scanning may be performed by scanning a client's upper body up, down, left, and right with a scanner, and scanning while rotating the rotating stall chair by 360 °. Outdoor light or strong light may damage the scanning data in the scanning process, so it is preferable to remove the risk factors such as outdoor light blocking before scanning.

When the scanner is used in the 3D face data generation step, the first scanner of the structured light method and the second scanner of the photogrammetry method obtain separate scanning data on the shape of the client's face and compare the two scanning data to generate final scanning data. It is desirable to. Structured light 3D scanners include Artec Eva, Einscan Pro, and Sense 2, and photogrammetric 3D scanners include Fuel3D. Structured light type EinScan-Pro has the advantage of precisely measuring the scanning object and texture scan to express full-color 3D data. The Fuel3D scanner is optimized for single-side shooting and can be scanned with an error value of 0.35mm. In the exemplary embodiment of the present invention, the EinScan-Pro scan data and the Fuel3D scan data are compared to compare and measure the surface state, texture, and detail of the scan target and generate final scanning data.

After generating the 3D face data, the 3D modeling data is generated through various steps of correction (step S130a). The adjustment step for 3D modeling includes, for example, a first correction step for removing inappropriate elements such as surface scratches and scars of the client's face from the 3D face data, and a second correction for correcting the shape or color of the client's face. It may include a step. 3D data can be obtained from a 2D image using a conversion program or 3D scanning, and various correction effects can be obtained using a 3D modeling program. For example, you can compare the scanned modeling file with a 2D photo and then refine and supplement the details, such as the shape of the face, torso, and surface.

Suitable programs for 3D modeling include CrazyTalk, Blender, and Rhino. Using Rhino's 3D modeling program, 3D scanning data can be used to correct inappropriate elements such as facial contours and skin problems, and to create a cradle that can support a bust (figure). CrazyTalk utilizes two-dimensional rendering technology to modify the face surface, face color, scar marks, etc., to optimally complement the shape. Blender is also used to create animated movies, visual effects, art, 3D print models, interactive 3D applications, and video games, which can be used by clients to create 3D scanning data, including UV wrapping, texturing, and raster graphic editing. It can be changed to the desired shape, and this modeling process can provide customized 3D printing data and 3D printed sculptures.

2A to 2C are schematic views illustrating a process of generating 3D modeling data. As shown in FIG. 2A, the shape and color of the scanning data may be changed using the Blender 3D modeling software. In the case of correcting only the shape without the color, the shape may be changed using the Freeform 3D modeling software as shown in FIG. 2B. have. On the other hand, if you only correct color, you can also use Photoshop image editing software. The edited 3D modeling data can further perform bust proximal modeling operations using, for example, Netfabb 3D correction software (see FIG. 2C). In addition, in the present invention, in the 3D scanning data modeling process, the method may further include adding auxiliary shape data representing a sculpture related to the job or life of the client to the scanning data. Through such complex modeling, artistic sculptures that combine the client's life and occupation can be realized in the final 3D printing data.

After the generation of the 3D modeling data is completed, the modeling data is converted into a computer file capable of 3D printing (step S140a). After modeling, the file is converted to a fritting file, for example, an STL file, taking into account the output size and material. The converted final file may be sent to the client to obtain the 3D output directly, but if the client is in an area where 3D printing is difficult, the service provider may output the 3D printing data and provide the client to the client after inspecting the appearance of the actual figure.

Depending on the 3D modeling result, 3D printing data can be processed after finishing printing of the 3D printing data, or 3D printers (e.g. 3Dsystems Projet 660 pro, etc.) that can secure color data and map colors through mapping during modeling work. ), Color output can be obtained (see FIG. 3). The output of 3D printing data can be appropriately selected from three output methods (FDM output, paper output, and powder output) in consideration of the shape, color, and image of the final sculpture. When the auxiliary shape data described above is added, as shown in FIG. 4, the auxiliary shape part a is added in addition to the basic face figure f and the support base end s, thereby outputting an artistic sculpture containing the life cycle of the client. It is desirable to select a 3D printer so that such output can be optimally represented.

The 3D printing data generation process may be performed simultaneously with the generation of autobiographical data. The autobiographical data is generated based on photographic data and life records obtained through the above-described data receiving step.

The autobiographical data generation step may include the steps of greatly modifying the received life record data in the form of a moving picture, text, or audio file (step S120b), and generating the manuscript data in the form of a text file, by chronologically or theme-specifically. Generating a computer file of the e-book method arranged in the step (step S130b).

In an autobiography, the data and records of the client's life are the basis, and interviews are very important. In the present invention, the data are collected by a method such as a remote interview through a network or an online written interview through an interview questionnaire, and used for generating manuscript data of autobiographical data. Interviews may include, for example, if the client has been a haenyeo for a long time, the birth process, the uniqueness of the haenyeo culture and regional haen culture, and the historical events that occurred during her life. If the sponsor is elderly or has difficulty interviewing online due to health reasons, offline interviews may be conducted by visiting if necessary.

The obtained life records are completed with autobiographical data edited according to storytelling, with text and photographic material, audio files, or video material properly arranged. Such a process may be a formalized or formatted process such as the arrangement of the material by a predetermined process rather than the direct action of the editor or the writer, and several storytelling formats may be prepared in advance according to the client's occupation group. 5 illustrates a portion of an autobiography in the form of an e-book.

The final 3D printing data and the autobiographical data of the e-book method are transmitted to the client through the network (step S150). In this case, the autobiographic data preferably includes a program for driving the e-book.

The life monument service provided in the present invention may perform data reception, 3D printing data generation, autobiographical data generation, and transmission of the generated data on a platform in the form of a website. Through this platform, communication and data transmission and reception of service providers and clients can be performed smoothly using desktops or mobile devices, and high quality services can be realized without time and space constraints.

On the other hand, the 3D printing data and autobiographical data in the form of electronic files may be directly output by the client to obtain a tangible product, but may be provided to the service provider upon request. In this case, the service provider may additionally transmit the live-action figures output as the 3D printing data and the autobiography booklet output as the autobiography data to the client additionally, and provide a product in which the autobiography and the bust figures are packaged. In the case of autobiography in packaged products, only a small amount can be output through indigo printing, etc., and if packaged together with a 3D output, it can be spotlighted as a personalized cultural product.

The present invention has been exemplarily described through the preferred embodiments, but the present invention is not limited to such specific embodiments, and various forms within the scope of the technical idea presented in the present invention, specifically, the claims. May be modified, changed, or improved.

a: auxiliary feature f: facial figure
s: support base

Claims (5)

A data receiving step of receiving a photographic material including a photograph of the client's face and a past life photograph, and a life record material in the form of a video, text or audio file through a network;
Generating 3D printing data related to the client's face shape,
a) converting a 2D image into 3D data from the photographic material or generating 3D face data obtained using a 3D scanner;
b) a 3D modeling data generation step comprising a first correction step of removing inappropriate elements such as surface scratches and scars of the client face appearing in the 3D face data, and a second correction step of correcting the shape or color of the client face;
c) converting the 3D modeling data into a computer file capable of 3D printing;
Autobiographical data generation phase,
a) modifying the life record material in the form of a moving picture, text or audio file to generate an original material in the form of a text file,
b) generating an electronic book type computer file in which the photographic material and the manuscript material are arranged chronologically or by theme;
And transmitting the 3D printing data and the autobiographic data to the client through a network.
How to give a life monument.
The method of claim 1,
And adding auxiliary shape data representing a sculpture related to the job or the life of the client to the scanning data in the 3D modeling data generation step.
The method of claim 1,
When the scanner is used in the 3D face data generation step, separate scanning data on the shape of the client's face is obtained by using the first scanner of the structured light method and the second scanner of the photogrammetry method, and the final scanning data is compared by comparing the two scanning data. A method of providing a life monument, characterized by producing.
The method of claim 1,
And receiving the data, generating 3D printing data, generating autobiographical data, and transmitting the generated data on a platform in the form of a website.
The method of claim 1,
And transmitting the live-action figures outputted as the 3D printing data and the autobiographical booklet outputted as autobiographical data to the client in an offline manner.

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