KR101302120B1 - The apparatus and method of augmented reality in bodily tissue with social network service moudule - Google Patents

The apparatus and method of augmented reality in bodily tissue with social network service moudule Download PDF

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KR101302120B1
KR101302120B1 KR1020110120862A KR20110120862A KR101302120B1 KR 101302120 B1 KR101302120 B1 KR 101302120B1 KR 1020110120862 A KR1020110120862 A KR 1020110120862A KR 20110120862 A KR20110120862 A KR 20110120862A KR 101302120 B1 KR101302120 B1 KR 101302120B1
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augmented reality
body
module
smartphone
social network
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KR1020110120862A
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KR20130062430A (en
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강장묵
송유진
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동국대학교 경주캠퍼스 산학협력단
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Abstract

The present invention is composed of a smartphone augmented reality smartphone coupling module 100, SNS connection module 200 for body augmented reality 200, social network service (Social Network Service) server 300, the relationship between friends and friends and friends You can share a variety of medical information through the smartphone combination module for social augmented reality and social network in partnership with me, and can perform a friend making service between patients, and users can use augmented reality You can edit and delete it directly on your smartphone, which allows you to update your real-time updated medical information (drug administration time, type of medication, date of treatment, past surgery history, pain, blood pressure level, blood sugar level) via social network. Make friends with similar diseases through the smartphone augmented reality module combined with the body augmented reality SNS module that can provide real-time to friends, doctors and medical personnel Its purpose is to provide an apparatus and method for establishing a relationship between guardians.

Description

Apparatus and method for realizing a relationship between a friend or guardian of a similar disease patient using a smartphone coupling module for physical augmented reality and an SNS connection module for physical augmented reality

The present invention can share a variety of medical information through a social network and the network module and another social augmented reality smartphone coupling module in a friend relationship, a friend and a friend relationship with me, or a partnership with me, and a friend making service between patients The present invention relates to an apparatus and a method for implementing a relationship between a friend or guardian of a similar disease patient through a smartphone augmentation module for physical augmented reality and an SNS connection module for augmented reality.

Today, advances in computer technology have led to virtual environments in many parts of everyday life.

Most people already live in a mobile network society where the two environments are combined without a clear distinction between virtual and real environments.

The world created by combining this virtual reality with the real environment is called Mixed Reality, and is divided into Augmented Reality and Augmented Virtuality according to whether the base is reality or virtual.

Among them, AR based on real environment provides information that cannot be provided in real environment as virtual image using computer technology.

Nowadays, medical augmented reality is being developed to provide a user with real-time visual enhancement of medical information or medical content with a user interface.

That is, Korean Patent Publication No. 10-0877114, Location information acquisition unit for tracking the position of the probe to obtain the position information of the probe; An augmented reality image providing unit configured to project image information corresponding to a movement path of the probe directly to a first augmented reality region including an affected part of a patient according to a preset performance mode using the position information of the probe; And an auxiliary image providing unit projecting a menu for setting the performance mode to a second augmented reality region adjacent to the first augmented reality region, and further projecting at least one of medical information of the patient or control information of the medical equipment. In addition, the performing mode has been described a medical image providing system and a medical image providing method including at least one of a write mode, a modification mode or a delete mode,

It does not have a social network service (SNS) function through the Internet, so it is difficult to connect a social network network with friends, friends and friends, or augmented reality smartphones that cooperate with me. It is difficult to run a friend service.

In addition, the existing medical augmented reality has only the composition of a simple augmented reality expression of the desktop method, there is no configuration of augmented reality editing, deletion, real-time updated medical information (drug administration time, type of medicine, date of treatment, Past surgery history, pain, blood pressure value, blood sugar level) has a problem that can not be provided in real time to friends, doctors and medical personnel. Even if it is provided as a mobile, it is not possible to continuously promote and spread medical information through linkage with various social network services, and make friends based on participation.

Domestic Patent Publication No. 10-1018781 (March 03, 2011 notification)

In order to solve the above problems, in the present invention, a variety of medical information can be shared through a social network and a smart phone coupling module for another physical augmented reality that is in a relationship with a friend, a friend with a friend, or a partnership with me, You can perform the service of making friends between patients, and users can directly edit and delete the physical augmented reality application on the smartphone, thereby real-time updated medical information (drug administration time, type of medicine, date of treatment, past surgery history) , Pain, blood pressure, blood sugar level, etc.) through the social network network 1: N smart phone combined module for body augmented reality and SNS connection module for body augmented reality that can provide real-time to friends, doctors and medical personnel The purpose of the present invention is to provide a device and a method for implementing a service for making a friend or a parent-child relationship with a similar disease.

In order to achieve the above object, a device for realizing a relationship between a friend or guardian of a similar disease patient using a smartphone augmented reality module and a social augmented reality SNS connection module according to the present invention

Located inside the smartphone, body augmented reality smart phone combination to drive the body augmented reality application for each body position on the AR browser by mixing the image information data of the body organs with the actual body position image data of the body organs taken from the cam camera Module 100,

Connected to one side of the smartphone augmentation module for physical augmented reality, and forms a social network network through a social network service module, performs a search command for a patient with a similar disease and a search for a guardian of a patient, and a specific body augmented reality located in a social network. When the body augmented reality data request from the smart phone coupling module for authentication, the body augmented reality SNS connection module for transmitting the body augmented reality data to the smart augmented reality smart phone coupling module after the request, and

Social network service to form social networking network and N other body augmented reality smart phone coupling module in partnership with body augmented reality smart phone coupling module or friend relationship with body augmented reality smart phone coupling module Network Service) is achieved by being configured as a server (300).

As described above, in the present invention, while driving the augmented reality application on the smartphone and at the same time can search and search for medical information through the social network network, improve the bond between patients through the service of making friends between patients Real-time updated medical information (drug administration time, type of medication, date of treatment, past surgery history, pain, blood pressure level, blood sugar level, etc.) through social network network, 1: N method for friends, doctors and medical personnel It can be provided in real time, to improve the emergency rescue rate 80% in case of an emergency, there is a good effect to receive a variety of medical advertising and medical services.

1 is a block diagram illustrating the components of a device for implementing a relationship between a friend or guardian of a similar disease patient via a smartphone augmented reality module and the body augmented reality SNS connection module according to the present invention,
Figure 2 is a block diagram showing the components of the smart phone coupling module 100 for body augmented reality according to the present invention,
Figure 3 is a block diagram showing the components of the square marker unit 121 of the smart phone coupling module 100 for body augmented reality according to the present invention,
Figure 4 is a block diagram showing the components of the rendering module 130 of the smart phone coupling module 100 for body augmented reality according to the present invention,
5 is a block diagram showing the components of the measurement module 140 of the smart phone coupling module 100 for body augmented reality according to the present invention,
Figure 6 is an embodiment showing the operation process of the device for realizing a relationship between a friend or guardian of a similar disease patient through the smartphone augmented reality module for physical augmented reality and the SN connection module for augmented reality according to the present invention,
Figure 7 is a flow chart illustrating a method of implementing a relationship between a smartphone or parental guardian of a similar disease patient through a smartphone augmented reality module for physical augmented reality and SNS connection module for augmented reality according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

1 is a configuration diagram showing the components of a device for implementing a relationship between a friend or guardian of a similar disease patient via the smartphone augmented reality module and the body augmented reality SNS connection module according to the present invention, It consists of a smartphone augmented reality smartphone coupling module 100, SNS connection module 200 for body augmented reality, Social Network Service (Social Network Service) server (300).

First, the smart phone coupling module 100 for physical augmented reality according to the present invention will be described.

The body augmented reality smart phone coupling module 100 is located inside the smartphone, by mixing the actual body position image data of the body organ taken from the cam camera in addition to the image information data of the body organs, body by body position on the AR browser It drives augmented reality applications.

The physical augmented reality application refers to an application to project the actual body in augmented reality by body position (brain, teeth, neck, stomach, liver, heart) on the AR browser.

Smartphone augmented reality module for augmented reality according to the present invention 100 is composed of AR browser 110, tracking module 120, rendering module 130, measurement module 140, augmented object manipulation unit 150.

First, the AR browser 110 according to the present invention will be described.

The AR browser 110 serves to express the body augmented reality application on the smartphone screen.

It is configured to be connected to one side of the display unit of the smartphone.

The AR browser according to the present invention mixes the actual body position image data of the body organs taken by the cam camera with the image information data of the body organs photographed through the medical imaging server, thereby driving the body augmented reality application for each body position.

Here, the medical imaging server photographs the image information about the body organs of the patient, and then transfers the image information data of the photographed body organs to the smartphone coupling module for body augmented reality, which is a computer tomography unit (computer tomography) , CT), magnetic resonance imaging (MRI), fluoroscopy, angiography, and digital medical image storage and transmission.

The cam camera is installed in a smartphone.

Second, the tracking module 120 according to the present invention will be described.

The tracking module 120 serves to set a reference coordinate system for generating a body augmented reality application by continuously tracking and recognizing a medium connecting the actual body position image data and the image information data of the body organs.

This includes a square marker unit 121 for generating a coordinate system through tracking and recognition of the square marker on the AR browser.

The square marker part 121 includes a marker tracking part 121a and a marker recognition part 121b.

The marker tracker 121a serves to extract the marker borders and edges by generating an image by processing a boundary value from the original image and then connecting the components to form an outline.

The marker recognition unit 221b converts the viewpoint of the marker to the X-axis and the Y-axis, generalizes it, and then forms a coordinate system with a pre-stored pattern by performing tamping matching.

The marker tracking unit and the marker recognition unit according to the present invention are sequentially performed on the AR browser.

In addition, the square marker unit according to the present invention generates a reference coordinate system for generating a body augmented reality application through matching between the size and pattern information of the marker provided through the user interface and the information stored in the marker database.

A black and white two-dimensional matrix marker or template is used to determine the orientation of the reference coordinate system.

In addition, the square marker unit according to the present invention is configured such that the camera continuously tracks the body organs whose positions and directions do not change on the X-axis and the Y-axis line through the markers.

Third, the rendering module 130 according to the present invention will be described.

The rendering module 130 creates and removes the body augmented reality application based on the coordinate system generated by the tracking module, and then moves the coordinates of the body augmented reality application.

It consists of the body augmented reality generating and removing unit 131 and the body augmented reality coordinates moving unit 132.

The body augmented reality generating and removal unit 131 serves to generate and remove a body augmented reality application based on the coordinate system generated through the tracking module.

In the present invention, it is configured to generate several body augmented reality applications using a single marker.

In other words, when the body does not move and is in position and all the augmented reality applications do not have relative movement, a single marker can match the entire virtual system to the real environment.

In addition, in the dynamic position of the body moving, all the body augmented reality application is configured to set each reference coordinate system for each generated component when there is a relative movement.

The body augmented reality application generated through the body augmented reality generating and removing unit according to the present invention has a sequence of matching based on the distance information with the cam camera of the smartphone.

That is, the distant body augmented reality data is hidden by the body augmented reality application near the cam camera.

In addition, in the process of performing the task, information of the physiological augmented reality data is required.

In such a case, the information of the distant body augmented reality data can be obtained by removing the nearby body augmented reality data.

The body augmented reality coordinate moving unit 132 serves to perform a coordinate shift to position the body augmented reality application in the correct position on the AR browser.

That is, the body augmented reality application generated initially is generated with the center of the marker as the origin.

In this case, the marker may not be positioned at a desired position according to the situation of the body, or may receive visual interference of another object while performing the marker tracking.

The body augmented reality coordinate moving unit installs the marker on the body part that is easy to track, and moves the coordinates to position the body augmented reality application in the correct position on the AR browser.

Fourth, the measurement module 140 according to the present invention will be described.

The measurement module 140 measures the distance between the body augmented reality applications created on the AR browser, measures the distance and direction between the generated coordinate system, and checks the interference between the body augmented reality application and the actual body position image data Play a role.

It is composed of a distance measuring unit 141 between the body augmented reality applications, the interference check unit 142 between the body augmented reality application and the actual body environment.

When the body augmented reality application is generated based on the marker, the distance measuring unit 141 measures the distance between two arbitrary points based on the marker.

It can measure the location between augmented reality applications, which can be seen at a glance on the AR browser.

The interference check unit 142 serves to remove a body augmented reality application on the basis of the corresponding reference plane through the clipping plane.

By generating a clipping plane based on a marker attached to one side of the body, it is possible to visually grasp the interference between the body augmented reality application itself and the surrounding body environment, thereby generating a clear body augmented reality application.

Fifth, the augmented object manipulation unit 150 according to the present invention will be described.

The augmented object manipulation unit 150 is connected to the tracking module, rendering module, and measurement module to edit and delete the body augmented reality application displayed in the AR browser, and edit the text included in the body augmented reality application through a character recognition API function. · Delete and update to display on AR browser.

It operates by editing and deleting text, 2D image, body tissue image of 3D mesh or medical information data.

In the case of the text, the user inputs directly in a full touch screen environment in which a keyboard pad is not supported using SIP provided by Windows Mobile.

At this time, the character recognition API function is utilized to intuitively write text.

In the case of the 2D image and the 3D mesh, the user directly selects and inputs a file by using the OPENFILENAME structure provided in the Window Mobile API.

At this time, a file name of an augmentable object existing in the system is registered and selected in an interface widget such as a combo box in a process of reading files that can be augmented in the system.

As such, in the present invention, the augmented object manipulation unit is configured, so that the user can directly edit and delete the body augmented reality application on the smart phone, thereby real-time updated medical information (drug administration time, type of medicine, treatment date, past surgery history, pain, blood pressure) Levels, blood sugar levels) can be provided to doctors and health care providers.

Next, the SNS connection module 200 for physical augmented reality according to the present invention will be described.

The SNS connection module 200 for physical augmented reality is connected to one side of the smartphone augmented module for physical augmented reality, after forming a social network network through a social network service server, the similar disease patient search command and patient caregiver search command If there is a request for physical augmented reality data from a specific body augmented reality smart phone combined module located in a social network network, it plays a role of transmitting the body augmented reality data to the body augmented reality smart phone combined module requested after authentication.

It is composed of a tagging unit (Tagging) 210, CDM (Contents Description Model) unit 220, body augmented reality data transmission unit 230.

The tagging unit 210 serves to set a tag in the body augmented reality application to search or search.

The CDM (Contents Description Model) unit 220 connects augmented reality applications to each other on the basis of semantic web 2.0, and opens image information data of body organs related to a plurality of physical augmented reality applications using an Open API (Open Application Programmer Interface). Through the social network service server, it stores and manages.

The body augmented reality data transmission unit 230 transmits the body augmented reality data to the body augmented reality smart phone combined module for requesting a plurality of body augmented reality applications stored in the CDM (Contents Description Model) unit through a social network network Do it.

It connects with social network service server through WiFi network and transmits physical augmented reality data.

At this time, the IP address and the authentication request signal of another body augmented reality smart phone combined module connected to the social network network together with the body augmented reality data is transmitted at the same time.

Next, a social network service server 300 according to the present invention will be described.

The social network service server 300 is a smartphone augmented reality smartphone coupling module and a friend relationship, or N another body augmented reality smart phone in cooperation with the smartphone augmented reality module It forms a combination module and social network.

This forms a social coupling network and N other body augmented reality smartphone coupling module in cooperation with the SNS connection module 200 for body augmented reality through the WiFi network.

The social network service server 300 according to the present invention performs an authentication procedure by inputting an ID and a password when connecting using SSO (single sign on, a technology capable of simultaneously accessing multiple sites with a single ID). After coarse, bidirectional data communication is configured.

That is, when a similar illness patient search command and a patient guardian search command are input from the SNS connection module 200 for physical augmented reality, after searching for N additional body augmented reality smart phone coupling modules connected to the social network network, The result data is sent back to the SNS connection module 200 for the body augmented reality.

Then, when the body augmented reality data transmission command is input from the SNS connection module 200 for body augmented reality, another body augmented reality smart phone coupling module in a cooperative relationship 1: 1.

Hereinafter, a method for implementing a service for making a relationship between a friend or guardian with a similar disease patient through a smartphone augmentation module for physical augmented reality and an SNS connection module for augmented reality according to the present invention will be described.

First, in the body augmented reality smart phone coupling module 100 through the AR browser to drive the body augmented reality application for each body position.

That is, through the AR browser 110 to display the body augmented reality application on the screen.

Subsequently, the tracking module 120 establishes a reference coordinate system for generating a body augmented reality application by continuously tracking and recognizing a medium connecting the actual body position image data and the image information data of a body organ.

Subsequently, after generating and removing the body augmented reality application based on the coordinate system generated by the tracking module in the rendering module 130, the coordinates of the body augmented reality application are moved.

Subsequently, the measurement module 140 measures the distance between the body augmented reality created on the AR browser, measures the distance and direction between the generated coordinate system, and checks the interference between the body augmented reality application and the actual body position image data do.

Subsequently, the augmented object manipulation unit 150 is connected to the tracking module, the rendering module, and the measurement module to edit and delete the body augmented reality application displayed in the AR browser, and to convert the text included in the body augmented reality application into a character recognition API function. Edit, delete, update, and display on the AR browser.

Next, the social augmented reality SNS connection module 200 is connected to the social network service server to form a social network network with another N body augmented reality smartphone coupling module in a friend relationship, or cooperation.

Next, the SNS connection module 200 for physical augmented reality performs a similar disease patient search command and a patient guardian search command in a social network.

Finally, when the body augmented reality data request from the specific body augmented reality smart phone combination module located in the social network network to the augmented reality SNS connection module 200, after authentication to the body augmented reality smart phone combined module Transmit physical augmented reality data.

100: smart phone coupling module for physical augmented reality
110: AR browser 120: tracking module
130: rendering module 140: measurement module
150: augmented object control unit
200: SNS connection module for physical augmented reality
210: tagging
220: CDM (Contents Description Model) part
230: body augmented reality data transmission unit
300: social network service server

Claims (4)

  1. It is connected to a remote server for location or medical information inside the smartphone and mixes the image information data of the body organs with the actual body position image data of the body organs taken by the cam camera, and performs the augmented reality application for each body position on the AR browser. Smart phone coupling module for driving body augmented reality and,
    Connected to one side of the smartphone augmentation module for physical augmented reality, and forms a social network network through a social network service server, performs a search command for a patient with a similar disease and a search for a guardian of a patient, and a specific body augmented reality located in a social network. When the body augmented reality data request from the smart phone coupling module for authentication, the body augmented reality SNS connection module for transmitting the body augmented reality data to the smart augmented reality smart phone coupling module after the request, and
    Social network service to form social networking network and N other body augmented reality smart phone coupling module in partnership with body augmented reality smart phone coupling module or friend relationship with body augmented reality smart phone coupling module In a device for implementing a service of making a relationship between a friend or guardian of a similar disease patient through a smartphone augmented reality smartphone combining module comprising a server 300 and an SNS connection module for augmented reality,
    The body augmented reality smart phone coupling module 100
    AR browser 110 for displaying the body augmented reality application on the screen,
    A tracking module 120 for setting a reference coordinate system for generating a body augmented reality application by continuously tracking and recognizing a medium connecting the actual body position image data and the image information data of a body organ,
    After generating and removing the body augmented reality application based on the coordinate system generated by the tracking module, the rendering module 130 for moving the coordinates of the body augmented reality application,
    A measurement module 140 for measuring the distance between the body augmented reality generated on the AR browser, measuring the distance and direction between the generated coordinate system, and checking the interference between the body augmented reality application and the actual body position image data;
    The AR browser is connected to the tracking module, rendering module, and measurement module to edit and delete the augmented reality application displayed in the AR browser, and to edit, delete, and update the text included in the augmented reality application through the character recognition API function. Apparatus for realizing a relationship between a friend or guardian of a similar disease patient through a smartphone augmented reality module for augmented reality and SNS connection module for augmented reality, characterized in that consisting of the augmented object manipulation unit 150 to display on.
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KR102039948B1 (en) * 2017-08-16 2019-11-04 연세대학교 원주산학협력단 Mobile terminal for rendering virtual organs in augmented/virtual reality and system thereof

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20080177570A1 (en) * 2007-01-18 2008-07-24 Ari Craine Methods, Systems, and Computer-Readable Media for Disease Management
KR100877114B1 (en) * 2007-04-20 2009-01-09 한양대학교 산학협력단 Medical image providing system and method of providing medical image using the same
US20110125844A1 (en) * 2009-05-18 2011-05-26 Telcordia Technologies, Inc. mobile enabled social networking application to support closed, moderated group interactions for purpose of facilitating therapeutic care

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20080177570A1 (en) * 2007-01-18 2008-07-24 Ari Craine Methods, Systems, and Computer-Readable Media for Disease Management
KR100877114B1 (en) * 2007-04-20 2009-01-09 한양대학교 산학협력단 Medical image providing system and method of providing medical image using the same
US20110125844A1 (en) * 2009-05-18 2011-05-26 Telcordia Technologies, Inc. mobile enabled social networking application to support closed, moderated group interactions for purpose of facilitating therapeutic care

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
카달로그:연합뉴스 *

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