WO2012086860A1

WO2012086860A1 - Cognition rehabilitation service system

Info

Publication number: WO2012086860A1
Application number: PCT/KR2010/009201
Authority: WO
Inventors: 이재용; 김학병
Original assignee: 주식회사 넷블루
Priority date: 2010-12-21
Filing date: 2010-12-22
Publication date: 2012-06-28
Also published as: KR20120070287A

Abstract

The present invention relates to a cognition rehabilitation service system, comprising: a mobile terminal in which a user executes a cognition rehabilitation program to input training information, image information, and sound information that appear; a central server for receiving information input from the mobile terminal through an internet network and analyzing the information; a DB server for storing the information analyzed by the central server; and a web server for providing the information analyzed by the DB server on the web, and providing a diagnosis and treatment service based on the information. When this service system of the present invention is provided, more active treatment roles from doctors or occupational therapists and more effects thereof can be expected, and not only can the training and management of occupational therapists be performed at anytime and anywhere, but financial burden can also be reduced, and the service system can be effectively supplied in S/W form when required. Also, contents for cognition rehabilitation task therapy can be effectively provided so that therapeutic effects in dementia patients can be expected.

Description

Cognitive Rehabilitation Service System

The present invention relates to a cognitive rehabilitation service system, and more particularly, to a system for providing a service for cognitive rehabilitation and prevention of brain, such as dementia patients or the elderly, more conveniently and easily at a remote distance using a network. .

As life expectancy increases in modern societies, a significant number of older people are formed, and one of the most ill people to avoid is dementia. Dementia is a condition in which a person with a normal intellectual level has lost the designated ability of a normal person due to various diseases of the brain.

Such dementia is classified into Alzheimer's disease, vascular dementia, and reversible or treatable dementia. The brain cells die slowly without any cause. Both vascular dementia and symptomatic improvement of dementia can stop or improve symptoms, approximately 40 percent.

However, dementia is suffering from tremendous physical or mental distress due to a lack of social awareness, which is thought to be an incurable disease, and also a lack of nursing staff, financial burden, difficulties in early diagnosis and early detection.

For this reason, a program or system for diagnosing, rehabilitation, prophylaxis or treatment of a brain disease or cognitive disorder such as dementia has been developed. FIG. 1 illustrates a schematic configuration of a conventional dementia patient management system.

As shown in FIG. 1, the dementia patient management system is largely divided into a system for users 101, an internet network 102, an intermediate server 103, a database server 104, a database 105, and a doctor system. It consists of 106.

First, the user system 101 is a system for the general public, a patient, or a caregiver, and is set to be directly connected to the intermediate server 103 through the Internet 102. When the plurality of user systems 101 attempts to access the commercial database 105 through the internet network 102, the intermediate server 103 collects the data directly through the database server 104. Performs a function of connecting to the base 105.

The reason why the system according to the present invention has such an intermediate server 103 is that the database 105 assumed in the present invention is a commercial database, in which the commercial database pays a fee based on the number of connection lines. Since each user system 105 does not directly connect to the database 105, the intermediate server 103 collects the connection request of the user system 105 and instead connects to the database 105. The aim is to reduce commercial database fees.

The database 105 performs a function of storing all information generated by the system of the present invention, such as personal information of each patient, diagnosis results of the patient, progress and results of the therapy, and appointment information of a doctor's consultation. 106 is a system for the doctor in charge to connect to the database server 104 directly through the Internet network 102, and allows the doctor to search for user information stored in the database 105 to identify a subject with dementia potential. Schedule an online consultation, and after consultation, you can request the appropriate therapy to be performed.

2 shows a detailed configuration of the user system 101. The system 101 for a user includes a diagnosis tool storage unit 201, a diagnosis tool providing and processing unit 202, a chat means providing unit 203, a therapy program storage unit 204, a therapy program providing and processing unit 205, and a control unit. 206, the display unit 207, and the transmission unit 208.

Here, the user system control unit 206 is responsible for overall control of the user system, and performs a function of maintaining a close relationship with the external intermediate server 103 and the database server 104 through the transmission unit 208. do. The display unit 207 is a means for showing the user various diagnostic tools, therapy programs, and chat means provided in the system, and the user is an input means (keyboard, mouse, etc.) although not shown with the display unit 207. ) To respond appropriately. The transmission unit 208 serves as an external connection passage of the user system 101, and operates to access the intermediate server 103 via the Internet network 102 while the user system 101 operates.

As described above, the conventional technology plays a role of diagnosing a patient's condition and preventing prophylactic rehabilitation by responding to a keyboard or a mouse in a program provided by a patient.

However, such a general PC environment has a problem in that it is inconvenient to move to a fixed place in that the use environment is poor, accessibility is not easy, and periodic checks are required for patients with cognitive abilities. .

In addition, the conventional talent rehabilitation training system used in the general PC environment due to the characteristics of dementia patients who are inconvenient to move and have to train continuously have many disadvantages in terms of efficiency and treatment effect.

An object of the present invention for solving the above problems is to train the content software for cognitive rehabilitation of dementia patients and the elderly by configuring a network system using a mobile terminal such as a smart phone, which is convenient and accessible, and trained in the related art. To improve the cognitive rehabilitation effect by training anytime and anywhere beyond the fixed location of the center, and to help the medical staff to check / read the training results through networking with the monitoring server to help rehabilitation treatment for dementia patients. To provide a system.

A feature of the present invention for solving the above problems is a mobile terminal for inputting training information, image information and voice information displayed by a user performing a cognitive rehabilitation program; A central server receiving information input from the mobile terminal through an internet network and analyzing the information; A data server storing information analyzed by the central server; And a web server providing information analyzed by the data server on the web and providing a diagnosis and treatment service based on the information.

Here, the mobile terminal is preferably a smartphone or tablet PC, the mobile terminal is preferably provided with a plurality of contents for cognitive rehabilitation treatment, UI processing module, training analysis module, protocol processing module, server communication module It is preferable to include a DB processing module and a video / audio data collection module.

In addition, preferably, the cognitive rehabilitation module for the PC may include a UI processing module, a training analysis module, a protocol processing module, a server communication module, a DB processing module, a content file processing module, and an image / audio data collection module. The video / audio data collecting module may collect data through a camera and a microphone mounted on the mobile terminal.

In addition, the central server, preferably comprises a client communication module, training data analysis module, protocol processing module, Parser module, DB processing module and Web interworking module, the client module is a client connection processing / management module It is preferable to include.

If the system of the present invention is provided, it is possible to expect a more active treatment progress and effect of the doctor or occupational therapist because it is possible to read and receive the voice information and the image information through the network, unlike simply receiving and querying the training result information. have.

In addition, by providing training management and progress services through the web service, not only can the occupational therapist's training be managed anywhere, anytime, but also as a method of mounting the cognitive rehabilitation training S / W on the smartphone currently being distributed instead of a dedicated mobile terminal. Services can be provided to reduce the cost burden, and can be effectively distributed in the form of S / W as needed.

In addition, by providing a service regardless of wired or wireless with a network structure that is a combination of local area wireless network (YiFi) and the Internet network, the treatment of dementia patients by providing content for the treatment of cognitive rehabilitation work, not just training and management You can expect the effect.

1 is a diagram illustrating a schematic configuration of a conventional dementia patient management system,

2 illustrates a detailed configuration of a system for a user in a dementia patient management system;

3 is a block diagram of a cognitive rehabilitation service system according to the present invention;

4 is a block diagram of a cognitive rehabilitation module of a smartphone as a component of a system according to the present invention;

5 is a block diagram of a cognitive rehabilitation module for a tablet PC which is a component of a system according to the present invention;

6 is a block diagram of the central server among the components of the system according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is a block diagram of a cognitive rehabilitation service system according to the present invention. As shown in FIG. 3, the system of the present invention includes a mobile terminal 300 for inputting training information, image information, and voice information displayed by a patient performing a cognitive rehabilitation program; A central server 400 receiving information input from the mobile terminal 300 through an internet network 350 and analyzing the information; DB server 500 for storing the information analyzed by the central server 400; And a web server 500 providing information analyzed by the DB server 500 to the web and providing a diagnosis and treatment service based on the information.

Such a system of the present invention is not limited to a space such as a hospital or an institution, and can perform cognitive rehabilitation training anywhere using a mobile terminal 300, such as a smartphone or tablet PC, and a short range such as Wi-Fi of a smartphone. Networking with the central server 400 using the wireless communication module and the internet network 350 transmits the training results to the medical staff in charge so as to directly diagnose in real time and proceed with medical consultation.

In particular, unlike the conventional Internet-based cognitive rehabilitation system, the system of the present invention collects and transmits image and audio data using the CAM and MIC modules of the smart phone, so that the medical staff monitors and collects the information through the web. By reading the status of the dementia patient based on the image and audio data, there is an advantage that can provide the diagnosis and treatment services of the medical staff for the dementia patient.

4 is a block diagram illustrating a cognitive rehabilitation module of a smartphone that is a component of a system according to the present invention. As shown in FIG. 4, the cognitive rehabilitation module includes a user interface (UI) processing module 311, a training analysis module 312, a protocol processing module 313, a server communication module 314, a DB processing module 315, and the like. And a video / audio data collection module 317. In the UI (User Interface) processing module 311, visual perception, concentration, memory, lasting force, and other training contents for cognitive rehabilitation training are loaded through the DB processing module 315 and configured as a UI. Through the UI, patients can easily carry out the training anytime and anywhere, thereby maximizing the rehabilitation effect.

In addition, the training analysis module 312 analyzes the training information such as response time, accuracy, and training contents of the patients in the training process, and then executes the Wi-Fi through the protocol processing module 313 and the server communication module 314. And it is transmitted to the central server 400 through the Internet network 350 via the AP.

Through the video / audio data collection module 317, the guardian's consent is obtained from the H / W CAM module during the training and the patient's image and audio data can be collected and read by a doctor or occupational therapist, thereby improving the recovery of dementia patients. Remote diagnosis is possible.

In addition, the DB processing module 315 may store user information, training data, training content information, etc. in a file type database, or may store the data through an external SD memory. The server communication module 314 transmits the information data collected through the training analysis module 312 and the DB processing module 315 in real time through a central server 400 and a network such as the Internet.

5 is a block diagram of a cognitive rehabilitation module 320 for a tablet PC which is a component of the system according to the present invention. As shown in FIG. 5, the cognitive rehabilitation module includes a UI (user interface) processing module 321, a training analysis module 322, a protocol processing module 323, a server communication module 324, a DB processing module 325, And a content file processing module 326, an image / audio data collection module 327, and a USB control module 328.

In the same manner as in the embodiment of FIG. 4, the UI (user interface) processing module 321 is a database and content file through the DB processing module 325 for visual perception, concentration, memory, lasting force, and other training content for cognitive rehabilitation training. Call and configure the UI, and through the UI, patients can easily carry out the training anytime, anywhere, there is an effect that can maximize the rehabilitation effect.

In addition, the training analysis module 322 analyzes the training information such as response time, accuracy, and training contents of the patients who performed the training, and the Wi-Fi through the protocol processing module 323 and the server communication module 324. And it is transmitted to the central server 400 via the Internet through the wireless router (AP).

Through the video / audio data collection module 327, the guardian's consent is obtained from the H / W CAM module during the training and the patient's image and audio data can be collected to be read by a doctor or occupational therapist. Remote diagnosis is possible. In addition, the DB processing module 325 stores and classifies user information, training data, training content information, and the like, and the data is stored in the content file processing module 326 as a picture file, static content, SWF, AVI, and dynamic content file. Processed to be delivered to the server communication module (324).

6 is a block diagram of the central server 400 among the components of the system according to the present invention. As shown in FIG. 6, the central server 400 includes a client communication module 410, a client connection processing / management module, a training data analysis module 420, a protocol processing module 430, and a parser module 440. It is configured to include a DB processing module 450 and the web interworking module 460.

That is, the central server 400 collects and stores the data received through the client communication module 410 in a 'Data Queue', and parser module 440 operates as the thread THREAD. Reading data one by one in this order to decode the data packet through the protocol processing module, and meaningfully training the data packet decoded through the training data analysis module 420 and the DB processing module 450. Parsing into information data The parsed information is stored and stored in the central DB server 500 through the DB processing module 450.

Then, the data stored in the central DB server 500 is web serviced through a web server daemon (IIS). The web server 500 accesses the central DB server 500 and protects each occupational therapist and patient. The web service is provided by querying the correct information. That is, the web service provided by the web server 500 according to the present invention includes training management and contents viewing, training data for each patient, and checking / reading collected image / audio data.

As such, through the web service using the system according to the present invention, the doctor or occupational therapist can remotely perform the actions such as reading the image / audio data and determining the treatment progress, setting the training direction, setting the training contents and schedule through the web. Thus, the effect of rehabilitation on dementia patients can be improved.

While the invention has been shown and described in connection with specific embodiments thereof, it is well known in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

Through the web service using the system according to the present invention, it is possible to remotely perform measures such as reading of image / audio data, treatment progress judgment, training direction setting, training contents and schedule setting, thereby improving the effect of rehabilitation treatment on dementia patients. You can. In this way, the present invention can be applied to the IT convergence medical industry such as rehabilitation treatment for dementia patients, remote medical care in mountainous backcountry, islands and the like.

Claims

A mobile terminal for inputting training information, image information, and voice information displayed by a user performing a cognitive rehabilitation program;

A central server receiving information input from the mobile terminal through an internet network and analyzing the information;

DB server for storing the information analyzed in the central server; And

A cognitive rehabilitation service system comprising a web server providing information analyzed by the DB server on the web and providing a diagnosis and treatment service based on the information.
The method of claim 1,

The mobile terminal is a cognitive rehabilitation service system, characterized in that the smartphone or tablet PC.
The method of claim 1,

The mobile terminal is a cognitive rehabilitation service system, characterized in that a plurality of contents are provided for cognitive rehabilitation therapy.
The method of claim 2,

The smartphone cognitive rehabilitation module,

A cognitive rehabilitation service system comprising a UI processing module, a training analysis module, a protocol processing module, a server communication module, a DB processing module and a video / audio data collection module.
The method of claim 2,

The cognitive rehabilitation module for the PC,

A cognitive rehabilitation service system comprising a UI processing module, a training analysis module, a protocol processing module, a server communication module, a DB processing module, a content file processing module, and an image / audio data collection module.
The method according to claim 4 or 5,

The image / voice data collection module collects data through a camera and a microphone mounted on the mobile terminal.
The method according to claim 1 or 2,

The central server,

A cognitive rehabilitation service system comprising a client communication module, training data analysis module, protocol processing module, parser module, DB processing module and web interworking module.
The method of claim 7, wherein

The client module is a cognitive rehabilitation service system, characterized in that it comprises a client connection processing / management module.