KR20140087762A - Care service management system based on hybrid app - Google Patents

Abstract

The present invention provides a hybrid app-based convalescence service system for allowing a portable terminal, a personal computer, and a notebook to share a web page and to exchange text and information about a person that is recuperating with each other in real time by using a Sencha touch-based mobile framework and an HTML 5-based web page. For this purpose, the hybrid app-based convalescence service system is provided to provide the HyperText Markup Language (HTML) 5-based web page, to apply the Sencha touch-based mobile framework, to, when the information about the person that is recuperating is registered in the HTML 5-based web page, allow a portable terminal or a personal computer of one of the person that is recuperating, a protector, and a manager to share the information , and to allow the portable terminal and the personal computer to transmit the information and the text to each other in real time.

Description

[0001] The present invention relates to a hybrid service-

The present invention relates to a nursing service system, and more particularly, to a hybrid app-based nursing service system that provides bidirectional communication between a consumer and a provider based on a hybrid application and provided with a nursing service.

Currently, the care service provider notifies the guardian of the caregiver by letter or telephone when the provider of the care service changes in the person of the caregiver.

Considering that more than 70% of the caregivers are elderly, it is difficult for the current care services to provide information promptly, and the provider has a structure to unilaterally inform the caregiver about the caregiver. In other words, current care services are vulnerable to the provision of IT-based services and vulnerable to services for guardians and consumers.

With respect to such a problem, in the patent application 10-2010-0101509, a method of notifying the care of a caregiver by using a terminal that manages the performance of the caregiver and provides the results of the caregiver and the service provided by the caregiver is provided to the caregiver terminal .

The method of notifying the care service proposed in the patent document 10-2010-0101509 is advantageous over the existing medical care system in that the caregiver informs the caregiver that the caregiver has taken the correct action, but basically, Although it may be useful to judge whether care services are properly provided by a caregiver, it is not a two-way communication between the caregiver and the provider, and there is a limit to obtaining the necessary information when the consumer or caregiver wants it.

It is an object of the present invention to provide a method and system for sharing a mutual information in real time by a caregiver, a guardian and an administrator using HTML 5 based web standards for various terminals such as a portable terminal, a personal computer and a notebook, And to provide a hybrid app-based care service system.

The above object is accomplished by providing a Web page based on HyperText Markup Language (HTML) 5, applying Sencha Touch mobile framework, and providing information on a caregiver to the HMTL 5-based web page And a hybrid application-based medical care service system for sharing information and characters between the portable terminal and the personal computer in real time when the user is registered.

According to the present invention, a mobile terminal, a personal computer, and a notebook share a web page using a web browser based on Sencha Touch and an HTML 5-based web page, .

1 to 3 illustrate a hybrid app based care service system and related reference drawings according to an embodiment of the present invention.

Current welfare facilities tend to be located mainly on the outskirts of the city for rest and healing of the caregiver. Welfare facilities are lagging in many respects compared to the present level of informatization using the Internet and mobile phones. First, the welfare paradigm has changed as described below.

- Below -

Changes in the welfare paradigm

The level of informatization in the social welfare sector is underdeveloped.

Decreased service quality due to poor working environment and IT service in social welfare field.

Service users (elderly persons and disabled persons) and their guardians.

Though more than 70% of the elderly people have health problems at all times to correspond to mental and physical weaknesses, there are problems in the present system that the information is immediately transmitted to the guardians in case of emergency.

It is changing from supplier-centered to consumer-centered welfare system.

The welfare system centered on suppliers has shown limitations in responding to various needs of the welfare of the people, and the demand for the new welfare system is increased.

The selection of welfare services, quality, information, and the reflection of consumers' opinions became important, and now it is not an option but a necessity.

All of the nursing homes have to be evaluated every two years and the ratio is significantly increasing.

Protectors want to exchange information in real time, not one-sided notices by mail (written mail, e-mail, etc.), but there is no system to support this.

1 to 3 illustrate a hybrid app based care service system and related reference drawings according to an embodiment of the present invention.

1 to 3, the hybrid app-based medical care service system 100 according to the embodiment includes:

- Next-generation web standard HTML5-based integrated case management Implemented in Web & Mobile Web,

- Web Customizing is implemented to support various smart mobile devices such as smartphone, smart tablet, smart MID,

- Developed as a Hybrid App based on SenchaTouch Mobile Framework,

- App realizes real-time synchronization and message push notification between Web page server (Andorid C2DM-IPhone APNS to Device Messaging Framework)

- Implementation in the form that meets the evaluation criteria of the national information system and reporting on the information of the target person (the elderly person and the disabled person) between the manager and the guardian,

- We are expanding service targets to users and managers, target and target families, and building a system that can be implemented through the use of smart mobile devices.

In accordance with such a system, the hybrid app based care service system 100 according to the embodiment,

- Converted HTML5 based integrated case management system for smart mobile support,

- Supports HTML5 web conversion (smart work support) to provide the same environment to general PC / notebook and other smart mobile,

- It is possible to configure an optimal interface considering device size of browser on the same network.

On the other hand, The hybrid app based care service system 100

- SenchaTouch Mobile Framework is applied,

- HTML5 based web service should be implemented,

- It is necessary to develop and provide apps for each OS because the existing pure app method has difficulties to support various mobile OSs.

-> App. Redevelopment in update and maintenance -> Duplicate investments and ongoing management expenditures.

- Mobile Hybrid App. The framework, SenchaTouch Mobile Framework, can be used to support batch app services for various mobile OSes.

Accordingly, in the hybrid app-based care service system 100 according to the embodiment,

- Real-time two-way communication between supervisor and supervisor,

- Analyze Android C2DM model and IPhone APNS service structure to create a similar service model,

- App to be installed in smart device (administrator and guardian) - Web page (administrator and protector) Server (administrator) can share the information of the target in real time,

- It is possible to communicate with accurate through numerical reporting function instead of simple text information.

The features of the hybrid app-based care service system 100 according to the embodiment can be described with reference to Table 1 below.

In addition, the hybrid app based care service system 100 according to the embodiment can perform the functions according to Table 2 below.

Accordingly, the hybrid app based care service system 100 according to the embodiment can have the usage shown in Table 3 below.

In the hybrid app-based care service system 100 according to the embodiment,

- Next generation web standard HTML5 based integrated case management can be implemented in Web & Mobile Web,

- Web Customizing can be implemented to support various smart mobile devices such as smart phone, smart tablet, and smart MID,

- SenchaTouch Mobile Framework based Hybrid App. Can be developed,

- App installed in the handset. Real-time synchronization between Web page servers and message push notification (Andorid C2DM-IPhone APNS to Device Messaging Framework)

- It can be implemented in the form that meets the evaluation criteria of reporting and national information system for the information of the target (the elderly person and the disabled) between the manager and the guardian,

- It is possible to extend service target to users and managers, target persons, and target families, and to use smart mobile devices.

Accordingly, the hybrid app-based medical care service system 100 according to the embodiment is the only welfare-based IT social enterprise in Korea, and reflects the social problems of the social welfare system and the needs of users (persons in charge and caregivers) Through development, problems can be improved and user's convenience can be maximized.

The hybrid app based care service system 100 according to the embodiment analyzes the structure of the Android C2DM model service and the IPhone APNS service structure to develop a similar service model to create an App installed in the smart device, We want to realize information sharing in real time, equally, and bidirectional response possible. (Push notification service, chat service [ex KakaoTalk]) The application developed through this will be developed as a value-added system suitable for the new trend of IT convergence social welfare, interlocking with the case management system of the nursing facility of PC version .

In the hybrid app-based care service system 100 according to the embodiment,

- Converts HTML5-based system for smart mobile support to existing integrated case management system,

- Research on construction of HTML5, CSS3, SVG, Cloude Server which is the optimization system of Smart Work environment,

- Optimal interface configuration on the same network, considering device-specific browser size,

- Case management system structure analysis and redesign based on WAS (Java-JBoss) (ECM case management system developed),

- Structural design for smart mobile support based on HTML5,

- Mobile Web & App, Hybrid App Analysis,

- Rapid database search method to provide pleasant QoS in smart mobile devices,

- It can convert HTML5 web (smart work support) to provide the same environment to general PC / laptop smart mobile.

In the hybrid app-based care service system 100 according to the embodiment,

Real-time two-way communication between the administrator and the guardian is realized. Specifically,

- Analyze Android C2DM models and IPhone APNS structures to create similar service models,

- App installed in Device (administrator and protector) - Web page (administrator and protector) Server (administrator) can share the information about the target in real time, same bidirectional response,

- Doctors can communicate through accurate and numerical reporting functions instead of simple text information.

SenchaTouch is a framework that combines three projects: ExtJS + jQTouch + Raphael. ExtJS-based jQTouch (http://jqtouch.com) for touch UI enhancement and Raphael (http://raphaeljs.com) project for SVG processing have been added. It will be united for the mobile framework.

 SenchaTouch's role is to load it into the client browser so that it runs on the web but as an app. Sencha Touch supports iOS (iPhone, iPad, iPod touch) and Android (phones, tablets), and it can be used on multiple devices as a source. . The lack of Samsung's bada and blackberries is a bit of a disappointment, but on its homepage, over 90% of US mobile traffic is now iOS and Android. And the supporting devices will increase rapidly. We expect the supporting devices to be increased.

SenchaTouch also plays an important role in the ease-of-use with the support of touch devices, an advantage of the app. It also recognizes the tab, double tap, swipe, hold, pinch, and rotation of the device device.

Real-time two-way communication between administrator / target person / guardian

By analyzing the Android C2DM model and the IPhone APNS service structure, it is possible to create a similar service model to display information about the subject in real time between the App (administrator and guardian) and the web page (administrator and guardian) and the server , The same sharing, and a bidirectional response.

It will be able to be used anywhere in general PCs and smart devices through implementation of case management function that integrates pseudo-interaction, graphs and charts with automated tools that are accurate, numerical reporting functions rather than simple text information.

This project utilizes push service provided by mobile device to provide real-time update information of long-term care integrated case management system in real time to administrators, subjects and caregivers in real time to equally share and realize bidirectional response.

Android C2DM

You should use Push to notify you that there is a new message. For Android, it supports C2DM since Froyo. The sequence of C2DM is as follows.

- Next -

There is one limitation in C2DM. In order to receive a message, the user must be logged in with a Google account. Once you receive the Registration ID from the mobile device, you will send the Google account and the Application ID to the C2DM Server. Then, the C2DM Server issues the Registration ID unique to the corresponding terminal. The issuing process is skipped and only the data transmission sequence is operated. If App Server has something new to send, App Server sends the Registration ID and Data to the C2DM Server. Then, the C2DM Server delivers the data to the device corresponding to the Registration ID.

IPhone APNS

On iPhone, PUSH is implemented using APNS.

When the application is installed on the device, the application sends a registration request to the IOS to receive the PUSH notification. IOS then connects to APNS and sends the registration request from APNS to APNS. Upon receiving the request, APNS creates a Device Token with the information of the device certificate. The Device Token can identify the device and identify the Application. The generated Device Token is encrypted with the Token Key, and the encrypted Device Token is sent to the device. The device passes the device token to the provider of the application that requested the Device Token as NSData object. Each time IOS is connected to APNS, IOS delivers a Device Token to APNS, and APNS knows the destination of the notification sent by the Provider through the Device Id in the Device Token and sends it to there.

100: Hybrid app based care service system

Claims (1)

We provide web pages based on HTML (HyperText Markup Language) 5, apply Sencha Touch mobile framework,
When the information on the caregiver is registered in the web page based on the HMTL 5, the portable terminal and the personal computer of the caregiver, the guardian, and the manager share the information, and the information and the characters are transmitted Wherein the hybrid app-based medical care service system comprises:

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