JP2011232897A - Lifelong learning supporting system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lifelong learning supporting system for providing places for users to perform rehabilitation programs outside of a care facility and for enabling labor management of a checker.SOLUTION: The lifelong learning supporting system includes: a plurality of work-study program facilities arranged outside of a care facility; a first terminal for allowing a checker to input activity record of users at the work-study program facilities to a database as electronic data; an arithmetic processing unit for analyzing users' activity tendency by arithmetic processing and calculating the checker's salary based on an actual work record; a database for storing input-day data, checker identification code data, user identification code data, and activity identification code data that are input from the first terminal as electronic data of the users' activity record; and a second terminal which is connected to the first terminal and the database via an information communication network so as to allow the users to browse their own activity tendency analysis results.

Description

  The present invention provides a hands-on learning facility for users mainly targeting the elderly in the local community, feeds back analysis results regarding the activity trend to the user, and data necessary for the activity trend analysis Life that can create a new employment in the region by placing a checker in the hands-on learning facility to collect information, analyze the user's activity trend and calculate the amount of compensation according to the checker's work situation It relates to a learning support system.

2. Description of the Related Art Conventionally, in facilities such as day service centers (hereinafter referred to as care facilities), various rehabilitation programs have been implemented mainly for the purpose of supporting independence of elderly people.
As examples of the rehabilitation program in such a facility, those disclosed in Non-Patent Document 1 and Non-Patent Document 2 by the inventors of the present invention are known.
The outline is that a person is “living”, (1) application of learning and knowledge, (2) general tasks and requirements, (3) communication, (4) exercise / movement, (5) self-care, It is divided into nine categories consisting of (6) family life, (7) interpersonal relationships, (8) main life areas, (9) community life, social life, and civic life, and various activities related to these are intentionally and By repeating it evenly, it will gradually improve the basic living ability of the elderly, etc., and ultimately support each person to live in a completely independent state (in detail, (See Non-Patent Document 1 and Non-Patent Document 2).
This kind of rehabilitation program enables each individual, such as an elderly person, to be completely independent in real life. It is necessary to provide support to the elderly by providing accurate advice so that various activities related to the above 9 categories can be implemented evenly.
Normally, when implementing a rehabilitation program for improving living ability in a care facility, the facility staff and staff with specialized skills always accompany the implementer, so the data collection work to analyze the activity trend is a comparison. Easy.

However, in such care facilities, etc., when elderly people who have acquired basic living ability try to gain experience while performing various activities aiming at true independence in society, care facilities There was a limit to the activities (rehabilitation program) that can be provided in When such a place of activity (a place where hands-on learning is possible) is sought from the local community, there is no system to acquire data for analyzing the contents of the activities, so objective analysis of the activities can be performed. Therefore, there was a problem that accurate advice could not be given.
On the other hand, even if the elderly can become independent in terms of basic living ability in society, there are not enough workplaces and places where they can enjoy their activities, and live as a result. There was also a problem that they were not motivated to do so and needed help again.
Until now, the prior art having the same “problem to be solved” as in the present invention has not been found, but the following are known as patent documents and non-patent documents in related technical fields.

Patent Document 1 discloses an invention relating to a handicapped labor information management system under the name “handicapped labor information management system”.
The disabled labor information management system disclosed in Patent Document 1 is a system for managing disabled labor information, receives work schedule data in the facility from the facility that uses thermal energy obtained by the gasifier system, A work / disability association means for adding to the work schedule data the type and degree of disability that can perform each work in the data, and a handicapped person database that stores personal information and work history information of the handicapped person. As personal information, information on the type and degree of disability of persons with disabilities and desired working conditions is stored, and as information on the work history of persons with disabilities, information on work items and times worked in the past in facilities using heat energy is stored. Additional work schedule data from the disabled person database and work / disability association means Based on a request from a disabled person, an automatic scheduling means for automatically assigning disabled persons and creating a dispatch schedule with reference to personal information and work history information in the disabled person database and a dispatch schedule created by the automatic scheduling means And scheduling support means for assisting the operator to create a final dispatch schedule by modifying the schedule.
According to the invention having the above-described configuration, the organic waste is recycled as thermal energy for effective use, and the workplace for disabled persons can be secured.

In Patent Document 2, the daily life / exercise support system for elderly people is evaluated, and when the care service is implemented in an elderly facility, the daily life state of the facility user is evaluated. An invention related to a daily life / exercise support system for the elderly aiming to perform appropriate daily life support and exercise support is disclosed.
The elderly person's daily life / exercise support system disclosed in Patent Document 2 inputs life activity ability evaluation data for evaluating the life activity ability of the elderly person and personal data which is history information of the elderly person, A personal data storage processing unit that stores and processes as a personal database, and in order to evaluate physical fitness in daily life, multiple daily life physical fitness items were selected, and the physical strength change due to aging was expressed as a function for each of the above daily life physical fitness items Prepared in advance a life strength aging function program, from the physical strength measurement value of the daily life fitness item of the evaluation subject, the life strength aging function program and the independent limit value determined for each of the daily life strength items, Independence degree evaluation processing unit for obtaining and evaluating the degree of independence indicating the degree of independence of the evaluation target person, information from the personal database and the independence degree evaluation process A life guidance / exercise program selection and presentation section that selects and presents life guidance and exercise programs to be improved from the life guidance / exercise guidance program files prepared in advance based on the independence degree evaluation information obtained in It is characterized by that.
According to the invention disclosed in Patent Document 2, the degree of independence can be quantitatively evaluated, and based on the evaluation, an appropriate and detailed care service corresponding to the life activity ability is provided to each user of the facility. It has the effect that it can be done.

Patent Document 3 discloses an invention relating to an interactive health management system based on interactive medical information distribution and support utilizing IT (information technology) under the name of “interactive health management system”.
The interactive health management system disclosed in Patent Document 3 creates a management program for performing nutrition management / exercise management / simple care and care management for lifestyle-related disease patients and their reserves, or constitutions and eating habits. Input / distribution to the information terminal device for children with allergic diseases caused by the disease, elderly with undernutrition, and healthy people who are trying to prevent or maintain their health, while the patient is based on the program The management center inputs the information to the information terminal device, and the management center that receives the information supports the action so that the patient can continue appropriate self-management from the server of the center. An interactive health management system characterized by giving self-data, medical information, and advice at the timing of inspiring continuation of self-management For nutrition management, select the meal menu for each meal from the selection menu, or fill in the necessary calorie requirements, and have the professional staff calculate the records to the digital camera for those that are difficult to do The exercise management is performed by always carrying and recording an exercise amount measurement monitor, and simple care management is performed by exchanging character information or image information by a digital camera.
According to the invention disclosed in Patent Document 3, data management center (ASP), doctor / nurse / administrated dietitian / medical practice is performed while performing fixed-point observation for individuals who are performing nutrition therapy / exercise therapy. Nutrition therapy / exercise therapy can be continued because useful information delivered by information managers, etc., and timely advice and encouragement messages by individual correspondence are delivered. Also, when monitoring nutrition management / exercise management and simple care care management, it is easy to input more accurate data, which has been difficult until now, using a digital camera, exercise amount measurement monitor, and portable blood pressure monitor. Therefore, the above therapy can be easily performed.

Patent Document 4 discloses an invention relating to a health and longevity creation system that trains leg muscles using a high-speed, large-capacity, bi-directional optical communication network under the name "Life and Life Enhancement, Healthy Longevity System".
The invention disclosed in Patent Document 4 is a combination of an optical communication cable and IT technology, and it is stored in a walking spot, a jogging spot video distribution system, and a walker that can actively carry out painful exercises and enjoy themselves. Based on the results of exercise, interactive support system with interactive communication on health life such as nutrition intake, sleep, mental stability, activation of somatic cells, and examination by exchanging medical center and various body data of user, It is a system of examination, measurement, classification, judgment, guidance disease treatment, disease prevention.
According to such an invention disclosed in Patent Document 4, the exercise of “training leg muscles and activating cardiopulmonary function” can be continued easily and happily. Enjoy it.

Patent Document 5 relates to a system for supporting the care plan of a facility user at a facility that provides care for the elderly, such as a “care plan formulation support system and an evaluation form used therefor”, and in particular those facilities. An invention relating to a care plan development support system capable of simplifying a process for evaluating a user's condition and an evaluation form used therein is disclosed.
The care plan formulation support system disclosed in Patent Document 5 is a care facility that accepts elderly people as users and performs care such as assistance in daily life, and formulates a care plan for those users. The following requirements (1) to (4) are used.
(1) It has a facility basic information database storing a daily basic schedule of the care facility and daily and weekly sub-schedules including at least bathing, rehabilitation, and recreation as items, and the daily and weekly sub-schedules are: It is organized into groups obtained by classifying users according to their severity.
(2) It has a user information database in which information about the user attributes including at least a name, an identification code, and a group name is recorded for each user.
(3) Based on the information on the user attributes stored in the user information database, an evaluation form for evaluating the daily life behavior and mental state of a specific user is output.
(4) A weekly care schedule table formulated according to the daily basic schedule of the care facility, the daily and weekly sub-schedule of the group to which the user belongs, and the status evaluation result of the user using the evaluation form Is output.
According to such an invention disclosed in Patent Document 5, a database for storing basic information on care facilities and a database for storing information on users who use the care facilities are provided, which are specific to the group to which the user belongs. Since the user's schedule is planned by superimposing the schedule and the schedule representing the basic life pattern of the facility, it is possible to plan quickly while avoiding problems such as event competition. In addition, the state image of the user is grasped using the ADL checklist and mental ADL checklist in which as few question items as possible can be evaluated for all problem areas included in the MDS. Therefore, there is an effect that an accurate state image can be grasped in a much shorter time than the conventional MDS assessment.

JP 2003-271790 A JP 2006-31433 A JP 2002-222266 A JP 2002-92177 A JP-A-11-161725

Shigeru Fujiwara, “Rehabilitation Program for Life Support 1 Illustrated by Life” 1st Edition, Japan, Aomisha, Inc., October 28, 2009 Shigeru Fujiwara, “Rehabilitation Program 1 for Life Support That Can Be Illustrated with Illustrations 1”, First Edition, Japan, Aomisha Co., Ltd., October 10, 2009

The invention disclosed in Patent Document 1 is for performing labor management of a disabled person in a specific facility. According to the invention disclosed in Patent Document 1, by constructing a specific facility, there can be newly provided employment opportunities for disabled persons, but existing establishments in the community, private facilities, and It did not provide new jobs for people with disabilities in public facilities.
In addition, there is no suggestion or reference regarding the technical content of the activities of elderly people who are performing various rehabilitation programs in an effort to become independent in society and the acquisition of data necessary for that purpose.

  In the case of the invention disclosed in Patent Document 2, it is possible to acquire user activities and exercises in a specific care facility as data, analyze and evaluate them, and provide appropriate advice according to the degree of individual independence Although possible, there is no suggestion or reference regarding the data acquisition method when the activity or exercise is carried out outside a specific care facility.

In the invention disclosed in Patent Document 3, if the practitioner cannot select a target item from the selection menu on the terminal for nutritional management or input the necessary calorie information, support by a specialized staff is required. Become. In this case, the care facility side had to hire professional staff all the time, and there was a problem that labor costs increased. For exercise management, the practitioner must always carry a monitor for the amount of exercise, so the burden on the practitioner was heavy.
In other words, in order for the practitioner to obtain analysis results for nutritional management and exercise management, the practitioner himself must carry some input work and a specific device. There was a risk that the degree of damage would be lost, and continuation of nutritional management and exercise management would be lost.

Although the invention disclosed in Patent Document 4 has the “object of the invention” in common with the present invention, the place where the practitioner actually exercises is limited to the practitioner's home or a specific facility. For this reason, when the invention disclosed in Patent Document 4 is used, it has been difficult to acquire sociality necessary for the independence of elderly people and the like and psychological flexibility based on experience.
In the invention disclosed in Patent Document 4, the exercise is close to a simulated experience using IT technology, so it did not promote the use of existing establishments, private facilities, public facilities, etc. in the local community. .
In addition, there is a limit to the contents that the practitioner can experience, and for example, it is expected to be effective in training delicate movements of hands and developing rich sensibilities, such as when actually experiencing ceramics and glasswork. could not.

  Although the invention disclosed in Patent Document 5 can be expected to have a beneficial effect when implemented in a specific care facility, such a schedule is performed outside the care facility and its evaluation is performed. There was no suggestion or mention about doing it outside the care facility.

  Non-Patent Documents 1 and 2 were written by the inventor of the present application, but are useful for elderly people and others to become socially independent, and specific examples of activities that can be used for mental and physical training. Although there is disclosure of the objective evaluation method when it is conducted, there are no evaluation methods by third parties when conducting activities that will be mental and physical training in the community, and how to obtain the data. There was no disclosure or suggestion. In other words, although the technical contents disclosed in Non-Patent Documents 1 and 2 can be sufficiently implemented in the care facility, if the field of experiential learning is requested outside the care facility, No means for objective analysis and evaluation were disclosed.

Therefore, no matter how the above-mentioned Patent Documents 1 to 5 and Non-Patent Documents 1 and 2 are combined, providing a place for experiential learning outside the care facility for elderly people who want to become independent in the community , Objectively analyze and evaluate the contents of the activity, notify the proponent, create new employment for the disabled in the local community, and provide a method of calculating the remuneration amount according to the working situation at that time It is impossible to come up with a lifelong learning support system that can achieve this simultaneously.
The present invention has been made in response to such a conventional situation, and its purpose is to provide a place for experiential learning useful for mental and physical training outside the care facility for the elderly and the like who are socially independent. In this case, the data of the activities performed by the practitioner is collected without bothering the practitioner, and the data is objectively analyzed and evaluated, and the results of the analysis are communicated to the practitioner. Can create enthusiasm and create new jobs for people with disabilities in existing offices, private facilities, and public facilities. It is to provide a lifelong learning support system that can be easily performed.

In order to achieve the above object, a lifelong learning support system according to the first aspect of the present invention includes a plurality of hands-on learning facilities installed to allow a user to experience an activity, A checker confirming the implementation analyzes the activity trend of each user based on the first terminal for inputting the user activity record as electronic data and the electronic data, and the checker based on the electronic data. When a user performs at least one activity at a hands-on learning facility, a calculation processing unit for calculating a reward according to the work performance of each person, and a plurality of activities, a unique identification code is assigned to each user and checker The activity record is input as electronic data from the first terminal, input date data, checker identification code data, user A database for storing the identification code data and the activity identification code data, and a second terminal connected to the first terminal and the database by the information communication network and allowing the user to view the analysis result of his / her activity tendency. The activity trend of the user is analyzed based on the input date data, the user identification code data and the activity identification code data stored in the database, and the checker reward is included in the input date data and the checker identification code data stored in the database. It is calculated based on this.
In the invention having the above-described configuration, the experience learning facility is a business establishment, private facility, public facility, or the like in the region, and has an effect of providing a place where the user can experience a useful and realistic activity that leads to improvement of the user's mental and physical functions. The first terminal has an action of inputting an activity record of the user's experience learning facility into the database as electronic data. The arithmetic processing unit has an effect of analyzing the activity tendency of each user based on electronic data by arithmetic processing and calculating a reward corresponding to the checker's work performance based on the electronic data. The identification code has an effect of making it possible to individually identify a plurality of activities, users, and checkers. The database has an operation of storing input date data, checker identification code data, user identification code data, and activity identification code data, which is input as activity data from the first terminal. The second terminal is connected to the first terminal and the database by the information communication network, and has an effect that the user can browse the analysis result of his / her activity tendency.
In the first aspect of the present invention, the activity trend of the user is analyzed based on the input date data, the user identification code data and the activity identification code data stored in the database, and the checker reward is stored in the database. Since it is calculated based on the stored input date data and checker identification code data, it has the effect of enabling the user's activity trend analysis and checker labor management to be performed simultaneously in one system.

The lifelong learning support system according to claim 2 is the lifelong learning support system according to claim 1, and is characterized by including an accommodation facility in addition to the experience learning facility.
The invention of the above configuration is provided with an accommodation facility in addition to the configuration of the invention according to claim 1, so that even a user who does not live in an area where there is an experiential learning facility constituting a specific lifelong learning support system, It has the effect of making it possible to use the lifelong learning support system.
Thereby, it has the effect | action of activating the movement of the user between areas through the lifetime learning support system which concerns on Claim 1.

The lifelong learning support system according to claim 3 is the lifelong learning support system according to claim 1 or 2, wherein the checker identification code data and the activity identification code data are barcodes in the first terminal. It is characterized by being input using.
In addition to the same operation as that of the invention described in claim 1 or 2, the invention having the above-described configuration uses a bar code to input checker identification code data and activity identification code data in the first terminal. This has the effect of facilitating the input operation at the terminal. As a result, there is an effect that the disabled person or the like can be used for the input operation of the checker identification code data and the activity identification code data using the first terminal.

A lifelong learning support system according to a fourth aspect of the present invention is the lifelong learning support system according to any one of the first to third aspects, wherein the first terminal includes a timing element, and the electronic data is The input date data is input by timekeeping information transmitted by the timekeeping element when input.
In addition to the same invention as the invention described in each of claims 1 to 3, the invention with the above configuration transmits the input date data in the first terminal by the time measuring element provided in the first terminal. By being configured to be automatically input according to the measured time information, there is an effect of further reducing the burden of the checker input operation using the first terminal.

The lifelong learning support system according to claim 5 is the lifelong learning support system according to any one of claims 1 to 4, wherein the database includes user identification information data and user personal information data. The lifelong learning support system has a server connected to the information communication network. The server stores search / extraction data, and also stores user identification code data, user personal data from the database via the information communication network. Information data, user activity trend analysis result data can be obtained, and the server can search and extract data, user identification code data, user personal information data, and user activity trend analysis result data. The personal information data is extracted to create a customer list.
In addition to the same invention as the invention described in each of claims 1 to 4, the database having the above-described configuration has an operation of storing user personal information data together with user identification code data. A server connected to the information communication network stores search / extraction data and also obtains user identification code data, user personal information data, and analysis results data of user activity trends from the database via the information communication network. It has the action.
In the invention according to claim 5, the server extracts target user personal information data based on search / extraction data, user identification code data, user personal information data, and analysis result data of user activity trends. It has the effect of creating a customer list.
In other words, the invention described in claim 5 has the effect of making it possible to analyze the personal information data of the user stored in the database of the lifelong learning support system based on the search / extraction data. In the present application, search / extraction data refers to a search expression, logical expression, or standard for searching and extracting a target user from an analysis result of activity trends of a plurality of users acquired from a database via an information communication network. Numerical data such as values.

The lifelong learning support system according to claim 6 is the lifelong learning support system according to any one of claims 1 to 5, wherein the activity is a “movement element” relating to the function of the body, It is evaluated by the evaluation classification consisting of “motivation element” regarding the work of the mind, “animation element” regarding vitality and vitality, and “perseverance element” regarding sustainability and continuity. Evaluated by evaluation items consisting of sexual function, muscular strength function, involuntary movement response function, visual function, auditory function, vestibular function, and other sensory functions, “motivation element” further includes psychomotor function, emotional function , Thinking function, higher cognitive function, language function, calculation function, articulation function / speech function, speech fluency and rhythm function, orientation function, intellectual function, memory function, The elements of ”further include pain-related functions, cardiac function, blood pressure function, respiratory function, contact function, digestive function, defecation function, urination function, body weight maintenance function, body temperature regulation function, consciousness function, vitality and drive. It is evaluated by the evaluation items consisting of function and sleep function, and the “perseverance element” is further evaluated by evaluation items consisting of whole body endurance, ease of fatigue, attention function, temperament and personality function. The evaluation coefficient is stored in advance in the database corresponding to the activity identification code data according to the degree of relevance when the activity is performed, and when the user performs the desired activity, the evaluation item of the activity is It is considered that the given evaluation coefficient is acquired as an experience value corresponding to the activity identification code data, and the database includes input date data, checker identification code data, user identification code data. In addition to the fine work identification code data, it is characterized in that stored by adding the experience every or every the evaluation items.
In addition to the same actions as the inventions described in the first to fifth aspects of the invention with the above configuration, the activity contents experienced by the user in the experience learning facility are classified into four types of evaluation classifications and the evaluation classifications. From each evaluation item, an evaluation coefficient is assigned to each evaluation item according to the degree of relevance when the activity is performed, and this evaluation coefficient is stored in the database. Stored corresponding to each stored activity identification code data, and configured so that when a user performs a desired activity, an evaluation coefficient given to an evaluation item of the activity is acquired as an experience value. Thus, it has an effect that the activity performed by the user can be objectively and quantitatively analyzed and evaluated.
In addition, by performing activity content analysis based on experience values accumulated for each of the four types of evaluation classifications or for each of the evaluation items, it is easy to perform arithmetic processing for the analysis and to understand the user's analysis results. Has the effect of facilitating.

According to the first aspect of the present invention, the user activity trend analysis and the labor management of the checker can be performed simultaneously.
In addition, when a user performs a target activity at a predetermined experience learning facility, the user does not have to perform the work of inputting the activity record into the database as electronic data, and when the activity is performed Since it is not necessary for the user to always carry a device or the like for measuring the amount of exercise or the like, the user can enjoy activities without any psychological burden.
Moreover, a new employment can be created in the local community by arranging checkers at each experiential learning place as a user of the first terminal used to store user activity records in the database as electronic data. On the other hand, since the reward according to the checker's work status is calculated based on the input date data and checker identification code data stored in the database, each experience learning for the administrator to check the checker's work status There is no need to place it in the facility. As a result, the lifelong learning support system according to claim 1 can be operated with the minimum necessary personnel.
Furthermore, since the user can obtain the analysis result of his / her activity tendency through the second terminal, it is possible to voluntarily incorporate the lacking activity while referring to the analysis result. . As a result, the user can effectively carry out a rehabilitation program for achieving independence in society, and thereby, it is possible to smoothly approach social independence while having fun.
According to the invention described in claim 1, since the user can experience activities that are beneficial to the mind and body in order to achieve independence in society outside the care facility, the care facility side is excessive for the user. There is no need for capital investment and permanent employment of qualified personnel with special technology. As a result, the burden on the care facility side can be reduced.
On the other hand, at business establishments, private facilities, and public facilities in the local community, they are used by users for the purpose of executing rehabilitation programs, so revenue increases apart from normal operating revenues, and regular users increase. Can be expected.
That is, according to the first aspect of the present invention, the movement of people (users) in the area is activated, and at the same time, the operating revenue of business establishments, private facilities, public facilities, etc., which are experience learning facilities And creating new jobs in the region, and also having the effect of being able to lead the user to social independence while having fun.
In other words, according to the invention described in claim 1, the results of analysis of the results of one's activities while effectively utilizing existing offices, private facilities, and public facilities in the community without relying on existing care facilities. The user can efficiently execute the rehabilitation program while referring to FIG.

When the invention according to claim 1 is operated, the movement of the user (person) in the area that operates the lifelong learning support program can be activated, while the accommodation facility in addition to the experience learning facility It has the effect that the person who lives outside the area that operates the lifelong learning support program can use the lifelong learning support program as a user.
Therefore, in addition to the same effect as that of the invention described in claim 1, the invention described in claim 2 can activate the movement of users (people) in a wide area. Effect can be spread.

According to the third aspect of the present invention, in addition to the same effect as that of the first or second aspect, the input work of the electronic data of the checker at the first terminal can be reduced. As a result, even a person with a disability can work as a checker depending on the degree of disability.
Therefore, it has the effect of providing a place of labor for the disabled in the community.

The invention according to claim 4 of the present invention uses the timekeeping element provided in the first terminal for inputting the input date data in addition to the same effect as the invention according to each of claims 1 to 3. Can be done automatically.
As a result, the electronic data input operation of the checker using the first terminal can be further simplified.
In particular, when the invention according to claim 3 is provided with this configuration, it is possible to provide an employment opportunity to a person with a more severe disability.

The invention described in claim 5 of the present invention has the same effects as those of the inventions described in claims 1 to 4 and, in addition to obtaining the user's consent in advance, the personal information and activity tendency of the user. By making it possible to obtain analysis results in the server, it is possible to efficiently provide users with useful foods, tools, books, etc. when conducting activities (rehabilitation programs) that benefit users to become socially independent. You can introduce and sell.
Accordingly, an economic ripple effect can be exerted by giving an opportunity such as sales of a product to a business establishment that is not directly related to the lifelong learning support system according to claim 5 as an experience learning facility.
As a result, the user's consumption activity is activated (distribution is activated), and further, the economic activity can be activated.

According to the invention described in claim 6 of the present invention, in addition to the same effects as the inventions described in claims 1 to 5, the analysis result of the user activity tendency is set for each activity. The evaluation index stored in advance in the database can be obtained by integrating the evaluation index for each evaluation classification.
In this case, a user's activity tendency can be expressed quantitatively by the number of numerical values constituting each evaluation category or evaluation item.
Therefore, when the user confirms the analysis result of his / her activity tendency with the second terminal, the user intentionally selects an activity that increases the numerical value of each evaluation classification or evaluation item with a small numerical value. It can be easily analogized.
As a result, the user can know the necessary (insufficient) activities while referring to the analysis result of the activity trend that can be obtained from the second terminal without receiving guidance from a professional adviser etc. Based on the information, the rehabilitation program can be executed freely. This increases the degree of freedom when the user conducts the rehabilitation program, and minimizes the user's management work to the side that provides the rehabilitation program, which operates the lifelong learning support system. Has the advantage of being able to
In addition, if the user grasps his / her own activity trend by referring to the analysis result and selects the necessary activity content by his / her own will, the user's own mental independence is promoted toward social independence. Can also give a good effect.

It is a conceptual diagram which shows the outline | summary of the lifetime learning support system which concerns on Example 1 of this invention. It is a figure explaining the user in the lifelong learning assistance system which concerns on Example 1 of this invention. It is a figure explaining the checker in the lifelong learning assistance system which concerns on Example 1 of this invention. It is a figure explaining the experience learning facility in the lifelong learning support system which concerns on Example 1 of this invention. It is the table | surface which showed the activity content classification | category in the lifetime learning assistance system which concerns on Example 1 of this invention, and the specific activity example corresponding to it with an identification code. It is the table | surface which showed the activity content classification | category in the lifetime learning assistance system which concerns on Example 1 of this invention, and the specific activity example corresponding to it with an identification code. It is the table | surface which showed the activity content classification | category in the lifetime learning assistance system which concerns on Example 1 of this invention, and the specific activity example corresponding to it with an identification code. It is the table | surface which showed the activity content classification | category in the lifetime learning assistance system which concerns on Example 1 of this invention, and the specific activity example corresponding to it with an identification code. It is a list of evaluation indexes acquired by participating in the activity that participated in the activity for one month from August 1 to August 31, 2010, by Mr. Yuzo Murata (a pseudonym) as a user. It is a figure which shows an example of the screen which shows the analysis result of MILK analysis in the lifelong learning assistance system which concerns on Example 1 of this invention. It is a system configuration figure of a lifelong learning support system concerning Example 1 of the present invention. It is a system configuration figure which caught the lifelong learning support system concerning Example 1 of the present invention from another angle. It is a flowchart which shows the MILK analysis process performed in the lifelong learning assistance program which concerns on Example 1 of this invention. It is a flowchart which shows the remuneration amount calculation process of the checker performed in the lifetime learning support program which concerns on Example 1 of this invention. It is a system configuration | structure figure of the lifelong learning assistance system which concerns on Example 2 of this invention. It is a figure explaining the other server in the lifelong learning assistance system which concerns on Example 2 of this invention.

  Hereinafter, the lifelong learning support system according to the embodiment of the present invention will be described in detail with reference to Example 1 and Example 2.

The lifelong learning support system according to the first embodiment is independent in society for people who have completed rehabilitation programs related to basic physical and mental functions in care facilities, etc., and can now perform activities in daily life without assistance. In addition to providing rehabilitation programs that promote the improvement of the mental and physical functions necessary for living in the outside of the care facility, when this rehabilitation program is implemented, the activity trends are objectively evaluated to make rehabilitation more effective. Supporting the implementation of the program and creating new jobs in the community by hiring people to digitize the activity records needed to analyze the activity trends of rehabilitation program implementers Labor management at the time is performed using data used for analysis of activity trends.
First, the outline of the lifelong learning support system according to the first embodiment will be described in detail with reference to FIG.
FIG. 1 is a conceptual diagram showing an outline of a lifelong learning support system according to Embodiment 1 of the present invention. In the lifelong learning support system 1a according to the first embodiment, the rehabilitation program executor is referred to as the user 5 and is employed by the operator of the lifelong learning support system 1a to confirm the execution status of the user 5 rehabilitation program. A person who inputs the record as electronic data is called a checker 4.
As shown in FIG. 1, the lifelong learning support system 1 a according to the first embodiment includes a headquarter facility 2 having a server having a database and an arithmetic processing unit (not shown) of the lifelong learning support system 1 a in a specific area, and the headquarter facility 2. Or a separate facility from the headquarters facility 2, a facility, private facility, public facility, etc. in the area provides an experience learning facility 3a (experience learning facility) for the user 5 as a rehabilitation program. and learning facility 3a 1 _{to 3 a n),} a first terminal that is installed in each of the experiential learning facility 3a and checker 4 is not shown is used to input the electronic data, the user 5 to view the results of an analysis of their activities tend For example, it is comprised by the 2nd terminal which consists of a personal computer, a portable terminal, etc. which are not illustrated.
Here, the facilities that provide a place for experiential learning to the user 5 are collectively referred to as experiential learning facilities 3a. In the lifelong learning support system 1a shown in FIG. or facilities, and it is set and registered as learning experiences facility _3a 1 _{~3a n.}

Such, in lifelong learning support system 1a, for example, user 5 headquarters facility 2, or in any of the experiential learning facility 3a ₁ to 3 A _n comprising headquarters facility 2, a utilization request of lifelong learning support system 1a after being registered as a user 5 and, in a pre-registered site training facility 3a ₁ to 3 a _n any order, and, by visiting any frequency, fun at each site training facility 3a ₁ to 3 a _n While doing experiential learning. And if the user 5 participates in various experiential learning, it is carrying out the rehabilitation program which leads to the improvement of a mind-body function irrespective of the presence or absence of the user 5 himself / herself.
On the other hand, the pre-set registered hands-on learning facility 3a ₁ ~3a _n, has been waiting to be dispatched at least one of the checker 4 has been pre-registered as a checker 4, hands-on learning facility 3a ₁ ~3a _n check the activities from a user 5 who visited (implementation of rehabilitation programs), from a first terminal (not shown) installed on each of its implementation experience learning facility 3a ₁ to 3 a _n, information such as the Internet It is input as electronic data into a database (not shown) via a communication network.

Here, the lifelong learning support system 1a according to the first embodiment will be described with reference to FIGS.
FIG. 2 is a diagram for explaining a user in the lifelong learning support system according to the first embodiment of the present invention. FIG. 3 is a diagram for explaining a checker in the lifelong learning support system according to the first embodiment of the present invention. And FIG. 4 is a figure explaining the experience learning facility in the lifelong learning support system which concerns on Example 1 of this invention. In addition, the same code | symbol is attached | subjected about the part same as what was described in FIG. 1, and the description about the structure is abbreviate | omitted.
As shown in FIG. 2, in the lifelong learning support system 1a according to the first embodiment, the user 5 performs a membership procedure for using the lifelong learning support system 1a in advance, and the usage fee is charged as necessary. By making the payment, it is registered in a database (not shown) in the lifelong learning support system 1a.
More specifically, user identification code data is given to each user 5 who has performed the membership procedure, and the user 5 is individually identified by this user identification code data.
The user identification code data is a concept including characters, symbols, and numbers. In addition, the following input date data, experience learning facility identification code data, checker identification code data, user identification code data, and activity identification code data are also concepts including characters, symbols, and numbers.
For each user 5, for example, as a membership card, a magnetic card or IC card in which user identification code data of the user 5 is stored as electronic data is issued, and this membership card is presented to the checker 4. Then, the identity of the user 5 may be confirmed, or a card on which a user identification code is written (printed) as a membership card is issued to the user 5, and this user The identity of the user 5 may be confirmed by inputting the identification code into electronic data using the first terminal by the checker 4.
Further, the user identification code data given to each user 5 may be used, for example, as the membership number of the user 5, or a membership number that is easy to use for the user 5 is given separately from the user identification code data. May be. In this case, it is necessary to associate the user identification code data with the membership number.

As shown in FIG. 2, according to the lifelong learning support system 1 a according to the first embodiment, a place for experiential learning (experience learning facilities 3 a ₁ to 3) other than care facilities in a specific community for a registered user 5. 3a _n ) can be provided. In other words, the lifelong learning support system 1a implements a rehabilitation program for improving the mental and physical functions necessary for the user 5 to become socially independent at business establishments, private facilities, public facilities, etc. in the local community. .
Further, when the user 5 perform various activities in the experiential learning facility 3a ₁ to 3 A _n, checker 4 checks the activities, as electronic data in the recording (not shown) from a first terminal (not shown) database By inputting, objective analysis of the activity tendency of the user 5 is enabled. In addition, the user 5 can browse and confirm the analysis result of his / her activity trend from a second terminal (not shown) (for example, a personal computer or a portable terminal) through an information communication network such as the Internet at any time. it can.
Thereby, the user 5 can select and tackle experiential learning that is beneficial to the improvement of his / her mental and physical functions, always having a sense of purpose while objectively confirming his / her activity trend.

As described above, the lifelong learning support system 1a according to the first embodiment not only provides the user 5 with a place for experiential learning outside the care facility, but also objectively analyzes the activities performed by the user 5. And the feedback of the results to the user 5 improves the willingness of the user 5 to tackle experiential learning, and in turn improves the willingness to live, and ultimately enables each user 5 to become independent in society. The purpose is that. In other words, in the user 5 hands-on learning facility 3a ₁ ~3a _n, within is intended to make a variety of activities to enjoy, made the training of the mind and body function necessary in order to free-standing natural and social, as a result, the user 5 It is configured to achieve social independence.

In general, the main cause of elderly people becoming bedridden or being unable to perform their daily life without assistance is the decline of mental and physical functions due to aging. As a factor, the person himself / herself has lost the willingness to live.
In view of such circumstances, the inventor, even as an elderly person whose mental and physical functions have been significantly reduced as a result of earnest research, will lead a daily life by continuously implementing a rehabilitation program with the will to live. The present invention is a system that not only fully anticipates the recovery of the physical and mental functions necessary for human beings, but also finds it possible to become socially independent, attempts to construct a rehabilitation program for that purpose, and enables its execution. It came to the invention of the lifelong learning support system 1a which concerns.
Therefore, in the lifelong learning support system 1a according to the present invention, means for objectively analyzing and evaluating the activity tendency of the user 5 so that the user 5 can always engage in experiential learning with a sense of purpose. Establishing a particularly big weight in establishing.
And, through such a lifelong learning support system 1a, the reduction of even one bedridden elderly person not only improves the quality of life of the person but also reduces medical expenses, etc. It will also lead to
It should be noted that, in the lifelong learning support system 1a according to the first embodiment, as ancillary services to the user 5, hands-on learning by the presentation of membership card to the facility 3a, hands-on learning facility 3a ₁ ~3a _n use fee discount of May be received.

Furthermore, as shown in FIG. 3, implemented in lifelong learning support system 1a according to Example 1, the recording operations of the activities of the user 5 at site training facility 3a ₁ to 3 A _n, and checker 4 go on behalf of the user 5 Yes.
More specifically, in lifelong learning support system 1a according to the first embodiment, experiential learning facility 3a ₁ at least one of the checker 4 in each to 3 A _n is dispatched (disposed) has been waiting, the user when the 5 visited experiential learning facility _3a 1 _{~3a n,} checker 4 verify your identity of the user 5, further, the individual user 5 is the hands-on learning facility 3a (experiential learning facility _3a 1 _{~3a n)} you For example, the contents of the activity performed are confirmed verbally, and the record is input as electronic data to a database (not shown) using a first terminal (for example, a personal computer) (not shown).
The checker 4 is a person registered in advance in a database (not shown) in the lifelong learning support system 1a, and the registered checkers 4 are individually identified by being assigned checker identification code data.
And in the lifelong learning support system 1a which concerns on Example 1, the checker 4 is a worker and a reward is paid according to the service performance. The amount of remuneration paid to the checker 4 is calculated in the arithmetic processing unit of the server (not shown) of the headquarters facility 2 having the database, using the electronic data input by the checker 4 in order to analyze the activity trend of the user 5. Is done. In addition, the calculation method of the remuneration amount paid to the checker 4 will be described later.

Thus, the lifelong learning support system 1a according to the first embodiment, the recording of the activities in the experiential learning facility 3a ₁ to 3 A _n of the user 5, that is checker 4 instead performed by the user 5 himself, electron users 5 Eliminates the burden of data entry work. Thereby, it is possible to prevent the motivation for the activity from being lost due to the complexity of recording the activity content performed by the user 5 as electronic data.
Moreover, the checker 4 records the activity content of the user 5, thereby increasing the objectivity of the electronic data input to a database (not shown), thereby improving the credibility of the activity trend analysis result of the user 5.
In addition, placing a checker 4 in each experiential learning facility 3a (experiential learning facility _3a 1 ~3a _n) is to say, will be to create new jobs to the local community.
In addition, in the lifelong learning support system 1a according to the first embodiment, the remuneration amount corresponding to the work status of the checker 4 is calculated based on the electronic data input to record the activity status of the user 5. (It will be described in detail later.) In order to perform labor management of the checker 4, it is not necessary to separately arrange a manager in each experience learning facility 3 a. For this reason, the labor cost required to operate the lifelong learning support system 1a according to the first embodiment can be greatly reduced.

Furthermore, as shown in FIG. 4, in the lifelong learning support system 1a according to the first embodiment, establishments, private facilities, public facilities, etc. registered in advance in the database (not shown) of the lifelong learning support system 1a for a fee or free of charge. , experiential learning facility 3a (experiential learning facility _3a 1 ~3a _n) becomes, to provide a forum for various experiential learning to the user 5 on behalf of a particular care facilities. Such business establishments, private facilities, public facilities, etc. in a specific area can acquire a user 5 as a customer in addition to a normal customer by registering the experience learning facility 3a in the lifelong learning support system 1a. So you can expect an increase in operating revenue. In addition, when a public facility or the like is registered as a hands-on learning facility 3a, there is an advantage that an increase in the number of users can be expected.

According to the lifelong learning support system 1a according to the first embodiment, a rehabilitation program for promoting social independence for the user 5 (elderly persons having basic living functions, etc.) in a specific area is provided. By providing establishments, private facilities, public facilities, etc. as hands-on locations and providing them as hands-on learning facilities 3a, it provides opportunities for hands-on learning that cannot be performed in specific care facilities. (Effect 1).
At that time, the activity content performed by the user 5 is accumulated in the database as electronic data one by one, so that the activity tendency of the user 5 can be objectively analyzed and evaluated (effect 2). The user 5 can check the analysis result at any time via a second terminal (for example, a personal computer or a portable terminal), so that the user 5 can always tackle experiential learning with a sense of purpose. (Effect 3). As a result, the user 5 can carry out the training of the mind and body functions necessary for socially independent while being active while enjoying himself / herself (effect 4).
And even after the user 5 finally achieved social independence, it is possible to live a meaningful life while continuing to have a willingness to live by using the lifelong learning support system 1a and repeating various experiential learning. (Effect 5).
Furthermore, in order to record the activity content of the user 5 using the first terminal, by providing the checker 4 in each experiential learning facility 3a, a place of labor is provided to those registered as the checker 4 At the same time, wages can be paid as a reward (effect 6). And since the operation | work which confirms the activity content of the user 5 and inputs as electronic data using a 1st terminal is not hard labor, even an elderly person and a disabled person can work without trouble. As a result, it is possible to provide the people who work as the checker 4 with the willingness to work and the joy of getting rewards. That is, the checker 4 that actually works in the experience learning facility 3a can give a goal or a hope to the user 5 who aims for social independence through the lifelong learning support system 1a (effect 7).
In addition, since the remuneration amount according to the work situation of the checker 4 can be calculated based on the electronic data stored in the database of the lifelong learning support system 1a, the labor management can be extremely facilitated (effect) 8).
Then, the checker 4 acts as a proxy for the user 5 in the activity record database, thereby preventing the user 5 from deciding to participate in the activity and improving the objectivity and credibility of the input electronic data. (Effect 9).
That is, according to the lifelong learning support system 1a according to the first embodiment, the above effects 1 to 9 can be realized at the same time.

Here, a method for evaluating the activity content of the user 5 in the lifelong learning support system 1a according to the first embodiment will be described with reference to FIGS. 5 to 10 and Tables 1 to 4. FIG.
5 to 8 are tables showing activity content classifications and specific activity examples corresponding to the activity content classifications in the lifelong learning support system according to the first embodiment of the present invention. In FIG. 5 to FIG. 8, the activity identification code is represented by a lower case alphabet and a 3-digit number as an example of the display of the activity identification code.
As mentioned at the beginning, the inventor said that a person is “living” (1) application of learning and knowledge, (2) general tasks and requirements, (3) communication, (4) exercise・ Category is divided into 9 categories: (5) Self-care, (6) Family life, (7) Interpersonal relationships, (8) Major life areas, (9) Community life, Social life, and Civic life By carrying out various activities related to the project intentionally and uniformly, the basic living ability of the person is improved step by step. As examples of specific activities, 203 types shown in FIGS. 5 to 8 are shown.

For example, as shown in FIG. 6, (4) movement / movement, which is one of the classification items, is composed of “posture conversion and holding”, “transport / movement / operation of objects”, and “walking and movement”. In addition, “transportation, movement, and operation” of objects are “lifting, carrying”, “use of fine hands (i)”, “use of fine hands (ii)”, “detailed” Specific examples of activities related to “use of fine hands (i)” are the lower limb exercise training device (a085) and the upper limb training machine ( a086), pottery (a087), bread making (a088), cookie / confectionery making (a089), woodworking (a090), glasswork (a091), and cloisonne ware (a092).
That is, referring to FIG. 6, in the case of (4) “conveying / moving / manipulating things” in “movement / movement”, when the user 5 wants to improve the mind-body function related to “use of fine hand (i)”, the user 5 Lower limb exercise training equipment (a085), upper limb training machine (a086), pottery (a087), bread making (a088), cookie / confectionery making (a089), woodworking (a090), glasswork (a091), cloisonne ware (a092) ) Is desirable.
In this case, in a specific care facility, it can be said that the lower limb exercise training device (a085), the upper limb training machine (a086), bread making (a088), and cookie / confectionery making (a089) can be implemented to some extent. , Ceramic art (a087), woodworking (a090), glasswork (a091), cloisonne ware (a092) requires special equipment and also requires a technical instructor. It was extremely difficult to implement these.
Thus, the inventor can provide care if activities that cannot normally be carried out at a particular care facility can be carried out at a business establishment in the area, for example, a private facility, a public facility, etc. In addition to greatly reducing the economic and human burden on the facility side, it is possible for the user 5 to have various experiences that cannot be carried out in the care facility, and in existing establishments, private facilities, public facilities, etc. Thinks that the increase in users is expected to increase revenues, and it will be positive in all aspects.

On the other hand, if such a different experiential learning field is provided as learning experiences facility 3a ₁ to 3 A _n in certain areas outside the specific care facility, the user 5 can use them freely, the user 5 May be biased to the fields that they are good at or that they are interested in. In this case, it is difficult to carry out the nine types of activities described above uniformly, and as a result, the psychosomatic function that is desirable for the user 5 There was concern that the improvement effect would not appear.
Therefore, the user 5 objectively analyzed the activity trend of the user 5, and thought that there was a need to provide advice and support from time to time so that the activity content of the user 5 is not biased to a specific category.

Here, as another problem, it is necessary to objectively know how much the user 5 can perform the specific activities exemplified in FIGS. 5 to 8 to improve the mental and physical functions of the user 5. Sex comes out.
On the other hand, the inventor defines the elements necessary for people to live and live as “genuine elements”, and classifies these “genuine elements” into four as shown in Table 1 below. We decided to evaluate (hereinafter, this classification will be called evaluation classification).
More specifically, the inventor determines the “spirit element” necessary for a person to live and live as “movement element (identification code: M)” and “motivation element (identification code: I)”. ”,“ Animation element (identification code: L) ”, and“ Patience element (identification code: K) ”, and the activities (activity identification code; a001 to a203) each of which evaluates the degree of contribution to the improvement of the mind and body function of the user 5 of each activity by quantitatively indicating how much the elements indicated by the above four types of evaluation classifications are included. I made it. The specific contents shown by the four types of evaluation classifications are as shown in Table 1.

  Further, the inventor evaluates the activities (activity identification codes; a001 to a203) shown in FIGS. 5 to 8 individually with higher accuracy and detail using the above four types of evaluation classifications. The evaluation items were set by further subdividing the individual evaluation classifications. The contents of the evaluation items obtained by further subdividing the four types of evaluation classifications and display examples of the identification codes (indicated by alphabetic capital letters and two-digit numbers) are as shown in Table 2 below.

  For example, the “movement element (M)” in the evaluation classification includes “joint mobility function (M01)”, “muscle strength function (M02)”, “involuntary movement response function (M03)”, “visual It consists of six evaluation items: “Function (M04)”, “Hearing function (M05)”, and “Vestibular function (M06)”. The specific contents of each evaluation item are as shown in Table 3 below.

Then, the inventor shows each of the activities (activity identification codes; a001 to a203) shown in FIGS. 5 to 8 in the above table 2 (and table 3) when the user 5 actually performs the activities. For example, based on scientific experiment data such as the measurement result of momentum, etc., evaluate the numerical value of 0 to 2, and evaluate this numerical value for each evaluation item. Granted as an index.
Then, when the activities shown in FIGS. 5 to 8 (activity identification codes; a001 to a203) are individually evaluated with the evaluation items as shown in Table 2, the evaluation index given to each evaluation item Table 4 below summarizes the above in a list. In Table 4, only some of the activities (activity identification codes; a001 to a203) shown in FIGS. 5 to 8 are illustrated, but actually, the activities (activity identification codes shown in FIGS. 5 to 8 are illustrated. All of a001 to a203) are evaluated by the evaluation items (M01 to M07, I01 to I07, L01 to L13, K01 to K04), and the evaluation index is given.
In Table 4 below, items with an evaluation index of 0 indicate that the evaluation item is almost unrelated to the activity, and items with an evaluation index of 1 indicate that the evaluation item is The fact that it is related to the activity to some extent and the one with the evaluation index of 2 indicate that the evaluation item is related to the activity greatly.

Therefore, in the lifelong learning support system 1a according to the first embodiment, when the user 5 performs the activity (activity identification code; a001 to a203) shown in FIGS. 5 to 8, the specific activity is evaluated in advance. It is considered that the user 5 has acquired the given evaluation index as an experience value, and this evaluation index is an element that contributes favorably to the improvement of mental and physical functions by integrating and showing this evaluation index for each evaluation category. “Movement element (hereinafter referred to as element M)”, “motivation element (hereinafter referred to as element I)”, “animation element (hereinafter referred to as element L)”, “perseverance element ( In the following, it was made possible to objectively check how much “each element K” was acquired.
In the lifelong learning support system 1a according to the first embodiment, the four types of evaluation categories are obtained by calculating the integrated value of the evaluation index for each evaluation category and analyzing the activity tendency of each user 5 as described above. This will be referred to as “MILK (milk) analysis”.

Here, an example of the analysis result of the above-mentioned “MILK analysis” will be described with reference to FIGS.
FIG. 9 is a list of activities that the user, Mr. Yumemura Mura (kana), participated in one month from August 1, 2010 to August 31, 2010, and evaluation indexes obtained by participating in the activities. It is a table. FIG. 10 is a diagram showing an example of a screen showing an analysis result of MILK analysis in the lifelong learning support system according to the first embodiment of the present invention.
Now, the activity shown in FIGS. 5 to 8 by the user 5 Mr. Yumedamura (a pseudonym) (identification number: U0001) during one month from August 1 to August 31, 2010 Among them, landscape observation (a001), music appreciation (a008), vibrational massage machine (a011), calligraphy (a018), picture book association (a024), othello game (a029), Kawayanagi association (a040), reading (a047) When participating in 12 activities of kanji drill (a050), calculation drill (a051), pottery (a087), pool walking (a114), the evaluation index given in advance for each evaluation item for these activities, When summing up for each evaluation category, 65 points are obtained for the element M, which is the element of “Genki Element”, 142 points for the element I, 71 points for the element L, and 57 points for the element K.
Then, each point of the elements M to K that the user 5 who is the user 5 is desirable to acquire in one month (the target value) is, the element M is 55 points, the element I is 140 points, If the element L is 145 points and the element K is 60 points, the target value is achieved for the elements M and I, and the target cannot be achieved for the elements L and K.

FIG. 10 shows an example of a screen for displaying such an analysis result of “MILK analysis” on a display device such as a monitor in the second terminal. In the graph in FIG. 10, the target values of the elements M to K are shown as line graphs, and the integrated values of the evaluation indexes of the elements M to K actually acquired by Mr. Yumemura are shown as bar graphs.
Then, when the user 5 confirms the analysis result of his “MILK analysis” at the second terminal, the user 5 Mr. Yumemura Mura himself “animation element (element L)” and “patience element ( It can be recognized that the element K) ”is insufficient. As a result, the dream Tamura three said, at the time to participate in the learning experience in hands-on learning facility 3a (experiential learning facility _3a 1 ~3a _n) after September, focuses select the activity that contains the elements L and element K Can be adjusted to compensate for these.
As described above, the lifelong learning support system 1a according to the first embodiment provides the user 5 with a place for experiential learning (place of activity) in the community outside the care facility, and analysis results of the activity trend ( (MILK analysis) By feeding back the results to the user 5, through the various experience learning, the "genki element" necessary for the improvement of the mental and physical functions necessary for social independence is achieved, And it is structured so that it can be acquired while having fun.
In addition, in Example 1, although the case where the experience value (evaluation index | exponent) which the user 5 acquired is integrated for every evaluation classification | category is mentioned as an example, in order to return a more detailed analysis result to the user 5, You may return the integrated value of the experience value (evaluation index) for every evaluation item as an analysis result of activity tendency.

In addition, in the lifelong learning support system 1a according to the first embodiment, what is assumed as the user 5 is mainly an elderly person who has basic living ability. Imposing the input of electronic data necessary to analyze trends is harsh. In this case, the user 5 himself / herself may not be reluctant to participate in various experiential learning due to the complexity, and the objectivity and credibility of the input electronic data may be reduced. Absent.
On the other hand, the input operation of the electronic data necessary to analyze the activity trend of the user 5, office is a hands-on learning facility 3a ₁ ~3a _n, private facilities, be entrusted to public facilities, etc., of these After all, it is not desirable because it becomes a burden when performing business such as business establishments and facilities.
Therefore, in lifelong learning support system 1a according to the first embodiment, in order to solve the above two problems simultaneously, offices, private facilities, experiential learning facility 3a consisting of public facilities (experiential learning facility 3a ₁ to 3 A _n) They decided to dispatch human resources as checkers 4 to each of them.

Here, the lifelong learning support system 1a according to the first embodiment will be described in more detail with reference to FIGS.
FIG. 11 is a system configuration diagram of the lifelong learning support system according to the first embodiment of the present invention. The same parts as those described in FIGS. 1 to 10 are denoted by the same reference numerals, and description of the configuration is omitted.
As shown in FIG. 11, lifelong learning support system 1a according to the first embodiment, the server system 13 of the headquarters facility 2, checkers 4 arranged experiential learning facility 3a ₁ to 3 A _n is used to input the electronic data The first terminal 8 and the second terminal 10 for the user 5 to view the analysis result (MILK analysis result) of his / her activity tendency are connected via the information communication network 7, for example, the Internet.
The server system 13 of the headquarters facility 2 includes a database 6. The database 6 includes user identification code data 14, activity identification code data 15, evaluation index data 16, input date data 17, and checker identification code data 18. Stored as electronic data.
In the lifetime learning support system 1 a according to the first embodiment, the user identification code data 14, the activity identification code data 15, the evaluation index data 16, and the input date data 17 that are electronic data stored in the database 6 are stored. The arithmetic processing unit 9 of the server system 13 performs arithmetic processing based on the MILK analysis regarding the activity tendency of the user 5, while the input date data 17 and the checker identification code data 18 stored in the database 6 are used as a checker. The amount of remuneration is calculated according to the work status of 4.
That is, it is configured such that the MILK analysis of the user 5 and the labor management of the checker 4 can be performed simultaneously using the electronic data stored in the database 6.

FIG. 12 is a system configuration diagram illustrating the lifelong learning support system according to the first embodiment of the present invention from another angle. FIG. 13 is a flowchart showing a MILK analysis process executed in the lifelong learning support system according to the first embodiment of the present invention, and FIG. 14 shows a checker executed in the lifelong learning support system according to the first embodiment of the present invention. It is a flowchart which shows a reward amount calculation process. The same parts as those described in FIGS. 1 to 11 are denoted by the same reference numerals, and description of the configuration is omitted.
As shown in FIG. 12, the lifelong learning support system 1a is roughly composed of an input unit 21, an arithmetic processing unit 9, an output unit 22, and a database 6 as a storage unit.
The input unit 21 is a database in which user identification code data 14, activity identification code data 15, evaluation index data 16, input date data 17, checker identification code data 18 stored in the database 6 can be input or read out at any time. 6 is used to store the data. In the lifelong learning support system 1a shown in FIG. 11, for example, the input tool 19, the first terminal 8, and the second terminal 10 correspond to the input unit 21.

Here, the user identification code data 14 is data representing each user 5.
The activity identification code data 15 is data representing individual activities indicated by a001 to a203 in FIGS. 5 to 8, and is stored in the database 6 together with the user identification code data 14.
The evaluation index data 16 is data representing an evaluation index given when each activity is evaluated by the evaluation items described above, and corresponds to each activity identification code data 15 individually. When the data 15 is selected by the arithmetic processing unit 9, the evaluation index data 16 corresponding to the activity identification code data 15 is called.
The input date data 17 is data representing the date when the user identification code data 14, the activity identification code data 15 and the checker identification code data 18 are input to the database 6, and the user identification code data 14, the activity identification code data 15 and the checker It is stored in the database 6 together with the identification code data 18.
The checker identification code data 18 is data representing each checker 4 and is stored in the database 6 together with the input date data 17 and the activity identification code data 15.

Further, the input of data as described above from the input unit 21 to the database 6 may be directly input from the input unit 21 to the database 6 as shown in FIG. The information may be input to the database 6 via the information communication network 7. Specifically, the input unit 21 includes a keyboard, a mouse, a pen tablet, an optical reading device, or an analysis device such as a computer or a receiving device that receives data from a measurement device via a communication line. A device that can be used properly according to the purpose can be considered.
Similarly, the output of the data in the database 6 to the output unit 22 may be directly output from the database 6 to the output unit 22 as shown in FIG. You may comprise so that the output to the output part 22 via the network 7 is possible.
The output unit 22 is specifically a display device such as a CRT, liquid crystal, plasma or organic EL, a display device such as a printer device, or a transmitter for transmission to an external device. A device is conceivable. In addition, in the lifelong learning support system 1a shown in FIG. 11, when the user 5 browses the MILK analysis result made in the server system 13, what corresponds to the output unit 22 is the second terminal 10 (for example, A personal computer, a portable terminal, etc., the terminal including the first terminal is a concept that includes a computer.), And when viewing the calculation result of the remuneration amount of the checker 4 made in the server system 13, The output tool 20 and the first terminal 8 (for example, a personal computer).
Furthermore, in the lifelong learning support system 1a according to the first embodiment, the input work for registering the new user 5 in the database 6 is mainly performed using the input tool 19 attached to the server system 13 in the headquarters facility 2. However, the user 5 may directly perform using the second terminal 10, or the checker 4 or the user 5 may perform from the first terminal 8 provided in each experience learning facility 3a. .

The arithmetic processing unit 9 is provided for the following two purposes. One is to extract the activity identification code data 15, evaluation index data 16, and input date data 17 input together with the user identification code data 14 in the database 6 using the specific user identification code data 14 as a search key. This is because the numerical values input as the evaluation index data 16 are integrated for each evaluation classification shown in Table 1 to obtain the integrated value and return it as the MILK analysis result. The other is that the specific checker identification code data 18 in the database 6 is used as a search key, and the experience learning facility 3a (experience learning facility 3a _{1) of the} checker 4 from the input date data 17 input together with the checker identification code data 18 is used. in search of work days in ~3a _n), in order to calculate the amount of remuneration to be paid to the checker 4 by multiplying the daily allowance to the working days.
In addition, the database 6, as already mentioned, for example, data relating to activities that the user 5 has conducted, experience learning facility 3a checker 4 (experiential learning facility 3a 1 _{to 3 A n)} for storing data relating to the recording of the work in the Specifically, user identification code data 14, activity identification code data 15, evaluation index data 16, input date data 17, and checker identification code data 18 are stored.
In addition to the user identification code data 14, the activity identification code data 15, the evaluation index data 16, the input date data 17, and the checker identification code data 18, the database 6 includes individual experience learning facilities 3a (experience learning facilities 3a ₁ -3a _n ) is stored, and the activity history history can be confirmed for the user 5 and the work location history can be confirmed for the checker 4. Also good.

Here, the lifelong learning support program according to the first embodiment will be described with reference to FIG. 13 and FIG. The lifelong learning support system 1a described so far with reference to FIG. 12 is a system invention, but the system shown in FIG. 12 is regarded as a general-purpose computer, and the flowcharts shown in FIGS. It is considered to execute the process.
FIG. 13 is a flowchart showing a MILK analysis step executed in the lifelong learning support program according to the first embodiment, and FIG. 14 is a flowchart showing a checker reward amount calculating step executed in the lifelong learning support program according to the first embodiment. It is. The same parts as those described in FIGS. 1 to 12 are denoted by the same reference numerals, and description of the configuration is omitted.
In FIGS. 13 and 14, the portions surrounded by dotted lines indicate the components of the lifelong learning support system 1a of FIG. 12, and the same components as those shown in FIG. Yes.

First, the MILK analysis process will be described with reference to FIG. 13 and Table 5.
The first process is an input process shown as step S0. As described above, the database 6 stores the user identification code data 14, the activity identification code data 15, the evaluation index data 16, the input date data 17, and the checker identification code data 18, and this process is shown. Step 0 means that this step may not be included. Although the input process of step S0 is necessary, the essence of the invention of the lifelong learning support program 23 is that it is possible to start from step S1 as not including the input process of step S0.
Note that data can be input to the database 6 from the outside of the server system 13 shown in FIG. 11 via an information communication network 7 such as the Internet.

Step S1 is an arithmetic processing step. In this process, after the input date data 17, the activity identification code data 15, and the evaluation index data 16 are searched and extracted from the various data stored in the database 6 using the user identification code data 14 as a key, The integrated value for each evaluation category of the evaluation index acquired by the user 5 as the experience value within the specific period is returned as the MILK analysis result. As a specific example of the MILK analysis, Table 5 shown below refers to the case shown in FIG. 9 by the user 5 Mr. Yumemura Mura (a pseudonym) from August 1, 2010 to August 31. The calculation processing result (integrated value) of the evaluation index acquired during the day is shown. In Table 5, instead of individually describing the evaluation index for each evaluation item, the total value of the evaluation index for each evaluation category is shown.
Further, as an analysis method of the activity tendency of the user 5, instead of obtaining the integrated value of the evaluation index for each evaluation category, the integrated value for each evaluation item may be obtained. In this case, a more detailed analysis result can be obtained.

Next, in step S2, the MILK analysis result obtained by executing the previous step S1 is displayed or output. The unit or range of data displayed or output here is preferably determined in advance in consideration of the area of the display device serving as the output unit 22. Moreover, the display or output example in the output part 22 is as showing in FIG.
Note that the output from the database 6 to the output unit 22 can also be made to the second terminal 10 outside the server system 13 shown in FIG. 11 through the information communication network 7 such as the Internet.

Next, the checker reward calculation process will be described with reference to FIG. 14 and Table 6.
Step S0, which is the first step, is the same as the above-described MILK analysis step, and thus description thereof is omitted here.
Step S3 is an arithmetic processing step. In this process, after the input date data 17 is searched and extracted from the various data stored in the database 6 by using the checker identification code data 18 as a key, in the experience learning facility 3a of the checker 4 within a specific period. The number of working days is obtained, and a reward corresponding to the work record of the checker 4 is calculated by multiplying the number of working days by a predetermined daily allowance. Table 6 below shows an example of calculating the amount of reward to be paid to Yumeko Yumeno (a pseudonym), which is the checker 4, as an example of calculating the amount of reward for the checker. The working period at Yumeko Yumeno's hands-on learning facility 3a will be between August 4, 2010 and August 31, 2010.
In the lifelong learning support system 1a and the lifelong learning support program 23 according to the first embodiment, the case of calculating the remuneration amount paid to the checker 4 based on the daily allowance has been described as an example. By using the input date / time data, it is possible to calculate based on the hourly rate.

Next, in step S4, the checker's reward calculation result obtained by executing step S3 is displayed or output. Note that the output from the database 6 to the output unit 22 is also possible via the information communication network 7 such as the Internet to the first terminal 8 that is outside the server system 13 shown in FIG.
According to the lifelong learning support program 23 according to the first embodiment as described above, the same effects 1 to 9 as those of the lifelong learning support system 1a described above can be exhibited at the same time.
It should be noted that the input date data 17 in step S0 described above is configured to be automatically input by timekeeping information transmitted by, for example, the timepiece element provided in the input tool 19 or the first terminal 8 shown in FIG. May be.
In this case, when the checker 4 inputs the user identification code data 14, the activity identification code data 15, and the checker identification code data 18, it is not necessary to input the input date data 17 each time, so the input work by the checker 4 is reduced. can do. In addition, it is possible to prevent the activity identification code data 15 from being used for MILK analysis due to forgetting to input the input date data 17 or an error in the calculation of the remuneration amount paid to the checker 4. In addition, there is an effect that the checker 4 can reliably prevent the number of working days from being falsified.

Here, the description of the lifelong learning support system 1a according to the first embodiment is resumed.
In the lifelong learning support system 1a according to the first embodiment, the activity identification code data 15 and the checker identification code data 18 in the second terminal 10 and the input of the user identification code data 14 as needed are input using a barcode. You may go.
In this case, since the input operation of these data by the second terminal 10 can be made extremely simple, the checker 4 can be left to a disabled person who is severely disabled or an elderly person who is not familiar with the operation of the second terminal 10. Can do.

The lifelong learning support system according to the second embodiment will be described in detail with reference to FIGS. 15 and 16.
FIG. 15 is a system configuration diagram of the lifelong learning support system according to the second embodiment of the present invention, and FIG. 16 is a diagram illustrating another server system in the lifelong learning support system according to the second embodiment of the present invention. The same parts as those described in FIGS. 1 to 14 are denoted by the same reference numerals, and description of the configuration is omitted.
As shown in FIG. 15, the lifelong learning support system 1b according to the second embodiment has the same configuration as that of the lifelong learning support system 1a according to the first embodiment described above. Information data 24 is stored, and further includes at least one other server 12a (12a _{1 to} 12a _n ) connected via an information communication network 7 such as the Internet.
The server 12a is, for example, that of a producer / seller 11a (11a _{1 to} 11a _n ) such as health food and health tools, and search / extraction data (not shown) is stored in the server 12a. Further, the server 12a extracts target user personal information data based on search / extraction data, user identification code data, user personal information data, and user activity trend analysis result data (MILK analysis result data). It is configured to create a list.
The connection of the server 12a of the producer / seller 11a, etc. to the lifelong learning support system 1b is performed after the registration procedure is performed in advance and the system usage fee is paid as necessary. Also good.
The search / extraction data here is a search expression or logical expression for searching and extracting a target user from the analysis result of activity trends of a plurality of users acquired from a database via an information communication network. Numerical data such as a reference value.

In this way, according to the lifelong learning support system 1b according to the second embodiment, as shown in FIG. 16, the producer / seller 11a, the user identification code data 14, user personal information data via the information communication network 7 24 and the user 5's MILK analysis result data can be acquired, and the user 5 who is likely to become the customer of the company is extracted from these data using the search / extraction data. Can sell food and goods.
Further, in addition to the above configuration, the commercial information data may be configured to be transmitted to, for example, an e-mail address of the user 5 extracted using the search / extraction data.
The commercial information data here is a concept that includes all of the electronic data related to so-called direct mail such as guidance on health foods, health tools, books useful for maintaining health, product catalogs, price guidance, and obtaining methods. .
In this case, it becomes possible to cultivate new customers more easily using the lifelong learning support system 1b according to the second embodiment.

According to the lifelong learning support system 1b according to the second embodiment as described above, for example, the user 5 who particularly selects and prefers an activity with a lot of fine manual work, and is effective in removing eyes and body fatigue. And a health tool can be sold, the producers / sellers 11a have the advantage that it is easy to acquire new customers and at the same time increase profits.
In addition, since the user 5 can easily obtain foods and tools useful for health in accordance with his / her activity tendency, it can be used for health maintenance.
That is, according to the lifelong learning support system 1b according to the second embodiment, the movement of people in the area is activated at the same time as the user 5 uses the experience learning facility 3a, and the consumption activity is also activated. It can contribute to development.
Of course, since personal information will be handled, the system operator must obtain the user's permission in advance, and it is natural that the management should be carried out after taking appropriate preventive measures for leakage of personal information. .

The information communication network 7 in the lifelong learning support system according to the first and second embodiments is not particularly limited as long as information can be communicated, and includes a telephone line, an in-house LAN, and the like. It is a concept.
Furthermore, in the lifelong learning support system according to the first embodiment and the second embodiment described above, the experience learning facility 3a including the headquarter facility 2 may include an accommodation facility, or at least one of the experience learning facilities 3a may be an accommodation facility. .
In this case, since it is possible to accept the user 5 from a remote location, it is possible to activate the movement of people and things in a wider range.
In addition, by constructing a lifelong learning support system 1a and a lifelong learning support system 1b that are unique to each region, a rehabilitation program that helps the user 5 improve their physical and mental functions while traveling while enjoying various regions is implemented. It has the effect of being able to.

  As described above, the present invention provides a place for experiential learning to the user other than the care facility in the local community, feeds back the analysis result on the activity trend there, and is necessary for the activity trend analysis. Is a lifelong learning support system that creates new jobs in the region by arranging checkers that collect irrelevant data, and can analyze user activity trends and calculate labor costs for checkers. Available in the field.

1 ... lifelong learning support system 2 ... headquarters facility 3a, _3a 1 to 3 A n _... experience learning facility 4 ... checker 5 ... user 6 ... database 7 ... Information communication network 8 ... first terminal 9 ... processing unit 10 ... second terminals _11a, 11a 1 ~11a n _... producers, sellers, etc. _12a, 12a 1 ~12a n _... server 13 ... server system 14 ... user identification code data 15 ... activity identification code data 16 ... rating index data 17 ... input Date Data 18 ... Checker identification code data 19 ... Input tool 20 ... Output tool 21 ... Input unit 22 ... Output unit 23 ... Lifelong learning support program 24 ... User personal information data

Claims (6)

Multiple hands-on learning facilities set up to let users experience activities;
In this hands-on learning facility, a checker for confirming the execution of the activity of the user, a first terminal for inputting the activity record of the user as electronic data,
An arithmetic processing unit for analyzing each user's activity tendency based on the electronic data by arithmetic processing, and calculating a reward according to the checker's work performance based on the electronic data;
A unique identification code is given to each of the plurality of activities, the user, and the checker,
When the user performs at least one of the activities in the experience learning facility, the activity record is input as electronic data from the first terminal, input date data, checker identification code data, user identification code data, and A database for storing activity identification code data;
A second terminal connected to the first terminal and the database by an information communication network, the user being able to view the analysis result of his / her activity trend,
The activity tendency of the user is analyzed based on the input date data, user identification code data and activity identification code data stored in the database;
The lifelong learning support system, wherein the reward of the checker is calculated based on the input date data and the checker identification code data stored in the database.   The lifelong learning support system according to claim 1, further comprising an accommodation facility in addition to the experience learning facility.   The lifelong learning support system according to claim 1 or 2, wherein in the first terminal, the checker identification code data and the activity identification code data are input using a barcode.   The said 1st terminal is provided with the time measuring element, and the said input date data are input by the time measuring information transmitted by the said time measuring element when the said electronic data are input. The lifelong learning support system according to any one of the above. The database stores user personal information data together with the user identification code data,
The lifelong learning support system has a server connected to the information communication network,
The server stores search / extraction data, and can acquire the user identification code data, the user personal information data, and the analysis result data of the activity tendency of the user from the database via the information communication network. Yes,
The server extracts the target user personal information data based on the search / extraction data, the user identification code data, the user personal information data, and the analysis result data of the activity tendency of the user to obtain a customer list. The lifelong learning support system according to any one of claims 1 to 4, wherein the lifelong learning support system is created. The activity is based on an evaluation classification consisting of “movement elements” related to physical work, “motivation elements” related to mental work, “liveness elements” related to vitality and vitality, and “perseverance elements” related to sustainability and continuity. Evaluated,
The “element of movement” is further evaluated by an evaluation item comprising a function of joint mobility, a function of muscle strength, a response function of involuntary movement, a visual function, an auditory function, a vestibular function, and other sensory functions,
The “motivation element” further includes psychomotor function, emotion function, thinking function, higher cognitive function, language function, calculation function, articulation function / speech function, function related to fluency and rhythm of speech, orientation function, knowledge Is evaluated by evaluation items consisting of functional and memory functions,
The “animation element” further includes functions related to pain sensation, cardiac function, blood pressure function, respiratory function, contact function, digestive function, defecation function, urination function, body weight maintenance function, body temperature regulation function, consciousness function, vitality It is evaluated by the evaluation item consisting of the function of drive and sleep function,
The “elementality” is further evaluated by evaluation items consisting of whole body endurance, easy fatigue, attention function, temperament and personality function,
In each of the evaluation items in the activity, an evaluation coefficient is stored in advance in the database corresponding to the activity identification code data in accordance with the degree of relevance when the activity is performed,
When the user performs the desired activity, it is considered that the evaluation coefficient given to the evaluation item of the activity is acquired as an experience value corresponding to the activity identification code data,
In addition to the input date data, the checker identification code data, the user identification code data, and the activity identification code data, the database adds and stores the experience value for each evaluation category or each evaluation item. The lifelong learning support system according to any one of claims 1 to 5, characterized by: