SECI model phase determination program for forest therapy management

Abstract

To provide a program for reading a plurality of elements from a CSV file, objectively determining each phase of SECI model (cooperation, expression, connection, internalization), and shifting to the next phase.SOLUTION: This program for reading a plurality of elements from a CSV file, objectively determining each phase of SECI model (cooperation, expression, connection, internalization), and shifting to the next phase includes a data-reading module, a phase-determining module, a phase-shifting module, a feedback module and a data-storing and managing module. As a result, objective and consistent determination of each phase, effective use of data, provision of effective feedback, and efficiency of management are realized.SELECTED DRAWING: None

Description

[Technical Field]

[0001] This invention relates to the field of forest therapy management, and in particular to a program for determining each phase based on the SECI model (communalization, externalization, connection, internalization) and promoting a spiral-up process. [Background technology]

[0002] Forest therapy management is gaining attention as a method for promoting people's health and well-being by utilizing natural environments. It is believed that applying each phase of the SECI model (communalization, externalization, connection, and internalization) is effective for this. However, current methods involve subjective judgment of each phase, making effective management difficult. [Prior art documents]

[0003] 1. Ikujiro Nonaka and Hirotaka Takeuchi, "Knowledge-Creating Companies" "The Knowledge-Creating Enterprise" by Ikujiro Nonaka and Hirotaka Takeuchi (1995) provides the theoretical background for the SECI model and details the knowledge creation process. This work is an important reference for understanding the knowledge creation theory that underpins this invention. 2.Lee, Qing et al.″Forest Therapy and its Scientific Evidence.″ "Forest Therapy and its Scientific Evidence" by Lee et al. introduces research on the scientific effects of forest therapy and serves as a reference to support the effectiveness of forest therapy management. [Patent documents]

[0004] [Patent Document 1] Patent Application No. 2012-551428 Screening method for diets that produce milk with immunomodulatory effects Morinaga Milk Industry Co., Ltd. Summary of the Invention

[0005] This invention relates to a program for determining the phases of the SECI model for forest therapy management. This program reads multiple elements from a CSV file, determines the phase of each element in the SECI model (communalization, externalization, connection, internalization), and moves to the next phase. Specifically, it consists of the following steps: Steps to read elements from a CSV file: The program reads multiple elements related to "socialization," "externalization," "combination," and "internalization" from the CSV file. Steps to determine your current phase: Based on the elements read, the current phase of the SECI model is determined. Specifically, if elements related to "socialization" are included, the phase is determined to be "communalization," if elements related to "externalization" are included, the phase is determined to be "externalization," if elements related to "combination" are included, the phase is determined to be "connection," and if elements related to "internalization" are included, the phase is determined to be "internalization." Steps to move to the next phase: Based on the determined phase, the next phase is entered. The phases are set up cyclically, with the "internalization" phase followed by the "communalization" phase. This invention makes it possible to objectively determine each phase of the SECI model in forest therapy management and achieve effective management. This improves the effectiveness of forest therapy management and contributes to the promotion of local health and welfare. [Problem to be solved by the invention]

[0006] Forest therapy management is gaining attention as a method for promoting people's health and well-being by utilizing the natural environment. It is believed that applying each phase of the SECI model (communalization, externalization, connection, and internalization) is effective. However, current methods have the following problems: The limits of subjective judgment: The current forest therapy management system often relies on the manager's subjective judgment of each phase, resulting in a lack of consistency. This can lead to inconsistent progress through the phases and uneven spiral-up effects. Inefficient use of data: Data from each therapy session and activity is not fully utilized, leading to inadequate phase determination and management, which in turn prevents the health promotion effects of local residents and participants from being maximized. Lack of effective feedback: Current methods lack feedback based on the progress and results of each phase, and do not establish objective criteria for moving on to the next step. Lack of management efficiency: The phase determination and spiral-up process is not efficient, reducing the overall effectiveness of therapy management. To solve these problems, the present invention provides a program that reads multiple elements from a CSV file, objectively determines each phase of the SECI model, and moves to the next phase. This is expected to have the following effects: Objective and consistent phase determination: The program automatically determines the phase based on data read from a CSV file, eliminating subjective variations in judgment and enabling consistent management. Making better use of data: By effectively utilizing data from each therapy session and activity and determining the optimal phase, it is possible to maximize the health promotion effects for participants. Providing effective feedback: The program provides feedback based on the progress and results of each phase, making it easier to establish objective criteria for moving on to the next step. Management efficiency: The program automates the phase determination and spiral-up process, improving management efficiency and increasing overall effectiveness. [Means for solving the problem]

[0007] The present invention solves the above problems by providing a program that reads multiple elements from a CSV file, determines each phase of the SECI model, and moves to the next phase. Specifically, the following means are provided. To read data from a CSV file: The program reads multiple elements related to "socialization," "externalization," "combination," and "internalization" from the CSV file, allowing for efficient collection and management of data for each therapy session and activity. SECI model phase determination method: Based on the elements read, it provides a means to determine the current phase of the SECI model. Specifically, it determines the following: The "socialization" phase is determined when elements related to "socialization" are included. The "externalization" phase is determined when elements related to "externalization" are included. If an element related to "combination" is included, the "concatenation" phase is determined. The "internalization" phase is determined when elements related to "internalization" are included. Moving to the next phase: Based on the phase determined, a means to move on to the next phase is provided. This allows the phases to progress cyclically, realizing a continuous upward spiral. Specifically, the "internalization" phase is set to be followed by the "socialization" phase. Feedback can be provided by: The program will have a means to provide effective feedback based on phase progress and results, providing users with objective criteria for moving forward and improving the consistency and effectiveness of management. User Interface Methods: The program provides a user-friendly interface that allows users to upload CSV files, view program execution results, and receive instructions on next phases. Data storage and management measures: The program provides a means to store and manage progress and related data for each phase, providing a basis for referencing historical data and developing long-term management strategies. By using these methods, the present invention makes it possible to objectively assess each phase of the SECI model in forest therapy management and realize effective management, which is expected to improve the effectiveness of forest therapy management and contribute to the promotion of local health and welfare. [Effects of the Invention]

[0008] The SECI model phase judgment program for forest therapy management according to the present invention has the following effects. Achieving objective phase judgment: The program automatically determines the phase based on the data read from the CSV file, eliminating subjective variations in judgment and enabling consistent management. This allows for phase determination to be made in a standardized way, without relying on the manager's experience or knowledge. Making better use of data: By effectively utilizing data from each therapy session and activity and determining the optimal phase, it is possible to maximize the health promotion effects on participants. This will enable data-driven management and is expected to lead to the implementation of effective, evidence-based forest therapy programs. Providing effective feedback: The program provides feedback based on the progress and results of each phase, helping to establish objective criteria for moving forward, allowing managers to take the right action at the right time and improving overall effectiveness. Management efficiency: Programs can improve management efficiency and overall effectiveness by automating the phase determination and spiral-up process, reducing the burden on managers and allowing more resources to focus on serving participants. Achieving sustainable management: Providing a means of storing and managing data will provide a basis for referencing past data and formulating long-term management strategies, which is expected to contribute to the realization of sustainable management and the long-term success and development of forest therapy programs. Contribution to the community: This invention will improve the effectiveness of forest therapy management, thereby contributing to the promotion of health and welfare of local residents and participants. Furthermore, by implementing a scientifically based program, it is expected that it will gain the trust and support of the local community and contribute to the revitalization of the local community as a whole. DETAILED DESCRIPTION OF THE INVENTION [Configuration of the SECI Model Phase Judgment Program]

[0009] System Configuration The program of the present invention includes the following main components: Data reading module: It has the ability to read multiple elements related to "socialization," "externalization," "combination," and "internalization" from a CSV file. As a concrete example, we will use Python's pandas library to read a CSV file. Phase Decision Module: It has the ability to determine the current phase of the SECI model based on the elements read. The specific logic is that if the element related to each phase is true, that phase is set as the current phase. Phase Transition Module: It has the ability to transition to the next phase based on the current phase. The phases progress cyclically, with the "internalization" phase followed by the "communalization" phase. Feedback Module: It has the ability to provide feedback to users based on the progress and results of each phase. The feedback is displayed on the user interface. Data storage and management module: It has the function of saving and managing the progress of phases and related data. The stored data will be used for long-term management strategies. Program Operation The operation of the program is described in the following steps: Reading a CSV file: A user uploads a CSV file to the program. The data reading module reads the required data from the CSV file. Determine the current phase: Based on the read data, the phase determination module determines the current phase. Example: If the element related to "socialization" is true, determine the "socialization" phase. Moving to the next phase: The phase transition module transitions to the next phase based on the current phase. Example: moving from the "communalization" phase to the "externalization" phase. Providing feedback: The feedback module provides feedback to the user based on the progress and results of the current phase. The feedback is displayed on the user interface. Data storage: A data storage and management module stores progress and related data. The stored data will be used for future analysis and management strategies. Program implementation example Below is a specific implementation example using Python. import pandas as pd class ForestTherapyManagement: def __init__(self): self.phases=[″Socialization″,″Externalization″,″Combination″,″Internalization″] self.current_phase_index=0 def get_current_phase(self): return self.phases[self.current_phase_index] def next_phase(self): self.current_phase_index=(self.current_phase-index+1)%len(self.phases) def analyze_phase(self,parameters): if parameters['socialization']: self.current_phase_index=0 elif parameters['externalization']: self.current_phase_index=1 elif parameters['combination']: self.current_phase_index=2 elif parameters['internalization']: self.current_phase_index=3 else: raise ValueError(″Invalid parameters″) return self.get_current_phase() def analyze_from_file(self,file_path): df=pd.read_csv(file_path) for index,row in df.iterrows(): parameters={ 'socialization':row['socialization'], 'externalization':row['externalization'], 'combination':row['combination'], 'internalization':row['internalization'] } current_phase=self.analyze_phase(parameters) print(f″Row{index+1}:Current Phase is{current_phase}″) #Usage example ftm=ForestTherapyManagement() #Read elements from a CSV file and analyze their current phase file_path='elements.csv' ftm.analyze_from_file(file_path) User Interface It also provides an interface that makes it easier for users to operate the program. File upload feature: Provides a button for users to upload a CSV file. Phase Display: Provides an area that displays the current phase in real time. Feedback display: Provide an area to display feedback based on phase decisions and progress. Next Phase Transition Button: Provide a button to move to the next phase. These features allow users to easily operate the program and maximize the effectiveness of forest therapy management. [Example]

[0010] [Implementation of the SECI Model Phase Judgment Program] Overall Program Structure The program of the present invention is composed of the following main modules: Data Reading Module Phase Judgment Module Phase Transition Module Feedback Module Data Storage and Management Module These modules work by reading data from a user-provided CSV file, determining the current phase based on the SECI model, and transitioning to the next phase. CSV file format to use The CSV file contains data in the following format: phase,socialization,externalization,combination,internalization 1,True,False,False,False 2, False, True, False, False 3, False, False, True, False 4, False, False, False, True [User Interface Design]

[0011] Interface Features File upload function Users provide data using a button to upload a CSV file. Current Phase Display The program displays the current phase in real time. Feedback Display The program will display feedback on the results of the phase decision and next steps. Next Phase Transition Button The program moves to the next phase when the user clicks a button to move to the next phase. Interface Examples The user interface is designed as follows: <!DOCTYPE html> <meta charset="″UTF-8″"> <title>Forest Therapy Management System< / title> <script>function uploadFile(){ / / ファイルアップロード機能の実装}function nextPhase(){ / / 次のフェーズに移行する機能の実装}< / script> <h1> Forest Therapy Management System< / h1> <input type="″file″id=″fileInput″onchange=″uploadFile()″"> Current phase: Socialization <button onclick="″nextPhase()″"> Moving to the next phase< / button> Feedback Display Area [Data storage and management]

[0012] The program stores progress and related data from each phase and can be used for long-term management strategies. Database design The database has the following tables: Phase Progression Table Phase ID: Phase identifier Phase Name: The name of the phase (Socialization, Externalization, etc.) Progression date and time: The date and time when each phase was transitioned Activity Data Table Activity ID: Activity identifier Phase ID: Identifier of the associated phase Data: specific data related to the activity Example of saving to a database The following Python code shows an example of storing data using SQLite. import sqlite3 class DatabaseManager: def __init__(self,db_name='forest_therapy.db'): self.conn=sqlite3.connect(db_name) self.create_tables() def create_tables(self): with self.conn: self.conn.execute('' CREATE TABLE IF NOT EXISTS phase_progress( id INTEGER PRIMARY KEY, phase_name TEXT, progress_date TEXT ) ''') self.conn.execute('' CREATE TABLE IF NOT EXISTS activity_data( id INTEGER PRIMARY KEY, phase_id INTEGER, data TEXT, FOREIGN KEY(phase_id)REFERENCES phase_progress(id) ) ''') def save_phase_progress(self,phase_name,progress_date): with self.conn: self.conn.execute('' INSERT INTO phase_progress(phase_name,progress_date) VALUES(?,?) ''',(phase_name,progress_date)) def save_activity_data(self,phase_id,data): with self.conn: self.conn.execute('' INSERT INTO activity_data(phase_id,data) VALUES(?,?) ''',(phase_id,data)) #Usage example db_manager=DatabaseManager() db_manager.save_phase_progress('Socialization','2024-01-01') db_manager.save_activity_data(1,'Activity data example') [Industrial Applicability] [Healthcare and Wellness Industry]

[0013] Forest therapy is said to have benefits such as stress reduction, improved mental health, and increased physical strength, and is becoming increasingly important in the healthcare and wellness industry. Our program maximizes the effects of forest therapy and achieves more effective management by objectively assessing phases and promoting an upward spiral based on the SECI model. [Tourism Industry]

[0014] Forest therapy is gaining attention as a new attraction in the tourism industry. The program of this invention enables a scientific and data-based approach when offering forest therapy programs at tourist destinations and resort facilities. This will increase tourist satisfaction and contribute to an increase in repeat visitors. [Educational and Research Institutions]

[0015] This invention can also be used in educational and research institutions. By using the SECI model to determine phases and manage data in forest therapy research and educational programs, it is expected that research results and educational effectiveness will improve. Furthermore, by accumulating and analyzing research data, new knowledge about the effects of forest therapy can be gained. [Local Governments and Regional Development]

[0016] This invention can also be used by local governments and regional development organizations. Utilizing forest therapy as a health promotion and tourism resource for the local community will contribute to the promotion of health among local residents and the revitalization of the local economy. The program of this invention enables systematic management based on the SECI model, effectively supporting community-wide initiatives. [Corporate employee benefits]

[0017] Many companies are placing importance on the health and well-being of their employees, and forest therapy is being introduced as part of this. The program of this invention can be used to effectively implement forest therapy as an in-house employee benefits program, which will contribute to reducing employee stress and improving productivity.

Claims

1. In the program that reads elements from a CSV file and determines each phase of the SECI model, a. means for reading multiple elements from a CSV file; b. means for determining the phase of the current SECI model based on the read elements; c. A means for transitioning to the next phase based on the determined phase; A program comprising:

2. In the program, the elements read are related to "socialization," "externalization," "combination," and "internalization," a. Means for determining the "socialization" phase when elements related to "socialization" are included; b. A means of determining the "externalization" phase when elements related to "externalization" are included; c. A means for determining the "concatenation" phase when an element related to "combination" is included; d. Means for determining the "internalization" phase when an element related to "internalization" is included; 2. The program according to claim 1, further comprising:

3. 3. The program according to claim 1, wherein the program is set so that the phases are circulated when the program moves to the next phase.