TWI501187B - A sports health management system and its method - Google Patents
A sports health management system and its method Download PDFInfo
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本發明係有關一種運動健康管理系統，尤指一種結合運動管理以及個人生理參數的運動健康管理系統。The invention relates to a sports health management system, in particular to a sports health management system combining sports management and personal physiological parameters.
隨著體育賽事的興起、運動行銷的推廣以及各級政府機關的提倡，國民的運動意識漸漸攀升，特別是從近來舉辦頻率漸增的路跑活動或自行車比賽，甚至鐵人競賽等，可見一斑。此舉可改善國民的健康狀態，減少疾病的發生，甚至增進人際關係，無論是心理或生理上，均有正向的幫助。With the rise of sports events, the promotion of sports marketing, and the promotion of government agencies at all levels, the awareness of national sports has gradually increased, especially from the recent frequency-running road races or bicycle races, and even iron man competitions. This will improve the health of the people, reduce the incidence of diseases, and even enhance interpersonal relationships, both psychologically and physically, with positive help.
為有效管理個人運動的效率，令其可據此改善運動習慣，或達其他之目的，市面上已有多種搭載於智慧型手機之應用程式，或具備運動紀錄功能的手錶、計步器、GPS裝置等產品，供使用者紀錄每次運動相關資料，供其參考並作為運動行為調整之依據。尤有甚者，亦有如中華民國發明專利公告第I350766號，揭示一種利用使用者生理訊息控制跑步機動作之方法，先針對使用者的心跳次數或腳步狀態設定一基準值，接著，獲得該使用者在跑步機上運動時，特定時間內的心跳次數或腳步狀態，之後，以DSP處理器接收該心跳次數或該腳步狀態的訊號，並獲得一讀取值，接下來，根據該讀取值與該基準值的比對結果，調整跑步機之揚昇坡度，最後，使調整後的跑步機之揚昇坡度令使用者之心跳次數或腳步狀態符合基準值。或如中華民國發明專利公告第I355955號，揭示一種跑步動作即時分析回饋之裝置，其方法為，先拍攝運動員跑步動作，再分析特定部位的運動路徑，將其與優良跑者的姿勢紀錄進行比對，如該運動員的位置、運動角度、運動頻率等，之後，顯示比對結果及建議的修正方式，供該運動員據此改善 並修正跑步姿勢。In order to effectively manage the efficiency of individual sports, so that it can improve the exercise habits, or for other purposes, there are a variety of applications on the market, or watches with sports records, pedometers, GPS Devices and other products for users to record each exercise-related information for their reference and as a basis for adjustment of exercise behavior. In particular, there is also a method for controlling the movement of a treadmill by using a user's physiological message, such as the Republic of China Invention Patent Publication No. I350766, which first sets a reference value for the user's heartbeat or footstep state, and then obtains the use. When the person is exercising on the treadmill, the number of heartbeats or the state of the footsteps in a specific time, after which the DSP processor receives the signal of the number of heartbeats or the state of the footsteps, and obtains a read value, and then, according to the read value The result of the comparison with the reference value adjusts the ascending slope of the treadmill. Finally, the adjusted ascent of the treadmill makes the user's heartbeat or footstep state conform to the reference value. Or, as disclosed in the Republic of China Invention Patent Publication No. I355955, a device for real-time analysis and feedback of a running action is disclosed, which firstly captures an athlete's running motion, and then analyzes a specific part's motion path to compare it with a good runner's posture record. Yes, such as the athlete's position, angle of movement, frequency of movement, etc., after which the comparison results and suggested corrections are displayed for the athlete to improve accordingly. And correct the running posture.
然而，無論是現有市場上之產品，或是上述前案，均僅聚焦在運動行為或習慣的管理。從特定角度來看，該些技術並無法提升使用者對於運動的喜好程度，難以增進使用者的運動頻率或時間，對於運動風氣提倡，或健康狀態改善的幫助有限。且，其對於運動和個人健康之間的關係，並無法有效分析，或給予任何改善之建議，實有改進之空間。However, whether it is a product on the existing market or the above-mentioned previous case, it only focuses on the management of sports behavior or habits. From a specific point of view, these techniques do not improve the user's preference for exercise, and it is difficult to increase the user's exercise frequency or time, and there is limited help for exercise promotion or improvement of health status. Moreover, there is room for improvement in the relationship between exercise and personal health that cannot be effectively analyzed, or any suggestions for improvement.
本發明之主要目的，在於解決習知運動管理技術，難以提升使用者對於運動之喜好程度，且無法結合健康作一有效管理之問題。The main object of the present invention is to solve the conventional motion management technology, and it is difficult to improve the user's preference for sports, and it is impossible to effectively manage the problem in combination with health.
為達上述目的，本發明提供一種運動健康管理系統，供一使用者根據其運動狀態與生理參數而進行健康管理，該運動健康管理系統包括一管理主系統、一感應子系統以及一辨識裝置，該管理主系統包括一核心處理單元、一與該核心處理單元連接的資料庫模組、一與該核心處理單元連接的統計子系統以及一與該核心處理單元連接的查詢子系統；該資料庫模組包括存有對應於該使用者之一特定資料的一運動感應紀錄資料庫、一使用者帳戶資料庫、一使用者健康存摺資料庫以及一競賽統計資料庫。該感應子系統設置於一運動場所，該感應子系統透過一網路通訊技術與該管理主系統連接。該辨識裝置含有該使用者之個人代碼，且配戴於該使用者上，該個人代碼與該資料庫模組中的該特定資料相關聯。其中，該感應子系統在該使用者於該運動場所運動時，透過一感應技術與該辨識裝置連結，並取得一運動感應資料而傳送至該運動感應紀錄資料庫，該統計子系統依據一運動轉換公式將該運動感應紀錄資料轉換得到相對應的一運動紀錄與一虛擬健康貨幣數，並累積儲存於該使用者健康存摺資料庫中，且統計成績排行儲存於該競賽統計資料庫，該核心處理單元依據一健康貨幣獎勵公式判定該使用者的該次運動是否符合一預設獎勵條件，當符合該條件時，該核心處理單元透過該查詢子系統顯示一供該使用者換取之獎勵項目 與該使用者健康存摺資料庫的一最新狀態。To achieve the above objective, the present invention provides a sports health management system for a user to perform health management according to their exercise state and physiological parameters, the exercise health management system includes a management main system, an induction subsystem, and an identification device. The management main system includes a core processing unit, a database module connected to the core processing unit, a statistical subsystem connected to the core processing unit, and a query subsystem connected to the core processing unit; the database The module includes a motion-sensing record database corresponding to one of the user-specific materials, a user account database, a user health passbook database, and a competition statistics database. The sensing subsystem is disposed in a sports venue, and the sensing subsystem is connected to the management main system through a network communication technology. The identification device includes the personal code of the user and is worn on the user, and the personal code is associated with the specific material in the database module. The sensing subsystem is coupled to the identification device through a sensing technology when the user moves in the sports venue, and obtains a motion sensing data and transmits the motion sensing data to the motion sensing record database. The statistical subsystem is based on a motion. The conversion formula converts the motion-sensing record data into a corresponding sports record and a virtual health currency number, and is accumulated and stored in the user health passbook database, and the statistical result ranking is stored in the competition statistical database, the core The processing unit determines whether the user's movement meets a predetermined reward condition according to a health money reward formula. When the condition is met, the core processing unit displays a reward item for the user to exchange through the query subsystem. An up-to-date status with the user's health passbook database.
為達上述目的，本發明亦提供一種運動健康管理的方法，利用一運動健康管理系統，該運動健康管理系統包含一管理主系統、一設置於一運動場所且透過一網路通訊技術與該管理主系統連接的感應子系統以及一配戴於一使用者上的辨識裝置，該管理主系統包括一核心處理單元、一與該核心處理單元連接的資料庫模組、一與該核心處理單元連接的統計子系統以及一與該核心處理單元連接的查詢子系統，該資料庫模組包括分別儲存有對應於該使用者之一特定資料的一運動感應紀錄資料庫、一使用者帳戶資料庫、一使用者健康存摺資料庫以及一競賽統計資料庫；該方法包括以下步驟：步驟一，該使用者利用該辨識裝置透過一感應技術與該感應子系統連結，以將一運動前資料傳送至該運動感應紀錄資料庫；步驟二，待該使用者完成一運動活動後，再次透過該感應技術與該感應子系統連結，以將一運動感應紀錄資料傳送至該運動感應紀錄資料庫；步驟三，該運動感應紀錄資料庫取得該運動感應紀錄資料後，該統計子系統透過該核心處理單元存取該運動感應紀錄資料並根據該運動感應紀錄資料與一運動轉換公式換算得到相對應的一運動紀錄與一虛擬健康貨幣數，並儲存於該使用者健康存摺資料庫中；步驟四，該核心處理單元依據一健康貨幣獎勵公式判定該使用者的該運動活動是否符合一預設獎勵條件；步驟五，當該運動活動符合該預設獎勵條件的標準時，該核心處理單元透過該查詢子系統顯示一供該使用者領取之獎勵項目。In order to achieve the above objective, the present invention also provides a method for sports health management, which utilizes a sports health management system including a management main system, a setting in a sports place and a network communication technology and the management. An induction subsystem connected to the main system and an identification device disposed on a user, the management main system includes a core processing unit, a database module connected to the core processing unit, and a core processing unit a statistical subsystem and a query subsystem connected to the core processing unit, the database module includes a motion sensing record database corresponding to a specific data of the user, a user account database, a user health passbook database and a competition statistics database; the method includes the following steps: Step 1: the user uses the identification device to connect to the sensing subsystem through a sensing technology to transmit a pre-motion data to the Motion Sensing Record Database; Step 2: After the user completes an athletic activity, pass through again The sensing technology is coupled to the sensing subsystem to transmit a motion-sensing record data to the motion-sensing record database. In step 3, after the motion-sensing record database obtains the motion-sensing record data, the statistical subsystem transmits the core processing The unit accesses the motion sensing record data and converts the motion record and a motion conversion formula to obtain a corresponding motion record and a virtual health currency number, and stores the data in the user health passbook database; step 4: Determining, by the core processing unit, whether the athletic activity of the user meets a predetermined reward condition according to a healthy monetary reward formula; and in step 5, when the athletic activity meets the criteria of the preset reward condition, the core processing unit transmits the query through the query The system displays a reward item for the user to receive.
為達上述目的，本發明另提供一種運動健康管理的方法，利用一運動健康管理系統，該運動健康管理系統包含一管理主系統、一設置於一運動場所且透過一網路通訊技術與該管理主系統連接的感應子系統以及一配戴於一使用者上的辨識裝置，該管理主系統包括一核心處理單元、一與該核心處理單元連接的資料庫模組、一與該核心處理單元連接的統計子系統、一與該核心處理單元連接的檢測子系統以及一 與該核心處理單元連接的專家子系統，該資料庫模組包括分別儲存有對應於該使用者之一特定資料的一運動感應紀錄資料庫、一使用者帳戶資料庫以及一使用者健康存摺資料庫，該方法包括以下步驟：步驟一，該使用者利用該辨識裝置透過一感應技術與該感應子系統連結，以供該管理主系統辨識該使用者；步驟二，待該使用者完成一運動活動後，再次透過該感應技術與該感應子系統連結，以將一運動感應紀錄資料傳送至該運動感應紀錄資料庫；步驟三，該運動感應紀錄資料庫取得該運動感應紀錄資料後，該統計子系統透過該核心處理單元存取該運動感應紀錄資料並根據該運動感應紀錄資料與一運動轉換公式換算得到相對應的一運動紀錄與一虛擬健康貨幣數，並儲存於該使用者健康存摺資料庫中；步驟四，該專家子系統透過該核心處理單元存取該使用者健康存摺資料庫內，關於該使用者的一生理參數紀錄與該運動紀錄，並分別比較該運動紀錄或該生理參數紀錄是否分別符合一預設標準；以及步驟五，當該運動紀錄或該生理參數紀錄未符合該預設標準時，該專家子系統發出一提示通知予該使用者。In order to achieve the above object, the present invention further provides a method for sports health management, which utilizes a sports health management system including a management main system, a mobile station and a network communication technology and the management. An induction subsystem connected to the main system and an identification device disposed on a user, the management main system includes a core processing unit, a database module connected to the core processing unit, and a core processing unit Statistical subsystem, a detection subsystem connected to the core processing unit, and a An expert subsystem connected to the core processing unit, the database module includes a motion sensing record database, a user account database, and a user health passbook data respectively corresponding to a specific data of the user. The method includes the following steps: Step 1: The user uses the identification device to connect to the sensing subsystem through an inductive technology for the management main system to identify the user; and in step 2, the user completes a motion After the event, the sensing system is coupled to the sensing subsystem to transmit a motion-sensing record data to the motion-sensing record database. In step 3, after the motion-sensing record database obtains the motion-sensing record data, the statistics are obtained. The subsystem accesses the motion sensing record data through the core processing unit and converts the motion record and a motion conversion formula to obtain a corresponding motion record and a virtual health currency number, and stores the data in the user health passbook data. In the library; in step four, the expert subsystem accesses the core processing unit to access the In the health passbook database, a physiological parameter record of the user and the exercise record, and respectively comparing whether the exercise record or the physiological parameter record respectively meets a preset criterion; and step 5, when the exercise record or the When the physiological parameter record does not meet the preset criteria, the expert subsystem issues a prompt notification to the user.
本發明所揭系統及方法，相較於習用技術具有至少以下特點：The system and method disclosed by the present invention have at least the following features compared to conventional techniques:
一、主要效益為盡量減少個人之惰性，透過獎勵培養運動習慣，本發明以該運動轉換公式將運動量換算為該虛擬健康貨幣數後，使用者可以透過觀察該虛擬健康貨幣數的數量，了解自身的運動情況，並增進運動的樂趣。First, the main benefit is to minimize the inertia of the individual, and to develop exercise habits through rewards. After the exercise conversion formula converts the exercise amount into the virtual health currency number, the user can understand himself by observing the number of the virtual health currency. The sporting situation and the fun of sports.
二、承上，除增進樂趣外，透過團體內各使用者或團體間的比較，可提高國民從事運動的動機，增加其運動的次數與時間，並進而改善國民的健康條件。本發明利用該獎勵公式判定該使用者的該次運動是否符合該預設獎勵條件，藉此提供國民運動的誘因，構成一良性循環。Second, in addition to promoting fun, comparisons among users or groups within the group can increase the motivation of the nationals to engage in sports, increase the number and duration of their activities, and thereby improve the health conditions of the citizens. The present invention uses the reward formula to determine whether the user's movement meets the preset reward condition, thereby providing an incentive for the national movement to constitute a virtuous circle.
三、此外，本發明結合該生理參數紀錄與該運動紀錄提供該使用者一建議資訊，令該使用者得根據該建議資訊適時進行運動，以保持 甚或改善健康條件；或者，可提供該使用者一激勵資訊，以刺激使用者從事運動。In addition, the present invention combines the physiological parameter record with the exercise record to provide the user with a suggestion information, so that the user can exercise according to the suggested information in time to maintain Or even improve the health conditions; or, the user may be provided with an incentive message to stimulate the user to engage in exercise.
10‧‧‧管理主系統10‧‧‧Management main system
101‧‧‧核心處理單元101‧‧‧ core processing unit
102‧‧‧資料庫模組102‧‧‧Database Module
1021‧‧‧運動感應紀錄資料庫1021‧‧‧ Motion Sensing Record Database
1022‧‧‧使用者帳戶資料庫1022‧‧‧User Account Database
1023‧‧‧RFID標籤資料庫1023‧‧‧RFID tag database
1024‧‧‧RFID感應器資料庫1024‧‧‧RFID sensor database
1025‧‧‧使用者健康存摺資料庫1025‧‧‧User Health Passbook Database
1026‧‧‧使用者運動計畫資料庫1026‧‧‧User Sports Program Database
1027‧‧‧競賽統計資料庫1027‧‧ ‧ Competition Statistics Database
1028‧‧‧專家系統知識庫1028‧‧‧Expert System Knowledge Base
103‧‧‧檢測子系統103‧‧‧Detection subsystem
1031‧‧‧輸入/匯入介面1031‧‧‧Input/import interface
1032‧‧‧體脂值1032‧‧‧ body fat value
1033‧‧‧體重值1033‧‧‧ weight value
1034‧‧‧身高值1034‧‧‧ height value
1035‧‧‧血壓值1035‧‧‧ Blood pressure value
1036‧‧‧血糖值1036‧‧‧ blood sugar value
1037‧‧‧體適能值1037‧‧‧ Fitness values
1038‧‧‧三酸甘油脂值1038‧‧‧triglyceride value
1039‧‧‧膽固醇值1039‧‧‧Cholesterol value
104‧‧‧查詢子系統104‧‧‧Query subsystem
1041‧‧‧桌上型電腦查詢介面1041‧‧‧Tablet computer query interface
1042‧‧‧筆記型電腦查詢介面1042‧‧‧Note Computer Query Interface
1043‧‧‧平板電腦查詢介面1043‧‧‧Tablet Query Interface
1044‧‧‧智慧型手機查詢介面1044‧‧‧Smart Phone Query Interface
105‧‧‧統計子系統105‧‧‧Statistical Subsystem
106‧‧‧管理主控台106‧‧‧Management console
107‧‧‧專家子系統107‧‧‧Expert subsystem
108‧‧‧資訊交換子系統108‧‧‧Information exchange subsystem
1081‧‧‧隨身運動紀錄器運動紀錄輸入介面1081‧‧‧ Portable Sports Recorder Sports Record Input Interface
1082‧‧‧完賽證明輸入介面1082‧‧‧Complete proof input interface
1083‧‧‧健身中心運動紀錄輸入介面1083‧‧‧ Fitness Center Sports Record Input Interface
1084‧‧‧健檢中心生理參數輸入介面1084‧‧‧Health Checkpoint Physiological Parameter Input Interface
1085‧‧‧醫療院所生理參數輸入介面1085‧‧‧ Medical institution physiological parameter input interface
1086‧‧‧研究機構資料下載介面1086‧‧‧ Research institution data download interface
1087‧‧‧健保局資料下載介面1087‧‧ ‧ Health Insurance Bureau data download interface
1088‧‧‧縣市政府資料下載介面1088‧‧‧ County and municipal government data download interface
1089‧‧‧各級學校資料下載介面1089‧‧‧ School data download interface at all levels
20‧‧‧感應子系統20‧‧‧Induction subsystem
20A、20B‧‧‧RFID感應器20A, 20B‧‧‧ RFID sensor
201‧‧‧路跑感應器201‧‧‧ Road running sensor
202‧‧‧自行車感應器202‧‧‧Bicycle sensor
203‧‧‧籃球場感應器203‧‧‧ basketball court sensor
204‧‧‧網球場感應器204‧‧‧ tennis court sensor
205‧‧‧排球場感應器205‧‧‧Volleyball field sensor
206‧‧‧韻律教室感應器206‧‧‧ Rhythm Classroom Sensor
207‧‧‧瑜珈教室感應器207‧‧‧Yomen classroom sensor
208‧‧‧健身器材感應器208‧‧‧ fitness equipment sensor
30A、30B、30C、30D‧‧‧使用者30A, 30B, 30C, 30D‧‧‧ users
40‧‧‧跑步機40‧‧‧Treadmill
50‧‧‧踏步機50‧‧‧stepper
60‧‧‧辨識裝置60‧‧‧ Identification device
『圖1』，係本發明一實施例的系統方塊圖。FIG. 1 is a block diagram of a system according to an embodiment of the present invention.
『圖2』，係本發明一實施例中，該資料庫模組的系統方塊圖。FIG. 2 is a system block diagram of the database module in an embodiment of the present invention.
『圖3』，係本發明一實施例中，該檢測子系統的系統方塊圖。FIG. 3 is a system block diagram of the detection subsystem in an embodiment of the present invention.
『圖4』，係本發明一實施例中，該查詢子系統的系統方塊圖。FIG. 4 is a system block diagram of the query subsystem in an embodiment of the present invention.
『圖5』，係本發明一實施例中，該資訊交換子系統的系統方塊圖。FIG. 5 is a system block diagram of the information exchange subsystem in an embodiment of the present invention.
『圖6』，係本發明一實施例中，該感應子系統的系統方塊圖。FIG. 6 is a system block diagram of the sensing subsystem in an embodiment of the present invention.
『圖7』，係本發明一實施例中，該使用者進行跑步運動的示意圖。FIG. 7 is a schematic diagram of the user performing a running exercise according to an embodiment of the present invention.
『圖8』，係本發明一實施例中，該使用者騎自行車運動的示意圖。FIG. 8 is a schematic diagram of the user's cycling motion in an embodiment of the present invention.
『圖9』，係本發明一實施例中，該使用者使用跑步機的示意圖。FIG. 9 is a schematic view of the treadmill used by the user in an embodiment of the present invention.
『圖10』，係本發明一實施例中，該使用者使用踏步機的示意圖。FIG. 10 is a schematic view of the stepping machine used by the user in an embodiment of the present invention.
關本發明之詳細說明及技術內容，現就配合圖式說明如下：The detailed description and technical contents of the present invention will now be described as follows:
首先，本發明供一使用者根據其運動狀態與生理參數而進行健康管理，創作精神在於令每一使用者感覺運動好比進行線上遊戲一樣，運動場所等同於遊戲中活動場景，透過運動換取一健康貨幣，而該健康貨幣的多寡顯現出個人對於運動的重視，並透過排名的比較激勵所有人對於運動的強烈欲望，藉此，以令每一使用者培養出運動的習慣，並產生了運動本身無法提供的樂趣。First of all, the present invention provides a user with health management according to their exercise state and physiological parameters. The creative spirit is that each user feels that the exercise is like playing an online game. The sports place is equivalent to the active scene in the game, and the exercise is exchanged for a health. Money, and the amount of the healthy currency shows the individual's emphasis on sports, and encourages everyone's strong desire for exercise through ranking comparisons, so that each user develops the habit of exercise and produces the movement itself. Unable to provide fun.
請參閱『圖1』，係本發明一實施例的系統方塊圖，本發明運動健康管理系統包括一管理主系統(10)、一感應子系統(20)以及一辨識裝置(60)，該管理主系統(10)包含一核心處理單元(101)、一資料庫模組(102)、一檢測子系統(103)、一查詢子系統(104)、一統計子系統(105)、一管理主控台(106)、一專家子系統(107)、一資訊交換子系統(108)。該管理主系統(10)與該感應子系統(20)之間，係透過一網路通訊技術連接，該網路通訊技術可為一分碼多重連接(Code Division Multiple Access，CDMA)、一通用行動通訊系統(Universal Mobile Telecommunications System，UMTS)、一全球行動通訊系統(Global System for Mobile Communications，GSM)、一長期演進技術(Long Term Evolution，LTE)，一全球互通微波存取技術(Worldwide Interoperability for Microwave Access，WiMAX)、一無線保真技術(WirelessFidelity，Wi-Fi)或一區域網路技術(LAN)。該辨識裝置(60)則透過一感應技術與該感應子系統連結，該辨識裝置(60)可為一設有RFID感應器的手環，或其他人體穿戴裝置，該感應技術為一維條碼、二維編碼、磁卡、IC卡、一低頻無線射頻辨識技術、一高頻無線射頻辨識技術、一特高頻無線射頻辨識技術、一全球定位系統(Global Positioning System，GPS)或一運動健身器材上的運動感應元件。Please refer to FIG. 1 , which is a system block diagram of an embodiment of the present invention. The sports health management system of the present invention includes a management main system (10), an induction subsystem (20), and an identification device (60). The main system (10) comprises a core processing unit (101), a database module (102), a detection subsystem (103), a query subsystem (104), a statistical subsystem (105), and a management master. A console (106), an expert subsystem (107), and an information exchange subsystem (108). The management main system (10) and the sensing subsystem (20) are connected by a network communication technology, and the network communication technology can be a Code Division Multiple Access (CDMA), a universal Mobile Communication System (Universal Mobile Telecommunications) System, UMTS), Global System for Mobile Communications (GSM), Long Term Evolution (LTE), Worldwide Interoperability for Microwave Access (WiMAX), Wireless Fidelity (Wi-Fi) or a local area network (LAN). The identification device (60) is coupled to the sensing subsystem through an inductive technology. The identification device (60) can be a wristband with an RFID sensor or other human wearing device. The sensing technology is a one-dimensional barcode. Two-dimensional code, magnetic card, IC card, a low frequency radio frequency identification technology, a high frequency radio frequency identification technology, a special high frequency radio frequency identification technology, a global positioning system (GPS) or a sports fitness equipment Motion sensing element.
該核心處理單元(101)主要負責該檢測子系統(103)、該查詢子系統(104)、該統計子系統(105)、該管理主控台(106)、該專家子系統(107)、該資訊交換子系統(108)對該資料庫模組(102)的存取，以及該些子系統和該感應子系統(20)之間的連結。The core processing unit (101) is mainly responsible for the detection subsystem (103), the query subsystem (104), the statistical subsystem (105), the management console (106), the expert subsystem (107), The information exchange subsystem (108) accesses the database module (102) and the connections between the subsystems and the sensing subsystem (20).
請參閱『圖2』，係本發明一實施例中，該資料庫模組的系統方塊圖，該資料庫模組(102)包含一運動感應紀錄資料庫(1021)、一使用者帳戶資料庫(1022)、一無線射頻辨識技術(Radio Frequency IDentification，RFID)標籤資料庫(1023)、一RFID感應器資料庫(1024)、一使用者健康存摺資料庫(1025)、一使用者運動計畫資料庫(1026)、一競賽統計資料庫(1027)、一專家系統知識庫(1028)。該些資料庫分別儲存有對應於該使用者之一特定資料，例如：該運動感應紀錄資料庫(1021)存放有RFID感應器傳送過來的資料，包括使用者個人代碼(RFID標籤EPC code)、RFID感應器代碼、日期、時間等資料。該使用者帳戶資料庫(1022)存有所有使用者帳號、密碼、個人資訊、聯絡資訊及對應的RFID標籤(RFID Tag)碼(視為使用者個人內碼)等資料。該RFID標籤資料庫(1023)存放有RFID標籤(RFID Tag)碼、對應的使用者帳號、開始使用日、使用到期日等資訊。該RFID感應器資料庫(1024)存放有RFID感應器代碼、安裝位置、運動種類、建置日期、維修日期、維修人員資訊等。該使用者運動計畫資料庫(1026)包含使用者計劃的運動日期與運動種類、每周、 每月運動目標等。該競賽統計資料庫(1027)包含400公尺競速排行、800公尺競速排行、1,600公尺競速排行、3,000公尺競速排行、5,000公尺競速排行、10,000公尺競速排行、半程馬拉松競速排行、全程馬拉松競速排行、個人或團體運動里程累積排名、個人或團體運動時間累積排名以及個人或團體運動能量消耗量累積排名、個人或團體健康貨幣總累積數排行、個人或團體健康貨幣每月累積速度排行、團體健康貨幣平均數排行等。該專家系統知識庫(1028)存放各種生理參數正常值範圍、警示值範圍、各種運動費力程度值、改善生理參數值的運動種類表等。Please refer to FIG. 2, which is a system block diagram of the database module in an embodiment of the present invention. The database module (102) includes a motion sensing record database (1021) and a user account database. (1022), a Radio Frequency IDentification (RFID) tag database (1023), an RFID sensor database (1024), a user health passbook database (1025), a user motion program Database (1026), a competition statistics database (1027), and an expert system knowledge base (1028). Each of the databases stores a specific data corresponding to the user. For example, the motion sensing record database (1021) stores data transmitted by the RFID sensor, including a user identification code (RFID tag EPC code). RFID sensor code, date, time and other information. The user account database (1022) stores all user accounts, passwords, personal information, contact information, and corresponding RFID tag codes (which are regarded as the user's personal code). The RFID tag database (1023) stores information such as an RFID tag (RFID Tag) code, a corresponding user account, a start date, and a usage expiration date. The RFID sensor database (1024) stores the RFID sensor code, installation location, type of motion, date of construction, date of repair, information of maintenance personnel, and the like. The user exercise plan database (1026) includes the user's planned exercise date and type of exercise, weekly, Monthly sports goals, etc. The competition statistics database (1027) includes 400 meters of racing rankings, 800 meters of racing rankings, 1,600 meters of racing rankings, 3,000 meters of racing rankings, 5,000 meters of racing rankings, 10,000 meters of racing rankings. , half marathon racing rankings, full marathon racing rankings, individual or group sports mileage cumulative rankings, individual or group sports time cumulative rankings, and individual or group sports energy consumption cumulative rankings, individual or group health currency total cumulative rankings, Personal or group health currency monthly cumulative speed ranking, group health currency average ranking, etc. The expert system knowledge base (1028) stores various physiological parameter normal value ranges, warning value ranges, various exercise effort level values, and exercise type tables for improving physiological parameter values.
請參閱『圖3』，係本發明一實施例中，該檢測子系統的系統方塊圖，該檢測子系統(103)主要將該使用者的各種生理參數量測後紀錄在該資料庫模組(102)中，因生理參數種類繁多，該檢測子系統(103)包含複數個與運動相關之生理參數值輸入介面，包含一輸入/匯入介面(1031)、一體脂值(1032)、一體重值(1033)、一身高值(1034)、一血壓值(1035)、一血糖值(1036)、一體適能值(1037)三酸甘油脂值(1038)、一膽固醇值(1039)。該輸入/匯入介面(1031)為一網際網路瀏覽器或應用程式(APP)介面，可執行於桌上型電腦、筆記型電腦、平板電腦、智慧型手機或其他類似裝置，負責將該使用者量測到的各種生理參數登錄(輸入或匯入)到該使用者健康存摺資料庫(1025)內。Please refer to FIG. 3, which is a system block diagram of the detection subsystem in an embodiment of the present invention. The detection subsystem (103) mainly measures and records various physiological parameters of the user in the database module. In (102), due to the wide variety of physiological parameters, the detection subsystem (103) includes a plurality of motion-related physiological parameter value input interfaces, including an input/import interface (1031), an integral fat value (1032), and a Body weight (1033), one body high (1034), one blood pressure value (1035), one blood glucose value (1036), one fitness value (1037) triglyceride value (1038), and one cholesterol value (1039). The input/import interface (1031) is an internet browser or application (APP) interface, which can be executed on a desktop computer, a notebook computer, a tablet computer, a smart phone or the like, and is responsible for The various physiological parameters measured by the user are entered (input or imported) into the user's health passbook database (1025).
請參閱『圖4』，係本發明一實施例中，該查詢子系統的系統方塊圖，該查詢子系統(104)係供該使用者方便查詢該使用者健康存摺資料庫(1025)內的資訊，如各種運動紀錄、各種生理參數值、累積健康貨幣數、個人運動計畫等。讓使用者隨時可透過網際網路查詢自己目前在小團體、鄉鎮、縣(市)、國內區域、全國、國際區域、全世界等的個人排名，及所在團體在同質性團體(如學校或社團等)中之團體排名。並了解個人或所在團體可獲得或即將獲得何種獎勵，以激勵使用者個人經常運動或偕伴運動。該查詢子系統(104)使用的查詢介面可以是桌上型電腦查詢介面(1041)、筆記型電腦查詢介面(1042)、平板電腦查詢介面(1043)或智慧型手機查詢介面(1044)，查詢介面為網際網路瀏覽器介面 或應用程式(APP)介面。Please refer to FIG. 4, which is a system block diagram of the query subsystem in an embodiment of the present invention. The query subsystem (104) is provided for the user to conveniently query the user's health passbook database (1025). Information, such as various sports records, various physiological parameter values, accumulated health currency numbers, personal sports plans, etc. Allow users to check their personal rankings in small groups, towns, counties (cities), domestic regions, national, international regions, and the world at any time through the Internet, and the groups in which they are in homogeneous groups (such as schools or societies) Group rankings in etc.) And learn what rewards are available or will be available to individuals or groups to motivate users to exercise regularly or partner. The query interface used by the query subsystem (104) may be a desktop query interface (1041), a notebook query interface (1042), a tablet query interface (1043), or a smart phone query interface (1044). Interface is the internet browser interface Or the application (APP) interface.
該統計子系統(105)可將該使用者的一運動感應紀錄資料庫轉換成運動里程或運動時數，並將各種運動里程或運動時數依費力程度之不同，利用一運動轉換公式將該運動感應紀錄資料轉換成相對應的一運動紀錄與一虛擬健康貨幣數，並紀錄在該使用者健康存摺資料庫(1025)。該統計子系統(105)並將個人或團體虛擬健康貨幣累積的速度，或總累積數，或平均數，以及以里程計算之運動競速紀錄進行各種統計與排名，儲存於該資料庫模組(102)的該競賽統計資料庫(1027)。The statistical subsystem (105) can convert a motion-sensing record database of the user into an exercise mileage or a number of exercise hours, and use a motion conversion formula to calculate the various exercise mileage or the number of exercise hours according to the degree of effort. The motion-sensing record data is converted into a corresponding exercise record and a virtual health currency number, and recorded in the user health passbook database (1025). The statistical subsystem (105) stores various statistics and rankings of the speed, or the total accumulated number, or the average number of accumulated virtual health currencies of individuals or groups, and the sports racing records calculated by the mileage, and stores them in the database module. (102) The competition statistics database (1027).
該虛擬健康貨幣數的計算乃由該統計子系統根據該運動轉換公式轉換該次運動感應紀錄資料而得，該運動轉換公式可為一使用者運動里程數、一使用者運動時間數、一使用者運動能量消耗量、一特定時間內使用者運動里程數、一特定時間內使用者運動時間數、一特定時間內使用者之運動能量消耗量、一特定時間內使用者之里程數排名、一特定時間內使用者之時間數排名、一特定時間內使用者之運動能量消耗量排名或一指定競賽之排名。The calculation of the virtual health currency number is obtained by the statistical subsystem converting the motion sensing record data according to the motion conversion formula, and the motion conversion formula can be a user motion mileage, a user motion time, and a use. The amount of exercise energy consumption, the number of user movements in a specific period of time, the number of user movements in a specific period of time, the amount of exercise energy consumed by the user in a specific period of time, the number of miles of users in a specific period of time, The ranking of the number of users in a given time, the ranking of the user's exercise energy consumption in a specific time, or the ranking of a designated competition.
其中，該使用者健康存摺資料庫(1025)內的該運動紀錄可為一運動項目、一運動時間、一運動里程、一運動速度、一運動能量消耗量或一運動競賽排名，該運動競賽排名可為一競速排名、一運動里程累積排名、一運動時間累積排名或一運動能量消耗量累積排名，該些排名的基數可選自由一社團、一學校、一鄉(鎮)、一縣(市)、一國家、一區域或全世界。此外，該使用者健康存摺資料庫(1025)除包含該運動紀錄與該虛擬健康貨幣數外，尚可包含一生理參數紀錄，該生理參數紀錄可為一使用者之身高、一使用者之體重、一使用者之身高體重指數、一使用者之體脂肪、一使用者之血壓數值、一使用者之血糖數值、一使用者之膽固醇數值、一使用者之三酸甘油脂值以及一使用者之體適能數值等所組成群組的其中之一。The exercise record in the user health passbook database (1025) may be a sport item, a sport time, an exercise mileage, a sport speed, a sports energy consumption, or a sports competition ranking. It can be a racing ranking, a sports mileage cumulative ranking, a sports time cumulative ranking or a sports energy consumption cumulative ranking, the base of the rankings can be selected as a group, a school, a township (town), a county ( City), a country, a region, or the world. In addition, the user health passbook database (1025) may include a physiological parameter record in addition to the exercise record and the virtual health currency number, and the physiological parameter record may be a user's height and a user's weight. , a user's height and body mass index, a user's body fat, a user's blood pressure value, a user's blood glucose level, a user's cholesterol value, a user's triglyceride value, and a user One of the groups of body fitness values, etc.
該專家子系統(107)負責管理該使用者的該使用者運動計畫資料庫(1026)及生理參數值，當該使用者未按照計劃運動，或某項生理參數異常異於標準範圍時，該專家子系統(107)會適時提供運動建議給該使用 者，即以簡訊或電子郵件通知使用者，以言語、文字或圖樣激勵該使用者，期能大幅減少因人性之怠惰而使人失去健康。該管理主控台(106)負責使用者帳號資料庫(1022)建立與RFID標籤資料庫(1023)啟用與管理、使用者排定運動計畫資料庫(1026)、RFID感應器資料庫(1024)建立與屬性設定、使用者生理參數種類設立等。The expert subsystem (107) is responsible for managing the user's exercise program database (1026) and physiological parameter values of the user, when the user does not move according to the plan, or a physiological parameter is abnormally different from the standard range, The expert subsystem (107) will provide motion recommendations for this use in due course The user is notified by SMS or e-mail, and the user is motivated by words, words or drawings, which can greatly reduce the loss of health due to the inertia of human nature. The management console (106) is responsible for establishing and managing the user account database (1022) and the RFID tag database (1023), the user scheduling motion plan database (1026), and the RFID sensor database (1024). ) Establishment and setting of attributes, establishment of user physiological parameter types, etc.
請參閱『圖5』，係本發明一實施例中，該資訊交換子系統的系統方塊圖，該資訊交換子系統(108)負責與外部組織的資訊進行交換，於本發明中，該資訊交換子系統(108)可提供一運動賽事的完賽證明輸入介面(1082)，或者，該資訊交換子系統(108)可提供一隨身運動紀錄器運動記錄輸入介面(1081)、一完賽證明輸入介面(1082)、一健身中心運動記錄輸入介面(1083)、一健檢中心生理參數輸入介面(1084)、一醫療院所生理參數輸入介面(1085)、研究機構資料下載介面(1086)、健保局資料下載介面(1087)、縣市政府資料下載介面(1088)、各級學校資料下載介面(1089)等與外部組織連接。例如：儲存於該隨身運動紀錄器內的運動紀錄、參加運動賽事的完賽證明、該健身中心內的運動紀錄等，都可透過該資訊交換子系統(108)累積到該使用者健康存摺資料庫(1025)內，以讓個人運動紀錄更完整；或者，該使用者到該健檢中心取得的生理參數資訊、該使用者到該醫療院所進行健康檢查得到的生理參數資訊，也可透過該資訊交換子系統(108)紀錄在該使用者健康存摺資料庫(1025)內，使生理參數紀錄更完整，完整掌握個人的健康狀況。此外，該各級學校可透過該資訊交換子系統(108)下載該校學生的該使用者健康存摺資料庫(1025)內的數據，以統計、分析該校學生的運動與健康狀況，同樣地，該縣市政府與該健保局也可透過該資訊交換子系統(108)下載該縣市或全國使用者的該使用者健康存摺資料庫(1025)內的數據，進行分析、統計，以掌握縣(市)民或國民的運動與健康狀況；該研究機構則可進行不同運動對各種生理參數影響的交叉分析。Referring to FIG. 5, which is a system block diagram of the information exchange subsystem according to an embodiment of the present invention, the information exchange subsystem (108) is responsible for exchanging information with an external organization. In the present invention, the information exchange The subsystem (108) may provide a completion certification input interface of the sports event (1082), or the information exchange subsystem (108) may provide a portable motion recorder motion recording input interface (1081), a completion certification input. Interface (1082), a fitness center motion record input interface (1083), a health check center physiological parameter input interface (1084), a medical institution physiological parameter input interface (1085), research institution data download interface (1086), health insurance The bureau's data download interface (1087), the county and city government data download interface (1088), and the school data download interface (1089) at all levels are connected to external organizations. For example, the sports record stored in the portable sports recorder, the proof of the completion of the sports event, the sports record in the fitness center, etc., can be accumulated to the user's health passbook through the information exchange subsystem (108). In the library (1025), the personal exercise record is more complete; or the physiological parameter information obtained by the user to the health check center and the physiological parameter information obtained by the user to the health check of the medical institution can also be The information exchange subsystem (108) is recorded in the user's health passbook database (1025) to make the physiological parameter record more complete and complete the personal health status. In addition, the schools at all levels can download the data of the student's health passbook database (1025) through the information exchange subsystem (108) to collect and analyze the sports and health status of the students. The county and city government and the health insurance bureau can also download the data in the user health passbook database (1025) of the county or city user through the information exchange subsystem (108) for analysis and statistics to grasp The movement and health status of the county (city) people or nationals; the research institution can conduct cross-analysis of the effects of different sports on various physiological parameters.
『圖6』，係本發明一實施例中，該感應子系統的系統方塊圖，該感應子系統(20)包括複數個感應器。該感應子系統(20)主要負責將使用者每次運動感應紀錄，透過網際網路，儲存於該管理主系統(10)中。因 運動種類繁多，為將多數運動納入管理，舉例來說，該感應子系統(20)可包含一路跑感應器(201)、一自行車感應器(202)、一籃球場感應器(203)、一網球場感應器(204)、一排球場感應器(205)、一韻律教室感應器(206)、一瑜珈教室感應器(207)或一健身器材感應器(208)。FIG. 6 is a system block diagram of the sensing subsystem in an embodiment of the present invention. The sensing subsystem (20) includes a plurality of inductors. The sensing subsystem (20) is mainly responsible for storing the user's motion sensing record every time, and storing it in the management main system (10) through the Internet. because There are many kinds of sports. In order to put most sports into management, for example, the sensing subsystem (20) may include a running sensor (201), a bicycle sensor (202), a basketball field sensor (203), and a A tennis court sensor (204), a volleyball field sensor (205), a rhythm classroom sensor (206), a yoga classroom sensor (207) or a fitness equipment sensor (208).
在一實施例中，該辨識裝置(60)為含有使用者個人代碼(如RFID標籤EPC code)的一穿戴裝置，當該使用者運動前，先將該辨識裝置(60)配置於身上，該使用者進行一運動活動時，該辨識裝置(60)將與該感應子系統(20)中的該感應器透過該感應技術連結。此時，該使用者的個人代碼、RFID感應器代碼、日期、時間等資訊，即會經由該感應子系統(20)利用網際網路傳送到該管理主系統(10)，且該感應子系統(20)傳送一運動感應資料至該運動感應紀錄資料庫(1021)，該統計子系統(105)依據一運動轉換公式將該運動感應紀錄資料轉換得到相對應的一運動紀錄與一虛擬健康貨幣數，並累積儲存於該使用者健康存摺資料庫(1025)中，且統計成績排行儲存於該競賽統計資料庫(1027)，該核心處理單元(101)依據一健康貨幣獎勵公式判定該使用者的該次運動是否符合一預設獎勵條件，當符合該條件時，該核心處理單元(101)透過該查詢子系統(104)顯示一供該使用者換取之獎勵項目與該使用者健康存摺資料庫(1025)的一最新狀態。In an embodiment, the identification device (60) is a wearable device including a user personal code (such as an RFID tag EPC code), and the identification device (60) is first disposed on the body before the user moves. When the user performs an athletic activity, the identification device (60) will be coupled to the sensor in the sensing subsystem (20) via the sensing technology. At this time, the user's personal code, RFID sensor code, date, time and other information will be transmitted to the management main system (10) via the sensing subsystem (20) via the sensing subsystem (20), and the sensing subsystem (20) transmitting a motion sensing data to the motion sensing record database (1021), the statistical subsystem (105) converting the motion sensing record data to a corresponding motion record and a virtual health currency according to a motion conversion formula The number is accumulated and stored in the user's health passbook database (1025), and the statistical result ranking is stored in the competition statistical database (1027), and the core processing unit (101) determines the user according to a healthy monetary reward formula. Whether the exercise meets a predetermined reward condition, when the condition is met, the core processing unit (101) displays, by the query subsystem (104), a bonus item for the user to exchange with the user's health passbook data. A recent state of the library (1025).
於本發明中，該運動活動可為跑步運動、騎自行車運動、快走運動、一般走路運動；亦可為跑步機、健身車、或使用其他等效運動器材之運動。當該使用者為使用該健身房內之運動器材從事運動時，除可如上述利用RFID感應技術使該辨識裝置(60)與該感應子系統(20)連結外，亦可直接由觸控螢幕或鍵盤，輸入使用者個人代碼，或以指紋辨識技術，令該運動器材得以辨別該使用者的身份，並將該使用者在運動器材上的一運動感應資料透過網際網路傳送給該核心處理單元(101)，進而登錄到該資料庫模組(102)內的該運動感應紀錄資料庫(1021)。In the present invention, the athletic activity may be running, cycling, brisk walking, general walking, or treadmill, exercise bike, or exercise using other equivalent sports equipment. When the user is engaged in sports using the sports equipment in the gym, the identification device (60) can be connected to the sensing subsystem (20) by using RFID sensing technology as described above, or directly by the touch screen or The keyboard, inputting the user's personal code, or using fingerprint identification technology, enables the sports equipment to identify the user's identity, and transmit a motion sensing data of the user on the sports equipment to the core processing unit via the Internet. (101), and further registered to the motion sensing record database (1021) in the database module (102).
該使用者量測的一生理參數紀錄(如身高、體重、BMI、總膽固醇、三酸甘油酯、體適能等資訊)，尚可透過該檢測子系統(103)經由網際網 路傳送到該使用者健康存摺資料庫(1025)內。待累積一段時間後，該使用者可利用該查詢子系統(104)查詢該使用者健康存摺資料庫(1025)內的運動紀錄以及健康狀況(以生理參數呈現)，並可觀察到運動對自己健康的良好影響，進而規劃規律的運動來促進自己的健康，以達到健康管理的目的。The physiological parameter record (such as height, weight, BMI, total cholesterol, triglyceride, physical fitness, etc.) measured by the user can still pass through the detection subsystem (103) via the Internet. The route is transmitted to the user's health passbook database (1025). After a period of time to be accumulated, the user can use the query subsystem (104) to query the motion record and the health status (presented by physiological parameters) in the user's health passbook database (1025), and observe the exercise to himself. The good health effects, and then the regular exercise to promote their own health, in order to achieve the purpose of health management.
此外，當該使用者運動結束後，管理主系統(10)可在適當時間內主動發出簡訊或電子郵件通知該使用者目前該使用者健康存摺資料庫(1025)之更新狀態，讓該使用者不必上網也可即時了解自己目前的運動紀錄、虛擬健康貨幣數、排名變化與最近一次輸入的生理參數等資料。In addition, after the user's exercise ends, the management main system (10) may actively send a short message or an email to notify the user of the current update status of the user's health passbook database (1025) in an appropriate time, and let the user You can instantly learn about your current sports record, virtual health currency number, ranking changes, and the most recently entered physiological parameters without having to go online.
本發明除上述之運動健康管理系統外，尚揭示利用該運動健康管理系統的運動健康管理的方法，於一實施例中，該方法包括以下步驟：步驟一，該使用者利用該辨識裝置(60)透過一感應技術與該感應子系統(20)連結，以供該管理主系統辨識該使用者；步驟二，待該使用者完成一運動活動後，再次透過該感應技術與該感應子系統(20)連結，以將該運動感應紀錄資料傳送至該運動感應紀錄資料庫(1021)；步驟三，該運動感應紀錄資料庫(1021)取得該運動感應紀錄資料後，該統計子系統(105)透過該核心處理單元(101)存取該運動感應紀錄資料並根據該運動感應紀錄資料與該運動轉換公式換算得到相對應的該運動紀錄與該虛擬健康貨幣數，並儲存於該使用者健康存摺資料庫(1025)中；步驟四，該核心處理單元(101)依據一健康貨幣獎勵公式判定該使用者的該運動活動是否符合一預設獎勵條件；步驟五，當該運動活動符合該預設獎勵條件的標準時，該核心處理單元(101)透過該查詢子系統(104)顯示一供該使用者領取之獎勵項目。In addition to the above-described sports health management system, the present invention also discloses a method for utilizing the sports health management system of the sports health management system. In an embodiment, the method includes the following steps: Step one, the user uses the identification device (60) Connected to the sensing subsystem (20) by a sensing technology for the management main system to identify the user; and in step 2, after the user completes an athletic activity, the sensing technology and the sensing subsystem are again transmitted through the sensing technology ( 20) linking to transmit the motion sensing record data to the motion sensing record database (1021); and step 3, after the motion sensing record database (1021) obtains the motion sensing record data, the statistical subsystem (105) The motion sensing record data is accessed by the core processing unit (101), and the corresponding motion record and the virtual health currency number are converted according to the motion sensing record data and the motion conversion formula, and stored in the user health passbook. In the database (1025); in step four, the core processing unit (101) determines whether the user's athletic activity is based on a healthy monetary reward formula Reward a predetermined condition; step five, when the event matches the preset movement conditions of the award criteria, the core processing unit (101) through which query subsystem (104) displaying a user to receive the reward for the Project.
本實施例中，該健康貨幣獎勵公式可為一運動競賽排名、一使用者個人健康貨幣累積達一定數目者、一使用者個人健康貨幣累積速度達到當時系統要求者、一使用者所屬團體健康貨幣累積達一定數目 者、一使用者所屬團體健康貨幣人均累積數達一定數目者、一使用者所屬團體健康貨幣累積速度達到當時系統要求者、一使用者所屬團體健康貨幣人均累積速度達到當時系統要求者、一指定時間內個人或團體運動競賽達成系統指定名次者。該運動競賽排名可為一競速排名、一運動里程累積排名、一運動時間累積排名或一運動能量消耗量累積，該些排名的基數為一社團、一學校、一鄉(鎮)、一縣(市)、一國家、一區域或全世界。In this embodiment, the health monetary reward formula may be a sports competition ranking, a user's personal health currency accumulating a certain number, a user's personal health currency accumulating speed reaches the current system requirement, and a user belongs to the group health currency. Accumulate a certain number The cumulative number of health currency per person of a user belongs to a certain number, the cumulative speed of the health currency of a user belongs to the system requirements, and the cumulative speed of the health currency per user belongs to the system requirements. The individual or group sports competition within the time to reach the system designated position. The sports competition ranking may be a racing ranking, a sports mileage cumulative ranking, a sports time cumulative ranking or a sports energy consumption accumulation, the base of the rankings being a society, a school, a township (town), a county (city), a country, a region, or the world.
於另一實施例中，該方法包括以下步驟：步驟一，該使用者利用該辨識裝置(60)透過一感應技術與該感應子系統(20)連結，以供該管理主系統辨識該使用者；步驟二，待該使用者完成一運動活動後，透過該感應技術與該感應子系統(20)連結，以將一運動感應紀錄資料傳送至該運動感應紀錄資料庫(1021)；步驟三，該運動感應紀錄資料庫(1021)取得該運動感應紀錄資料後，該統計子系統(105)透過該核心處理單元(101)存取該運動感應紀錄資料並根據該運動感應紀錄資料與一運動轉換公式換算得到相對應的一運動紀錄與一虛擬健康貨幣數，並儲存於該使用者健康存摺資料庫(1025)中；步驟四，該專家子系統(107)透過該核心處理單元(101)存取該使用者健康存摺資料庫(1025)內，關於該使用者的該生理參數紀錄與該運動紀錄，並分別比較該運動紀錄或該生理參數紀錄是否分別符合一預設標準；以及步驟五，當該運動紀錄或該生理參數紀錄未符合該預設標準時，該專家子系統發出一提示通知予該使用者。In another embodiment, the method includes the following steps: Step 1: The user uses the identification device (60) to connect to the sensing subsystem (20) through an inductive technology for the management main system to identify the user. Step 2: After the user completes a sports activity, the sensing system is coupled to the sensing subsystem (20) to transmit a motion sensing record data to the motion sensing record database (1021); After the motion-sensing record database (1021) obtains the motion-sensing record data, the statistical subsystem (105) accesses the motion-sensing record data through the core processing unit (101) and converts the record data and a motion conversion according to the motion-sensing record data. The formula conversion obtains a corresponding exercise record and a virtual health currency number, and stores it in the user health passbook database (1025); in step 4, the expert subsystem (107) stores the core processing unit (101) through the core processing unit (101) Taking the user's health passbook database (1025), the physiological parameter record of the user and the exercise record, and comparing whether the exercise record or the physiological parameter record is divided respectively Satisfies a predetermined criterion; and Step five, when the movement of the record or the record physiological parameters do not meet the preset criteria, the expert subsystem issuing a prompt notification to the user.
於本實施例中，該提示通知包括一建議資訊或一激勵資訊，該建議資訊可為一飲食建議、一作息建議、一運動計畫或一生理參數再檢驗提醒，該激勵資訊可為一運動統計數據、一運動統計圖表、一文字或一圖示所組成群組的其中之一，該運動統計數據或該運動統計圖表可為一使用者個人健康貨幣數與團體健康貨幣均數之比較、一使用者 個人健康貨幣數在團體中的百分比或一使用者個人健康貨幣數在團體中的總排名。In this embodiment, the prompt notification includes a suggestion information or an incentive information, and the suggestion information may be a diet suggestion, a work recommendation, a exercise plan, or a physiological parameter retest check, the incentive information may be a sport One of a group of statistical data, a motion statistics chart, a text or a graphic, the motion statistics or the motion statistics chart can compare a user's personal health currency number with a group health currency average, user The percentage of personal health currency numbers in the group or the total ranking of a user's personal health currency number in the group.
請繼續參閱『圖7』與『圖8』，分別為本發明一實施例中，該使用者進行跑步運動和騎自行車運動的示意圖。如『圖7』所示，當多個使用者(30A)於操場或一般道路進行跑步運動時，設置於操場或一般道路的複數個RFID感應器(20A)，可與該使用者(30A)身上的該辨識裝置(60)連結；如『圖8』所示，當多個使用者(30B)於自行車賽道或一般道路騎乘自行車時，設置於自行車賽道或一般道路的複數個RFID感應器(20B)，可與該使用者(30B)身上的該辨識裝置連結(60)。當該些RFID感應器(20A、20B)與該辨識裝置(60)連結後，遂將該運動感應資料傳送至該管理主系統(10)內的該運動感應紀錄資料庫(1021)，該統計子系統(105)依據該運動轉換公式將該運動感應紀錄資料轉換得到該運動紀錄與該虛擬健康貨幣數，並累積儲存於該使用者健康存摺資料庫(1025)中，且統計成績排行儲存於該競賽統計資料庫(1027)，該核心處理單元(101)則依據該健康貨幣獎勵公式判定該使用者(30A、30B)的該次運動是否符合該預設獎勵條件，當符合該條件時，該核心處理單元(101)透過該查詢子系統(104)顯示供該使用者(30A、30B)換取之獎勵項目與該使用者健康存摺資料庫(1025)的該最新狀態。或者，該專家子系統(107)可透過該核心處理單元(101)存取該使用者健康存摺資料庫(1025)內，有關該使用者(30A、30B)的該生理參數紀錄與該運動紀錄，並分別比較該運動紀錄或該生理參數紀錄是否分別符合一預設標準，當該運動紀錄或該生理參數紀錄未符合該預設標準時，該專家子系統將發出該提示通知予該使用者(30A、30B)，以提醒其健康或運動狀況。Please refer to FIG. 7 and FIG. 8 respectively, which are schematic diagrams of the user performing running and cycling activities according to an embodiment of the present invention. As shown in FIG. 7 , when a plurality of users (30A) perform running on a playground or a general road, a plurality of RFID sensors (20A) installed on a playground or a general road can be associated with the user (30A). The identification device (60) on the body is connected; as shown in FIG. 8 , when a plurality of users (30B) ride bicycles on a bicycle track or a general road, a plurality of RFIDs are set on the bicycle track or the general road. The sensor (20B) is connectable (60) to the identification device on the user (30B). After the RFID sensors (20A, 20B) are coupled to the identification device (60), the motion sensing data is transmitted to the motion sensing record database (1021) in the management main system (10), the statistics The subsystem (105) converts the motion-sensing record data according to the motion conversion formula to obtain the motion record and the virtual health currency number, and accumulates and stores in the user health passbook database (1025), and the statistical result ranking is stored in the The competition statistical database (1027), the core processing unit (101) determines, according to the healthy monetary reward formula, whether the movement of the user (30A, 30B) meets the preset reward condition, when the condition is met, The core processing unit (101) displays the latest status of the reward item exchanged by the user (30A, 30B) and the user health passbook database (1025) through the query subsystem (104). Alternatively, the expert subsystem (107) can access the user health passbook database (1025) through the core processing unit (101), and the physiological parameter record and the motion record of the user (30A, 30B). And comparing whether the exercise record or the physiological parameter record respectively meets a preset criterion, and when the exercise record or the physiological parameter record does not meet the preset criterion, the expert subsystem will issue the prompt notification to the user ( 30A, 30B) to remind them of their health or exercise.
請繼續參閱『圖9』與『圖10』，分別為本發明一實施例中，該使用者使用跑步機以及踏步機的示意圖，當多個使用者(30C、30D)於健身房或自家空間使用跑步機(40)或踏步機(50)時，除可利用RFID感應器(20A、20B)與該使用者(30C、30D)身上的該辨識裝置連結外，該使用者(30C、30D)亦可透過觸控螢幕或鍵盤輸入使用者個人代碼，或以指紋辨識技術，令跑步機(40)或踏步機(50)得以辨別該使用者(30C、30D)的身 份，並將該運動感應資料透過網際網路傳送給該運動感應紀錄資料庫(1021)，供該統計子系統(105)依據該運動轉換公式將該運動感應紀錄資料轉換得到該運動紀錄與該虛擬健康貨幣數，並累積儲存於該使用者健康存摺資料庫(1025)中，且統計成績排行儲存於該競賽統計資料庫(1027)，該核心處理單元(101)則依據該健康貨幣獎勵公式判定該使用者(30C、30D)的該次運動是否符合該預設獎勵條件，當符合該條件時，該核心處理單元(101)透過該查詢子系統(104)顯示供該使用者(30C、30D)換取之獎勵項目與該使用者健康存摺資料庫(1025)的該最新狀態。或者，該專家子系統(107)可透過該核心處理單元(101)存取該使用者健康存摺資料庫(1025)內，有關該使用者(30C、30D)的該生理參數紀錄與該運動紀錄，並分別比較該運動紀錄或該生理參數紀錄是否分別符合一預設標準，當該運動紀錄或該生理參數紀錄未符合該預設標準時，該專家子系統將發出該提示通知予該使用者(30C、30D)，以提醒其健康或運動狀況。Please refer to FIG. 9 and FIG. 10 respectively, which are schematic diagrams of the user using the treadmill and the stepper in an embodiment of the present invention, when multiple users (30C, 30D) are used in the gym or in their own space. When the treadmill (40) or the stepper (50) is connected to the identification device on the user (30C, 30D) by using the RFID sensor (20A, 20B), the user (30C, 30D) is also The user's personal code can be input through the touch screen or keyboard, or the fingerprint recognition technology can be used to enable the treadmill (40) or the stepper (50) to identify the user (30C, 30D). And transmitting the motion sensing data to the motion sensing record database (1021) via the Internet, and the statistical subsystem (105) converts the motion sensing record data to the motion record according to the motion conversion formula and the The virtual health currency number is accumulated and stored in the user health passbook database (1025), and the statistical result ranking is stored in the competition statistical database (1027), and the core processing unit (101) is based on the healthy monetary reward formula. Determining whether the movement of the user (30C, 30D) meets the preset reward condition, and when the condition is met, the core processing unit (101) displays the user through the query subsystem (104) (30C, 30D) In exchange for the latest status of the bonus item and the user's health passbook database (1025). Alternatively, the expert subsystem (107) can access the user health passbook database (1025) through the core processing unit (101), and the physiological parameter record and the motion record of the user (30C, 30D). And comparing whether the exercise record or the physiological parameter record respectively meets a preset criterion, and when the exercise record or the physiological parameter record does not meet the preset criterion, the expert subsystem will issue the prompt notification to the user ( 30C, 30D) to remind them of health or exercise.
綜上所述，本發明的主要功效為盡量減少個人之惰性，透過獎勵培養運動習慣，本發明採用該運動轉換公式將運動量換算為該虛擬健康貨幣數後，使用者可透過觀察該虛擬健康貨幣數的數量，了解自身的運動情況，並增進運動的樂趣。除外，透過團體內各使用者或團體間的比較，可刺激國民從事運動的動機，增加其運動的次數與時間，進而改善國民健康狀況。再者，本發明利用該獎勵公式判定該使用者的該次運動是否符合該預設獎勵條件，藉此提供國民運動的誘因，構成一良性循環。另外，本發明結合該生理參數紀錄與該運動紀錄提供該使用者一建議資訊，令該使用者得根據該建議資訊適時進行運動，以保持甚或改善健康條件；或者，可提供該使用者一激勵資訊，以刺激使用者從事運動。In summary, the main function of the present invention is to minimize the inertia of the individual, and to develop the exercise habit through rewards. After the exercise conversion formula is used to convert the exercise amount into the virtual health currency number, the user can observe the virtual health currency. The number of numbers, to understand their own sports, and to enhance the fun of sports. Except for comparisons among users or groups in the group, the motivation of the nationals to engage in sports can be stimulated, and the number and timing of their activities can be increased to improve the health of the nationals. Furthermore, the present invention uses the reward formula to determine whether the user's movement meets the preset reward condition, thereby providing an incentive for the national movement to constitute a virtuous circle. In addition, the present invention combines the physiological parameter record with the exercise record to provide the user with a suggestion information, so that the user can exercise according to the suggested information in time to maintain or even improve the health condition; or, the user can provide an incentive Information to stimulate users to engage in sports.
10‧‧‧管理主系統10‧‧‧Management main system
101‧‧‧核心處理單元101‧‧‧ core processing unit
102‧‧‧資料庫模組102‧‧‧Database Module
103‧‧‧檢測子系統103‧‧‧Detection subsystem
104‧‧‧查詢子系統104‧‧‧Query subsystem
105‧‧‧統計子系統105‧‧‧Statistical Subsystem
106‧‧‧管理主控台106‧‧‧Management console
107‧‧‧專家子系統107‧‧‧Expert subsystem
108‧‧‧資訊交換子系統108‧‧‧Information exchange subsystem
20‧‧‧感應子系統20‧‧‧Induction subsystem
60‧‧‧辨識裝置60‧‧‧ Identification device
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| TW200910231A (en) * | 2007-05-29 | 2009-03-01 | Microsoft Corp | Physical activity manager |
| TW201131411A (en) * | 2010-03-02 | 2011-09-16 | Agoss Health Business Co Ltd | Health bank system, health management network, health management software and mehtod for managing persnal health |
| TW201212977A (en) * | 2010-06-28 | 2012-04-01 | Nike International Ltd | Monitoring and tracking athletic activity |
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| TW200910231A (en) * | 2007-05-29 | 2009-03-01 | Microsoft Corp | Physical activity manager |
| TW201131411A (en) * | 2010-03-02 | 2011-09-16 | Agoss Health Business Co Ltd | Health bank system, health management network, health management software and mehtod for managing persnal health |
| TW201212977A (en) * | 2010-06-28 | 2012-04-01 | Nike International Ltd | Monitoring and tracking athletic activity |
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