201014630 九、發明說明： 【發明所屬之技術領域】 —種視覺模擬系統及其方法’特別係指一種透過搜集 健身參數來模擬使用者之健身模擬結果的視覺模擬之系 統及其方法。 ， 【先前技術】 * 近年來，隨著經濟產業的迅速發展，生活水準提高， , 現代人娛樂型態趨於多元化，在忙碌的工作之餘逐漸重視 健身活動，而現代人大多無法至戶外進行運動，因此使用 者會自行購置健身器材在家進行健身活動，或是到健身中 心利用提供的健身自行車或健身跑步機等各種健身器材 進行運動。 由於使用健身器材都是在室内進行健身活動，使用者 只能持續重複做同樣的動作例如低頭跑步或猛踩自行 藝車’沒有任何的目標或動力，大多數使用者都是以計算健 身時間或健身公里數來做為目標，例如使用跑步機跑2個 辦或騎健身自行車1G公里，這獅健身活動是非常枯 觀味的，很容料成制者使賴衫材無法持之以 值，最後根本不進行健身活動。另外使用健身器材時大多 無法記錄制者的财敎，如此—來，使用者便無法得 知自己的健身情況。 μ 綜上所述，可知先前技術中長期以來一直存在健身時 無法提供使用者個人化設計，以及健身運動過程枯燥乏味 的問題’因此有必要提出改進的技術手段，來解決此一問 201014630 題 【發明内容】 有馨於先前赫存在健料無法提供㈣者個人化 設計’以及财運騎姉觀味_題，本發明遂揭露 一種健身參數視覺模擬系統及其方法，其中： 本發明所賊之财參數視覺_紐，至少包含健 身參數搜集端、健身參數儲存端及健身參數機端。其 中，健身參數搜集端是用以搜集使用者健身時所產生之時 間參數與速度參數。健身參數儲存端是用以當連接健身來 數搜集稱，触_錄料度輪，财參數儲存端 更包含運減組及轉換池，運算模組是肋將時間參數 與速度參數運算得到距離參數；轉換模組是用以依據設定 路線及設定猶之奴起點將咖參軸轉參數轉換 2路徑倾’顧_參數、速度參數、_參數、職 ❹ f科儲存為健身參數料。财參雜綱是用以與健身 參數儲存端連接時，將健身參數清單载入至立體地圖，並 模者自設定路線之設定起點起的健身模擬結果，顯 不健身模擬結果。 本發明所揭露之健身參數視覺模擬方法，其步驟至少 數儲存端與健身參數搜集端，健身參數搜 身時所產生之時間參數與速度參數並 數儲存端，健身參數儲存端將時間參數與速 二離參數’健身參數辦端依據設定路線 ’”叹疋起點將時間參數與距離參數轉換為路 201014630 徑資料’ ϋ將時間參數、速度參數、轉參數、路徑資料 儲存為财錄料；魄連接财參_抛與健身參 她擬端’健身錄模擬健身參數料載人至立體地 =擬使转自蚊路線之設定起轉峨身模擬結 果’取後财參數模擬端顯示財模擬結果。201014630 IX. Description of the Invention: [Technical Field of the Invention] A visual simulation system and method thereof specifically refers to a system and method for simulating a visual simulation of a fitness simulation result of a user by collecting fitness parameters. [Previous technology] * In recent years, with the rapid development of the economic industry and the improvement of living standards, the modern entertainment style has become more diversified, and in the busy work, the fitness activities have been gradually emphasized, while most modern people are unable to go outdoors. Exercise, so users will purchase their own fitness equipment for fitness activities at home, or use the fitness equipment provided by the fitness center or fitness treadmill to exercise in the fitness center. Since the use of fitness equipment is performed indoors, users can only continue to do the same actions, such as running down or slamming on their own art car. There is no target or motivation. Most users calculate fitness time or The number of fitness kilometers is used as a target. For example, using a treadmill to run 2 or a fitness bike for 1G kilometers, this lion fitness activity is very obsessive, and it is expected that the makers will not be able to hold the value of the shirt. Finally, no fitness activities are carried out at all. In addition, most of the use of fitness equipment can not record the financial assets of the system, so that users can not know their fitness. μ In summary, it can be seen that in the prior art, there has been a long-standing problem that the user cannot provide the user's personalized design and the boring exercise process during the exercise. Therefore, it is necessary to propose an improved technical means to solve the problem of 201014630 [ SUMMARY OF THE INVENTION The present invention discloses a fitness parameter visual simulation system and a method thereof, wherein: the present invention provides a personal fitness design and a wealthy design, and the present invention discloses a fitness parameter visual simulation system and method thereof, wherein: The parameter vision_new, at least includes the fitness parameter collection end, the fitness parameter storage end and the fitness parameter machine end. The fitness parameter collecting end is used to collect time parameters and speed parameters generated by the user during fitness. The fitness parameter storage end is used to connect the fitness to collect the number, touch the recording wheel, the financial parameter storage end further includes the operation and reduction group and the conversion pool, and the operation module is the rib to calculate the distance parameter from the time parameter and the speed parameter. The conversion module is used to convert the parameters of the ginseng axis to the path of the slaves according to the set route and the setting of the slaves. The parameters are _ parameters, speed parameters, _ parameters, and occupations are stored as fitness parameters. The financial reference program is used to load the fitness parameter list into the three-dimensional map when connected to the fitness parameter storage end, and the fitness simulation result from the set starting point of the set route is displayed, and the fitness simulation result is displayed. The fitness parameter visual simulation method disclosed by the invention has the steps of at least the storage end and the fitness parameter collecting end, the time parameter and the speed parameter generated by the fitness parameter searching body, and the fitness parameter storage end time parameter and the speed two From the parameter 'fitness parameter terminal according to the set route'" sigh start point convert time parameter and distance parameter into road 201014630 path data ' 储存 store time parameter, speed parameter, transfer parameter, path data as financial record material; _ _ throwing and fitness ginseng her quasi-end fitness record simulation fitness parameters material manned to three-dimensional = intended to make the transfer of the mosquito line set up the whole body simulation results 'take the post-financial parameter simulation end display financial simulation results.
擬結果 ，發明所揭露之系統與方法如上，與先前技術之間的 差”在於本發明透過搜_屬於使財的健身參數，並將 ^參數朗算職後制财錄料，碰健身參數 清早載入立體地圖以視覺化方式模擬出使用者的健身模 透過上述賭術手段，本發啊叫翁健身參數視 見私擬化，_提高使用者健身樂_技術功效。 【實施方式】 以下將配合圖式及實施例來詳細酬本發明之實施 方式，藉麟本㈣如何細猶手段麵決技術問題並 達成技術功_實_雜充分理解域以實施。 在說明本發明的實施例之前，配合圖式對本發明健身 參數視覺模擬祕及其方法作進—步的制，請參閱「第 1圖」及「第2圖」’「第！圖」及「第2圖」為本發明健 身參數視覺模擬系統方塊圖，料參數視覺模擬系統廳 包含：健身參數搜集端110、健身參數儲存端⑽及健身 ^數模擬端130。其中，健身參數儲存端12〇更包含：運 算模組121及轉換模組122。 請先參閱「第1圖」，健身參數搜集端110是負責搜 7 201014630 集使用者健身時所產生的時間參數與速度參數，並儲存至 健轉數儲存端12〇中，所述_參數是指錢者健身開 始母隔-段時間所記錄的時間參數，包含使用者健身的起 始時間例如是“2嶋8_22 16:29:15，，並且持續記錄直到 使用者健身的結束咖，所述速度參數是制者健身時所 產生的速度，可以是由偵測裝置偵測得到。 舉例來說’若_相始财的時縣“2GG8-08-22 © 16:29:15’’ ’健身參數搜集端⑽搜集開始健身的時間參 數為“2008.22 16:29:15”及速度參數為 “Okm/h”，並 且於每隔ίο秒搜H也就是接下來健身參數搜集端 110記錄的時間參數為“2008_08_22 16:29:25，，及速度參 數為15km/h ，直到健身參數搜集端110搜集使用者健 身結束的時間參數為“2008-08-22 26:29:15”及速度參數 為 “〇km/h”。 值得注意的是，健身參數搜集端11〇例如是健身跑步 © 機或健身自行車，也就是當使用者使用健身跑步機或健身 自行車時’健身跑步機或健身自行車會搜集使用者健身的 * 時間參數與速度參數。 - 請參閱「第2圖」，健身參數儲存端120是負責於連 接健身參數搜集端110時，接收健身參數搜集端所搜 集的時間參數與速度參數，值得注意的是，健身參數儲存 端120例如是USB儲存裝置’因此可以連接至具有usb 接頭插孔之健身參數搜集端110。 健身參數儲存端120包含運算模組121及轉換模組 201014630 122 ’其中運算模組⑵是負責將接收到的時間參數與速 度參數加以運算得到距離參數，所述距離參數是運算模組 121根據運算式：“距離=速度*時間，，得到使用者每 隔一段時間所走的距離以及健身全程的總距離，舉例來 說，若健身參數搜集端110是以每隔1〇秒為間距來搜集 時間參數與速度參數，則運算模組120會根據“距離= 速度*時間得到每隔10秒的距離以及將距離加總後得 0 到的總距離皆為距離參數。 轉換模組122是負責依據設定路線及設定路線之設 定起點將時間參數與距離參數轉換為路徑資料，並將時間 參數、速度參數、距離參數、路徑資料儲存為健身參數清 單’所述設定路線及設定路線之設定起點是由使用者自行 設定的，使用者可設定路線以及設定路線的設定起點，也 就是可選擇輯行财的路線，並設定路_起點，舉例 來忒’使用者可選擇“北海岸路線，，並設定為“白沙灣” φ 為起點。 值知注意的是，在每條設定路線中，每一單位距離均 預設有定點，且每-定點均預設有對應座標(包括設定起 點）’每一單位距離的大小可以自行設定，本發明對此不 做任何限制。承上述例子，例如“北海岸路線，，（設定路 線)，y以設定每10公尺具有一定點及其對應座標，而“白 沙灣（s免定起點)也具有其對應的座標。 轉換模組122會依據設定路線及設定路線之設定起 點的座標將距離參數從設定起點的座標開料算轉換成 201014630 為路控資料’且路徑資料是以座標表示，也就是從設定起 點的座標開始將距離參數與時間參數轉換為每一段時間 距離參數的落點座標形成路徑資料後，並將時間參數、速 度參數、距離參數與路徑資料儲存成為健身參數清單，值 得注意的是，當以設定起點的座標將距離參數與時間參數 轉換為每一段時間距離參數的落點座標時’若計算距離得 到落點座標不是預設定點所對應的座標時’會將距離四捨 _ 五入’以確定得到的落點座標為其預設定點所對應之座 1 標。 當得到健身參數儲存端12〇得到健身參數清單後，可 從健身參數蒐集端110移除，移除後再將健身參數儲存端 120連接至健身參數模擬端no。 健身參數模擬端130是負責與健身參數儲存端12〇連 接時將健身參數清單載入到立體地圖，並模擬使用者自設 定路線之設定起點起的健身模擬結果，最後顯示健身模擬 ® 結果，所述立體地圖是以3D立體呈現地圖面貌，原本平 面地圖的建築物是以小方格表示，在立體地圖則為完整呈 現建築物的立體面貌，因此當載入健身參數清單到立體地 • 圖後，使用者可讓使用者置身於立體建築物中間，如同使 用者在戶外進行跑步或其自行車活動的感覺，以視覺化的 方式呈現虛擬的立體場景。健身參數模擬端13〇例如是個 人電腦、手持式電腦、個人數位助理等，當健身參數儲存 端120透過USB接頭插孔連接至健身參數模擬端13〇後， 健身參數模擬端130會將健身參數儲存端12〇的轉換模組 201014630 122所得到的健身參數清單載入至立體地圖中，由於健身 參數清單包含了時間參數、速度參數、距離參數與路徑資 料，值得注意的是，路徑資料包含座標，而且路徑資料之 座標與立體地圖之座標相符，因此依據健身參數清單，健 身參數模擬端130可以於立體地圖上模擬制者自設定路 線之設定起點開始的健身模擬結果，並顯示健身模擬結 果’也就是使用者會在健身參數模擬端130的顯示介面上 p 視覺模擬自己在立體地圖之設定路線的健身模擬結果，可 以將於室内所進行簡單的健身活動得到的數據轉變成使 用者像是在戶外進行跑步或騎自行車的活動，使用者可記 錄自己健身所到之最後地點，並於下次健身繼續挑戰，可 讓使用者完成自己想挑戰的路線，增加健身的樂趣。 舉例來說，若使用者的設定路線為“北海岸路線”， 設定起點為“自沙灣”，使时會在健身參數模擬端13〇 的員示；I面觀員到自己在北海岸從白沙灣為起點立體實 © 境開始健身的情形。 、 值得注意的是’健身參數搜集端110可以增加顯示模 組111 ’增加顯示模組111的目的在於將建身參數儲存端 120所制稱彳轉料載人到平面賴，並且顯示平面地 圖，其中由於路徑資料包含座標，而且路徑資料之座標與 平面地圖之座標相符，因此可依據路徑資料的座標，可將 使用者健身得到的路徑資料於載入平面地圖中時，可顯示 正在健身得到的路徑資料，此用意在於可以讓使用者於使 用健身參數搜集端110時即可從顯示模組m所顯示的平 11 201014630 面地圖中得到自己此次健身所進行的路徑。 透過上述健身參數視覺模擬系統的運作，可透過搜集 到屬於使用者的健身參數’並將健身參數經運算轉換後^ 到健身參數清單，再將健身參數清單載入立體地圖以視覺 化方式模擬出使用者的健身模擬結果，用以解決健身時無 法提供使用者個人化設計，以及健身運動過程枯燥乏味的 問題。 e 以下將舉實施例具體說明本發明，然其並非用以限定 本發明，熟習此技藝者可依照本發明之精神對下述實施 例稍做修飾’惟其仍屬於本發明之範圍。 「第3圖」繪示為本發明健身參數視覺模擬方法流程 圖，「第4圖」至「第7圖」為本發明健身參數視覺模擬 系統的實施例示意圖。以下將同時配合「第3圖」至「第 7圖」說明本發明健身參數視覺模擬系統的運作步驟和實 施例® ® 請先參閱「第4圖」，健身參數視覺模擬系統4〇〇包 含健身跑步機410(即健身參數搜集端）、USB儲存裝置 42〇(即健身參數儲存端)及個人電腦430(即健身參數模擬 端）’使用者會使用健身跑步機410進行健身，而健身跑 步機410是具有USB接頭插孔之健身裝置，因此usb儲 存裝置420可以藉由健身跑步機41〇之USB接頭插孔與 健身跑步機410連接，當USB儲存裝置420從健身跑步 機410取出後’可再與具有USB接頭插孔之個人電腦430 互相連接。 12 201014630 請參閱「第5圖」’首先將USB儲存裝置42〇置入健 身跑步機410之USB接頭插孔與健身跑步機41〇互相連 接(步驟301)，當使用者開始使用健身跑步機41〇進行跑 步時，健身跑步機410會搜集使用者在健身時所產生的健 身參數500，健身參數500包含時間參數51〇與速度參數 520 ’ 時間參數 510 例如是 “2〇〇8-〇8-22 16:29:15”，速度 參數520例如是“9km/h”並儲存至USB儲存裝置420 (步 驟 302)。 請參閱「第6圖」，接著USB儲存裝置420會將時間 參數510與速度參數520加以運算，由於時間參數51〇之 間的時間間隔530皆為“l〇sec”，以運算式：“距離=速 度*時間”即可算出每隔1〇秒之距離參數54〇例如是時 間參數 510 “2008-08-22 16:29:25” 之距離 541 為 0.05km”並將距離以累計加總即可得總距離542例如是 “〇.〇75km”（步驟 303)。 請參閱「第7圖」，USB儲存裝置42〇得到距離參數 540後，會依據使用者設定路線例如是“北海岸路線”， 設定起點例如是“白沙灣”，其座標為“χ軸 !21.52216603，y 軸 25.2855〇839” 將時間參數51〇 與距離 參數54〇轉換為路徑資料55〇，其中使用者是在開始進行 健身時即設定路線以及設定起點，而路徑資料別包含座 標X軸551與座標y車由552，由於設定路線具有座標，因 此依據起點座標可將距離參數54〇之距離算出在設定路線 上之座標χ軸551與座標y軸552即形成路徑資料55〇， 13 201014630 並將時間參數mo、速度錄52G、時間間隔伽，距離來 數_、路徑資料55〇等所有的健身參數儲存為健身參數 清單700(步驟304)。 值得注意的是’在本實施例中的健身跑步機41〇具有 顯示介面(圖中未標示）’當USB儲存裝置42〇得到健身參 數清單700後’可將健身參數清單載入至健身跑步機 410具有的平面地圖，由於健身參數清單7〇〇中的路徑資 φ 料550具有座標X轴55丨與座標y軸552，當载入平面地 圖後’使用者可藉由顯示介面斜面地圖表示之路徑資料 550 ° 工 於USB儲存裝置420得到健身參數清單7〇〇後，當 使用者將USB儲存裝置420從健身跑步機41〇上移除並 連接至個人電腦430(步驟305)，個人電腦430會將健身參 數清單700載入至立體地圖，由於健身參數清單7〇〇中的 路徑資料550具有座標X軸551與座標y軸552，個人電 © 腦430會依據座標X軸551與座標y軸552，在加上立體 地圖的實景模擬，可以模擬使用者自“北海岸路線，，從 ' “白沙灣”起的健身模擬結果(步驟3〇6)，最後顯示健身 . 模擬結果(步驟307)，也就是使用者可以從個人電腦々go 的顯示介面觀賞到自己從“北海岸路線，，從“白沙灣” 起跑步的實景情境。 综上所述，可知本發明與先前技術之間的差異在於具 有透過搜集到屬於使用者的健身參數，並將健身參數經運 算轉換後得到健身參數清單，再將健身參數清單載入立體 201014630 地圖以視覺化方式模擬出使用者的健身模擬結果的技術 手段，藉由此一技術手段可以解決先前技術所存在健身時 無法提供使用者個人化設計，以及健身運動過程枯燥乏味 的問題，進而達成將健身參數視覺模擬化，進而提高使用 者健身樂趣的技術功效。 雖然本發明所揭露之實施方式如上，惟所述之内容並 非用以直接限定本發明之補鐘細。任何本發明所屬 技術領域巾射通常知識者，在猶縣發騎揭露之精 神和範_前提下，可以在實施的形式上及細節上作些許 =更動。本發明之專利職棚，_明社申請專利 範圍所界定者為準。 【圖式簡單說明】 第1圖為本發明健身參數視覺模擬系統方塊圖。 第2圖為本發明健身參數視覺模擬系統方塊圖。 第3圖為本發明健身參數視覺模擬方法流程圖。 施例第1圖至第7圖為本發明健身參數视覺模擬系統的實 德例不意圖。 【主要元件符號說明】 1〇〇 健身參數視覺模擬系統 110 健身參數搜集端 111 顯示模組 12〇 健身參數儲存端 121 運算模組 122 轉換模組 15 201014630The result is that the system and method disclosed by the invention are as above, and the difference between the prior art and the prior art lies in that the invention belongs to the fitness parameter of the wealth, and the parameter is calculated after the job, and the fitness parameter is early in the morning. Loading the three-dimensional map to visually simulate the user's fitness model through the above gambling techniques, the hair is called the Weng fitness parameter to see the privateization, _ improve the user's fitness music _ technical effect. [Embodiment] In conjunction with the drawings and the embodiments, the embodiments of the present invention are described in detail, and how the technical problems are solved by the method of the lining (4), and the technical work is realized to realize the implementation. Before explaining the embodiment of the present invention, For the step-by-step system of the visual parameters of the fitness parameters of the present invention and the method, please refer to "Fig. 1" and "Fig. 2", "The first picture" and "Fig. 2" are the fitness parameters of the present invention. The visual simulation system block diagram, the material parameter visual simulation system hall comprises: a fitness parameter collecting end 110, a fitness parameter storage end (10) and a fitness number analog end 130. The fitness parameter storage terminal 12 further includes: an operation module 121 and a conversion module 122. Please refer to "FIG. 1" first, the fitness parameter collecting end 110 is responsible for searching for the time parameter and speed parameter generated by the user of the 2010 20103030 set, and storing it in the health rotation number storage terminal 12, the _ parameter is The time parameter recorded by the money-receiving fitness start-time interval, including the start time of the user's fitness is, for example, “2嶋8_22 16:29:15, and continues to record until the end of the user's fitness, the said The speed parameter is the speed generated by the manufacturer's fitness, which can be detected by the detection device. For example, if the _phase is the beginning of the county, "2GG8-08-22 © 16:29:15'' 'Fitness The parameter collection end (10) collects the time parameter for starting fitness as "2008.22 16:29:15" and the speed parameter is "Okm/h", and searches for H every ίο second, that is, the time parameter recorded by the next fitness parameter collecting end 110. For "2008_08_22 16:29:25, and the speed parameter is 15km / h, until the fitness parameter collection end 110 collects the user's fitness end time parameter is "2008-08-22 26:29:15" and the speed parameter is " 〇km/h”. It is worth noting that the fitness parameters The collection end 11 is, for example, a fitness running machine or an exercise bicycle, that is, when the user uses a fitness treadmill or an exercise bicycle, the 'fitness treadmill or exercise bicycle collects the time parameter and speed parameter of the user's fitness. - See also In the second figure, the fitness parameter storage end 120 is responsible for receiving the time parameter and the speed parameter collected by the fitness parameter collecting end when the fitness parameter collecting end 110 is connected. It is worth noting that the fitness parameter storage end 120 is, for example, a USB storage device. The device 'can therefore be connected to the fitness parameter collection terminal 110 with a usb connector jack. The fitness parameter storage end 120 includes a computing module 121 and a conversion module 201014630 122 ' wherein the computing module (2) is responsible for computing the received time parameter and the velocity parameter to obtain a distance parameter, and the distance parameter is calculated by the operation module 121 according to the operation. Type: “distance=speed*time, get the distance the user walks at intervals and the total distance of the whole fitness. For example, if the fitness parameter collecting end 110 collects time every 1 〇 second interval For the parameter and speed parameters, the operation module 120 will obtain the distance parameter according to "distance = speed * time to get the distance every 10 seconds and the total distance obtained by adding the distance to 0". The conversion module 122 is responsible for converting the time parameter and the distance parameter into path data according to the set starting point of the set route and the set route, and storing the time parameter, the speed parameter, the distance parameter, and the path data as the fitness parameter list 'the set route and The setting starting point of the setting route is set by the user. The user can set the route and set the starting point of the route, that is, select the route of the series of money, and set the road_starting point. For example, the user can select " The North Coast route, and set to “Baishawan” φ as the starting point. The value of attention is that in each set route, each unit distance is pre-set with a fixed point, and each-fixed point is pre-set with corresponding coordinates ( Including the setting starting point) 'The size of each unit distance can be set by itself, and the present invention does not impose any restrictions on this. According to the above examples, for example, "North Coast route, (set route), y is set to have a certain point every 10 meters. And its corresponding coordinates, and "Baisha Bay (s-free starting point) also has its corresponding coordinates. The conversion module 122 will be based on the set route and settings The coordinate of the starting point of the line is converted from the coordinate opening calculation of the distance parameter from the set starting point to 201014630 for the road control data 'and the path data is represented by coordinates, that is, the distance parameter and the time parameter are converted from the coordinates of the set starting point to each After a period of time from the point coordinates of the parameter to form the path data, the time parameter, the speed parameter, the distance parameter and the path data are stored as a fitness parameter list. It is worth noting that when the distance parameter and the time parameter are converted by the coordinates of the set starting point For each time interval distance coordinate of the parameter 'when calculating the distance to get the coordinates of the coordinates of the point is not the pre-set point, the distance will be rounded _ five in 'to determine the coordinates of the landing point as its preset point When the fitness parameter storage terminal 12 is obtained to obtain the fitness parameter list, it can be removed from the fitness parameter collecting end 110, and then the fitness parameter storage end 120 is connected to the fitness parameter simulation end no. The analog terminal 130 is responsible for loading the fitness parameter list into the stereo when connecting with the fitness parameter storage terminal 12 Figure, and simulate the fitness simulation results from the set starting point of the user's self-setting route, and finally display the fitness simulation® results. The stereoscopic map presents the map in 3D, and the original flat map buildings are represented by small squares. In the three-dimensional map, the three-dimensional appearance of the building is completely presented, so when the fitness parameter list is loaded into the three-dimensional map, the user can place the user in the middle of the three-dimensional building, as if the user is running outdoors or his bicycle The feeling of activity presents a virtual stereoscopic scene in a visual manner. The fitness parameter simulation terminal 13 is, for example, a personal computer, a handheld computer, a personal digital assistant, etc., when the fitness parameter storage terminal 120 is connected to the fitness parameter through the USB connector jack. After the analog terminal 13 is turned on, the fitness parameter simulation end 130 loads the fitness parameter list obtained by the conversion module 201014630 122 of the fitness parameter storage terminal into the stereoscopic map, because the fitness parameter list includes time parameters, speed parameters, Distance parameter and path data, it is worth noting that the path data contains coordinates, and The coordinates of the path data are consistent with the coordinates of the three-dimensional map. Therefore, according to the fitness parameter list, the fitness parameter simulation end 130 can simulate the fitness simulation result starting from the set starting point of the setter route on the stereo map, and display the fitness simulation result 'also That is, the user will visually simulate the fitness simulation result of the set route of the stereo map on the display interface of the fitness parameter simulation terminal 130, and the data obtained by the simple fitness activity in the room can be converted into the user like outdoors. For running or cycling activities, users can record the final location of their fitness and continue to challenge in the next fitness, allowing users to complete the route they want to challenge and increase the fun of fitness. For example, if the user's set route is “North Coast Route”, set the starting point to “From Shawan”, so that the staff will be on the simulation parameter of the fitness parameter. Baisha Bay is the starting point for the physical fitness of the starting point. It is worth noting that the 'fitness parameter collecting end 110 can add the display module 111'. The purpose of adding the display module 111 is to transfer the built-in parameter storage end 120 to the plane and display the plane map. Since the path data includes coordinates, and the coordinates of the path data match the coordinates of the plane map, the path data of the user can be used to display the path data obtained by the user when loading the plane map. The path information is used to allow the user to obtain the path of the fitness exercise from the map of the plane 11 201014630 displayed by the display module m when the fitness parameter collecting end 110 is used. Through the operation of the above-mentioned fitness parameter visual simulation system, the fitness parameters belonging to the user can be collected and the fitness parameters can be converted into a fitness parameter list, and then the fitness parameter list can be loaded into the three-dimensional map to visually simulate The user's fitness simulation results are used to solve the problem that the user's personal design cannot be provided during fitness and the exercise process is boring. The invention is specifically described by the following examples, which are not intended to limit the invention, and those skilled in the art can modify the following examples in accordance with the spirit of the invention, which is still within the scope of the invention. Fig. 3 is a flow chart showing the visual simulation method of the fitness parameter of the present invention, and Fig. 4 to Fig. 7 are schematic views showing an embodiment of the fitness parameter visual simulation system of the present invention. The operation steps and examples of the fitness parameter visual simulation system of the present invention will be described below in conjunction with "Fig. 3" to "Fig. 7". Please refer to "Fig. 4", the fitness parameter visual simulation system 4 includes fitness The treadmill 410 (ie, the fitness parameter collection end), the USB storage device 42 (ie, the fitness parameter storage end), and the personal computer 430 (ie, the fitness parameter simulation end)' user will use the fitness treadmill 410 for fitness, while the fitness treadmill The 410 is an exercise device having a USB connector jack, so the usb storage device 420 can be connected to the fitness treadmill 410 by the USB connector jack of the fitness treadmill 41. When the USB storage device 420 is removed from the fitness treadmill 410, It is then connected to a personal computer 430 having a USB connector jack. 12 201014630 Please refer to "Figure 5". First, the USB storage device 42 is placed into the USB connector jack of the fitness treadmill 410 and the fitness treadmill 41 is connected to each other (step 301), when the user starts to use the fitness treadmill 41 When running, the fitness treadmill 410 collects the fitness parameter 500 generated by the user during exercise. The fitness parameter 500 includes a time parameter 51 and a speed parameter 520. The time parameter 510 is, for example, "2〇〇8-〇8- 22 16:29:15", the speed parameter 520 is, for example, "9km/h" and stored to the USB storage device 420 (step 302). Please refer to FIG. 6 , and then the USB storage device 420 will calculate the time parameter 510 and the speed parameter 520. Since the time interval 530 between the time parameters 51 皆 is “l〇sec”, the expression: “distance” = speed * time" can calculate the distance parameter 1 every 1 〇 second, for example, the time parameter 510 "2008-08-22 16:29:25" distance 541 is 0.05km" and the distance is cumulatively added The total distance 542 is, for example, "〇.〇75km" (step 303). Please refer to "FIG. 7", after the USB storage device 42 obtains the distance parameter 540, the route is set according to the user, for example, "North Coast Route". For example, the starting point is “Baisha Bay”, and its coordinates are “χ axis! 21.52216603, y-axis 25.2855〇839”. The time parameter 51〇 and the distance parameter 54〇 are converted into path data 55〇, in which the user is starting fitness. The route is set and the starting point is set, and the path data includes the coordinate X axis 551 and the coordinate y car 552. Since the set route has coordinates, the distance parameter 54〇 can be calculated according to the starting coordinate to calculate the seat on the set route. The standard axis 551 and the coordinate y-axis 552 form the path data 55〇, 13 201014630 and store all the fitness parameters such as the time parameter mo, the speed record 52G, the time interval gamma, the distance _, the path data 55 为, and the fitness parameters. Listing 700 (step 304). It is worth noting that the fitness treadmill 41 in the present embodiment has a display interface (not shown) 'when the USB storage device 42 obtains the fitness parameter list 700', the fitness parameter list can be loaded into the fitness treadmill. 410 has a flat map, since the path parameter 550 in the fitness parameter list 7 has a coordinate X-axis 55 丨 and a coordinate y-axis 552, when the plane map is loaded, the user can display the interface by the inclined surface map. After the path data 550 ° is obtained by the USB storage device 420 to obtain the fitness parameter list 7 , when the user removes the USB storage device 420 from the fitness treadmill 41 and connects to the personal computer 430 (step 305), the personal computer 430 The fitness parameter list 700 is loaded into the stereo map. Since the path data 550 in the fitness parameter list 7 has the coordinate X-axis 551 and the coordinate y-axis 552, the personal power _ 430 will be based on the coordinate X-axis 551 and the coordinate y-axis. 552, in addition to the real-world simulation of the three-dimensional map, can simulate the fitness simulation results from the "North Coast route, from the "White Sand Bay" (step 3〇6), and finally show the fitness. Simulation knot (Step 307), that is, the user can watch the display from the interface to the PC 々 go themselves from "the north coast route ,, from the" real situation from running Pak Sha Wan. " In summary, it can be seen that the difference between the present invention and the prior art is that the fitness parameter collected by the user is collected, and the fitness parameter is converted into a fitness parameter list, and then the fitness parameter list is loaded into the stereo 201014630 map. A technical means for visually simulating a user's fitness simulation result, by which a technical means can solve the problem that the prior art cannot provide the user's personalized design during exercise, and the boring problem of the exercise process, thereby achieving Visual simulation of fitness parameters, thereby improving the technical effectiveness of the user's fitness fun. Although the embodiments disclosed herein are as above, the description is not intended to directly limit the details of the invention. Anyone who is a general knowledge of the technical field of the present invention can make a slight change in the form and details of the implementation in the premise of the spirit and the scope of the law. The patent shed of the present invention, which is defined by the scope of the patent application of Ming Society, shall prevail. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a fitness parameter visual simulation system of the present invention. Figure 2 is a block diagram of a fitness parameter visual simulation system of the present invention. Figure 3 is a flow chart of the visual simulation method of the fitness parameter of the present invention. The first to seventh figures of the present invention are not intended to be a practical example of the fitness parameter visual simulation system of the present invention. [Main component symbol description] 1〇〇 Fitness parameter visual simulation system 110 Fitness parameter collection terminal 111 Display module 12〇 Fitness parameter storage end 121 Operation module 122 Conversion module 15 201014630
❷ 130 健身參數模擬端 400 健身參數視覺模擬系統 410 健身跑步機 420 USB儲存裝置 430 個人電腦 500 健身參數 510 時間參數 520 速度參數 530 時間間隔 540 距離參數 541 距離 542 總距離 550 路徑資料 551 座標X轴 552 座標y轴 700 健身參數清單 步驟301 M 存端與_财參數搜集 端 、 步驟302 Μ# 集簡集—使用者健身時所 產生之-時間參數與—速度參數並儲存至 該健身參數儲存端 步驟303 °亥健身參數儲相將鱗間錢與該速度 參數運算彳匈—距離參數 步驟304 /健身參數_魏據—設定路線及該設 16 201014630 定路線之一設定起點將該時間參數與該距 離參數轉換為一路徑資料，並將該時間參 數、該速度參數、該距離參數、該路徑資 料儲存為一健身參數清單 步驟305連接該健身參數儲存端與一健身參數模擬 端 步驟306該健身參數模擬端將該健身參數清單載入 至一立體地圖，並模擬該使用者自該設定 路線之該設定起點起的一健身模擬結果 步驟307該健身參數模擬端顯示該健身模擬結果❷ 130 Fitness parameter simulation terminal 400 Fitness parameter visual simulation system 410 Fitness treadmill 420 USB storage device 430 Personal computer 500 Fitness parameter 510 Time parameter 520 Speed parameter 530 Time interval 540 Distance parameter 541 Distance 542 Total distance 550 Path data 551 Coordinate X axis 552 coordinate y-axis 700 fitness parameter list step 301 M storage end and _ financial parameter collection end, step 302 Μ #集简集 - the time parameter and the speed parameter generated by the user's fitness and stored to the fitness parameter storage step 303 ° Hai fitness parameter storage phase will calculate the scale money and the speed parameter 彳 — - distance parameter step 304 / fitness parameter _ Wei data - set the route and the set of 16 201014630 set the starting point to set the time parameter and the distance The parameter is converted into a path data, and the time parameter, the speed parameter, the distance parameter, and the path data are stored as a fitness parameter list. Step 305 is connected to the fitness parameter storage end and a fitness parameter simulation end step 306. Loading the fitness parameter list into a stereoscopic And a simulation exercise simulation results of the user from the setting step setting the starting point of the route from the terminal 307 displays the exercise parameter simulation results of the simulation exercise
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