201248444 六、發明說明： 【發明所屬之技術領域】 -種調整運動設備之運動參數之系統及其方法，特別 種依據生理狀態調整運動設備之運作參數之系統及其方法。曰 【先前技術】 人自出生以後’無論是在發育階段、青春時期、步入中年、 甚至到了老年，「運動」都是一個必需而重要的習慣，因為運動使 人發育良好’運動使人青春健康，運動使人老當錄，尤其是人 體的組織、器官及體能在30歲以後會開始退化，所以人更庳該要 趁早開始維持健康的雜，因此，運動的㈣就成為人一生當中 非常重要而且必需去做的事情。 運動是需要經過計㈣，沒有計畫的獅摊因為運動過量 而造成身體的傷害，或是因為運動量不足而無法有效的維持健 康’也因此’運動計晝絲是長時間的計t ^而為了使運動計晝 可乂不又天候的W響’因此，各式各樣的運動設制始被人們使 用，例如，跑步機、滑步機、腳踏機等。 雖然在家愤置運動設備可以方㈣實行運動計畫但是對 =非專業的使时而言，並無法有效的設定出最適合的運作參 因此’當使財運動時，可能會產生運作參㈣設定結果造 古運動設備所提供的運動強度過低或過高的情況，在運動強度過 门寺可月b會ie成運動傷害，而運動強度過低時，又會益法達到 運動的效果。 μ 借所述’可知先前技術巾長期以來—直存在無法在運動設 上設定出合適的運作參數的問題，因此有必要提出改進的技術 201248444 手段，來解決此一問題。 【發明内容】 有蓥於先前技術存在無法在運動設備上設定出合適的運 數的問題’本發明遂揭露-種依據生理狀態調整運動設備二 參數之系統及其方法，其中： τ 本發明所财之依社雜態雕運動設叙運作來數之系 統，至少包含：運動設備，其中更包含：生理狀態_模組，用 以偵測個者於勒時之生理狀“取得相職之生理狀離資 料；運作㈣難，用贿據運作參數控觀動設備；設備^ 模組，用⑽送生理狀·随料及運作參數；恤器，其中更包含二 伺服傳輸模組，用以接收設備傳輸模組所傳送之生理狀態資才=; 運動強度雌模組，用贿據生理狀態資料觸當前進行之運動 強度是否適合使用者；控制資料產生模組，肋於運動強度判斷 模組判斷運_度科合者後，依據生理狀態龍及=作參 數產生控制資料，並透過伺服傳輸模組傳送控制資料至運動設 備，使運作控制模組重新設定運作參數，並依據重新設定後之^ 作參數控制運動設備。 本發明所揭露之依據生理狀態調整運動設備之運作參數之方 法，其步驟至少包括：運動設備偵測使用者於運動時之生理狀態 以取得相對應之生理狀態資料；運動設備傳送生理狀態資料及運 作參數至伺服器；伺服器依據生理狀態資料判斷當前進行之運動 強度不適合使用者後，依據生理狀態資料及運作參數產生控制資 料，並傳送控制資料至運動設備；運動設備依據控制資料重新設 疋運作參數，並依據重新設定後之運作參數控制運動設備。 201248444 本發明所揭路之系統與方法如上，與先前技術之間的差異在 於本發明透過運動設備侧使用者之生理狀態龍，舰器依據 使用者之生雜態資料觸運動強度不適合制者時產生控制資 料’使知運動设備依據控制資料重新設定運作參數控制運動設 備’藉以解決先前技術所存在關題，並可以達成減少運動傷害 並有效運動的技術功效。 【實施方式】 以下將配合®式及實施例轉細說明本發明之觀與實施方 式’内容足以使任何熟習細技藝者涵輕易地充分理解本發明 解決技術問題所應㈣技術手段麟財施，藉此實現本發明可 達成的功效。 本發明可以根據使財在獅設備上獅_生理狀態動態 的調整使用者所預定的運動計晝。其中，本發明所提之運動計晝 為使用者所設定的目標，例如消耗卡路里、運動距離、運動時間 等，另外’若本發明之運動設備還包含有虛紐祕線，或是模 擬現實環境等魏’貞彳本發明所提之運動計4也可岐使用者所 設定的運動路線。 以下先以「第1A圖」以及「第1B圖」本發明所提之運動設 備與祠服ϋ之元件示意圖來說明本發明的系統運作。如「第lA圖」 以及「第1B圖」所示’本發明之系統含有運動設備1〇〇以及祠服 器 200。 運動設備100提供使用者運動，本發明所提之運動設備1〇〇 為可以讓使用者模擬在真實世界巾移動的運動設備，例如，模擬 使用者跑步的跑步機、模擬走路的滑步機、模擬騎腳踏車的腳踏 6 201248444 機等’但並不以上述為限。纟中，本發明所提之運動設備會依據 已設定的運作參數進行運作，例如，跑步機、滑步機所使用的運 作參數包含運動轉、運動_、消耗卡路里、運作阻力、運動 速度/轉速等其中-個項目或其中數個項目的組合，但本發明所提 之運作參數並不以上述為限。 口月參考「第1八圖」’運動設備100主要包含生理狀態偵測模 組110、設備傳輸模組120以及運作控制模組13〇。 生理狀態债測模組110負責在使用者使用運動設備1〇〇運動 時’偵測使用者的生理狀態’藉以取得姉應的生理狀態資料。 例如’生理狀顧測模組11G可以_制者的呼吸、心跳、血 糖、血壓等生魏態’絲據制的結果產餘對應的呼吸數、 。跳率、血糖值、血壓值等生理狀態資料，但生雜態偵測模级 no所偵測之生理狀態並不以上述為限。 設備傳輸歡120負責將生理狀_測敝丨削貞測所得之 生理狀態資料傳送至舰器2⑽，並負責接收由伺服器勘所傳送 之控制資料（控織料將在酬運作控麵組13㈣—併說明）。 另外’設備傳輸模組m也可以傳送控制運動設備之運作參 數，還可以接收舰器2GG所傳送之修改後的運動計晝。 主運作控繼、组130負責依據運作參數控制運動設備1〇〇，也負 貝依據賴傳輸模組120所魏之控制資料奴運作參數。—般 而s ’設備傳觀組12〇所餘之控制資料為運娜離、運動時 間雜卡路里、運作阻力、運動速度/轉速等可直接對運動設備 100進行設定的設定資料，但本發明並不以此為限。 另外’運動没備100射以附加提示模組19〇，提示模組⑽ 201248444 負責在設備傳輸模組120接收到伺服器200所傳送之修改後的運 動計畫後，將修改後的運動計畫提示給運動中的使用者。 接著繼續說明伺服器200，請參考「第1B圖」，伺服器2〇〇 主要包含伺服傳輸模組210、運動強度判斷模組220以及控制資料 產生模組230。 伺服傳輸模組210負責接收運動設備1〇〇所傳送之生理狀態 -貝料，並負責傳送控制資料產生模組230所產生之控制資料至運 動设備100。伺服傳輸模組210也負責接收運動設備所傳送之運作 參數。 運動強度判斷模組220負貴依據伺服傳輸模組21〇所接收之 使用者的生理狀態資料判斷當前進行之運動強度是否適合使用 者。運動強度判斷模組220可以依據伺服傳輸模組21〇所接收之 各個生理狀態資料是否落在運動時之正常值的範圍内來判斷運動 強度是否適合使用者，若生理狀態資料低於正常值之區間表示運 動強度太低，若生理狀態資料高於正常值之區間表示運動強度太 高，但運動強度判斷模組220判斷運動強度是否適合使用者之方 式並不以上述為限。 控制為料產生模組230負責在運動強度判斷模組220判斷運 動強度不適合使用者後，依據使用者當次運動時，伺服傳輸模組 210所接收之所有生理狀態資料產生控制資料。 控制資料產生模組230可以依據伺服傳輸模組21〇所接收之 所有生理狀態資料依序連成之曲線的斜率產生控制資料，使得運 動設備100的運作控制模組130根據控制資料重新設定運作參數 後，使用者的生理狀態可以落在正常值的區間中。控制資料產生 8 201248444 模組230也可以依據舰傳輸模組21〇所接收之運作參數以及使 用者當次運動時’伺服傳輸模組210所接收之所有生理狀離資料 產生運作參數之控㈣料。但湖龍產生触23()產生控制資 料的方式並不以上述為限。 另外’飼服器200更可以包含儲存模组_，儲存模組, 負責儲存使用者每次使用運動設備1〇〇運動時，值傳輸模組21〇 所接收之運動設備卿所偵測到的生理狀態資料，在本發明中， 使用者每次使用勒設備⑽運動時被__生理狀態資料總 稱為「歷史生理狀態資料」。 若飼服H 2GG包含儲存模組24〇’且儲雜組⑽巾儲存歷史 生理狀態資料，則運動強度判斷模組22G除了判斷値傳輸模組 2」〇所接收之生雜態資料是聽在運動時之生理狀態資料的正 常值^範圍内之外’還可以判斷錬傳輸模組加所接收之生理 =態資料是否高於或低於儲存於儲存模組中的歷史生理狀態 貝料’若舰傳輸模組210所接收之生雜態㈣是^高於或低 於歷史生雜態資料超出預定值，則可關斷運動強度不適合使 用者。 此外’词服器200也可以附加計晝設定模組25〇，計畫設定模 組25〇負責提供使用者設定運動計畫，卩及負責在運動強度判斷 模組220判斷運動強度不適合使用者後，依據使用者當次運動時 之词服傳輸顯21G所接收之所有生理狀態資料修改運動路線。 「接著以-個實施例來解說本發明的運作系統與方法並請參 照「第2圖」本發崎提之依·理狀細整賴贿之運作參 數之方法流糊。在本實施例中，運動設備觸以跑步機為例〔 201248444 但本發明並不以此為限。 當使用者使用包含本發明之跑步機（運動設備100)運動時， 跑步機的生理狀態偵測模組110可以偵測使用者在運動時的生理 狀態，藉以取得相對應的生理狀態資料（步驟310)。在本實施例 中，假設生理狀態偵測模組110所偵測的生理狀態為心跳率，但 本發明並不以此為限。 在跑步機的生理狀態偵測模組110偵測使用者在運動時的生 理狀態並取得生理狀態資料後，跑步機的設備傳輸模組120可以 傳送生理狀態偵測模組110偵測取得之生理狀態資料以及跑步機 之運作參數至伺服器200 (步驟320)。在本實施例中，假設設備 傳輸模組12G所傳送的^跳率為「17〇」、運作參數為運動速率 15km/hr ° 在伺服器200的伺服傳輸模組21〇接收到跑步機所傳送的生 理狀態資料以及運作參數後，舰器2〇〇的運動強度判斷模組22〇 可以依據生理狀態資料判斷當前進行之運動強度是否適合使用者 (步驟330)。在本實施例中，假設心跳率在運動時的正常區間應 為12〇至16〇，由於伺服傳輸模組210所接收到之心跳率為17〇， 因此’若運動強度判斷模、组22〇以伺服傳輸模、组21〇所接收到之 心跳率是聽在心鱗树動_正常區間· #前進行之運動 強度是否適合使財，騎耗度觸顯22()會觸出使用者 的心跳率高於在運動時的正常區間，因此，運動強度判斷模組铷 會判斷當前進行之運動強度過高，不適合使用者。 在飼服器的運動強度判斷模組220依據生理狀態資 斷當前進行之運動強度不適合使用者後，舰器的控制資料 201248444 產生模組230可以依據伺服器200的伺服傳輸模組210在使用者 當次運動時所接收之所有生理狀態資料以及運作參數產生控制資 料（步驟350 )。在本實施例中，假設控制資料產生模組23〇會根 據伺服傳輸模組210所接收之生理狀態資料落在正常區間時的運 作參數產生控制資料，也就是說，若使用者在運動速率為 12km/hr 時的心跳率為156,則控制資料產生模組230所產生之控制資料可 能包含運動速率為12km/hr的運作參數。 在伺服器200的控制資料產生模組23〇依據伺服器2〇〇的伺 服傳輸模組210所接收之生理狀態資料以及運作參數產生控制資 料後，伺服器200的伺服傳輸模組21〇可以傳送控制資料產生模 組230所產生之控制資料至運動設備100 (步驟361)。在本實施 例中，也就是伺服傳輸模組21〇會傳送控制資料至跑步機。 在跑步機（運動設備1〇〇)的設備傳輸模組120接收到伺服器 100所傳送之控制資料後，跑步機的運作控制模組13〇會依據控制 資料重新設定運作參數’並依據重新設定後之運作參數控制跑步 機（步驟380)。在本實施例中，也就是運作控制模組13〇會將控 制資料中的運動速率12km/hr設定為運作參數，使得跑步機的速 率變成12km/hr，如此，使用者的生理狀態資料便可以回到正常 值，避免在運動時發生意外。 在上述實施例中’假設跑步機包含顯示幕，且提供真實世界 的景象讓使用者模擬路跑，若使用者在開始跑步前，透過跑步機 使用伺服器200的計畫設定模組250設定了運動路線，則在伺服 器200的運動強度判斷模組22〇依據生理狀態資料判斷當前進行 之運動強度不適合使用者後，計晝設定模組250也可以依據使用 11 201248444 者當次運動時之所有生理狀態資料修改運動路線（步驟37〇)，例 如將運動路線修改為坡度較緩的道路等。 在伺服器200的計晝設定模組250依據使用者之所有生理狀 態資料修改運動路線後，伺服器200的伺服傳輸模組21〇可以將 修改後的運動路線傳送到跑步機（步驟365)。 在跑步機的設備傳輸模組12〇接收到伺服器所傳送之修改後 的運動路線後，若跑步機包含提示模組19〇，則提示模組19〇可以 提示修改後的運動路線給使用者（步驟39〇)。 綜上所述，可知本發明與先前技術之間的差異在於具有運動 設備偵測使用者之生理狀態資料，伺服器依據使用者之生理狀態 資料判斷運動強度不適合使用者時產生控制資料，使得運動設備 依據控制資料重新設定運作參數控制運動設備之技術手段，藉由 此一技術手段可以解決先前技術所存在之在運動設備上無法有效 設定出合適的運作減關題，躺達錢少運動傷害並有效運 動的技術功效。 再者，本發明之依據生理狀態調整運動設備之運作參數之方 法，可實現於硬體、軟體或硬體與軟體之組合中，亦可在電腦系 統中以集中方式實現或以不同元件散佈於若干互連之電腦系統的 分散方式實現。 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 直接限定本發明之專利保護範圍。任何本發明所屬技術領域中具 有通㊉知識者’林脫離本發賴揭露之精神和朗的前提下， 對本發明之實施的形式上及細節上作些許之更動潤飾，均屬於本 發明之專娜護範I本發明之專·護範圍，仍須以所附之申 C? 12 201248444 請專利範圍所界定者為準。 【圖式簡單說明】 第1A圖為本發明所提之依據生理狀態調整運動設備之運 參數之運動設備之元件示意圖。 第1B圖為本發明所提之依據生理狀態調整運動設備之運作 參數之伺服器之元件示意圖。 第2圖為本發明所提之依據生理狀態調整運動設備之運作炱 數之方法流程圖。 > 【主要元件符號說明】 100 運動設備 110 生理狀態偵測模組 120 設備傳輸模組 130 運作控制模組 190 提不模組 200 伺服器 210 伺服傳輸模組 220 運動強度判斷模組 230 控制資料產生模組 240 儲存模組 250 計畫設定模組 步驟310運動設備偵測使用者於運動時之生理狀態以取得相 對應之生理狀態資料 步驟320運動設備傳送生理狀態資料及運作參數至伺服器 步驟33 0伺服器依據生理狀態資料判斷當前進行之運動強度 13 201248444 是否適合使用者 步驟350伺服器依據生理狀態資 貝Ή·及運作參數產生控制資料 步驟361伺服器傳送控制資料至運動設備财生貝针 步驟365舰器傳送修改後之運動路^至運動設備 步驟370舰H依據當次運動之所有生雜㈣料修改預先 設定之運動路線 步驟380運動設備依據控制資料重新設定運作參數，並依據 重新設定後之運作參數控制運動設備 步驟390運動設備提示修改後之運動路線201248444 VI. Description of the Invention: [Technical Fields of the Invention] A system and method for adjusting the motion parameters of a sports device, and particularly a system and method for adjusting operating parameters of a sports device according to a physiological state.曰[Prior Art] Since birth, whether in the developmental stage, in youth, in middle age, or even in old age, "sports" is a necessary and important habit, because exercise makes people develop well. Youth health, exercise makes people record, especially the body's tissues, organs and physical fitness will begin to degenerate after the age of 30, so people should start to maintain healthy miscellaneous as soon as possible. Therefore, the sport (4) becomes a lifetime. Very important and necessary to do. Exercise is a need to go through the calculations (4), the lion booth without the plan to cause physical damage due to excessive exercise, or because of insufficient exercise can not effectively maintain health 'and therefore 'sports measurement is a long time t ^ and in order to So that the sleek movements can't be smashed by the weather. Therefore, a wide variety of sports settings have been used, such as treadmills, slide machines, and pedal machines. Although the exercise equipment at home can be used to implement the sports plan, but for the non-professional time, it is not possible to effectively set the most suitable operation. Therefore, when the money movement is exercised, the operation may be generated (4). The exercise intensity provided by the ancient sports equipment is too low or too high. In the exercise intensity, the moon b will be a sport injury, and when the exercise intensity is too low, the exercise effect will be achieved. μ By the above, it can be seen that the prior art towel has long been a problem that it is impossible to set appropriate operational parameters in the motion setting, so it is necessary to propose an improved technique 201248444 to solve this problem. SUMMARY OF THE INVENTION The prior art has a problem that it is impossible to set a suitable number of movements on a sports device. The present invention discloses a system and method for adjusting a second parameter of a motion device according to a physiological state, wherein: τ The financial system of the Miscellaneous Carving Movement is designed to include at least: sports equipment, which also includes: physiological state _ module, which is used to detect the physiological condition of the individual in the time of "learning the physiology of the position" Dislocation of information; operation (four) is difficult, using bribery operating parameters to control the equipment; equipment ^ module, (10) to send physiological, material and operating parameters; shirt, which also includes two servo transmission module for receiving equipment The physiological state of the transmission module is transmitted; the exercise intensity of the female module, using the bribe according to the physiological state data to touch the current exercise intensity is suitable for the user; control the data generation module, the rib is judged by the exercise intensity judgment module After the _ degree, the control data is generated according to the physiological state dragon and the parameter, and the control data is transmitted to the exercise device through the servo transmission module, so that the operation control module is re-created. The operating parameter is determined, and the motion device is controlled according to the reset parameter. The method for adjusting the operating parameter of the motion device according to the physiological state disclosed in the present invention comprises the following steps: the motion device detects the physiological condition of the user during exercise The state is to obtain the corresponding physiological state data; the exercise device transmits the physiological state data and the operating parameter to the server; the server determines, according to the physiological state data, that the current exercise intensity is not suitable for the user, and generates the control data according to the physiological state data and the operating parameter. And transmitting control data to the sports equipment; the sports equipment resets the operating parameters according to the control data, and controls the motion equipment according to the re-set operational parameters. 201248444 The system and method of the invention are as above, and between the prior art The difference lies in that the physiological state of the user of the mobile device is transmitted through the physiological state of the user on the side of the exercise device, and the control device generates the control data according to the user's raw data. Equipment's solution The technical problems of reducing the sports injury and effectively exercising can be achieved by the prior art. [Embodiment] The following is a description of the present invention and the embodiment of the present invention. The skilled artisan readily understands that the present invention solves the technical problem (4) technical means Lincai Shi, thereby realizing the achievable effect of the present invention. The invention can adjust the user according to the lion-physiological state dynamics of the lion equipment The predetermined motion meter. The motion meter provided by the present invention is a target set by the user, such as calories burned, exercise distance, exercise time, etc., and 'If the exercise device of the present invention further contains a virtual secret The line, or the simulated reality environment, etc. The motion meter 4 proposed by the present invention can also set the motion route set by the user. The following is first proposed by the "1A map" and the "1B map". A schematic diagram of the components of the exercise device and the device to illustrate the operation of the system of the present invention. As shown in "Fig. 1A" and "Fig. 1B", the system of the present invention includes a sports equipment 1 and a server 200. The exercise device 100 provides user motion, and the exercise device 1 of the present invention is a exercise device that allows a user to simulate moving on a real world towel, for example, a treadmill that simulates a user's running, a slidewalk that simulates walking, Simulated pedaling of the bicycle 6 201248444 machine, etc. 'but not limited to the above. In the meantime, the sports equipment proposed by the present invention operates according to the set operating parameters. For example, the operating parameters used by the treadmill and the slide machine include motion rotation, motion _, calories burned, operational resistance, motion speed/speed A combination of one or several of the items, but the operational parameters of the present invention are not limited to the above. The mobile device 100 mainly includes a physiological state detecting module 110, a device transmission module 120, and an operation control module 13A. The physiological state debt testing module 110 is responsible for obtaining the physiological state data of the response when the user uses the motion device 1 〇〇 to 'detect the physiological state of the user'. For example, the physiological measurement module 11G can calculate the number of breaths corresponding to the results of the living conditions of the respiratory state, the heartbeat, the blood sugar, the blood pressure, and the like. Physiological status data such as hop rate, blood glucose level, and blood pressure value, but the physiological state detected by the morphological detection mode no is not limited to the above. The device transmission joy 120 is responsible for transmitting the physiological state data obtained from the physiological state measurement to the ship 2 (10), and is responsible for receiving the control data transmitted by the server survey (the control woven material will be in the operation control group 13 (4) - And explain). In addition, the device transmission module m can also transmit the operational parameters of the control motion device, and can also receive the modified motion meter transmitted by the ship 2GG. The main operation control group, the group 130 is responsible for controlling the sports equipment according to the operating parameters, and also relies on the control data slave operating parameters of the transmission module 120. Generally, the control data of the equipment observation group 12 is the setting information of the movement equipment 100, such as Yun Na, movement time, calorie, movement resistance, speed, and the like, but the present invention Not limited to this. In addition, the 'sports are not ready to be shot with the additional prompt module 19〇, and the prompting module (10) 201248444 is responsible for the modified exercise program after the device transmission module 120 receives the modified motion plan transmitted by the server 200. Prompt to the user in motion. Continuing with the description of the server 200, please refer to "FIG. 1B". The server 2A mainly includes a servo transmission module 210, an exercise intensity determination module 220, and a control data generation module 230. The servo transmission module 210 is responsible for receiving the physiological state transmitted by the motion device 1 - and is responsible for transmitting the control data generated by the control data generating module 230 to the motion device 100. The servo transmission module 210 is also responsible for receiving operational parameters transmitted by the motion device. The exercise intensity judging module 220 determines whether the currently performed exercise intensity is suitable for the user based on the physiological state data of the user received by the servo transmission module 21〇. The exercise intensity judging module 220 can determine whether the exercise intensity is suitable for the user according to whether the physiological state data received by the servo transmission module 21 落 falls within the range of the normal value during the exercise, if the physiological state data is lower than the normal value. The interval indicates that the exercise intensity is too low. If the interval of the physiological state data is higher than the normal value, the exercise intensity is too high, but the manner in which the exercise intensity judgment module 220 determines whether the exercise intensity is suitable for the user is not limited to the above. The control material generating module 230 is responsible for generating control data according to all physiological state data received by the servo transmission module 210 when the exercise intensity determining module 220 determines that the motion intensity is not suitable for the user. The control data generating module 230 can generate control data according to the slope of the curve formed by sequentially connecting all the physiological state data received by the servo transmission module 21, so that the operation control module 130 of the motion device 100 resets the operating parameters according to the control data. After that, the physiological state of the user can fall within the interval of the normal value. The control data generation 8 201248444 module 230 can also be based on the operational parameters received by the ship transmission module 21〇 and the control of the operating parameters generated by the servo transmission module 210 when the user is in motion (4). . However, the way in which Hulong produces 23 () to generate control data is not limited to the above. In addition, the 'feeding device 200 can further include a storage module _, a storage module, which is responsible for storing the motion device detected by the value transmission module 21 每次 each time the user uses the motion device 1 〇〇 movement. The physiological state data, in the present invention, is hereinafter referred to as "historical physiological state data" by the user each time the user moves with the device (10). If the feeding service H 2GG includes the storage module 24〇' and the storage group (10) towel stores the historical physiological state data, the exercise intensity judgment module 22G determines that the raw data received by the transmission module 2 is audible. The normal value of the physiological state data during exercise ^ outside the range can also be judged whether the transmission module plus the received physiological = state data is higher or lower than the historical physiological state stored in the storage module. The raw hybrid state (four) received by the ship transmission module 210 is higher or lower than the historical polymorphic data exceeding a predetermined value, and the cut-off exercise intensity is not suitable for the user. In addition, the vocabulary device 200 may also be provided with a setting module 25, which is responsible for providing a user to set a motion plan, and is responsible for determining that the exercise intensity is not suitable for the user after the exercise intensity determining module 220 determines that the exercise intensity is not suitable for the user. According to the user's behavior during the current exercise, the movement route is modified by transmitting all the physiological state data received by the 21G. "Next, the operation system and method of the present invention will be explained by way of an embodiment. Please refer to the "Fig. 2" method of arranging the operational parameters of the stipulations. In this embodiment, the exercise device touches the treadmill as an example [201248444, but the invention is not limited thereto. When the user uses the treadmill (sports device 100) including the present invention to move, the treadmill's physiological state detecting module 110 can detect the physiological state of the user during exercise, thereby obtaining corresponding physiological state data (steps). 310). In this embodiment, it is assumed that the physiological state detected by the physiological state detecting module 110 is a heart rate, but the invention is not limited thereto. After the physiological state detecting module 110 of the treadmill detects the physiological state of the user during exercise and obtains the physiological state data, the device transmission module 120 of the treadmill can transmit the physiological state detecting module 110 to detect the acquired physiological state. The status data and the operating parameters of the treadmill are sent to the server 200 (step 320). In this embodiment, it is assumed that the device transmission module 12G transmits a hop rate of "17 〇" and the operating parameter is a motion rate of 15 km/hr °. The servo transmission module 21 of the server 200 receives the treadmill transmission. After the physiological state data and the operating parameters, the exercise intensity determining module 22 of the ship 2 can determine whether the currently performed exercise intensity is suitable for the user based on the physiological state data (step 330). In this embodiment, it is assumed that the normal interval of the heartbeat rate during exercise should be 12〇 to 16〇, and since the heartbeat rate received by the servo transmission module 210 is 17〇, therefore, if the exercise intensity judgment mode, the group 22〇 The heartbeat rate received by the servo transmission mode and the group 21〇 is the heart rate tree movement _ normal interval · #前前的运动 intensity is suitable for making money, the riding consumption touch 22 () will touch the user's heartbeat The rate is higher than the normal interval during exercise. Therefore, the exercise intensity judgment module will judge that the current exercise intensity is too high and is not suitable for the user. After the exercise intensity judging module 220 of the feeding device is based on the physiological state, the current exercise intensity is not suitable for the user, and the control data of the ship 201248444 generating module 230 can be based on the servo transmission module 210 of the server 200. Control data is generated for all physiological state data and operational parameters received during the second exercise (step 350). In this embodiment, it is assumed that the control data generating module 23 generates control data according to the operating parameters when the physiological state data received by the servo transmission module 210 falls within the normal interval, that is, if the user is exercising at a rate of The heart rate is 156 at 12 km/hr, and the control data generated by the control data generation module 230 may include operational parameters with a motion rate of 12 km/hr. After the control data generating module 23 of the server 200 generates the control data according to the physiological state data and the operating parameters received by the servo transmission module 210 of the server 2, the servo transmission module 21 of the server 200 can transmit The control data generated by the data generation module 230 is controlled to the exercise device 100 (step 361). In this embodiment, that is, the servo transmission module 21 transmits control data to the treadmill. After the device transmission module 120 of the treadmill (sports device 1) receives the control data transmitted by the server 100, the operation control module 13 of the treadmill resets the operation parameter according to the control data and resets according to the control data. The subsequent operational parameters control the treadmill (step 380). In this embodiment, that is, the operation control module 13 sets the motion rate of 12 km/hr in the control data as an operation parameter, so that the speed of the treadmill becomes 12 km/hr, so that the physiological state data of the user can be Go back to normal values and avoid accidents during exercise. In the above embodiment, it is assumed that the treadmill includes a display screen and provides a real-world view for the user to simulate a road running. If the user starts running, the setting module 250 of the server 200 is set through the treadmill. In the motion route, after the exercise intensity judging module 22 of the server 200 determines that the currently performed exercise intensity is not suitable for the user according to the physiological state data, the billing setting module 250 can also be used according to the time when the 2012 201244444 is used for the current exercise. The physiological state data modifies the exercise route (step 37〇), for example, the exercise route is modified to a road with a gentle slope. After the meter setting module 250 of the server 200 modifies the motion route according to all the physiological state data of the user, the servo transmission module 21 of the server 200 can transmit the modified motion route to the treadmill (step 365). After the device transmission module 12 of the treadmill receives the modified motion route transmitted by the server, if the treadmill includes the prompt module 19〇, the prompt module 19〇 can prompt the modified motion route to the user. (Step 39〇). In summary, it can be seen that the difference between the present invention and the prior art is that the motion device detects the physiological state data of the user, and the server determines that the exercise intensity is not suitable for the user according to the physiological state data of the user, so that the motion data is generated. The device re-sets the technical parameters of the operating parameters according to the control data, and the technical means can solve the problem that the prior art can not effectively set the appropriate operational cut-off problem on the sports equipment, and lie less for sports injuries and The technical effect of effective exercise. Furthermore, the method for adjusting the operating parameters of the exercise device according to the physiological state of the present invention can be implemented in a combination of hardware, software or a combination of hardware and software, or can be implemented in a centralized manner in a computer system or distributed by different components. The decentralized implementation of several interconnected computer systems. While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any form and detail of the implementation of the present invention may be modified in accordance with the spirit and scope of the present invention in the technical field of the present invention. The scope of the invention shall be subject to the scope defined in the attached patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A is a schematic diagram showing the components of a motion device for adjusting a parameter of a motion device according to a physiological state according to the present invention. FIG. 1B is a schematic diagram showing the components of the server for adjusting the operating parameters of the motion device according to the physiological state according to the present invention. Fig. 2 is a flow chart showing the method for adjusting the operation parameters of the exercise device according to the physiological state according to the present invention. > [Main component symbol description] 100 Sports device 110 Physiological state detection module 120 Device transmission module 130 Operation control module 190 Lift module 200 Server 210 Servo transmission module 220 Motion intensity judgment module 230 Control data Generation module 240 storage module 250 planning setting module step 310: the motion device detects the physiological state of the user during exercise to obtain the corresponding physiological state data. Step 320: The mobile device transmits the physiological state data and the operating parameters to the server step 33 0 The server judges the current exercise intensity based on the physiological state data. 13 201248444 Is it suitable for the user? Step 350 The server generates the control data according to the physiological state and the operating parameters. Step 361 The server transmits the control data to the sports equipment. Step 365: The modified vehicle moves to the sports equipment step 370. The ship H modifies the preset motion route according to all the raw materials (four) of the current movement. Step 380 The sports equipment resets the operating parameters according to the control data, and resets according to the control data. Subsequent operational parameters control motion equipment steps 390 motion after motion device prompts the modified route