200924822 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種運動步署 , 用去夕耕处& 勁裝置，尤指—種可根據不同使 體3b條件，而自動撰定、态人斗冰 叙駐要… 勒疋適合該使用者運動程度的運 動裝置及其控制方法。 J建 【先前技術】 ❹ ❿ 既有運動裝置的主機俜内 式，H t P 1 糸内建有數種大眾化的運動楔 式，该運動帛式係由_裝£ 模 内部動力调嬙雄s甘^ I &廠商所设計，係以其 八k市』電路的配合設計， 路控制動力源機播g丨目b ° 】電 動力源機構呈現出不同的作動機制。以跑 列，/、跑步帶係由馬達組帶動， 以®叙m 動而馬達組受其控制電路加 驅動，因此該控制電路可藉由 杜l 搜制馬達組的韓速，而细 整跑步帶的速度，可提供使 轉迷而調 不同強弱的運動效果。 達到 惟，相同運動模式對不同的人體 此，雖然一般運動裝置 ^ ' 1 ^ ，因 所有的使用者。^有不同運動模式，但並非適合 又，一般運動裝置可進一步且 田土丄 〆、甫乎動設定模式，供祐 用者自行編輯設定所需之谨叙描斗 ’、使 叹的運動模式來得有彈性，然而 ^預 ^, 』在無法正確評估自身硌养曰 '、，、人從旁指示的情況之下，設定出自己盈 ： 式’從而無法達到最佳之運動成效。 “運動模 4 200924822 【發明内容】 有鑑於上述既有運動裝置無法針對使用纟自身條件提 供其適當之運動強度範圍，是以，本發明的目的在於提供 一種可適配個人體能之運動裝置及其控制方法，可根據使 用者本身各項生理條件進而調整—運動裝置之運動強度， 使該運動裝置於提供個人化的運動動作之時，尚能兼顧不 同使用者的身體狀態，提供其合理之運動強度，使不同使 © 用者均旎獲得更具成效之運動效果。 欲達上述目的所使用的 人體能之運動裝置的控制方法= 可適配個 )佐制方法包含以下步驟： 設定個人生理條件資訊參數； 接收一模式選擇指令； 判斷是否進入自動握彳 ❹ 進入自動模式或手動=式’係根據該模式選擇指令判斷 進入自動模式； ㈣課程選擇指令，並根據該課程選擇指令、 對應的運動課程； 评相7咳取一 產生一自動模式操作 訊參數及該運動課程所產生/係、根據該個人生理條件資 輸出該自動模式操作指令，係。 輸出至運動裝置之 ’、〇x 模式操作指令 此外，若進八：自:，以控制該運動裝置之作動。 ^ 入非自動模式，則進行 设定一可變運動參數組合； ’. 5 200924822 «該可變運動參數 將該手動操作指令手動操作指令； 以控制該運動裝置之作動 對應運動裝置之控制端， 而該可適配個人體能 -記憶單元，係儲二裝置係具有： 別具有複數& + π的$子複數運動課程，各運動課程分 二▲不同的運動參數組合； 一 c憶單元’係儲存有 . 動課程係由—4自 同的運動課程，各運 ❹-輪入單元4=動作整體 動參數及產生—模式 ^理條件資訊參數、可變運 H。_ 擇彳0令及—課程選擇指令，； 工早兀，係連結該輪入單 個人生理條件資訊參數 ：：：……接收 課程選擇指'模式選擇指令或 配可變運二數=;Γ之個人生理條件資訊參數搭 而產生—令所指定之運動課程進 飞探作指令或自動模式操作指令； 一動力單元’係透過—動六、查垃入 ❹元，係接收來自控制單元之連結至該控制單 作動； Α之#作心令，並根據該操作指令 -電源供應單元，係連接該控制單元 源予該控制單元。 j捉伢工作電 俜根：述：：明可適配個人體能之運動農置及其控制方法 =一：者本身身體條件之參數並搭配運動課程 運動裝命令，進而輸出至該運動裝置之控制端，使 裝置除了提供該運動課程所設定之作動機制之外，還 6 200924822 能調=運動強度以符合目前使用者身體狀態。 此外，前述記憶單元之運 作示範資料，各運叙灸虹A ^包3複數動 資料，各動作示範μ t合係分別對應不同的動作示範 ;斗係提供一個人化運動的動作顯干， 而該運動裝置可進_步設卜 淺不 資料。 顯不早凡以顯示該動作示範 〇 ❹ 由上述說明可知，本發明係藉由所輸人之個 件貝訊參數作為調整運動裝条 田丄外 7找沒之依據’當不同佶 用者使用本發明之運動裝置時，即使皆令該 = 一運動課程下作動，各 装置於同 ^訊參數使該運動裝置之運動強度㈣差異，使^ 用者能各自獲得對自身健康較有幫助之運動效果。β 此外’上述運動裝置更可進_ 提供圖形顯示使用者之運動動作干範〇 不軍疋，以 確。是以，該運動裝==，讓整體運動動作更為正 供1人 ⑧兼顧不同❹者的身體狀態，提 理之運動強度，使不同使用者均能獲得對身體健； 較佳之運動效果，還能提供個 ：：健康 現。 W硬動不fe動作的呈 【實施方式】 請參閲第-圖所示，係本發明運動裝置（ 佳實施例的系統方塊圖，其包含： 义 一記憶單元（1 1 ) 係儲存有複數 種不同的運動課 200924822 程及多筆動作示範資粗 動動作整體集-構成運動課程係由一連串不同的運 示範資料，H 該運動動作係分別對應不同的動作 像係展 作不範資料可為動態/靜態的圖宰D戈马 像，係展示該運動動作认丄 固茶或衫 對應一時間、—頻率及一動本實施例中，每個運動動作係 參數係代表當❹者^料參數，該時間及該頻率等 該運動裝置將持續作動;;Γ動作實施於該運動裝置時， 夂數係田 動的時間及其運作的頻率，而該動作 Ο ❹ 參數係用以決定前述單筆的動作示範資料； 4作 m ,,,,.. )，可供使用者操作而設定個人& 理條件貧訊參數、 心调人生 -課程選摆斤人變運動參數及輸出-模式選擇指令及 高、年二’該個人生理條件資訊參數可為體重、身 動參數係使用去办 頻率及-動作等參數，該可變運 之參數:、即使用者自行設定運動動作時所需設定 持之振幅：=動動作下，運動裝置所需維 資料； B料及對應顯示該運動動作之動作示範 記憶單= ) ’係連結該輸入單元（12)及 生理停件資W，，、接收來自輸入單元（12)之個人 選擇二=、可變運動參數、模式選擇指令或課程 收之個人生理條件資訊參數柊配可 邊運動參數或搭配課程選擇指令進而產 ：配了 指令或自動模式操作指令； 手_式操作 -動力單元（i 4)，其透過一動力連接介面"4 包含-振幅、—㈣本實施例中，該可變運動參數可 8 200924822 1 )連結至該控制單元（】 3)之操作指令，並根攄兮可接收來自控制單元（1 並根據該操作指令作動； 一電源供應單元（]ς、 可提供工作電源予該控制單元=)該控制單元(…， ==二步包含以下任-種或複數裝置： 播放記憶單二ί二的連接該控制單元（"）’可 個人化運動的動作示範顯示動作不範資料，以提供使用者 一揚聲裝置ry、 r 7 ) ’係連接該控制單元f 1 q、 可於運動課程之運動動 …审…（1 3 )， 響作為提示； ^ 仃或執行完畢時，發出聲 一通訊介面fl Q、 8 ) ’係連接該控制單元（) 該通訊介面（1 8 )與一外部電’ 輸，該通訊介面置進仃訊號傳 )可為有線的 RS-232/lJCiR、^·^ "面或紅外線、射頻或藍芽模組； / SB連接 一顯不連結介面（2 9 可經由該顯示連結 控制早-(1”， 、丄y )連接一外都顏早您 供更清楚的運動動作示範予使用者。㈣不器，以提 請配合參閱第二 人體能之運動裝置二 所不，係為前述可適配個 哀置的控制方法流程圖，其包含右· 設定個人生理條杜$ β & 有· -(⑴設定其生理條件，可包含體入 性別等等參數； 身円、年齡、 接收一模式選擇指令_)，使用者係以該輸人單… 200924822 2 )輸入-模式選擇指♦’並由控制單元（丄 模式選擇指令； 叹孩 判斷是否進入自動模式（102)，控制單& (丄3 )係根 據該模式選擇指令判斷進入自動模式或手動模式；“ 進入自動模式（103); 接受一課程選擇指令（104)，使用者係以該輸入單元（工 2)輸入-課程選擇指令至控制單元（"），該控制單 〇 ❹ 兀^ 3 )並根據該課程選擇指令讀取一對應的運動課程； 產生一自動模式操作指令（1〇5)，係由控制單元（丄 象k個人生理條件資訊參數及該運動課程所產生； 輸出自動模式操作指令（106)，係由控制單元（丄 ==模式操作指令輸出至運動裝置之控制端以控制該 運動裝置之作動； 運動裝置開始運作（111)。 控制能依據使用者所輸入的條件，自動 裝置以最適配的運動強弱程度提供予使用者，此 面m月在㈣上為具有更高的靈活度及友善操作介 -步提供手動操作模式供使用者自行任意規劃運 說明如後：若㈣單元（i 3)判斷進 動槟式’則進行下列步驟： 進入手動模式（107); 元（可變運動參數組合（⑽），使用者係以該輸入單 輪入一可變運動參數組合至控制單元（13); 手動模式操作指令（1 〇9)’係控制單元（1 3 ) 200924822 根據該可變運動參數組合所產生； 輸出手動模式操作指令（110)，係由控制單元（1 3 ) 將該手動模式操作指令輸出至運動裝置之控制端，以控制 該運動裝置之作動； 運動裝置開始運作（111)。 本實施例中’該個人生理條件資訊參數可包含體重、 身兩、年齡、性別等參數，是以，前述設定個人生理條件 資訊參數（100)步驟中，可進一步包含· 系統初始化（1 00Ί); 設定體重（1002); 設定身高（1003); 設定年齡（1 004); 設定性別（1 005)。 於前述設定接受一課程選擇指令（104)步驟中，玎進一 步包含： 設定運動等級（1041)，係透過輸入單元（1 2 )輸入 一振幅參數至控制單元（1 3 ); 選擇内定運動課程（1042)，係透過輸入單元2) 輸入一課程選擇指令至控制單元（1 3 )。 本實施例中’前述可變運動參數組合可包含振幅、時 間、頻率、動作等參數，各參數係為使用者欲自行編輯/ 運動動作時設定之參數，以界定該運動裝置運作的振幅、 維持時間、頻率及其顯示的動作示範’是以，於前述設定 一可變運動參數組合（108)步驟中，讦進一步包含： 200924822 設定震幅（1081); 設定時間（1082); 設定頻率（1083); 設定動作（1084)。 本實施例中，如第二圖所示，於產生一手動模式操作 .指令（109)步驟之後，可進一步包含： 產生一警告訊號（1091)，係由控制單元（1 3 )判斷 若運動裝置根據手動模式操作指令作動時，是否會造成使 © 用者生理不適，換言之，即判斷可變運動參數組合是否超 出一容許範圍，如果超出該容許範圍則由該控制單元（1 3 )產生一警告訊號；反之則進行下一步驟。該容許範圍 可對應不同的生理條件而有對應的合適界限。 (2 )作為實現上述 請參考第四圖所示，係以震動機（200924822 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a sports step, which uses an Escape Plant & R&D device, especially a type that can be automatically created according to different conditions of the body 3b. The squadron is stationed in the squad... The slinger is suitable for the movement of the user and the control method thereof. J Jian [Prior Art] ❹ ❿ The main unit of the existing motion device, H t P 1 糸 built several kinds of popular sports wedges, which are powered by the internal power of the model. ^ I & manufacturers designed, with its eight-k city "circuit design, road control power source broadcast g丨 b ° 】 electric power source mechanism presents a different mechanism of action. In the running column, the running belt is driven by the motor unit, and the motor group is driven by its control circuit. Therefore, the control circuit can search for the motor speed of the motor group by using Du. The speed of the belt provides the effect of making the difference and the strength of the difference. Reached only, the same motion pattern for different humans this, although the general motion device ^ ' 1 ^ , because of all users. ^ There are different sports modes, but it is not suitable. In general, the sports equipment can be further used in the field, and the setting mode can be used for the user to edit and set the necessary descriptions. Resilience, however, ^ pre-^, 』 can not correctly assess their own 曰 、,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, "Motion Mode 4 200924822 [Invention] In view of the fact that the above-mentioned existing motion device cannot provide its appropriate range of exercise intensity for the use of the sputum itself, it is an object of the present invention to provide an exercise device that can adapt to individual physical fitness and The control method can be adjusted according to the physiological conditions of the user itself - the exercise intensity of the exercise device, so that the exercise device can simultaneously take into account the physical state of different users and provide a reasonable exercise when providing a personalized exercise action. The intensity makes the user even more effective in achieving a more effective exercise effect. The control method of the kinetic energy device used for the above purpose = adaptable) The method of preparation includes the following steps: setting personal physiological conditions Information parameter; receiving a mode selection command; determining whether to enter the automatic grip 彳❹ entering the automatic mode or manual = type 'based on the mode selection command to determine to enter the automatic mode; (4) the course selection instruction, and according to the course selection instruction, the corresponding movement Course; review 7 cough one to generate an automatic mode operation And the automatic mode operation command is generated according to the personal physiological condition of the exercise course, and is output to the 'movement device', 〇x mode operation command, and if: enter: eight: from: to control the exercise device In the non-automatic mode, a variable motion parameter combination is set; '. 5 200924822 «The variable motion parameter manually commands the manual operation command; to control the movement of the motion device corresponding to the motion device The control end, and the adaptable individual physical-memory unit, the second storage system has: a multi-sports exercise course with plural & + π, each exercise course is divided into two different combinations of motion parameters; The unit 'save is stored. The course is composed of - 4 self-same exercise courses, each operation - wheeled unit 4 = action integral dynamic parameters and generation - mode ^ conditional information parameters, variable transport H. _ 彳 彳 0 Order and course selection instruction,; work early, link to the single person physiological condition information parameters:::......Receive course selection refers to 'mode selection instruction or with variable transport two Number =; the personal physiological condition information parameters of the 搭 搭 令 令 令 令 令 — — — — — — — — — — — — — — — — — 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人 个人The control unit is connected to the control unit; the #之之之心, and according to the operation command-power supply unit, is connected to the control unit source to the control unit. j catching the work power root: said: Sports fitness and control methods that can adapt to individual physical fitness = one: the parameters of the physical condition of the person and the sports equipment sports command, and then output to the control end of the exercise device, so that the device is set in addition to the sports course In addition to the actuation mechanism, 6 200924822 can adjust the exercise intensity to match the current user's physical state. In addition, the operation demonstration data of the foregoing memory unit, each of the moxibustion moxibustion A ^ package 3 complex data, each action demonstration μ t combination system respectively corresponds to different action demonstration; the bucket system provides a humanized movement action, and the The exercise device can be set to step by step. It is obvious that the demonstration of the action is shown 〇❹. As can be seen from the above description, the present invention is based on the parameters of the input of the person to be used as the basis for adjusting the movement of the field. In the exercise device of the present invention, even if the exercise is performed under the exercise course, the difference between the exercise intensity of the exercise device (4) and the device can obtain a sport that is more helpful to their own health. effect. β In addition, the above-mentioned sports device can be further provided to provide a graphic display of the user's movements and movements. Therefore, the sportswear ==, so that the overall movement is more correct for one person 8 to take into account the physical state of different people, the exercise intensity of the reason, so that different users can get healthy; better exercise effect, Can also provide a:: healthy now. The embodiment of the mobile device of the present invention (the system block diagram of the preferred embodiment includes: A variety of sports classes 200924822 and multiple movement demonstrations, the overall set of coarse movements - constitutes a series of different sports demonstrations, and the movements are corresponding to different movements. The dynamic/static image of the D-Goma, which shows the movement action, recognizes that the tea or the shirt corresponds to a time, the frequency, and the movement. In this embodiment, each of the motion-action parameters represents the parameter of the person. The time and the frequency, etc., the motion device will continue to operate; when the motion is implemented in the motion device, the time of the field movement and the frequency of its operation are determined, and the motion parameter is used to determine the aforementioned single stroke Action demonstration data; 4 for m,,,,..), user-operated and set personal & conditional poor information parameters, heart-to-life life-course selection pendulum change motion parameters and output-mode selection instructions and high, The second 'personal physiological condition information parameter can be the weight and movement parameters used to do the frequency and - action and other parameters, the variable transport parameters: that is, the user needs to set the amplitude of the movement required by the user: = Under the action, the required dimension data of the exercise device; B material and the corresponding action memory list showing the motion action =) 'Connecting the input unit (12) and the physiological stop member W, receiving from the input unit (12) The personal choice of two =, variable motion parameters, mode selection instructions or the course of the individual physiological condition information parameters can be equipped with side motion parameters or with the course selection instructions and then produced: with instructions or automatic mode operation instructions; hand _ operation - a power unit (i 4) that transmits through a power connection interface "4 includes - amplitude, - (d) in this embodiment, the variable motion parameter can be connected to the control unit of the control unit (3) And the root can be received from the control unit (1 and actuated according to the operation instruction; a power supply unit (], can provide working power to the control unit =) the control unit (... , == Two steps include the following - or multiple devices: Play the memory of the single two-two connection of the control unit (") 'personalized motion action demonstration display action information to provide users with a voice The device ry, r 7 ) ' is connected to the control unit f 1 q, can be used in the movement of the exercise course... (1 3 ), sounds as a prompt; ^ 仃 or when the execution is completed, a communication interface fl Q, 8) 'Connect the control unit () The communication interface (1 8) and an external power 'transmission, the communication interface is placed in the signal transmission) can be wired RS-232/lJCiR, ^·^ " Infrared, RF or Bluetooth module; / SB connection with a display interface (2 9 can be controlled via this display link early - (1", 丄 y) to connect a foreign face to you for a clearer motion demonstration To the user. (4) No device, to draw a reference to the second human body motion device 2, is the flow chart of the control method that can be adapted to the above, including the right · set personal physiological bar Du $ β & ((1) set its physiological conditions, which can include parameters such as gender and gender; body, age, receive a mode selection command _), the user is the input... 200924822 2) Input-mode selection refers to ♦' Control unit (丄 mode selection command; Singer judges whether to enter automatic mode (102), control list & (丄3) judges to enter automatic mode or manual mode according to the mode selection command; “Enter automatic mode (103); accept a course selection instruction (104), the user inputs the course selection instruction to the control unit (") by the input unit (work 2), the control unit 〇❹ 兀 ^ 3 ) and reads one according to the course selection instruction Corresponding exercise course; generating an automatic mode operation instruction (1〇5), which is generated by the control unit (the k-person physiological condition information parameter and the exercise course; output automatic mode operation instruction (106) The control unit (丄== mode operation command is output to the control end of the motion device to control the action of the motion device; the motion device starts to operate (111). The control can be automatically adapted according to the conditions input by the user. The intensity of the exercise is provided to the user. On the other hand, the m month provides a manual operation mode for the user with higher flexibility and friendly operation. The instructions are as follows: if (4) unit (i 3) To judge the precession of the penis, proceed to the following steps: Enter the manual mode (107); Element (variable motion parameter combination ((10)), the user enters a variable motion parameter with the input to the control unit (13) ; manual mode operation command (1 〇 9) 'system control unit (1 3 ) 200924822 generated according to the variable motion parameter combination; output manual mode operation command (110), which is controlled by the control unit (1 3 ) The operation command is output to the control end of the motion device to control the motion of the motion device; the motion device starts to operate (111). In the embodiment, the personal physiological condition information parameter It may include parameters such as body weight, body two, age, gender, etc., in the step of setting the personal physiological condition information parameter (100), which may further include: system initialization (1 00 Ί); setting weight (1002); setting height (1003) Set the age (1 004); set the gender (1 005). In the above-mentioned setting to accept a course selection command (104), 玎 further includes: setting the exercise level (1041), input through the input unit (1 2 ) An amplitude parameter is sent to the control unit (13); the default exercise course (1042) is selected, and a course selection instruction is input to the control unit (13) through the input unit 2). In the embodiment, the variable motion parameter combination may include amplitude, time, frequency, motion and other parameters, and each parameter is a parameter set by the user to edit/exercise the motion to define the amplitude and maintenance of the motion device. The time, frequency and the action demonstration of the display 'is that, in the step of setting a variable motion parameter combination (108), the method further includes: 200924822 setting the amplitude (1081); setting the time (1082); setting the frequency (1083) ); Set the action (1084). In this embodiment, as shown in the second figure, after the step of generating a manual mode operation (109), the method further includes: generating a warning signal (1091), and determining, by the control unit (1 3), the motion device When the manual mode operation command is actuated, will it cause the user to be physically uncomfortable, in other words, whether the variable motion parameter combination exceeds a allowable range, and if the allowable range is exceeded, a warning is generated by the control unit (13). Signal; otherwise, proceed to the next step. The allowable range can correspond to different physiological conditions and has correspondingly appropriate limits. (2) As a result of the above, please refer to the fourth figure, which is a vibration machine (
係設於該頂部上， 方法及系統方塊圖的運動裝置，其包含： 一底座（20)，前述動力單元（Actuating device on the top, method and system block diagram, comprising: a base (20), the aforementioned power unit (
元（ 2 ) 該顯 ，前述輸入單 )分別設於該操作面板（2 單元（12)為複數按鍵； ’分別架設於該 12 200924822 支撐部（2 1 )靠近頂部之相對兩側。 本實施例中，當使用者使用該震動機（2 )時，係先 於該操作面板（2 2 )該輪入個人生理條件資訊（如身高、 體重、性別及年齡等），接著選擇自動或手動運動模式， 如選擇自動運動模式後，則進一步設定運動等級（本實施 例係為震幅大小），再接著選擇該震動機（2 )内定的運 動課程（本實施例中該運動課程係包含動作示範資料、震 動頻率及時間）’隨後震動機（2)即開始啟動：或者， 選擇手動運動模式，使用！ ^ ^ Λ便用者則進一步设定—運動動作所必 :::入之震幅、頻率、時間及所欲實施之動 =動機⑴即開始啟動，此外，若使用者所設定之 ml與其個人生理條件資訊比較下，可能在運動過程 ==適，則操作面板（22)的顯示單元（"程) 、頌不一 s告訊息提醒使用者。 ❹ 圖所示，當該震動機（2)啟動後，顯示單元 6)即顯示運動動作的示範 顯示單元（1 6 )可n 本實施例中，該 3* . 進一步顯示實施該運動動作使用者將 運用的肌群’再如第六圖所 ：：使用者將 (1 6 )所展示的示卜你冑用者了根據該顯示單元 作之後，顯示單元（Η步運動’當完成-項運動動 所示，使用者即跟丄 換至下—動作，如第七圖 動課程或運動時間結束為止:繼續運動’直到所設定之運 生理條件資^二：發明為了能依據使用者輸入之個人 參數，加以控制運動震置，使其能提供使用 200924822 者最適配的運動強弱程度，是以，需令各預設運 對應-合適的生理條件資訊參數容許範圍。當使 裡 課程時’先前輸入之個人生理條件資訊:數 =超出該運動課程對應的容許範圍，該運㈣置將只 在該適當的條件下，以確保使用者身體不致無法、 以前述震動機（2 )為例’使用者在選 叙 係先選擇運動強产，/ 選擇運動課程前 ❹ ❹ 幅參數係決=動一振幅參數’該振 、疋茨震動機（2)之振動強度；而該 2中的各個運動動作皆預設有一時間、一頻率及—動作等里 例如第六圖所示之運動動作’其對應預設的時間、 頻率及動作係為15秒、扣赫兹及第五圖顯示單元（ ^顯不之示範動作’表示該震動機（2)將於15秒鐘内 ^不j不範動作並維持頻率3〇赫兹的震動。 :述的15秒及30赫兹係對應至適當的生理條 1 H65 I 心介於45〜6〇公斤、身高介於 〜 分' 年齡介於18〜3G及性別為女性的使用者。 當個人生理侔杜咨却办机+ ^ 即判斷該運動動==合理範圍時’震動機（2) 内部微調，將運作不豸於疋進仃 時間減/為10秒或者振動頻率減至25 赫兹’抑或是降低振動強度。 所述，本發明係藉由所輪入之個人生理條件資訊 參數作為調整運動裝置運動強度之依據，當不同使= 用本發明之運動梦署拄p〇找」仗用者使 皆令該運動裝置於同-運動 ^ ，各使用者仍會因為其所對應設定之個人生理 200924822 不同 條件資訊參數使該㈣裝置之運動強度有所差異，相 使用者能各自獲得對自身健康較有幫助之運動效果。 圖。 【圖式簡單說明】 第一圖：係本發明運動裴置_較佳 實施例的系絲 方塊 ❹ 第二圖 第三圖 第四圖 圖 :係本發明控制方 乃在—流程方塊圖。 :係本發明控制方法 土 ± . 成另一流程方塊圖。 :本發明運動裝 — 置一較佳實施例之外 示意 圖 意圖 第五圖：係第四圖之面板 双顯不不意圖。 第六圖：係本發明應用於— 、 第四圖之實施例的 第七圖：係本發明應用於一 、 第四圖之實施例的另 示意 一示 Ο 【主要元件符號說明】 (1 〇 )運動裝置 (1 2)輸入單元 (1 4 )動力單元 (1 5 )電源開關 (1 7)揚聲裝置 (1 9 )顯示連結介面 (2 0 )底座 1 1 )記憶單元 1 3 )控制單元 1 4 1 )動力連結介面 1 6 )顯示單元 1 8 )通訊介面 2 )震動機 21)支撐部 15 200924822 (2 2 )操作面板 （2 3 )把手組(2) The display unit (1) is respectively disposed on the operation panel (the 2 unit (12) is a plurality of buttons; 'the two are respectively mounted on opposite sides of the 12 200924822 support portion (2 1 ) near the top. When the user uses the vibrating machine (2), the user enters personal physiological condition information (such as height, weight, gender, age, etc.) before the operation panel (2 2), and then selects an automatic or manual motion mode. If the automatic motion mode is selected, the motion level is further set (this embodiment is the amplitude of the amplitude), and then the exercise course specified by the vibration machine (2) is selected (in this embodiment, the exercise course includes action demonstration materials) , vibration frequency and time) 'The vibration machine (2) will start to start: or, select the manual motion mode, use! ^ ^ The user will further set the movement - must::: the amplitude, frequency , time and desire to implement = motivation (1) to start, in addition, if the user set ml compared with their personal physiological conditions information, may be in the exercise process == appropriate, then the operation panel ( 22) The display unit ("程), 颂 s 讯息 message reminds the user. ❹ As shown in the figure, when the vibration machine (2) is activated, the display unit 6) displays the demonstration display unit of the motion action (1 6) can be used in this embodiment, the 3*. further shows the muscle group that the user who will perform the exercise action is as in the sixth figure: the user will use the display shown by (1 6 ) After the display unit is made, the display unit (the step movement 'when the completion-item movement is shown, the user changes the following to the next-action, such as the seventh picture movement course or the end of the exercise time: continue to exercise 'Until the set physiological conditions 2: In order to be able to control the motion according to the personal parameters input by the user, the invention can provide the most suitable level of exercise intensity for the use of 200924822. The transportation corresponds to the appropriate physiological condition information parameter tolerance range. When the course is in the 'previously entered personal physiological condition information: the number = exceeds the allowable range corresponding to the sports course, the transportation (four) will only be under the appropriate conditions , In order to ensure that the user's body is not able to be used, the aforementioned vibration machine (2) is taken as an example. 'The user selects the sports strength in the narrative system first. / Before selecting the sports course ❹ 参数 参数 系 = 动 动 动 动 动 动 动 动 振幅 振幅 振幅 振幅The vibration intensity of the 震动茨振动机(2); and each of the motions in the 2 is preset with a time, a frequency, and an action, such as the motion action shown in the sixth figure, which corresponds to a preset time and frequency. And the action system is 15 seconds, the buckle Hertz and the fifth picture display unit (^ show the demonstration action ' indicates that the vibration machine (2) will be within 15 seconds ^ does not operate and maintain the frequency of 3 Hz vibration : The 15 second and 30 Hz lines correspond to the appropriate physiological strip 1 H65 I heart between 45 and 6 〇 kg, height between ~ minutes ' age between 18~3G and gender for female users. When the individual physiology 侔 咨 却 却 + + + ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Hertz's either reduce the vibration intensity. According to the present invention, the information of the personal physiological condition information that is rotated in is used as a basis for adjusting the exercise intensity of the exercise device, and when the difference is made, the use of the exercise system of the present invention is used to find the user. The device is in the same-movement^, and each user will still make the (4) device's exercise intensity different because of the corresponding personal physiological parameters of the human physiological 200924822. The user can obtain the sports that are more helpful to their own health. effect. Figure. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a moving block of the present invention. The preferred embodiment is a wire block. The second drawing is a third drawing. The fourth drawing is a block diagram of the present invention. : The control method of the present invention is soil ± . The sportswear of the present invention is placed outside of a preferred embodiment. The schematic view is intended to be the fifth drawing: the panel of the fourth drawing is not intended. Figure 6 is a seventh diagram of the embodiment of the present invention applied to the fourth figure: another schematic diagram of the embodiment of the present invention applied to the first and fourth figures. [Description of main component symbols] (1 〇 ) Motion device (1 2) Input unit (1 4 ) Power unit (1 5 ) Power switch (1 7) Speaker device (1 9 ) Display interface (2 0 ) Base 1 1 ) Memory unit 1 3 ) Control unit 1 4 1) Power link interface 1 6) Display unit 1 8) Communication interface 2) Vibrator 21) Support 15 200924822 (2 2 ) Operation panel (2 3 ) Handle set
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