200900107 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種運動訓練方法及其裝置，尤指在運動裝置上 所設-傳動繩索設與-可調震幅彈震運動模組呈接設組合，以讓運 動者承受來自彈震麵模組震動式負荷喷供運動麟者，並視其 •運動過私中的體志狀況及訓練安排來調整彈震動作及震動幅度以供 ▲ 訓練。 【先前技術】 ( 。月參閱第十五圖係本國新型專利證書號第_429 ?虎「一種扭 腰。川練機」之習式結構(6〇)，概為一矩形之架體⑹），該架體左右 側各設-可上下升降之手臂配重器⑽，該手臂配重器（62)更包含 複數配重塊⑽）’該各配魏(621)設兩穿孔，該兩穿孔係供該架 版(61)左右側各兩立官（63)穿設，該配重塊（621)中間設一孔供一拉 桿穿接’該拉桿(64)縱向排列有若干數之插孔，該各插孔係供一插 桿^經該配重塊(621)外側之-槽孔，再插套於該插孔内，該拉桿⑽ ，藉-拉繩（611)圈設過至少—滑輪(612)，該拉繩(611)另一端設一 ( 年<圈（613) ’該環圈係供圈設在人體手臂，使運動者上半身施以前後 扭轉，其兩臂可拉動該拉繩(611)而將該手臂配重器（62)之數配重塊 •上提。 . 另一習式結構(70)，請參閱第十六圖係在一滑輪架體(71)上穿 设一繩索（72)，該繩索（72)—端繫上一配重塊(π)，另端繫上一拉 引部（74)以讓運動者握持拉引，並在繩索（72)中段適當處設置一呈 偏心轉動裝置（75)，該震動裝置（75)上設有一滑輪(751)，該滑輪 (751)被繩索（72)纏繞以藉由繩索（72)將配重塊（73)的重量及偏心 轉動裝置（75)的運動傳至運動者。 【發明内容】 200900107 (所欲解決之技術問題） 惟^發财發現，前_。結_磁—_上配重塊 丨部’讓義者㈣訓練，藉由人體施力秘配重塊上提， =下，此觀以何餘㈣練在-定咖内肌肉的伸張及 =7數有限⑽1式結構軸有侧單純馬達配合偏 =產=震效果，以增加在—定日_肌肉的伸張及收縮訓練次 不造成的震幅大小是岭的，無法透過人機介面依各種 不R训練文排予以設定不同震幅。 (解決問題之技術手段） 合貫ϋΓ/於1V乃憑㈣長期對於各項運動器具之研究及融 i Γ邮―種射調震幅賴運動方法及模組裳 iifjf實 如下步驟:（a)設物者錢—具設彈震 置—震幅調整裝3 料運誠u有特&電路絲式控繼與運動平台搭 該彈震運動模組之彈震作動，經與—預設運動平台上的傳動 部索=及—人機介面控概，其作動可傳達至運動者握持的拉引 由上述方法，讓運動者承受―特定翻的變動力量及震動， 震^、運_程愧狀況及辑安排能輕彈震動作及震動的 傳動鄉^運動f置係包含運動平台，其包含設—傳動繩索，該 端繫於—施力物或無施力物而直翻設於彈震模組結設 :端繫於拉引部’該拉引部係讓運動者握持住；—彈震運動模 =，其包含-驅動裝置、-擺動連桿組、及一震幅調整裝置，財， =罷動連桿組上可对-轉部，又魏練置聽由—電路及程 式控制器㈣且_設勒模式㈣,m帶動軸連桿組以造成吟 200900107 器所控制以調整 部震動’又震幅調整裝置亦同受該電路及程式控 結設部震動之彈震動作及震動幅度； 另 ，該震幅調整裝置，係在擺動連桿組中負 動連桿碱-可敎點，藉由魏該支驗如調整^震動幅^ 的大λ! 精由邊運動平台上所設傳動繩索以纏繞該彈震運動模租上的结 设部，縛震運軸_產生的震動得⑽线動者，200900107 IX. Description of the invention: [Technical field of the invention] The present invention relates to a sports training method and apparatus thereof, and more particularly to a transmission cable set and a tunable amplitude elastic motion module The combination is connected to allow the athlete to withstand the shock load from the shock-surface module, and adjust the shock action and vibration amplitude for the sports situation and training schedule. training. [Prior Art] (Review of the fifteenth figure is the national new patent certificate number _429? Tiger "a twisting waist. Chuan Lianji" formula structure (6 〇), is a rectangular frame (6)) The left and right sides of the frame are respectively provided with an arm weight (10) that can be lifted up and down, and the arm weight (62) further includes a plurality of weights (10)). Each of the Wei (621) is provided with two perforations, and the two perforations are provided. The two sides (63) of the left and right sides of the plate (61) are provided, and a hole is arranged in the middle of the weight (621) for a pull rod to be connected. The pull rod (64) is longitudinally arranged with a plurality of jacks. The jacks are provided with a plunger through the slot of the outer side of the weight (621), and then inserted into the jack, and the pull rod (10) and the pull rope (611) are circled at least - Pulley (612), the other end of the drawstring (611) is provided with a (year <circle (613) 'the loop is provided on the human body arm, so that the upper body of the athlete is twisted before and after, and the two arms can pull the arm Pull the rope (611) and lift the weight of the arm weight (62). • Another conventional structure (70), please refer to the sixteenth figure on a pulley frame (71). Wearing a rope (72), the rope 72) - the end of a weight (π), the other end of a pull (74) to allow the athlete to hold the pull, and an eccentric rotating device is placed in the middle of the rope (72) 75), the vibration device (75) is provided with a pulley (751) wound by the rope (72) to load the weight of the weight (73) and the eccentric rotation device (75) by the rope (72) The movement of the movement to the athletes. [Summary] 200900107 (The technical problem to be solved) Only ^Fai Cai found that the former _. _ _ _ _ _ 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上The human body exerts a secret weight, and the lower part of the body is raised. (4) The stretching of the muscles in the fixed coffee and the limitation of the number of the 7th (10) 1 type structure shaft with a side simple motor with partial bias = production = shock effect, Increasing the magnitude of the earthquake caused by the stretching and contraction training of the muscles is not the same. It is impossible to set different amplitudes through the human-machine interface according to various non-R training strokes. (Technical means to solve the problem) ϋΓ ϋΓ / at 1V is based on (4) long-term research and integration of various sports equipment, i ― ― 种 种 种 种 种 种 运动 赖 运动 运动 运动 运动 运动 运动 运动 运动 运动f The following steps are as follows: (a) Set the owner's money - with the bomb set - the amplitude adjustment device 3 Material Yuncheng u has the special & circuit wire control and the motion platform to take the shock of the elastic motion module Actuation, through the pre-set motion platform on the transmission section cable = and - human-machine interface control, its actuation can be conveyed to the driver's grip by the above method, allowing the athlete to withstand the "specific turn of the variable force and Vibration, vibration, and operation _ 愧 愧 及 及 及 及 及 及 及 及 及 及 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动 运动The force object is directly turned over to the elastic module: the end is attached to the pull-out portion 'the pull-out portion is for the athlete to hold; the elastic motion mode=, which includes the - drive device, the swing link Group, and a shock amplitude adjustment device, Cai, = strike link group can be on the - turn, and Wei Lian listen to - circuit and program controller (four) and _ setler mode (four), m drive shaft link set In order to cause the vibration of the adjustment unit to be controlled by the 200900107 unit, the amplitude adjustment device is also subject to the shock of the circuit and the program control unit. And the amplitude of the vibration; in addition, the amplitude adjustment device is in the swing link group, the negative link is alkali-coilable, and by Wei, the test is as large as the adjustment of the vibration amplitude ^ The transmission rope provided on the platform is wound around the knot portion of the elastic motion model, and the shock generated by the shock transmission shaft is (10).
受-預設範__力量及震動，並在其運動過財視體能狀況及 訓練安排能調整彈震動作及震動幅度者。 (對照先前技術之功效） 兹由以上說明得知，本發_較先前技術，確可達到如下之功 效： 1、該創新彈震運動模組設可與不同具拉伸、拉引運動平台據 以組設，並藉由繩索供平台娜震運龍組呈連設運動模式，^有 效變化該單齡引㈣魏方式，且可⑽财傳導震^至運動 者’為-完全獨裝置經最佳她合方式供制者得兼具健身及訓 練多重功效。 ° 2、可改變震動幅度：由於本發明之彈震勒模㈣置震幅調 整裝置作動’可視運動者在運動麵巾的體驗狀t峰安排能調 整彈震動作及震動幅度，俾達極佳創新及實用方便者。 3、 可激勵臟器、提升肌力：本發明於運動訓練時，在運動者施 力過程中產生震動，以可激勵人體各臟器、促進血液循環、同時可 快速提升肌力、肌耐力等之功效者。 4、 多重功效運動平台：由於本發明之運動訓練時，在運動者施 力過程中產生震動，以提供震動運動，具有健身與訓練運動功效目 的者。 200900107 【實施方式】 閱第一〜二圖所示’分別為^ ^ 體實施方法·。係以⑴、，胁本杜 及衣置本發明具 動平A，r :J)獅者使用—具設有職運動餘(〇之運 (3) I料彈震運動模組中並設有—震幅調整裝置（40)， 運運動模組(〇係以—預設電路及程式控制器⑽與 之電路控制面板)(D)連設以控制其彈震動作及震 ^平a⑻^〜獅敝⑹之彈震伽，又其震麟式並設經運 、㈣ΐί)所設—傳動繩索(53)(即力量傳動件)連結組設，傳達至 ㈣赌(53/54) H財财法《賴運動者使 預㈣力及颇，並在魏過程巾視其體能狀況透過 4人機;丨面2)_整彈肋作及震能度讀訓練。 hi ^如第二〜三騎示’本發㈣)實施的具設有彈震運動模組 3運動平台⑻，其上設有—傳動繩索⑽，該傳動繩 ^繫於知力物(55)，另端繫於一拉引部(54)，該拉引部 (54)係供運動者握持；及—彈震勒模組⑹，其内具設有一驅動裝 置(20)、一擺動連桿組⑽）、及一震幅調整裝置⑽，其中，該擺 動連桿組⑽)上設有與繩索作連結組設之結設部⑽X其係設為一 滑，組或供組設之拉環），又該驅動裝置⑽)係設有一電路及程式控 ，器（28)，且文其控制以帶動獅連桿組(3〇)而造成該結設部⑽ 壬震動狀’又震幅調整裝置⑽亦受該電路及程式控制器⑽所控 制以調整結設部(38)震動之震動幅度，本發明⑷進一步特徵描述如 下； 請參閱第四〜五圖所示，設該彈震運動模組(c)設有一基座（1〇) 係由複數個橫框架（11)與縱框架（12)接設組成，其上組裴有複數個 樞座（13)(14)(15)，以可與一驅動裝置（2〇)及一擺動連桿組（3〇)樞 200900107 接’並在緊鄰樞座（14)或（15)的左右下側可至少加設一預設形狀及 可供缓震材質之緩衝元件（圖中未示），以吸收擺動連桿組（3〇)的震 動以減少噪音； 請參閱第六圖所示’該驅動裝置（20)係預設有電路及程式控制 益（28)控制驅動，其係由一馬達(21)、一傳動軸（25)與二組驅動塊 (27)所組成，該馬達(21)軸心處接設一皮帶輪(22)並將一皮帶(23) 與該傳動軸(25)上之皮帶輪(24)套設連結，俾可經馬達(21)作動使 皮帶(23)帶動傳動轴(25)轉動；該傳動軸(25)，其兩端同側凸伸一 偏心軸桿（251)，於基座（1〇)上相對應之前、後樞座（a)處上分別組 設一軸承座（26) ’使傳動軸(25)兩端分別穿伸該二軸承座（26)，並 使兩端偏心軸桿(251)分別穿套於一驅動塊組(27)上方，該驅動塊組 (27)其係由二矩形塊體所組成； 另請參閱第七圖所示，該擺動連桿組(3〇)，係主要由第一、二、 二擺動連桿(31)、(34)、（36)所樞接成型，其概呈長條板狀，其中， 該前、後第一擺動連桿（31)其左端形成一 u型夾板狀之樞接端 (311)，其係透過基座（1〇)中段處上所設兩兩相對之樞座（14)分別與 第一擺動連桿(31)中段樞接，形成一樞接點b使該第一擺動連桿(31) 右側樞接於該驅動塊組(27)底部，形成一樞接點a，再將左側之u 型樞接端（311)樞接於一帶動塊(32)底部，該帶動塊(32)同樣係為一 矩形塊體’使二帶動塊(32)上方之間樞接一枢軸(33) ’且該樞軸(33) 並牙伸於前、後第二擺動連桿(34)之左側，該第二擺動連桿（34)概 呈一長方形框架，其中央具有一執道(341);再請配合第八圖，一驅 動座（35)，係概呈u型狀，座體兩端分別向上垂直設具有二枢接板 (351)，將驅動座（35)兩端之各樞接板(351)藉一軸承組(342)以分別 樞接滑設於各第二擺動連桿（34)之軌道（341)内，以形成一樞接點 c，其可於驅動座（35)左右兩端之基座（1〇)上各設有一組極限開關 200900107 以作為原點及終點的感應及保護用；該第二擺動連桿（34)右側穿伸 一長樞軸(37) ’使該長樞軸(37)兩端框接於前、後第三擺動連桿(36) 之右側，該第二擺動連桿（36)係透過基座（1〇)另側所設兩兩相對之 樞座（15)以分別與其另端樞接’又該長樞軸（37)兩側各固接一結設 部（38);另該驅動座(35)底座下方預設一彈性元件（352)形成一預壓 彈簧結構，使其可隨驅動座（35)滑移，並提供該驅動座（35)滑移時 之緩衝功效者。 請參閱第四及第八圖所示者，該震幅調整裝置（4〇)，係受電路 及程式控制器（28)控制驅動，其係於基座（1〇)一側組設有一馬達 (41)，該馬達(41)經由一減速機構(42)之軸桿(43)與一水平螺桿 相卡&連接，且该水平螺桿(44)另端係穿伸一樞板(45)與該驅動座 (35)並樞固於另一枢板(；451)上，於螺桿^^外側端上組設一電動缸 醜感應1 (¾未示），俾可感應侧該馬達⑷）（電動缸）之轉動 圈數，其中，該二柩板(45)、（451)係相對且分別固接於基座〇〇)中 段處之二縱框架⑽上，且賊二枢板(45)、（451)間二側分別固接 一與該水平螺桿(44)平行之軸桿(46); 另各^干件與擺動連桿組(3 0)間係可透過軸套或其他連結套件 以相互穿伸樞接者；另其中，該驅動機構(2〇)之馬達(21)與傳動軸 (25)間係可為齒輪機構或皮帶輪機構或其他驅動機構傳動者； 本創作之震動作動，請配合參閱第七圖及第九圖中的（a)、（b) 圖所示’ §驅動機構(20)之馬達(21)經由皮帶(23)以帶動傳動軸(25) ，動時，偏心軸桿(251)即連帶驅動該驅動塊組(27)產生上下偏擺， =偏心軸桿(251)轉動一圈時，透過驅動塊(27)作傳遞樞轉作動，其 擺幅d卜該第一擺動連桿(31)即以樞接點b為支點，而使其兩端^ T呈上下偏擺狀，其左側樞接端（311)連帶使該帶動塊(32)上下偏 擺’其擺巾昌d2 ’進而也帶動該第二擺動連桿⑽以樞接點c為支點， 200900107 而呈上下偏擺狀，其右侧之長姉(37)即同時帶動第三擺動連桿 (36)右側與-對結設部(38)上下職狀，其擺幅如；，當驅動機構 (20)，動使傳動軸（25)之偏心軸桿(251)作動循環恰位於該傳動轴 (25)之正上方及正下方時（同向轉動），可使該擺動連桿組⑽產生 上下震幅擺動’且使該-對結設部⑽泰復始上下位移之循環動 作’又配合馬達(21)_速贿該—對結設部⑽產生各種頻率震 動之上下位移或呈前後拉伸動作者，如第十圖所示者； 再請配合錢第七及第九时之⑹、（e)圖卿，其係可透過 该展幅調絲置⑽之馬達⑹作動並經由減速機構⑽驅動螺桿 (44)轉動，使驅動座（35)與螺桿⑽間產生相對位移，而連帶使該 軸承組(342)與樞接板(351)於第二獅連桿轨道⑼加產生左右 方向位移，即係使該枢接點c相對於基座⑽左右位移，透過槓桿 =可得知’當調整支點（即枢接點g)向左位移時，使支點右側 杯端變長’因此當轉機構⑽)驅_第二擺動連桿⑽左側短端 偏擺時，右側長端即可產生大幅度偏擺距離，可增加擺動連桿組⑽） &動巾田度’反之’虽调整支點（即樞接點c )向右位移時，使即 支點右側桿端變短，因此當驅動機構⑽鶴該第二獅連桿⑽ ^側長端偏擺時，右細端僅產生小幅度偏擺距離，可減少擺動連 桿組⑽之擺動幅度，故形成—可改變偏聽度之震幅調整裝置 (40)，以改變其震動幅度； 綜上_，故藉倾獅平台⑻讀動齡(53)_或接設該 ^ :運動模組(C)的結設部(38) ’讓彈震運動模組(c)所產生 =以傳至運動者’讓運動者承受一特定範圍的變動力量及震動，並 1其運動過程中視體能狀況及訓練安排能調整彈震動作及震動的震 幅0 請參閱第十-圖所示，係一固定式震幅的彈震運動模組(〇，係 11 200900107 以不具設震幅調整裝置（40)，但亦藉由該運動平台（B)之傳動繩索 (53)纏繞組設於該彈震運動模組(c)的結設部（38)，讓彈震運動模組 (C)所產生的震動得以傳至運動者，讓運動者承受一特定範圍的變動 力置及震動，同樣具快速訓練肌力、激勵臟器以促進血液循環、及 瘦身按摩等效果。 士發明其實施紐可如第十二圖所示係本發明⑷手部運動訓 練之實施態樣’藉由兩手握拉引部⑽來拉引著施力物(55)，該彈 震運動模組(C)產生彈震效果，以便手肩胸部承受變動式負荷。 又如第十三圖所示係本發明（A)腿部運動訓練之實施態樣，藉由 兩腿套碌引部（54)來拉引著施力物(55)，該彈震運滅組⑹產 生彈震效果，以便腿部承受變動式負荷。 另如第十四圖所示係本發明(Α)腰部運動訓練之實施態樣，藉由 腰部繫上㈣部⑽來以㈣拉引彈震運動模㈣）之結設部 38)謂震運動模域n彈震效果，以便腰部承受震動（不 加施力物），達到扭腰訓練及健身的效果。 又本發财具體實施之運動平台係可設具設有施力物（配重塊） ’以不具設施力物以作為不雜引作祕各具有設難引作動之不 同運動平台上使用。 ‘上所述，本發縣「—種具可贿幅之彈震麵方法及模組 、乂係猎由該獅平纟之雜齡與轉震魏獅之結設部呈 知連' 並❸縛震運動模組内含有—震幅調整裝置，讓彈震運 的生的震動得以傳至運動者，以供運動者承受一特定範圍 城震動’並在其運動過程中視體能狀況，能調整該震動 Γ早 震幅，而達快速訓練肌力、激勵臟器以促進錢循 二摩等效果，且其構成結構又未曾見於書刊或公開 付口舍明專利申請要件，懇請釣局明鑑，早日准予專利， 12 , 200900107 至為感禱。 需陳明者，以上所述乃是本發明之具體實施立即所運用之技術 明 原理，若依本發明之構想所狀改變，細產生之魏相仍未超 出說明書及®示所涵蓋之精神時，均應在本發明之範_，合予陳 圖式簡單說明】 第 A圖··係為本發明方法及彈震運動模組實施流程示 意圖。 第二圖 第三圖 弟四圖 第五圖 第六圖 第七圖 第八圖 第九圖 f 係為本發明實施例之平面圖。 係為本發明彈震運動模組之立體圖。 係為本發明彈震運動模組之立體分解圖。 係為本發哪震運誠組之基座立料觀圖。 係為本發日震運雜組之驅練置讀外觀圖。 係為本發哪震勒池之鶴連桿社體 係為本發卿驗賴組之震幅·裝置外觀圖。 係為本發明彈震運糖組之作_理示意圖。 =圖：係為本發震運動触結設部彈震示意圖。 圖·係為本發明具固定震幅彈震運動模組之立體 ，十一圖：係為本發明手部實施態樣圖。 ° ' f十二圖：係為本發明腿部實施態樣圖。 第十五圖 第十六圖 【主要元件符號說明】 (A) 本發明 (B) 運動平台 第十四圖：係為本發明腰部實施態樣圖（無施力物）。 係為習式結構圖。 係為習式結構圖。 a ’ b，c，樞接點 (C)彈震運動模組 13 200900107 (D)人機介面 (10)基座 (12)縱框架 (14)樞座 (20)驅動裝置 (22)皮帶輪 (24)皮帶輪 (251)偏心軸桿 (27)驅動塊組 (30)擺動連桿組 (311)樞接端 (33)樞軸 (341)執道 (35)驅動座 (352)彈性元件 (37)長枢轴 (40)震幅調整裝置 (42)減速機構 (44)螺桿 (52)滑輪 (54)拉引部 (60)習式結構 (611)拉繩 (613)環圈 (621)配重塊 (11)橫框架 (13)柩座 (15)樞座 (21)馬達 (23)皮帶 (25) 傳動軸 (26) 軸承座 (28)電路及程式控制器 (31) 第一擺動連桿 (32) 帶動塊 (34)第二擺動連桿 (342)轴承組 (351)樞接板 (36)第三擺動連桿 (38)結設部 (41)馬達 (43)軸桿 (51)骨架 (53)傳動繩索 (55)施力物 (61) 架體 (612)滑輪 (62) 手臂配重器 (63) 立管 14 200900107 (64)拉桿 (70)另一習式結構 (72)繩索 (74)拉引部 (751)震動滑輪 (71)滑輪架體 (73)配重塊 (75)震動裝置Subject to the -preventional __ strength and vibration, and in the movement of financial performance and training arrangements can adjust the shock action and vibration amplitude. (Compared with the efficacy of the prior art) As can be seen from the above description, the present invention can achieve the following effects: 1. The innovative elastic motion module can be configured with different stretching and pulling motion platforms. In order to set up and use the ropes for the platform Na Zhenyunlong group to set up a sports mode, ^ effectively change the single-aged (four) Wei mode, and (10) financial transmission shock to the athletes - for - completely independent device The best combination of her and her moderators has multiple functions of fitness and training. ° 2, can change the vibration amplitude: due to the invention of the projectile impact model (four) set the amplitude adjustment device to act 'visual movement in the experience of the sports towel t-peak arrangement can adjust the shock action and vibration amplitude, excellent Innovative and practical. 3, can stimulate the organs, improve muscle strength: the present invention in the exercise training, the vibration generated during the exercise of the athletes, in order to stimulate the body organs, promote blood circulation, while rapidly improving muscle strength, muscle endurance, etc. The effect of the person. 4. Multi-effect exercise platform: Due to the exercise training of the present invention, vibration is generated during the exercise of the exerciser to provide vibration motion, and the purpose of fitness and training exercise is achieved. 200900107 [Embodiment] It is shown in the first to second figures that the method is implemented separately. The system is equipped with (1),, and the clothing of the present invention. The invention is provided with a squad A, r: J) lion use - with a sports movement (〇之运(3) I material elastic motion module is provided with - The amplitude adjustment device (40), the movement module (the system is connected with the preset circuit and the program controller (10) and the circuit control panel) (D) to control its bombing action and the vibration level a (8) ^ ~ lion敝(6) is a shock gamma, and its sinusoidal type is set by the transport, (4) ΐί)--the transmission rope (53) (ie, the power transmission component) is connected and communicated to (4) gambling (53/54) "Lai athletes make pre- (four) force and considerable, and in the Wei process towel according to their physical condition through the four man machine; face 2) _ rib ribs and earthquake energy reading training. Hi ^, as in the second to third riding, 'this hair (four)) is implemented with a motion-moving motion module 3 motion platform (8), which is provided with a transmission rope (10), which is tied to the intellectual property (55), The other end is attached to a pull-out portion (54), which is held by an athlete; and a shock-trap module (6) having a driving device (20) and a swing link a group (10)), and a vibration amplitude adjusting device (10), wherein the swing link group (10) is provided with a connecting portion (10) X which is connected to the rope, and is set as a slip, a group or a pull ring for assembling And the driving device (10) is provided with a circuit and a program control device (28), and is controlled to drive the lion connecting rod set (3〇) to cause the connecting portion (10) to vibrate and adjust the amplitude. The device (10) is also controlled by the circuit and the program controller (10) to adjust the amplitude of the vibration of the vibration of the connecting portion (38). The invention (4) is further characterized as follows; Please refer to the fourth to fifth figures to set the elastic motion mode Group (c) is provided with a base (1〇) which is composed of a plurality of horizontal frames (11) and a vertical frame (12), and the upper group has a plurality of pivot seats (13) (14) (15), Take Connected to a driving device (2〇) and a swinging link set (3〇) pivot 200900107 and at least a predetermined shape and can be added to the left and right lower sides of the pivoting seat (14) or (15) Shock element of the shock material (not shown) to absorb the vibration of the swing link set (3〇) to reduce noise; please refer to the figure 6 in the 'Driver (20) pre-configured circuit and program control (28) control drive, which consists of a motor (21), a drive shaft (25) and two sets of drive blocks (27), a pulley (22) is connected to the shaft of the motor (21) and A belt (23) is sleeved with the pulley (24) on the transmission shaft (25), and the belt (23) can be driven by the motor (21) to drive the transmission shaft (25) to rotate; the transmission shaft (25), An eccentric shaft (251) protrudes from the same side of the two ends, and a bearing seat (26) is respectively arranged on the base (1〇) corresponding to the front and rear pivots (a) to make the transmission shaft (25) The two bearing seats (26) are respectively extended at two ends, and the eccentric shaft rods (251) at both ends are respectively sleeved over a driving block group (27), and the driving block group (27) is composed of two rectangular blocks. Composition; see also As shown in the seventh figure, the swing link set (3〇) is mainly formed by the first, second and second swing links (31), (34) and (36), which are substantially long strips. The front and rear first swing links (31) form a u-shaped cleat-shaped pivot end (311) at the left end thereof, which is disposed opposite to the middle portion of the base (1〇). The pivoting seat (14) is respectively pivotally connected to the middle of the first swinging link (31) to form a pivoting point b, so that the right side of the first swinging link (31) is pivotally connected to the bottom of the driving block group (27) to form a The pivot point a, and then the u-shaped pivot end (311) on the left side is pivotally connected to the bottom of a driving block (32), and the driving block (32) is also a rectangular block 'above the second driving block (32) A pivot (33) is pivotally connected between the pivotal shaft (33) and the second pivoting link (34) extends to the left of the front and rear second swing links (34), and the second swing link (34) has a rectangular frame. There is an obstruction (341) in the center; please cooperate with the eighth figure, a driving seat (35), which is generally u-shaped, and the two ends of the body are vertically arranged with two pivoting plates (351), which will drive Each of the pivot plates (351) at both ends of the seat (35) is borrowed from a bearing set (342) The pivoting slides are respectively disposed in the rails (341) of the second swing links (34) to form a pivot point c, which can be respectively disposed on the bases (1〇) of the left and right ends of the driving base (35). A set of limit switches 200900107 is provided for sensing and protection of the origin and the end point; the second swing link (34) has a long pivot (37) on the right side of the second swing link (37). The right side of the front and rear third swing links (36), the second swing link (36) is provided through the opposite sides of the base (1) to provide two opposite pivots (15) for respectively And a fixed portion (38) is fixed on each side of the long pivot (37); another elastic element (352) is arranged under the base of the driving seat (35) to form a pre-compressed spring structure, so that Sliding with the drive base (35) and providing the cushioning effect when the drive base (35) is slipped. Please refer to the fourth and eighth figures. The amplitude adjustment device (4〇) is controlled by the circuit and program controller (28). It is equipped with a motor on the side of the base (1〇). (41), the motor (41) is coupled to a horizontal screw via a shaft (43) of a speed reduction mechanism (42), and the horizontal screw (44) is threaded through a pivot plate (45). The driving base (35) is pivotally fixed to the other pivot plate (; 451), and an electric cylinder ugly sensor 1 is set on the outer end of the screw shaft (3⁄4 not shown), and the motor (4) can be sensed on the side ( The number of rotations of the electric cylinder), wherein the two jaws (45) and (451) are opposite and respectively fixed to the two vertical frames (10) at the middle of the base ,), and the thief two pivot plates (45) And (451) are respectively fixed to a shaft (46) parallel to the horizontal screw (44); and between the other dry parts and the swing link set (30), the permeable sleeve or other connection kit The motor (21) of the driving mechanism (2) and the transmission shaft (25) may be a gear mechanism or a pulley mechanism or other driving mechanism transmission; , please cooperate with In the seventh and ninth figures (a) and (b), the motor (21) of the drive mechanism (20) is driven by the belt (23) to drive the drive shaft (25). When moving, the eccentric shaft (251) that is, the driving block group (27) is driven to generate up and down yaw, and when the eccentric shaft (251) rotates one turn, the driving block (27) transmits and pivots, and the swing d is the first The swing link (31) takes the pivot point b as a fulcrum, and the two ends thereof are tilted up and down, and the left pivot end (311) is coupled to make the driving block (32) yaw up and down. The towel d2' further drives the second swing link (10) to pivot with the pivot point c, 200900107, and the right side of the long cymbal (37) simultaneously drives the right side of the third swing link (36). The pair-to-node portion (38) is in the upper and lower positions, and its swing is as follows; when the driving mechanism (20) moves the eccentric shaft (251) of the transmission shaft (25), the operating cycle is located at the transmission shaft (25). When it is directly above and below (in the same direction), the swinging link group (10) can generate an up and down amplitude swing 'and the looping action of the pair of knots (10) is repeated with the motor (21) )_Speed bribes - The knotting part (10) generates the upper and lower displacements of various frequency vibrations or the front and rear stretching movements, as shown in the tenth figure; please cooperate with the money seventh and ninth time (6), (e) Tuqing, the system is transparent The motor (6) of the stent (10) is actuated and driven by the speed reduction mechanism (10) to rotate the screw (44) to cause relative displacement between the driving seat (35) and the screw (10), and the bearing group (342) and the pivoting plate are coupled together. (351) The second lion link rail (9) is added to generate a left-right direction displacement, that is, the pivot point c is displaced to the left and right relative to the base (10), and the lever y= can be known as 'when adjusting the fulcrum (ie, the pivot point g) When shifting to the left, the cup end on the right side of the fulcrum is made longer. Therefore, when the rotating mechanism (10) drives the short-end yaw of the left side of the second swing link (10), the long end of the right side can generate a large yaw distance, which can increase the swing connection. Rod set (10)) &Women towel field 'Rise', although the adjustment fulcrum (ie, pivot point c) is displaced to the right, so that the right end of the fulcrum is shortened, so when the drive mechanism (10) cranes the second lion link (10) ^When the side long side is yawed, the right thin end only produces a small amplitude yaw distance, which can reduce the swing link group (10) The amplitude of the swing is formed, so that the amplitude adjustment device (40) that can change the degree of partiality is used to change the amplitude of the vibration. In summary, the lion platform (8) is used to read the age (53) _ or the motion is selected: The knot (38) of the module (C) 'let the elastic motion module (c) generate = to pass to the athlete' to allow the athlete to withstand a specific range of varying forces and vibrations, and 1 during its movement The physical condition and training schedule can adjust the amplitude of the shock action and vibration. 0 See the tenth-picture, which is a fixed-magnitude shock-motion module (〇, Department 11 200900107 with no amplitude adjustment device) (40), but the winding portion (38) of the elastic motion module (c) is wound by the transmission rope (53) of the motion platform (B), so that the elastic motion module (C) The generated vibration can be transmitted to the athletes, allowing the athlete to withstand a specific range of dynamic power and vibration, as well as quickly training muscle strength, stimulating organs to promote blood circulation, and slimming massage. Invented by the invention, as shown in the twelfth figure, the present invention (4) the embodiment of the hand exercise training' pulls the force application (55) by the two-hand grip pull portion (10), the elastic motion mode Group (C) produces a shocking effect so that the shoulder and shoulders of the hand are subjected to a varying load. As shown in the thirteenth figure, in the embodiment of the invention (A) leg exercise training, the force application (55) is pulled by the two leg sleeves (54), and the impact is lost. Group (6) produces a shocking effect so that the leg is subjected to a variable load. In addition, as shown in the fourteenth embodiment, the embodiment of the present invention (Α) lumbar exercise training is performed by the (four) part (10) of the lumbar system, and the shocking motion of the (4) pull-type motion mode (4)) The mode field n is shocking effect, so that the waist can withstand vibration (with no force applied), and the effect of twisting training and fitness can be achieved. The sports platform that is implemented in this way can be equipped with a force-applying material (weighting block) to use it on a different sports platform that has no facilities and is not difficult to use. 'On the above, this county is "-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The shock-absorbing motion module contains a shock amplitude adjustment device, so that the vibration of the live motion of the missile can be transmitted to the athlete, so that the athlete can withstand a specific range of city vibrations, and can adjust the physical condition during the movement. Vibrate early shock amplitude, and achieve rapid training of muscle strength, stimulating organs to promote the effect of money and the second Mocha, and its structure has not been seen in the books or publicly to pay for the patent application requirements, please ask the fishing bureau Mingjian, as soon as possible Patent, 12, 200900107 To pray. To be clear, the above is the technical principle applied immediately by the specific implementation of the present invention. If the concept of the present invention changes, the fine-grained Wei phase is still not Except for the spirit of the manual and the scope of the instructions, it should be in the scope of the invention, and a simple description of the combination of the drawings. Figure A is a schematic diagram of the implementation of the method and the elastic motion module of the invention. Figure 3, Figure 4, Figure 5, Figure 5 Figure 7 is a plan view of the embodiment of the present invention. It is a perspective view of the elastic motion module of the present invention. It is an exploded perspective view of the elastic motion module of the present invention. The image of the pedestal foundation of the Zhenyun Yuncheng Group is based on the appearance of the rigorous movement of the Japanese-made earthquake group. The amplitude of the group and the appearance of the device are the schematic diagrams of the bombing and transporting sugar group of the present invention. =Fig.: It is a schematic diagram of the impact of the seismogenic movement. Stereoscopic motion module stereo, eleven: is the implementation of the hand of the invention. ° 'f twelve: is the implementation of the leg of the invention. Figure fifteenth figure [Description of main component symbols] (A) The present invention (B) The fourteenth figure of the motion platform is the embodiment of the waist of the present invention (no force applied). The system is a structural diagram of the formula. a ' b, c, pivot point (C) shock motion module 13 200900107 (D) human machine interface (10) base (12) vertical frame (14) pivot (20 Drive unit (22) pulley (24) pulley (251) eccentric shaft (27) drive block (30) swing link set (311) pivot end (33) pivot (341) drive (35) drive Seat (352) elastic element (37) long pivot (40) amplitude adjustment device (42) speed reduction mechanism (44) screw (52) pulley (54) pull portion (60) conventional structure (611) drawstring ( 613) Ring (621) Counterweight (11) Cross Frame (13) Seat (15) Pivot (21) Motor (23) Belt (25) Drive Shaft (26) Housing (28) Circuit and Program Control (31) first swing link (32) drive block (34) second swing link (342) bearing set (351) pivot plate (36) third swing link (38) knot (41) Motor (43) Shaft (51) Skeleton (53) Transmission Rope (55) Force (61) Frame (612) Pulley (62) Arm Counter (63) Standpipe 14 200900107 (64) Tie Rod (70) Another conventional structure (72) rope (74) pull-up (751) shock pulley (71) pulley frame body (73) counterweight (75) vibration device
1515