1355282 • 九、發明說明： 【發明所屬之技術領域】 本發明與運動器材有關，特別是關於一種可同時進行 手部及腿部運動的運動器材。 【先前技術】 糖圓運動機（elliptical)是近年新興的一種室内運 φ 動器材，其機構型式種類繁多，共同特徵則是使用者的腳 部都是沿著概呈橢圓形的軌跡運動，而且目前絶大多數的 機型都還可供使用者同時進行手部運動——多半是沿一 弧形執跡進行推拉動作。相較之下，腳部可沿直線或弧線 往復運動的踏步機及滑步機則具有較久的發展歷史，但早 期的踏步機及滑步機大多只能進行下半身運動，近來才有 較多的機型可供使用者同時進行上半身運動。上述可供進 行全身運動的習知運動器材，多數具有大量的構件及複雜 • 的結構，製造成本較高。 美國第7, 153, 239號專利揭露一種可同時進行手部 及腿部運動的運動器材，其結構相對較為精簡，例如在該 案的最佳實施例中，前述運動器材具有左、右二連桿 (130)，各連桿概呈前後延伸，前端樞接在一曲柄機構的 曲柄尾端，可沿一圓形軌跡繞轉；同時，在曲柄機構的後 方具有左、右二擺臂（140)，各擺臂概呈縱向延伸，中段 預定位置樞接在運動器材的骨架上，使頂、底二端可前後 擺動，其中，頂端形成一供使用者捉握的手握部（144)， [S3 5 ,x^5282 底蠕則樞接在對應側邊的連桿的前、後二端之間，藉此可 連桿的該部位沿一弧形軌跡前後擺盪;然後二桿 於=懸空並ΐ形成—供使用者踩站的腳踏部（1W，基 近==:=，__地在- 上述美國專利所揭露的運動器材雖然結構簡單、成本 間及地整體的前後長度較長，會佔用較多的室内空 【發明内容】 器材結構簡單、成本較低，同時 二 度較短、佔用空間較少。 《連動盗材的則後長 一^了達成前述目的，本發明提供的運動器材包含有： 月系，一曲柄機構，設在前述骨架上，具有可沿一 ^相的左、右二曲柄；左、右二運動組件，各且 頂端與 底述 ==接在_柄機構的左、右二-曲柄動:= 運動組件_端高於前述曲柄機構，而且設 =捉㈣Γ握部;各前述恤件的底端:於= 而且叹有一供前述使用者踩站的腳踏部，前述腳踏 於前相對在後的—後端，分別對應 ^返制者腳㈣腳趾端及腳跟端；以及左、右 才干，各具有相對的一第一端 " 捭扣弟一端，刖述左、右二偏 二干的均樞接在料骨架前述第二㈣分別拖接 =前述左、右二運動組件的腳踏部，使得t各前述運動組 ^的t轉部沿前述圓形軌跡運動時，前述運動組件的腳踏 p與則述偏擺桿第二端樞接的部位會沿一弧形軌跡運 動’同時前述腳踏部的前述前端及後端當中至少一端會沿 一封閉執跡運動。 【實施方式】 請參閱圖1至圖4，分別為本發明提供的運動器材一 較佳實施例的立體、右視、後視及底視圖，其中，右視圖 (圖2)及後視圖（圖3)當中取除了運動器材（1〇)前端的殼 罩（20)(參閱圖1)，以便觀察平時被殼罩（22)所包覆的内 鲁 部結構。另外，文中的「前」、「後」、「左」、「右」等方向 指示’都是對應於使用者在使用狀態下的方向認知。 如各圖所示，前述運動器材（1〇)主要包含有一骨架 (30)、設在骨架（30)前端適當高處的一曲柄機構（4〇)，分 別連接在曲柄機構（40)左、右二側的左、右二運動組件 (50)、以及分別連接在左、右二運動組件（5〇)底端的左、 右二偏擺桿（60)。 運動器材（10)整體可藉骨架（3〇)平穩地支撐在一支 撐面（例如地面）上，此外，骨架（3〇)的另一功用在於支撐 .{S3 7 13-55282 前述殼罩（22)等ϋ定性構件及前述曲域構⑽）、偏擺桿 (60)等活動性構件，主要包含可大致平貼於前述支撐面上 的一工字形底部（31)，以及由底部（31)前端往上延伸的一 支架部⑽。支架部⑽是由若干桿材交錯組接而成，在 最頂端設有-電子式控制台⑽，其面板上对若干按鈕 及顯示裝置（圖中未示），可供使用者輸入各項指令或資 訊’包含設定運動器材（1〇)的運動阻力大小及時程變化1355282 • Nine, invention description: [Technical field to which the invention pertains] The present invention relates to sports equipment, and more particularly to a sports apparatus capable of simultaneously performing hand and leg movements. [Prior Art] The elliptical exercise machine (elliptical) is an emerging indoor operation device in recent years, and its mechanism type is various. The common feature is that the user's foot moves along an elliptical trajectory, and At present, most models are also available for users to perform hand movements at the same time - most of them are pushed and pulled along an arc. In contrast, steppers and slides that can reciprocate along the line or arc have a long history of development, but most of the early steppers and slides can only perform lower body movements, and more recently. The model allows the user to perform upper body exercises at the same time. Most of the above-mentioned conventional sports equipment that can be used for whole body exercise has a large number of components and a complicated structure, and the manufacturing cost is high. U.S. Patent No. 7,153,239 discloses a sports apparatus that can perform both hand and leg movements. The structure is relatively simple. For example, in the preferred embodiment of the case, the aforementioned sports equipment has two left and right sides. The rod (130) has a front and rear extension, the front end is pivotally connected to a crank end of a crank mechanism, and can be rotated along a circular path; and at the same time, there are left and right swing arms (140) at the rear of the crank mechanism. Each of the swing arms extends longitudinally, and the predetermined position of the middle section is pivotally connected to the skeleton of the sports equipment, so that the top and bottom ends can swing back and forth, wherein the top end forms a hand grip (144) for the user to grasp. [S3 5 , x^5282 The bottom creep is pivotally connected between the front and rear ends of the connecting rod on the corresponding side, whereby the portion of the connecting rod can swing back and forth along an arc-shaped trajectory; then the two rods are suspended. And the formation of the footrest for the user to step on the station (1W, the base is near ==:=, __ is in the above-mentioned US-issued sports equipment, although the structure is simple, the cost is long and the overall length of the ground is long , will occupy more indoor space [invention content] equipment structure is simple, into It is lower, and at the same time, it is shorter in second degree and takes up less space. The movement equipment provided by the present invention includes: a moon system, a crank mechanism, and is disposed on the aforementioned skeleton. , with left and right cranks along a phase; left and right two motion components, each with a top and bottom == connected to the left and right two-handle of the handle mechanism: = the moving component _ end is higher The crank mechanism is further provided with a catching (four) gripping portion; the bottom end of each of the aforementioned shirt members is: and the foot portion of the user is stepped on, and the foot is stepped on the front opposite rear end, respectively Corresponding to the foot of the reincarnation (four) toe and heel end; and the left and right sides, each has a first end, and the other end of the body, the left and right sides are both pivoted to the material skeleton. The second (four) is respectively dragged and connected to the pedal portions of the left and right motion components, so that when the t-rotation portion of each of the motion groups is moved along the circular trajectory, the pedals p of the motion component are described. The pivoted portion of the second end of the pendulum rod moves along an arcuate path while the aforementioned pedal portion At least one end of the front end and the rear end will move along a closed track. [Embodiment] Please refer to FIG. 1 to FIG. 4 , which are respectively a perspective view, a right view and a rear view of a preferred embodiment of the sports equipment provided by the present invention. The bottom view, in which the cover (20) of the front end of the sports equipment (1〇) is removed from the right view (Fig. 2) and the rear view (Fig. 3) (see Fig. 1), so as to be observed by the cover (22). The inner and outer parts of the cladding. In addition, the "front", "back", "left", "right" and other directions in the text are all corresponding to the direction of the user in the state of use. The aforementioned sports equipment (1〇) mainly comprises a skeleton (30), a crank mechanism (4〇) disposed at a suitable height of the front end of the skeleton (30), respectively connected to the left and right sides of the crank mechanism (40) The right second motion component (50) and the left and right yaw bars (60) respectively connected to the bottom ends of the left and right motion components (5〇). The sports equipment (10) can be smoothly supported by a skeleton (3〇) on a supporting surface (for example, the ground). In addition, another function of the skeleton (3〇) is to support. {S3 7 13-55282 The aforementioned casing ( 22) an active member such as the determinate member and the aforementioned curved structure (10)), the yaw (60), and the like, mainly comprising an I-shaped bottom portion (31) substantially flushable on the support surface, and a bottom portion (31) a bracket portion (10) extending upward from the front end. The bracket portion (10) is formed by staggering a plurality of rods, and has an electronic console (10) at the top end, and a plurality of buttons and display devices (not shown) on the panel for the user to input various commands. Or information 'contains the movement resistance of the sports equipment (1〇) and changes the time and duration
(後述）’並可顯示前述設定内容及運動過程、結果等相關 資訊。 請參閱圖2及圖3 ’前述曲柄機構（4())是設在骨架 (30)支架部（32)的適#高處’主要包含—曲柄軸⑷）及相(described later)' and can display related information such as the above-mentioned setting contents, exercise procedures, and results. Referring to Figures 2 and 3, the crank mechanism (4()) is provided at the appropriate height of the bracket (32) of the bracket (30), mainly including the crankshaft (4) and the phase.
對二曲柄（42)，曲柄轴⑷）依自身軸向水平樞設在支架部 (32)上，軸線對應於左右軸向，前述二曲柄⑽分別垂直 固接在曲柄軸（41)的左、右二端’彼此保持⑽度相對由 曲柄軸（41)沿徑向往外延伸，藉此，各曲柄⑽的外端能 以前述軸線為圓心沿-圓形軌跡⑽㈣® 2)運動，並 與另-侧的曲柄（42)外端在上下方向及前後方向上維持 反向運動。 在曲柄機構（4G)下方的支架部（32)上另外設有一飛 輪（72)，飛輪（72)同樣是依左右方向的轴線插設在支架部 (32)上#軸〜部位同軸固接—小皮帶輪⑺）。相對的， 曲柄機構(40)的曲柄軸⑹上同軸固接一大皮帶輪 (76)，大皮帶輪（76)與前述小皮帶輪m)之間套設-傳動 皮帶（78)。藉此，曲柄機構（4G)在旋轉時會透過傳動皮帶 8 (78)帶動飛輪（72)以更高的轉速旋轉’換言之，曲柄機構 (40)旋轉時必須負擔飛輪（72)的重量’同時也會獲得飛輪 (72)反饋的旋轉慣量。 此外，本實施例還設有一與飛輪（72)配合的「渦流制 動器（eddy-current brake ; ECB)」（圖中未示），可被前 述控制台（24)經由相關電路加以控制，利用渴流效應 (eddy-current effect)決定飛輪（72)的旋轉阻力，如 此’使用者可透過控制台（24)調整曲柄機構（40)的旋轉阻 力或預設前述阻力的時程變化。前述渦流制動器及其控制 方法’乃是目前運動器材業界周知慣用的習知技藝，因此 不予詳述。 如圖1所示，在完整的成品上，支架部（32)的中間區 段固定有前述殼罩（22)，殼罩（22)將前述曲柄軸（41)、大 皮帶輪（76)、飛輪（72)、小皮帶輪（74)、傳動皮帶（？8)、 渦流制動器及相關電路等完全包覆，達到美觀及安全的目 的。前述曲柄軸（41)的左、右二端凸伸出殼罩（22)側面， 前述左、右二曲柄（42)是露現在殼罩（22)外部。 前述左、右二運動組件（5〇)是以左右對稱的方式配 置，各運動組件（50)包含有一概呈l形的下段桿（5丨），下 段桿（51)是由-體連結的—縱向段及—橫向段構成，前述 縱向段的頂端依左右方向的軸線樞接在對應的曲柄（42) 外端’形成-繞轉部（52)，可依隨曲柄（42)沿前述圓形軌 跡（A)運動WF段桿（51)的橫向段是由縱向段的底端 往後方延伸。各運騎件（5Q)私含—上段桿⑽，上段 1355282 桿（53)具有相對較高的一頂端及相對較低的一底端，前述 底化固接在下段桿（51)的縱向段頂端（即繞轉部52)。就 整體來看，前述上段桿（53)的頂端部位，以及前述下段椁 (51)的橫向段後端部位，分別形成運動組件（50)上下相對 的頂端及底端，前述頂端及底端能以前述繞轉部（52)的樞 轴為圓〜，相對於曲柄（42)外端進行同時具有上下位移及 刖後位移的偏轉運動。各運動組件（5〇)的頂端部位形成一 φ 可供=用者捉握的手握部（54)。各運動組件（50)的底端， 亦即則述下段桿（51)的橫向段後端部位，固設一具有寬大 頂面的踏板，形成一供使用者踩站的腳踏部（55)，腳踏部 (55)具^相對在前的一前端（56)及相對在後的一後端 (57)，分別對應於前述使用者腳部的腳趾端及腳跟端。對 本發明而言，各前述運動組件⑽可能如前所述，是由若 干構件（例如前述上段桿、下段桿、踏板等）拼組而成，但 也可能是一體成型的單一構件。 ❿ 刖述左、右二偏擺桿（60)分別位在左、右二運動組件 (50)的底側’各具有相對的一第一端（Μ)及一第二端 ”。各偏擺桿(60)的第一端(61)依左右方向的軸線樞接 在月架（30)底部（31)，而且左、右二偏擺桿（6〇)的第一端 (61^拖軸形成同軸’前述樞軸的位置比運動組件（50)的腳 踏部（55)更靠前方（參閱圖2)。各偏擺桿（6〇)的第二端 左右方向的軸線樞接在同一侧邊的運動組件（50) 的干（51)橫向段内侧（參閱圖4)，位置對應於前述腳 踏邛（55)的範圍，介在前述前端（56)與後端（57)之間。 1355282 如圖2所示藉由上述連接結構，當各運動組件（50) 的繞轉部（52)依隨曲柄（42)沿前述圓形執跡（4)運動時， 運動組件（50)底端的腳踏部（55)與偏擺桿（6〇)第二端 (62)樞接的部位，也就是腳踏部（55)的約略中間位置會 欠到偏擺桿（60)的牵制，對應地在一以偏擺桿（6〇)第一端 (61)為圓心的弧形軌跡（B)上運動（註：當繞轉部（52)沿圓 形軌跡（A)繞轉一周時，前述柩接部位會沿弧形執跡⑶） 元成一次往復動作），而腳踏部（55)的前端（56)及後端 (57)則會對應地各自沿一封閉執跡（C1)(C2)運動。同時， 運動組件(50)頂端的手握部(54)也會對應地沿一概呈橢 圓形的圓曲軌跡⑻運動。在本實施例中，基於上述構件 的預設關係’腳踏部（55)的前述狐形轨跡⑻及封閉執跡 (C^(C2)均具有-高端及—低端，而且各自的前述高端均 較前述低端靠近前方，換言之，㈣部（55)的運動大致是 呈現「往上同時往前」及「往下同時往後」的往復運動。 使用剛述運動器材（1〇)時，使用者將雙腳分別踩上 左、右二運動組件（5〇)底端的腳踏部（55)，並將雙手分別 握住左、右二運動組件（5〇)頂端的手握部（54)，然後施力 使腳踏部（55)及手握部（54)沿著各自受限的軌跡運動，如 此帶動運動組件（5〇)中間的繞轉部沿著前述圓形軌 ^⑴循祕轉’亦即帶動曲㈤機構（4())及雜（72)原地 旋轉、，藉由克服前述渦流義輯飛輪⑽施加的預設阻 力達到上半身及下半身同時運動的效果。 本發明中的手部運動是沿—概呈橢圓形的圓曲執跡 11 1355282 (D)繞轉’有別於多數習知運動器材的手部推技動作。如 圖1及圖3所示，在本實施例中，骨架（3〇)支架部〇幻 的最頂端設有分別位在控制台（24)左 '右二側的左、右一 握把（26) ’藉此’使用者可選擇將雙手捉握在固定不動的 前述握把（26)上，僅進行下半身運動。 運動時，基於曲柄機構（40)左、右二曲柄（42)的反向 運動，使用者的左、右腳之間也會呈現反向運動例如， 當右腳的腳踏部（55)往上往前運動時，左腳的腳踏部（55) 會是往下往後運動。類似地，如果同時進行手部運動，則 當右手的手握部⑽在往前繞轉時，左手的手握部（⑷ 大體上會是往後繞轉。 在腳部運動的部分’因為各腳踏部(55)的約略中間位 述，形軌跡⑻往復昇降，而腳踏部(⑹的前 (ci)(C2)i: (57)部是各自沿著一縱長形的封閉軌跡 (C1)^^ 與:述支標面(例如地面)之間的爽角。例如在本實 二二’):5Γ 部 運動至活動^間結線大致呈現水平，當腳踏部（55) (57)的傾斜姿\的―時’則會呈現前端⑽低於後端 (62)=:::::擺桿 的縱向走向，亦β卩讓腳^踏部（55)的運動軌跡呈現明顯 前後運動相對較不明顯°。運動具有較顯著的上下運動，而 1355282 • 對本發明而言，前述偏擺桿（60)的第一端（61)樞接在 骨架（3〇)上的位置，並不限定要低於運動組件（50)的腳踏 部（55)，也不限定要位在腳踏部（55)前方。換言之，以圖 2當中的孤形執跡（B)為例，若骨架（30)形式配合，而將 偏擺桿（6〇)第—端（6丨）的樞接位置變更至腳踏部（55)的 後上方（或是高度介於腳踏部（55)的活動範圍之間），仍能 使偏擺桿（6〇)的第一端（62)將聊踏部（55)的對應部位限 制在一位置及斜率大致相同的弧形執跡（B)上運動，亦即 暴 令腳踏部（55)有相同或類似的運動方式。當然，如圖例所 示將偏擺桿（60)設置在腳踏部（55)下方’實務上能精簡器 材，也比較不會妨礙到使用者。 請參閲圖5’本發明另一較佳實施例的運動器材（丨〇,） 與前一實施例大同小異，同樣具有一骨架（3〇,）、一曲柄 機構（40’）、二運動組件（50’）及二偏擺桿（6〇,）等主要構 件（註：圖中的左、右二偏擺桿60,重疊），而且前述構件 _ 彼此之間的連結關係與上述結構雷同’相同部分不再贅 述。本實施例的運動器材（1〇,）與前一實施例在結構上的 最大不同點是’各偏擺桿（60,）的長度較短，第一端（η，） 雖然也是樞接在骨架（30,）的底部（3Γ )，但樞接位置較靠 後方，大體上是位在運動組件（50,）的腳踏部（55,）底側； 另一方面，偏擺桿（60’）的第二端（62,）是樞接在運動組件 (50’）的腳踏部（55’）的接近後端（57,）位置，藉此，運動 時’腳踏部（55,）與偏擺桿（60,）樞接的部位會沿一弧形軌 跡（B’）運鲂，而腳踏部（55’）的前端（56,）則會沿一封閉執 [S] 13 丄厶〇厶 跡（cr)運動。更精 樞接在骨架（30，）上的A說，各偏擺桿（60)第一端（61，） 部（55，）前端（56，）的2立置，（在别後軸向上）是介在腳踏 封閉轨跡(C2,）後緣’轨:(C1’）前'緣及後端（57,）的 的活動範圍之間。間’簡單講就是介於腳踏部（55,） 全身2施供的運動器材(1〇，)同樣可供使用者進行The two cranks (42) and the crankshafts (4) are horizontally pivotally disposed on the bracket portion (32) according to their own axial directions, and the axes correspond to the left and right axial directions, and the two cranks (10) are vertically fixed to the left of the crankshaft (41), respectively. The right two ends '10 degrees relative to each other extend radially outward from the crank shaft (41), whereby the outer ends of the respective cranks (10) can move along the aforementioned axis as a center along the circular path (10) (4)® 2), and - The outer end of the crank (42) on the side maintains the reverse movement in the up and down direction and the front and rear direction. A flywheel (72) is additionally disposed on the bracket portion (32) below the crank mechanism (4G), and the flywheel (72) is also inserted on the bracket portion (32) according to the axis in the left-right direction. - small pulley (7)). In contrast, the crank shaft (6) of the crank mechanism (40) is coaxially fixed to the large pulley (76), and the transmission belt (78) is interposed between the large pulley (76) and the small pulley m). Thereby, the crank mechanism (4G) drives the flywheel (72) to rotate at a higher rotational speed through the transmission belt 8 (78) when rotating. In other words, the crank mechanism (40) must bear the weight of the flywheel (72) while rotating. The moment of inertia fed back by the flywheel (72) is also obtained. In addition, the embodiment also has an "eddy-current brake (ECB)" (not shown) that cooperates with the flywheel (72), and can be controlled by the aforementioned console (24) via the relevant circuit, using thirst The eddy-current effect determines the rotational resistance of the flywheel (72) such that the user can adjust the rotational resistance of the crank mechanism (40) through the console (24) or preset the time-course variation of the aforementioned resistance. The aforementioned eddy current brake and its control method are conventional techniques well known in the sports equipment industry, and therefore will not be described in detail. As shown in Fig. 1, on the complete product, the middle portion of the bracket portion (32) is fixed with the aforementioned cover (22), and the cover (22) will have the crank shaft (41), the large pulley (76), and the flywheel. (72), small pulley (74), transmission belt (?8), eddy current brake and related circuits are completely covered for aesthetic and safety purposes. The left and right ends of the crankshaft (41) project from the side of the cover (22), and the left and right cranks (42) are exposed to the outside of the cover (22). The left and right two motion components (5〇) are arranged in a bilaterally symmetrical manner, each of the motion components (50) includes a lower-shaped rod (5丨) having an l-shape, and the lower rod (51) is connected by a body. - a longitudinal section and a transverse section, the top end of the longitudinal section being pivotally connected to the corresponding crank (42) outer end 'forming-rotating portion (52) according to the axis in the left-right direction, which can follow the crank (42) along the aforementioned circle Shape Trajectory (A) The transverse section of the moving WF section rod (51) extends rearward from the bottom end of the longitudinal section. Each of the riding parts (5Q) is privately included - the upper section rod (10), the upper section 1352282 rod (53) has a relatively high top end and a relatively lower bottom end, and the aforementioned bottoming is fixed to the longitudinal section of the lower section rod (51) The top end (ie, the revolving portion 52). Overall, the top end portion of the upper rod (53) and the rear end portion of the transverse portion of the lower stage cymbal (51) respectively form upper and lower opposite ends and bottom ends of the moving assembly (50), and the top end and the bottom end can The pivoting shaft of the aforementioned revolving portion (52) is rounded and yawed with respect to the outer end of the crank (42) with both vertical displacement and rearward displacement. The top end of each of the moving components (5〇) forms a hand φ (54) that can be grasped by the user. The bottom end of each of the moving components (50), that is, the rear end portion of the transverse section of the lower section rod (51), is fixed with a pedal having a wide top surface to form a footrest for the user to step on the station (55) The pedal portion (55) has a front end (56) opposite to the front and a rear end (57) opposite to the rear, respectively corresponding to the toe end and the heel end of the user's foot. For the purposes of the present invention, each of the aforementioned moving assemblies (10) may be assembled from a plurality of members (e.g., the upper rod, the lower rod, the pedal, etc.) as described above, but may also be a unitary unitary member.刖 The left and right yaw bars (60) are respectively located on the bottom sides of the left and right two motion components (50), each having a first end (Μ) and a second end. The first end (61) of the rod (60) is pivotally connected to the bottom (31) of the lunar frame (30) according to the axis in the left-right direction, and the first end of the left and right yaw rods (6〇) (61^ The position forming the coaxial 'the aforementioned pivot is more forward than the pedal portion (55) of the moving assembly (50) (see Fig. 2). The axis of the second end of each yaw lever (6〇) is pivotally connected The inner side of the dry (51) transverse section of the moving component (50) of the same side (see Fig. 4) corresponds to the range of the aforementioned pedal (55), between the front end (56) and the rear end (57). 1355282 As shown in FIG. 2, when the revolving portion (52) of each moving component (50) moves along the aforementioned circular obstruction (4) according to the crank (42), the moving assembly (50) The portion of the bottom end of the footrest (55) that is pivotally connected to the second end (62) of the yaw (6〇), that is, the approximate intermediate position of the pedal (55), owes the yaw (60) Correspondingly, a yaw lever (6 The first end (61) is moved on the arcuate trajectory (B) of the center (Note: when the revolving portion (52) is rotated around the circular trajectory (A), the aforementioned splicing portion will follow the arc (3)) The element is reciprocated once, and the front end (56) and the rear end (57) of the footrest (55) are respectively moved along a closed track (C1) (C2). At the same time, the moving component ( 50) The grip portion (54) of the top end is also correspondingly moved along a substantially elliptical circular path (8). In the present embodiment, the aforementioned fox shape of the footrest portion (55) is based on the preset relationship of the above-mentioned members. Both the track (8) and the closed track (C^(C2) have - high end and low end, and each of the aforementioned high ends is closer to the front than the lower end. In other words, the movement of the (four) part (55) is roughly "upward" Reciprocating movements at the same time and "downward and backward". When using the sports equipment (1〇), the user steps on the pedals at the bottom of the left and right motion components (5〇). (55), and hold the hands (54) at the top of the left and right motion components (5〇) with both hands, and then apply force to the footrest (55) and the hand grip (5) 4) moving along the respective restricted trajectory, thus driving the revolving portion in the middle of the moving component (5〇) along the aforementioned circular rail ^(1) to follow the secret ', that is, to drive the music (5) mechanism (4 ()) and miscellaneous ( 72) In-situ rotation, by overcoming the preset resistance exerted by the eddy current flywheel (10) to achieve the simultaneous movement of the upper body and the lower body. The hand movement in the present invention is along the elliptical shape of the ellipse. 1355282 (D) Revolving 'Hand movements that are different from most conventional sports equipment. As shown in Figures 1 and 3, in this embodiment, the top end of the skeleton (3〇) bracket is illusory. There are left and right grips (26) respectively located on the left and right sides of the console (24). Thus, the user can choose to hold the hands on the fixed grips (26), only Perform lower body exercises. During exercise, based on the reverse movement of the left and right cranks (42) of the crank mechanism (40), the user's left and right feet also exhibit a reverse motion, for example, when the pedal portion of the right foot (55) When moving up, the footrest (55) of the left foot will move backwards and backwards. Similarly, if the hand movement is performed at the same time, when the hand grip (10) of the right hand is rotated forward, the hand grip of the left hand ((4) will generally rotate backwards. The part that moves in the foot] The approximate middle position of the footrest (55), the shape trajectory (8) reciprocates up and down, and the front portion (ci) (C2) i: (57) of the step portion ((6) are closed trajectories each along a longitudinal shape ( C1)^^ and: the refreshing angle between the standard surface (such as the ground). For example, in the actual two-two '): 5Γ movement to the activity ^ line is roughly horizontal, when the foot part (55) (57 The "time" of the tilting posture will present the front end (10) lower than the rear end (62) =::::: the longitudinal direction of the pendulum, and the β 卩 will make the movement track of the foot ^ step (55) appear obviously before and after The movement is relatively inconspicuous. The movement has a more pronounced up and down motion, and 1355282 • For the purposes of the present invention, the first end (61) of the aforementioned yaw (60) is pivotally attached to the frame (3〇), and The footrest portion (55) that is lower than the motion component (50) is not limited, and is not limited to be positioned in front of the footrest portion (55). In other words, the orphaned representation (B) in Fig. 2 is taken as an example, if bone (30) Form matching, and changing the pivotal position of the first end (6丨) of the yaw lever (6〇) to the rear upper side of the pedal portion (55) (or the height between the pedal portion (55) Between the ranges of motion, the first end (62) of the yaw lever (6 仍) can still limit the corresponding portion of the chat portion (55) to an arc-shaped trajectory (B) having substantially the same position and slope. The movement, that is, the violent pedal (55) has the same or similar movement. Of course, as shown in the example, the yaw (60) is placed under the footrest (55). Referring to FIG. 5, the sports equipment (丨〇,) according to another preferred embodiment of the present invention is similar to the previous embodiment, and has a skeleton (3〇,) and a crank mechanism. Main components such as (40'), two moving components (50') and two yaw levers (6〇,) (note: left and right yaw bars 60 in the figure, overlap), and the aforementioned members _ between each other The connection relationship is the same as that of the above structure, and the same parts will not be described again. The sports equipment of the present embodiment (1〇,) and the former embodiment are structurally The biggest difference is that the length of each yaw (60,) is short, and the first end (η,) is also pivotally connected to the bottom of the skeleton (30,), but the pivotal position is rearward. Generally speaking, it is located on the bottom side of the footrest (55,) of the moving component (50,); on the other hand, the second end (62,) of the yaw lever (60') is pivotally connected to the moving component (50'). The position of the footrest (55') near the rear end (57,), whereby the pivotal portion of the footrest (55,) and the yaw lever (60,) will follow an arcuate trajectory during the movement. (B'), and the front end (56,) of the footrest (55') moves along a closed [S] 13 track (cr). A, which is more pivotally connected to the skeleton (30,), assumes that the front end (56,) of the first end (61,) of each yaw (60) is 2, (in the other axial direction) ) is between the range of motion of the trailing edge 'track: (C1') front edge and back end (57,) of the pedal closed track (C2,). Between the simple section is the foot (55,) the whole body 2 of the exercise equipment (1 〇,) is also available for users
(D，）運動，但腳部運^仍是沿—概呈橢81形的圓曲軌跡 透過上揭偏擺桿（6=,則與前—實施例有較大差別’即， 相對關係，本實施例φ苐—端（61，）及第二端⑽，）的預設 上的運動，同時也有:的腳踏部（55’）不僅保有上下方向 本實施例中的㈣^明顯的前後方向上的運動；此外， 於後端」、「水平」「=)在運動過程中，會在「前端高 變化。 前端低於後端」三種姿態之間循環 如同與圖5相及〜(D,) movement, but the foot movement is still along the ellipsoidal ellipsoidal shape through the upper yaw (6 =, then there is a big difference from the previous - embodiment), that is, the relative relationship, The preset movement of the φ苐-end (61,) and the second end (10), in the embodiment, also includes: the pedal portion (55') not only retains the up and down direction (4) in the embodiment. In the direction of the movement; in addition, in the back end, "horizontal" "=" during the movement, will be in the "front end high change. The front end is lower than the back end" between the three postures as shown in Figure 5 and ~
樞接在運動組件的_般，本發㈣可將偏擺桿的第二端 該樞接位置沿-弧2部的靠近前端位置’使得腳踏部的 封閉軌跡钱。 ㈣動，㈣踏部祕端則是沿一 、上說明可知’本發明所提供的運動器材能供使 ^時進行手部（上半身）及腿部（下半身）的運動，而且 f動器材構件少、結構簡單，因此生產成本較低。此 别述運動器材的前後長度較短，佔用空間及佔地面積 竿又少。 [S] 1355282 【圖式簡單說明】 圖1是本發明一較佳實施例的右後方立體圖； 圖2是本發明一較佳實施例對應圖1狀態的右視圖 (圖中取除器材前端的殼罩），並示意各重要節點的運動軌 跡； 圖3是本發明一較佳實施例對應圖1狀態的後視圖 (圖中亦取除前述殼罩）； 圖4是本發明一較佳實施例對應圖1狀態的底視圖； 以及 圖5是本發明另一較佳實施例的右視圖，並示意各重 要節點的運動執跡。 【主要元件符號說明】 10 運動器材 22 殼罩 24 控制台 26 握把 30 骨架 31 底部 32 支架部 40 曲柄機構 41 曲柄軸 42 曲柄 50 運動組件 51 下段桿 52 繞轉部 53 上段桿 54 手握部 55 腳踏部 56 前端 57 後端 60 偏擺桿 61 第一端 62 第二端 72 飛輪 m 15 1355282 74小皮帶輪 76大皮帶輪 78傳動皮帶The pivoting of the moving component is such that the second end of the yaw lever can be connected to the front end position of the second portion of the yoke to make the closed trajectory of the pedal portion. (4) Movement, (4) The secret end of the step is according to the description of the first and the above. The sports equipment provided by the present invention can provide the movement of the hand (upper body) and the leg (lower body), and the components of the f-moving device are less. The structure is simple, so the production cost is low. The length of the front and rear of the sports equipment is short, and the space and floor space are small. [S] 1355282 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a right rear perspective view of a preferred embodiment of the present invention; FIG. 2 is a right side view corresponding to the state of FIG. 1 in accordance with a preferred embodiment of the present invention (the front end of the device is removed) Figure 3 is a rear view of the preferred embodiment of the present invention corresponding to the state of Figure 1 (the cover is also removed); Figure 4 is a preferred embodiment of the present invention; The example corresponds to the bottom view of the state of Fig. 1; and Fig. 5 is a right side view of another preferred embodiment of the present invention, and illustrates the motion of each important node. [Main component symbol description] 10 Sports equipment 22 Cover 24 Console 26 Grip 30 Skeleton 31 Bottom 32 Bracket 40 Crank mechanism 41 Crankshaft 42 Crank 50 Moving assembly 51 Lower rod 52 Rotating part 53 Upper rod 54 Hand grip 55 pedal 56 front end 57 rear end 60 yaw lever 61 first end 62 second end 72 flywheel m 15 1355282 74 small pulley 76 large pulley 78 transmission belt