200819163 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種運動器材，尤指一種可供使用者進行腿部 運動之運動器材。 【先前技術】 隨著社會的進步，人們將大部份時間投注於工作，則大大地 IV低了運動的時間，因此不需大場地—樣能達到運動效果之健身 器材則漸漸受到重視，一般常見的腿部（下半身）運動器材，有跑 步機、健身腳踏車、橢圓機、滑步機、踏步機等，除了跑步機外， 上述各種運動器材都是利用可活動的踏板來導引使用者的雙腳 於預定的運動執跡上動作，使其腿部作出反覆的預定動作，例 士腳為車的踏板是導引雙腳在一圓形執跡上循環運動，擴圓機 則是以-近似橢圓之運動執跡導引雙腳運動，其它則類似以一水 平直線或改變運動軌跡圓心方位來導引雙腳動作。 身又而a，上逑各運動器材皆僅能導引踏板執行前後移動之 動作使又腿呈現别後移動之狀態，藉此可以訓練到之肌肉皆僅 限於腿部前後肌肉，無法兼顧下半身其它肌肉之訓練，實無法滿 足使用者之需求。 ，再者_有口p份習知踏步機會進行踏板斜向側移之動作，但 當使用者制此種健身器材時，其踏板無法對應著斜向側移動作 而進行相對應之偏轉，造成用使用者雙腿腳掌與此動作不相協 调’而造成使用上之不適，經長㈣的使用，容易造成運動傷害 之產生。 200819163 【發明内容】 本發明係關於一種腿部運動器材，其包括有：一架體，具有 一 m知及一後端；一迴繞機構，設於架體之前端，具有可在一圓 形轨跡上對應於中心點進行相對運動之二迴繞接點，其中，圓形 執跡之轴線係約略平行於架體前、後端之連結軸向；一左踏板組 件及一右踏板組件，分別設置於圓形軌跡軸線之左右兩側，各包 括有一支撐桿及一踏板，各支撐桿包括一樞接部及一支撐部，且 各支撐桿可藉由樞接部與架體樞接；各踏板具有一可供使用者踩 踏之腳踏面及一腳指對應端，各踏板並對應設於各支撐桿之支撐 部，其中，二支撐桿與架體樞接之樞接軸軸向係呈現斜向由下往 上，並分別由圓形執跡之軸線兩側向外延伸；二連動桿，各包括 一分別對應樞接於二迴繞接點之第一端及一樞接於支撐桿之第 二端。因此，藉由本發明可進行不同於傳統式踏板僅能上下移動 之雙腿往復運動方式，因此本發明除了可訓練到腿部前後肌肉 外，更可加強訓練腿部側邊肌肉、纟腿内側等平常較不易訓練到 之部位，使腿部肌肉線條雕塑更完整，達到完整訓練下半身肌肉 之效果。 再者’本發明更包括一種二踏板偏轉辅助機構，各包括—第 -料及—第二連桿’該第—連桿及該第二連桿各包括一第一端 及-第二端’其中各第—連桿及各第二連桿之第二端可相互對應 樞接’各第一連桿之第一端分別對應樞接至架體上，且各第二連 桿之第-料分麟應固接於各切桿之支撐部下方，俾當左、 右踏板組件之踏板受力關始移動時，則二踏板偏轉獅機構會 200819163 對應施力來源之偏轉。因此，藉由此踏板偏轉輔 本找板隨著運動路徑的變化而改變偏轉的角度，並讓使 宝的=订雙腿運㈣，能更舒適自然地進行運動及降低運動傷 【實施方式】 〃以下即配合附圖詳細說明本發明上揭技術特徵的一較佳實 例、、’α構以及能藉以獲致的功效、特點。 、有關本發明之—較佳實施例，請先參閱圖1至圖4所示，依 ^為本發明—較佳實施例之立體圖、上視圖、正視圖、及左側視 :雇（本說明書中的「前」、「後」、「左」、「右」等方向指示都是 /於使用者在使用下之方向認知，而前述左側視圖、上視圖則 是圖學上的標示，其中左側視圖是對應於使用者的左側。） ―:圖1所示，本發明—較佳實施例之腿部運動器材⑽包括 有木版10、—設置於架體10前端之迴繞機構u、左、右踏板 組件12，13、及二連動桿14，15。 於本實施财，龍1G包括有—前端及後端，其可穩定地 置放於地面上，主要做為運動器材⑽之其他構件的裝設基礎， 其大體上是由-底座而、—立桿1G2、以及—前端支架1〇3所 構成’於本實施例中’於立桿1〇2向上延伸處組設有一控制台 105 ’及—可供使用者雙手抓握之手把滿，使用者可透過此控 制台105來對運動器材100進行操作環境的改變。 迴繞機構U設置於架體10之前端支架⑻上，且此迴繞機 u包括有一曲柄軸⑴、二曲柄112、以及一大皮帶輪ιΐ3，其 200819163 中，曲柄軸m是以前後轴向樞設於健身器材ι〇〇之前端支架⑻ 上，其曲柄轴⑴軸向平行於架體1〇前後端之連結轴向μ，且 二曲柄H2分取相互對稱方式垂錢接於曲柄轴⑴之兩端， 7 —曲柄112之外端可分別形成—迴繞接，點，出，因此則可 提供兩個可在-圓形轨跡上對應於中⑽_⑽度相對運動 之迴繞接點U4，U5，於本實施例中，圓形執跡之抽線ρι對應等 同於迴繞機構U曲柄軸U1之軸向，亦平行於架體ig之前後端 連結軸向P2,而大皮帶輪113則同軸樞設於曲柄車由⑴上，且位 於二曲柄112之間。 如圖1及圖3所示，於本實施例中，運動器材100包括一飛 輪17亦以前後軸_設於前端支架上，其設置位置大約位 Γ繞機構11上方，再者’飛輪17之—側邊同軸固接有-小皮 T輪m，此小皮帶輪171位於大皮帶輪ιΐ3之上方，且於二者 =套設—傳動皮帶m，使得飛輪17與曲柄軸⑴可相互_ rH/匕外，於飛輪17内側設有一習知的「渴電流制動器 (eddy-current brake ; ECR、f 同由 士-、 t 。 tLB)」（圖中末不），如同現今—般電 讀經常採用的方式’使用者可透過前述操控台1G5以電押方式 控制渦電流制動器’藉以調整飛輪17的旋轉阻 二; ::迴，"運轉時之運動阻力，以增加其運動強二:： ·，·、目關、、、σ構及職為胃知技藝，而且與 此處不多加描述。 月重柄 1,所以 凊同時參照圖i及圖2所示，左踏板組件12及右踏 刀別位於圓職跡軸線P1之兩側，其分別包括有—支撐桿 200819163 121，131及踏板122，132，且各支撐桿121 131勹 ivm - 士 " “u1包括一樞接部 ，J 支樓部126，136，於本實施例中，各支撑⑵i3i 可分別藉由樞接叫命力口_ 1n 4广W ’ 供。P 125,135與架體10樞接’使支撐桿 相對於架體10進行 外，連 ~， 114115及支以 ，分別與迴繞接點 作121，131樞接，其樞接方式較佳為採用萬向接 頭來進4接，但亦可制其他可達到相同功效之1置。各踏板 122，132分別包括一可供使用者踩踏之腳踏面123，133以及一對 應踩踏於踏板122，132之腳指對應端m’m，且各踏板122 132 是樞設於^對應支揮桿121，131之支撐部126，136二，使踏板 122，132能相對於支撐桿121，131進行偏轉。 再者，請一併參照圖3所示，於本實施例中，二支撐桿m3 與架體10栖接之樞接軸軸向P3，P4是呈現斜向，並分別干由圓形 軌跡之軸線兩側向外延伸，並且跟地面形成有—爽角關係，由於 軸向P3，P4相對於架體1G是呈現斜向關係，因此當左、右踏板 組件12，13受力而開始移動時，則會相對於架體1〇進行斜向上、 下偏移往復運動，於本實施例中，二支撐桿121，131與架體1〇 枢接之樞接軸軸向P3，P4與地面形成一約5〇度之夾角，此夾角 較佳為一介於45度至90度之夾角，夾角大小的改變會影響到踏 板側移延展的變化。 因此’藉由上述之結構，當使用者將雙腳踩踏於踏板122，132 之腳踏面123，133而開始施力運動時，則左、右踏板組件12，13 會藉迴繞機構Π及連動桿14，15之帶動，而進行對應受力來源 之作動’由於迴繞機構11之迴繞接點114，115是維持180度進行 相對運動，則二踏板組件12，13之踏板122，132則會呈現互逆運 200819163 動，亦即當右踏板122受力而由圓形執跡之軸線pl向外偏移時， 則左踏板132會因迴繞機構u之帶動而向内移動，反之亦同， 且又因二支撐桿12，13輿架體1〇樞接之樞接軸軸向p3，p4與架體 是呈現相對斜向的關係，因此，二踏板122，132則會因受力而進 行由上往下斜向側移互逆運動。 由於踏板122，132會在—具有相對高低點的運動路徑内進行 斜向側移往復運動，如圖4所示，雖然就左側視圖觀之，踏板 122,132運動路從的咼低點和傳統式踏步機踏板上下移動的高低 點是差不多的，请一併芩照圖3所示，不過本發明之踏板工22,132 是進行斜向側移之方式進行往復運動，此斜向移動路徑除具有上 下移動之量能外，更具有左、右移動分量之路徑，而非傳統式之 上下直線移動，且斜向移動之路徑大於傳統式踏步機，較長之移 動路徑除了可讓使用者的腿部運動較具延展性外，更可加強運動 之強度’因此’藉由踏板斜向側移運動，可加強訓練傳統踏步機 無法訓練之腿部側邊肌肉、大腿内側等平常較不易訓練到之部 位，使腿部肌肉線條雕塑更完整，達到完整訓練下半身肌肉之效 果。 圖5為本發明一較佳實施例之底視圖，於本實施例中，運動 器材100更包括二踏板偏轉輔助機構21，22，其各包括有一第一 連桿211，221及一第二連桿212,222,且第一連桿211，221及第二 連桿212,222各包括一第一端213,215,223,225及一第二端 214,216,224,226，其中各踏板偏轉輔助機構21，22之第一連桿 211，221 之第二端 214,224 及第二連桿 212,222 之第二端 216,226 係相互樞接，各第一連桿211，221之第一端213,223分別對應樞 200819163 接至架體10上，且各第二連桿212,222之第一端215,225可分別 固接於相對應支撐桿121，131之支撐部126，136下方，當使用者 開始操作此運動器材100時，則左、右踏板組件12,13之轉板 122，132則會因受力而開始進行對應施力來源之作動，例如，卷 右踏板組件13之踏板13 2受力而產生由上往下，並由圓形軌跡 軸線pi向外斜向側移之對應作動時，此時踏板偏轉辅助機構21 之第二連桿212會受到支撐桿13及第一連桿211之壓迫而產生 偏轉，並同時帶動踏板132之腳指對應端134進行由圓形執跡車由 線P1向外偏移動之動作，此時，左踏板組件12之踏板122則合 藉由迴蹺機構11兩相對迴繞接點114，115彼此之間存在著18〇 度相對運動的關係，則當右踏板組件13受力而產生踏板132產 生由上而下斜向側移之動作時，右踏板組件12之踏板122則會 相對應產生由下往上並朝向圓形執跡軸線P1進行斜向側移之動 作，且此踏板122之腳指對應端124則一併藉由相對應之偏轉輔 助機構22帶動而相對產生朝向圓形執跡軸線ρι偏移之動作，因 此，當使用者於操作運動器材100期間，藉由踏板可跟隨著運動 路徑的變化而改變偏轉的角度，可讓使用者於進行雙腿運動時， 能以更舒適自然地進行運動並進一步降低運動傷害的發生。 綜上所述，藉由本發明之腿部運動器材1〇〇之結構，可提供 使用者進行類似滑冰之側向雙腿動作，讓使用者能滿足於操作期 間可達到完整訓練下半身肌肉之目的，增加其運動強度，並非僅 訓練至前後部份肌肉，使下半身曲線雕塑能更完美，再者，本發 明更可藉由踏板偏轉輔助機構讓踏板隨著運動路徑的變化而改 變偏轉的角度，並讓使用者於進行雙腿運動時，能更舒適自然地 11 200819163 進行運動及降低運動傷害的發生。。 上述實施例僅係為了方便說明而舉例而已，本發明所主張之 權利範圍自應_請專職圍所料準，㈣僅限於上述實施 【圖式簡單說明】 圖1係本發明腿部運動器材—較佳實施例之立體圖。 圖2係本發明腿部運動器材—較佳實施例之上視圖。 圖3係本發明腿部運動器材—較佳實施例之正視圖。 圖4係本發明腿部運動器材—較佳實施例之左側視圖。 圖5係本發明腿部運動器材—較佳實施例之底視圖。 【主要元件符號說明】 100腿部運動器材 10架體 11迴繞機構 12 左踏板組件 13右踏板組件 14連動桿 15 連動桿 101底座 102立桿 103前端支架 105控制台 11曲柄軸 112曲柄 113大皮帶輪 114迴繞接點 115迴繞接點 17飛輪 171小皮帶輪 172傳動皮帶 121，131支撐桿 122，132 踏板 125，135樞接部 126，136支撐部 123，133腳踏面 21，22踏板偏轉輔助機構 211，221第一連桿 106手把 212,222第二連桿 213,215,223,225 第 一端 12 200819163 214,216,224,226 第二端 124，134 腳指對應端 P1圓形軌跡軸線 P2前後端連結軸向 P 3，P 4極接轴轴向 13200819163 IX. Description of the Invention: [Technical Field] The present invention relates to a sports equipment, and more particularly to a sports equipment for a user to perform leg movement. [Prior Art] With the advancement of society, people will be betting on work for most of the time, which greatly reduces the time of exercise. Therefore, there is no need for a large venue. Fitness equipment that can achieve exercise effects is gradually gaining attention. Common leg (lower body) sports equipment, including treadmills, exercise bikes, elliptical machines, slide machines, steppers, etc., in addition to treadmills, all of the above sports equipment uses the movable pedal to guide the user The feet move on the predetermined movement track, so that the legs make repeated predetermined actions. The pedals of the car are the pedals of the car to guide the two feet to circulate on a circular track, and the rounding machine is - The motion of the approximate ellipse guides the movement of the feet, and the others are similar to guiding the feet with a horizontal line or changing the center of the motion track. The body and the a, the upper sports equipment can only guide the pedal to perform the movement of the front and rear movements so that the legs are moved backwards, so that the muscles that can be trained are limited to the front and rear muscles of the legs, and cannot balance the lower body and other Muscle training can't meet the needs of users. Furthermore, there is a conventional stepping action to perform the pedal sideways movement, but when the user manufactures such an exercise equipment, the pedal cannot be correspondingly deflected corresponding to the oblique side movement, resulting in a corresponding deflection. The user's legs and feet are not in harmony with this action, which causes discomfort in use. After the use of the long (four), it is easy to cause sports injuries. The invention relates to a leg sports equipment, comprising: a frame body having a rear end and a rear end; a rewinding mechanism disposed at the front end of the frame body and having a circular rail a second rewinding joint corresponding to the center point for relative motion, wherein the axis of the circular detour is approximately parallel to the connecting axial direction of the front and rear ends of the frame body; a left pedal component and a right pedal component, respectively Each of the support rods includes a pivoting portion and a supporting portion, and each of the supporting rods is pivotally connected to the frame body by a pivoting portion; The pedal has a tread surface for the user to step on and a corresponding end of the foot finger, and the pedals are correspondingly arranged on the support portion of each support rod, wherein the pivotal shaft of the two support rods and the frame body are axially presented The oblique direction extends from bottom to top and extends outward from both sides of the axis of the circular obstruction; the two linked rods respectively include a first end corresponding to the two ends of the wraparound joint and a pivotal connection to the support rod Second end. Therefore, according to the present invention, the reciprocating motion of the legs which can only move up and down differently from the conventional pedal can be performed. Therefore, in addition to training the front and rear muscles of the legs, the present invention can further strengthen the training of the side muscles of the legs, the inner side of the lame legs, and the like. Usually it is not easy to train the parts, so that the muscles of the leg muscles are more complete and complete the training of the lower body muscles. Furthermore, the present invention further includes a two-pedal deflection assisting mechanism, each of which includes a first material and a second link. The first link and the second link each include a first end and a second end. The second ends of the first link and the second link can be pivotally connected to each other. The first ends of the first links are respectively pivotally connected to the frame body, and the first component of each second link is Lin should be fixed under the support of each cutting rod. When the pedals of the left and right pedal assemblies are forced to move, the second pedal deflection lion mechanism will deflect the force source according to 200819163. Therefore, by means of the pedal deflection auxiliary finder, the angle of the deflection is changed according to the change of the movement path, and the singularity of the singularity of the singularity is carried out, and the movement can be performed more comfortably and naturally. [Embodiment] BRIEF DESCRIPTION OF THE DRAWINGS A preferred embodiment of the above-described technical features of the present invention, the 'alpha configuration, and the functions and features that can be obtained, are described in detail below with reference to the accompanying drawings. For a preferred embodiment of the present invention, please refer to FIG. 1 to FIG. 4, which is a perspective view, a top view, a front view, and a left side view of the preferred embodiment of the present invention: The directions of "front", "back", "left", "right", etc. are all / are recognized by the user in the direction of use, while the aforementioned left side view and upper view are pictographic indications, wherein the left side view It corresponds to the left side of the user.) ―: As shown in Fig. 1, the leg sports equipment (10) of the present invention includes a wood plate 10, a rewinding mechanism u disposed at the front end of the frame body 10, and left and right pedals. Components 12, 13, and two linkage bars 14, 15. In this implementation, the Dragon 1G includes a front end and a rear end, which can be stably placed on the ground, and is mainly used as a base for the installation of other components of the sports equipment (10), which is basically a base The rod 1G2 and the front end bracket 1〇3 are formed in the present embodiment. A console 105' is disposed at an upward extension of the vertical rod 1〇2, and a handle for the user to grasp with both hands is full. The user can change the operating environment of the sports equipment 100 through the console 105. The rewinding mechanism U is disposed on the front end bracket (8) of the frame body 10, and the rewinding machine u includes a crank shaft (1), two cranks 112, and a large pulley ιΐ3. In 200819163, the crank shaft m is pivoted in the front and rear axial direction. On the front end bracket (8) of the fitness equipment, the crankshaft (1) is axially parallel to the connecting axial direction of the front and rear ends of the frame body 1〇, and the two cranks H2 are symmetrical to each other at the two ends of the crankshaft (1). , 7 - the outer end of the crank 112 can be formed separately - rewinding, point, and out, so that two rewinding contacts U4, U5 corresponding to the middle (10)_(10) degrees of relative motion on the circular path can be provided. In the embodiment, the circularly-drawn line ρι corresponds to the axial direction of the rewind mechanism U crankshaft U1, and is parallel to the front end of the frame ig to connect the axial direction P2, and the large pulley 113 is coaxially pivoted to the crank car. It is from (1) and is located between the two cranks 112. As shown in FIG. 1 and FIG. 3, in the present embodiment, the sports equipment 100 includes a flywheel 17 and a front axle _ is disposed on the front end bracket, and the installation position is approximately above the winding mechanism 11, and the 'flywheel 17 - the side coaxially fixed with a small leather T wheel m, the small pulley 171 is located above the large pulley ι 3, and both = set - transmission belt m, so that the flywheel 17 and the crank shaft (1) can mutually _ rH / 匕In addition, a conventional "eddy-current brake (ECR, f is the same as -, t. tLB)" (not shown in the figure) is provided inside the flywheel 17, as is often used in today's electric reading. The mode 'user can control the eddy current brake by electrocution through the above-mentioned console 1G5' to adjust the rotation resistance of the flywheel 17; ::back, "motion resistance during operation to increase its motion strength 2:: ·, the purpose of the relationship, the σ structure and the job is the stomach knowing skills, and there is no more description here. The month has a heavy handle 1, so that, as shown in FIG. 2 and FIG. 2 at the same time, the left pedal assembly 12 and the right pedal are located on both sides of the round track axis P1, which respectively include the support bars 200819163 121, 131 and the pedal 122. , 132, and each support rod 121 131 勹 ivm - 士 " "u1 includes a pivotal portion, J branch portion 126, 136, in this embodiment, each support (2) i3i can be called by the pivotal call _ 1n 4 wide W 'supply. P 125, 135 is pivotally connected to the frame 10', so that the support rod is externally connected with respect to the frame body 10, and connected to the rewinding joints 121, 131 respectively. Preferably, the connection method uses a universal joint to enter the four joints, but other ones can achieve the same effect. Each of the pedals 122, 132 respectively includes a tread surface 123, 133 and a corresponding step for the user to step on. Stepping on the pedals 122, 132 refers to the corresponding end m'm, and each of the pedals 122 132 is pivoted to the support portions 126, 136 of the corresponding support rods 121, 131 so that the pedals 122, 132 can be opposite to the support rods 121, 131 is deflected. Further, please refer to FIG. 3 together. In this embodiment, the two support rods m3 and the frame body 10 are provided. The pivotal axis of the docking axis P3, P4 is inclined, and the stems extend outward from both sides of the axis of the circular trajectory, and form a cool angle relationship with the ground. Because of the axial P3, P4 is relative to the frame. The body 1G is in an oblique relationship. Therefore, when the left and right pedal assemblies 12, 13 are forced to start moving, the tilting upward and downward shifting reciprocating motion is performed with respect to the frame body 1 ,. In this embodiment, The pivotal axis P3, P4 of the pivotal connection between the support rods 121, 131 and the frame body 1 is formed at an angle of about 5 degrees with the ground. The angle is preferably an angle between 45 degrees and 90 degrees. The change will affect the change of the pedal side extension. Therefore, by the above structure, when the user steps on the treads 123, 133 of the pedals 122, 132 to start the force application, the left and right pedals are used. The components 12, 13 will be driven by the winding mechanism and the linkage rods 14, 15 to perform the corresponding force source. 'Because the rewinding joints 114, 115 of the rewinding mechanism 11 are maintained at 180 degrees for relative motion, the two pedal assemblies The pedals 122, 132 of 12, 13 will appear to reciprocate with the movement of 200819163. That is, when the right pedal 122 is forced to be outwardly offset by the axis pl of the circular representation, the left pedal 132 is moved inwardly by the rewinding mechanism u, and vice versa, and because the two support rods 12 are The axial axis p3, p4 of the pivotal connection of the 13 truss body 1 〇 is in a relatively oblique relationship with the frame body. Therefore, the two pedals 122, 132 are inclined from the top to the bottom due to the force. The mutual movement is reversed. Since the pedals 122, 132 will perform the oblique side-shifting reciprocating motion in the motion path having a relatively high and low point, as shown in Fig. 4, although the left side view is viewed, the pedals 122, 132 are degraded from the moving path. The point and the up and down movement of the conventional stepper pedal are similar, please refer to FIG. 3 together, but the pedal workers 22, 132 of the present invention perform the reciprocating motion by obliquely moving sideways, and the oblique movement path In addition to the amount of movement up and down, it has a path of left and right movement components, instead of the traditional linear movement above and below, and the path of oblique movement is larger than the traditional stepper, the longer movement path can not only let the user The leg movement is more malleable, It can strengthen the intensity of exercise 'so that's the sideways movement of the pedals, which can strengthen the training of the side muscles of the legs that can not be trained by the traditional stepper, the inner side of the thighs, and other parts that are usually difficult to train, so that the muscles of the leg muscles are more sculptured. Complete, to achieve the full training of the lower body muscles. 5 is a bottom view of a preferred embodiment of the present invention. In this embodiment, the sports equipment 100 further includes two pedal deflection assisting mechanisms 21, 22, each of which includes a first link 211, 221 and a second connection. The rods 212, 222, and the first links 211, 221 and the second links 212, 222 each include a first end 213, 215, 223, 225 and a second end 214, 216, 224, 226, wherein the first link 211, 221 of each of the pedal deflection assist mechanisms 21, 22 The second ends 214, 224 and the second ends 216, 226 of the second links 212, 222 are pivotally connected to each other, and the first ends 213, 223 of the first links 211, 221 are respectively connected to the frame 10 corresponding to the pivot 200819163, and the second links 212, 222 are respectively connected. The first ends 215, 225 can be respectively fixed under the supporting portions 126, 136 of the corresponding supporting rods 121, 131. When the user starts to operate the sports equipment 100, the rotating plates 122 of the left and right pedal assemblies 12, 13 are 132, the action of the corresponding force source is started due to the force, for example, the pedal 13 2 of the right pedal assembly 13 is forced to generate from the top to the bottom, and is laterally shifted laterally by the circular path axis pi. When the corresponding action is performed, the pedal deflection assisting mechanism at this time The second link 212 of 21 is deflected by the support rod 13 and the first link 211 to deflect, and at the same time, the corresponding end 134 of the foot finger of the pedal 132 is driven to move outward from the line P1 by the circular tracking vehicle. Acting, at this time, the pedal 122 of the left pedal assembly 12 is coupled to the relative rewinding contacts 114, 115 of the return mechanism 11 with a relative motion of 18 degrees, and then the right pedal assembly 13 is stressed. When the pedal 132 is generated to be moved laterally from top to bottom, the pedal 122 of the right pedal assembly 12 correspondingly generates an obliquely lateral movement from bottom to top and toward the circular tracking axis P1, and this The corresponding end 124 of the foot 122 of the pedal 122 is caused by the corresponding deflection assist mechanism 22 to be oppositely displaced toward the circular tracking axis ρι, thus, when the user operates the sports equipment 100, The pedal can change the angle of deflection following the change of the movement path, which allows the user to exercise more comfortable and naturally during the movement of the legs and further reduce the occurrence of sports injuries. In summary, the structure of the leg sports equipment of the present invention can provide the user with a side-to-side motion similar to skating, so that the user can satisfy the purpose of fully training the lower body muscle during operation. Increasing the intensity of exercise, not only training the muscles before and after, so that the lower body curve sculpture can be more perfect. Moreover, the present invention can further change the angle of deflection of the pedal with the change of the movement path by the pedal deflection assist mechanism, and Allows the user to exercise and reduce sports injuries more comfortably and naturally when exercising on both legs. . The above embodiments are merely examples for convenience of explanation, and the scope of the claims claimed by the present invention is self-sufficient, and the above-mentioned implementations are limited to the above-mentioned implementations. [Fig. 1 is a schematic diagram of the leg sports equipment of the present invention - A perspective view of a preferred embodiment. Figure 2 is a top plan view of a preferred embodiment of the leg exercise apparatus of the present invention. Figure 3 is a front elevational view of the preferred embodiment of the leg exercise apparatus of the present invention. Figure 4 is a left side elevational view of the preferred embodiment of the leg exercise apparatus of the present invention. Figure 5 is a bottom plan view of a preferred embodiment of the leg exercise apparatus of the present invention. [Main component symbol description] 100 leg sports equipment 10 frame 11 rewind mechanism 12 left pedal assembly 13 right pedal assembly 14 linkage rod 15 linkage rod 101 base 102 pole 103 front end bracket 105 console 11 crank shaft 112 crank 113 large pulley 114 rewinding contact 115 rewinding contact 17 flywheel 171 small pulley 172 transmission belt 121, 131 support rod 122, 132 pedal 125, 135 pivoting portion 126, 136 support portion 123, 133 tread surface 21, 22 pedal deflection assist mechanism 211 221 first link 106 handle 212, 222 second link 213, 215, 223, 225 first end 12 200819163 214, 216, 224, 226 second end 124, 134 foot corresponding end P1 circular path axis P2 front and rear end connection axial P 3, P 4 pole connected shaft Axial 13