200822945 九、發明說m: 【發明所屬之技術領域】 本，明係關於一種健身車之改良，尤指一種健身車之座 椅可隨著驅動輪之轉動而產生上下移動，雙腳係同一動作踏踩 驅動輪，使身體及雙腳隨著上下律動，產生如騎馬般之運動及 提升運動效率之騎馬健身車。 【先前技術】 請參閱第6圖所示，習用健身腳踏車6〇之改良大都著重 於改變腳踏重力結構之磁控機構，或是著重於使用電動馬達驅 動之，計，而且僅有雙腳一上一下地交替式踩踏運動，座椅部 位都是固定式之設計，因此身體是靜止不動，運動範圍僅偈限 於雙腳部位，而且雙腳是一上一下平衡式之交替運動，運動量 非常緩和，身體上半部完全沒動，因此運動量有限，無法達到 全身有氧運動之功效，運動效果大打折扣。 【發明内容】 習知之健身腳踏車，僅著重於使用電動馬達驅動，或是改 變腳踏重力結構之磁控機構之設計，僅為腳部一上一下平衡式 之交替踏踩運動，身體無法同步達到運動之缺點。 本發明之騎馬健身車，主要包含有主要係將座椅支架之 擺臂桿刖端與車架樞接，並具可擺動之自由度，連桿一端之軸 承樞設於座椅支架之擺臂桿，該連桿另端之軸承兩侧與曲柄樞 接’曲柄之另端分別與軸承組内之轉軸端面連接，其中一侧之 轉軸與驅動輪固接連動，兩轉轴之另一端面侧與踏板連桿固接 連動，且兩踏板連桿係對稱位置之固接。 本發明之健身腳踏車，藉著同步連續驅動繳踏連桿運 ^使得鋪支生_之上下擺動，使时之身體亦能同 v上下律動，並能增加運動量，如騎馬般之模擬運動達到有氧 運動之功效。 【實施方式】 5 200822945 請參閱第1、2、3圍戶；f - 係包含·· 示，本發明之騎馬健身車1〇主要 一座椅支架11，其雜發 可擺動之自由度；^ 前端樞接於車架12,並具 臂桿111，該連才罕21$35221係樞設於座椅支架11之擺 -曲柄22，係樞設則與曲柄22樞接，· 22之另端係分別與軸承组J'21末、軸承222 _，兩曲柄 其中一侧之轉轴33與驅動^ 之轉軸33、34端面連接， 另-端面側與踏板連桿41 H接連動，兩轉軸33、34之 位置之固接。 U接連動，且兩踏板連桿41係對稱 詳細林發觸频韓之結構設計 ’其動作實施例 對稱位踏^^示’本發明之騎馬健身車10藉由 之踏踩，帶動，者之雙腳需同步且同位置 由連桿21帶動座椅支架轉2曲柄22旋轉時同時 動著ίΓ部達到運動效果’身體隨著座椅上下擺 It飾，配合腳步之獅_之功果。 之上Iff __板連桿41，使得座椅產生連續 而ΐ 於座椅上時，身體將隨著座椅上下位移 運動^ μ: 了腳部之同步腳踏運動之外，身體亦同步跟著 ^馬般之律動效果，達到有氧運動並提升運動功效。 如、、##刚述之說明可以得知本發明之騎馬健身車，藉由曲 膝二杯及座椅支架之連續擺動運作設計，搭配雙腳以同步踏 =運動方式，_仿效騎馬般之模擬獅，加強使用者之運 =用者之身體及腳部都能同步達到大量運動，增加有氧 之政果，深具實用性及創新性之設計，誠能符合發明專利 200822945 之申請案件，爰依法提出申請。 【圖式簡單說明】 第1圖係本發明之立體圖 第2圖係本發明之組合剖視圖 第3圖係本發明傳動結構之放大示意圖 第4圖係本發明之連桿之動作示意圖 第5圖係本發明之座椅支架擺動至最低位置圖 第6圖係習用健身腳踏車組合剖視圖 【主要元件符號說明】 10騎馬健身車 111擺臂桿 21連桿 222軸承 31、32軸承組 41踏板連桿 52轉輪 11座椅支架 12車架 221軸承 22曲柄 33、34轉軸 51驅動輪 60健身腳踏車200822945 IX. Invention m: [Technical field to which the invention pertains] This is a modification of an exercise bike, in particular, the seat of an exercise bike can move up and down with the rotation of the drive wheel, and the feet are the same action. Stepping on the drive wheel, the body and feet move up and down, creating a horse-riding exercise bike that is sporty and sporty. [Prior Art] Please refer to Figure 6, the improvement of the conventional exercise bike 6 着重 focuses on changing the magnetic control mechanism of the pedal gravity structure, or focusing on using the electric motor to drive, and only one foot Alternate stepping on the ground, the seat parts are fixed design, so the body is still, the range of motion is limited to the feet, and the feet are a balanced movement of the top and bottom, the amount of exercise is very moderate, The upper part of the body is completely unmoved, so the amount of exercise is limited, and the effect of aerobic exercise can not be achieved, and the exercise effect is greatly reduced. SUMMARY OF THE INVENTION The conventional exercise bicycle only focuses on the use of an electric motor to drive, or to change the design of the magnetic control mechanism of the pedal gravity structure, and only the balance of the foot is balanced, and the body cannot be synchronized. The shortcomings of sports. The riding exercise bicycle of the present invention mainly comprises pivoting the swing arm end of the seat bracket and the frame, and has the freedom of swinging, and the bearing at one end of the connecting rod is pivoted on the swing arm of the seat bracket. The rod, the other end of the connecting rod is pivotally connected to the crank, and the other end of the crank is respectively connected with the end surface of the rotating shaft in the bearing group, wherein one side of the rotating shaft is fixedly coupled with the driving wheel, and the other end side of the two rotating shafts The pedal link is fixedly coupled, and the two pedal links are fixed in a symmetrical position. The exercise bicycle of the invention drives the support _ to swing up and down by synchronously driving the treading link, so that the body can also move up and down with v, and can increase the amount of exercise, such as riding-like simulation movement. The effect of oxygen exercise. [Embodiment] 5 200822945 Please refer to the first, second, and third quarters; f - system includes ································································· The front end is pivotally connected to the frame 12 and has an arm 111. The Lianhan 21$35221 is pivotally disposed on the swing-crank 22 of the seat bracket 11, and is pivotally connected to the crank 22, and the other end of the 22 The end of the bearing set J'21, the bearing 222 _, the two shafts of one of the crank shafts 33 are connected to the end faces of the rotating shafts 33 and 34 of the driving shaft, and the other end face side is connected with the pedal connecting rod 41 H, and the two rotating shafts 33, The position of the 34 is fixed. U is connected in series, and the two pedal links 41 are symmetrically detailed. The structure of the body is touched by the frequency of the Korean structure. The motion embodiment of the present invention is symmetrically stepped on the road. The horse-riding exercise bicycle 10 of the present invention is driven by the pedaling. The two feet need to be synchronized and the same position is driven by the connecting rod 21 to rotate the seat bracket. When the crank 22 rotates, the movement is effected at the same time. The body is decorated with the hem of the seat, and the lion of the footstep is used. Above the Iff__ plate link 41, when the seat is continuous and on the seat, the body will move up and down with the seat. ^ μ: The synchronized foot movement of the foot, the body also follows ^ Horse-like rhythmic effects, achieve aerobic exercise and improve exercise efficiency. For example, the description of ##, just described can be found that the riding exercise bike of the present invention is designed by the continuous swinging operation of the curved knee cup and the seat bracket, and the foot is synchronized with the pedal=sports mode, _ imitating the riding style Simulating lions, enhancing the user's luck = the user's body and feet can simultaneously achieve a large number of sports, increase the aerobic political achievements, practical and innovative design, and can meet the application for the invention patent 200822945,提出 Apply in accordance with the law. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the present invention. FIG. 3 is a cross-sectional view of the present invention. FIG. 3 is an enlarged schematic view of the transmission structure of the present invention. FIG. The seat bracket of the present invention swings to the lowest position. Fig. 6 is a sectional view of the utility bicycle. [Main component symbol description] 10 riding exercise vehicle 111 swing arm 21 link 222 bearing 31, 32 bearing set 41 pedal link 52 turn Wheel 11 seat bracket 12 frame 221 bearing 22 crank 33, 34 shaft 51 drive wheel 60 fitness bicycle