200822947 九、發明說明： 【發明所屬之技術領域】 本發明係_-種健身車之改良，尤指_種健身車之座 椅及把手可隨著驅動輪之轉動而產生上下移動，使身體及 隨著上下律動，提升運動效率之健身車。 【先前技術】 請參閱第4圖所示，習用健身腳踏車3〇之改良 於改變腳踏重力結構之磁控機構，歧著重於使用電動馬達驅 動之設計，紅僅錢觸踏之獅，麵及把手部位都是固 定式之設計’因赠體或是雙手都是靜止不動，運動範圍僅侷 限於雙腳雜，無法制全身有氧勒之功效，運動效果大打 由ίΆϊ 〇 【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賴叙設計，僅為卿之麟運動，身 體或是手部皆無法同步達到運動之缺點。 本發明之健身腳踏車，主要包含有主要包含—設固於驅 it[凸輪，—把手連桿之底端係樞設—滑輪，該滑輪並 與凸輪接觸連動得以產生上τ滑動之功效，—滑板凸塊，套置 ，一滑軌内，該滑執係固設於車架兩側，該滑板凸塊之一 輪，該雜係與凸輪接觸，滑板凸塊另端之凸板與座椅 於賴立桿外狀滾輪觸，使得雜連桿產生上下滑 動之功效。 ^ 發明之健身腳踏車，藉著連續驅動繳踏連桿運動，使 及把手連桿產生連續上下滑動，_者之身體及雙 步上下律動，達到運動之功效，而且該座椅連桿及把 而 ΐίϊΐί上侧定，雌凸輪，如同—般制之健身車， 丨返考便用者之喜好而彈性調整使用。 【實施方式】 200822947 請參閱第卜2圖所示，本發日月之健身車1〇主要 一凸輪21，係設固於驅動輪u之一侧· ” 且古「把ί連桿22，係極設於車架12之把手立桿121内，並 滑動之自由度，該把手連桿22 —端係設—把^，ΐ 一底斯 =設-滑輪221，該滑輪221並與凸輪21接觸^動^ 一岣板凸塊23，套置於一滑執231内，节滑勤& 設於車架12 _，賴板凸塊23之―端設有 與凸輪21接觸，滑板凸塊23另端之凸板^3與ΐ 124設於座椅立桿122外部之滚輪125接觸，該滑板凸 塊23以一彈性元件234與車架12連接，使滑％ 輪232得與凸輪21常保接觸。 使α板凸塊23之滾 說明即為本發_身車之結構設計，其動作實施例詳細 m It閱第1、2圖所示，本發明之健身車10藉由踏板連 ϋ帶動驅動輪11旋轉’凸輪21隨著驅動輪u之轉動改變 凸輪21與兩滚輪22卜232之接觸位置，當離開凸輪21之頂 f時’使知把手連桿22藉助重力而下滑，以及凸輪21推頂滑 23往右滑動，進而使滑板凸塊23之凸板233推 連桿124往上滑移至最高點。 當凸輪21旋轉半圈後兩滾輪22卜232改變與凸輪21之 接觸位置，凸輪21進而同步推頂把手連桿22朝上移位，以及 座椅連桿124藉助重力而下滑，順著凸板233之形狀移動到最 低點。 藉此，連續驅動腳踏連桿31，使得座椅及把手產生連續 之上下^動’使用者坐於座椅上並雙手握持把手時，身體及雙 手將隨著座椅上下位移而同步律動，除了腳部之腳踏運動之 外’身體及雙手亦同步跟著運動，達到有氧運動並提升運動效 果。 §座椅連桿上移固定： 200822947 言月參閱第2、3圖所示，該座椅連桿124上移使所設之穿 孔1241與座椅立桿122之固定孔123對應，由定位銷32穿越 固定，f座椅連桿124末端外侧之滾輪125脫離滑板凸塊23 之滑，範圍，該座椅連桿124既成為固定之座椅架，座椅並不 會隨著滑板凸塊23連動，如同一般習用之健身車，而隨著使 用者之喜好而彈性調整使用。 §把手連桿上移固定： 請參閱第2、3圖所示，該把手連桿22上移，使所設之 穿孔222與把手立桿121之定位孔1211對應，並由定位^ 33 ^越固定，使把手連桿22末端之滾輪221脫離凸輪21之運動 範圍，該把手連桿22既成為固定之把手支架，把手不會跟著 凸輪21連動，如同一般習用之健身車，而隨著 而彈性調整使用。 ° τ 由則述之說明可以得知本發明之健身車藉由凸輪與活動 =座椅連桿、把手連桿之設計，使得座椅及把手能夠隨著驅動 輪之旋轉而同步上下移動，使用者之身體及手部都能同步達到 運，之效果，增加有氧運動之效果，且該座椅連桿及把手連桿 亦月b上移固定，如同一般習用健身車之功能，隨著使用者之直 好而彈性調，深具實用性及創新性之設計，誠能符合發明& 之申睛案件，爰依法提出申請。 7 200822947 【圖式簡單說明】 第1圖係本發明之組合剖視圖（即凸輪旋轉至最高位置示意 圖） 第2圖係本發明之凸輪旋轉至最低位置示意圖 第3圖係本發明之座椅連桿與把手連桿上移調整之示意圖 第4圖係習用健身腳踏車組合剖視圖 【主要元件符號說明】 10健身車 12車架 1211定位孔 123固定孔 125滾輪 11驅動輪 121把手立桿 122座椅立桿 124座椅連桿 21凸輪 221滾輪 23滑板凸輪 232滾輪 234彈性元件 31腳踏連桿 22把手連桿 222穿孔 231滑軌 233凸板 30健身腳踏車 32、33定位銷 8200822947 IX. Description of the invention: [Technical field of the invention] The invention is an improvement of the exercise bike, in particular, the seat and the handle of the exercise bike can move up and down with the rotation of the drive wheel, so that the body and With the up and down rhythm, the exercise bike that enhances the efficiency of sports. [Prior Art] Please refer to Figure 4, the modified exercise bicycle 3〇 is modified to change the magnetic structure of the pedal gravity structure. The focus is on the design driven by the electric motor, the red only money touches the lion, the face and The parts of the handle are fixed design. 'Because the gift or the hands are still, the range of motion is limited to the two feet, and the effect of the whole body aerobic can not be achieved. The effect of the exercise is greatly Άϊ 〇 发明 【Abstract】 ▲The known exercise bicycles only focus on the use of electric motor drive, or change the magnetic structure of the pedal gravity structure, only for the movement of Qing Zhilin, the body or the hand can not simultaneously achieve the shortcomings of sports. The exercise bicycle of the present invention mainly comprises a function mainly comprising: fixing and fixing the [cam, the bottom end of the handle connecting rod is a pulley, and the pulley is coupled with the cam to generate the upper τ sliding effect. The bump, the sleeve, and the slide rail are fixed on both sides of the frame, the wheel of the slider is in contact with the cam, and the convex plate of the other end of the slider is seated in the stand The outer roller of the rod touches, so that the miscellaneous connecting rod has the effect of sliding up and down. ^ Invented the exercise bicycle, by continuously driving the tread link movement, so that the handle link is continuously slid up and down, the body of the _ person and the two-step up and down rhythm, to achieve the effect of the movement, and the seat link and the handle Ϊ́ίϊΐί is set on the side, the female cam, like the exercise bike of the general system, can be adjusted and used flexibly. [Embodiment] 200822947 Please refer to Figure 2, as shown in Figure 2, the main body of the exercise bike is a cam 21, which is fixed on one side of the drive wheel u. The handle rod 22 is disposed at the end of the handle rail 121 of the frame 12 and is slidably opened. The handle link 22 is connected to the end of the handle rod 22, and the pulley 221 is in contact with the cam 21. ^ ^ a 凸 plate bump 23, placed in a slip 231, the sleek & is set on the frame 12 _, the end of the slab bump 23 is provided in contact with the cam 21, the slider bump 23 The other end of the convex plate ^3 is in contact with the roller 125 disposed on the outside of the seat upright 122. The slide bar 23 is connected to the frame 12 by a resilient member 234, so that the slide % wheel 232 is in constant contact with the cam 21. The description of the roll of the α-plate bump 23 is the structure design of the present invention, and the action embodiment is shown in detail in Figures 1 and 2, and the exercise bicycle 10 of the present invention is driven by the pedals. The rotation of the wheel 11 'the cam 21 changes the contact position of the cam 21 with the two rollers 22 232 as the drive wheel u rotates. When leaving the top f of the cam 21, the brake handle 22 is made The force slides down, and the cam 21 pushes the slide slider 23 to slide to the right, so that the convex plate 233 of the slider bump 23 pushes the link 124 upward to the highest point. When the cam 21 rotates half a turn, the two rollers 22 232 change In contact with the cam 21, the cam 21 and thus the synchronized ejector handle link 22 are displaced upward, and the seat link 124 slides down by gravity, moving to the lowest point along the shape of the convex plate 233. Thereby, continuous driving The foot link 31 causes the seat and the handle to be continuously moved up and down. When the user sits on the seat and holds the handle with both hands, the body and the hands will synchronously move with the seat up and down, except for the foot. Outside the pedaling movement, the body and hands are also synchronized to achieve aerobic exercise and improve the exercise effect. § The seat link is moved up and fixed: 200822947 See the figures 2 and 3 for the month. The connecting rod 124 is moved upward to make the perforation 1241 corresponding to the fixing hole 123 of the seat upright 122, and is fixed by the positioning pin 32. The roller 125 outside the end of the f seat link 124 is disengaged from the sliding of the sliding block 23, and the range is The seat link 124 is both a fixed seat frame. The chair does not interlock with the slider bumps 23, just like the conventional exercise bike, and is flexibly adjusted according to the user's preference. § The handle link is moved up and down: Please refer to Figures 2 and 3, The handle link 22 is moved up, so that the provided through hole 222 corresponds to the positioning hole 1211 of the handle upright 121, and the fixed position is fixed by the positioning, so that the roller 221 at the end of the handle link 22 is separated from the range of motion of the cam 21. The handle link 22 is both a fixed handle bracket, and the handle does not follow the cam 21, as is the conventional exercise bicycle, and is elastically adjusted for use. ° τ It can be seen from the description of the present invention that the exercise bicycle of the present invention is designed such that the seat and the handle can be moved up and down synchronously with the rotation of the driving wheel by using the cam and the movable = seat link and the handle link. The body and hands of the person can achieve the same effect, increase the effect of aerobic exercise, and the seat connecting rod and the handle connecting rod are also moved up and fixed, as the function of the conventional exercise bike, with the use The straightforward and flexible tone, the practical and innovative design, can meet the invention & 7 200822947 [Simple description of the drawings] Fig. 1 is a sectional view of the combination of the present invention (i.e., a schematic view of the cam rotated to the highest position). Fig. 2 is a schematic view showing the cam rotated to the lowest position of the present invention. FIG. 3 is a seat connecting rod of the present invention. Schematic diagram of shifting adjustment of the handle link up. Fig. 4 is a sectional view of the combination of the exercise bicycle. [Main component symbol description] 10 exercise bike 12 frame 1211 positioning hole 123 fixing hole 125 roller 11 drive wheel 121 handle pole 122 seat upright 124 seat link 21 cam 221 roller 23 slide cam 232 roller 234 elastic element 31 foot link 22 handle link 222 perforation 231 slide rail 233 convex plate 30 fitness bicycle 32, 33 positioning pin 8