M314622 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種健身車，尤指一種具有模擬自行車 實際擺動之可搖擺運動健身車。 5 【先前技術】 健身器材中，室内健身車已是極為普遍之裝置，其作 動設計類似一般腳踏車，即透過原地踩踏腳踏車的動作帶 動内部機構傳動，達到強健肌肉之效果，可因應現代人無 10暇至室外從事運動或天候不佳時，供室内運動之用。 如圖1所不，其為一習知之室内健身車立體圖。習知 健身車主要以多個車身管體1連接成，並包括由管船承載 之惰輪2’惰輪2透過傳動裝置3由驅動輪（圖未示）帶動，驅 動輪則藉由踩踏裝置4之轉動所帶動。使用者以腳施力於踩 踏裝置使之轉動驅動輪，再透過傳動裝置城惰輪冰 .動=之使用者所需踩踏力度則由惰輪2性質與傳動裝 置3之設計所決定，以此達到鍛鍊腳部之功效。 '然而’使用此種習知健身車時，使用者只能乘坐於座 塾上單調地做出踩踏的動作，不僅過程中感到無趣、降低 2〇使用意願，身軀也容易維持僵硬姿態。 是以，本創作者鏗於上述習知健身車之缺點，本於多 年從事產品設計經驗，乃構思出-更為理想、增添健身車 附加功能、提升使用樂趣之實用創作。 M314622 【新型内容】 本創作之可搖擺之運動健身車包括有一座墊支撐 架、一座墊、一緩衝裝置基座、一對缓衝裝置、以及 復運動裝置。座墊支撐架具有一支撐架樞接部，座墊支撐 5 架上並組設有上述之座墊。 上述之緩衝裝置分置於座墊支撐架之二側，且每一緩 衝裝置-端與座墊支撐架斜向搞合，另一端連接於緩衝裝 置基座。往復運動裝置包括有一導引部基座、一導引部: 以及一移動部。導引部係設置於導引部基座上，移動部則 10透過上述之支撐架樞接部而樞接於座墊支撐架。移動部係 沿導引部可往復運動。 " 上述支撐架樞接部定義一樞轉方向，此轉動方向係可 使座墊支撐架壓迫上述之缓衝裝置。 15 藉由斜向設置之緩衝裝置以及往復運動裝置，使用本 創作之運動健身車時可體驗左右搖擺晃動、車身起伏之感 覺。因此本創作具有可模擬實際騎乘自行車之功能，不僅 可作為-般健身器具之使用，更可在天候不佳或無足夠道 路空間時提供L力能，對於自行車選手或欲自行練習 騎乘自行車者，堪稱為實用、多用途之運動器具。 座墊支撐架可包括有一支撑架體與一搖擺支撑板，上 述支樓架樞接部係位於搖擺支撐板上，亦即搖擺支撲板透 過支撐架樞接部而樞接於移動部4搖擺支撐板可包括有 -對上樞接部係分置於二端’上述之緩衝裝置可分別枢設 於相對應之上樞接部。 20 M314622 =裝置基座可包括有—對下樞接部，係分置於二 拖垃a述之’友衝裝置與緩衝裝置基座分別透過相對應之下 & °P互相樞接。緩衝裝置可包括有彈簧及/或避震器。 5 10 搖擺之運動健身車可更包括有—緩衝體，其麵合於 3㈣導引部之間。緩衝體可為—自潤性材料緩衝體， I移开/可為—套讀緩衝體，且相對於移動部以及導引部 :緊配合。、由於導引部與移動部若考慮剛性強度，較佳為 、曾用至屬或其合金材料製成，利用緩衝體夾置於移動部與 ¥引σ|ί之間可避免摩擦所帶來的材料損耗、噪音、以及作 動不平順現象’也減少了相互碰撞使車身產生異常晃動的 可能性。 〃於-實施態樣中，導引部可包括有一滑動槽，移動部 於導引部之滑動槽中往復移動。另—實施態樣為，移動 β包括有-滑動槽，導引部於滑動槽中相對於移動部往復 15移動。移動部、導引部可為任意截面如方形截面或圓形截 '面者，並不特別限定。 【實施方式】 參考圖2，其繪示本創作一較佳實施例之可搖擺運動 2〇健身車立體圖。實施例中係將本創作應用於一室内運動健 身車上。可搖擺運動健身車包括有一座墊支撐架20、一座 墊60、一緩衝裝置基座31、一對緩衝裝置3〇、以及一往復 運動裝置40a。 同時參考圖3與圖4，其分別繪示本實施例之可搖擺運 7 .M314622 動健身車中搖擺結構之前視圖及分解圖。座塾支揮架純 括有一對支撐架體23與_對搖擺支樓板Μ。 是，實施例之圖中顯示，座塾支撐架20之二端皆」有：撐 架體…搖擺繼22、往復移動裝置術。為求簡= 5翊為例進行說明，另一端側亦有相同之結構。且另一端 側雖未圖示有緩衝裳置，然其並非為一種限制，實際使用 上仍可組設另一對緩衝裝置於其上。 支撐架體23末端分岔成叉狀結構，其X狀分支與搖擺 支撐板22間以焊接相固接。搖擺支撐板22樞接於移動部 10 43a且搖‘支撐板22包括有一對上樞接部μ係分置於二 鈿座墊支撐架20並具有一支撐架樞接部21設置於搖擺支 撐板22上，座墊支撐架2〇上並組設有上述座墊6〇。 ，、爰衝I置30包括一彈簧34以及一避震器33，彈簧34套 設於避震器33上。緩衝裝置基座31包括有一對下樞接部32 15係分置於相對二側，每一成對之下樞接部32分別與上述成 -對之緩衝裝置30之一端樞接。 - 如圖3所示，緩衝裝置30另一端則分別枢接於座墊支 撐架20二側之上樞接部24，且相對於座墊支撐架別呈斜向 配置。支撐架樞接部21定義出一枢轉方向Μ，枢轉方向Μ 2〇使座墊支#架20壓迫上述位於相對二侧之任一缓衝裝置 30。 如圖4所示，往復運動装置4〇a包括有一導引部基座 41、一導引部42a、以及一移動部43a。移動部43&為一圓柱 形結構，樞接於座墊支撐架20之支撐架樞接部21，並可沿 8 M314622 導引部42a上下往復運動。 導引部42a為一方形截面中空柱體，其中空部份為一 滑動槽51a，供移動部43a往復移動於其間。導引部42a係以 焊接固定於導引部基座41上。本實施例中之緩衝裝置基座 5 3 1與導引部基座41係為同一構件所形成，以減少組裝程序。 ^如圖4所示，導引部42a以及移動部43a之間耦合有一缓 衝體50a。緩衝體50a為一套筒狀緩衝體，其係由一自潤性 材料所製。套筒狀之緩衝體5〇a以套設於移動部43&之方式 固定，當移動部43a相對於導引部42a移動時，會透過緩衝 1〇體=3與導引部42a進行緩衝摩擦，運行較為平順且避免了 本音之產生。設計為緊配合於移動部43a與導引部之 間’因此移動部43a與導引部42a之間不會有因間隙而碰撞 晃動之情形。 參考圖5，其緣示本創作另一較佳實施例之搖擺結構 15立體圖。本創作另一實施例中，結構大致與上述實施例相 '同，其差異處在於，移動部43b為一方形截面柱體，導引部 —杨則為一圓柱形結構。圓筒狀緩衝體50b套置於導引部42b 上，且提供移動部43b與導引部仙間相對運動空間之滑動 槽51b係位於移動部43b内。 2〇 一當使用者乘坐於健身車上進行踩踏動作時，可自行假 想實際之騎乘情境擺動身體，亦即施力於車身，緩衝裝^ 會因党摩而產生一預 王預疋方向之位移，使座墊支撐架20連同 立於其上之騎乘者往一樞轉方向Μ傾斜轉動。 且根據使用者的施力情形’若力量在往復運動方向ρ 9 -M314622 5 有一分力，往復運動裝置亦可使車身產生起伏動作，模擬 出貫車之騎乘震動效果。因左右搖擺與上下起伏之運動可 同時反應出，讓騎乘者更如歷實境般模擬騎乘自行車。 另外，可藉由設置不同緩衝力量之緩衝裝置來適配於 =同程度的情境，如更換阻尼較小之緩衝裝置或更改摩擦 較小之緩衝體，讓晃動、起伏更明顯。 不 、本創作之可搖擺運動健身車提供多用途之利用方 式，不僅可作為-般進行踩踏動作以锻鍊腳部之室内健 車，亦可作為模擬實車上路情境之模擬運動裝置， Π)健身過程帶來不同以往的健身車使用體驗，避免單 的踩踏動作讓使用者減少使用意願。使用者乘坐於健身車 整雜的適—時間乘』: 15 啤曰應以申凊專利範圍所述 於上述實施例。 疋馬旱，而非僅限 【圖式簡單說明】 圖1係習知運動健身車之立體圖。 =2係本創作—較佳實施例之可搖擺運動健身 圖3係圖2之搖擺結構前視圖。 車立體圖。 圖4係圖3之分解圖。 圖5係本創作另一較^ 1只施例之可搖擺運動倍I & 結構立體圖。 勒健身車之搖擺 20 M314622M314622 VIII. New description: [New technical field] This creation is about an exercise bike, especially a swingable exercise bike with simulated actual swing of the bicycle. 5 [Prior Art] Among the fitness equipment, the indoor exercise bike is a very common device. Its action design is similar to that of a general bicycle, that is, the internal mechanism is driven by the action of stepping on the bicycle in place to achieve the effect of strengthening the muscles, which can respond to modern people. 10 暇 to outdoor sports or when the weather is not good, for indoor sports. As shown in Fig. 1, it is a perspective view of a conventional indoor exercise bike. The conventional exercise bike is mainly connected by a plurality of body tubes 1 and includes an idler 2' idler 2 carried by the pipe boat. The idler 2 is driven by a drive wheel 3 (not shown) through a transmission device 3, and the drive wheel is stepped by a stepping device. 4 is driven by the rotation. The user applies the force to the pedaling device to rotate the driving wheel, and then transmits the idler wheel of the transmission device. The required pedaling force of the user is determined by the nature of the idler 2 and the design of the transmission device 3. Achieve the effect of exercising the feet. 'However, when using this conventional exercise bike, the user can only monotonously perform the pedaling on the seat, which is not only boring in the process, but also reduces the willingness to use, and the body is also prone to maintain a stiff posture. Therefore, the creator is immersed in the shortcomings of the above-mentioned exercise bikes. He has been engaged in product design experience for many years, and he has conceived a practical creation that is more ideal, adds additional functions to the exercise bike, and enhances the fun of use. M314622 [New Content] The swingable exercise bike of this creation includes a pad support frame, a pad, a cushioning base, a pair of cushioning devices, and a complex motion device. The seat cushion support frame has a support frame pivoting portion, and the seat cushion supports the five frames and is assembled with the above-mentioned seat cushion. The buffering device is disposed on two sides of the seat cushion support frame, and each of the buffering device ends is obliquely engaged with the seat cushion supporting frame, and the other end is connected to the cushioning device base. The reciprocating device includes a guiding base, a guiding portion: and a moving portion. The guiding portion is disposed on the guiding portion base, and the moving portion 10 is pivotally connected to the seat cushion supporting frame through the support frame pivoting portion. The moving portion is reciprocable along the guiding portion. " The above-mentioned support frame pivoting portion defines a pivoting direction which allows the seat cushion support frame to press the above-mentioned cushioning device. 15 By using the cushioning device and the reciprocating device in an oblique direction, you can experience the feeling of swaying and undulating when using the exercise bike of this creation. Therefore, this creation has the function of simulating the actual riding bicycle. It can be used not only as a general fitness equipment, but also to provide L-force when the weather is poor or there is not enough road space. For bicycle players or to practice riding bicycles themselves It is a practical and versatile exercise device. The seat support frame may include a support frame body and a rocking support plate. The pivotal support portion of the support frame is located on the rocking support plate, that is, the rocking support plate is pivotally connected to the moving portion 4 through the support frame pivoting portion. The support plate may include a pair of upper pivotal portions disposed at the two ends. The buffering device may be pivoted on the corresponding upper pivoting portions. 20 M314622 = The base of the device may include a pair of lower pivotal portions, and the bases of the device and the base of the cushioning device are respectively pivotally connected to each other through the corresponding lower portion & °P. The cushioning device can include a spring and/or a shock absorber. 5 10 The swing exercise bike may further include a cushioning body that fits between the 3 (four) guides. The buffer body can be a self-lubricating material buffer body, I can be removed/can be a sleeve-reading buffer body, and is tightly fitted with respect to the moving portion and the guiding portion. Since the guiding portion and the moving portion are considered to have a rigid strength, it is preferably made of a genus or an alloy material thereof, and the buffer body is interposed between the moving portion and the σ|| The material loss, noise, and actuating irregularities also reduce the possibility of collisions that cause the body to sway abnormally. In the embodiment, the guiding portion may include a sliding groove, and the moving portion reciprocates in the sliding groove of the guiding portion. Alternatively, the movement β includes a sliding groove, and the guiding portion moves back and forth 15 with respect to the moving portion in the sliding groove. The moving portion and the guiding portion may be any cross section such as a square cross section or a circular cross section, and are not particularly limited. [Embodiment] Referring to FIG. 2, a perspective view of a swingable motion exercise vehicle according to a preferred embodiment of the present invention is shown. In the embodiment, the present application is applied to an indoor sports car. The swingable exercise bike includes a pad support frame 20, a pad 60, a cushioning device base 31, a pair of cushioning devices 3A, and a reciprocating device 40a. Referring to FIG. 3 and FIG. 4, respectively, a front view and an exploded view of the rocking structure of the swingable transporter 7. M314622 exercise bicycle of the present embodiment are respectively illustrated. The seat sling is provided with a pair of support frames 23 and _ pairs of rocking slabs. Yes, the diagram of the embodiment shows that both ends of the seat support frame 20 have: a bracket body... a rocking 22, a reciprocating device. For the sake of simplicity = 5 翊 as an example, the other end side has the same structure. Moreover, although the other end side is not shown as a buffering skirt, it is not a limitation, and another pair of cushioning devices may be disposed on the other end. The end of the support frame body 23 is branched into a fork-like structure, and the X-shaped branch is fixed to the rocking support plate 22 by welding. The rocking support plate 22 is pivotally connected to the moving portion 10 43a and the rocking support plate 22 includes a pair of upper pivoting portions. The system is disposed on the second seat cushion support frame 20 and has a support frame pivoting portion 21 disposed on the rocking support plate. 22, the seat cushion support frame 2 is set up and the above-mentioned seat cushion 6〇 is assembled. The buffer I includes a spring 34 and a shock absorber 33, and the spring 34 is sleeved on the shock absorber 33. The cushioning device base 31 includes a pair of lower pivoting portions 32 15 which are respectively disposed on opposite sides, and each of the pair of lower pivoting portions 32 is pivotally connected to one end of the paired buffering device 30, respectively. - As shown in Fig. 3, the other end of the cushioning device 30 is pivotally connected to the pivoting portion 24 on both sides of the cushion support frame 20, and is disposed obliquely with respect to the seat cushion support frame. The support frame pivoting portion 21 defines a pivoting direction Μ, and the pivoting direction 〇 2〇 causes the seat cushion support frame 20 to press the above-mentioned buffering device 30 on the opposite two sides. As shown in Fig. 4, the reciprocating device 4A includes a guide base 41, a guiding portion 42a, and a moving portion 43a. The moving portion 43& is a cylindrical structure pivotally connected to the support frame pivoting portion 21 of the seat cushion support frame 20 and reciprocally movable up and down along the 8 M314622 guiding portion 42a. The guiding portion 42a is a square-section hollow cylinder, wherein the hollow portion is a sliding groove 51a for the moving portion 43a to reciprocate therebetween. The guide portion 42a is fixed to the guide base 41 by welding. The cushioning device base 513 in this embodiment is formed of the same member as the guiding base 41 to reduce the assembly procedure. As shown in Fig. 4, a buffer 50a is coupled between the guiding portion 42a and the moving portion 43a. The cushion body 50a is a sleeve-shaped cushion body made of a self-lubricating material. The sleeve-shaped cushion body 5〇a is fixed in a manner of being sleeved on the moving portion 43& and when the moving portion 43a moves relative to the guiding portion 42a, it is buffer-sucked by the buffer 1 body=3 and the guiding portion 42a. The operation is smoother and avoids the generation of the sound. It is designed to be tightly fitted between the moving portion 43a and the guiding portion. Therefore, there is no possibility of collision and collision between the moving portion 43a and the guiding portion 42a due to the gap. Referring to Figure 5, there is shown a perspective view of a rocking structure 15 of another preferred embodiment of the present invention. In another embodiment of the present invention, the structure is substantially the same as the above embodiment, and the difference is that the moving portion 43b is a square-section cylinder, and the guiding portion-Yang is a cylindrical structure. The cylindrical cushion body 50b is fitted over the guide portion 42b, and the slide groove 51b for providing the relative movement space between the moving portion 43b and the guide portion is located in the moving portion 43b. 2〇 When the user rides on the exercise bike to perform the pedaling action, he can swing the body by the actual riding situation, that is, apply the force to the body, and the cushioning device will generate a pre-king direction due to the party. The displacement causes the seat cushion support frame 20 to rotate obliquely in a pivotal direction with the rider standing thereon. According to the user's force application situation, if the force has a component force in the reciprocating direction ρ 9 - M314622 5 , the reciprocating device can also cause the body to undulate and simulate the riding vibration effect of the vehicle. The left and right swings and the ups and downs of the movement can be reflected at the same time, allowing the rider to simulate riding the bicycle more realistically. In addition, it can be adapted to the same level of situation by setting buffers with different buffering forces, such as replacing the damping device with less damping or changing the buffer with less friction to make the shaking and undulation more obvious. No, the creation of the swingable exercise bike provides a multi-purpose use method, which can be used as an indoor exercise car for forging the foot and a simulated exercise device for simulating the real situation of the road, Π) The fitness process brings different experience of the exercise bike in the past, and avoids the single pedaling action to reduce the user's willingness to use. The user should ride on the exercise bike. The appropriate time-time multiplication: 15 The beer should be described in the above embodiment in the scope of the patent application.疋 旱 drought, not limited to [Simplified illustration] Figure 1 is a perspective view of a conventional exercise bike. = 2 is the present invention - the swingable exercise of the preferred embodiment. Figure 3 is a front view of the rocking structure of Figure 2. Car stereo view. Figure 4 is an exploded view of Figure 3. Fig. 5 is a perspective view of another swingable motion I & structure of the present invention. Le exercise bike swing 20 M314622
【主要元件符號說明】 管體1 惰輪2 傳動裝置3 踩踏裝置4 座墊支撐架20 支撐架樞接部21 搖擺支撐板22 支撐架體23 上樞接部24 緩衝裝置30 緩衝裝置基座31 下樞接部32 避震器33 彈簧34 往復運動裝置40a 導引部基座41 導引部42a，42b 移動部43a，43b 緩衝體50a，50b 滑動槽51a，51b 座塾60 樞轉方向Μ 往復運動方向P 11[Main component symbol description] Tube 1 Idler 2 Transmission 3 Stepping device 4 Seat support frame 20 Support frame pivoting portion 21 Swing support plate 22 Support frame body 23 Upper pivot portion 24 Buffer device 30 Buffer device base 31 Lower pivoting portion 32 Shock absorber 33 Spring 34 Reciprocating device 40a Guide portion base 41 Guide portion 42a, 42b Moving portion 43a, 43b Buffer body 50a, 50b Slot groove 51a, 51b Seat 60 Pivoting direction 往复 Reciprocating Direction of movement P 11