201223591 六、發明說明： 【發明所屬之技術領域】 ^本發明係隸屬一種踏步結構之技術領域，且禮而言 係指一種具兩種不同作動型態的可變運動之 ： 藉以能產生不同的訓練效果。 ^步糾’ 【先前技術】 按201223591 VI. Description of the invention: [Technical field to which the invention pertains] ^ The invention belongs to the technical field of a step structure, and refers to a variable motion with two different actuation modes: thereby generating different Training effect. ^步纠' [Previous technique]
文到運動場所及可運動時間等減少人 們的運動量與運動時間也跟著大幅縮短，㈣^人們 的健康與體力，為了解決因運動量減少所引發 問 題，目前市面上開發有多種不同樣式的運動訓練設備， 以提供不同的健身與運動訓練功能，如踏步結構、健身 車、跑步機、滑雪機或橢圓執機等等。而其;小塑踏步 結構則基於其體積小、收納不佔空間等優點，被廣泛的 應，於一般居家環境或辦公場所中，其可經常性的提供 少量而多次的運動’達到與密紐地進行長 有 一樣好的成效； 現有的踏步結構中，如我國專利公告第324954號 等等的踏步結構，其係於底座的兩側分別水平樞設有可 交錯連動的踏板，且各踏板下方設有油壓缸，供向下踩 踏時產生阻尼作用。而由於其踏板係水平樞設於底座的 兩側，因此該踏步結構僅能受雙腿交錯向下施力踩踏， 而使兩踏板呈相互交錯的上、下垂直運動，故其運動效 果通吊僅止於腿部，其主要係做為訓練腳力之用。 為此’進一步開發有如我國專利第M271593號、第 M282707號的健身設備，其係將兩踏板樞設於呈「γ」 201223591 字型的固定座上，讓施力向下踩踏踏板時，可受到梅輪 向外向上傾斜的影響，讓該踏板會產生向下且向外的斜 移’而另一踏板則向上向内斜移，使兩踏板向同一側偏 移’讓人體產生一種交錯斜踏的扭腰運動，相較於前述 水平式者可略為提升其訓練量。Text to sports venues and exercise time, etc., reducing people's exercise volume and exercise time has also been greatly shortened. (4) People's health and physical strength, in order to solve the problems caused by the reduction of exercise volume, there are currently many different types of sports training equipment developed on the market. To provide different fitness and sports training functions, such as step structure, exercise bike, treadmill, ski machine or elliptical machine. However, the small plastic step structure is widely used in the general home environment or office space based on its small size and storage space. It can provide a small amount of multiple movements. New Zealand has the same good effect; the existing step structure, such as the step structure of China Patent Publication No. 324954, etc., is horizontally pivotally provided with pedals that can be interlaced on both sides of the base, and each pedal A hydraulic cylinder is provided below for damping when it is stepped down. Since the pedal system is horizontally disposed on both sides of the base, the step structure can only be stepped by the two legs staggered downward, and the two pedals are vertically moved up and down, so that the movement effect is suspended. It only ends in the leg, and it is mainly used for training the foot. To this end, we have further developed fitness equipment such as the Chinese Patent No. M271593 and No. M282707. The two pedals are pivoted on a fixed seat of the type "γ" 201223591, which allows the force to be depressed when the pedal is depressed. The effect of the tilting of the plume outwards causes the pedal to shift downwards and outwards while the other pedal is tilted upwards and inward, causing the two pedals to be offset to the same side. The twisting movement can slightly increase the amount of training compared to the aforementioned level.
然而，前述的踏步結構僅具有單一的運動型態，如 我國公告第324954號僅能上、下交錯踏步，至於我國 公告第M271593號等案則僅能斜踏運動，如此不僅對人 體的訓練部位固定，且當人們在使用一段時間後，會因 運動型態過於單調乏味，而無法吸引人們持續、且長時 間的運動，從而影響到整體的運動效率，故無法滿足實 際使用的需求，而有進一步改良之必要。 、，是’本發明人乃針對前述踏步結構應用上所面臨 、&仏靖咏入探討，並藉由多年從事相關產業之研發與製 造經驗，積極尋求解決之道，經不斷努力之研究與試作 ，終於成功的開發出一種可變運動之踏步結構，其能克 。有踏步結構因運動型態無法改變所造成的不便與困 【發明内容】 運動，本發明主要在於提供一種具不同動作的可變 動型L ^結構，藉以讓使用者可依需求選擇所需的運 訓練；同：分別進行上下踏步與斜踏杻腰的動作，而能 』的部位，且吸收使用者進行持續、且 ’達到增加訓練功能與運動量之目的。 ’曰、 據此，本發明主要係透過下列的技術手段，來具體 201223591 實現前述的目的與效能：其包含有一底座、一旋轉基座 、兩踏板、一交錯連動組及一切換單元； 所述之底座中段具有一轉轴，且底座於轉軸的前方 具有一第一限位部，又底座於轉轴的後方具有一第二限 位部； 所述之旋轉基座具有一基桿及一立桿，且旋轉基座 係利用基桿後段樞設於前述底座之轉軸上，該旋轉基座 於轉轴前方具有一對應底座第一限位部之第一限位部；However, the aforementioned step structure has only a single motion type. For example, China's Announcement No. 324954 can only be staggered up and down. As for the case of China's announcement No. M271593, it can only slant the movement, so that not only the training part of the human body Fixed, and when people use it for a period of time, it will be too tedious due to the type of exercise, and can not attract people's continuous and long-term exercise, thus affecting the overall exercise efficiency, so it can not meet the actual use needs, but The need for further improvement. The inventor is in the face of the application of the aforementioned step structure, and the discussion of the appeasement, and through years of experience in the research and development and manufacturing of related industries, actively seek solutions, through continuous efforts and research Trial, finally succeeded in developing a stepping structure of variable movement, which can be gram. The inconvenience and difficulty caused by the stepping structure can not be changed due to the motion type. [Invention] The present invention mainly provides a variable L^ structure with different actions, so that the user can select the desired operation according to the demand. Training; the same: the steps of stepping up and down and stepping on the waist, respectively, and the ability to absorb the user to continue, and 'to achieve the purpose of increasing the training function and the amount of exercise. In view of the above, the present invention mainly achieves the foregoing objects and effects by the following technical means: a base, a rotating base, two pedals, an interlaced interlocking group and a switching unit; The base of the base has a rotating shaft, and the base has a first limiting portion at the front of the rotating shaft, and the base has a second limiting portion at the rear of the rotating shaft; the rotating base has a base rod and a vertical a rod, and the rotating base is pivoted on the rotating shaft of the base by the rear portion of the base rod, the rotating base has a first limiting portion corresponding to the first limiting portion of the base in front of the rotating shaft;
所述之兩踏板係分別樞設於前述立桿兩側； 所述之交錯連動組係樞設於前述轉軸上，且該交錯 連動組可使前述兩侧踏板呈上、下交錯連動，又交錯連 動組於轉軸後方具有一對應底座第二限位部之第二限位 部； 所述之切換單元具有一限位件。 藉此，透過前述技術手段的展現，本發明之踏步結 構在運動過程中時，當限位件限制旋轉基座與底座時， 則利用交錯連動組的左右旋擺來帶動踏板，使踏板受交 錯連動組作用而產生上下踩踏的交錯踏步運動，反之， 當限位件限制交錯連動組與底座日寺，則利用旋轉基座的 左右旋擺來改變距離，使踏板被上下交錯踩踏時，踏板 將隨同旋轉基座產生斜踏賴果，進㈣餘腰之運動 ，使踏步結構具有不同的運動型態可供選擇，以滿足使 用者的不_求’從而克服财者祕翔乏味的問題 ’故能大幅增加產品_加價值，並提高產品效益 傲賠备六。 201223591 為使貴審查委員能進一步了解本發明的構成、特 徵及其他目的，以下乃舉本發明之較佳實施例，並配合 圖式詳細說明如后，同時讓熟悉該項技術領域者能夠具 體實施。 【實施方式】The two pedals are respectively pivotally disposed on two sides of the vertical pole; the interlaced interlocking group is pivotally disposed on the rotating shaft, and the staggered interlocking group can interlace the two pedals in an up-and-down manner and interlace The interlocking group has a second limiting portion corresponding to the second limiting portion of the base at the rear of the rotating shaft; the switching unit has a limiting member. Therefore, through the foregoing technical means, when the step structure of the present invention is in the process of motion, when the limiting member limits the rotating base and the base, the left and right swings of the interlaced interlocking group are used to drive the pedals, so that the pedals are staggered. The interlocking group acts to generate the staggered stepping motion of the upper and lower pedaling. On the contrary, when the limiting member limits the staggered interlocking group and the base Japanese temple, the left and right swings of the rotating base are used to change the distance, so that when the pedal is stepped up and down, the pedal will be With the rotating base, the tilting and swaying effect is generated, and the movement of the (4) remaining waist is made, so that the step structure has different motion patterns to be selected, so as to satisfy the user's unsatisfaction, thereby overcoming the boring problem of the financial person. Can significantly increase the product _ plus value, and improve product efficiency arrogant compensation six. 201223591 The following is a description of the preferred embodiments of the present invention, and is described in detail with reference to the drawings, and the . [Embodiment]
本發明係可變運動之踏步結構’隨附圖例示之本發 明踏步結構的具體實施例及其構件中，所有關於前與後 、左與右、頂部與底部、上部與下部、以及水平與垂直 的參考，僅用於方便進行描述，並非限制本發明，亦非 將其構件限制於任何位置或空間方向。圖式與說明書中 所指定的尺寸’當可在不離開本發明之申請專利範圍内 ’根據本發明之具體實施例的設計與需求而進行變化。 本發明係一種可變換運動型態之踏步結構，其係如 第一圖所揭示者，該踏步結構包含有一底座（1〇)、一 旋轉基座（20)、兩踏板（3〇)、一交錯連動組（4〇) 及一切換單元（5〇)所構成，其中兩踏板（3〇)可分設 於旋轉基座（20)的兩側，而交錯連動組（4〇)可使兩 踏板（30)產生上、下交錯連動； ★而關於本發明較佳實施例的詳細構成，則請同時參 看=一、二及三圖所顯示者，所述之底座（1〇)具有一 m’而中桿（ιι)中段具有一供旋轉基座（2〇 )樞权之轉軸（15)，以保持旋轉基 ，又底座（10)於轉軸Μ方呈古：〈穂疋度 砰釉U5)的刖方具有一第一限位部 )、輸生二位部（12)可選自能與切換單元（50 ^ °分離之構件，本發明係以穿孔為主要實 201223591 施例，且底座（ίο)並於轉軸（15)的後方具有一第二 限位部（13) ’該第二限位部（13)可選自能與切換； 元（50)選擇性接合及分離之構件，本發明係以穿 主要實施例； ’ 又所述之旋轉基座（20)具有一水平之基桿（21) ，且基杯（21)刚端具有一向上延伸之立桿（25)，又 基才干（21)後丨又可對應拖設於前述底座（1〇)中桿（11 )之轉軸（15)上，令旋轉基座（2〇)可選擇性相對底 座（10)以轉軸（15)為中心在水平面上左、右旋擺， 又旋轉基座（20)於轉軸（15)前方具有一第一限^部 (22)，該第一限位部（22)可選自能與切換單元（5〇 )選擇性接合及分離之構件，本發明係以穿孔為主要實 施例，又該第一限位部（22)並可對應前述底座（1〇) 之第一限位部（12)，供利用切換單元（5〇)選擇性同 步產生限位作用，再者基桿（21)前端兩側分別凸伸有 一支桿（24 )’而立桿（25 )鄰近頂端兩側分別凸伸有 一與支桿（24)平行之樞軸桿（26) ’兩樞軸桿（26) 可分別供一踏板（30)之前端枢設； 另所述之踏板（30)前端分別具有一對應樞接於樞 軸桿（26)上之樞套（31)，讓踏板（30)之後端能相 對前端之樞軸桿（26)產生上、下樞擺’再者各踏板（ 30)於前端樞套（31)上分別向下伸設有一連動片（32 )，供交錯連動組（40)樞接，讓踏板（30)可被交錯 連動組（40)所交錯驅動，又兩側踏板（30)與旋轉基 座（20)兩側之間分別設有一阻抗元件（35)，該阻抗 元件（35)可選自可伸縮的彈性體、氣壓缸、液壓缸等 201223591 ，而本發明之阻抗元件（35)係以液壓缸為主 ，且阻抗元件（35)兩端分別具有—萬向接 ，使阻抗元件（35)可樞設於旋轉基座（2〇) )兩側之支桿（24)與踏板（30)後端之間，$ = 踏板（3G)向下踩踏時產生—阻尼力，以增踏踏= (30)時的運動量； #踏踏板The present invention is a step-by-step structure of a variable motion. The specific embodiment of the step structure of the present invention and its components, as illustrated in the accompanying drawings, all relate to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical. The references are for convenience of description only, and are not intended to limit the invention, nor to limit its components to any position or spatial orientation. The drawings and the dimensions specified in the specification are intended to be varied within the scope of the application of the invention. The present invention is a tread structure of a changeable motion type, which is disclosed in the first figure. The step structure comprises a base (1〇), a rotating base (20), two pedals (3〇), and a The interlaced interlocking group (4〇) and a switching unit (5〇) are formed, wherein two pedals (3〇) can be arranged on both sides of the rotating base (20), and the interlaced interlocking group (4〇) can make two The pedal (30) generates an upper and lower interlaced linkage; ★ and for the detailed configuration of the preferred embodiment of the present invention, please refer to the figures shown in Figures 1, 2 and 3, wherein the base (1〇) has a m 'The middle section of the middle pole (ιι) has a pivot shaft (15) for pivoting the base (2〇) to maintain the rotating base, and the base (10) is ancient on the rotating shaft: <穂疋度砰釉U5 The second side (12) of the second side (12) may be selected from a component that can be separated from the switching unit (50^°, and the present invention is based on the perforation as the main embodiment 201223591, and the base (ίο) and a second limiting portion (13) at the rear of the rotating shaft (15) 'The second limiting portion (13) can be selected from the energy and switching; The present invention is directed to the main embodiment; the rotary base (20) has a horizontal base rod (21) and the base end (21) has an upwardly extending end. The pole (25) and the base (21) are correspondingly dragged on the rotating shaft (15) of the rod (11) of the base (1〇), so that the rotating base (2〇) can be selectively The opposite base (10) is pivoted left and right on the horizontal plane with the rotating shaft (15) as a center, and the rotating base (20) has a first limiting portion (22) in front of the rotating shaft (15), the first limiting position The portion (22) may be selected from a member that can be selectively engaged and separated from the switching unit (5〇). The present invention has a perforation as a main embodiment, and the first limiting portion (22) and the corresponding base (1)第一) The first limiting portion (12) is configured to selectively generate a limiting action by using the switching unit (5〇), and further a rod (24)' protrudes from both sides of the front end of the base rod (21) and the vertical rod (25) A pivot rod (26) parallel to the struts (24) is respectively protruded from the two sides of the top end. The two pivot rods (26) are respectively erected at the front end of a pedal (30). The other front end of the pedal (30) respectively has a pivot sleeve (31) pivotally connected to the pivot rod (26), so that the rear end of the pedal (30) can be generated relative to the front end pivot rod (26). Further, the lower pivoting pendulums (30) respectively extend downwardly on the front end pivot sleeve (31) with a linkage piece (32) for pivoting the interlaced interlocking group (40) so that the pedals (30) can be staggered. The interlocking group (40) is alternately driven, and an impedance element (35) is respectively disposed between the two sides of the pedal (30) and the rotating base (20), and the impedance element (35) can be selected from a retractable elastic body. , pneumatic cylinder, hydraulic cylinder, etc. 201223591, and the impedance component (35) of the present invention is mainly a hydraulic cylinder, and the two ends of the impedance component (35) have a universal joint, so that the impedance component (35) can be pivoted Rotating base (2〇) ) between the strut (24) on both sides and the rear end of the pedal (30), $ = when the pedal (3G) is stepped down, the damping force is generated to increase the pedal = (30) Amount of exercise; #踏 pedal
再者，所述之交錯連動組（40)係設於前述 15)之旋轉基座（20)上方，該交錯連動組（4 一樞設於轉軸（15)上的驅動輪（41)，讓旋轉其^ 20)可在水平面旋轉，又該驅動輪（41)可選自日^ 帶輪【如第一、二圖所示】、V型皮帶輪【如第十圖所 示】、滑輪【如第十一圖所示】或鏈輪【如第十二圖所 示】等等，本較佳實施例係以時規皮帶輪為主要實施例 ，且驅動輪（41)於對應旋轉基座（2())第一限位部: 22)處形成有一迴避缺口（42)，使驅動輪（41) &動 或旋轉基座（20)擺動時可供迴避切換單元（5q)【如 第五、八圖所示】，又驅動輪（41)於轉軸（15)後方 具有一第二限位部（43)，該第二限位部（43)可選自 能與切換單元（50)選擇性接合及分離之構件，本^明 f以穿孔為主要實施例，又該第二限位部（43)適對應 前述底座（10)之第二限位部（13)，且前述旋轉基^ (20)向後凸伸部份不致與第二限位部（13、43)之範 圍產生干擾，再者驅動輪（41)上繞設有一撓性連動^ (45) ’該撓性連動件（45)可選自時規皮帶【如第一 、二圖所示】、V型皮帶【如第十圖所示】、鋼索或萬 可帶【如第Η圖所示】或鏈條【如第十二圖所示】等 201223591 等，本較佳實施例係以時規皮帶為主要實施例，又撓性 連動件（45)之兩端分別接設於兩對應踏板（3〇)之連 動=(32)上，使交錯連動組（4〇)之驅動輪（41)左 右疑轉時’可透過撓性連動件（45)拉動對應的踏板（ 3〇) ’使兩側踏板（3〇)產生交錯連動關係； 主於所述之切換單元（5〇)係由-限位件（55)所 限位件⑸）可選自能與前述第—限位部（12Furthermore, the interlaced interlocking group (40) is disposed above the rotating base (20) of the above 15), and the staggered interlocking group (4) is a driving wheel (41) pivoted on the rotating shaft (15), Rotating its ^ 20) can be rotated in the horizontal plane, and the driving wheel (41) can be selected from the day ^ pulley [as shown in the first and second figures], the V-shaped pulley [as shown in the tenth figure], the pulley [such as 11 is a sprocket or the sprocket [as shown in FIG. 12], etc., in the preferred embodiment, the timing pulley is the main embodiment, and the driving wheel (41) is on the corresponding rotating base (2). ()) The first limiting portion: 22) is formed with an avoidance notch (42), so that the driving wheel (41) & or the rotating base (20) can be used to avoid the switching unit (5q) [such as the fifth The driving wheel (41) has a second limiting portion (43) behind the rotating shaft (15), and the second limiting portion (43) can be selected from the switching unit (50). For the member of the joint and the separation, the main limiting portion is the perforation, and the second limiting portion (43) is adapted to correspond to the second limiting portion (13) of the base (10), and the rotating base is (20) Backward convex The extension portion does not interfere with the range of the second limiting portion (13, 43), and the driving wheel (41) is provided with a flexible linkage (45). The flexible linking member (45) can be selected from The timing belt [as shown in the first and second figures], the V-belt [as shown in the tenth figure], the steel cable or the universal belt [as shown in the figure] or the chain [as shown in the twelfth figure] Etc. 201223591, etc., in the preferred embodiment, the timing belt is the main embodiment, and the two ends of the flexible linkage (45) are respectively connected to the linkage of the two corresponding pedals (3〇)=(32), so that When the driving wheel (41) of the interlaced interlocking group (4〇) is turned left and right, the corresponding pedal (3〇) can be pulled through the flexible linkage (45) to make the pedals on both sides (3〇) interlaced; The switching unit (5〇) is defined by the - limiting member (55) (5) can be selected from the foregoing - the limiting portion (12)
此第二限位部（13、43)選擇性接合及分離之構 ^本發，係以能插掣穿孔之插桿為主要實施例，又切 係於_(1Q)上設有一固定框⑼， )ΐ、拗1〇)之轉軸（15)頂端設於該固定框（51 )^增進轉軸（15)之穩固性，又固定框（51)於 咒=15)後方形成有一對應底座（ι〇)第二限位部 白处傲第一限位部（53) ’該第二限位部（53)可選 =限位件（55)選擇性接合及分離之構件，本發明 係以穿孔為主要實施例，再者 限位部⑵，上，供二 或旋轉基座（2〇)的左右旋擺運動； ）的㈣ 當切換單元⑸）之限位件（55) Μ 43 13)時’可限制驅動板（41) 運動，而當該限位件（55)限制旋轉基座（2()f = f (10)之對應第一限位部（22、12)時，則可阳二： 基座（2G)的左右旋擺運動，進而組構成紅轉 型態、且能增加運動樂趣的踏步結構者。、同運動 201223591 下之發明於實際勒的使㈣，其可選擇進行上 步運動，請配合參看第三〜六圖所搞_本 第四圖為動作前之切換位置、第圖為 ^ 二為，之後視，使用者係將切換單二 =: 千^吣）插置於旋轉基座（20)與底座（10)之對應 ^立部（22、12)内【如第四圖所示】，如此旋轉基 户U0)與底座（10)間將具有兩個接點， 轉基座（2。）的左右旋擺運動，且此時由於交； ㈤的驅動輪⑼係與轉軸（15)呈樞接，=動且 輪（41)可受兩側踏板（30)帶動撓性連動件（45)進 行左右旋轉運動，且驅動輪（41)因具有迴避缺口（42 )的設計，故不致受到限位件（55)的干擾，因此當使 用者向下踩踏其中一踏板（30)時，該被施力下踩：踏 板（30)會壓縮阻抗元件（35)產生阻尼，且兩側 板（30)並可透過撓性連動件（45)與連動片（32) 產生連動關係，使另侧的踏板（3G)向上升起如 可讓兩側踏板（30)交錯進行上、下踏步運動。 其次，當欲選擇進行斜踏之扭腰運動，請 及七〜九圖所揭示者，其中第七圖為動作前之切ς 、第八圖為動作之俯視及第九圖為動作之後視，操作〔 ’使用者係將切換單元（5(0之⑽件（55)插置^ 定框（51)、驅動板（41)與底座（1〇)之對應口 位部（53、43、⑻上【如第七圖所示】，如此交 動組（40)之驅動輪（41)與底座（1〇)間將具有 (15)與限位件（55)兩個固定點，而能限制驅動輪^ 41)的旋轉，且此時旋轉基座（20)與底座（1〇)間則 201223591 僅利用轉軸（15)樞接，故旋轉基座（20)可進行左右 旋擺運動，且驅動輪（41)因具有迴避缺口（42)的設 計，故旋轉基座（2〇)的擺動不致受到限位件（55)的 干擾，因此當使用者向下踩踏其中一踏板（3〇；)時，該 被施力下踩的踏板（30)會壓縮相對阻拆元件（35)產 生阻尼，同時兩側的踏板（30)受到驅動板（41)撓性 連動件（45)的產生連動，使另側的踏板（3〇)向上升 起，同時可帶動旋轉基座（20)向一侧旋擺，如此即可 讓兩踏板（30)交錯踩踏時，能產生進行斜踏的扭腰 動’形成不同的運動型態。 ▲透過前述的設計，本發明之踏步結構在運動過程 丄能利用限位件（55)來限制旋轉基座（2Q)的旋 j用交錯連動組（40)之驅動輪⑹來使踏板（3〇 2 =上下踏:運動。再者當限位件(55)限制 =板（4i)的旋擺時，則可透過旋轉基座（2〇」 =擺來使兩側踏板（30)產生交錯的連動，且 將隨同旋轉基座⑽產生斜踏效果，從而形： ，腰之運動，使踏步結構具有不同的運動型態可 = =滿跋用者的不同需求，而能吸引使用者持續 3的運動’有效提升其運動效率，故能大幅 口 的附加價值，並提高產品經濟效益與競爭力。座°〇 又如第十三、+四及十五圖所係本 ^步結構的再一實施例，其中所述之交d 係由一驅動板（61)及兩連動件（65)所組成，1 ，動板（61)係對應樞設於轉軸（15)上，讓驅動^ 1)可在水平面左右旋擺，且驅動板（61)於轉軸 训223591 )可後方具有一第二限位部（63)，該第二限位部（63 本^選自能與限位件（55)選擇性接合及分離之構件， 選摆7係以穿孔為主要實施例，又第二限位部（63)可 驅動Ϊ對應前述底座（1〇)之第二限位部（13)，再者 動件（61)兩端分別樞設有一連動件（65)，該兩連 條，日65)可選自鋼性之連桿或具彈性應變力之強力膠 3〇)連兩連動件（65)之另端分別樞設於對應之踏板（ 61)力動1 (32)上，使交錯連動組（60)之驅動板（ 踏板旋擺時，可透過連動件（65)同步推拉對應的 〇)，使兩侧踏板（3〇)產生交錯連動關係。 底座^〗此，當該限位件（55)插置於旋轉基座（20)與 旋轉基广〇)之對應第一限位部（22、12)時，則可限制 )之二^ (2〇)的左右旋擺運動，而使交錯連動組（60 (30)°盡板（61)能相對底座（10)樞擺，讓兩侧踏板 示產生上下踩踏運動【如第十六、十七及十八圖所 樞（51^當切換單元（50)之限位件（55)插置於固定 部、驅動板（61)與底座（10)之對應第二限位 運動，估a )時’可限制驅動板（61)的左右旋擺 而形成加旋轉基座（2〇)能相對底座（1〇)左右旋擺， 】，其且腰踏步運動【如第十九、二十及二十一圖所示 同的運二有與前述相同之效用，能供使用者自由選擇不 動型態，以增加運動樂趣。 了有= =、、’ 了以理解到本發明為一創意極佳之創作，除 在相 決習式者所面臨的問題，更大幅增進功效，且 開使用：,術領域中未見相同或近似的加工物創作或公 同時具有功效的增進，故本發明已符合發明專 [ 12 201223591 =:」與「進步性」的要件，乃依法提出申 【圖式簡單說明】 第圖.係本發明較佳實施例的立體分解示意圖，其顯 示本發明主要元件的相對關係。 、‘” 第三圖 第四圖 第二圖：係本發明較佳實施例的局部組成示意圖。 係本發明較佳實施例另一視角的組成示意圖。 係本發明較佳實施例於踏步運動時的側視平面 切換圖。 第五圖：縣發日她佳實施例於踏步運動時的俯視平面 圖。 第六圖：係本發日她佳實施例於踏步運料的後視平面 圖。 的側視平面 第七圖：係本發明較佳實施例於扭腰運動時 切換圖。 第八圖：係本發明較佳實施例於扭腰運料的俯視平面 圖。 第九圖：係本發明較佳實施例於扭腰運動時的後視平面 圖。 第十圖1本發明可變運狀辭結構的 第十-圖交錯連動機構利用皮帶連動之狀態。 第十發明可變運動之踏步結構的組成示意圖 :供顯示其交錯連動機構利用索件連動之狀態 第十二圖發Γ變運動之踏步結構的組成示意圖 供顯不其交錯連動機構利用鏈條連動之狀態 13 201223591 第十三圖：係本發明再一實施例的立體分解示意圖，其 顯示本發明主要元件的相對關係。 第十四圖：係本發明再一實施例的局部組成示意圖。 第十五圖：係本發明再一實施例的組成外觀示意圖。 第十六圖：係本發明再一實施例於踏步運動時的侧視平 面切換圖。 第十七圖：係本發明再一實施例於踏步運動時的俯視平 面圖。 第十八圖：係本發明再一實施例於踏步運動時的後視平 面圖。 第十九圖：係本發明再一實施例於扭腰運動時的側視平 面切換圖。 第二十圖：係本發明再一實施例於扭腰運動時的俯視平 面圖。 第二十一圖：係本發明再一實施例於扭腰運動時的後視 平面圖。 【主要元件符號說明】 (10) 底座 (11) 中桿 (12) 第一限位部 (13) 第二限位部 (15) 轉軸 (20) 旋轉基座 (21) 基桿 (22) 第一限位部 (24) 支桿 (25) 立桿 (26) 樞軸桿 (30) 踏板 (31) 柩套 (32) 連動片 (35) 阻抗元件 (36) 萬向接軸部 14 201223591 (40) 交錯連動組 (41) 驅動輪 (42) 迴避缺口 (43) 第二限位部 (45) 撓性連動件 (50) 切換單元 (51) 固定框 (53) 第二限位部 (55) 限位件 (60) 交錯連動組 (61) 驅動板 (63) 第二限位部 (65) 連動件 15The second limiting portion (13, 43) selectively engages and disengages the structure, and adopts a plunger which can be inserted into the perforation as a main embodiment, and is also provided with a fixing frame (9) on the _(1Q). , ) ΐ, 拗1〇) The top end of the rotating shaft (15) is set in the fixing frame (51) to improve the stability of the rotating shaft (15), and the fixing frame (51) is formed with a corresponding base behind the spell (15). 〇) The second limit part is white at the first limit (53) 'The second limit (53) is optional = the limit member (55) is selectively engaged and separated, the present invention is perforated For the main embodiment, the limiting portion (2), the upper and lower swinging movements of the second or rotating base (2〇); (4) when the switching unit (5)) is the limiting member (55) Μ 43 13) 'The movement of the drive plate (41) can be restricted, and when the limit member (55) limits the corresponding first limit portion (22, 12) of the rotary base (2()f = f (10), Two: The left and right swivel movements of the pedestal (2G), and then the group of the stepping structure that constitutes the red transition state and can increase the fun of sports. The invention of the same movement 201223591 is actually used (4), which can be selected. step Please refer to the third to sixth figures for cooperation. _ This fourth picture shows the switching position before the action, the picture is ^2, and then the user will switch the single two =: 千^吣) The rotating base (20) and the base (10) correspond to the inside of the vertical portion (22, 12) [as shown in the fourth figure], so that there will be two contacts between the rotating base U0) and the base (10). The left and right swivel movements of the rotating base (2.), and at this time due to the intersection; (5) the driving wheel (9) is pivotally connected with the rotating shaft (15), = moving and the wheel (41) can be driven by the pedals (30) on both sides The flexible linkage (45) performs a left-right rotational movement, and the drive wheel (41) has a design that avoids the notch (42), so that it is not interfered by the restriction member (55), so when the user steps down one of the pedals (30), the force is applied under the pedal: the pedal (30) compresses the impedance element (35) to generate damping, and the two side plates (30) can be interlocked with the linkage piece (32) through the flexible linkage (45). The relationship is such that the pedal (3G) on the other side rises up so that the pedals (30) on both sides can be alternately moved up and down. Secondly, when you want to choose the twisting and twisting movement, please refer to the seven to nine figures, in which the seventh picture is the cut before the action, the eighth picture is the action view and the ninth picture is the action view. Operation [ 'The user will switch the unit (5 (0 (10) (55) inserting the fixed frame (51), the drive plate (41) and the base (1〇) corresponding mouth position (53, 43, (8) [As shown in the seventh figure], the driving wheel (41) and the base (1〇) of the alternating group (40) will have two fixed points (15) and the limiting member (55), and can be limited. The rotation of the driving wheel 41, and the rotation of the base (20) and the base (1〇) is pivoted only by the rotating shaft (15), so that the rotating base (20) can perform left and right swinging motion, and Since the driving wheel (41) has the design of avoiding the notch (42), the swing of the rotating base (2〇) is not disturbed by the limiting member (55), so when the user steps down one of the pedals (3〇; When the pedal (30) pressed under the force is compressed, the relative blocking element (35) is damped, and the pedals (30) on both sides are subjected to the driving plate (41) flexible linkage (45) The linkage of the pedals causes the pedals on the other side (3〇) to rise upwards, and at the same time, the rotating base (20) can be swung to one side, so that when the two pedals (30) are staggered, the tilting can be performed. The twisting movement of the step 'forms different motion patterns. ▲ Through the foregoing design, the step structure of the present invention can use the limiting member (55) to limit the rotation of the rotating base (2Q) by the interlocking member during the movement process. Group (40) drive wheel (6) to make the pedal (3〇2 = up and down: movement. When the limiter (55) limit = plate (4i) swing, it can pass through the rotating base (2〇 = placed to make the two sides of the pedal (30) interlaced, and will be accompanied by the rotating base (10) to create a diagonal effect, and thus: the movement of the waist, so that the step structure has a different motion type = = full Users' different needs, and can attract users to continue the movement of 'effectively improve their sports efficiency, so it can greatly increase the added value of the mouth, and improve the product economic efficiency and competitiveness. The seat is also like the thirteenth, + four And a further embodiment of the step structure of the fifteenth figure, wherein the intersection d is The driving plate (61) and the two linking members (65) are composed of 1. The movable plate (61) is pivotally disposed on the rotating shaft (15), so that the driving device 1) can be swung left and right in the horizontal plane, and the driving plate (61) In the shaft training 223591), there may be a second limiting portion (63) at the rear, and the second limiting portion (63 is selected from the member capable of selectively engaging and separating with the limiting member (55), and the selecting portion 7 The main limiting portion is a perforation, and the second limiting portion (63) can drive the second limiting portion (13) corresponding to the base (1), and the two ends of the moving member (61) are respectively pivoted. The linking member (65), the two links, the day 65) may be selected from a steel connecting rod or a strong adhesive with elastic strain force 3), and the other ends of the two linking members (65) are respectively pivoted on the corresponding pedals (61) Force 1 (32) to make the drive plate of the interlaced interlocking group (60) (when the pedal is swung, the corresponding 〇 can be pushed and pulled synchronously through the linkage (65)), so that the pedals on both sides (3〇) are interlaced. Linkages. The base ^ 〗 〖When the limiting member (55) is inserted into the corresponding first limiting portion (22, 12) of the rotating base (20) and the rotating base, the second limit can be limited ( 2〇) the left and right swing motion, so that the staggered linkage group (60 (30) ° stencil (61) can be pivoted relative to the base (10), so that the pedals on both sides show up and down pedaling movements [such as the sixteenth, tenth The seventh and eighteenth pivots (51) when the limiting unit (55) of the switching unit (50) is inserted into the second limit movement of the fixed portion, the driving plate (61) and the base (10), and estimates a) When the 'left and right swing of the drive plate (61) can be restricted to form a rotating base (2〇), it can be swung with respect to the base (1〇), and the waist step moves [such as the 19th and 20th The same effect shown in the twenty-first figure has the same effect as the foregoing, and can be used for the user to freely select the immobile type to increase the fun of sports. There is ==,, 'to understand that the present invention is an excellent idea. The creation, in addition to the problems faced by the accommodating habits, the effect is greatly enhanced, and the use of: the same or similar processing objects in the field of surgery or public The invention has been adapted to the requirements of the invention [12 201223591 =:" and "progressiveness", and is presented in accordance with the law [simplified description of the drawings]. Fig. is a perspective exploded view of a preferred embodiment of the present invention. It shows the relative relationship of the main elements of the present invention. ''''''''''''''''''''' A side view plane switching diagram of a preferred embodiment of the present invention during stepping motion. Fig. 5 is a top plan view of a preferred embodiment of the county hair day during stepping motion. Fig. 6 is a preferred embodiment of the present invention. Rear view plan view of the transport material. Fig. 7 is a side view of the preferred embodiment of the present invention in a twisting motion. Fig. 8 is a top plan view of a preferred embodiment of the present invention. Fig. 9 is a rear plan view showing a preferred embodiment of the present invention in a twisting motion. Fig. 1 is a view showing a state in which the tenth-drawing interlocking mechanism of the variable transport structure of the present invention utilizes belt interlocking. Schematic diagram of the structure of the stepping structure of the variable movement: a state in which the staggered linkage mechanism is used to link the parts by means of the link member. FIG. 12 is a schematic diagram showing the structure of the stepping structure of the metamorphosis movement for the purpose of showing the state of the interlocking mechanism using the chain linkage 13 201223591 Figure 13 is a perspective exploded view showing still another embodiment of the present invention, showing the relative relationship of the main elements of the present invention. Figure 14 is a partial composition diagram of still another embodiment of the present invention. A schematic diagram of the appearance of a further embodiment of the invention. Figure 16 is a side view plane switching diagram of a further embodiment of the present invention during stepping movement. Figure 17 is a diagram showing another embodiment of the present invention during stepping motion. Fig. 18 is a rear plan view showing a further embodiment of the present invention in a stepping motion. Fig. 19 is a side view plan diagram showing a twisting motion of still another embodiment of the present invention. Fig. 20 is a plan view showing a plan view of a still further embodiment of the present invention. Fig. 21 is a rear plan view showing a further embodiment of the present invention in a twisting motion. [Main component symbol description] (10) Base (11) Middle rod (12) First limit (13) Second limit (15) Rotary shaft (20) Rotary base (21) Base rod (22) One limit (24) Strut (25) Pole (26) Pivot bar (30) Pedal (31) Clamp (32) Link (35) Impedance element (36) Universal joint part 14 201223591 ( 40) Interlaced interlocking group (41) Drive wheel (42) Avoiding notch (43) Second limit (45) Flexible linkage (50) Switching unit (51) Fixing frame (53) Second limit (55) ) Positioning member (60) Interlaced interlocking group (61) Driver board (63) Second limiting part (65) Linkage 15