M353756 八、新型說明： 【新型所屬之技術領域】 本創作係隸屬一種運動設備之技術領域，夏 - 彳旨-種兼具腰力、臀力與腿力訓練效 ς ^ ，〜崎升全身的運動效果。 -機結構，藉 【先前技術】 按，根據醫學研究指出，少量而多次的運動方式，其 • 預防心臟病的成效和密集性地做一段長時間運動一 ^好了 也因此業界開發有多㈣積小、I納不佔空間的健身設備 ，供使用者於居家環境中隨時運動，而這類的健身設備以 做為下半身訓練的健身車、跑步機、滑雪機、= 踏步機等等佔有極大的市場； ,而在提升健身設備的運動效果與多樣化的訓練功能， 業界仍然不斷的進行各健身設備的開發，以其中最為簡便 的踏步機為例，如我國專利公告第324954號與第384716 φ 號之「踏步機」，其係於基座的兩侧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基座的兩侧， ' 因此兩踏板僅能上、下垂直交錯運動，使用者僅能利用雙 . 腿交錯向下踩踏，故其運動訓練效果僅止於腿部。 為了解決前述踏步機訓練不足的問題，進一步有業者 開發有如美國專利第5, 665, 033號與我國專利第Μ271593 號的健身設備，其係將兩踏板樞設於呈「Υ」字型的支架 上’讓其中一踏板向下踩踏時，受到樞韩向外向上傾斜的 5 M353756 影響，該施力的踏板會向下向外斜移，而另一踏板則向上 向内斜移，由於其施力的踏板係遠離兩踏板的中心轴線， 形成一種重心向外擴大的狀況，故使用者站立於上面運動 時較為平穩，如此腿部在運動的過程中，即會受踏板作用 而產生斜向向下的施力，同時讓臀部與腰部肌肉產生被動 性的連動，使踏步機除了具腿力訓練作用外，更能進一步 訓練臀力與腰力。 但事實上，前述的臀力與腰力訓練是因為使用者腿部 向下踩踏時，腿部受踏板向外斜移的影響，在向下施力時 被動性產生斜向作用，進而使臀部與腰部肌肉連動，也就 是說，臀部與腰部的訓練是被動性的運動，其運動訓練不 足，僅略較傳統者增加。 換言之，如果能使臀部與腰部的運動係屬使用者自動 性的動作，則才能真正有效地提升其運動效果，本創作人 乃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 種踏步機結構，藉以克服健身訓練效果不足的問題。 【新型内容】 因此，本創作主要在於提供一種踏步機結構，藉以令 使用者在利用腿部踩踏運動時，可讓臀部與腰部也能產生 主動性的運動，有效地增進其健身的效果與訓練的多樣性 等功效。 基於此，本創作主要係透過下列的技術手段，來具體 實現前述的目的與效能：其包含有： 一基座單元； 6 M353756 一下斜樞轉單;t，其係設於基座單 第一端與較高的第 斜軸桿相異的外侧 組=兩下斜‘下二 ‘，其中較低㈣1係分置於兩下 述下^㈣•分卿設於前 -交錯連料元’錢設於基座單 f元崎座單元上設有-枢轉件，該抱轉件 相對的推# ’且踏步單元之兩侧踏板並分別^’一6 伸的垂桿，兩推桿可推抵垂桿前緣，；：:側 :平;樞轉後轉動’供交錯連動單元-作== ，一踏藉板此時透=:=:=一 樞轉斜移，而另一踏板異於樞接端的另—端則I且1 平二兩基座單元之同侧偏移:因此使用 者為了維持+衡，而產生扭腰、甩臀動作 與臀力的訓練效果’因此可增加產品的附加 進其競爭力與經濟效益。 μ並此增 接下來特舉-較佳實施例’並配合圖式及圖號做進一 i之=擔期ϊ使熟！該項技術者對本創作有更詳盡的瞭 解、且i據以實施’惟以下所述者僅為 較佳實施例，並非企圖據以對本創作做任何 =trt創申為基礎，而為本創作任何形 式的修飾或變更，皆仍應屬於本創作意圖保護之範疇。 7 M353756 【實施方式】 機4創部與腿部訓練效果的踏步 :基座早疋⑽、一設於基座單元（1〇)上之下斜樞 ㈤、-設於下斜樞轉單元⑽ 及=於基座單元（1Q)上的交錯連動單元（二M353756 VIII, new description: [New technology field] This creative department belongs to a technical field of sports equipment, summer - 彳 - - kind of waist, hip and leg strength training effect ^, ~ Saki up the whole body Sports effect. -The structure of the machine, by [prior art] According to medical research, a small number of movements, the prevention of heart disease and the intensive exercise for a long time, and therefore the development of the industry (4) Fitness equipment that is small and does not occupy space, for users to exercise at any time in the home environment, and such fitness equipment is occupied by exercise bikes, treadmills, skis, steppers, etc. as lower body training. Great market; while improving the exercise effect and diversified training functions of fitness equipment, the industry continues to develop various fitness equipment, taking the most simple stepper as an example, such as China Patent Announcement No. 324954 and 384716 φ "Stepper", which is horizontally pivoted with pedals that can be interlaced on both sides of the base, and a hydraulic cylinder is provided under each pedal for damping when it is stepped down. Because the pedals are horizontally pivoted on both sides of the base, 'therefore the two pedals can only be vertically and vertically staggered, the user can only use the double legs to stagger down, so the exercise training effect only ends on the legs. unit. In order to solve the problem of insufficient training of the above-mentioned stepper, further practitioners have developed fitness equipment such as U.S. Patent No. 5, No. 033 and Chinese Patent No. 271, 593, which are to pivot the two pedals in a "Υ" shaped bracket. When 'one of the pedals is stepped down, it is affected by the 5 M353756, which is tilted outwards and upwards. The pedal of the force will be inclined downwards and the other pedal will be inclined upwards and inwards due to its force. The pedals are away from the central axis of the two pedals, forming a situation in which the center of gravity is enlarged outward, so that the user is more stable when standing on the upper side, so that the legs are subjected to the pedal action and the oblique direction during the movement. Under the force, the hips and the waist muscles are passively linked, so that the stepper can further train the hip and waist strength in addition to the leg strength training. But in fact, the aforementioned hip force and waist strength training is because the leg is tilted outward by the pedal when the user steps down, and the passive effect is oblique when the downward force is applied, thereby making the hips Linking with the waist muscles, that is, the training of the hips and the waist is a passive exercise, and the exercise training is insufficient, only slightly more than the traditional one. In other words, if the movement of the buttocks and the waist can be automatically operated by the user, the effect can be effectively improved. The creator actively seeks solutions through years of experience in research and development and manufacturing of related industries. Through continuous efforts in research and trials, we finally succeeded in developing a stepper structure to overcome the problem of insufficient fitness training. [New content] Therefore, the main purpose of this creation is to provide a stepper structure, so that when the user uses the leg to step on the exercise, the hips and the waist can also generate active movements, thereby effectively improving the fitness effect and training. The diversity and other effects. Based on this, the author mainly uses the following technical means to achieve the above objectives and effects: it includes: a base unit; 6 M353756 tilting pivot single; t, which is set on the base single The outer group is different from the higher slanting shaft = two lower oblique 'lower two', wherein the lower (four) 1 series is placed under two of the following ^ (four) • the division is set in the front - staggered connected element 'money The pivoting member is arranged on the base single f-n-seat base unit, and the lifting member is opposite to the pusher and the pedals on both sides of the stepping unit are respectively connected to the vertical rods of the legs, and the two push rods can be pushed The front edge of the vertical rod, ::: side: flat; after the pivot, turn 'for the interlaced unit-for ==, one step through the board at this time =:=:= one pivoting, and the other pedal The other end of the pivotal end is offset by the same side of the I and 1 flat two base units: therefore, the user has the training effect of twisting, hipping and hip force in order to maintain the + balance, thus increasing the product. The addition of its competitiveness and economic benefits. μ and this increase is followed by a special embodiment - the preferred embodiment ‘and with the schema and the figure number. The technical person has a more detailed understanding of the creation and is implemented according to the following. However, the following is only a preferred embodiment, and it is not intended to be based on any creation of this creation. Modifications or changes in form are still subject to the protection of this creation. 7 M353756 [Embodiment] The step of the training effect of the machine 4 and the leg is as follows: the base is early (10), one is placed on the base unit (1〇), the oblique pivot (5), and the lower oblique pivot unit (10) is provided. = interlaced linkage unit on the base unit (1Q)
一而本創作較佳實施例之詳細構成，則請參閱第一、二 及=圖所料者’該基座單元⑴）係供組設本創作之: 他早7C組件，本創作較佳實施例之基座單元（1〇)具二 框桿（ίο ’該框桿（n)兩端分別設有一第一橫^旱（12 )及一第二横桿（13)，使基座單元（10)呈「工」字型 /增加其穩定性，又其中第—橫桿⑽中段設有一向 士延伸之立柱⑻，再者立柱（15)上設有—可用於計 计時的儀鐵（18); 而下斜樞轉單元（20)則係由兩下斜軸桿（21)所组 ^ ’ ^兩下斜軸桿（21)分具有較低的第—端（211)與較 焉的第二端（212)，又兩下斜軸桿（21)係以較高的第二 端（212)固設於基座單元（1〇)立柱（15)的相對兩側， :兩下斜軸桿（21)較低的第一端（211)則分置於相異的 端部，再者兩下斜軸桿（21)上分別樞套設有一軸套（22 )，軸套（22)兩端並分設有一第一軸承件（231)與一第 二軸承件（ 232)，供增進軸套（22)相對下斜軸桿（21) 的順暢性，且兩下斜軸桿（21)於鄰近較低的第一端（211 )外緣設有一扣件（24)，供限制軸套（22)向下滑動， 又下斜軸桿（21)於軸套（22)兩端另分設有一第一襯套 8 M353756 (251)與一第二襯套（252)，供限制軸套（22)位置， ^轴套（22)與前述基座單元（1G)之立柱（15)周緣 一 *、且可增進美觀，且兩側軸套（22)底緣並分別設有 :向下凸伸的垂桿（26) ’供交錯連動單元（4G)同步作 動兩軸套（22)相對下斜軸桿（21)樞轉； 又踏步單元（30)係由兩可樞設於下斜樞轉單元（2〇 )兩侧下斜軸杯（21 )的踏板（32)所組成，該踏步單元 3〇)進一步具有兩固設於下斜樞轉單元（20)軸套（22 )-的踏桿（31) ’踏桿（31)未樞接的自由端係向基座單 兀之第二橫桿（13)延伸，且兩踏板（32)係分設 ::踏桿（31)頂面’再者兩踏桿（31)自由端底面分設 2應第二橫桿（13)頂緣的緩衝件（33)，以提供緩衝 至於交錯連動單元（4〇)可使踏步單元（30)之兩側 (32)王上、下父錯運動，該交錯連動單元（4〇)係 於基座單70 (10)的立柱（15)内設有一樞轉件（41)， ，樞轉件（41)周緣具有兩相對、且穿出立柱（15)的推 杯（411)，兩推桿（411)適可推抵下斜樞轉單元（2〇) 之兩軸套（22)垂桿（26)前緣，又前述立柱（15)周緣 兩=分別形成有-長導槽（42)，使樞轉件（41)之兩側 推杯（411)可水平前、後轉動，供配合前述垂桿（26)同 步作動兩軸套（22)相對下斜軸桿（21)往復樞轉； 再者踏步單元（3〇)之兩踏板（32)分設有一可產生 阻抗作用之阻尼單元（5Q)，使兩踏板（32)具有負荷供 產生訓練效果’而本創作之阻尼單元（5())係於基座單元 (10)之框杯（11)鄰近第一橫桿（12) 一端兩側分別伸 M353756 設有-伸桿（51)丄而兩側伸椁（51)與對應踏板（32) 底面設有-具阻：：用的伸缩缸件（55)，該伸縮缸件（ 55)兩端係利用萬=接頭與伸桿（51)及踏板（32)連接 ，藉以克服踏板（32)上、下斜向搖擺時的角度變化； 藉此，讓使用者在踩踏踏步單元（3〇)之兩踏板（32 )時’身體可主誠生反射性的平衡動作，使其兼具臀部 與腰部的訓輯果，進而組構成—條化娜功能、且可 提升運動效果的踏步機結構者。 而關於本創作之實際運用，則請配合參看第一、三、 四及五圖所揭示者’由於踏步單元⑽）之兩踏板（32) 係透過踏桿（31)與下斜樞轉單元（2〇)之軸套（22)樞 設於下斜軸桿（21)上，因此當使用者的腿部向下踩踏其 中一踏板（32)時，該被施力下踩的踏板（π)異於樞接 下斜軸桿（21)的一端會向下、且向兩踏板（32)間的軸 線樞轉斜移【如第四圖所示，即基座單元的中心軸線】， 而另一踏板（32)則受交錯連動單元（4〇)之樞轉件（41 )推桿（411)與軸套（22)垂桿（26)的作用，使該未施 力的踏板（32)異於樞接下斜軸桿（21)的一端則向上、 且向踏板（32)的相對外側樞轉斜移【如第四圖所示】； 如此’除了可使該踏板（32)透過阻尼單元（5〇)伸 縮缸件（55)的阻抗產生腿部與臀部的訓練效果外，由於 向下踩踏時，兩踏板（32 )會向基座單元（1〇 )的同一側 斜向移動【如第五圖所示】，使身體的下半身隨同兩踏板 (32)偏移，且由於該施力的踏板（32)係向基座單元（ 10 )中心軸線靠近，使人體產生一種重心向内縮小的狀況 ，改變使用者站立於上面運動的平衡感，由於人體遇到不 M353756 平衡感時，身體為了維持平衡，腰部以上的上半身會主動 產生反射性的偏擺，而向另一側偏移，且當使用者施力向 下踩踏另一高起之踏板（32)時，則原位於低點的踏板（ 32)即受交錯連動單元（40)之作用反向向上偏移，供下 一循環踩踏準備，依前述方式，使兩腿可反覆循環踩踏， 而讓使用者的全身產生主動性的扭腰、甩臀與擺臂的往復 運動，進而可獲至多樣性的訓練功能，並可提升整體的運 動效果。 又本創作另有一實施例，其係如第六圖所示者，該能 使踏步單元（30)兩踏板（32)上、下交錯運動的交錯連 動單元（40)係於基座單元（10)的立柱（15)上設有一 可選擇性調整位置的組接桿（43)，該組接桿（43)端部 設有一輪框（44)，且輪框（44)内柩設有一水平之滑輪 (45)，且下斜樞轉單元（20)兩側下斜軸桿（21)之轴 套（22)底緣向下凸伸有一連接片（27)，而兩侧軸套（ 22)之連接片（27)與滑輪（45)間繞設有一拉力索件（ 46)，使踏步單元（30)兩側之踏桿（31)可利用交錯連 動單元（40)之拉力索件（46)產生上、下交錯連動。 再者，如第七圖所示，係本創作再一實施例，其中能 使踏步單元（30)兩踏板（32)上、下交錯運動的交錯連 動單元（40)係於基座單元（10)上設有一樞座（47)， 且枢座（47)内樞設有一向兩側踏板（32)延伸的連動桿 (48)，又連動桿（48)兩端分別萬向樞設有一連桿（49 )，且踏步單元（30)兩侧之踏板（32)分別向下凸伸有 一連接桿（28)，前述連動桿（48)兩端之連桿（49)並 分別與兩踏板（32)之連接桿（28)呈萬向樞接，使踏步 11 M353756 單元W兩側之踏板（32)可受交錯 連動桿（48)與連桿（49)作用而產* 早疋UU)之 王上、下交錯連動。 另如第八圖所示，係本創作之Α 座單元⑽的立柱⑻頂施例，其係於基 (16) ’以協助體能較差之老弱婦孺保持=伸2 元⑽）上設有彈性拉繩（17)與下斜插轉單 臂的訓練縣。 Μ料進-步提升手 基於上述原因，本創作之健身設傷具有 易於收縮與不佔空間的優點，而便於使用、、…構簡早+、且 運輸的空間調整，除了具有向下踩踏的腿部：效及 透過前述技術手段的展現，使踏步單元（3〇丨緣政果外， 32)在踩踏時，係分別向基座單元⑴） == ( 且由於該施力的踏板（32)係向基座單元（ 』侷移 靠近’使人體產生-種重心向内縮小的狀況， 站立於上面運動的平衡感，而為了維持保 者 腰部以上的上半身會主動產生反射性的偏擺，使人 主動反射的扭腰、甩臀、擺臂等動作，相較於傳 ^ 動過程中因兩踏板係相對於基座轴線兩側或重心 j ，本創作具有多樣性的運動功能，並能增進運動大而吕 綜上所述，本創作為一創意極佳之創作， 技術領域中未見相同或近似的產品創作或公 同的 創作已符合創作專利的要件，乃依法提出申請开。吏用，故本 12 M353756 【圖式簡單說明】 係本創作踏步機結構之外觀示意圖。 弟一圖.係本創作踏 纟士 /、… 示本創作踏板::轴ί局部分解示意圖，其顯 關係。 ㈣早疋的結合態樣及其相對 第三圖 第四圖 第五圖For the detailed composition of the preferred embodiment of the present invention, please refer to the first, second and the following figures. The base unit (1) is for the purpose of setting up the creation: he is a 7C component, and the creation is better implemented. The base unit (1〇) has a two-frame rod (ίο 'the two ends of the frame rod (n) are respectively provided with a first horizontal cross (12) and a second horizontal rod (13), so that the base unit ( 10) In the "work" type / increase its stability, and in the middle section of the first crossbar (10), there is a column (8) with a one-way extension, and the column (15) is provided with an instrument iron (for timing) 18); and the lower oblique pivoting unit (20) is composed of two lower inclined shafts (21). The two lower inclined shafts (21) have lower first ends (211) and relatively lower The second end (212) and the two lower inclined shafts (21) are fixed on opposite sides of the base unit (1) column (15) with the second second end (212): two The lower first end (211) of the inclined shaft (21) is divided into different ends, and the two lower inclined shafts (21) are respectively sleeved with a sleeve (22), and the sleeve ( 22) A first bearing member (231) and a second bearing member are respectively disposed at two ends (232) for improving the smoothness of the sleeve (22) relative to the lower inclined shaft (21), and the two lower inclined shafts (21) are provided with a fastener adjacent to the outer edge of the lower first end (211) ( 24), for limiting the sleeve (22) to slide downward, and the lower inclined shaft (21) is further provided with a first bushing 8 M353756 (251) and a second bushing at both ends of the sleeve (22) ( 252), for limiting the position of the sleeve (22), ^ the sleeve (22) and the periphery of the column (15) of the base unit (1G) are *, and can enhance the appearance, and the bottom edges of the sleeves (22) on both sides And respectively: a downwardly projecting vertical rod (26) 'for the interlaced linkage unit (4G) synchronously, the two sleeves (22) pivot relative to the lower oblique shaft (21); and the step unit (30) is Two pedals (32) pivotally disposed on the lower inclined pivot cups (21) on both sides of the lower oblique pivoting unit (2〇), the stepping unit 3) further having two fixed pivoting units (20) ) The sleeve (31) of the sleeve (22) - the free end of the stepped rod (31) is not extended to the second crossbar (13) of the base unit, and the two pedals (32) are separately arranged. ::Tread bar (31) top surface 'Further two stepping rods (31) free end bottom part 2 The buffer member (33) at the top edge of the second crossbar (13) is provided to provide cushioning as to the interlacing unit (4〇) to move the upper and lower fathers of the two sides (32) of the step unit (30). The staggered linkage unit (4〇) is provided with a pivoting member (41) in the upright column (15) of the base unit 70 (10), and the pivoting member (41) has two opposite edges and passes through the column (15) Push cup (411), two push rods (411) can be pushed to the front edge of the two pivot sleeves (26) of the lower pivoting unit (2〇), and the circumference of the front pillar (15) is two= Forming a long guide groove (42) respectively, so that the push cups (411) on both sides of the pivoting member (41) can be horizontally front and rear rotated, so as to cooperate with the vertical rods (26) to simultaneously operate the two sleeves (22). The lower inclined shaft (21) reciprocates and pivots; the two pedals (32) of the step unit (3) are respectively provided with a damping unit (5Q) capable of generating an impedance, so that the two pedals (32) have a load for training. The effect is that the damping unit (5()) of the present invention is attached to the frame cup (11) of the base unit (10) adjacent to one end of the first cross bar (12), respectively, M353756 is provided with a - extension rod (51) 丄And on both sides (51) and right The bottom surface of the pedal (32) is provided with a telescopic cylinder member (55) for the resistance:: the two ends of the telescopic cylinder member (55) are connected with the extension rod (51) and the pedal (32) by using the joints of the telescopic cylinders, thereby overcoming The angle change of the pedal (32) when it is swayed up and down; thereby, the user can perform a reflective movement of the pedals when the user steps on the two pedals (32) of the step unit (3) The combination of the buttocks and the waist, and the composition of the stepper structure that can improve the movement effect. For the practical application of this creation, please refer to the first, third, fourth and fifth figures. The two pedals (32) of the step unit (10) are transmitted through the pedal (31) and the lower oblique pivoting unit ( 2)) The sleeve (22) is pivoted on the lower inclined shaft (21), so when the user's leg steps down on one of the pedals (32), the pedal that is pressed down (π) One end that is different from the pivoting lower inclined shaft (21) will pivot downward and pivot toward the axis between the two pedals (32) [as shown in the fourth figure, that is, the central axis of the base unit], and A pedal (32) is subjected to the action of the pivoting member (41) of the staggering linkage unit (4) and the sleeve (22) of the sleeve (22), so that the unforced pedal (32) One end that is different from the pivoting lower inclined shaft (21) is upwardly and pivotally inclined to the opposite outer side of the pedal (32) [as shown in the fourth figure]; such that 'the pedal (32) can be damped through the damping The impedance of the unit (5〇) telescopic cylinder (55) produces the training effect of the legs and the buttocks. When the pedal is depressed, the two pedals (32) are moved obliquely to the same side of the base unit (1〇). Move [as shown in the fifth figure], so that the lower body of the body is offset with the two pedals (32), and because the pedal (32) of the applied force is close to the central axis of the base unit (10), the human body produces a center of gravity The narrowed condition changes the balance of the user's movement on the top. Since the human body encounters a balance of M353756, the upper body above the waist will actively generate a reflective yaw and the other side in order to maintain balance. Shifting, and when the user applies a force to step down on another raised pedal (32), the pedal (32) that was originally at the low point is reversely shifted upward by the action of the interlaced linkage unit (40). According to the above-mentioned manner, the legs can be repeatedly cycled and stepped on, so that the user's whole body can actively reciprocate the twisting, hips and swing arms, thereby obtaining a variety of training functions, and It can improve the overall movement effect. In another embodiment of the present invention, as shown in FIG. 6, the interlaced interlocking unit (40) capable of staggering the upper and lower steps of the two pedals (32) of the step unit (30) is attached to the base unit (10). The column (15) is provided with a selectively adjustable position of the set of posts (43), the set of posts (43) is provided with a wheel frame (44) at the end, and the wheel frame (44) is provided with a horizontal level The pulley (45), and the bottom edge of the sleeve (22) of the lower oblique shaft (21) on both sides of the lower oblique pivoting unit (20) protrudes downwardly with a connecting piece (27), and the two side bushings (22) A tension cable member (46) is disposed between the connecting piece (27) and the pulley (45), so that the pedals (31) on both sides of the step unit (30) can utilize the tensioning members of the staggered linking unit (40) ( 46) Produce up and down interlaced linkages. Furthermore, as shown in the seventh figure, in another embodiment, the staggered interlocking unit (40) capable of staggering the upper and lower steps of the two steps (32) of the step unit (30) is attached to the base unit (10). There is a pivot seat (47), and the pivot seat (47) is internally provided with a linkage rod (48) extending to the side pedals (32), and the two ends of the linkage rod (48) are respectively connected with a universal joint a rod (49), and the pedals (32) on both sides of the step unit (30) respectively protrude downwardly with a connecting rod (28), and the connecting rods (49) at both ends of the connecting rod (48) are respectively associated with the two pedals ( 32) The connecting rod (28) is pivotally connected so that the pedals (32) on both sides of the step M353756 unit W can be acted upon by the interleaving linkage rod (48) and the connecting rod (49) to produce * early UU) The king is intertwined with the upper and lower. In addition, as shown in the eighth figure, it is the top embodiment of the column (8) of the squatting unit (10) of the present invention, which is provided with elasticity on the base (16) 'to assist the poor physical and mental strength of the old and weak women's squats = 2 yuan (10)) Pull the rope (17) with the lower slope to swing the single arm of the training county. For the above reasons, the fitness of the creation has the advantages of easy shrinkage and no space occupation, and is easy to use, and the space adjustment of transportation is simple, except that it has a stepping down. The leg: effect and the above-mentioned technical means, so that the step unit (3 outside the government, 32) is stepped to the base unit (1) when stepping == (and due to the pedal (32) When the base unit is moved closer to the 'body-generating body', the center of gravity is reduced inward, and the balance of movement is maintained on the upper side, and in order to maintain the upper body above the waist of the protector, a reflective yaw is actively generated. The human body actively reflects the twisting, hips, swinging arms and other movements. Compared with the two pedals relative to the two sides of the base axis or the center of gravity j, the creation has a variety of motion functions, and can The promotion movement is large and Lu is comprehensively described. This creation is an excellent creation. The same or similar product creation or public creation in the technical field has met the requirements for the creation of patents. use Therefore, this book 12 M353756 [Simple description of the diagram] is the appearance of the structure of the creation of the stepper. The brother of a picture. This is the creation of the gentleman /, ... Show the creation of the pedal:: axis ί partial decomposition diagram, its obvious relationship. The combination of early cockroaches and its relative third figure, fourth figure, fifth figure
.係本創作踏步機結構的前視平面示意圖。 :糸本創作踏步機結構之踏板組於踩踏 後視平面示意圖。 .係本創作踏步機結構之踏板組於踩踏動作後的 俯視平面示意圖。 第八圖·係本創作踏步機結構另—實施例之外觀示意圖 0 f七圖：係本創作健身設備次一實施例之外觀示意圖。 第八圖.係本創作踏步機結構又一實施例之外觀示意圖 0 第九圖：係本創作健身設備再一實施例之外觀 【主要元件符號說明】 (10) 基座單元 (11) 框桿 (12) 第一橫桿 (13) 第一横桿 (15) 立柱 (16) 扶手桿 (17) 彈力拉繩 (18) 儀錶 (20) 下斜樞轉單元 (21) 下斜轴椁 (211) 第一端 (212) 第二端 (22) 轴套 (231) 第一轴承件 (232) 第二軸承件 (24) 扣件 13 M353756 (251) 第一襯套 (252 ) 第二襯套 (26) 垂桿 (27) 連接片 (28) 連接桿 (30) 踏步單元 (31) 踏桿 (32) 踏板 (33) 緩衝件 (40) 交錯連動單元 (41) 樞轉件 (411) 推桿 (42) 長導槽 (43) 組接桿 (44) 輪框 (45) 滑輪 (46) 拉力索件 (47) 框座 (48) 連動桿 (49) 連桿 (50) 阻尼單元 (51) 伸桿 (55) 伸縮缸件A schematic plan view of the front view of the structure of the stepper. : The pedal group of the notebook stepping machine structure is shown in the rear view plane. It is a schematic plan view of the pedal set of the treadmill structure after the pedaling action. The eighth figure is the appearance of the structure of the creation stepper. The appearance of the embodiment is shown in the figure. 0 f. Figure 7 is a schematic view of the appearance of the second embodiment of the creation fitness equipment. Figure 8 is a schematic view of another embodiment of the structure of the stepping machine. Fig. 9 is a view showing the appearance of another embodiment of the present invention. [Main component symbol description] (10) Base unit (11) Frame rod (12) First crossbar (13) First crossbar (15) Upright column (16) Handrail bar (17) Elastic drawstring (18) Instrument (20) Lower oblique pivot unit (21) Lower oblique axis 椁 (211 First end (212) Second end (22) Bushing (231) First bearing member (232) Second bearing member (24) Fastener 13 M353756 (251) First bushing (252) Second bushing (26) Pole (27) Connecting piece (28) Connecting rod (30) Step unit (31) Step (32) Pedal (33) Cushion (40) Interlaced unit (41) Pivot (411) Push Rod (42) Long guide groove (43) Assembly rod (44) Wheel frame (45) Pulley (46) Tension cable (47) Frame base (48) Linkage lever (49) Connecting rod (50) Damping unit (51 ) Stretch rod (55) telescopic cylinder
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