M320403 八、新型說明： 【新型所屬之技術領域】 、本創作係涉及一種運動健身器材，特別是 板兼具立向搖擺以及橫向旋擺立體作動型態之 器創新設計者。 【先前技術】 按，本創作所稱之「運動板健身器」，其結 主要係具有單一踏板，使操作者可雙腳均踩踏於 而類似沖浪或滑板運動的姿態，再藉由該踏板底 之支撐傳動結構設計達到預期之踏動型態者。 與本創作較為相關之專利前案如臺灣專利證 391之「踏步機之結構裝置」新型專利案所揭， 所訴求之特點在於該踏板係樞接於底架上呈可作 向之全方位踏動者（參照該案申請專利範圍第i ，而其具體實現上是在對應其踏板之縱向踏動位 一阻尼組，另於對應該踏板之橫向踏動位置組設 組，如此使用者進行縱、橫方向踏動時均可利用 組產生阻力鍛鍊效果。 惟’前述習知結構型態於實際使用經驗中 該踏板雖可達到「全方位」踏動. 動」之作動型態而已，其所指「踏動果係::： 向之旋擺作動型態，因此造成該踏步機之踏板 舊相當單調而欠缺多元變化性之缺憾，實有必 進突破。 一種其踏 動板健身 構之特色 該踏板上 部所預設 書號M292 該習知案 縱、橫方 項所述） 置组設第 第二阻尼 所述阻尼 現，由於 止於「踏 呈上下方 體動向仍 再加以改 5 M320403 又，本創作人於先前已揭露一種「健身 結構」（請參臺灣專利證書號M256196新型專 前案中所揭之健身器已具有踏板作動時可兼 及橫向旋擺立體作動之效果；惟，該習知前 使用操作經驗中發現，如第丨圖所示，由於 組於一横向可動管11，再將該橫向可動管u 上所設一立向樞轉管13所橫伸之軸桿14外部 - 板10產生橫向之旋擺運動時（如圖中之箭號 以該偏置對位關係之立向樞轉管13為旋支點 旋擺之動作，由於此種作動型態會令使用者 心力存在（仿如人體繞著一柱體位移之運動 .相當容易產生暈眩不適的感覺，造成一般人 - 用之問題點。 是以，針對上述問題，如何研發出作動 化性又兼具使用舒適性之創新腳踏式健身器 消費者所企盼，亦係相關業者須再努力研發 籲方向者。 有鑑於此，創作人本於多年從事相關產 •與设什經驗，針對上述之目標，詳加設計與 終得一確具實用性之本創作。 【新型内容】 本創作之主要目的，係在提供一種可立 板健身裔結構，所述運動板健身器係包括一 上組設有一踏板，該踏板底部二側並配組有 •器之立體旋擺 •利），該習知 具立向搖擺以 案結構於實際 該踏板10係固 組設於基座12 ，如此，該踏 L所示），係 作橫向左、右 感到有一種離 狀態者），故 難以長時間使 上更具豐富變 結構，實使用 突破之目標及 品之製造開發 審慎評估後， 體旋擺之運動 底座，該底座 阻尼構件，該 6 M320403 踏板樞設於底座所設一立向樞轉管，構成踏板呈可作立向 $擺及橫向旋擺之立體作動效果；又該踏板—側並往下凸 設有一立向擺臂’構成該立向擺臂之垂擺 向旋擺而產生鐘擺式動作；復於該立向擺臂之垂擺=底 座一定點之間組設一連動組件； ^本創作解決問題之技術特點，主要在於該所述踏板係 設置於該立向樞轉管之頂端，且令該立向樞轉管對應於該 踏板的置中部位者；藉此創新獨特設計，使本創作對照先 _鈾技術而言，可達到如下功效： 由於本創作之踏板進行橫向旋擺作動時，係以其置中 部位所對應之立向樞轉管為旋支點產生旋擺動作，故使用 者操作之感克車父為穩定舒適，俾可有效解決習知結構因偏 心旋擺而容易造成使用者暈眩的問題，達到適用性更佳之 實用進步性者。 【實施方式】 鲁 請參閱第2、3 、4、5圖所示，係本創作可立體旋 擺之運動板健身器結構之較佳實施例，惟此等實施例僅供 說明之用’在專利申請上並不受此結構之限制。所述運動 板健身器A係包括一底座2〇，該底座2〇上組設有單一塊踏 板30 ’該踏板30之底部二側並藉由阻尼構件4〇 (可為氣壓 棒）之配組使其被踩踏時具阻力效果；該踏板3〇樞設於底 座20所設一立向拖轉管5〇，構成該踏板3〇呈可作立向搖擺 以及橫向旋擺之動作；又該踏板3〇 一側並往下凸設有一立 向擺臂31 ’構成該立向擺臂31之垂擺端32得隨踏板3〇之立 M320403 向紅擺而產生鐘擺式動作；復於該立向擺臂31之垂擺端32 與底座20 —定點之間組設一連動組件6〇 ;本創作之核心設 計主要在於： 該所述踏板30係設置於該立向樞轉管5〇之頂端，且令 該立向槐轉管50對應於該踏板3〇的置中部位C者（如第4 圖所不）；另其中，該立向樞轉管50亦可為組設於底座20 正中央部位之結構配置型態者。 其中’該立向樞轉管50之頂端係可設有一橫向組接桿 部51，該橫向組接桿部51之二端設有定位孔52，以使踏板 30底部置中部位之間隔兩處對應設有二凸耳，該二凸耳 33具有穿設孔34與橫向組接桿部51二端之定位孔52相對位 ，復可藉由定位栓35穿組鎖固達成定位者；又，本創作之 立向擺臂31於圖中所示之結合型態，係令其頂端焊固於踏 板30 —側之凸耳33底端者。 其中，该立向樞轉管5〇二側可相對設有樞接座53，藉 以可供踏板30底部二側之阻尼構件4〇底端41連結者。 有關該該連動組件60之具體結構型態，如第3圖所示 ，係可包括一伸縮架體63以及設於該伸縮架體63二端之第 一、第二枢接座61、62構成；令該第一樞接座61與立向擺 臂31之垂擺端32相連接，復令該第二樞接座犯連接固定於 底座20對應其立向樞轉管50之該側部位者。 藉由上述之結構組成設計，茲就其使用作動情形說明 如下： 請對照.第6、7圖以及第8、9圖之變化狀態所示， 當踏板30被踩動而產生立向上下搖擺動作的同時，該踏板 M320403 3〇—側向下凸設之立向擺臂“將 此時由於該立向擺臂31之垂擺端 制，而該連動組件6〇係定位於底 向擺臂31之垂擺端32所帶動位移 使踏板30產生橫向之旋擺動作（ 轉管50而呈可旋轉）’藉此構成 搖擺及橫向旋擺之立體動作型態者。 隨之產生鐘擺式之動作， 32被所述連動組件60所牵 座20 —定點而無法被該立 ’故其反作用力將反向驅 因踏板30係拖設於立向樞 該踏板30可同步產生立向 再如第10圖所示，為所述連動組件之具體結構型態另 一實施例，該連動組件6〇B係包括第一萬向樞接件料、一 連動桿65、第二萬向樞接件66所構成；其中，言亥第一萬向 樞接件64係連接於立向擺臂31底端32，該第一萬向樞接件 64之另端與該連動桿65之一端樞組連結，該連動桿65之設 向可與立向擺臂31之軸向互成垂直角度關係，該連動桿65 之另端則藉由該第二萬向樞接件66與基座2〇 一對應之固定 點達成樞組連結狀態者；本實施例其作動時，當踏板3〇被 力踩踏而旋擺作動時，該立向擺臂31將同步產生指針式之 往復旋擺，由於該連動桿65之另端被底座2〇之固定點21所 牵制而無法移動，故其反作用力同樣將驅使踏板3〇以立向 樞轉管50為旋支點產生橫向之旋擺動作。 【功效說明】 • 本創作係可提供一種其踩踏作動時兼可產生立向搖擺 以及橫向旋擺立體作動效果之新穎運動板健身器結構 ;藉由其可立體旋擺作動之結構特色，俾可令該運動 板健身器達到更加靈活多變化、更富趣味性之運動健 9 M320403 m' 身功效者。 2. 2於本創作運動板健身器之踏板3 0進行橫向旋擺作動 時，係以其置中部位所對應之立向樞轉管5〇為旋支點 產生旋擺動作，故使用者操作過程的感覺較為穩定舒 適，俾可有效解決習知結構因偏心旋擺所產生之離心 力而易造成使用者暈眩的問題，達到更能長時間使用 、適用性更佳之實用進步性者。 上述實施例所揭示者係藉以具體說明本創作，且文中 雖定的術語進行說明，當不能以此限定本新型創作 之 轨圍’熟悉此項技術領域之人士當可在瞭解本創作 之原則後對其進行變更與修改而達到等效…， 而此寺變更斑條改， ^ ^ " 自應涵蓋於如后所述之申請專利範圍 所界定範轉中。 13 10 M320403 【圖式簡單說明】 第1圖：習知結構之平面作動示意圖。 第2圖：本創作之組合立體圖。 第3圖：本創作之分解立體圖。 第4圖：本創作之平面俯視圖。 第5圖：本創作之平面前視圖。 第6圖：本創作之作動狀態一之平面俯視圖。 第7圖：本創作之作動狀態一之平面前視圖。 φ第8圖：本創作之作動狀態二之平面俯視圖。 第9圖：本創作之作動狀態二之平面前視圖。 第10圖：本創作之連動組件結構型態另一實施例圖 【主要元件符號說明】 習知部份： 踏板 10 橫向可動管 基座 12 立向樞轉管 軸桿 14M320403 VIII. New description: [New technical field] This creation relates to a kind of sports and fitness equipment, especially the innovative design of the board with both vertical swaying and horizontal swaying stereo type. [Prior Art] According to the "sports board fitness machine" referred to in this creation, the knot mainly has a single pedal, so that the operator can step on both feet and resemble a surf or skateboarding posture, and then the pedal bottom The support transmission structure is designed to achieve the desired treading type. The pre-patent case related to this creation, such as the new patent case of the "Structural Device of the Stepper" of the Taiwan Patent Certificate 391, is characterized by the fact that the pedal is pivotally connected to the chassis and can be used for the full-scale stepping. The actor (refer to the patent application scope i of the case, and its specific implementation is a damper group corresponding to the longitudinal step of the pedal, and a group corresponding to the lateral stepping position of the pedal, so that the user performs vertical In the horizontal direction, the group can be used to generate the resistance exercise effect. However, the above-mentioned conventional structure type can achieve the "all-round" movement of the pedal in the actual use experience. Refers to the "stepping fruit system::: to the spine to make the dynamic type, so the pedal of the stepper is quite monotonous and lacks the diversity of the multi-variation. It is a breakthrough. It is a feature of its pedaling fitness structure. The book number M292 preset in the upper part of the pedal is set as described in the vertical and horizontal directions of the conventional case. The second damping is set. The damping is now changed, because the movement of the upper and lower body is still changed. 5 M320403 this The creator has previously revealed a "fitness structure" (please refer to the Taiwan Patent No. M256196 new pre-existing case that the exercise machine has the effect of the horizontal rotation of the exercise device when the pedal is actuated; however, the conventional knowledge It has been found in the prior operation experience that, as shown in the figure, due to the group of the lateral movable tube 11, the shaft 14 of the shaft 14 extending transversely of the vertical pivot tube 13 is provided - the plate 10 When the lateral swivel motion is generated (the arrow pivoting pipe 13 with the offset alignment relationship in the figure is the action of the pivot point pivoting, since the action type will cause the user to have the heart (the imitation For example, the movement of the human body around a cylinder is quite prone to the feeling of dizziness and discomfort, causing problems for the average person. Therefore, in response to the above problems, how to develop an innovative foot that is both dynamic and comfortable to use. The treadmill fitness device is expected by consumers, and it is also necessary for the relevant industry to make efforts to develop the direction of the person. In view of this, the creator has been engaged in related production and design experience for many years, and has designed and finalized the above objectives. The purpose of this creation is. [New content] The main purpose of this creation is to provide a sturdy fitness structure, which includes an upper set with a pedal, and the bottom of the pedal is on both sides. The set has a three-dimensional swing of the device, and the conventional structure has a vertical swinging structure to actually set the pedal 10 to be fixed to the base 12, so that the step L is shown as a horizontal left. And the right feels that there is a state away from the state), so it is difficult to make the structure more rich and change for a long time, and after using the breakthrough target and the product development and careful evaluation, the motion base of the body swing, the base damping member, the 6 The M320403 pedal is pivotally arranged on the base to provide a vertical pivoting tube, which constitutes a three-dimensional action effect of the pedal for vertical and horizontal swinging; and the pedal-side and downwardly protrudes with a vertical swing arm' The vertical swing arm swings to the pendulum to generate a pendulum motion; the vertical swing arm of the vertical swing arm = a linkage component is set between certain points of the base; ^ The technical feature of the problem solving problem is mainly The pedal Provided at the top end of the vertical pivoting tube, and the vertical pivoting tube corresponds to the centering portion of the pedal; thereby, the innovative and unique design enables the creation to be as follows: : Because the pedal of this creation performs the lateral rotation operation, the vertical pivoting tube corresponding to the centering part is used as the pivot point to generate the swinging motion, so the user operates the feeling of the car to be stable and comfortable. Effectively solve the problem that the conventional structure is easy to cause the user to stun due to the eccentric rotation, and achieve practical applicability with better applicability. [Embodiment] Lu, as shown in Figures 2, 3, 4, and 5, is a preferred embodiment of the structure of a sports board exerciser capable of three-dimensional swinging, but these embodiments are for illustrative purposes only. Patent applications are not subject to this structure. The sports board fitness device A includes a base 2, and the base 2 is provided with a single pedal 30' on the bottom two sides of the pedal 30 and is matched by a damping member 4 (which may be a pneumatic rod). It has a resistance effect when it is stepped on; the pedal 3 is pivotally disposed on the base 20 and is provided with an upright towing tube 5〇, which constitutes the pedal 3〇 which can be used for vertical swinging and lateral swinging; A vertical swing arm 31 ′ is formed on one side and downwardly, and the vertical swinging end 32 of the vertical swing arm 31 is configured to swing into a red pendulum with the pedal 3〇, and a pendulum motion is generated; A pivoting assembly 32 is disposed between the pendulum end 32 of the swing arm 31 and the base 20. The core design of the present invention is mainly: the pedal 30 is disposed at the top of the vertical pivoting tube 5〇, and Let the vertical turret 50 correspond to the center C of the pedal 3 (as shown in FIG. 4); in addition, the vertical pivot tube 50 may also be disposed at the center of the base 20 The structure configuration type. The top end of the vertical pivoting tube 50 can be provided with a lateral assembly rod portion 51. The two ends of the horizontal assembly rod portion 51 are provided with positioning holes 52, so that the bottom portion of the pedal 30 is spaced apart at two places. Correspondingly, two lugs are provided, and the two lugs 33 have a positioning hole 52 opposite to the positioning hole 52 at both ends of the lateral assembly rod portion 51, and can be positioned by the positioning pin 35 to form a positioning; The combination of the vertical arm 31 of the present invention shown in the figure is such that the tip end is welded to the bottom end of the lug 33 on the side of the pedal 30. Wherein, the two sides of the vertical pivoting tube 5 can be oppositely provided with the pivoting seat 53, so that the bottom end 41 of the damping member 4 on the two sides of the bottom of the pedal 30 can be connected. The specific structure of the interlocking component 60, as shown in FIG. 3, may include a telescopic frame 63 and first and second pivoting seats 61 and 62 disposed at two ends of the telescopic frame 63. The first pivoting seat 61 is connected to the pendulum end 32 of the vertical swing arm 31, and the second pivoting seat is reattached to the side of the base 20 corresponding to the vertical pivoting tube 50. . With the above-mentioned structural composition design, the operation of the above-mentioned structure is explained as follows: Please refer to the change state of the sixth, seventh, and eighth and ninth diagrams, when the pedal 30 is stepped to generate a vertical up and down swing motion. At the same time, the pedal M320403 3〇-side downwardly protruding vertical swing arm "will be made at this time due to the vertical swing arm 31, and the linkage assembly 6 is positioned at the bottom swing arm 31. The displacement of the pendulum end 32 causes the pedal 30 to generate a lateral sway motion (the rotator 50 is rotatable), thereby forming a three-dimensional motion type of swaying and lateral swaying. 32 is held by the linkage assembly 60 to be fixed and unable to be positioned by the standoff. Therefore, the reaction force of the reverse drive pedal 30 is dragged to the vertical pivot. The pedal 30 can simultaneously generate the vertical direction as shown in FIG. As shown in the following, in another embodiment of the specific structural type of the linkage assembly, the linkage assembly 6B includes a first universal joint material, a linkage rod 65, and a second universal joint 66. Wherein, the first universal pivoting member 64 is connected to the bottom end 32 of the vertical swing arm 31, The other end of the first universal joint member 64 is pivotally coupled to one end of the linkage rod 65. The linkage rod 65 is disposed in a perpendicular relationship with the axial direction of the vertical swing arm 31. The linkage rod 65 is disposed. The other end is achieved by the second universal joint member 66 and the base 2 corresponding to the fixed point of the pivot point connection state; in the embodiment, when the pedal 3 is pressed by the pedal and the swing is actuated The vertical swing arm 31 will synchronously generate the pointer type reciprocating swing. Since the other end of the linkage rod 65 is not moved by the fixed point 21 of the base 2, the reaction force will also drive the pedal 3 to The vertical pivoting tube 50 generates a lateral swinging motion for the pivot point. [Effective Description] • This creative department can provide a novel sports board exerciser that can generate vertical swing and lateral swing stereoscopic action when pedaling. Structure; through its structural features of three-dimensional rotation, it can make the sports board fitness machine more flexible, more varied and more interesting sportsmanship 9 M320403 m' body function. 2. 2 in this creative movement Plate exerciser pedal 3 0 for lateral rotation When it is actuated, the vertical pivoting tube 5〇 corresponding to its centering part is used as the pivot point to generate the swinging motion, so the user feels stable and comfortable during operation, and the utility model can effectively solve the conventional structure due to the eccentric rotation The centrifugal force generated is easy to cause the user to stun, and the utility model can be used for more long-term use and better applicability. The above embodiments disclose the present invention, and the terms are explained in the text. When it is not possible to limit the scope of this new creation, 'persons who are familiar with this technology can change and modify it after understanding the principles of this creation to achieve the equivalent..., and this temple changes the patch, ^ ^ " should be covered in the scope of the patent application scope as described later. 13 10 M320403 [Simple description of the diagram] Figure 1: Schematic diagram of the plane operation of the conventional structure. Figure 2: A perspective view of the combination of the creation. Figure 3: An exploded perspective view of the creation. Figure 4: Plane top view of the creation. Figure 5: Plane front view of the creation. Figure 6: Plan view of the state of action of this creation. Figure 7: The front view of the plane of the creation of this creation. φ Figure 8: Plane top view of the active state of the creation. Figure 9: Plane front view of the active state of the creation. Figure 10: Another embodiment of the interlocking component structure of the present invention [Explanation of main component symbols] Conventional part: pedal 10 lateral movable tube base 12 vertical pivot tube shaft 14
本創作部份： 運動板健身器 A 底座 2 0 踏板 3 0 立向擺臂 3 1 垂擺端 3 2 凸耳 3 3 穿設孔 3 4 定位栓 3 5 π M320403 阻尼構件 4 0 立向樞轉管 5 〇 定位孔 5 2 連動組件 6 0、 第一樞接座 6 1 伸縮架體 6 3 連動桿 6 5 底端 4 1 橫向組接桿部 51 樞接座 53This part of the creation: Sports board exerciser A base 2 0 pedal 3 0 vertical swing arm 3 1 vertical end 3 2 lug 3 3 through hole 3 4 positioning bolt 3 5 π M320403 damping member 4 0 vertical pivot Tube 5 〇 positioning hole 5 2 linkage assembly 6 0, first pivot socket 6 1 telescopic frame body 6 3 linkage rod 6 5 bottom end 4 1 transverse assembly rod portion 51 pivot socket 53
6〇B 弟二極接座 62 第一萬向樞接件6 4 第二萬向樞接件6 6 126〇B second pole socket 62 first universal joint 6 4 second universal joint 6 6 12