1/8003 五、新型說明： 【新型所屬之技術領域】 本新型係供-種可產生橢圓式運動執跡之運動器材。 【先前技術】 現代人由於工作繁忙，相對的運動的機會與時間減少，容易造成身體 體能及健紅縣，目料奴細細咖_嶋器材運 動’或是於家裡添購各種不同之運動器材，以方便個人運動者； 由於對-般消費大眾而言，走路、健走是比較輕鬆、緩和的運動方式， 因此目前-般市面上常㈣運動⑽如踏步機錢步機運動蹄具有相當 的市場占有率，但踏賴_作簡單，僅齡原鱗步之動作，而滑步機 除了大腿及小腿的跨步動作外，更增加手部動作訓練，比踏步機具有更多 的運動性； 傳統的π步機主要係於—主體上設有—對可前後鑛之擺臂，該擺臂 上端設有雜、下财有踏板，使时腳部騎於該踏板上，雙手握持於 各握桿處，藉由該擺臂之前後擺動動作，使用者可於原地模擬跨步運動；、 仁習用的«僅能做出簡單的鐘擺·健，不但可訓練之肌肉群有限， 且單純的鐘擺運動輪與正常人體之跨步動作仍有些許差異，並非完美之 運動权擬，且的雜機兩顺臂係分_作，再加上手部動作之干涉， ρ步動作較快或手腳動作*協調時，料造成使用者無法保持動作的連 貝性，甚者會造成制纽峰傷或祕之情事。 【新型内容】 本新型之目_在提供驅型連桿式運觸材，其射產生一擴 3 M378003 除了可模擬人體之跨步、跑步動作外，可1/8003 V. New description: [New technology field] This new type is a kind of sports equipment that can produce elliptical motion. [Prior Art] Due to the busy work, the opportunities and time of relative sports are reduced, it is easy to cause physical fitness and Jianhong County, and you can purchase various sports equipment at home. For the convenience of individual athletes; for the general consumer, walking and walking are relatively easy and moderate sports, so the current market is often (four) sports (10) such as stepper money step machine sports hooves have considerable Market share, but _ _ simple, only the original scales of the action, and the slide machine in addition to the thigh and calf step movements, more hand movement training, more sporty than the stepper; The traditional π step machine is mainly provided on the main body - a swing arm that can be used for the front and the rear. The upper end of the swing arm is provided with a miscellaneous and a lower pedal, so that the foot rides on the pedal, and the two hands are held by At each grip, the user can simulate the striding movement in situ by the swinging motion of the swing arm before and after; the familiar use of « can only make a simple pendulum and health, not only the limited muscle group that can be trained, but also Simple pendulum The stride movement between the wheel and the normal human body is still slightly different. It is not the perfect movement right, and the miscellaneous machine is divided into two parts, the interference of the hand movement, the ρ step movement is fast or the movement of the hands and feet * coordination At the time, it is expected that the user will not be able to maintain the continuousness of the action, and even cause the injury or secret of the peak. [New content] The purpose of this new type is to provide a drive-type connecting rod type of contact material, which produces a spread. 3 M378003 In addition to simulating the stepping and running movements of the human body,
圓形或近似橢圓形之運動軌跡，除了 有效增加腿部與腳部之運動肌肉群， 間内左右腳往相反方向動作，不合Circular or approximately elliptical motion trajectory, in addition to effectively increasing the muscles of the legs and feet, the left and right feet move in opposite directions, not in harmony
-對主擺臂，該域臂頂端絲祕驗該支架處，其讀動地設置 有-腳踏滑套，該腳踏滑套底端魏伸設有一踏板； 一對副擺臂’該聰臂-端雜設於該底錢，其上滑動地設置有一 副滑套’該副滑套伽-轉轴與物踏滑套相互轴接者； 一同步轉轴，該同步轉軸係橫向軸設於該錢，其兩端係分別設有一 垂直之轉動連桿，該轉動連桿之另—端係軸接於朗滑套底端； 當使用者踏動該踏板時，該主擺臂與副擺臂分別產生前後擺動，而該 腳踏滑套細滑套分別於主鮮及聰臂上減產生上下滑動，而該轉動 連桿係以該同步轉軸為軸心旋轉，藉由該主擺臂、副擺臂、腳踏滑套、副 滑套、同步轉轴與轉動連桿之作用，俾使得該踏板產生橢圓形運動軌跡。 【實施方式】 為便於說明本案於上述新型内容一攔中所表示的中心思想，兹以具體 實施例表達。實施例中各種不同物件係按適於說明之比例、尺寸、變形量 或位移量而描繪，而非按實際元件的比例予以繪製，合先敘明。且以下的 說明中’類似的元件是以相同的編號來表示。 M378003 如第一圖至第五圖圖面所示，本新型一種側驅型連桿式運動器材，其 主要包括： 一運動器材本體10，其係包含有一底座U，該底座糾兩側各設有一垂 直之支架12 ’各支架12頂端係向運動器材本體1〇之内側橫向延伸設有一橫 才于121 ’其中’該底座11上更設有一對门形之副支架in，該副支架彳”係 - 高於該底座11 ; - 一對主擺臂20 ’該主擺臂20頂端係活動轴設於該支架12處，俾使得該 鲁 主擺臂20可以該軸接點產生前後擺動，該主擺臂20頂端係延伸設有一可供 使用者手部握持之手部握桿21 ·，其中，該主擺臂2〇上滑動地設置有一腳踏 滑套22，該腳踏滑套22係包含有一中空之滑套部221，該滑套部221内設有 複數之滑桿222，該滑桿222係貼合於該主擺臂20之表面，以使得該滑套部 221可於主擺臂20順暢滑動；且該滑套部221底端係分別向内延伸設有一聊 踏支桿223，俾以供一踏板224組裝於其上者；再者，該腳踏支桿223設有 數長條孔225，該長條孔225可供調整螺栓226穿設，並將該踏板224固定於 , 該腳踏支桿223上，且該長條孔225係側向設置者’使用者可依個人身材調 整該調整螺栓226鎖固於長條孔225之位置； 一對副擺臂30 ’該副擺臂30—端係軸設於該底座11處，其位置設於該 支架12與主擺臂20間’其上滑動地設置有一副滑套31，該副滑套％係為一 中空桿件’俾以活動套設於該副擺臂3〇外；其中，該副滑套31上端係以— 轉軸32與該腳踏滑套22相互軸接者； 一同步轉軸40，該同步轉軸40之兩端係軸設於副支架彳彳彳處，俾以橫 向轴設於該底座11，其兩端係分別設有一垂直之轉動連桿41，該轉動連桿 5 M378003 41係可帶動該同步轉軸40旋轉，該轉動連桿41之另一端係轴接於該副滑套 31底端，且藉由該副支架111之作用，當該轉動連桿41與副滑套31之轴接 點轉動至最低點時，仍高於該副擺臂3〇與底座11軸接點；其中，同步轉軸 40兩端之轉動連桿41係往反方向延伸設置者； 一阻力調整裝置50 ’該阻力調整裝置50係於該同步轉轴4〇之—端設有 一轉盤51 ,該轉盤51係可隨該同步轉轴4〇轉動，且該轉盤51係以一皮帶52 連動至一阻尼器53，該阻尼器53係可活動調整轉動阻力者；其中，該轉盤 51側係設有-擋板511 ’該擋板511係設有一可供同步轉轴4〇穿設之轴部 512 ’該軸部512係安裝於該轉盤51與轉動連桿41間，且該轴部512係鎖固 於該轉盤51上，再者’該擋板511於轉動連桿4彳側邊各轉折設储部M3， 俾以將該轉動連桿41旋向限位設於該轉盤5彳上。 如第六_面所示’以運動紐本襲右半部之主擺⑽作為說明， 該踏板224之初始位置係位於最高點，當使用者右腳踏動該踏板224時係 先往前及打方向踩踏，喊右手_手特捍2顺方㈣，該主擺臂 手部拉動及腳部踩踏之侧產生前鶴作城腳踏細祝在主擺 臂20上轴向往其底端滑動；而該副擺臂糊因為副滑細與腳踏滑套取 連動關係亦產生向前擺動，邱滑_則於聰㈣上軸向往其底端滑 動；而當副擺臂30向前擺動、且副滑套31往_3〇底端滑動時，則會: 動該轉動連桿41往圖示之逆時針方向轉動(如第七圖圖面所示)，亦即往轉動 連桿41之前下方轉動；藉此，而使得使用者之右腳產生向前跨出之動作； 及^主下^圓圖面所不’當踏板224位移至最前點之後，使用者右腳係往後 向踩踏該踏板224，而其右手握持手部細㈣方縣，該主擺 6 M378003 臂20、副擺臂30產生向後回擺動作，轉動連桿41往後下方轉動，該腳踏滑 套22、副滑套31分別軸向往主擺臂20、副擺臂3〇底端滑動，使該踏板224 往後下方回擺； 如第九圖圖面所示’當踏板224位移通過至最低點之後，該主擺臂2〇、 副擺臂30向後擺出，轉動連桿41往後上方轉動，該腳踏滑套22、副滑套31 '分別轴向往主擺臂2〇、副擺臂30上端滑動，使該踏板224往後上方回擺， 以模擬右腳產生向後擺動之動作； 而踏板224位移通過至最後方位置後，該主擺臂2〇、副擺臂30向前回 擺’轉動連桿41往前上方轉動，該腳踏滑套22、副滑套31分別轴向往主擺 臂20、副擺臂30上端滑動’使該踏板224往前上方回擺，回復至第六圖之 初始位置，以模擬右腳產生向前抬昇之動作； 藉由該主擺臂20、副擺臂30、腳踏滑套22、副滑套31、同步轉軸40與 轉動連桿41之作用’俾使得該踏板224產生一橢圓形或近似橢圓形之運動軌 跡，除了可模擬人體之跨步、跑步動作外，可有效增加腿部與腳部之運動 肌肉群，達到更佳的運動效果。 而且因為該同步轉轴40兩端之轉動連桿41係往反方向延伸設置，可確 保同一時間内左右腳往相反方向動作，不會因為使用者之協調性等問題， 而導致兩腳同時向前、向後’或只有單腳動作之情況產生；且該同步轉轴 40可同時將左右兩側動力連結，當其中一腳向下踩踏時，該同步轉軸4〇可 將其向下踩踏的力量’傳動至另一腳踏板224轉化成上升揚起之力量，以使 得雙腳踩踏之動作更為流暢與連貫。 再者’當該同步轉轴40轉動時，可同步帶動該轉盤51旋轉，而該轉盤 7 M378003 51係以一皮帶52連動至一阻尼器53，當阻尼器53阻力增加時，該同步轉轴 40轉動阻力也隨之增加，使用者就必須更用力地踩動踏板224 ;藉此，使用 者可透過活動調整該阻尼器53之阻力大小，以增加或減少運動之難易程度。 雖然本案是以—個最佳實施例做說明，但精於此技藝者能在不脫離本 案精神與範®#下做各種不同形式敝變。社所舉實關僅用以說明本案 而已’非用以限制本案之範圍。舉凡不違本案精神所從事的種種修改或變 化’倶屬本案申請專利範圍。 【圖式簡單說明】 第一圖係本案之立體外觀示意圖。 第二圖係本案之部分立體外觀示意圖。 第三圖係本案之部分立體分解示意圖。 第四圖係本案阻力調整裝置之部分立體外觀示意圖。 第五圖係本案阻力調整裝置之部分立體分解示意圖。 第六圖係本案之動作示意圖(一）。 第七圖係本案之動作示意圖(二）。 第八圖係本案之動作示意圖(三）。 第九圖係本案之動作示意圖(四）。 【主要元件符號說明】 10-運動器材本體 223-腳踏支桿 51-轉盤 11_底座 224-踏板 511-擋板 111-副支架 225-長條孔 512-軸部 12-支架 226-調整螺栓 513-擋部 M378003 121-橫桿 30-副擺臂 52-皮帶 20-主擺臂 31-副滑套 53-阻尼器 21-手部握桿 32-轉軸 22-腳踏滑套 40-同步轉軸 221-滑套部 41-轉動連桿 222-滑桿 50-阻力調整裝置- for the main swing arm, the top end of the arm of the field is secretly checked, and the reading is provided with a pedal sliding sleeve, and the bottom end of the pedal sliding sleeve is provided with a pedal; a pair of auxiliary swing arms 'the Cong The arm-end is miscellaneously disposed on the bottom money, and a pair of sliding sleeves are slidably disposed thereon. The auxiliary sliding sleeve gamma-rotating shaft and the object sliding sleeve are mutually coupled; a synchronous rotating shaft, and the synchronous rotating shaft is horizontally disposed. In the money, the two ends are respectively provided with a vertical rotating link, and the other end of the rotating link is connected to the bottom end of the sleek sleeve; when the user steps the pedal, the main swing arm and the pair The swing arm respectively generates front and rear swings, and the slip sleeve of the pedal sleeve is respectively reduced on the main fresh and the smart arm to generate up and down sliding, and the rotating link rotates with the synchronous rotating shaft as an axis, by the main swing arm The auxiliary swing arm, the pedal sliding sleeve, the auxiliary sliding sleeve, the synchronous rotating shaft and the rotating connecting rod act to make the pedal generate an elliptical motion track. [Embodiment] In order to facilitate the explanation of the central idea expressed in the above novel content, the present invention is expressed by a specific embodiment. Various items in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements that are suitable for illustration, and are not drawn to the proportions of actual elements, as set forth in the foregoing. In the following description, similar elements are denoted by the same reference numerals. M378003 As shown in the first to fifth figures, the present invention relates to a side drive type link type sports equipment, which mainly comprises: a sports equipment body 10, which comprises a base U, which is provided on both sides of the base There is a vertical bracket 12'. The top end of each bracket 12 is laterally extended to the inner side of the sports equipment body 1 to be provided with a transverse direction of 121 'where the base 11 is further provided with a pair of gate-shaped sub-brackets in, the sub-frames" a higher than the base 11; - a pair of main swing arms 20'. The top end of the main swing arm 20 is disposed at the bracket 12 so that the main swing arm 20 can swing back and forth. The top end of the main swing arm 20 is extended with a hand grip 21 for the user's hand to hold. The main swing arm 2 is slidably disposed with a pedal sleeve 22, and the pedal sleeve 22 is slidably disposed on the main swing arm 2 The sleeve includes a hollow sliding sleeve portion 221, and the sliding sleeve portion 221 is provided with a plurality of sliding rods 222 attached to the surface of the main swing arm 20 so that the sliding sleeve portion 221 can be main The swing arm 20 slides smoothly; and the bottom end of the sliding sleeve portion 221 is respectively extended inwardly with a chat strut 223 The pedal 223 is provided with a plurality of long holes 225 for the adjusting bolts 226 to pass through, and the pedal 224 is fixed to the pedal 224. On the pedal strut 223, the elongated hole 225 is laterally disposed. The user can adjust the position of the adjusting bolt 226 to the elongated hole 225 according to the individual body; a pair of auxiliary swing arms 30' the pendulum The arm 30-end shaft is disposed at the base 11 and is disposed between the bracket 12 and the main swing arm 20. A pair of sliding sleeves 31 are slidably disposed thereon, and the auxiliary sliding sleeve is a hollow rod member. The movable sleeve is sleeved on the outer side of the auxiliary swing arm 3; wherein the upper end of the auxiliary sliding sleeve 31 is coupled to the pedal sleeve 22 by a rotating shaft 32; a synchronous rotating shaft 40, and two of the synchronous rotating shaft 40 The end shaft is disposed at the sub-frame 俾, and the 俾 is disposed on the base 11 with a transverse axis, and a vertical rotation link 41 is respectively disposed at both ends thereof, and the rotation link 5 M378003 41 can drive the synchronous shaft 40 Rotating, the other end of the rotating link 41 is axially connected to the bottom end of the auxiliary sliding sleeve 31, and by the action of the auxiliary bracket 111, when the rotating joint When the shaft contact of the auxiliary sliding sleeve 31 is rotated to the lowest point, it is still higher than the shaft joint of the auxiliary swing arm 3〇 and the base 11; wherein the rotating link 41 at both ends of the synchronous rotating shaft 40 is extended in the opposite direction. The resistance adjusting device 50 is disposed at the end of the synchronous rotating shaft 4, and is provided with a turntable 51. The turntable 51 is rotatable with the synchronous rotating shaft 4, and the rotating plate 51 is The belt 52 is linked to a damper 53 which is movable to adjust the rotational resistance; wherein the side of the turntable 51 is provided with a baffle 511 'the baffle 511 is provided with a synchronous shaft 4 The shaft portion 512 ′′ is mounted between the turntable 51 and the rotating link 41 , and the shaft portion 512 is locked on the turntable 51 , and the baffle 511 is on the rotating link 4 . The side flaps are respectively provided with a storage portion M3, and the rotating link 41 is screwed to the limit position on the turntable 5A. As shown in the sixth _ plane, the initial position of the pedal 224 is at the highest point, and the user's right foot is stepped forward. Stepping on the direction, shouting the right hand _ hand special 捍 2 shun (four), the main swing arm hand pull and the foot step on the side of the front of the crane made the foot pedal to slide on the main swing arm 20 axially to the bottom end The pair of swing arm pastes also swing forward because of the relationship between the slippery slip and the pedal slip sleeve, and the Qiu slip _ slides on the bottom end of the shaft on the Cong (4); and when the auxiliary swing arm 30 swings forward, When the sub-slip sleeve 31 slides toward the bottom end of the _3 ,, the rotating link 41 is rotated in the counterclockwise direction of the figure (as shown in the seventh drawing), that is, before the rotation of the connecting rod 41. Rotating downward; thereby, causing the user's right foot to move forward; and ^ main lower circle surface is not 'after the pedal 224 is displaced to the foremost point, the user's right foot is stepped backwards The pedal 224, while the right hand grips the hand (four) square county, the main pendulum 6 M378003 arm 20, the auxiliary swing arm 30 generates a backward swinging motion, and the rotating link 41 After the lower rear rotation, the pedal sleeve 22 and the auxiliary sliding sleeve 31 slide axially toward the bottom end of the main swing arm 20 and the auxiliary swing arm 3 respectively, so that the pedal 224 swings back and forth; as shown in the ninth figure 'After the displacement of the pedal 224 passes to the lowest point, the main swing arm 2〇 and the auxiliary swing arm 30 swing backward, and the rotating link 41 rotates rearward and upward. The pedal sleeve 22 and the auxiliary sliding sleeve 31' are axially respectively. Slide the upper swing arm 2〇 and the upper swing arm 30 to the upper end, so that the pedal 224 swings back and forth to simulate the backward swing of the right foot; and after the pedal 224 is displaced to the last position, the main swing arm 2 The swaying arm 30 swings forward and swings forward. The rotating link 41 rotates forward and upward. The pedal sleeve 22 and the auxiliary sliding sleeve 31 slide axially toward the upper end of the main swing arm 20 and the auxiliary swing arm 30 respectively to make the pedal 224 Returning forward and returning to the initial position of the sixth figure to simulate the action of the right foot to lift forward; by the main swing arm 20, the auxiliary swing arm 30, the pedal sleeve 22, the auxiliary sliding sleeve 31 The action of the synchronous shaft 40 and the rotating link 41 '俾 causes the pedal 224 to generate an elliptical or approximately elliptical motion trajectory, except It can simulate the human body stride, running external actions, which can effectively increase the movement of the leg and foot muscle groups to achieve better sports results. Moreover, since the rotating links 41 at both ends of the synchronous rotating shaft 40 are extended in the opposite direction, it is ensured that the left and right feet move in opposite directions at the same time, and the two feet are not simultaneously caused by the problem of coordination of the user. Front and rearward' or only one foot motion occurs; and the synchronous rotating shaft 40 can simultaneously connect the left and right sides of the power, and when one of the feet is stepped down, the synchronous rotating shaft 4 〇 can step down the force 'The transmission to the other foot pedal 224 translates into a rising and lifting force, so that the action of stepping on the feet is smoother and more consistent. Furthermore, when the synchronous rotating shaft 40 rotates, the turntable 51 can be synchronously driven to rotate, and the turntable 7 M378003 51 is linked by a belt 52 to a damper 53. When the resistance of the damper 53 increases, the synchronous rotating shaft 40 The rotational resistance also increases, and the user must step on the pedal 224 more forcefully; thereby, the user can adjust the resistance of the damper 53 by the activity to increase or decrease the difficulty of the movement. Although the present case is described in terms of a preferred embodiment, those skilled in the art can make various forms of transformation without departing from the spirit of the present invention. The facts of the society are only used to explain the case and have not been used to limit the scope of the case. Any modification or change that is not in violation of the spirit of the case is the scope of patent application in this case. [Simple description of the diagram] The first diagram is a three-dimensional appearance of the case. The second picture is a partial perspective view of the present case. The third figure is a partial exploded view of the present case. The fourth picture is a partial perspective view of the resistance adjusting device of the present case. The fifth figure is a partial exploded view of the resistance adjusting device of the present case. The sixth picture is a schematic diagram of the action of this case (1). The seventh picture is the schematic diagram of the action of this case (2). The eighth picture is the schematic diagram of the action of this case (3). The ninth figure is a schematic diagram of the action of this case (4). [Main component symbol description] 10-Sports equipment body 223-foot support 51-turntable 11_base 224-pedal 511-baffle 111-sub-bracket 225-long hole 512-shaft portion 12-bracket 226-adjustment bolt 513-stop M378003 121-crossbar 30-subswing arm 52-belt 20-main swing arm 31-subslip sleeve 53-damper 21-hand grip 32-spindle 22-foot slide sleeve 40-synchronous shaft 221 - sliding sleeve portion 41 - rotating link 222 - sliding rod 50 - resistance adjusting device