M408379 五、新型說明： 【新型所屬之技術領域】 本創作涉及運動器材的揚昇技術，特別 跑步機之揚昇機構。 3種 【先前技術】M408379 V. New description: [New technical field] This creation involves the lifting technology of sports equipment, especially the ascending mechanism of treadmills. 3 kinds of [prior art]
f統跑步機係在-底座加裝—揚昇機構，提 跑台前方相對底座的高度，用以維持跑台傾斜程度， 進而達到模擬上坡奔跑的運動環境。 X 仁疋，傳統揚昇機構為人詬病，在於 不流暢，加上結構強度不足，致生變形或斷裂<:= 於危害到使用者人身安全。 至 ::於:匕’本創作人深入探討先前技術之問題， 事相關產業之研發與製造之經驗，積極尋 揚昇機ί道’終於成功地開發出一種適用於跑步機的 铴计機構，以改善習用技術之問題。 【新型内容】 落，=在於：幫助跑步機的跑台靈活起 、折收動作流暢，相對保護人身安全。 4：於上述目的之達成，本創作之跑步機係、在 ^:跑台之間聯結—連桿機構’藉由一安裝於跑台 ^馬達組驅動-伸縮桿沿著桿長方向位移， 連知機構支撐跑台相對底座維持既定角度。 =連;^機構包括·—前橫管’與伸縮桿樞接在一 ’在前橫管兩端分別結合1核，界定前支架與 3 跑台連接處為支點；一前支架心軸，插入前橫管，兩 端分別連接一培林輪；二前滑軌座，銲固於底座且開 口相向，引導前支架心軸的培林輪沿執長方向往復運 動；一對擺臂，該擺臂一端樞接於前支架的中間部 位；二後滑軌座，該後滑軌座銲固於底座且連接擺臂 的另端，二後支架，彼此間銲固二後橫管，將後支架 與跑台連接處視為支點，並安裝一行走於後滑執座的 培林輪；一氣壓缸，連接在跑台與後橫管之間。 其中’兩後滑轨座端部套著一支撐管，管身兩旁 安裝一滾輪。 以下，基於圖式詳述相關實施例之目的、構造及 特徵，相信本創作採用之技術、手段及功效，當可由 之得一深入而具體的瞭解。 【實施方式】 請參閱第1圖，一電動式跑步機100具有—中空 的矩形底座10,擺放在平坦的地方，在底座1〇短2 上方牢固一對相隔適當距離的立柱u，利用電動控 制模式驅動一組裝在底座10的連桿機構40，支撐一 跑台20相對底座10維持著既定的角度。 牙 該跑台20亦屬中空的矩形框體，具有—前端 和一後端24,以二側桿21為長邊，在兩側桿21之 間設置二平行的滾柱22和一平台28，且各側桿Μ 緊鄰後端24處固設二輪座27，方便跑台2〇滾動地 位移。 兩滾柱22樞接兩側桿21相對位置而能自轉，其 主22位於兩輪座27之間，另根 Z: 裝:同步轉動的傳動輪32,並在 ==外部，依張力使帶面=:互 透‘㈣门::伋盍板材卢上、下方。該板材25對邊 灸:;疋牛12 (如第2圖所示）與側桿21相連， 自於跑步帶26的動能，提供緩衝效應而具備 使用女全的保護效能。 〜平σ 28局部鏤空，在結實的台面鎖固一電動 it3:，其旋轉動能透過一套在傳動輪32的傳動皮 I s、.輸出至滾柱2 2，驅使跑步帶2 6圍繞板材2 5作 ^ 運動。另外，該平台28銲接一對彎曲的固定片 ’頂端輕且連接-可擺㈣揚昇馬軸33，驅 ^伸縮桿34沿著桿長方向位移，透過桿端與一前 枳官41中間部位的樞接關係，使揚昇馬達組33可以 控制連桿機構40作動。 二接著看到第2、3圖，跑台20抬高既定角度，而 使刖端23朝下，不僅減少空間佔用而方便他人行 走’還能避免意外的發生。 其中，該前橫管41兩端結合一對平行的前支架 43而形成ϋ形框體，界定前支架43與一銲接在跑台 20的基礎片44連接處為支點，視前支架43長度為 半杈，連帶一插入前橫管41的前支架心軸42同步作 動。在剞支架心軸42端部套有一對培林輪45，滚動 行走在二銲固於底座1〇短邊且開口彼此相向的前滑 執座46中，引導前支架心軸42連帶前橫管41順著 軌長方向作往復運動。此外，各前支架43中間部位 樞接一擺臂47端部，且擺臂47另端與一銲固於底座 的後滑執座5〇相連’對前支架43的擺動幅度致 生限制範圍，使培林輪45因應跑台2〇上抬而靠向後 滑軌座50。 ^ ^桿機構40還包括二後支架51，彼此間銲固 j後橫管52而架構中空的框體，將後支架51連接其 它基礎片44的端部視為支點，利用後橫管52連接一 安f於跑台20下方的氣壓缸56作為動力來源，驅使 一女裝在後支架51另端的培林輪53順著後滑軌座 50而滾到底座10長邊，支撐跑台2〇抬高而不易垮 下來另外兩後滑執座50開口相向，一端薛固於 底座10的長邊外面，另端套著-支稽管54,在管身 兩旁安裝一滾輪55。 士第4、5圖所示，只要拉下跑台2〇，以基礎片 44連帶前支架43擺動，在擺臂47對前支架43的限 制下，驅動培林輪45沿軌長方向往立柱u行進，同 %牵引後支架51傾斜’致使培林輪53朝向支撐管 =滾動，進而縮減氣壓缸53的長度，直到跑台2〇 前端23斜躺在底座1G上方為止，就能使用跑步 100進行運動。 在第6、7圖中，啟動揚昇馬達組33，逐漸増加 伸縮桿34長度’在前橫;I； 4 J的支持下，頂住平台 2乂的固定片29,連帶跑* 2〇前端23 4既定角度二 揚升，同時，基礎片44隨著跑台20昇高連帶前支架 43擺動，驅動兩培林輪45、53相向運動，致使後^ M408379 =51跟著昇高，直到跑台2Q前端23揚昇 角度為止，模擬上坡路段的運動情況。 、 如此，本實施例以揚昇馬達組配合連 r揚昇機構，可以幫助跑台靈活地起落，；= 幵、折收動作更為流暢，相對保護跑步機 安全。 •八貝的The t-running treadmill is attached to the pedestal-lifting mechanism to raise the height of the front of the running platform relative to the base to maintain the inclination of the running platform, and then to simulate the sports environment for running uphill. X Renqi, the traditional ascending institution is criticized, it is not smooth, coupled with insufficient structural strength, resulting in deformation or fracture <:= harming the user's personal safety. To::于:匕' This creator explores the problems of prior art, the experience of R&D and manufacturing of related industries, and actively seeks to upgrade. The road finally succeeded in developing a tweezers for treadmills. To improve the problem of conventional technology. [New content] Fall, = lies in: help the treadmill's running platform to be flexible, smooth and smooth, and relatively protect personal safety. 4: In order to achieve the above purpose, the treadmill of the present invention is coupled between the ^: treadmills - the linkage mechanism is displaced along the length of the rod by a motor mounted on the treadmill The mechanism supports the running platform to maintain a predetermined angle with respect to the base. = 连; ^机构 includes - front cross tube 'and telescopic rod pivotally connected to a 'one core at the two ends of the front cross tube, defining the joint between the front bracket and the three running blocks as a fulcrum; a front bracket mandrel, inserted The front cross tube is connected with a Palin wheel at both ends; the second front rail seat is welded to the base and the openings are opposite to each other, and the Palin wheel guiding the front bracket mandrel reciprocates along the extending direction; a pair of swing arms, the pendulum One end of the arm is pivotally connected to the middle portion of the front bracket; the second rear rail seat is welded to the base and connected to the other end of the swing arm, and the second rear bracket is welded to the second rear cross tube, and the rear bracket is The connection with the running platform is regarded as a fulcrum, and a Palin wheel running on the rear sliding seat is installed; a pneumatic cylinder is connected between the running platform and the rear cross tube. Among them, the ends of the two rear rail seats are sleeved with a support tube, and a roller is mounted on both sides of the tube body. Hereinafter, the purpose, structure and characteristics of the related embodiments will be described in detail based on the drawings, and it is believed that the techniques, means and effects adopted by the present invention can be understood in detail. [Embodiment] Referring to Fig. 1, an electric treadmill 100 has a hollow rectangular base 10 placed in a flat place, and a pair of columns u separated by an appropriate distance are secured above the base 1 short 2, using electric The control mode drives a linkage 40 that is assembled to the base 10 to support a running platform 20 that maintains a predetermined angle relative to the base 10. The running platform 20 is also a hollow rectangular frame having a front end and a rear end 24, with the two side bars 21 as the long sides, and two parallel rollers 22 and a platform 28 are disposed between the two side bars 21, Moreover, the side wheel Μ is fixed with the two wheel bases 27 adjacent to the rear end 24 to facilitate the rolling displacement of the running platform 2 . The two rollers 22 are pivotally connected to the opposite positions of the rods 21 on both sides to be self-rotating, and the main 22 is located between the two wheel seats 27, and the other root Z: is mounted with the synchronously rotating transmission wheel 32, and is externally controlled by tension. Face =: mutual penetration '(four) door:: 汲盍 plate Lu up, below. The plate 25 is edged moxibustion: the yak 12 (shown in Fig. 2) is connected to the side bar 21, and the kinetic energy of the running belt 26 provides a cushioning effect and has the protective effect of using the full female. ~ flat σ 28 partial hollow, locked in a solid countertop electric one3: its rotational kinetic energy is transmitted through a set of transmission skins I s of the transmission wheel 32 to the roller 2 2, driving the running belt 26 around the plate 2 5 for ^ exercise. In addition, the platform 28 is welded with a pair of curved fixing pieces 'the top end is light and connected - the pendulum can be placed (four) to lift the horse shaft 33, and the telescopic rod 34 is displaced along the length of the rod, through the rod end and the middle portion of a frontal officer 41 The pivotal relationship allows the lift motor pack 33 to control the linkage 40 to actuate. Secondly, after seeing the second and third figures, the running platform 20 raises the predetermined angle, and the rear end 23 faces downward, which not only reduces the space occupation but also facilitates others to walk away, and can avoid accidents. Wherein, the front cross tube 41 is combined with a pair of parallel front brackets 43 to form a dome-shaped frame, and the front bracket 43 is defined as a fulcrum at a joint with the base sheet 44 welded to the running platform 20, and the length of the front bracket 43 is A half turn, with a front bracket mandrel 42 inserted into the front cross tube 41 in synchronism. A pair of Palin wheel 45 is sleeved at the end of the 剞 bracket mandrel 42 and is rolled and rolled in the front sliding seat 46 which is welded to the short side of the base 1 and whose openings face each other, and guides the front bracket spindle 42 with the front cross The tube 41 reciprocates along the length of the rail. In addition, the middle portion of each front bracket 43 is pivotally connected to the end of the swing arm 47, and the other end of the swing arm 47 is connected to a rear sliding seat 5〇 welded to the base. The Palin wheel 45 is caused to lean toward the rear rail seat 50 in response to the running of the treadmill. The rod mechanism 40 further includes two rear brackets 51, which are welded to each other to form a hollow frame, and the ends of the rear brackets 51 connected to the other base sheets 44 are regarded as fulcrums, and are connected by the rear cross tubes 52. The pneumatic cylinder 56 below the running platform 20 serves as a power source to drive a women's golfer 53 at the other end of the rear bracket 51 to follow the rear rail seat 50 and roll to the long side of the base 10 to support the running platform. The upper and lower sliding seats 50 are opposite each other, one end is fixed to the outside of the long side of the base 10, the other end is sleeved with a branch pipe 54, and a roller 55 is mounted on both sides of the pipe body. As shown in Figures 4 and 5, as long as the treadmill 2 is pulled down, the base piece 44 is attached with the front bracket 43 to swing, and under the restriction of the swing arm 47 to the front bracket 43, the Palin wheel 45 is driven along the rail length direction to the column. u travels, and the bracket 51 is tilted with the % traction, so that the Palin wheel 53 is rolled toward the support tube = and the length of the pneumatic cylinder 53 is reduced, until the front end 23 of the running platform 2 is lying obliquely above the base 1G, and the running 100 can be used. Exercise. In the sixth and seventh diagrams, the lift motor group 33 is started, and the length of the telescopic rod 34 is gradually increased. Under the support of the front cross; I; 4 J, the fixed piece 29 of the platform 2 is supported, and the front end of the platform is run. 23 4 The angle of the predetermined angle is increased. At the same time, the base piece 44 swings with the front platform 43 as the treadmill 20 is raised, and drives the two Palin wheels 45 and 53 to move toward each other, so that the rear M408379 = 51 is raised until the treadmill The 2Q front end 23 lifts the angle to simulate the movement of the uphill section. In this way, the lifting motor group cooperates with the r-lifting mechanism to help the running platform to flexibly rise and fall, and the squatting and folding movements are smoother, and the treadmill is relatively safe. • eight shells
上述實施例僅為說明本創作，非為限制本創作。 沾省此技藝者從上述實施例衍生之各種變化 應用均在本創作之範疇内。 〆^ 【圖式簡單說明】 ^第1圖是立體圖，表現本創作揚昇機構一較佳實 施例’安裝在跑步機的底座和跑台之間。 、 第2圖是立體圖，表現跑步機抬高跑台狀熊。 第3圖是側視圖，表現跑步機抬高跑台的另一角 度。The above embodiments are merely illustrative of the present invention and are not intended to limit the creation. Various variations of the application of the above embodiments are within the scope of this creation. 〆^ [Simple description of the drawing] ^ Fig. 1 is a perspective view showing a preferred embodiment of the present lifting mechanism mounted between the base of the treadmill and the running platform. The second picture is a perspective view showing the treadmill raising the running-like bear. Figure 3 is a side view showing another angle of the treadmill raising the treadmill.
第4圖是立體圖’表現跑步機拉下跑台卻未揚昇 月1J端的狀態。 第5圖是側視圖’表現跑台前端未揚昇的另一角 度。 第6圖是立體圖，表現跑步機拉下跑台且前端揚 昇後的動作。 第7圖是側視圖，表現跑台前端揚昇後的另一角 度。 【主要元件符號說明】 7 M408379 100跑步機 10底座 12緩衝元件 11立柱 20跑台 21側桿 22滾柱 23前端 24後端 25板材 26跑步帶 27輪座 28平台 29固定片 30電動馬達 31傳動皮帶 32傳動輪 34伸縮桿 33揚昇馬達組 40連桿機構 41前橫管 42前支架心轴 43前支架 44基礎片 4 5培林輪 46前滑執座 47擺臂 50後滑軌座 51後支架 52後橫管 53培林輪 54支撐管 56氣壓缸 55滾輪 8Figure 4 is a perspective view showing the state in which the treadmill pulls down the treadmill but does not lift the 1J end. Figure 5 is a side view showing another angle at which the front end of the treadmill is not raised. Figure 6 is a perspective view showing the action of the treadmill pulling down the treadmill and raising the front end. Figure 7 is a side view showing another angle after the front end of the treadmill is raised. [Main component symbol description] 7 M408379 100 treadmill 10 base 12 cushioning element 11 column 20 treadmill 21 side bar 22 roller 23 front end 24 rear end 25 plate 26 running belt 27 wheel seat 28 platform 29 fixed piece 30 electric motor 31 transmission Belt 32 drive wheel 34 telescopic rod 33 lift motor group 40 linkage mechanism 41 front cross tube 42 front bracket spindle 43 front bracket 44 base piece 4 5 Palin wheel 46 front slide seat 47 swing arm 50 rear slide rail seat 51 Rear bracket 52 rear cross tube 53 Palin wheel 54 support tube 56 pneumatic cylinder 55 roller 8