M339329 八、新型說明： 【新型所屬之技術領域1 本創作是一種運動器材，特別是一種跑步機收折控制面 板的技術手段。 . 【先前技術】 早期的跑步機’通常是在跑檯設計有可循環運動的帶狀 物X及（、九者扶持的支架；此帶狀物套在板材兩邊的滾筒 外圍，因為跑者奔跑在帶狀物上面，讓足部蹬著帶狀物循環 地持續運動。 為使帶狀物具備自動化循環效能，勢必要在跑步機增設 傳動，構’利用控制面板來控制帶狀物的轉速。隨著零組件 的陸續增加，跑步機的體積亦逐步擴大，佔用的空間相對遞 將未使用的跑步機所佔用的空間予以縮減，就成為 運動業者迫切急需解決的課題。 曰=有業者在跑檯下方增設揚昇機構，讓跑檯為某一角产 的歼鬲，但是控制面板固定在支架上，阻礙跑檯與支架: 併，如何將控制面板收折起來，就是本創作所欲解決的二 課題。 、J王要 【新型内容】 首先，本創作在跑步機的支架設有收折事置，才 板組裝在此收折裝置上，就可以讓控制面板隨時掀=制面 角度，供跑者檢視跑步機目前的情形，並選擇嘀人汗至某一 承受的帶狀物轉速；倘若跑步機不使用時，亦=&跑者所能 隨著收折裝置翻轉，便利支架與跑檯相疊。 =控制面板 此收折裝置包括一供控制面板組裝的框架；固〜 、，疋在框架 5 M339329 .兩側的擺動件，各擺動件轉動地連接於支架上，具有限制擺 動幅度的限位結構；以及，至少一卡擎機構，配合前述限位 結構讓框架定位錢定角度或方位，—旦卡掣機構的定位功 成被解除之後，即可任意扳動㈣在既定範圍内擺動。 【實施方式】 跑步機（10)如第 圖所示，在具有帶狀物（11 跑檯（12)前方組設若干護蓋〇3)，這些護蓋（13)内部 保護著樞紐機構（14)，讓連接於枢紐機構（14)的兩支架 f ( 15)可以收折。在支架（15)頂端設有供控制面板（Μ) 和把手（17)組裝的收折裝置（2〇)，如第二圖所示，一旦 扳動把手U7)，可使控制面板（16)隨著收折裝置（叫 迴轉到原位，便利支架（15)疊在跑檯〇2)上面。 該收折裝置（20)使料，非常方便跑者收折跑步機。 在第九圖中，卡掣機構（6〇 )並未卡住限位孔（％ )，所 以’扳動把手（17)連同兩旁的擺動件（3〇)轉動時.，枢接 在長臂（33)的作動桿（41)，會帶動框架（5〇)同步運 動。兩引導件（5〇的導槽（52)受到柱體（42)拘束，引 導框架（50 )順利地轉動至適當角度。 一旦扳轉把手（17)至岐角度，如第十圖所示，擺動 件（30)被卡掣機構（60)卡住不再轉動，框架（5〇)被導 槽（52)及柱體（42)支獲至展開的態樣，好讓域於框架 (50)的面板更容易地觀看或操作。倘若解除卡掣機構 (60)，定位功能，把手（17)就能任意擺動，收折支架 05)叠在跑檯上面；此刻，框架（5〇)觸碰跑檯而以作動 桿（41)為軸心，在柱體（42)及導槽（52)的限 轉疊在跑檯上。 6 M339329 卸下外殼的收折裝置（20)内部，從第三、四圖看到， 此動件（30)轉動連接於兩支架（15)之一的上方二 3=件，131/’該支架(15)鄰近軸接件心 =固有固疋件（40)，彳置入擺動件（3G)的弧形孔 (32)裡。以軸接件（31)到固料⑽）的距離為半徑， 沿者圓周運動形成圓弧狀的弧形孔（32) ，定件（4〇)不會干涉擺動件（30)的運轉，直到弧形；;M339329 VIII. New description: [New technology field 1) This creation is a kind of sports equipment, especially a technical means for treadmill control panel. [Prior Art] The early treadmills were usually designed with a retractable belt X and (a nine-supported bracket on the running platform; this belt was placed around the drum on both sides of the plate because the runner ran On the belt, let the foot continue to move around the belt. In order to make the belt have automatic circulation efficiency, it is necessary to add a transmission to the treadmill, and use the control panel to control the rotation speed of the belt. With the increasing number of components, the size of the treadmill has gradually expanded, and the space occupied by the treadmill has been reduced. This has become an urgent problem for the sports industry. A lifting mechanism is added under the platform to allow the treadmill to be produced at a certain angle, but the control panel is fixed on the bracket to hinder the running platform and the bracket: And, how to fold the control panel is the second solution that the creative is intended to solve. The subject. J King wants [new content] First of all, the creation of the treadmill is equipped with a folding event, and the board is assembled on the folding device, so that the control panel can be掀 = face angle, for the runner to check the current situation of the treadmill, and choose the sweat to a certain belt speed; if the treadmill is not used, also = &run; The device is turned over, and the convenient bracket is overlapped with the running platform. = Control panel This folding device includes a frame for assembling the control panel; a fixed ~, 疋 on the frame 5 M339329. The swinging members on both sides, the swinging members are rotatably connected to The bracket has a limit structure for limiting the amplitude of the swing; and at least one of the latching mechanisms cooperates with the limit structure to allow the frame to be positioned at an angle or an orientation, and the positioning function of the card mechanism can be arbitrarily Move (4) to swing within a predetermined range. [Embodiment] The treadmill (10) has a cover (a set of several cover 〇3 in front of the 11 treadmill (12) as shown in the figure, these covers ( 13) The internal protection of the pivot mechanism (14) allows the two brackets f (15) connected to the hub mechanism (14) to be folded. At the top of the bracket (15) is provided a control panel (Μ) and a handle (17) The assembled folding device (2〇), as shown in the second figure, Once the handle is pulled U7), allows the control panel (16) as the folding device (call-back to place convenient holder (15) stacked on treadmill 〇2) above. The folding device (20) makes the material very convenient for the runner to fold the treadmill. In the ninth figure, the latching mechanism (6〇) does not catch the limiting hole (%), so when the toggle handle (17) is rotated together with the swinging members (3〇) on both sides, it is pivotally connected to the long arm. The actuating lever (41) of (33) will drive the frame (5〇) to move synchronously. The two guides (the 5-inch guide groove (52) are restrained by the cylinder (42), and the guide frame (50) is smoothly rotated to an appropriate angle. Once the handle (17) is turned to the 岐 angle, as shown in the tenth figure, The oscillating member (30) is caught by the latching mechanism (60) and no longer rotates, and the frame (5 〇) is supported by the guide groove (52) and the cylinder (42) to the unfolded state, so that the frame is placed in the frame (50). The panel is easier to view or operate. If the latching mechanism (60) is released, the handle (17) can be arbitrarily swung, and the folding bracket 05) is stacked on the running platform; at this moment, the frame (5〇) touches When the running platform is touched, the actuating lever (41) is taken as the axis, and the limit of the cylinder (42) and the guide groove (52) is superimposed on the running platform. 6 M339329 Remove the inside of the folding device (20) of the outer casing. As seen from the third and fourth figures, the moving member (30) is rotatably connected to the upper two 3=pieces of one of the two brackets (15), 131/' The bracket (15) is adjacent to the shaft core = the intrinsic solid member (40), and is placed in the arcuate hole (32) of the swinging member (3G). The distance from the shaft member (31) to the solid material (10) is a radius, and an arc-shaped arc hole (32) is formed along the circumference of the circle, and the stator (4〇) does not interfere with the operation of the swing member (30). Until curved;
(32)鳊部的孔壁抵住固定件（4〇)，讓擺動件（如）靜止 於某一角度。 圖面中，銲固著框架（50)的作動桿（41)，是套設於 擺動件（30)延伸的長臂（33)中間部位，臂尾鎖接有把手 Π)。一旦把手（17)被扳動，會連動框架（5〇)與控制 面板（16)同步作動。另外，銲接在支架（15)頂端的柱體 (42)，可沿長度方向深入引導件（51)的導槽（52)裡， u引導件（51)疋固定在框架（5G)面對柱體（42)的部 位’侷限框架（則的活動||圍。在柱體（叫深入導槽 (52)的結構，配合上述固定件（4〇)置入弧形孔（32)的 結構’限制控制面板（16)和把手（17)的轉動幅度，相對 增加控制面板（16)的支撐程度。 倘若兩支架（15 )都是相同結構，雖能保證控制面板 ^16)和把手（17)的支撐性及轉動順暢性，但是外力觸碰 疋些活動式元件，會讓控制面板（16)和把手（17)輕易地 收折起來，因此，在收折裝置（2〇)加裝至少一卡掣機構， 是非常明智的抉擇。 接下來，配合第五、六圖對卡掣機構（6〇)作進一步的 陳述。圖面顯示另一支架（15)，隔著一片墊材（43)與擺 7 M339329 •動件（30)連接在一起，該支架（15)原先設置固定件的位 置，改以卡掣機構（60)伸進擺動件（30)的弧形孔（32) 内，且圓弧狀孔壁的末端形成有較大孔徑的限位孔（％)， 讓卡掣機構（60)不會觸及弧形孔（32)壁面，但可陷入限 位孔（34)裡’使擺動件（3〇)定位在既定的角度。 該卡掣機構（60 )是由一階梯外形的定位鈕（61 )，螺 •鎖一彈性按壓鍵（62)所組成。配合第七、八圖來看，該定 位鈕（61 )直徑較小部位置入弧形孔（32)中，不會干涉擺 春動件（30)的轉動；一旦限位孔（34)隨著擺動件移 到定位鈕（61)的方位，因為孔徑大於定位鈕（61)的最大 直徑，會被按壓鍵（62)的彈力所拉動，導致定位鈕（61) 陷入限位孔（34)中，除非推動按壓鍵（62)，否則擺動件 (30)將會定位在既定的角度。 該按壓鍵（62)的彈力，來自於按壓鍵（62)擠壓外筒 (63)内部的彈性件（64)。該外筒（63)牢固在原先設置 固疋件的支架（15)上，筒内置入壓縮彈簧或其他受壓可回 鲁復原狀的彈性體，讓階梯外形的按壓鍵（62)逐一穿過彈性 件（64)、外匈（63)而與定位鈕（61)鎖固。由於定位鈕 (61)大直徑部位抵住擺動件（3〇)，牽動按壓鍵往 •定位鈕（61)的方向移動，同時擠壓彈性件（64)積蓄彈性 回復的力量；縣限位孔（34)移到定餘（61)的方位， 失去限制條件的彈性件（64)，會推動按㈣（62)連同定 位紐（61)移動。回復原狀的按壓鍵（62)被再次按壓後， 口為限位孔（34)脫離定位紐（61)的限制，擺動件（3〇) 才能任意地轉動。 、、、丁上所陳本創作收折裝置可讓面板順利收折，支架與 8 M339329 *跑檯併合程度優於先前技術，佔用的空間相對縮減，顯見其 優異的特點，爱依法提出新型專利之申請。 【圖式簡單說明】 第圖為本創作收折裝置一較佳實施例的具體示意圖，此收 折裝置組裝於跑步機被扳起的支架上方。 第二圖為第一圖跑步機收折支架的立體示意圖，面板與把手 • 是豐在跑楼上面。 ，第三圖為收折支架組裝在兩支架之一的局部示意圖。 φ第四圖為第三圖的另一角度示意圖。 第五圖為收折支架組裝在另一支架的局部示意圖。 第六圖為第五圖擺動件轉到收折態樣的具體示意圖。 第七圖為卡掣機構未卡住限位孔的實施態樣。 第八圖為卡掣機構陷入限位孔的具體示意圖。 第九圖為擺動件被扳動旋轉的示意圖。 第十圖為收折裝置的擺動件被卡住定位的示意圖。 【主要元件符號說明】 " 鲁 （10)跑步機 (12)跑檯 (14)樞紐機構 • ( 16)控制面板 (20)收折裝置 (30)擺動件 (32 )弧形孔 (34)限位孔 (40)固定件 (42)柱體 (1 〇帶狀物 (13)護蓋 (15)支架 (17)把手 (31)軸接件 (33 )長臂 (41 )作動桿 (43)墊材 9 M339329 • (50)框架 （51) (52)導槽 (60)卡掣機構 （61) (62)按壓鍵 （63 ) (64)彈性件 引導件 定位纽 外筒(32) The wall of the jaw is against the fixing member (4〇), so that the swinging member (for example) is at an angle. In the drawing, the actuating lever (41) for welding the frame (50) is sleeved in the middle of the long arm (33) where the swinging member (30) extends, and the handle is locked with the handle Π). Once the handle (17) is pulled, the frame (5〇) is synchronized with the control panel (16). In addition, the cylinder (42) welded to the top end of the bracket (15) can penetrate deep into the guide groove (52) of the guide member (51), and the u guide member (51) is fixed to the frame (5G) facing the column. The part of the body (42) 'constrained frame' (the activity of the || circumference. The structure of the column (called the deep guide groove (52), with the above-mentioned fixing member (4〇) placed into the curved hole (32)' Limiting the rotation range of the control panel (16) and the handle (17), relatively increasing the support level of the control panel (16). If the two brackets (15) are of the same structure, the control panel (16) and the handle (17) can be ensured. The support and smoothness of the rotation, but the external force touches the movable components, the control panel (16) and the handle (17) are easily folded, so at least one of the folding device (2〇) is installed. The card mechanism is a very sensible choice. Next, the card body (6〇) is further stated in conjunction with the fifth and sixth figures. The figure shows another bracket (15), separated by a piece of mat (43) Connected to the pendulum 7 M339329 • moving piece (30), the bracket (15) originally set the position of the fixing piece, change to the card The mechanism (60) extends into the arcuate hole (32) of the swinging member (30), and the end of the arc-shaped hole wall is formed with a limiting hole (%) having a large aperture, so that the latching mechanism (60) does not It touches the wall of the curved hole (32), but can be trapped in the limiting hole (34) to position the oscillating member (3〇) at a predetermined angle. The locking mechanism (60) is a step-shaped positioning button (61). ), the screw lock is composed of an elastic pressing button (62). As seen in the seventh and eighth figures, the smaller diameter portion of the positioning button (61) is inserted into the arc hole (32), and does not interfere with the spring movement. The rotation of the member (30); once the limiting hole (34) moves to the orientation of the positioning button (61) with the swinging member, since the aperture is larger than the maximum diameter of the positioning button (61), the elastic force of the pressing button (62) is pressed. Pulling causes the positioning button (61) to enter the limit hole (34). Unless the push button (62) is pushed, the swing member (30) will be positioned at a predetermined angle. The elastic force of the press button (62) comes from Pressing the button (62) presses the elastic member (64) inside the outer cylinder (63). The outer cylinder (63) is firmly fixed on the bracket (15) on which the solid member is originally disposed, and the cylinder is built into the compression. A spring or other elastic body that can be returned to the restored shape, and the pressing button (62) of the step shape is passed through the elastic member (64) and the outer Hungarian (63) and locked with the positioning button (61). (61) The large diameter portion is pressed against the swinging member (3〇), and the pressing button is moved toward the positioning knob (61), and the elastic member (64) is squeezed to accumulate the elastic recovery force; the county limit hole (34) Moving to the orientation of the remainder (61), the elastic member (64) that has lost the restriction condition will push (4) (62) together with the positioning button (61) to move. After the original pressing button (62) is pressed again, the mouth is The limit hole (34) is released from the limit of the positioning button (61), and the swinging member (3〇) can be arbitrarily rotated. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Application. BRIEF DESCRIPTION OF THE DRAWINGS The figure is a detailed schematic view of a preferred embodiment of the creation folding device which is assembled above the bracket on which the treadmill is cocked. The second picture is a three-dimensional diagram of the treadmill folding bracket of the first figure, the panel and the handle • is on the top of the running building. The third figure is a partial schematic view of the folding bracket assembled in one of the two brackets. The fourth figure of φ is another angle diagram of the third figure. The fifth figure is a partial schematic view of the folding bracket assembled on the other bracket. The sixth figure is a detailed diagram of the fifth figure swinging member turned to the folded state. The seventh figure shows the implementation of the locking mechanism without the locking hole. The eighth figure is a detailed diagram of the cassette mechanism being trapped in the limit hole. The ninth figure is a schematic view of the swinging member being rotated. The tenth figure is a schematic view showing the positioning of the swinging member of the folding device. [Main component symbol description] " Lu (10) treadmill (12) treadmill (14) pivot mechanism • (16) control panel (20) folding device (30) swinging member (32) curved hole (34) Limit hole (40) fixing member (42) cylinder (1 〇 belt (13) cover (15) bracket (17) handle (31) shaft member (33) long arm (41) actuating rod (43 ) Mat 9 M339329 • (50) Frame (51) (52) Guide groove (60) Clamping mechanism (61) (62) Press button (63) (64) Elastic member guide positioning button
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