M398939 99年09月03日補充修正 -五、新型說明： 【新型所屬之技術領域】 本創作屬於跑步機的控制技術領域，特別是指一 種具備跑者使用狀態感測功能的跑步機 【先前技術】 已知電動跑步機，是在一跑台架設一支架，此跑 台安裝一跑板，並在跑板外部環繞一跑步帶，藉由一 下控制器決定馬達帶動跑步帶循環運動的速率。此下 控制器安裝於跑台上，電性連接一組裝在支架的上控 制器，作為跑步帶循環運動的決策機構，控制馬達運 轉的啟動、暫停或停止。 然而，使用者在跑步機運動時，因應奔跑的肢體 擺動而遠離上控制器。此刻，想要休息的使用者，因 為觸碰不到上控制器，無法中止跑步帶的循環運動， 導致使用者失去平衡而跌倒或受傷。如何讓使用者安 全地離開跑步機，就成為首要課題。 為了解決前述問題，台灣公告第552956號專利 案揭露：跑步機在上控制器内部安裝一光感應器，此 光感應器具有一發射端，企圖讓使用者遮住發射端的 光束，改由光感應器的一接收端收受光束，作為使用 者依然健身與否的判斷基礎，進而決定持續運轉馬達 或是強制斷電。但是，發射端投射光束到使用者時， 易受人體或衣著的干擾產生漫射現象，故接收端不見 得會接收到發射端的光束，因此，這項措施會造成使 用上的困擾。 3 99年09月03日補充修正 台灣證書第M241070號專利案揭露：跑步機在 上控制器安裝一偵測單元，致生紅外線投射到跑者身 上，隨時偵測跑者與偵測單元彼此間的距離，執行距 離近則加快馬達轉速、距離遠則減速的操作模式，企 圖讓跑者與偵測單元彼此維持適當間距。可惜的是， 跑步帶上面的跑者欲離開偵測範圍，會依習慣而趨近 上控制器，卻遭遇跑步帶循環運動加速的阻撓，反而 離跑步機的上控制器愈遠，不僅無法完成中止跑步帶 循環運動之目的，甚至於會因為失去重心而跌倒。 台灣證書第M278420號專利案，在圖式揭露一 種可攜式的控制器，是在一殼體内部設置一電池室和 一電路板，此電路板電性連接有若干按鍵，透過無線 傳輸方式間接地操作上控制器，除了感應跑者脈搏跳 動情況外，還能調整跑步帶轉速、跑台揚昇高低或停 止馬達運轉。可是，控制器的握持情形，會影響跑者 的肢體擺動，甚至於，甩手脫出控制器砸傷周遭人員 或毀損其它設備，也時有所聞。 有鑑於此，本創作人深入探討先前技術之問題， 並以多年從事相關產業之研發與製造之經驗，積極尋 求解決之道，終於成功地開發出一種跑步機，具備跑 者使用狀態感測的功能，以改善習用創作之問題。 【新型内容】 本創作之目的在於：透過偵測手段，感應跑板承 載人體重量前、後的差異性，決定馬達是否傳動跑步 帶持續循環運動，除了幫助使用者安全地離開跑步機 99年09月03日補充修正 外，更讓跑步機在無人使用情況下自動停止運轉，兼 顧節省能源的功效。 緣於上述目的之達成，本創作之跑步機包含：_ 跑台和一支架，在跑台安裝一下控制器、一跑板和— 環繞在跑板外部的跑步帶，而支架連接跑台，並在架 亡組裝一電性連接下控制器的上控制器，透過兩控制 器決定跑步帶啟動、暫停或停止跑步帶的循環運動與 速率。兩控制器電性相連一固定在跑台的感測器和— 磁性組件，該磁性組件隨著跑板同步作動而可相對感 測器位移，達到感測跑者在跑板使用狀態之目的。〜 該感測器包含一鎖固於跑台的基板；一電性連接 基板=霍爾1C，與磁性組件彼此相對；一保護基板 的護蓋。如此，只要使用者還在跑步帶上面，跑步機 就能幫助使用者繼續作健身運動，並在離開後中斷電 力，自動停止馬達運轉，具備節省能源的功效。 該磁性組件包括一牢固於跑板的塑膠件；一鑲嵌 於2谬件面對感測器位置的磁石。在跑板鎖著一固定 座，此固定座是L形金屬片，朝向框架的一面定位 塑勝件。其結合手段是’透過塑膠件成形—扣合部， 配合一螺栓，將塑膠件定位於固定座上。M398939 Supplementary amendments on September 3, 1999 - V. New description: [New technical field] This creation belongs to the field of control technology of treadmills, especially a treadmill with the sensory function of the runners. The electric treadmill is known to erect a bracket on a running platform. The running platform is equipped with a running board and surrounds a running belt outside the running board. The controller determines the speed at which the motor drives the running belt to circulate. The controller is mounted on the running platform and electrically connected to an upper controller assembled on the bracket as a decision-making mechanism for the running movement of the running belt to control the start, pause or stop of the motor running. However, when the user is exercising on the treadmill, the user swings away from the upper controller in response to the swinging limb. At this moment, the user who wants to rest, because the upper controller is not touched, cannot stop the circulation of the running belt, causing the user to lose balance and fall or be injured. How to let the user safely leave the treadmill is a top priority. In order to solve the aforementioned problem, Taiwan Patent No. 552956 discloses that the treadmill is equipped with a light sensor inside the upper controller, and the light sensor has a transmitting end in an attempt to let the user cover the light beam at the transmitting end and change the light sensor. A receiving end receives the light beam as a basis for determining whether the user is still exercising or not, and then determines whether to continuously operate the motor or forcibly power off. However, when the transmitting end projects the beam to the user, it is susceptible to diffusing by the interference of the human body or clothing, so the receiving end does not necessarily receive the beam at the transmitting end. Therefore, this measure may cause troubles in use. 3 September 3, 1999 Supplementary amendment Taiwan certificate No. M241070 Patent case revealed that the treadmill is equipped with a detection unit on the upper controller, which generates infrared rays to be cast onto the runner, and detects the runner and the detection unit at any time. The distance, the execution distance is near, the motor speed is increased, and the distance is slowed down, and the operation mode is tried to keep the runner and the detection unit at an appropriate distance from each other. It is a pity that the runner on the running belt wants to leave the detection range, and will approach the controller according to the habit, but suffers from the acceleration of the running belt with the acceleration of the cycle, but the farther away from the upper controller of the treadmill, it is not impossible to complete. Stop the running with the purpose of cycling, and even fall because of the loss of focus. Taiwan Patent No. M278420, the figure discloses a portable controller in which a battery compartment and a circuit board are arranged inside a casing, and the circuit board is electrically connected with a plurality of buttons, which are indirectly transmitted through wireless transmission. In addition to sensing the pulse rate of the runner, the controller can also adjust the running speed of the running belt, increase the running height, or stop the motor running. However, the grip of the controller will affect the swinging of the runner's limbs. Even if the pickpocket is pulled out of the controller to injure the surrounding people or damage other equipment, it is also known. In view of this, the creator has in-depth discussion of the problems of prior art, and has been actively seeking solutions to the experience of R&D and manufacturing of related industries for many years, and finally succeeded in developing a treadmill with sensory state sensing. Features to improve the problem of custom creation. [New content] The purpose of this creation is to detect the difference between before and after the weight of the running board is carried out by means of detection, and determine whether the motor drives the running belt to continue to circulate, in addition to helping the user to safely leave the treadmill 99 years 09 In addition to the correction on March 3, the treadmill will automatically stop running when no one is using, taking into account the energy-saving effect. Due to the above objectives, the treadmill of this creation includes: _ a running platform and a bracket, a controller, a running board and a running belt around the running board, and the bracket is connected to the running platform, and The upper controller of the controller is assembled under an electrical connection, and the two controllers determine the cycling motion and speed of the running belt to start, pause or stop the running belt. The two controllers are electrically connected to a sensor fixed to the running platform and a magnetic component, and the magnetic component is displaceable relative to the sensor as the running plate is synchronized, so as to sense the use of the runner in the running state of the running board. ~ The sensor comprises a substrate locked to the running platform; an electrical connection substrate = Hall 1C, opposite to the magnetic components; and a protective substrate cover. In this way, as long as the user is still on the running belt, the treadmill can help the user to continue the exercise, and after the departure, the power is interrupted, the motor is automatically stopped, and the energy saving effect is achieved. The magnetic assembly includes a plastic member that is secured to the running board; a magnet that is embedded in the position of the two jaws facing the sensor. A fixed seat is locked on the running board, and the fixing seat is an L-shaped metal piece, and the plastic part is positioned toward one side of the frame. The combination means is 'forming through the plastic part--the fastening part, and a bolt is used to position the plastic part on the fixing seat.
s" 與磁性組件之間，或是霍爾1C =組件之間’或是感測器與磁石之間，皆相隔有 4隙，此間隙範圍以3〜5mm為佳。 =關本創作所採用之技術、手段及其功效，兹舉 知例ϋΕ配合圖辆細說明於后，相信 逑之目的、構造及特徵，當可由之得一深入而具體的 M398939 99年09月03日補充修正 瞭解。 【實施方式】 以下，基於圖式詳述相關的實施例。 。請參閱第1圖的跑步機10,是由跑台20連接支 架30組成骨架，以跑台2〇鄰近支架3〇處為前方， 供下控制器50安裝於跑台2〇内側’決定馬達“轉 速的快慢，而支架30頂部安裝上控制器4〇，決定馬 達82的啟動、暫停或停止運轉。 、. ^該跑台20為長形框架體，在中空的腹部與後方 安裝二滾筒60,筒外套設跑步帶8〇，利用馬達“驅 動兩滾筒6G之-自轉’帶動跑步帶⑽循環運動於兩 滾筒60外部，並在兩滾筒6〇之間安裝跑板7〇，如 弟2圖所示。 “接著看到第2〜5圖，該跑板7〇正、背面分別面 對著跑步帶80的内面’並在跑板7〇背面鎖著固定座 71，使組裝於固定座71的磁性組件72面對著跑台 20所安裝的感測器90。 口 在本實施例中，該固定座71是L形金屬片，在 朝1框架的一面牢固著磁性組件72。這個磁性組件 72是指鑲嵌有磁石74的塑膠件73,除了利用一螺栓 75鎖固於金屬片外，還透過一成形於塑膠件乃的扣 合部76定位於固定座71上。 該感測器90外部是護蓋91，保護感測器9〇裡 面的基板92和霍爾IC %。該基板％電性連接上 下控制器40、50，四個角落各自抵住一隔離柱94 5 6 99年09月03日浦充修正 利用螺接技術鎖固於跑台2()上。在基板92佈置有電 子电路，電性連接霍爾1c 93，與磁石74隔著一間隙 95，以3〜5mm為佳。 β仗技術面來看，磁石74相對霍爾ic 93形成磁 场j具備既定的電壓。當跑板7〇承擔使用者重量產 生彎曲現象’此刻的磁石74隨著跑板7〇同步位移， 改變電荷載子運動造成電壓差，即為「㈣效應」。 至於本實施例跑步機10的使用流程，會配合 6、7圖敘述如下。 先【開啟電源1】’【接收開始訊號時，便以偵測 到的數值當歸零點2】’利用霍爾iC93 π貞測跑板晃 動與否3】。 .跑板晃動時，表示使用者在跑板上，【馬達持續 運轉4】，仍舊對跑板的晃動狀態進行偵測。倘若健 身運動的❹者，離，步機卻忘記按停止鍵，跑板 就會漸趨穩定而不再晃動。 兩I W須測跑板不再晃動，同時在 控制器秀出警告字幕’開始倒數計時5】，除非【接 收停止訊號，不做任何計時動作6】而直接回 機狀態8】，否則【時間屆滿，下控制器中止馬達運 =段時間並開始計時7】，間接進人【待機狀態8】， 等待下一位跑者使用。 上述實施例僅為說明本創作，非為 ，技藝者從上述實施㈣生之各種變化本:: 應用均在本創作之範疇内。 L汶興 M398939 99年09月03 Η補充修正 【圖式簡單說明】 第1圖是立體圖，表現本創作跑步機一較佳實施 例局部元件的組裝情形。 第2圖是立體圖’表現跑板下方的磁性組件面對 感測器的情形。 第3圖是立體圖，表現磁性組件面對感測器的另 —角度。 第4圖是剖視圖，表現安裝於跑板的磁石相對跑 台的霍爾1C形成磁場。 第5圖是剖視圖’表現磁石因應跑板的負載而相 對霍爾1C作位移的情形。 第6圖是平面圖，表現感測器連接上、下控制器 的情形。 第7圖是流程圖，概述跑步機的使用步驟。Between s" and the magnetic component, or between Hall 1C = component or between the sensor and the magnet, there are 4 gaps, and the gap is preferably 3 to 5 mm. = The technology, means and functions used in the creation of this book, and the details of the plan, the details of the structure, the structure and the characteristics, can be obtained from the in-depth and specific M398939 September 09 03 corrections to understand. [Embodiment] Hereinafter, related embodiments will be described in detail based on the drawings. . Referring to the treadmill 10 of Fig. 1, the treadmill 20 is connected to the bracket 30 to form a skeleton. The running platform 2 is adjacent to the bracket 3〇, and the lower controller 50 is mounted on the inside of the running platform 2 to determine the motor. The speed of the rotation speed is fixed, and the controller 4 is mounted on the top of the bracket 30 to determine the start, pause or stop operation of the motor 82. The running platform 20 is an elongated frame body, and two rollers 60 are mounted on the hollow abdomen and the rear. The jacket has a running belt of 8 inches, and the motor "drives two rollers 6G - rotates" to drive the running belt (10) to circulate outside the two rollers 60, and installs a running board 7 在 between the two rollers 6〇, such as the brother 2 Show. "Next, see the second to fifth figures, the running board 7 is facing the front side and the back side respectively facing the inner surface of the running belt 80' and the fixing seat 71 is locked on the back of the running board 7〇 to make the magnetic assembly assembled to the fixing base 71. 72 faces the sensor 90 mounted on the treadmill 20. In the present embodiment, the holder 71 is an L-shaped metal piece, and the magnetic component 72 is secured to the side of the frame. This magnetic component 72 means The plastic member 73 in which the magnet 74 is embedded is fixed on the fixing base 71 through a fastening portion 76 formed on the plastic member, except that the metal piece is locked by a bolt 75. The outside of the sensor 90 is a cover. 91, protects the substrate 92 inside the sensor 9 and the Hall IC%. The substrate is electrically connected to the upper and lower controllers 40, 50, and the four corners respectively abut against a spacer column 94 5 6 September 03, 2010 The charging correction is locked on the running platform 2 by using a screwing technique. An electronic circuit is arranged on the substrate 92, and the Hall 1c 93 is electrically connected, and a gap 95 is spaced apart from the magnet 74, preferably 3 to 5 mm. Technically, the magnet 74 has a predetermined voltage with respect to the magnetic field j formed by the Hallic 93. When the running board 7 〇 bears the weight of the user Bending phenomenon 'at the moment of magnet 74 with the board ran 7〇 synchronous displacement, caused by the movement of charge carriers alter the voltage difference, that is, "(iv) effects." As for the flow of use of the treadmill 10 of the present embodiment, it will be described below in conjunction with Figs. First [turn on the power 1]' [when receiving the start signal, the detected value is zero point 2] 'Using the Hall iC93 π to measure the running board sway or not 3】. When the running board is shaking, it means that the user is on the running board, [motor continues to run 4], and the shaking state of the running board is still detected. If the leader of the physical exercise, away, but the step machine forgets to press the stop button, the running board will gradually stabilize and no longer shake. The two IWs need to measure the running board no longer shaking, and at the same time the controller shows the warning subtitle 'start countdown 5】, unless [receive stop signal, do not do any timing action 6] and directly return to the state 8], otherwise [time expires The lower controller suspends the motor for a period of time and starts timing 7], indirectly enters [standby state 8], waiting for the next runner to use. The above embodiments are merely illustrative of the present invention, and the various changes made by the artist from the above implementation (4) are: The applications are within the scope of the present creation. L Wenxing M398939 September 09, 2010 ΗSupplemental corrections [Simplified illustration of the drawings] Fig. 1 is a perspective view showing the assembly of the local components of a preferred embodiment of the present treadmill. Fig. 2 is a perspective view showing the case where the magnetic component under the running board faces the sensor. Figure 3 is a perspective view showing the angle at which the magnetic component faces the sensor. Fig. 4 is a cross-sectional view showing that the magnet attached to the running board forms a magnetic field with respect to the Hall 1C of the running platform. Fig. 5 is a cross-sectional view showing the case where the magnet is displaced relative to the Hall 1C in response to the load of the running plate. Figure 6 is a plan view showing the case where the sensor is connected to the upper and lower controllers. Figure 7 is a flow chart outlining the steps used by the treadmill.
【主要元件符號說明】 10跑步機 20跑台 30支架 40上控制器 41按鍵 5〇下控制器 60滚筒 70跑板 71固定座 72磁性組件 73塑膠件 74磁石 75螺栓 7 6扣合部 80跑步帶 82馬達 90感測器 91護蓋 92基板 93霍爾1C M398939 99年09月03日補充修正 94隔離柱 95間隙[Main component symbol description] 10 treadmill 20 treadmill 30 bracket 40 on controller 41 button 5 armpit controller 60 roller 70 running board 71 fixed seat 72 magnetic component 73 plastic part 74 magnet 75 bolt 7 6 buckle part 80 running With 82 motor 90 sensor 91 cover 92 substrate 93 Hall 1C M398939 September 3, 2010 Supplementary correction 94 isolation column 95 clearance