M404033 五、新型說明： 【新型所屬之技術領域】 本創作涉及運動器材領域的發電技術，特別是指 一種跑步機自發電結構。 曰 【先前技術】 既有的跑步機，係在一框座安裝二滾柱，並在兩 滾柱外部套著一跑步帶，彼此具備互動關係，連帶滾 柱在框座自轉運動。 ~ 依動力源的不同區分為二：非電動式跑步機，純 以人力交互踩踏跑步帶相對框座循環運動，藉由奔跑 速率快慢決定跑步帶迴轉速率高低，雖然零件稀少致 使功能單一，卻無法吸引消費者的注意，逐漸退出世 人的視線。 電動式跑步機，以外來電源供應一馬達為動力， 透f傳動機構驅動兩滾柱之一帶動跑步帶相對框座 循％運動，利用馬達軸的轉速快慢調節跑步帶迴轉速 率问低，雖然儀錶螢幕顯示功能繁多，但是相當耗費 電力資源；尤其是，使用者離開跑步機，卻未能隨手 關掉電源，造成耗電量仍舊持續浪費，對跑步機所有 人來說，更是添加經濟負擔，有加以改良之必要。 、，有鑑於此，本創作人深入探討先前技術之問題， 亚以多年從事相關產業之研發與製造之經驗，積極尋 长解决之道，終於成功地開發出一種跑步機自發電結 構’以改善習用創作之問題。 3 M404033 【新型内容】 本創作之目的在於：採用人力轉換電能的手段， 在健身的同時，兼具自行產生電力且無使用即結束供 電等功能’有效的避免資源浪費’相當合乎綠色環保 的意識與理念。 〃 緣於上述目的之達成，本創作之跑步機自發電結 構，包括.一框座，二滾柱，安裝在框座而可自由轉 動；一跑步帶，套在兩滾柱外部且彼此具備互動關 係，一控制系統，佈置在框座上，具備感測、顯示、 輸入和輸出功能；一發電設備，與滾柱傳動相連，可 將滾柱動能轉換成控制系統所需的電力。 其中，該發電設備的電力，透過控制系統充電至 一蓄電設備，而蓄電設備亦可輸出控制系統所需的電 力。該發電設備是一發電機，組裝在框座且傳動連接 兩滚#主之^ —。 至於發電機與滾柱的傳動連接關係包含：一主動 輪，聯結於滾柱端部’二者具備同步轉動關係；一從 動輪，與發電機的轉子同步轉動；一傳動皮帶，套在 主動輪與從動輪的外部。 乂下基於圖式洋述相關實施例之目的、構造及 特，，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圖的跑步機10，在一框座2〇下方聯 結一腳座21和一支架22,支撐框座2〇距離地面丄 4 M404033 段高度，以鄰近腳座21的一端為前端，另端靠近支 架22界疋為後端，並在框座2〇靠近後端部位俨纟士一 彎曲為U形的支臂23,以-弧造型的兩端銲：：框 座20旁邊充當扶手使用，讓支臂23水平的中段部位 恰好懸空於框座20上方。 又〇 該框座20兩旁是二弧形的側桿24,兩側桿24 之間樞接一排可自轉的橫筒25，架構中空的框體。 各側桿24靠近腳座21的端部銲固一輪座3〇，座内 樞接一主動輪31，在兩主動輪31之間連接一滾柱 26，而側桿24緊鄰支架22部位連接另根滾柱26， 供一跑步帶27套在兩滾柱26外部。該跑步帶27局 部接觸兩滾柱26的圓周面，以位於橫筒25上方的帶 面承受外力’促使跑步帶27相對框座2〇作循環運 動，彼此依摩擦而具備互動關係，驅動滾柱26自轉 的同時’連帶主動輪31同向轉動。 本實施例中’該跑步機1〇的電能來自於一發電 設備40 ’供應一控制系統50所需的電力，不依賴電 力公司輸出的電源。本實施例的發電設備4〇，是指 第2圖所繪的發電機，此發電設備40連同一從動輪 41安裝在一牢固於框座20下方的固定座42上，透 過一設置在固定座42的調節組件43 ,輕鬆地調整發 電設備40與主動輪31之間的距離，把一條傳動皮帶 32套在從動輪41與主動輪31的外部，致使二輪具 備傳動連接關係’在跑步帶27循環運動期間，將主 動輪31的動能透過傳動皮帶32傳遞至從動輪41， 驅使發電設備40的轉子同步旋轉致生電流，通過一 5 M404033 電線44輸出。 回到第1圖，該控制系統50佈置在框座2〇上， 具備感測、顯示、輸入和輸出功能，包括一 板面佈置既定的電子電路，固定在腳座 發電設備4G電性相連；-儀錶52，架設在支臂23 中間部位而懸空於跑步帶2 7上方，與感測基板5丨電 性連接，外在結構包含一些按鍵、電+營幕及其他= 果顯示格，透過按鍵輸入指令，經由儀錶52内部的 電子電路執行邏輯演算，再把結果顯示於螢幕或格子 上；一蓄電設備60，結合於儀錶52背面，透過電線 44接通發電設備4〇。 ' 本實施例自行發電的流程，配合第3圖詳細說明 如下： ° 起跑70 :使用者熱身後，站上跑步帶準備開始 跑步，此刻的跑步機沒電力，故儀錶不會顯示任: 果。 、’。 毛電71 .使用者起跑後，跑步帶受力相對框座 循環運動，同時，滾柱驅動主動輪轉動，同步傳動從 動輪旋轉，連帶發電設備致生電流輸出。跑步帶迴轉 速率與電流的電位差有直接關係，轉速慢致生低電位 差’轉速快致生高電位差。 控制系統72 :發電設備輸入控制系統的電流， 可通過蓄電設備調節平穩的電位差，避免電子電:的 電壓起伏不定。簡單地說，發電設備輸入低電位差， 從蓄電設備輸送電流提昇至所需的電位差；反之發 電設備輸入高電位差，則可將高出標準電位差的電流 6 M404033 輸出。 蓄電設備73:發電設備輸入控制系統的電流， 超額電位差部份電力會充電至蓄電設備，以備不時之 需。 偵測使用狀況74:感測基板偵測跑步機不使用 時，傳輸訊號至控制系統。此處所稱偵測項目，包含 光學遮蔽、負载量變化或轉速變化等。M404033 V. New description: [New technical field] This creation involves power generation technology in the field of sports equipment, especially a self-generating structure of treadmills.曰 【Prior Art】 The existing treadmill is equipped with two rollers in one frame and a running belt on the outside of the two rollers. It has an interactive relationship with each other, and the rollers are rotated in the frame. ~ According to the different power source, it is divided into two: non-electric treadmills, which are purely humanized and interactively stepping on the running belt and rotating relative to the frame. The running speed is determined by the running speed. Although the parts are sparse, the function is single, but it is impossible. Attracting the attention of consumers, gradually withdrawing from the eyes of the world. Electric treadmill, the external power supply is powered by a motor, and one of the two rollers is driven by the f transmission mechanism to drive the running belt to move relative to the frame. The speed of the motor shaft is used to adjust the running speed of the running belt. The screen display has many functions, but it consumes a lot of power resources; in particular, the user leaves the treadmill, but fails to turn off the power, causing the power consumption to continue to be wasted, adding economic burden to the treadmill owner. There is a need to improve. In view of this, the creator has in-depth discussion of the problems of prior art. Yasu has been engaged in the research and development and manufacturing experience of related industries for many years, actively seeking solutions, and finally succeeded in developing a self-generating structure for treadmills to improve The problem of custom creation. 3 M404033 [New Content] The purpose of this creation is to use the means of manpower to convert electric energy. At the same time of fitness, it has the function of generating electricity by itself and ending the power supply without using it. 'Effectively avoiding waste of resources' is quite environmentally friendly. With the idea.缘 Due to the above objectives, the self-generating structure of the treadmill of the present invention includes a frame seat and two rollers, which are mounted on the frame and can be freely rotated; a running belt is placed outside the two rollers and interacts with each other. The relationship, a control system, is placed on the frame and has sensing, display, input and output functions; a power generation device, connected to the roller drive, converts the kinetic energy of the roller into the power required to control the system. The power of the power generating device is charged to a power storage device through a control system, and the power storage device can also output the power required by the control system. The power generation equipment is a generator, which is assembled in a frame and is connected by two rolls #主之^. As for the transmission connection relationship between the generator and the roller, a driving wheel is coupled to the end of the roller, and both have a synchronous rotation relationship; a driven wheel rotates synchronously with the rotor of the generator; and a transmission belt is sleeved on the driving wheel. With the outside of the driven wheel. Based on the purpose, structure and special features of the related embodiments, we believe that the techniques, means and functions used in this creation can be understood in depth. [Embodiment] Referring to the treadmill 10 of Fig. 1, a footrest 21 and a bracket 22 are coupled under a frame 2, and the support frame 2 is at a height of 4 M404033 from the ground to be adjacent to the foot 21. One end is the front end, the other end is close to the bracket 22, and the rear end is close to the rear end. The armor is bent into a U-shaped arm 23, and the ends of the arc are welded:: frame The side of the arm 20 is used as an armrest, so that the horizontal portion of the arm 23 is just suspended above the frame 20. Moreover, the frame 20 is flanked by two curved side bars 24, and a pair of rotatable horizontal tubes 25 are pivotally connected between the two sides of the frame 24, and the frame is hollow. Each of the side bars 24 is welded to the end of the foot 21 to be welded to a wheel seat 3A. The seat is pivotally connected to a driving wheel 31. A roller 26 is connected between the two driving wheels 31, and the side bar 24 is connected to the bracket 22 to connect another part. The roller 26 is provided with a running belt 27 outside the two rollers 26. The running belt 27 partially contacts the circumferential surface of the two rollers 26, and the belt surface above the horizontal cylinder 25 receives an external force to urge the running belt 27 to circulate relative to the frame 2, and interacts with each other by friction, driving the roller. 26 while rotating, 'with the drive wheel 31 in the same direction. In the present embodiment, the electric energy of the treadmill 1 comes from the power required by a power generating device 40' to supply a control system 50, independent of the power output from the power company. The power generating device 4A of the present embodiment refers to the generator depicted in FIG. 2, and the power generating device 40 is mounted on the fixed seat 42 fixed to the lower side of the frame 20 via the same driven wheel 41, and is disposed through the fixed seat. The adjusting component 43 of 42 adjusts the distance between the power generating device 40 and the driving wheel 31 easily, and puts a driving belt 32 on the outside of the driven wheel 41 and the driving wheel 31, so that the two wheels have a transmission connection relationship 'circulation in the running belt 27 During the movement, the kinetic energy of the driving wheel 31 is transmitted to the driven wheel 41 through the transmission belt 32, and the rotor of the power generating device 40 is driven to synchronously generate a current, which is output through a 5 M404033 wire 44. Returning to Fig. 1, the control system 50 is disposed on the frame 2, and has sensing, display, input and output functions, including a predetermined electronic circuit arranged on the board surface, and is fixedly connected to the foot power generating device 4G; - The meter 52 is mounted on the middle of the arm 23 and suspended above the running belt 27, and is electrically connected to the sensing substrate 5, and the external structure includes some buttons, electric + camp and other display screens. The command is input, the logic calculation is performed via the electronic circuit inside the meter 52, and the result is displayed on the screen or the grid; a power storage device 60 is coupled to the back of the meter 52, and the power generating device 4 is turned on via the electric wire 44. The flow of self-generation in this embodiment is described in detail in the following figure: ° Starting 70: After the user warms up, the running belt is ready to start running. At this moment, the treadmill has no power, so the meter will not display any: , '. The electric power 71. After the user starts, the running belt is forced to circulate relative to the frame. At the same time, the roller drives the driving wheel to rotate, and the synchronous transmission driven wheel rotates, and the current generating device generates a current output. The speed of the running belt is directly related to the potential difference of the current. The speed of the running belt is slow and the low potential difference is caused by the high speed difference. Control system 72: The current input to the control system of the power generation device can adjust the smooth potential difference through the power storage device to avoid the voltage fluctuation of the electronic power: Simply put, the power generating device inputs a low potential difference, and the current is sent from the power storage device to the required potential difference. On the contrary, when the power device inputs a high potential difference, the current 6 404033 higher than the standard potential difference can be output. Power storage device 73: The power input device inputs the current of the control system. The excess potential difference is partially charged to the power storage device for emergency use. Detection Usage 74: Sensing Substrate Detection When the treadmill is not in use, it transmits a signal to the control system. The detection items referred to here include optical shielding, load change or speed change.
結束供電75:使用者離開跑步機，主動輪不再 驅動從動輪旋轉，發電設備自然不會輸出電流，而控 制系統也會根據偵測的結果，滿足既定的條件後，結 束控制系統的電力供應，等待下次重新啟動。 如此一來，跑步機不以外來電源為動力，卻能將 人力驅動的機械能轉換成所需的電能，自行產生電力 ‘”、使用即結束供電等功能，有效的避免資源浪費， 相田合乎綠色環保的意識與理念。End of power supply 75: When the user leaves the treadmill, the driving wheel no longer drives the driven wheel to rotate, the power generating device naturally does not output current, and the control system will also complete the power supply of the control system after satisfying the established conditions according to the detected result. Wait for the next reboot. In this way, the treadmill does not use external power as the power, but can convert the human-powered mechanical energy into the required electric energy, generate power by itself, and use the power to end the power supply, effectively avoiding waste of resources, and the field is green. Environmental awareness and philosophy.
施例僅為說明本創作，非為限制本創作。 者從上述實施例衍生之各種變化、修改與 μ用均在本創作之範疇内。 【圖式簡單說明】 施例安裝現本創作發電結構-較佳實 機的立體圖’局部放大發電結構安裝在跑步 使用1二圖是流程圖’表現跑步機安裝發電結構後的 7 M404033 【主要元件符號說明】 10跑步機 20框座 21腳座 22支架 23支臂 24側桿 25橫筒 26滾柱 27跑步帶 30輪座 31主動輪 32傳動皮帶 40發電設備 41從動輪 42固定座 43調節組件 44電線 50控制系統 51感測基板 52儀錶 6 0畜電設備 70起跑 71發電 72控制系統 73蓄電設備 74偵測使用狀況 75結束供電The examples are only illustrative of this creation and are not intended to limit the creation. Various changes, modifications, and uses derived from the above embodiments are within the scope of the present invention. [Simple diagram of the diagram] The installation of the current creation of the power generation structure - a better solid machine stereo view 'partial amplification power generation structure installed in the running use 1 2 is the flow chart 'performance treadmill installed power generation structure 7 M404033 [main components Explanation of symbols] 10 treadmill 20 frame seat 21 foot 22 bracket 23 arm 24 side bar 25 horizontal tube 26 roller 27 running belt 30 wheel seat 31 drive wheel 32 drive belt 40 power generation equipment 41 driven wheel 42 fixed seat 43 adjustment assembly 44 wire 50 control system 51 sensing substrate 52 meter 6 0 livestock electric equipment 70 starting 71 power generation 72 control system 73 power storage device 74 detecting the use of the state 75 end of the power supply