TWM444186U - Exercising apparatus capable of performing scrolling control on a screen of an electronic device - Google Patents
Exercising apparatus capable of performing scrolling control on a screen of an electronic device Download PDFInfo
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本創作有關一種健身設備，尤指一種將運動者的運動方向與速率與電子裝置螢幕內容滾動結合起來的健身設備。The present invention relates to an exercise device, and more particularly to a fitness device that combines the movement direction and speed of an athlete with the scrolling of electronic device screen content.
目前電子裝置如桌上型電腦、筆記型電腦或平板電腦的網頁或逐漸的瀏覽多以手部操縱輸入裝置(如滑鼠或鍵盤)來進行螢幕的滾動控制。然而在使用輸入裝置進行網頁瀏覽時僅需要使用者以手部操作，對於使用者身體其他方面(例如心肺功能、肌耐力)的運動和鍛鍊是相當缺乏的。At present, webpages of electronic devices such as desktop computers, notebook computers or tablet computers or progressive browsing use hand-operated input devices (such as a mouse or a keyboard) for scrolling control of the screen. However, when using the input device for web browsing, only the user needs to operate with the hand, and the exercise and exercise for other aspects of the user's body (such as cardiopulmonary function, muscular endurance) are quite lacking.
而在個人運動健身方面，目前有各式各樣在心肺功能、肌耐力、重量訓練等針對不同需求、不同部位的運動器材。然而若是對於如跑步機、運動腳踏車、飛輪等運動時間稍長的運動來說，單純運動會顯得很枯燥。In terms of personal exercise and fitness, there are a variety of sports equipment for different needs and different parts such as cardiopulmonary function, muscular endurance and weight training. However, for sports such as treadmills, sports bikes, and flywheels, exercise alone can be boring.
有鑑於上述問題，為了在進行網頁文件或電子書...等應用程式的內容瀏覽的時候達到鍛鍊身體的目的，而在使用運動設備健身運動時，又可避免單純運動的枯燥，本創作即提出了一種可實現電子裝置螢幕內容滾動的健身設備，包含有一架體、一驅動結構、一訊 號處理單元、一控制單元以及一連接埠。該驅動結構設置於該架體上，用來受一使用者沿著一運動方向運動所驅動以產生一致動訊號。該訊號處理單元連接於該驅動結構，用來接收並轉換該致動訊號為具有一特定頻率的輸入訊號。該控制單元依據該特定頻率的輸入訊號產生一控制訊號。該連接埠連接於一電子裝置，該控制單元用來經由該連接埠傳送該控制訊號，以控制該電子裝置之一應用程式的螢幕內容滾動。In view of the above problems, in order to achieve the purpose of exercising when browsing the contents of an application such as a web page file or an e-book, and while using exercise equipment to exercise, it is possible to avoid the boring exercise of simple exercise. An exercise device for rolling the content of an electronic device screen is proposed, which comprises a body, a driving structure and a message. No. processing unit, a control unit and a port. The driving structure is disposed on the frame body for being driven by a user to move along a moving direction to generate an unanimous motion signal. The signal processing unit is coupled to the driving structure for receiving and converting the actuation signal to an input signal having a specific frequency. The control unit generates a control signal according to the input signal of the specific frequency. The connection port is connected to an electronic device, and the control unit is configured to transmit the control signal via the port to control the scrolling of the screen content of the application of the electronic device.
利用在提供使用者向前/向後移動的健身設備上將偵測向前移動的驅動結構所產生的訊號轉換為電腦等電子裝置的應用程式中控制螢幕內容向下/向上瀏覽的訊號，讓使用者在使用健身設備運動的同時，享受瀏覽應用程式內容的樂趣，避免單純運動的枯燥無聊。另一方面，隨著使用者運動的速率的不同也可改變螢幕內容的上下滾動的速率。同時由於使用者跑步、走路、或踩腳踏車的運動與螢幕內容的滾動方向與速率結合起來，而增加了螢幕內容瀏覽的方便性。由於免去了手部對電子裝置的操作動作，從而增加了使用設備時的安全性。The signal generated by the drive structure for detecting the forward movement is converted to a signal for controlling the screen content to be viewed downward/upward in an application such as a computer or the like on the fitness device that provides the user to move forward/backward. While using the fitness equipment to exercise, enjoy the fun of browsing the application content, avoiding the boring and boring of simple exercise. On the other hand, the rate of up and down scrolling of the screen content can also be changed as the rate of movement of the user. At the same time, the user's running, walking, or cycling is combined with the scrolling direction and speed of the screen content, which increases the convenience of browsing the screen content. Since the operation of the electronic device on the hand is eliminated, the safety when using the device is increased.
請參考第1圖以及第2圖，第1圖為本創作所揭露可實現電子裝置螢幕內容滾動的健身設備1一實施例的示意圖，第2圖則為健身設備1的功能方塊示意圖。健身設備1可如圖所示為跑步機，或亦可為腳踏健身車、飛輪等健身器材。在第1圖以及第2圖的實施 例中，健身設備1包含一架體10，一驅動結構20、一訊號處理單元40、一控制單元50以及一連接端60。驅動結構20設置在架體10上，用來接受一使用者沿著一運動方向(如第1圖的L1 前進方向或L2 後退方向)運動來帶動。當健身設備1為跑步機時，驅動結構20即為跑步機上的跑步履帶以及內部的驅動感應元件，而該運動方向即為使用者在跑步履帶上向前或向後走路或跑步的方向。當健身設備1為腳踏健身車或飛輪時，驅動結構20即為其上的腳踏轉輪以及內部的驅動感應元件，而該運動方向即為使用者踏動腳踏轉輪的轉動方向。Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a schematic diagram of an embodiment of a fitness device 1 that can realize scrolling of an electronic device screen content, and FIG. 2 is a functional block diagram of the fitness device 1 . The fitness equipment 1 can be a treadmill as shown in the figure, or can be a fitness equipment such as a pedal exercise bike or a flywheel. In the embodiment of FIG. 1 and FIG. 2, the exercise device 1 includes a frame 10, a drive structure 20, a signal processing unit 40, a control unit 50, and a connection end 60. The driving structure 20 is disposed on the frame body 10 for receiving a user to move along a moving direction (such as the L 1 advancing direction or the L 2 retreating direction of FIG. 1 ). When the exercise device 1 is a treadmill, the drive structure 20 is the running track on the treadmill and the internal driving sensing element, and the direction of movement is the direction in which the user walks or walks forward or backward on the running track. When the exercise device 1 is a pedal exercise bike or a flywheel, the drive structure 20 is the pedal runner on it and the internal drive sensing element, and the direction of motion is the direction in which the user steps the pedal wheel.
本創作的健身設備1即利用使用者在健身設備1上運動帶動驅動結構20產生訊號，以進行電子裝置上螢幕內容滾動的控制的目的。請參考第2圖，當使用者在健身設備1上運動而帶動驅動結構20時，驅動結構20會產生一致動訊號，而連接於驅動結構20的訊號處理單元40則接收該致動訊號並將該致動訊號轉換為具有一特定頻率的輸入訊號。驅動結構20可為機械驅動結構、具有磁性開關、光感開關或光敏電阻等致動裝置的光感或磁感致動結構、或包含如馬達或發電機之類的動能轉換裝置，訊號處理單元40則可以繼電器、電子開關電路或開關電晶體來實現。而控制單元50作為接收各相對應輸入元件所產生的訊號而轉換為可對應所欲控制的電子裝置應用程式的控制指令，因此在實作上，控制單元50可採用滑鼠控制晶片、鍵盤控制晶片、搖桿控制晶片...等控制晶片來產生相對應的控制訊號。The exercise device 1 of the present invention uses the user to move the exercise device 1 to drive the drive structure 20 to generate a signal for the purpose of controlling the scrolling of the screen content on the electronic device. Referring to FIG. 2, when the user moves on the exercise device 1 to drive the drive structure 20, the drive structure 20 generates an unanimous motion signal, and the signal processing unit 40 connected to the drive structure 20 receives the actuation signal and The actuation signal is converted to an input signal having a specific frequency. The driving structure 20 can be a mechanically driven structure, a light-sensing or magnetic-sensing structure having an actuating device such as a magnetic switch, a light-sensitive switch or a photoresistor, or a kinetic energy conversion device such as a motor or a generator, and a signal processing unit 40 can be implemented by relays, electronic switching circuits or switching transistors. The control unit 50 converts the signal generated by each corresponding input component into a control command corresponding to the electronic device application to be controlled. Therefore, in practice, the control unit 50 can control the chip and the keyboard by using a mouse. The wafer, the joystick control chip, etc. control the wafer to generate corresponding control signals.
在本創作的實施例中，健身設備1利用連接端60(例如USB通用序列埠、IEEE 1394連接埠、RS232、PS2、SATA、LAN、藍牙、紅外線、紫外線、超音波、無線電或無線通信網路等傳輸介面或任何可使用的裝置之間的連接方式)連接於一電子裝置2，例如平板電腦、智慧型手機、電子書閱讀器或筆記型電腦等，並用來於健身運動時控制電子裝置2中的一應用程式70。由於在如跑步機、腳踏健身車等健身設備1上的運動模式多為單一方向的向前或向後運動，因此在本創作中，應用程式70可為網頁瀏覽器、PDF文件閱讀器、文書處理程式或電子書應用程式等。而控制單元50接收驅動結構20經訊號處理單元40所產生的相對應的輸入訊號時，較佳地可作為控制應用程式70中的螢幕內容向上或向下滾動的控制命令。換言之，當使用者在健身設備1上跑步、走路或踩腳踏板時，即可模擬為控制應用程式70的螢幕內容向上或向下滾動的控制命令。In the present embodiment, the fitness device 1 utilizes a connection 60 (eg, USB universal serial port, IEEE 1394 port, RS232, PS2, SATA, LAN, Bluetooth, infrared, ultraviolet, ultrasonic, radio or wireless communication network) The connection between the transmission interface or any usable device is connected to an electronic device 2, such as a tablet computer, a smart phone, an e-book reader or a notebook computer, and is used to control the electronic device during exercise. One of the applications 70. Since the exercise mode on the exercise device 1 such as a treadmill or a pedal exerciser is mostly a forward or backward movement in a single direction, in the present application, the application 70 can be a web browser, a PDF file reader, or a document. Processing programs or e-book applications, etc. The control unit 50, when receiving the corresponding input signal generated by the signal processing unit 40 by the driving structure 20, is preferably used as a control command for controlling the screen content in the application 70 to scroll up or down. In other words, when the user runs, walks, or steps on the exercise device 1, the control commands for controlling the screen content of the application 70 to scroll up or down can be simulated.
在健身設備1上另可設置至少一擴充連接端80，其可採用與連接端60同樣的規格，或將連接端60以及擴充連接端80作為可串接擴充使用的連接埠群。擴充連接端80直接連接於控制單元50，並且可擴充連接一輔助輸入裝置90，其中輔助輸入裝置90可為滑鼠、控制搖桿、鍵盤、光學感應器或視訊鏡頭，例如在第1圖中的鍵盤14，以增加在健身設備1上對應用程式70更完整的控制。請參考第1圖，在健身設備1上另可包含一或一個以上的方向控制元件12， 例如左右方向的控制按鈕，設置在架體10的扶手11上，並且直接連接於控制單元50，於受按壓致動時傳送對應為向左/右移動或轉動的方向控制訊號給控制單元50。At least one expansion connection 80 can be provided on the exercise device 1, which can adopt the same specifications as the connection end 60, or the connection end 60 and the expansion connection end 80 can be used as a connection group for serial expansion. The expansion connector 80 is directly connected to the control unit 50, and is expandably connected to an auxiliary input device 90, wherein the auxiliary input device 90 can be a mouse, a control stick, a keyboard, an optical sensor or a video lens, for example, in FIG. The keyboard 14 is added to give a more complete control of the application 70 on the exercise device 1. Referring to FIG. 1 , one or more directional control elements 12 may be further included on the exercise device 1 . For example, the left and right direction control buttons are disposed on the armrest 11 of the frame body 10, and are directly connected to the control unit 50, and transmit a direction control signal corresponding to the left/right movement or rotation to the control unit 50 when the press is actuated.
請參考第3圖，第3圖為驅動結構20以機械驅動結構實現的其中一實施例的示意圖。在此實施例中，利用健身設備1的器械運動軸的轉動方向帶動擺錘的擺動來產生控制的向上滾動或向下滾動的控制命令。驅動結構20包含一轉軸21(例如由跑步履帶連動)、一摩擦裝置23、一擺錘24以及複數個致動器251~257、261~267，其中致動器251~257、261~267可為機械式開關、電子式開關或其他可受擺錘24致動而產生致動訊號的元件。摩擦裝置23連接於轉軸21上，擺錘24連接於摩擦裝置23上，而複數個致動器251~257、261~267設置於擺錘24擺動的路徑上。當轉軸21由跑步履帶帶動而轉動時，擺錘24受摩擦裝置23的帶動而沿著D1 方向向一側擺動並致動該側的致動器251~257其中之一，而致動器251~257其中之一受致動則產生前述的致動訊號。此外，在第3圖的驅動結構20中，亦可設計在另一方向的轉動(即使用者在健身設備1上的反方向運動，例如倒退走路或逆向踩踏腳踏車)，並使擺錘24沿D2 方向向另一側擺動並致動該側的致動器261~267其中之一，並產生另一個相對應的致動訊號。若使用者停止動作，則轉軸21停止轉動，擺錘24因重力因素而回復到垂直向下的位置，並且未碰觸致動器251~257、261~267。除了如第3圖所示以摩擦裝置來傳導外，亦可使用例如機械鎖、開關齒輪或行程開關等機械結構，來達到同樣的目 的。Please refer to FIG. 3, which is a schematic diagram of one embodiment of the drive structure 20 implemented in a mechanically driven structure. In this embodiment, the direction of rotation of the instrumental motion axis of the exercise device 1 is used to drive the swing of the pendulum to produce a controlled upward or downward scrolling control command. The driving structure 20 includes a rotating shaft 21 (for example, linked by a running crawler), a friction device 23, a pendulum 24, and a plurality of actuators 251~257, 261~267, wherein the actuators 251~257, 261~267 can be A mechanical switch, an electronic switch, or other component that is actuated by the pendulum 24 to produce an actuation signal. The friction device 23 is coupled to the rotating shaft 21, and the pendulum 24 is coupled to the friction device 23, and a plurality of actuators 251 to 257, 261 to 267 are disposed on the path in which the pendulum 24 is swung. 251 to 257 wherein one of the actuator shaft 21 is rotated when driven by the running track, driven by the friction means 24 pendulum 23 swings to one side along the direction D 1 and the side of the actuator, the actuator One of 251~257 is actuated to generate the aforementioned actuation signal. In addition, in the driving structure 20 of FIG. 3, it is also possible to design the rotation in the other direction (ie, the user moves in the opposite direction on the exercise device 1, such as walking backwards or stepping on the bicycle in reverse), and the pendulum 24 is along one of D 2 direction of the swing to the other side and the side of the actuator 261 to the actuator 267 wherein the actuation signals and generates another corresponding. When the user stops the operation, the rotating shaft 21 stops rotating, and the pendulum 24 returns to the vertically downward position due to the gravity factor, and does not touch the actuators 251 to 257, 261 to 267. In addition to being conducted by a friction device as shown in Fig. 3, a mechanical structure such as a mechanical lock, a switch gear or a travel switch can be used to achieve the same purpose.
在第3圖的機械驅動結構的實施例中，隨著使用者在健身設備1上的運動方向以及速度的不同，利用摩擦裝置23傳導給擺錘24的力量與方向也會隨轉軸21轉動速度改變而改變，從而導致擺錘24相對垂直向下位置的擺動角度也會隨轉軸21轉動的速度變化而改變。換言之，擺錘24越接近垂直，表示使用者在健身設備1上的運動速度越慢，擺錘24越接近水平(擺動角度越大)，表示使用者在健身設備1上的運動速度越快。這樣擺錘24就可以致動不同位置的致動器251~257、261~267，從而產生不同的致動訊號的結果。而當健身設備1的轉軸21停止轉動時，重力使得擺錘24回到垂直位置，這時候擺錘24未致動任何致動器251~257、261~267。致動器251~257、261~267連接到訊號處理單元40，而訊號處理單元40則會依據不同位置的致動器251~257、261~267所傳來的致動訊號，而轉換為不同頻率的輸入訊號。舉例來說，越靠近水平位置的致動器被致動時(擺錘24擺動角度越大)，訊號處理單元40將致動訊號轉換而得的輸入訊號的頻率就越高，越靠近垂直位置的致動器被導通時(擺錘24擺動角度越小)，訊號處理單元40將致動訊號轉換而得的輸入訊號的頻率就越低。In the embodiment of the mechanical drive structure of Fig. 3, the force and direction of conduction to the pendulum 24 by the friction means 23 also varies with the rotation speed of the rotary shaft 21 as the direction of movement and speed of the user on the exercise device 1 are different. The change is changed so that the swing angle of the pendulum 24 relative to the vertical downward position also changes as the speed of the rotation of the rotary shaft 21 changes. In other words, the closer the pendulum 24 is to the vertical, the slower the movement speed of the user on the exercise device 1, and the closer the pendulum 24 is to the horizontal (the larger the swing angle), the faster the movement of the user on the exercise device 1 is. Thus, the pendulum 24 can actuate the actuators 251~257, 261~267 at different positions, thereby producing different actuation signals. When the shaft 21 of the exercise device 1 stops rotating, the gravity causes the pendulum 24 to return to the vertical position, at which time the pendulum 24 does not actuate any of the actuators 251-257, 261-267. The actuators 251~257, 261~267 are connected to the signal processing unit 40, and the signal processing unit 40 converts to different signals according to the actuation signals transmitted by the actuators 251~257, 261~267 at different positions. Frequency input signal. For example, when the actuator closer to the horizontal position is actuated (the swing angle of the pendulum 24 is larger), the frequency of the input signal converted by the signal processing unit 40 by the actuation signal is higher, and the closer to the vertical position. When the actuator is turned on (the swing angle of the pendulum 24 is smaller), the frequency of the input signal obtained by the signal processing unit 40 converting the actuation signal is lower.
此外，擺錘24沿著D1 方向向一側致動致動器251~257其中之一所產生的致動訊號，經訊號處理單元40接收並轉換為正向的輸入訊號，擺錘24沿著D2 方向向相對另一側致動致動器261~267其中 之一所產生的致動訊號，經訊號處理單元40接收並轉換為逆向的輸入訊號，而此正向以及逆向的輸入訊號即可分別對應控制應用程式70中的螢幕內容向下以及向上滾動的控制命令。Furthermore, pendulum 24 along the direction D 1 to the side of the actuator actuating one of the signals 251 to 257 wherein the movable actuator generated by the signal processing unit 40 receives and converts the input signal forward, along the pendulum 24 The actuation signal generated by the D 2 direction to actuate one of the actuators 261 267 to 267 is received by the signal processing unit 40 and converted into a reverse input signal, and the forward and reverse input signals are input. The control commands for controlling the screen content in the application 70 to scroll down and up can be respectively corresponding.
請參考第4圖，第4圖為本創作所揭露可實現電子裝置螢幕內容滾動的健身設備3另一實施例的功能方塊示意圖。與健身設備1相仿，健身設備3亦包含一驅動結構120、一訊號處理單元140、一控制單元150、一連接端160、一擴充連接端180以及一輔助輸入裝置190，其與健身設備1的連接關係與功能相仿，此處不再贅述。在健身設備3中，驅動結構120具有一轉軸121以及一致動器122，用來於該使用者沿著該運動方向運動時，產生具有脈衝電流、電壓訊號或交流訊號的致動訊號。健身設備3的驅動結構120利用電子偵測系統(磁性，光感應等)將使用者在健身設備3上運動帶動產生的致動訊號傳送給訊號處理單元140，並由訊號處理單元140依據該致動訊號的脈衝電流、電壓或交流頻率轉換為具有特定頻率的輸入訊號，而訊號處理單元140輸出的輸入訊號可具有運動狀態、方向、速度等指標參數。致動器122可為磁性開關、光感開關或光敏電阻等，以光或磁的偵測方式取得相關的運動訊號。Please refer to FIG. 4 , which is a functional block diagram of another embodiment of the fitness device 3 that can realize the scrolling of the screen content of the electronic device. Similar to the fitness device 1 , the fitness device 3 also includes a driving structure 120 , a signal processing unit 140 , a control unit 150 , a connecting end 160 , an expansion connecting end 180 , and an auxiliary input device 190 . The connection relationship is similar to the function and will not be described here. In the exercise device 3, the driving structure 120 has a rotating shaft 121 and an actuator 122 for generating an actuation signal having a pulse current, a voltage signal or an alternating signal when the user moves along the moving direction. The driving structure 120 of the fitness device 3 transmits an actuation signal generated by the movement of the user on the fitness device 3 to the signal processing unit 140 by using an electronic detection system (magnetic, optical sensing, etc.), and is processed by the signal processing unit 140. The pulse current, voltage or AC frequency of the signal is converted into an input signal having a specific frequency, and the input signal output by the signal processing unit 140 can have an index parameter such as a motion state, a direction, and a speed. The actuator 122 can be a magnetic switch, a light switch or a photoresistor to obtain an associated motion signal by optical or magnetic detection.
請參考第5圖，第5圖為健身設備另一實施例中，部分元件的電路示意圖。除了前述以機械驅動結構、光或磁感應偵測的方式來產生致動訊號外，亦可利用動能轉換裝置將健身設備的動能轉換為電能，以產生控制訊號。在第5圖中，驅動結構120具有馬達或發 電機等動能轉換裝置，當使用者使用健身設備運動時，即可帶動驅動結構的馬達或發電機產生不同頻率的致動訊號電流。隨著使用者運動而帶動驅動結構的速度不同，由動能轉換裝置所產生的交流致動訊號的頻率也不同，亦即頻率越高表示速度越快，反之越慢，而頻率為0時則是靜止狀態。並且經過一訊號轉換器130轉換為直流狀態的電能，再由訊號處理單元140(如繼電器、電子開關電路、開關電晶體等)將直流致動訊號轉換為具有運動方向以及速度的輸入訊號(亦可不使用訊號轉換器130，直接由訊號處理單元140處理動能轉換裝置的致動訊號)。其中驅動結構120具有兩個動能轉換裝置，分別依據健身設備的轉軸向前或向後轉動方向的不同而分別被驅動，以由不同的動能轉換裝置輸出致動訊號，而對應應用程式70中的螢幕內容向下以及向上滾動的控制命令。Please refer to FIG. 5, which is a circuit diagram of some components in another embodiment of the fitness device. In addition to the above-described actuation of the mechanical drive structure, optical or magnetic induction detection, the kinetic energy conversion device can also be used to convert the kinetic energy of the exercise device into electrical energy to generate a control signal. In FIG. 5, the drive structure 120 has a motor or a hair A kinetic energy conversion device such as a motor can drive a motor or generator of a driving structure to generate an actuation signal current of a different frequency when the user moves using the exercise device. The frequency of the AC actuation signal generated by the kinetic energy conversion device is different as the speed of the user drives the drive structure is different, that is, the higher the frequency, the faster the speed, and the slower, and the lower the frequency is 0. Stationary state. And converted into a DC state by a signal converter 130, and then the signal processing unit 140 (such as a relay, an electronic switch circuit, a switch transistor, etc.) converts the DC actuation signal into an input signal having a direction of motion and speed (also The signal processing unit 140 can be used to directly process the actuation signal of the kinetic energy conversion device without using the signal converter 130. The driving structure 120 has two kinetic energy conversion devices respectively driven according to different rotation directions of the rotation axis of the fitness device, so that the actuation signals are output by different kinetic energy conversion devices, and the screens in the corresponding application program 70 are displayed. Control commands that scroll down the content and up.
請參考第6圖，第6圖為本創作的健身設備訊號傳遞的功能示意圖。健身設備5的驅動結構220可為前面任一實施例的驅動結構20、120，由驅動結構220所產生的致動訊號傳送到訊號處理單元240，由訊號處理單元240轉換為具有特定參數(如運動方向、速度等指標參數)的特定頻率的輸入訊號後，再傳送至控制單元250轉換為相對應的控制訊號。為了因應不同的使用習慣的需求，在本創作的健身設備5中，另可加入針對使用者運動的速率與螢幕內容滾動的速度之間的倍數(靈敏度)調整的訊號調整裝置19，以對由訊號處理單元240所傳送來的輸入訊號的頻率進行放大倍率的調整，而訊號調整裝置19可為設置在架體10上的撥桿、旋鈕或具有滑動 式可變電阻的開關，並連接於控制單元250。舉例而言，訊號調整裝置19為具有滑動式可變電阻的開關，其最大電阻為100歐姆，最小電阻為0歐姆，而開關滑動至1/2處的電阻為50歐姆。當調整開關到1/2處(50歐姆)時，訊號調整裝置19控制輸入訊號的頻率即為訊號處理單元240所傳送來的訊號頻率。；當調整開關到最大處(100歐姆)時，訊號調整裝置19放大輸入訊號的頻率為10倍；當調整開關到最小處(0歐姆)時，訊號調整裝置19放大輸入訊號的頻率為0.1倍。訊號調整裝置19的電子電路根據以上電阻變化比率來調整輸入訊號的頻率，使其滿足以上頻率變化調整公式的需求。Please refer to Figure 6, Figure 6 is a schematic diagram of the function of the signal transmission of the fitness equipment. The driving structure 220 of the fitness device 5 can be the driving structure 20, 120 of any of the preceding embodiments, and the actuation signal generated by the driving structure 220 is transmitted to the signal processing unit 240, and converted by the signal processing unit 240 to have specific parameters (such as The input signal of the specific frequency of the index parameter such as the direction of motion and the speed is transmitted to the control unit 250 to be converted into a corresponding control signal. In order to meet the needs of different usage habits, in the fitness device 5 of the present invention, a signal adjustment device 19 for adjusting the multiple (sensitivity) between the rate of movement of the user and the speed of scrolling of the screen content may be added to The frequency of the input signal transmitted by the signal processing unit 240 is adjusted for the magnification, and the signal adjusting device 19 can be a lever, a knob or a sliding device disposed on the frame 10. The switch of the variable resistor is connected to the control unit 250. For example, the signal adjusting device 19 is a switch having a sliding variable resistor having a maximum resistance of 100 ohms, a minimum resistance of 0 ohms, and a resistance of the switch sliding to 1/2 of 50 ohms. When the switch is adjusted to 1/2 (50 ohms), the signal adjusting device 19 controls the frequency of the input signal to be the signal frequency transmitted by the signal processing unit 240. When the switch is adjusted to the maximum position (100 ohms), the signal adjusting device 19 amplifies the frequency of the input signal by 10 times; when the switch is adjusted to the minimum (0 ohm), the signal adjusting device 19 amplifies the input signal by 0.1 times. . The electronic circuit of the signal adjusting device 19 adjusts the frequency of the input signal according to the above resistance change ratio to satisfy the requirement of the above frequency change adjustment formula.
由訊號調整裝置19處理過的輸入訊號由控制單元260產生控制訊號，並經由連接端260傳送給應用程式70，以完成應用程式70的螢幕內容滾動的控制。其中控制單元260產生控制訊號的方式至少有兩種：一種為利用開關電路直接控制電子裝置2的應用程式70的螢幕內容滾動，另一種是利用輸入特定的控制訊號給電子裝置2中能被應用程式接受的指令，再由應用程式70完成螢幕內容滾動。The input signal processed by the signal adjustment device 19 is generated by the control unit 260 and transmitted to the application 70 via the connection terminal 260 to complete the control of the scrolling of the screen content of the application 70. The control unit 260 generates the control signal in at least two ways: one is to directly control the screen content of the application 70 of the electronic device 2 by using the switch circuit, and the other is to apply the specific control signal to the electronic device 2 to be applied. The program accepts the instructions, and then the application 70 finishes scrolling the screen content.
在其中一實施例中，控制單元260可包含一開關電路，而控制訊號即為該開關電路依據該輸入訊號的特定頻率(經訊號調整裝置19處理過)而導通或斷開在電子裝置2中用來控制螢幕滾動的開關，從而達到控制螢幕滾動的效果。其中，該開關電路可為繼電器、電子開關電路或開關電晶體等，而導通或者斷開電子裝置2中螢幕滾動開關的時間以及頻率則影響螢幕滾動速度的變化。假設以電子 裝置2中螢幕向上滾動的開關為例，如果輸入的控制訊號頻率為5Hz，那麼該開關將在1秒內導通斷開5次，呈現的效果則是應用程式70中的畫面內容將在1秒內向上滾動5次。如果輸入的電子訊號頻率為10Hz，那麼該開關將在1秒內導通斷開10次，呈現的效果則是應用程式70中的畫面內容將在1秒內向上滾動10次。因此輸入的控制訊號頻率決定了螢幕滾動的速度。至於控制訊號的正反向則決定應用程式70中不同方向的螢幕滾動開關。In one embodiment, the control unit 260 can include a switch circuit, and the control signal is turned on or off in the electronic device 2 according to the specific frequency of the input signal (processed by the signal adjustment device 19). A switch that controls the scrolling of the screen to control the scrolling of the screen. Wherein, the switch circuit can be a relay, an electronic switch circuit or a switch transistor, and the time and frequency of turning on or off the screen scroll switch in the electronic device 2 affect the change of the scroll speed of the screen. Assume that electrons For example, if the input control signal frequency is 5 Hz, the switch will be turned on and off 5 times in 1 second, and the effect is that the screen content in the application 70 will be 1 second. Scroll up inside 5 times. If the input electronic signal frequency is 10 Hz, the switch will be turned on and off 10 times in 1 second, and the effect is that the screen content in the application 70 will scroll up 10 times in 1 second. Therefore, the input control signal frequency determines the speed at which the screen scrolls. The forward and reverse of the control signal determines the screen scroll switch in different directions in the application 70.
在另一實施例中，控制單元260直接將具有特定頻率的輸入訊號轉換為可由電子裝置2的應用程式70接受的控制訊號，再由應用程式70根據控制訊號進行螢幕滾動控制的動作。例如，控制單元260將接收到的輸入訊號(其中包含螢幕滾動方向、滾動速度、滾動持續時間等相關數據)轉換成數位控制訊號，經連接端260傳輸給電子裝置2中對應的應用程式70。應用程式70取得控制訊號中的螢幕滾動方向、滾動速度、滾動持續時間等參數後，根據這些參數執行螢幕滾動的控制。控制完成後再次取得新的控制訊號的參數再進行相應的控制，如此循環達到連續控制的效果。In another embodiment, the control unit 260 directly converts the input signal having the specific frequency into a control signal that can be accepted by the application 70 of the electronic device 2, and then the application 70 performs the screen scrolling control according to the control signal. For example, the control unit 260 converts the received input signal (including the scrolling direction of the screen, the scrolling speed, the scrolling duration, and the like) into a digital control signal, and transmits the signal to the corresponding application 70 in the electronic device 2 via the connection terminal 260. The application 70 obtains parameters such as the screen scroll direction, the scroll speed, and the scroll duration in the control signal, and then performs screen scrolling control based on these parameters. After the control is completed, the parameters of the new control signal are again obtained and then controlled accordingly, so that the cycle achieves the effect of continuous control.
本創作在提供使用者走路、跑步、踩腳踏車的健身設備中，將使用者運動向前或向後時的驅動結構所產生的訊號轉換為電子裝置中的應用程式的螢幕內容上下滾動控制的訊號，讓使用者在使用健身設備運動的同時，也可不經過額外的操作而進行螢幕內容的上下瀏覽，避免單純運動的枯燥無聊。另一方面，隨著使用者運動的速 率的不同也可改變螢幕內容的上下滾動的速率。同時由於使用者跑步、走路、或踩腳踏車的運動與螢幕內容的滾動方向與速率結合起來，而增加了螢幕內容瀏覽的方便性。由於免去了手部對電子裝置的操作動作，從而增加了使用設備時的安全性。In the fitness device that provides the user to walk, run, or step on the bicycle, the signal generated by the driving structure when the user moves forward or backward is converted into the signal of the scrolling control of the screen content of the application in the electronic device. Allows users to use the fitness equipment to exercise while also allowing the screen content to be viewed up and down without additional operations, avoiding the tedium of simple exercise. On the other hand, as the user moves at a faster rate The difference in rate also changes the rate at which the screen content scrolls up and down. At the same time, the user's running, walking, or cycling is combined with the scrolling direction and speed of the screen content, which increases the convenience of browsing the screen content. Since the operation of the electronic device on the hand is eliminated, the safety when using the device is increased.
以上所述僅為本創作之較佳實施例，凡依本創作申請專利範圍所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。The above descriptions are only preferred embodiments of the present invention, and all changes and modifications made by the scope of the patent application of the present invention should be covered by the present invention.
1、3、5‧‧‧健身設備1, 3, 5‧‧‧ fitness equipment
2‧‧‧電子裝置2‧‧‧Electronic devices
10‧‧‧架體10‧‧‧ ‧ body
11‧‧‧扶手11‧‧‧Handrail
12‧‧‧方向控制元件12‧‧‧ Directional Control Components
14‧‧‧鍵盤14‧‧‧ keyboard
19‧‧‧訊號調整裝置19‧‧‧Signal adjustment device
20、120、220‧‧‧驅動結構20, 120, 220‧‧‧ drive structure
21、121‧‧‧轉軸21, 121‧‧‧ shaft
23‧‧‧摩擦裝置23‧‧‧ Friction device
24‧‧‧擺錘24‧‧‧ pendulum
40、140、240‧‧‧訊號處理單元40, 140, 240‧‧‧ signal processing unit
50、150、250‧‧‧控制單元50, 150, 250‧‧‧ control unit
60、160、260‧‧‧連接端60, 160, 260‧‧‧ connectors
70‧‧‧應用程式70‧‧‧Application
80、180‧‧‧擴充連接端80, 180‧‧‧ expansion connection
90、190‧‧‧輔助輸入裝置90, 190‧‧‧Auxiliary input device
122、251~257、261~267‧‧‧致動器122, 251~257, 261~267‧‧‧ actuator
130‧‧‧訊號轉換器130‧‧‧Signal Converter
第1圖為本創作所揭露可實現電子裝置螢幕內容滾動的健身設備一實施例的示意圖。FIG. 1 is a schematic diagram of an embodiment of an exercise device capable of rolling a screen content of an electronic device according to the present disclosure.
第2圖為第1圖健身設備的功能方塊示意圖。Figure 2 is a functional block diagram of the fitness equipment of Figure 1.
第3圖為驅動結構以機械驅動結構實現的其中一實施例的示意圖。Figure 3 is a schematic illustration of one embodiment of a drive structure implemented in a mechanically driven configuration.
第4圖為本創作所揭露可實現電子裝置螢幕內容滾動的健身設備另一實施例的功能方塊示意圖。FIG. 4 is a functional block diagram showing another embodiment of an exercise device that can realize scrolling of electronic device screen content.
第5圖為健身設備另一實施例中，部分元件的電路示意圖。Figure 5 is a circuit diagram of some components of another embodiment of the exercise device.
第6圖為本創作的健身設備訊號傳遞的功能示意圖。Figure 6 is a functional diagram of the signal transmission of the fitness equipment of the present invention.
1‧‧‧健身設備1‧‧‧ fitness equipment
2‧‧‧電子裝置2‧‧‧Electronic devices
10‧‧‧架體10‧‧‧ ‧ body
11‧‧‧扶手11‧‧‧Handrail
12‧‧‧方向控制元件12‧‧‧ Directional Control Components
14‧‧‧鍵盤14‧‧‧ keyboard
19‧‧‧訊號調整裝置19‧‧‧Signal adjustment device
20‧‧‧驅動結構20‧‧‧Drive structure
70‧‧‧應用程式70‧‧‧Application
Claims (18)
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101210736U TWM444186U (en) | 2012-06-04 | 2012-06-04 | Exercising apparatus capable of performing scrolling control on a screen of an electronic device |
| US13/535,364 US20130012357A1 (en) | 2011-07-07 | 2012-06-28 | Fitness equipment incorporated with content control of an electronic device |
| CN2012203270846U CN203029891U (en) | 2011-07-07 | 2012-07-06 | Exercise apparatus incorporating content control of electronic devices |
| JP2012004117U JP3178530U (en) | 2011-07-07 | 2012-07-06 | Fitness equipment including electronic device content control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101210736U TWM444186U (en) | 2012-06-04 | 2012-06-04 | Exercising apparatus capable of performing scrolling control on a screen of an electronic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM444186U true TWM444186U (en) | 2013-01-01 |
Family
ID=48089927
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW101210736U TWM444186U (en) | 2011-07-07 | 2012-06-04 | Exercising apparatus capable of performing scrolling control on a screen of an electronic device |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM444186U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9740643B2 (en) | 2013-06-20 | 2017-08-22 | Apple Inc. | Systems and methods for recovering higher speed communication between devices |
-
2012
- 2012-06-04 TW TW101210736U patent/TWM444186U/en not_active IP Right Cessation
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9740643B2 (en) | 2013-06-20 | 2017-08-22 | Apple Inc. | Systems and methods for recovering higher speed communication between devices |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4K | Annulment or lapse of a utility model due to non-payment of fees |