.M362021 五、新型說明： 【新型所屬之技術領域】 本創作為一種跑步機之觸控裝置，用以操控該跑步 機之作動，係包括··觸控層、電路層及驅動層，其係可設 置於跑步機之控制面板上或環設於跑步機之把手。 •【先前技術】.M362021 V. New Description: [New Technology Field] This is a touch device for treadmills, which is used to control the operation of the treadmill. It includes touch layer, circuit layer and drive layer. It can be placed on the control panel of the treadmill or ringed on the handle of the treadmill. • [Prior technology]
按，一般之跑步機其構造如第六圖所示，係於一跑 步台（A)前端兩側向上方延伸有一立管（Al)，立管（ai) 上係設有一支撐座（A2)，支撐座（A2)延伸出扶手握把 (A3)，於支撐座（A2)上設有控制面板（A4)，該扶手 握把（A3)可供使用者扶持，而該控制面板（⑷係供 跑步者操控跑步機之速度及角度等相關參數。 然，由於該控制面板之輸出顯示介面和輸入按鍵是 分開的，當使用者跑步中進行參數輸入時，由於螢幕和 按鍵是分離的，使得視線必須要游走於兩者之間，且該 控制面板距離使用者有—段距離，如此使得參數輸入極 為不便，甚至還可能造成使用者跌倒。 〇故，有人提出如中華民國新型專利公告號第541 971 说之㉟步機之觸控式控制電路」，其係於跑步機内設 有-觸控式控制電路，而觸控式控制電路係包含有一類 比數位轉換電路、一波形處理電路以及一信號輸出介 面其類比數位轉換電路係將類比訊號轉換為數位訊 说而波形處理電路係將數位訊號整理為工或訊 號’兩信號輸出介面係们訊號放大傳輸至控 3 .M362021 制跑步機動作之Γρτ丨 乍之CPU ’而觸控式控制電路更包含至少一 觸控開關，以供違注— /、產生一正弦波之類比訊號傳輸至觸控 電路，而觸控開關係設於該跑步機之扶手上。利 關設f於跑步機之扶手内外側，令使用者在 -度 , 而乂手邛觸摸該觸碰開關即可控制跑步機之速 .^，上述跑步機之觸控式控制電路，僅能控制跑步 機之速度，對於跑步機之其他設定參數，如跑步機角度， 並無法控制，且其觸控開關係設置在把手之内側及外 侧’需兩觸控開關同時觸摸才能產生訊號，純用者處 在動態跑步過程中，未必能準確握住兩個觸控開關之觸 控位置，且可能因使用者流汗而導致觸控不良。 【新型内容】 因此，本創作之主要目的，在於解決上述問題，而 提供一種跑步機之觸控裝置，藉由操作該跑步機之觸控 鲁裝置而間早女王的輸入跑步機之參數，確實控制跑步機 之作動。 本創作係一種跑步機之觸控裝置，係於跑步機上安 裝置有觸控裝置’用以操控該跑步機之作動，該觸控裝 置係包括： 觸控層，依碰觸位置之差異對應設有功能按鍵圖案 或文字，觸按後即產生觸發信號； 電路層，電性連接至該觸控層，用以接收上述觸發 信號，並依碰觸位置之差異而對應產生不同的控制信號； 4 .M362021 輪出顯示介According to the general treadmill, as shown in the sixth figure, a riser (Al) extends upwardly on both sides of a front end of a running table (A), and a support seat (A2) is attached to the riser (ai). The support base (A2) extends out of the armrest grip (A3), and the support base (A2) is provided with a control panel (A4), the armrest grip (A3) is available for the user to support, and the control panel ((4) is The runner can control the speed and angle of the treadmill and other related parameters. However, since the output display interface of the control panel and the input button are separated, when the user inputs the parameter during running, the screen and the button are separated, so that the screen and the button are separated. The line of sight must travel between the two, and the control panel has a distance from the user, which makes the parameter input extremely inconvenient and may even cause the user to fall. Therefore, some people have proposed a new patent announcement number such as the Republic of China. The 541 971 refers to the touch control circuit of the 35-step machine, which is provided with a touch control circuit in the treadmill, and the touch control circuit includes an analog-digital conversion circuit and a waveform processing circuit. A signal output interface, the analog digital conversion circuit converts the analog signal into a digital signal, and the waveform processing circuit organizes the digital signal into a work or signal. The two signal output interface signals are amplified and transmitted to the control 3. M362021 treadmill action The touch control circuit further includes at least one touch switch for off-note-/, generating a sine wave analog signal transmission to the touch circuit, and the touch-open relationship is set in the running On the armrest of the machine, the switch is set to the inside and outside of the armrest of the treadmill, so that the user can control the speed of the treadmill by touching the touch switch. ^, the touch type of the above treadmill The control circuit can only control the speed of the treadmill. For other treadmill setting parameters, such as the treadmill angle, it cannot be controlled, and its touch-open relationship is set on the inside and outside of the handle. The signal is generated, and the pure user is in the process of dynamic running, which may not accurately grasp the touch position of the two touch switches, and may cause poor touch due to sweating of the user. Type content] Therefore, the main purpose of this creation is to solve the above problems, and to provide a touch device for a treadmill, by operating the tactile device of the treadmill, the parameters of the treadmill input by the early queen are indeed controlled. The tactile device is a touch device of a treadmill, which is provided with a touch device on the treadmill for controlling the operation of the treadmill. The touch device comprises: a touch layer, The difference between the touch positions is corresponding to the function button pattern or the text, and the trigger signal is generated after the touch; the circuit layer is electrically connected to the touch layer for receiving the trigger signal, and correspondingly generates according to the difference of the touch positions. Different control signals; 4 .M362021
作起來相當自然且方便， 誤率。 之間，反之’本創作在使用時， 方向是相同的，因此使用者操 並且可以減少系統操作上的錯 4.相較於習知跑步機之觸控開關設置於跑步機之扶 •=内外側纟創作係可環設於把手上，令使用者處在動 .悲跑步過程中，能由各角度準確握住觸控位置，降低使 用者抓汗而導致觸控不良的狀況發生，並確實控制跑步 籲機之作動。 【實施方式】 本創作之第一實施例，請參考第一圖及第二圖所 不，係於一跑步機（丨）之控制面板（丨丨）上設有觸控裝 ^ 置（2)，其整體構造包括： 跑步機（1 )，係設有控制面板（丨丨），係供跑步者操 控跑步機（1 )作動之相關參數，另設有複數個發光二極 籲體燈（111 )，以顯示跑步機（丨）之功能狀態，又跑步機 (1)上設有跑步台（12)，該跑步台（12)鋪設有跑步 帶（121)，供使用者踩踏，跑步台（12)前端兩侧向上 方延伸有一立官（13)，立管（13)上係設有一支撐座 (14 )，該控制面板（11 )係架設於支撐座（丨4 )上，該 支撙座（14)另延伸出兩侧延伸出把手（15)，該把手（15) 係分為左側把手（151 )及右側把手（15 2 )，供使用者撐 扶’該跑步台（1 2 )之角度係為可調整。 觸控裝置（2 ) ’係設於跑步機（1 )之控制面板（1丄） 6 .M362021 上’用以操控該跑步機（1)之作動’其構造係包括： 觸控層（21)，依碰觸位置之差異對應設有功能按 鍵圖案或文字’觸按後即產生觸發信號，本創作第一實 %例之觸控層（21 )係圓環狀，於其左側設定有控制跑 步機（1 )角度之功能’其右側設定有控制跑步機（1 ) -速度之功能。 • 電路層（22)，電性連接至該觸控層（21)，用以 接收上述觸發信號，並依碰觸位置之差異而對應產生不 籲同的控制信號。 驅動層（23) ’與電路層（22)相連，使該電路層 (22 )所產生之控制信號經由驅動層（23 )傳輸至跑步 機（1 ) ’驅動該跑步機（1 )之作動。 使用時，請參考第三圖，並搭配第一圖及第二圖所 示’使用者以手觸碰跑步機（1)之觸控裝置（2)，當 觸碰圓環狀觸控層（21)左側時，觸按後即產生觸發= _唬，傳送至電路層（22)，當電路層（22)接收觸發信 號，並依碰觸位置之差異而對應產生控制跑步機（1)之 角度的控制信號，該電路層（22)所產生之控制信號經 由驅動層（23)傳輸至跑步機（1)，即可驅動跑步機（1) 之角度改變。當使用者以手觸碰圓環狀觸控層（21 )左 -側向上方推時，跑步機（1 )之跑步台（1 2 )角度即可上 升，反之向下方推時，則下降，發光二極體燈（lu)即 會以燈號變換或明滅，以顯示跑步機（1 )之功能狀態。 使用者以手觸碰圓環狀觸控層（21)右側時，即可 7 M362021 控制跑步機（1)之速度，其跑步機之觸控裝置⑴内 部作動於前述已詳細揭示，於此不再贅逑，當使用者以 手觸碰圓環狀觸控層（21)右側向上方推時，跑步機⑴ 之跑^帶（121)即可加速，反之，向下方推時，則減速。 本創作第一實施例’係於控制面板（ιι)上設有跑 y U之觸控裝置（2)，不像其他跑步機（丨）之控 .制面板（11) ’輸出顯示介面和輸入按鍵是分開的，使 =操作時視線不需要游走於輸出顯示介面和輸入按鍵 Bb ’反之’本創作第—實施例，由於眼晴看的方向和 扣方向是相同的，因此操作起來相當自然且方便，並 且可以減少系統操作上的錯誤率，再者，本本 系利用觸控技術控制跑步機⑴作動，其修改系： 舞性較大’由於所有的按鍵功能均由軟體方絲定義， 統的功能改變時,並不需要修改硬® ^架m修改軟體程式即可。且㈣者操作時， ^於跑步機⑴之觸控裝置⑺所有的功能均是由功妒 按鍵圖案或文字來顯示，可令使用者 ，b 由選單做選擇即可，操作上亦十分便利。…、^ 本創作之第二實施例，請參考第四圖所示，係 控裝置（2a)環設於跑步機（la)之把手（丨。）y於1 左側把手（151a)設定有控制跑步機（la)角度之功能、， 其右侧把手（152a)設定有控制跑步機（la)速度^功 能。 力 使用時 如第五圖所示，並配合第四圖所 使用 8 M362021 者以手觸碰左侧把手（151a)之觸控裝置（2a) 控層（21a )觸按後即產生觸發信號，傳送至電= (22a)，當電路層（22a)接收觸發信號，並依碰觸: 置之差異而對應產生控制跑步機（la)之角度的控 號，該電路層（2 2 a )所產生之控制信號經由驅動層（2 3 ^ -傳輸至跑步機（la)，即可驅動跑步機（la)之角产j .變，當使用者以手觸碰左側把手（151a)向右推時 步機（1 )即可上升，反之，向左推時則下降。 若使用者以手觸碰右側把手（丨52a )之觸控裝置 (2a)，即可控制跑步機（la)之速度，其跑步機之觸 控裝置（2a)内部作動於前述已詳細揭示，於此不再贅 述，當使用者以手觸碰右側把手（1 52a )向左推時，跑 步機（1 a )即可加速，反之，向右方推時’則減速。 相較於習知跑步機之觸控開關設置於跑步機之扶手 内外側，本創作第二實施例係將觸控裝置（2 a )環設於 把手（15a)上，令使用者處在動態跑步過程中，能由各 角度準確握住觸控位置’降低使用者流汗而導致觸控不 良的機會，並確實控制跑步機（la)之作動。 【圖式簡單說明】 第一圖係為本創作之第一實施例之外觀構造圖。 第二圖係為本創作之第一實施例其跑步機之觸控裝 置構造示意圖。 第二圖係為本創作之第一實施例之使用狀態圖。 苐四圖係為本創作之第二實施例之外觀構造圖。 9 M362021 圖 第五圖係為本創作之第二實施例之使用狀態 弟六圖係為習用跑步機之構造示意圖。 【主要元件符號說明】It is quite natural and convenient to make, and the error rate. Between, and vice versa, when the creation is in use, the direction is the same, so the user can operate and can reduce the error in the operation of the system. 4. Compared with the touch switch of the conventional treadmill, it is set in the support of the treadmill. The lateral sputum creation system can be set on the handle, so that the user can move the sorrowful running process, and can accurately grasp the touch position from all angles, thereby reducing the user's sweating and causing poor touch, and indeed Control the running of the machine. [Embodiment] In the first embodiment of the present invention, please refer to the first figure and the second figure. The control panel (丨丨) of a treadmill (丨) is provided with a touch device (2). The overall structure includes: a treadmill (1) with a control panel (丨丨), which is used by the runner to control the treadmill (1) related parameters, and a plurality of light-emitting diodes (111) ) to display the functional status of the treadmill (丨), and the treadmill (1) is provided with a running platform (12), which is provided with a running belt (121) for the user to step on, the running table ( 12) There is a standing officer (13) extending upward from both sides of the front end, and a support seat (14) is arranged on the riser (13), and the control panel (11) is erected on the support base (丨4), the support The seat (14) extends from both sides to extend the handle (15), and the handle (15) is divided into a left handle (151) and a right handle (15 2 ) for the user to support the running table (1 2 ) The angle is adjustable. The touch device (2) is attached to the control panel (1丄) 6 . M362021 of the treadmill (1) to operate the treadmill (1). The structure includes: a touch layer (21) According to the difference of the touch position, the function button pattern or the text is set to generate a trigger signal after being touched. The touch layer (21) of the first example of the creation is annular, and the control running is set on the left side thereof. Machine (1) Angle function 'The right side is set to control the treadmill (1) - speed function. • The circuit layer (22) is electrically connected to the touch layer (21) for receiving the trigger signal and correspondingly generating a control signal that is not appealing according to the difference in the touch position. The drive layer (23)' is coupled to the circuit layer (22) such that control signals generated by the circuit layer (22) are transmitted via the drive layer (23) to the treadmill (1)' to drive the treadmill (1). When using, please refer to the third picture, and with the first picture and the second picture, the user touches the touch device (2) of the treadmill (1) with his hand, when touching the annular touch layer ( 21) When the left side is touched, the trigger is generated = _唬, which is transmitted to the circuit layer (22). When the circuit layer (22) receives the trigger signal, the corresponding treadmill (1) is generated according to the difference of the touch position. The control signal of the angle, the control signal generated by the circuit layer (22) is transmitted to the treadmill (1) via the driving layer (23), that is, the angle of the treadmill (1) is changed. When the user touches the ring-shaped touch layer (21) with his hand to push left-side up, the angle of the running table (1 2 ) of the treadmill (1) can rise, and when it is pushed downward, it drops. The LED (lu) will be changed or extinguished with a light to show the functional status of the treadmill (1). When the user touches the right side of the annular touch layer (21) with his hand, the speed of the treadmill (1) can be controlled by the 7 M362021, and the internal operation of the touch device (1) of the treadmill has been disclosed in detail above. Further, when the user pushes the right side of the ring-shaped touch layer (21) upwards, the running belt (121) of the treadmill (1) can be accelerated, and when it is pushed downward, the speed is decelerated. The first embodiment of the present invention is provided with a touch device (2) running on the control panel (ι), unlike other treadmills (丨) control panel (11) 'output display interface and input The buttons are separated, so that the line of sight does not need to travel to the output display interface and the input button Bb when the operation is operated. [Conversely, in the first embodiment, since the direction of the eye and the direction of the buckle are the same, the operation is quite natural. It is convenient and can reduce the error rate of the system operation. In addition, the notebook controls the treadmill (1) by using touch technology. The modification is: the dance is large. 'Because all the button functions are defined by the software square wire, When the function is changed, you do not need to modify the hard software to modify the software program. And (4) when operating, ^ all functions of the touch device (7) of the treadmill (1) are displayed by the function key pattern or text, which can make the user, b select from the menu, and the operation is also very convenient. ..., ^ The second embodiment of the creation, please refer to the fourth figure, the control device (2a) is set on the handle of the treadmill (la) (丨.) y is set to control on the left handle (151a) The treadmill (la) angle function, the right side handle (152a) is set to control the treadmill (la) speed ^ function. When the force is used, as shown in the fifth figure, and the 8 M362021 used in the fourth figure, the touch device (2a) of the left handle (151a) is touched by the touch panel (21a) to generate a trigger signal. Transmit to power = (22a), when the circuit layer (22a) receives the trigger signal, and according to the difference: the difference is generated to generate a control number for controlling the angle of the treadmill (la), the circuit layer (2 2 a ) The generated control signal is transmitted to the treadmill (la) via the driving layer (2 3 ^ -, which can drive the corner of the treadmill (la). When the user touches the left handle (151a) with his hand, it pushes to the right. The time step (1) can be raised, and if it is pushed to the left, it will fall. If the user touches the touch device (2a) of the right handle (丨52a) with his hand, the speed of the treadmill (la) can be controlled. The internal operation of the touch device (2a) of the treadmill has been disclosed in detail above, and will not be described herein. When the user touches the right handle (1 52a ) to the left with the hand, the treadmill (1 a ) Can be accelerated, otherwise, when pushed to the right, 'decelerate. Compared with the treadmill, the touch switch is set inside and outside the armrest of the treadmill. In the second embodiment of the present invention, the touch device (2a) is disposed on the handle (15a), so that the user can accurately hold the touch position from various angles during the dynamic running process to reduce the user's sweating. The opportunity to cause poor touch, and indeed control the operation of the treadmill (la). [Simplified schematic] The first figure is the appearance of the first embodiment of the creation. The second picture is the creation of this The first embodiment is a schematic diagram of the structure of the touch device of the treadmill. The second figure is the state of use of the first embodiment of the present invention. The fourth figure is the appearance configuration diagram of the second embodiment of the creation. 9 M362021 Figure 5 is a schematic view showing the construction of the second embodiment of the present invention, which is a schematic diagram of a conventional treadmill.
(1) 跑步機 (11) 控制面板 (111) 發光二極體燈 (12) 跑步台 (121 ) 跑步帶 (13) 立管 (14) 支撐座 (15) 把手 (151 ) 左側把手 (152) 右侧把手 (2) 觸控裝置 (21) 觸控層 (22) 電路層 (23) 驅動層 (la) 跑步機 (11a) 控制面板 (111a) 發光二極體燈 (12a) 跑步台 (121a) 跑步帶 (13a) 立管 (14a) 支撐座 (15a) 把手 (151a) 左侧把手 (152a) 右側把手 (2a) 觸控裝置 (21a) 觸控層 (22a) 電路層 (23a) 驅動層 (A) 跑步台 (A1 ) 立管 (A2) 支撐架 (A3) 扶手握把 (A4) 控制面板(1) Treadmill (11) Control panel (111) LED light (12) Running table (121) Running belt (13) Standpipe (14) Support seat (15) Handle (151) Left handle (152) Right side handle (2) Touch device (21) Touch layer (22) Circuit layer (23) Drive layer (la) Treadmill (11a) Control panel (111a) Light-emitting diode lamp (12a) Running table (121a ) Running belt (13a) Standpipe (14a) Support seat (15a) Handle (151a) Left side handle (152a) Right side handle (2a) Touch unit (21a) Touch layer (22a) Circuit layer (23a) Drive layer (A) Running table (A1) Standpipe (A2) Support frame (A3) Handrail grip (A4) Control panel