201128472 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種終端裝置’尤指―種具有觸控震動 提示功能之終端裝置。 【先前技術】 隨著介面科技的進步’人與機器的互動朝向更精準與 更便利的方向邁進。特別是能夠針對各種不同應用領域和 環境的觸控面板技術’更是能夠讓使用者輕易且簡便地對籲 機器設備進行輸入與操控。觸控面板是目前人與機器設備 溝通介面中最簡單的-種’使用者可以利用手指或是觸控 筆等工具’進行直覺式的觸摸點選、手寫文字或是輸入手 勢語吕等’即可於觸控面板產生一觸控訊號，且透過其内 部電路的偵測與計算以取得使用者所輸入之觸控訊號的座 才示值，再將ϋ些座標值輪入至機器設備，即可達到操控這 些機器設備的目的。 這些機器設備，特別是一些終端裝置，例如：銀行的鲁 自動櫃員機（ATM)裝置、商店之p〇s (p〇int〇nSale)裝 置或是各種電腦設備及手持式裳置等，都應用觸控面板做 為其輸入介面，以增加其輪入的便利性。 ㈣’觸控面_能被動地接受使用者的輸人訊號， 不此提供適當的提示訊號，以回饋並提示使用者其輸入 之觸控訊號已被觸控面板所制。即是，這些終端裝置， 無法於使用者觸碰觸控面板的同時，產生一回饋的提示訊 就’以清楚提示使用者的輸入行為是否已被終端裝置所接 4/17 201128472 收。因此，當使用者於觸控面板進行訊號的輸入時，常會 因為不能確定是否已完成訊號的輸入，而重複進行點選， 造成重覆輸入或是錯誤操作等，造成使用者的困擾。 雖然’於現有的終端裝置上，已進行相對應的改善， 例如：利用聲音提示或是畫面提示等方式，讓使用者於觸 控面板上進行輸入的同時，即產生一提示聲音或是一晝面 改變等，以提不使用者其輸入訊號已被觸控面板所偵測。 2疋，延些方式仍然不是最直接的提示方式，使用者仍然 而要利用視覺或聽覺來進行判斷’而無法利用觸碰觸控面 板時的觸覺進行判斷。且於某些特殊環境下 ，例如：聲音 ^雜的環境或是環境光亮度較強的環境下，則無法利用聲 曰或晝面辨硪進行判斷，因此對於使用者而言，仍然會造 成使用上的困擾。 【發明内容】 根據本發明之實施例，提供-種終端裝置，包括：- 觸k面板’以供輪人―觸控鮮。—侧單元，與該觸控 連接’並根據該觸控訊號產生-控制訊號；以及-震 元14名偵測單元連接，並根據該控制訊號產生一震 動提示。 網快根據本發明之實施例，提供—種終端裝置，包括：一 :面板，以供輪人—福m —彳貞測單元，與該觸控 ，二，接’絲據朗控訊號產生—觸控座標訊號；一微 ’與㈤貞測單元連接’該微處理單元根據該觸控 二一號產生控制訊號；以及—震動單元，與該微處理 早凡連接’絲㈣控觀號產生-震動提示。 201128472 根據本發明之赏施例’提供一種終端裝置之震動提厂、 方法’包括：藉由一觸控面板輸入一觸控訊號；轉由〜不 測單元，接收該觸控訊號，並據以產生一控制訊踩；、 Λ及 根據該控制訊號，驅動一震動單元，以讓該震動單元 震動提示，並傳遞至該觸控面板。 根據本發明之實施例，提供一種終端裝置之震動 方法’包括：藉由一觸控面板輸入一觸控訊號；轎由〜不 測單元，接收該觸控訊號，並據以產生一觸控座襟訊嘴侦 以及藉由一微處理單元’判斷該觸控座標訊號與餘存二’ 記憶體單元之一座標定義資訊相符，則產生一控制〜 驅動一震動單元，以讓該震動單元產生震動提示，虎以 至該觸控面板。 。傳遞 本案發明人提出本案之發明概念，本發明之機 公知技術截然不同，俾以提供一種具有觸控震動^係與 之終端裝置，以促進產業升級。 下功能 以上之概述與接下來的詳細說明及附圖，皆是為处 進—步說明本發明為達成預定目的所採取之方式、;二^ 功效。而有關本發明的其他目的及優點，將在後續的 及圖式中加以闡述。 ° 【實施方式】 第一圖所示為根據本發明實施例之具有觸控震動提示 功能之終端裝置的示意圖。 終端裝置1，其具有一顯示單元1〇以及一主機12，且 於顯示單元10的表面具有一觸控面板11，以供使用者13 輪入一觸碰點’觸控面板11會據以產生一觸控訊號。藉此， 6/17 201128472 使用者13即可利用輸入之觸控訊號對終端裝置1進行操作 與控制。 當使用者13觸碰觸控面板11以輸入一觸控訊號時， 終端裝置1即會根據使用者13輸入之觸控訊號，產生一震 動提示’而此震動提示會傳導至觸控面板U。使用者13即 可於輸入觸控訊號的同時，接收並感覺此震動提示，從而 得知其觸控訊號已被觸控面板11所接收。藉由此種方式， 使用者13可藉由直接的觸感’判斷其觸控訊號是否已被終 端裝置1所接收並完成輸入。 特別是，利用此種方式，於一些特殊的環境，例如： 二雜的環境或是強光環境下，仍能清楚地辨識並判斷其觸 控訊號是否已被終端裝置1所偵測接收。因此，應用於戶 2環境之手持裝置或是P0S裝置，可利用本發明之技術提 七、具有震動提示的輸入觸感，讓使用者13不必受限於傳 、先的聲音或是畫面改變的提示，可直接利用觸碰時所感受 到的震動提示的輸人觸感’直接判斷觸控訊號的輸入與 否，從而避免重複輸入或是錯誤操作的狀況發生。 第二圖所示為根據本發明第一實施例之具有觸控震動 提示功能之終端裝置的模組示意圖。 終端裝置2，具有-觸控面板u，以供輸入一觸控訊 測單元，與觸控面板n連接，以接收觸控訊號， :康以產生-觸控鍊訊號；—微處理單元22，與偵測單 二2!連接’接_控座標訊號，並—於—顯示單元 ’或是據以執行-軟體程式，且顯示於顯示單元ι〇 ;另 ^，-一震動單元23 ’與偵測單元21連接，且根據偵測單元 之-控制《進行運作喊生—震動提示。其中，觸控 7/17 201128472 面板1丨係配置於顯示單元10的表面，習知此技藝者，亦 可將觸控面板丨丨與顯示單元10整合；震動單元23可利用 震動馬達來實現，並可配置於觸控面板丨1與顯示單元丨〇 的周圍附近，以使得震動馬達的震動得以傳遞至觸控面板 11的表面，且可同時裝置多個不同震動頻率的震動馬達， 以產生不同的震動頻率’或是利用多個不同震動頻率的累 加，以產生特殊的震動提示。 、 當使用者13觸碰觸控面板n時，觸控面板丨.丨即會根 據使用者13的觸碰點產生一觸控訊號，則偵測單元21接 收此觸控訊號，並據以產生一觸控座標訊號，此觸控座標 訊號與使用者】3的觸控點具有一對應關係。微處理單元22 根據此觸控座標訊號，於顯示單元1〇顯示觸控座標訊號。 並且，當偵測單元21接收觸控訊號時，同時會產生一控制 訊號與觸控座標訊號，震動單元23接收此控制訊號，並據 以產生一預定時間及一預定頻率的震動提示。 因此’當使用者13觸碰觸控面板η，並輸入一觸控訊 號，震動單元23即會進行一預定時間及預定頻率的震動提 示’此震動提示會傳遞至觸控面板η的表面，使用者13 即可接收並感覺此震動提示，從而得知其輸入之觸控訊號 已被終裝置2所貞測並接收。 第三圖所示為根據本發明第一實施例之具有觸控震動 提示功能之終端裝置的觸控流程示意圖。 請同時參考第二圖與第三圖。當使用者13觸碰觸控面 板11 ’觸控面板11即會產生一觸控訊號’如步驟S31所示。 4貞測單元21會週期地對觸控面板進行偵測，當偵測單元21 4貞測到使用者13輸入之觸控訊號，即根據觸控訊號產生一 8/17 201128472 觸控座標§11號，如步驟S32與S34所示。同時，彳貞測單元 21根據此觸控訊號，產生一控制訊號，並將此控制訊號傳 遞至震動單元23,則震動單元23據此控制訊號產生一預定 時間及一預定頻率的震動提示，如步驟S33所示。此時， 震動單元23產生之震動提示即會傳遞至觸控面板^，使用 者13即可於觸碰觸控面板u輸入觸控訊號的同時，接收 並感受到此震動提示。即是，使用者丨3於觸碰觸控螢幕的 同時，終端裝置2會即時產生一震動訊號的回饋，藉此， 鲁 使用者13即可透過接收此震動提示得知其輸入之觸控訊號 已被終端裝置2所接收。接下來，微處理單元22接收偵測 卓元21產生之觸控座標訊號，並據以於顯示單元1〇顯示 對應於使用者13之觸控點的觸控座標訊號，如步驟S35所 示。 透過此種震動提示的方式，當使用者13利用觸控面板 11進行觸控訊號的輸入或是控制終端裝置2的運作時，即 可透過震動單元23所產生的震動提示，於觸控面板u輸 _ 入觸控訊號的同時，感受到一震動提示的觸感。藉此，使 用者13得以明確地進行觸控訊號的輸入以對終端裝置2進 订操作與控制’而不必擔心所欲輸入之觸控訊號未被終端 裝置2所偵測到，而發生重複輸入或是錯誤輸入的狀況。 第四圖所示為根據本發明第二實施例之具有觸控震動 提示功能之終端裝置的模組示意圖。 終端裴置3，具有與第一實施例相近似的模組裝置，震 動單元23以及一記憶體單元41與微處理單元22連接，其 中’震動單元23根據微處理單元22產生之控制訊號產生 震動提示，且記憶體單元41儲存一座標定義資訊或是儲存 9/17 201128472 一程式軟體；觸控面板】〗配置於顯示單元10的表面，習 知此技藝者，亦可將觸控面板丨丨與顯示單元丨〇整合；震 動單元23配置於觸控面板11與顯示單元丨0的附近’以使 得震動單元23的震動得以傳遞至觸控面板11的表面。 當使用者13輸入一觸控訊號，並觸碰觸控面板11，則 觸控面板11產生一對應於使用者〗3觸碰點之觸控訊歌， 偵測單元21則根據觸控訊號產生一觸控座標訊號。微處理 單元22接收此觸控座標訊號，並據以產生一控制訊號以控 制震動單元23於一預定時間内產生一預定頻率之震動提 示。此震動提示會傳遞至整個終端裝置3，因此終端翁置3 鲁 即會產生震動，且使用者13亦會於觸控面板丨丨的表面接 收且感覺到此震動提示，從而產生一震動觸感，且此震動 觸感對應於其輸入之觸控訊號。因此，使用者13即可得知 其輸入之觸控訊號已被終端裝置3所偵測。同時，微處理 單元22根據觸控座標訊號，於顯示單元1〇顯示對應於 用者13觸控點之觸控座標訊號。 、BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a terminal device, and more particularly to a terminal device having a touch vibration alert function. [Prior Art] With the advancement of interface technology, the interaction between people and machines has moved toward more precise and convenient directions. In particular, the touch panel technology that can be applied to various application fields and environments has made it easier and simple for users to input and manipulate the machine. The touch panel is the simplest of the communication interfaces between people and devices. Users can use tools such as a finger or a stylus to make intuitive touch points, handwritten text or input gestures. A touch signal can be generated on the touch panel, and the detection and calculation of the internal circuit can be used to obtain the value of the touch signal input by the user, and then the coordinate values are rounded to the machine, that is, The purpose of manipulating these machines can be achieved. These machines, especially some terminal devices, such as bank ATMs, shop p〇s (p〇int〇nSale) devices, or various computer equipment and handheld skirts, are used. The control panel is used as its input interface to increase the convenience of its wheeling. (4) The 'touch surface' can passively accept the user's input signal, and does not provide an appropriate prompt signal to feedback and prompt the user that the input touch signal has been made by the touch panel. That is to say, these terminal devices cannot generate a feedback message while the user touches the touch panel to clearly indicate whether the user's input behavior has been received by the terminal device. Therefore, when the user inputs a signal on the touch panel, it is often impossible to determine whether the input of the signal has been completed, and the selection is repeated, causing repeated input or incorrect operation, which causes user confusion. Although the corresponding improvement has been made on the existing terminal device, for example, by using an audible prompt or a screen prompt, the user is allowed to input on the touch panel, that is, a prompt sound or a glimpse is generated. Face change, etc., to remind the user that the input signal has been detected by the touch panel. 2疋, the extension method is still not the most direct prompting method, and the user still needs to use the visual or auditory judgment to make it judged by the touch when the touch panel is touched. In some special circumstances, such as a sound environment or an environment with strong ambient light, it is impossible to judge using sonar or face recognition, so it will still cause use for the user. Troubled on. SUMMARY OF THE INVENTION According to an embodiment of the present invention, a terminal device is provided, including: - a touch panel "for a wheel-touch". The side unit is connected to the touch and generates a control signal according to the touch signal; and the 14 element detecting unit is connected, and generates a vibration prompt according to the control signal. According to an embodiment of the present invention, the network provides a terminal device, which includes: a panel for the wheel-family-measurement unit, and the touch, the second, the wire-based signal generated by the control signal- Touch coordinate signal; a micro 'and (5) detecting unit connection 'the micro processing unit generates a control signal according to the touch two; and a vibration unit, and the micro-processing is connected with the 'wire (four) control number generation - Vibration prompt. 201128472 According to the present invention, a method for providing a vibration of a terminal device includes: inputting a touch signal through a touch panel; receiving the touch signal by the undetected unit, and generating the touch signal A control signal is stepped on, and a vibration unit is driven according to the control signal to cause the vibration unit to vibrate and transmit to the touch panel. According to an embodiment of the present invention, a method for vibrating a terminal device includes: inputting a touch signal through a touch panel; receiving a touch signal from the undetected unit, and generating a touch frame accordingly The mouth detector and the micro-processing unit determine that the touch coordinate signal matches the coordinate definition information of one of the remaining two memory units, thereby generating a control~ driving a vibration unit to cause the vibration unit to generate a vibration prompt , the tiger and even the touch panel. . Transmission The inventor of the present invention has proposed the inventive concept of the present invention. The known technology of the present invention is quite different, and a terminal device having a touch vibration system is provided to promote industrial upgrading. The above summary, the following detailed description and the accompanying drawings are intended to illustrate the manner in which the present invention is to achieve the intended purpose. Other objects and advantages of the invention will be set forth in the description and drawings. [Embodiment] The first figure shows a schematic diagram of a terminal device having a touch vibration prompting function according to an embodiment of the present invention. The terminal device 1 has a display unit 1A and a host 12, and has a touch panel 11 on the surface of the display unit 10 for the user 13 to turn in a touch point. The touch panel 11 is generated accordingly. A touch signal. Thereby, the user 13 can use the input touch signal to operate and control the terminal device 1 by 6/17 201128472. When the user 13 touches the touch panel 11 to input a touch signal, the terminal device 1 generates a vibration prompt according to the touch signal input by the user 13 and the vibration prompt is transmitted to the touch panel U. The user 13 can receive and feel the vibration prompt while inputting the touch signal, so that the touch signal has been received by the touch panel 11. In this way, the user 13 can determine whether the touch signal has been received by the terminal device 1 and complete the input by the direct touch. In particular, in this way, in some special environments, such as: a mixed environment or a strong light environment, it is still clearly recognized and judged whether the touch signal has been detected and received by the terminal device 1. Therefore, the handheld device or the POS device applied to the household environment can use the technology of the present invention to provide an input tactile sensation with vibration prompts, so that the user 13 does not have to be limited by the transmitted voice or the picture change. Tip: You can directly use the input touch of the vibration prompt felt when you touch it to directly judge whether the touch signal is input or not, so as to avoid repeated input or incorrect operation. The second figure shows a schematic diagram of a module of a terminal device having a touch vibration prompting function according to a first embodiment of the present invention. The terminal device 2 has a touch panel u for inputting a touch sensing unit, and is connected to the touch panel n to receive the touch signal, and generates a touch chain signal; the micro processing unit 22, Connect with the detection single 2 2! 'connected _ control coordinate signal, and - display unit - or execute - software program, and display in the display unit ι〇; another ^, - a vibration unit 23 ' and Detect The measuring unit 21 is connected, and according to the detecting unit, the control operation is performed. The touch panel 7/17 201128472 is configured on the surface of the display unit 10, and the touch panel can be integrated with the display unit 10; the vibration unit 23 can be realized by using a vibration motor. And can be disposed near the periphery of the touch panel 丨1 and the display unit ,, so that the vibration of the vibration motor can be transmitted to the surface of the touch panel 11, and a plurality of vibration motors with different vibration frequencies can be simultaneously installed to generate different The vibration frequency 'either is the accumulation of a plurality of different vibration frequencies to generate a special vibration prompt. When the user touches the touch panel n, the touch panel generates a touch signal according to the touch point of the user 13, and the detecting unit 21 receives the touch signal and generates the touch signal. A touch coordinate signal, the touch coordinate signal has a corresponding relationship with the user's touch point. The micro processing unit 22 displays the touch coordinate signal on the display unit 1 according to the touch coordinate signal. Moreover, when the detecting unit 21 receives the touch signal, a control signal and a touch coordinate signal are simultaneously generated, and the vibration unit 23 receives the control signal, and generates a vibration prompt for a predetermined time and a predetermined frequency. Therefore, when the user 13 touches the touch panel η and inputs a touch signal, the vibration unit 23 performs a vibration prompt for a predetermined time and a predetermined frequency. The vibration prompt is transmitted to the surface of the touch panel η. The speaker 13 can receive and feel the vibration prompt, so that the input touch signal has been detected and received by the terminal device 2. The third figure shows a touch flow diagram of a terminal device having a touch vibration prompt function according to the first embodiment of the present invention. Please refer to the second and third figures at the same time. When the user 13 touches the touch panel 11', the touch panel 11 generates a touch signal as shown in step S31. The detection unit 21 periodically detects the touch panel. When the detection unit 214 detects the touch signal input by the user 13, the touch signal generates an 8/17 201128472 touch coordinate § 11 according to the touch signal. No., as shown in steps S32 and S34. At the same time, the detecting unit 21 generates a control signal according to the touch signal, and transmits the control signal to the vibration unit 23, and the vibration unit 23 generates a vibration prompt for a predetermined time and a predetermined frequency according to the control signal, such as Step S33 is shown. At this time, the vibration prompt generated by the vibration unit 23 is transmitted to the touch panel ^, and the user 13 can receive and feel the vibration prompt while inputting the touch signal by touching the touch panel u. That is, when the user 丨3 touches the touch screen, the terminal device 2 immediately generates a feedback of the vibration signal, so that the user 13 can receive the touch signal through the vibration prompt. It has been received by the terminal device 2. Next, the micro processing unit 22 receives the touch coordinate signal generated by the detection element 21, and displays the touch coordinate signal corresponding to the touch point of the user 13 according to the display unit 1〇, as shown in step S35. Through the vibration prompting method, when the user 13 uses the touch panel 11 to input the touch signal or control the operation of the terminal device 2, the vibration prompt generated by the vibration unit 23 can be transmitted to the touch panel u. When you lose _ into the touch signal, you feel the touch of a vibrating alert. Thereby, the user 13 can explicitly input the touch signal to subscribe to the operation and control of the terminal device 2 without worrying that the touch signal to be input is not detected by the terminal device 2, and repeated input occurs. Or the condition of the wrong input. The fourth figure shows a schematic block diagram of a terminal device having a touch vibration prompting function according to a second embodiment of the present invention. The terminal device 3 has a module device similar to that of the first embodiment. The vibration unit 23 and a memory unit 41 are connected to the micro processing unit 22, wherein the 'vibration unit 23 generates vibration according to the control signal generated by the micro processing unit 22. The memory unit 41 stores a standard definition information or stores a program software of 9/17 201128472; the touch panel is disposed on the surface of the display unit 10, and the touch panel can also be used by the skilled person. The vibration unit 23 is disposed in the vicinity of the touch panel 11 and the display unit 丨0 such that the vibration of the vibration unit 23 is transmitted to the surface of the touch panel 11 . When the user 13 inputs a touch signal and touches the touch panel 11, the touch panel 11 generates a touch song corresponding to the user's 3 touch point, and the detecting unit 21 generates the touch signal according to the touch signal. A touch coordinate signal. The microprocessor unit 22 receives the touch coordinate signal and generates a control signal to control the vibration unit 23 to generate a predetermined frequency of vibration for a predetermined time. The vibration prompt is transmitted to the entire terminal device 3, so that the terminal will generate vibration when the terminal is set to 3, and the user 13 will receive and feel the vibration prompt on the surface of the touch panel, thereby generating a vibration feeling. And the vibration touch corresponds to the touch signal input thereto. Therefore, the user 13 can know that the touch signal input thereto has been detected by the terminal device 3. At the same time, the micro-processing unit 22 displays the touch coordinate signal corresponding to the touch point of the user 13 on the display unit 1 according to the touch coordinate signal. ,
•訊進行比對，若是 即可產生一相對應 10/17 201128472 =制㈣’吨制震動單元23於—特定的震動頻率以及 ===生一震動提示;若是觸控座標訊號與座 或是控^目树’贿處理單元22不產生控制訊號， 端步^ 早凡23產生一錯誤輸入的震動提示，此時終 示，使用者不二產生震動或是產生一個錯誤輸入的震動提 震:頻的震動提示具有與其它的震動提示不同之 體提=動Γ農置3亦可根據是否執行其内存之程式軟 時#微纽單元22接㈣餘絲訊號 】右：政處理早元22根據觸控座標 體早凡4i之軟體程式，即可據 子己隱 震動單元2 3產生一特定㈣㈣f ^制域，以控制 若是靜^ 率以及特定的震動時間； r之艮據觸控座標執行内存於記憶體單元 之軟肽私式，則不產生控制訊號，此 會產生震動。藉此，使用者13即可透過靈^二 P 裳置U否執行其所欲開啟的軟體程^震動k示得知終端 第五圖所示為根據本發明第二實 提示功能之終端裝置的觸控流程示意圖。-有蜀控震動 板^=^四圖與_。#使料13觸碰觸控面 板1匕觸控面板”即會產生一觸控訊敢， 偵測單兀21會週期地對觸控面板丨〗 / 、,不 元21偵測到此觸控訊號，即會產生1;:座:：偵:： 驟S52及S53所示。此時，微處理單 =唬如步 號與記憶體單元41内存之座標定義資觸“座“汛 標訊號是否執行内存於記憶體單元4 S疋根據觸&座 1之程式軟體進行判 11/17 201128472 Γ :=S54所示。當觸控座標訊號與座標定義資訊相 符，或疋觸控座標訊號使得微處理單元22開始執行 體時’微處理單元22即會產生一控制訊號 ^ 元23產生震動，如步驟S55所示。並且，微 控制震動早το 23產生震__，也會控觸示單元】〇 顯示觸控絲_或是龄個職狀料倾，如步 驟S56所示。若是觸控座標訊號與座標定義資訊不相符， 或是觸控鋪域縣賴處理單元Μ執行料軟體，則 僅於顯示單元H)顯示觸控座標減，但是並不控制震動單 元23產生震動，如步驟S56所示。 又 透過此種震動提示的方式，則當使用者13利用觸控面 板1丨進行觸控訊號的輸入或是控制終端裝置2的運作時， 即可根據使用者13所闕之觸控座標織，柄震動單元 23所產生的震動提示，於觸控面板丨丨上感受到一震動觸 ，。藉此，使用者丨3得以明確地進行訊號的輸入與對終端 裝置3進賴作與控制，而不必擔，讀讀人之輸入訊號 未被終端跋置3所偵測到，而發生重複輸人或是錯誤輸入 的狀況。 根據本發明精神，亦可將震動單元23產生之震動提示 效果改換為驅動顯示單元1〇，使得微處理單元D可根據觸 控座標訊號，控制顯示單元1〇於使用者13所輸入之觸控 點處產生一光壳點，或是特殊的圖示符號。另外，亦可將 震動單元23改換為—聲音單元（未顯示），即是當使用者 13觸碰觸控面板11時，即產生一聲音提示。 根據本發明精神，亦可將上述之方式合併實施，當使 用者13觸碰觸控面板u時，可控制震動單元幻產生一震 12/17 201128472 動、控制顯示單元10產生一對應於觸控點之光亮點或圖示 符號、以及控制聲音單元（未顯示）產生一聲音提示等y，、 則使用者13可透過視覺、聽覺以及觸覺，同時感受以更加 深確認其所欲輸入之觸控訊號已被終端裝置1所接收。 惟，以上所述，僅為本發明的具體實施例之詳細說明 及圖式而已，並非用以限制本發明，本發明之所有範圍應 以下述之申請專利範圍為準，任何熟悉該項技藝者在本發 明之領域内，可輕易思及之變化或修飾皆可涵蓋在以下本 案所界定之專利範圍。 【圖式簡單說明】 第一圖所不為根據本發明實施例之具有觸控震動提示 功能之終端裝置的示意圖。 第二圖所示為根據本發明第一實施例之具有觸控震動 提示功能之終端裝置的模組示意圖。• If the comparison is made, if it is, a corresponding 10/17 201128472 = system (four) 'ton vibration unit 23 is used for the specific vibration frequency and === a vibration indication; if the touch coordinate signal is with the seat or The control tree 22 does not generate a control signal, and the terminal step 2 generates an erroneous input vibration prompt. At this point, the user finally generates a vibration or generates a false input vibration shock: The frequency vibration prompt has different body heights than other vibration prompts. Γ Γ Γ 置 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 # # # # # # # # # # # # # # # # # # # # # # # # # # # # The touchpad body is a 4i software program, which can generate a specific (four) (four) f ^ domain according to the hidden vibration unit 2 3 to control the static rate and the specific vibration time; r according to the touch coordinates execution memory In the soft peptide private mode of the memory unit, no control signal is generated, which causes vibration. Thereby, the user 13 can execute the software program that is to be turned on by the user, and the terminal device shown in the fifth figure is the terminal device according to the second real prompt function of the present invention. Schematic diagram of the touch process. - There are 蜀 control vibration board ^=^ four maps and _. #使料13Touching the touch panel 1匕Touch panel” will generate a touch message, and the detection unit 21 will periodically detect the touch panel 丨 / /, 21 The signal will generate 1;: Block::Detect:: Steps S52 and S53. At this time, the micro-processing single==step number and the memory of the memory unit 41 define the coordinates of the "seat" signal Execute the memory in the memory unit 4 S疋 according to the program software of the touch &1; 11/17 201128472 Γ := S54. When the touch coordinate signal and the coordinate definition information match, or the touch coordinate signal makes micro When the processing unit 22 starts to execute the body, the micro-processing unit 22 generates a control signal 23 to generate a vibration, as shown in step S55. Moreover, the micro-control vibration is generated by the vibration __, which also controls the touch unit. 〇 Display the touch wire _ or the age of the job, as shown in step S56. If the touch coordinate signal does not match the coordinate definition information, or the touch shop 赖 processing unit Μ executes the software, only Displaying the touch coordinate reduction on the display unit H), but not controlling the vibration unit 23 to generate a shock As shown in step S56, in the manner of the vibration prompting, when the user 13 uses the touch panel 1 to input the touch signal or control the operation of the terminal device 2, the user 13 can The vibration prompt generated by the handle of the handle and the handle vibration unit 23 senses a shock on the touch panel, thereby enabling the user to clearly input the signal and the terminal device 3 The input and control signals are not detected, and the input signal of the reader is not detected by the terminal device 3, and a situation of repeated input or erroneous input occurs. According to the spirit of the present invention, the vibration unit 23 can also be used. The generated vibration prompt effect is changed to drive the display unit 1〇, so that the micro processing unit D can control the display unit 1 to generate a light shell point at the touch point input by the user 13 according to the touch coordinate signal, or special In addition, the vibration unit 23 can also be changed to a sound unit (not shown), that is, when the user 13 touches the touch panel 11, an audible prompt is generated. According to the spirit of the present invention, When the user 13 touches the touch panel u, the user can control the vibration unit to generate a shock 12/17 201128472, and the control display unit 10 generates a light point or icon corresponding to the touch point. The symbol and the control sound unit (not shown) generate an audible prompt or the like y, and the user 13 can visually, audibly and sensibly feel at the same time to further confirm that the touch signal desired to be input has been used by the terminal device 1 The above is only the detailed description and drawings of the specific embodiments of the present invention, and is not intended to limit the invention, and all the scope of the invention should be based on the following claims. Those skilled in the art, within the scope of the present invention, can readily appreciate variations or modifications that are encompassed by the scope of the invention as defined in the following. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is not a schematic diagram of a terminal device having a touch vibration prompting function according to an embodiment of the present invention. The second figure shows a schematic diagram of a module of a terminal device having a touch vibration prompting function according to a first embodiment of the present invention.
第三圖所示為根據本發明第一實施例之具有觸控 k示功能之終端裝置_控流程示意圖。 第四圖所示為根據本發明第二實施例之具有觸控 楗不功能之終端裴置的模組示意圖。 ^五圖所tf為根據本發明第二實施例之具有觸控 ^不功能之終财㈣觸㈣程示賴。 【主要元件符號說明】 1、2、3 :終端裝置 1〇 :顯示單元 11 :觸控面板 Π/Ι7 201128472 12 :主機 丨3 :使用者 21 ··偵測單元 22 :微處理單元 23 :震動單元 41 :記憶體單元 S31-S35 :終端裝置的觸控與震動提示的流程圖 S51-S56 :終端裝置的觸控與震動提示的流程圖 14/17The third figure shows a schematic diagram of a terminal device with a touch k-display function according to a first embodiment of the present invention. The fourth figure shows a schematic diagram of a module with a touch device that is not functional according to the second embodiment of the present invention. The five-figure tf is a final (four) touch (four) process with touch control and non-function according to the second embodiment of the present invention. [Description of main component symbols] 1, 2, 3: Terminal device 1〇: Display unit 11: Touch panel Π/Ι7 201128472 12: Host 丨3: User 21 ··Detection unit 22: Micro processing unit 23: Vibration Unit 41: Memory unit S31-S35: Flow chart of touch and vibration prompts of the terminal device S51-S56: Flow chart of touch and vibration prompt of the terminal device 14/17