M413134 五、新型說明： 【新型所屬之技術領域】 [m] 本創作有關於晶圓生產設備，尤其是有關於晶圓生 產設備的操作系統。 [先前技術] [0002] 習知晶圓生產設備多半藉由電嘴操作，該電腦包括 一主機及一顯示器，該主機具一操作程式，且該操作程 式僅可接受一光感應接收輸入系統的一控制訊號，該顯 示器為CRT螢幕，供顯示該操作程式所產生之一操作書面 ，該操作畫面具分別對應各種功能的複數控制區塊。 [0003] 該光感應接受器通常為選自光筆與光搶的任一種。 當光感應接受器感應到CRT螢幕内電子搶位置時，可以發 出一訊號給主機上的介面卡，此介面卡與主機再依據此 訊號與影像畫面的水平頻率和垂直頻率計算出一光點位 置顯示於操作畫面上，進而讓使用者進行系統操作。 [0004] 然而，此習知的該光感應接收輪入系統要產生光點 ，必需配合具電子搶的CRT勞幕使用，但是近年來，crt 螢幕因體積大、易產生尚溫等種種因素，已逐漸被液晶 顯示器或電漿顯示器取代而逐漸停產，又習知光感應接 收器為消耗品，且為特殊用品而價格昂貴，而且其效果 不佳，因而使得該習用之光感應接收輸入系統更逐漸被 其它輸入系統所取代。但是由於晶圓生產設備之電腦的 操作程式及系統設定為依據其所執行的特殊功能而特別 訂製的，其設計僅適用於光感應接收輸入系統，因此對 表單編號A0101 第4頁/共15頁 M413134 於習知使用光感應接收輸入系統的操作程式，若要昇級 為其它種方式的輸入系統，則必須整個操作程式全部更 新方可，不但升級成本高昂，且需要花費相當多的時間 除錯，難以滿足使用上的需求。 【新型内容】 [0005] 爰此，本創作之主要目的在於揭露一種多用途觸控液 晶顯示系統，以操控晶圓生產設備，並可充當一般顯示 螢幕使用。 本創作為一種多用途觸控液晶顯示系統，其包含一觸 控控制與影像顯示模組、一訊號來源切換單元、一邏輯 運算處理單元、一微控制器處理單元、一設備影像暨操 作訊號連接埠、一影像觸控校正單元與一電腦影像輸入 璋，其中該觸控控制與影像顯示模組具有一影像輸入單 元與一觸控訊號輸出單元，該訊號來源切換單元連接該 影像輸入單元，該邏輯運算處理單元連接該觸控訊號輸 出單元與該訊號來源切換單元，該微控制器處理單元連 接該邏輯運算處理單元，該設備影像暨操作訊號連接埠 連接該邏輯運算處理單元與該訊號來源切換單元，該影 像觸控校正單元連接該邏輯運算處理單元與該訊號來源 切換單元，該電腦影像輸入埠連接該訊號來源切換單元 〇 該觸控訊號輸出單元輸出一觸控訊號，經該邏輯運算 處理單元輸出至微控制器處理單元，且該邏輯運算處理 單元依據使用者之操作而產生一切換訊號輸出至該訊號 來源切換單元。 表單編號A0101 第5頁/共15頁 該觸控訊號經該微控制器處理單元的運算產生一觸控 位置訊號，且該設備影像暨操作訊號連接埠連接一晶圓 生產設備，並依據該晶圓生產設備的一設備影像畫面輸 出一設備影像訊號至該訊號來源切換單元及該邏輯運算 處理單元。 又該影像觸控校正單元接收該觸控位置訊號與該設備 影像訊號，並產生一校正影像訊號輸入至該訊號來源切 換單元。 此外，該電腦影像輸入埠連接一個人電腦，並依據該 個人電腦的顯示畫面輸出一影像訊號至該訊號來源切換 單元；因而該訊號來源切換單元可依據該邏輯運算處理 單元所輸出的該切換訊號而切換選擇該影像訊號、該設 備影像訊號與該校正影像訊號的任一而於該觸控控制與 影像顯示模組顯示。 又該微控制器處理單元依據該觸控訊號及該設備影像 訊號，計算出觸碰的位置所對應到該設備影像晝面的位 置而產生一系統操作控制訊號，並輸出至該設備影像暨 操作訊號連接埠，以控制該晶圓生產設備的運作。 據此，本創作可藉由該訊號來源切換單元的切換，而 選擇要校正觸控影像、顯示該個人電腦的顯示畫面或是 顯示該晶圓生產設備的設備影像畫面，並可藉由該微控 制器處理單元的運算，依據該觸控訊號及該設備影像訊 號產生一系統操作控制訊號，以供控制該晶圓生產設備 的運作，因此不但可供取代習知光感應接收輸入系統， 並可作為一般顯示螢幕使用，滿足多功能的需求。 表單編號A0101 第6頁/共15頁 【實施方式】 [0006] 為俾使貴委員對本創作之特徵、目的及功效，有著更 加深入之瞭解與認同，茲列舉較佳實施例並配合圖式說 明如后： 請參閱「圖1」與「圖2」所示，本創作包含一觸控控 制與影像顯示模組10、一訊號來源切換單元20、一邏輯 運算處理單元30、一微控制器處理單元40、一設備影像 暨操作訊號連接埠50、一影像觸控校正單元60與一電腦 影像輸入埠70，其中該觸控控制與影像顯示模組10具有 一影像顯示面板11、一觸控面板12、一影像輸入單元13 與一觸控訊號輸出單元14，該影像顯示面板11連接該影 像輸入單元13，該觸控面板12連接該觸控訊號輸出單元 14，該訊號來源切換單元20連接該影像輸入單元13，該 邏輯運算處理單元30連接該觸控訊號輸出單元14與該訊 號來源切換單元20，該微控制器處理單元40連接該邏輯 運算處理單元30，該設備影像暨操作訊號連接埠50連接 該邏輯運算處理單元30與該訊號來源切換單元20，該影 像觸控校正單元60連接該邏輯運算處理單元30與該訊號 來源切換單元20，該電腦影像輸入埠70連接該訊號來源 切換單元2 0。 其中該觸控訊號輸出單元14用於輸出一觸控訊號，該 邏輯運算處理單元30接收該觸控訊號，且將該觸控訊號 輸出至該微控制器處理單元40，並該邏輯運算處理單元 30依據使用者之操作而產生一切換訊號輸出至該訊號來 源切換單元2 0。 該觸控訊號經過該微控制器處理單元40的運算之後， 表單編號A0101 第7頁/共15頁 可產生一觸控位置訊號，且該設備影像暨操作訊號連接 埠50為供連接一晶圓生產設備80(如「圖2」所示），並依 據該晶圓生產設備80的一設備影像畫面輪出一設備影像 訊號至該訊號來源切換單元20及該邏輯運算處理單元30 ，其中該設備影像畫面即為該晶圓生產設備80的控制介 面。 又該邏輯運算處理單元30在接收該觸控位置訊號與該 設備影像訊號之後，可以產生一校正影像訊號，並輸入 至該訊號來源切換單元20。 該電腦影像輸入埠70為供連接一個人電腦90(如「圖2 」所示），並依據該個人電腦90的顯示晝面輸出一影像訊 號至該訊號來源切換單元20。 因而該訊號來源切換單元20即可依據該邏輯運算處理 單元30所輸出的切換訊號的選擇，切換該影像訊號、該 設備影像訊號與該校正影像訊號的任一，而於該觸控控 制與影像顯示模組10之影像顯示面板11上顯示出來。 又該微控制器處理單元40可依據該觸控訊號及該設備 影像訊號，計算出該觸控面板12觸碰的位置所對應到該 設備影像畫面的位置而產生一系統操作控制訊號，並輸 出至該設備影像暨操作訊號連接埠50，而供控制該晶圓 生產設備80的運作。 請參閱「圖3」所示，本創作的該設備影像暨操作訊 號連接埠50亦可透過一影像訊號強波器52與該邏輯運算 處理單元30和該訊號來源切換單元20連接。 又該邏輯運算處理單元30更連接一觸控筆輸入埠31， 該觸控筆輸入埠31可以連接一觸控筆（圖未示），該觸控 表單編號A0101 第8頁/共15頁 M413.134 筆可以具有產生一觸發訊號的一觸發鈕，當該觸控筆於 該觸控控制與影像顯示模組10之觸控面板12正確觸壓要 選擇的功能時，可按壓該觸發鈕產生該觸發訊號，並由 該觸控筆輸入埠31輸入該邏輯運算處理單元30，該邏輯 運算處理單元30接收到該觸發訊號，才觸發產生該系統 操作控制訊號，因而可避免誤觸動的可能。此外，該邏 輯運算處理單元30可更連接一觸控訊號輸出埠32，該觸 控訊號輸出埠32可直接輸出該觸控訊號，該觸控訊號輸 出埠32可供連接一般電腦（圖未示），而讓該觸控控制與 影像顯示模組10單純作為觸控螢幕使用。 如上所述，本創作除了可藉由該訊號來源切換單元20 的切換，而選擇要校正觸控影像、顯示該個人電腦90的 顯示晝面或是顯示該晶圓生產設備80的設備影像畫面之 外，更可藉由該微控制器處理單元40的運算，依據該觸 控訊號及該設備影像訊號產生一系統操作控制訊號，以 供控制該晶圓生產設備80的運作，同時可作為一般觸控 螢幕使用，因此可供取代習知光感應接收輸入系統，並 可作為一般顯示螢幕、觸控螢幕使用，其構成一種多用 途觸控液晶顯示系統，可滿足多功能的需求。 综上所述僅為本創作的較佳實施例而已，並非用來限 定本創作之實施範圍，即凡依本創作申請專利範圍之内 容所為的等效變化與修飾，皆應為本創作之技術範疇。 【圖式簡單說明】 [0007] 圖1，係本創作結構方塊圖》 [0008] 圖2，係本創作應用結構方塊圖。 表單編號A0101 第9頁/共15頁 M413134 [0009] 圖3，係本創作另一實施結構方塊圖。 【主要元件符號說明】 [0010] 10 :觸控控制與影像顯示模組 [0011] 11 :影像顯示面板 [0012] 12 :觸控面板 [0013] 13 :影像輸入單元 [0014] 14 :觸控訊號輸出單元 [0015] 20 :訊號來源切換單元 [0016] 30 :邏輯運算處理單元 [0017] 31 :觸控筆輸入埠 [0018] 32 :觸控訊號輸出埠 [0019] 40 :微控制器處理單元 [0020] 50 :設備影像暨操作訊號連接埠 [0021] 52 :影像訊號強波器 [0022] 60 :影像觸控校正單元 [0023] 70 :電腦影像輸入埠 [0024] 80 :晶圓生產設備 [0025] 90 :個人電腦 表單編號A0101 第10頁/共15頁M413134 V. New Description: [New Technology Area] [m] This creation is about wafer production equipment, especially the operating system for wafer production equipment. [Prior Art] [0002] Conventional wafer production equipment is mostly operated by a nozzle, the computer includes a host and a display, the host has an operating program, and the operating program can only receive a control of a light sensing receiving input system Signal, the display is a CRT screen for displaying the operation of one of the operations generated by the operating program, and the operation screen has a plurality of control blocks corresponding to various functions. [0003] The light sensing receptor is generally selected from any one of a light pen and a light grab. When the optical sensor receiver senses the electronic grab position in the CRT screen, a signal can be sent to the interface card on the host, and the interface card and the host calculate a spot position based on the horizontal frequency and vertical frequency of the signal and the image frame. Displayed on the operation screen, allowing the user to perform system operations. [0004] However, the conventional light-sensing receiving wheel-in system generates a light spot, and must be used in conjunction with an electronic grab CRT screen. However, in recent years, the crt screen has various factors such as large size and easy temperature. It has gradually been discontinued by liquid crystal displays or plasma displays, and it is known that light-sensing receivers are consumables, and they are expensive for special products, and their effects are not good, thus making the conventional light-sensing receiving and input system more gradually Replaced by other input systems. However, since the operating program and system of the computer of the wafer production equipment are specially customized according to the special functions performed by the wafer production equipment, the design is only applicable to the light sensing receiving input system, so the form number A0101 is 4/15 Page M413134 In the conventional use of the optical sensor receiving input system operating program, if you want to upgrade to other types of input systems, you must update the entire operating program, not only the upgrade cost is high, but also takes a considerable amount of time to debug It is difficult to meet the needs of use. [New Content] [0005] Therefore, the main purpose of this creation is to expose a multi-purpose touch liquid crystal display system for manipulating wafer production equipment and serving as a general display screen. The present invention is a multi-purpose touch liquid crystal display system comprising a touch control and image display module, a signal source switching unit, a logic operation processing unit, a microcontroller processing unit, and a device image and operation signal connection. An image touch correction unit and a computer image input unit, wherein the touch control and image display module has an image input unit and a touch signal output unit, and the signal source switching unit is coupled to the image input unit, The logic processing unit is connected to the touch signal output unit and the signal source switching unit, the microcontroller processing unit is connected to the logic operation processing unit, and the device image and operation signal port is connected to the logic operation processing unit and the signal source is switched. The image touch correction unit is connected to the logic operation processing unit and the signal source switching unit, and the computer image input port is connected to the signal source switching unit, and the touch signal output unit outputs a touch signal, and the logic operation is processed. The unit outputs to the microcontroller processing unit, and Logical processing unit according to the user's operation of generating a switching signal is output to the input source switching unit. Form No. A0101 Page 5 of 15 The touch signal is generated by the processing unit of the microcontroller to generate a touch position signal, and the device image and operation signal connection is connected to a wafer production device, and according to the crystal A device image frame of the round production device outputs a device image signal to the signal source switching unit and the logic operation processing unit. The image touch correction unit receives the touch position signal and the device image signal, and generates a corrected image signal input to the signal source switching unit. In addition, the computer image input port is connected to a personal computer, and an image signal is outputted to the signal source switching unit according to the display screen of the personal computer; thus, the signal source switching unit can be based on the switching signal output by the logic processing unit. Switching to select the image signal, the device image signal and the corrected image signal are displayed on the touch control and image display module. The microcontroller processing unit generates a system operation control signal according to the touch signal and the device image signal, and calculates a position corresponding to the position of the device image, and outputs the system operation control signal to the device image and operation. The signal is connected to control the operation of the wafer production equipment. Accordingly, the creation of the signal source switching unit can be selected to correct the touch image, display the display screen of the personal computer or display the device image of the wafer production device, and The operation of the controller processing unit generates a system operation control signal according to the touch signal and the device image signal for controlling the operation of the wafer production equipment, so that it can not only replace the conventional light sensing receiving input system, but also can be used as a general Display screen usage to meet the needs of versatility. Form No. A0101 Page 6 of 15 [Embodiment] [0006] In order to enable your members to have a deeper understanding and recognition of the features, purposes and effects of this creation, the preferred embodiment is illustrated with a schematic description. For example, please refer to FIG. 1 and FIG. 2, the present invention includes a touch control and image display module 10, a signal source switching unit 20, a logic operation processing unit 30, and a microcontroller processing. The unit 40, a device image and operation signal port 50, an image touch correction unit 60 and a computer image input port 70, wherein the touch control and image display module 10 has an image display panel 11 and a touch panel. 12, an image input unit 13 and a touch signal output unit 14, the image display panel 11 is connected to the image input unit 13, the touch panel 12 is connected to the touch signal output unit 14, the signal source switching unit 20 is connected to the The image processing unit 13 is connected to the touch signal output unit 14 and the signal source switching unit 20, and the microcontroller processing unit 40 is connected to the logic operation. The processing unit 30, the device image and operation signal port 50 is connected to the logic processing unit 30 and the signal source switching unit 20, and the image touch correction unit 60 is connected to the logic operation processing unit 30 and the signal source switching unit 20, The computer image input port 70 is connected to the signal source switching unit 20. The touch signal output unit 14 is configured to output a touch signal, the logic operation processing unit 30 receives the touch signal, and outputs the touch signal to the microcontroller processing unit 40, and the logic operation processing unit 30 generates a switching signal output to the signal source switching unit 20 according to the operation of the user. After the touch signal is processed by the microcontroller processing unit 40, the form number A0101 page 7/15 can generate a touch position signal, and the device image and operation signal port 50 is used to connect a wafer. a device 80 (shown in FIG. 2), and a device image signal is sent to the signal source switching unit 20 and the logic operation processing unit 30 according to a device image of the wafer production device 80, wherein the device The image screen is the control interface of the wafer production apparatus 80. After receiving the touch position signal and the device image signal, the logic operation processing unit 30 can generate a corrected image signal and input the signal to the signal source switching unit 20. The computer image input port 70 is for connecting a personal computer 90 (as shown in FIG. 2), and outputs an image signal to the signal source switching unit 20 according to the display surface of the personal computer 90. Therefore, the signal source switching unit 20 can switch any one of the image signal, the device image signal and the corrected image signal according to the selection of the switching signal output by the logic processing unit 30, and the touch control and the image The image display panel 11 of the display module 10 is displayed. The microcontroller processing unit 40 can calculate a position corresponding to the position of the image of the device by the touch panel 12 according to the touch signal and the device image signal to generate a system operation control signal, and output The device image and operation signal port 50 is connected to control the operation of the wafer production device 80. Please refer to FIG. 3, the device image and operation signal port 50 of the present invention can also be connected to the logic operation processing unit 30 and the signal source switching unit 20 via an image signal strong wave device 52. The logic processing unit 30 is further connected to a stylus input port 31. The stylus input port 31 can be connected to a stylus pen (not shown). The touch form number A0101 is 8 pages/15 pages M413 The 134 pen may have a trigger button for generating a trigger signal. When the stylus is correctly pressed by the touch panel 12 of the touch control and image display module 10, the trigger button may be pressed to generate the function. The trigger signal is input to the logic operation processing unit 30 by the stylus input unit 31. The logic operation processing unit 30 receives the trigger signal to trigger the generation of the system operation control signal, thereby avoiding the possibility of accidental touch. In addition, the logic processing unit 30 can be further connected to a touch signal output port 32. The touch signal output port 32 can directly output the touch signal, and the touch signal output port 32 can be connected to a general computer (not shown). The touch control and image display module 10 is simply used as a touch screen. As described above, in addition to the switching of the signal source switching unit 20, the present invention selects whether to correct the touch image, display the display surface of the personal computer 90, or display the device image of the wafer production device 80. In addition, the operation of the microcontroller processing unit 40 can generate a system operation control signal according to the touch signal and the device image signal for controlling the operation of the wafer production device 80, and can be used as a general touch. The control screen is used to replace the conventional light sensing receiving input system, and can be used as a general display screen or a touch screen. It constitutes a multi-purpose touch liquid crystal display system, which can meet the needs of multifunctional functions. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of implementation of the present invention, that is, the equivalent changes and modifications of the content of the patent application scope of the present invention should be the technology of the creation. category. [Simple description of the schema] [0007] Figure 1, is a block diagram of the creation structure. [0008] Figure 2 is a block diagram of the application structure of the present application. Form No. A0101 Page 9 of 15 M413134 [0009] Fig. 3 is a block diagram showing another embodiment of the present invention. [Main component symbol description] [0010] 10: Touch control and image display module [0011] 11 : Image display panel [0012] 12 : Touch panel [0013] 13 : Image input unit [0014] 14 : Touch Signal output unit [0015] 20 : Signal source switching unit [0016] 30 : Logic operation processing unit [0017] 31 : stylus input 埠 [0018] 32 : Touch signal output 埠 [0019] 40 : Microcontroller processing Unit [0020] 50 : Device image and operation signal connection 埠 [0021] 52 : Image signal strong wave [0022] 60 : Image touch correction unit [0023] 70 : Computer image input 埠 [0024] 80 : Wafer production Equipment [0025] 90 : PC form number A0101 Page 10 of 15