TWM651547U - Touch display with touch aid - Google Patents

Touch display with touch aid Download PDF

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Publication number
TWM651547U
TWM651547U TW112210026U TW112210026U TWM651547U TW M651547 U TWM651547 U TW M651547U TW 112210026 U TW112210026 U TW 112210026U TW 112210026 U TW112210026 U TW 112210026U TW M651547 U TWM651547 U TW M651547U
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Taiwan
Prior art keywords
touch
sensing points
display
auxiliary component
module
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TW112210026U
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Chinese (zh)
Inventor
盧志宏
何任晏
高偉豪
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全台晶像股份有限公司
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Priority to TW112210026U priority Critical patent/TWM651547U/en
Publication of TWM651547U publication Critical patent/TWM651547U/en

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Abstract

一種具有觸控輔助件的觸控顯示器,其一蓋板之上表面設置有至少一立體輔助件,該至少一立體輔助件對應位於一觸控模組的上方,且該觸控模組的觸控感應能力係對應該蓋板表面的高低起伏,當該至少一立體輔助件受到觸碰時,該觸控模組能感應產生至少一觸控訊號給一控制單元,令該控制單元控制其電性連接的一顯示模組對應顯示一影像內容;該至少一立體輔助件能提供觸覺的回饋,減少使用者在操作該觸控顯示器的過程需透過視線確認其觸碰的位置,若該觸控顯示器應用於汽車領域,可減少駕駛人將視線轉移至該觸控顯示器上的機會而增加行車上的安全。A touch display with a touch auxiliary component, in which at least one three-dimensional auxiliary component is provided on the upper surface of a cover plate, and the at least one three-dimensional auxiliary component is located above a touch control module, and the touch control module of the touch control module The control sensing capability corresponds to the ups and downs of the cover surface. When the at least one three-dimensional auxiliary component is touched, the touch module can sense and generate at least one touch signal to a control unit, allowing the control unit to control its electrical A display module that is sexually connected displays an image content correspondingly; the at least one three-dimensional auxiliary component can provide tactile feedback, reducing the user's need to confirm the touch position through line of sight during operation of the touch display. If the touch Displays used in the automotive field can reduce the chance of drivers shifting their eyes to the touch display and increase driving safety.

Description

具有觸控輔助件的觸控顯示器Touch monitor with touch aid

本新型關於一種觸控顯示器,特別是指一種具有觸控輔助件的觸控顯示器。 The present invention relates to a touch display, in particular to a touch display with a touch auxiliary component.

隨著科技的進步,觸控技術被廣泛應用於日常生活中的各個領域中,舉例而言,現有汽車的駕駛艙中通常設置有一中控台,該中控台上除了包含複數實體控制鈕以外,還設置有一觸控顯示器,該複數實體控制鈕用以控制汽車本身的相關裝置,例如調整汽車的一空調裝置之風量大小,而該觸控顯示器供駕駛人或位於副駕駛座的乘客觸控操作,以執行如導航、影音等功能,部分車廠甚至已將該複數實體控制鈕的功能整合進該觸控顯示器中。 With the advancement of technology, touch technology is widely used in various fields of daily life. For example, the cockpit of an existing car is usually equipped with a center console, which in addition to containing a plurality of physical control buttons , a touch display is also provided. The plurality of physical control buttons are used to control related devices of the car itself, such as adjusting the air volume of an air conditioning device of the car. The touch display is for the driver or the passenger in the passenger seat to touch. Operate to perform functions such as navigation, audio and video, etc. Some car manufacturers have even integrated the functions of multiple physical control buttons into the touch display.

該觸控顯示器將顯示一圖像使用者介面(GUI),該圖像使用者介面整合所有控制汽車的功能鍵,其優點在於可使汽車的中控台更加整潔一致,且一觸控顯示器就能控制一汽車中的各種裝置;然而,現有的觸控顯示器之操作面係為一平面,對於操作者而言,因為觸控顯示器的操作面缺乏如實體按鈕的觸覺回饋(高低起伏),而需透過肉眼確認是否觸碰於欲觸碰的功能鍵上,若操作者為駕駛車輛中的駕駛人,為了操作該觸控顯示器而分心將其視線轉移至該觸控顯示器上,將存有行車上安全的疑慮。 The touch display will display a graphical user interface (GUI) that integrates all the function keys that control the car. The advantage is that it can make the car's center console more tidy and consistent, and a touch display can It can control various devices in a car; however, the operating surface of the existing touch display is a flat surface. For the operator, the operating surface of the touch display lacks the tactile feedback (high and low fluctuations) of physical buttons. It is necessary to confirm with the naked eye whether the function key to be touched is touched. If the operator is a driver in a vehicle and is distracted and shifts his/her sight to the touch display in order to operate the touch display, there will be Driving safety concerns.

現有的觸控顯示器為平面觸控操作而缺乏觸覺回饋,導致使用者無法僅透過觸覺即確認是否觸碰到欲觸碰的位置,有鑑於此,本新型提出一種具有觸控輔助件的觸控顯示器,包含:一蓋板; 至少一立體輔助件,設置在該蓋板的上表面,用以供使用者觸碰操作;一觸控模組,設置在該蓋板的下表面,且當該至少一立體輔助件受到觸碰操作時,該觸控模組產生至少一觸控訊號;一顯示模組,設置在該觸控模組的下表面;一控制單元,電性連接該觸控模組及該顯示模組,以接收該至少一觸控訊號並根據該至少一觸控訊號控制該顯示模組對應顯示一影像內容。 The existing touch display is a flat touch operation and lacks tactile feedback, resulting in the user being unable to confirm whether the desired position is touched through touch alone. In view of this, the present invention proposes a touch control device with a touch auxiliary component. Display, including: a cover; At least one three-dimensional auxiliary component is disposed on the upper surface of the cover for user touch operation; a touch module is disposed on the lower surface of the cover, and when the at least one three-dimensional auxiliary component is touched During operation, the touch module generates at least one touch signal; a display module is disposed on the lower surface of the touch module; a control unit is electrically connected to the touch module and the display module to Receive the at least one touch signal and control the display module to correspondingly display an image content according to the at least one touch signal.

本新型具有觸控輔助件的觸控顯示器在其蓋板之上表面設置有至少一立體輔助件,該至少一立體輔助件對應位於該觸控模組的上方,且該觸控模組的觸控感應能力係對應該蓋板表面的高低起伏,當該至少一立體輔助件受到觸碰時,該觸控模組能感應產生至少一觸控訊號給該控制單元,令該控制單元控制其電性連接的該顯示模組對應顯示一影像內容,對於使用者而言,該至少一立體輔助件能提供觸覺上的回饋,減少使用者在操作該觸控顯示器的過程需透過視線確認其觸碰的位置,使該觸控顯示器能應用於更多不同的使用情境,如先前技術所述,當本新型應用於汽車領域中,將可減少駕駛人分心之情形而增加行車上的安全。 The novel touch display with a touch auxiliary component of the present invention is provided with at least one three-dimensional auxiliary component on the upper surface of its cover. The at least one three-dimensional auxiliary component is correspondingly located above the touch control module, and the touch panel of the touch control module The control sensing capability corresponds to the ups and downs of the cover surface. When the at least one three-dimensional auxiliary component is touched, the touch module can sense and generate at least one touch signal to the control unit, allowing the control unit to control its electrical The display module that is sexually connected displays an image content correspondingly. For the user, the at least one three-dimensional auxiliary component can provide tactile feedback, reducing the need for the user to confirm their touch through line of sight during operation of the touch display. The position allows the touch display to be applied to more different usage scenarios. As mentioned in the previous technology, when the present invention is applied to the automotive field, it will reduce driver distraction and increase driving safety.

1:觸控顯示器 1:Touch display

10:蓋板 10:Cover

11:油墨層 11: Ink layer

12:可視區 12:Visual area

20:觸控模組 20:Touch module

21:觸控基板 21:Touch substrate

22:觸控電極層 22:Touch electrode layer

23:一般感應點 23:General sensing points

24:調校感應點 24:Adjust sensing point

24A:第一調校感應點 24A: First adjustment sensing point

24B:第二調校感應點 24B: Second adjustment sensing point

30:顯示模組 30:Display module

40,40’:立體輔助件 40,40’: three-dimensional auxiliary parts

41:第一凸部 41: First convex part

42:第二凸部 42:Second convex part

43:第一凹部 43: First concave part

44:第二凹部 44:Second recess

50:控制單元 50:Control unit

60:光學膠層 60: Optical adhesive layer

圖1:本新型具有觸控輔助件的觸控顯示器的一實施例之結構示意圖。 Figure 1: A schematic structural diagram of an embodiment of the new touch display with a touch auxiliary component.

圖2:本新型具有觸控輔助件的觸控顯示器的一實施例之俯視平面示意圖。 Figure 2: A top plan view of an embodiment of the new touch display with a touch auxiliary component.

圖3:本新型具有觸控輔助件的觸控顯示器的另一實施例之結構示意圖。 Figure 3: A schematic structural diagram of another embodiment of the new touch display with a touch auxiliary component.

圖4:本新型具有觸控輔助件的觸控顯示器的一實施例之俯視平面示意圖,其中包含複數一般感應點及複數調校感應點。 Figure 4: A top plan view of an embodiment of the new touch display with a touch auxiliary component, which includes a plurality of general sensing points and a plurality of adjustment sensing points.

為能詳細瞭解本新型的技術特徵及實用功效,並可依照新型內容來實現,茲進一步以如圖式所示的實施例,詳細說明如後:本新型為一種具有觸控輔助件的觸控顯示器,請參閱圖1,本新型觸控顯示器1包含一蓋板10、一觸控模組20、一顯示模組30、至少一立體輔助件40及一控制單元50。 In order to understand the technical features and practical effects of the present invention in detail, and to implement them according to the content of the new model, the following is a detailed description of the embodiment as shown in the figures: The new model is a touch control device with a touch auxiliary part. Display, please refer to FIG. 1 . The new touch display 1 of the present invention includes a cover 10 , a touch module 20 , a display module 30 , at least one three-dimensional auxiliary component 40 and a control unit 50 .

該蓋板10覆蓋於該觸控模組20、該顯示模組30及該控制單元50上,用以保護前述的元件;具體而言,請配合參閱圖2,該蓋板10可為一透明基板,例如玻璃基板,該蓋板10還包含有一油墨層11,該油墨層11環設於該蓋板10的背面之邊緣,使該蓋板10的中央形成一可視區12,該可視區12用以顯示一影像畫面,在本新型的一實施例中,該蓋板10為一矩形蓋板,該可視區12為一矩形可視區。 The cover 10 covers the touch module 20 , the display module 30 and the control unit 50 to protect the aforementioned components. Specifically, please refer to FIG. 2 , the cover 10 can be a transparent The substrate, such as a glass substrate, the cover 10 also includes an ink layer 11. The ink layer 11 is surrounding the edge of the back of the cover 10, so that a visible area 12 is formed in the center of the cover 10. The visible area 12 It is used to display an image. In an embodiment of the present invention, the cover 10 is a rectangular cover, and the viewing area 12 is a rectangular viewing area.

該觸控模組20設置在該蓋板10的下表面,用以供一使用者觸控操作,具體而言,如圖1所示,該觸控模組20包含一觸控基板21及一觸控電極層22,該觸控基板21設置在該蓋板10的背側,該觸控電極層22設置在該觸控基板21的表面上而位於該蓋板10與該觸控基板21之間,且該觸控電極層22可為氧化銦錫(ITO)製成的一透明導電膜層並與該可視區12的位置相對應;當使用者觸碰該蓋板10的可視區12時,該觸控電極層22將感測使用者手指與其之間的一電容變化。 The touch module 20 is disposed on the lower surface of the cover 10 for a user's touch operation. Specifically, as shown in FIG. 1 , the touch module 20 includes a touch substrate 21 and a Touch electrode layer 22 , the touch substrate 21 is disposed on the back side of the cover 10 , and the touch electrode layer 22 is disposed on the surface of the touch substrate 21 and is located between the cover 10 and the touch substrate 21 time, and the touch electrode layer 22 can be a transparent conductive film layer made of indium tin oxide (ITO) and corresponds to the position of the visible area 12; when the user touches the visible area 12 of the cover 10 , the touch electrode layer 22 will sense a capacitance change between the user's finger and the touch electrode layer 22 .

該顯示模組30設置在該觸控模組20的下表面,用以顯示一影像畫面,舉例而言,該顯示模組30可為一薄膜電晶體液晶顯示器(Thin film transistor liquid crystal display,TFT-LCD),較佳的,該顯示模組30的一顯示面與該可視區12的位置相對應,當該顯示模組30顯示該影像畫面時,於該蓋板10外部的使用者將可透過該可視區12看到該影像畫面的內容,其中,關於該顯示模組30如何顯示該影像畫面為所屬技術領域之通常知識,容不在此贅述。 The display module 30 is disposed on the lower surface of the touch module 20 for displaying an image. For example, the display module 30 can be a thin film transistor liquid crystal display (TFT). -LCD), preferably, a display surface of the display module 30 corresponds to the position of the viewing area 12. When the display module 30 displays the image screen, the user outside the cover 10 will be able to The content of the image frame is seen through the viewing area 12. How the display module 30 displays the image frame is common knowledge in the technical field and will not be described in detail here.

在本新型的一實施例中,如圖1所示,該蓋板10與該觸控模組20之間設置有一光學膠層60,該觸控模組20與該顯示模組30之間亦設置有一光學膠層60,各該光學膠層60係具有黏性而能將前述的元件彼此貼合固定,其中,各該光學膠層60可由一固態透明光學膠帶(Optically Clear Adhesive,OCA)或一液態透明光學膠(Optically Clear Resin,OCR)等材料所構成。 In an embodiment of the present invention, as shown in FIG. 1 , an optical adhesive layer 60 is disposed between the cover 10 and the touch module 20 , and there is also an optical adhesive layer 60 between the touch module 20 and the display module 30 . An optical adhesive layer 60 is provided. Each optical adhesive layer 60 is adhesive and can adhere and fix the aforementioned components to each other. Each optical adhesive layer 60 can be made of a solid transparent optical tape (Optically Clear Adhesive, OCA) or It is composed of liquid transparent optical glue (Optically Clear Resin, OCR) and other materials.

該至少一立體輔助件40設置在該蓋板10的上表面,用以供使用者觸碰操作,具體而言,該至少一立體輔助件40設置在該可視區12中,而對應位於該觸控模組20的上方,當使用者觸碰該至少一立體輔助件40時,該觸控模組20能感測使用者手指產生的電容變化而產生至少一觸控訊號,此部份將於後文配合圖式進一步說明。在本新型的一實施例中,如圖1所示,該至少一立體輔助件40為設置在該蓋板10上表面上的一實體物件,故該至少一立體輔助件40係外凸於該蓋板10的上表面,其中,該實體物件的材質例如可為塑膠、皮革、絲質、木質等絕緣體,並不加以為限;在本新型的另一實施例中,如圖3所示,與前述的實施例的差別在於,該至少一立體輔助件40’是該蓋板10的上表面經過加工(如:蝕刻)形成的至少一凹陷部,意即在本實施例中該至少一立體輔助件40’係內凹於該蓋板10的上表面的一凹陷部。 The at least one three-dimensional auxiliary component 40 is disposed on the upper surface of the cover 10 for user touch operation. Specifically, the at least one three-dimensional auxiliary component 40 is disposed in the viewing area 12 and corresponds to the touch position. Above the control module 20, when the user touches the at least one three-dimensional auxiliary component 40, the touch module 20 can sense the capacitance change generated by the user's finger to generate at least one touch signal. This part will be The following text will be further explained with diagrams. In an embodiment of the present invention, as shown in FIG. 1 , the at least one three-dimensional auxiliary component 40 is a physical object disposed on the upper surface of the cover 10 , so the at least one three-dimensional auxiliary component 40 protrudes outward from the cover plate 10 . The upper surface of the cover 10, where the material of the physical object can be, for example, plastic, leather, silk, wood or other insulators, but is not limited thereto; in another embodiment of the present invention, as shown in Figure 3, The difference from the previous embodiment is that the at least one three-dimensional auxiliary component 40' is at least one recessed portion formed by processing (such as etching) on the upper surface of the cover plate 10. That is to say, in this embodiment, the at least one three-dimensional auxiliary component 40' is The auxiliary component 40' is a recessed portion recessed in the upper surface of the cover 10.

該控制單元50電性連接該觸控模組20及該顯示模組30,接收該至少一觸控訊號及並根據該至少一觸控訊號控制該顯示模組30顯示一影像內容,具體而言,該控制單元50為設置在該顯示模組30背側的一控制電路板,該控制電路板例如包含有複數控制晶片、複數記憶體及電子元件等,該觸控模組20及該顯示模組30可分別透過一軟性電路板(FPC)與其電性連接,舉例而言,一軟性連路板(圖未示)的一端能設置在圖1中的該觸控基板21之表面上而與該觸控電極層22電性連接,而該軟性電路板的另一端則設置在該控制單元50的表面上與其電性連接,令該控制單元50能透過該軟性電路板接收該觸控訊號S1。 The control unit 50 is electrically connected to the touch module 20 and the display module 30, receives the at least one touch signal, and controls the display module 30 to display an image content according to the at least one touch signal. Specifically, , the control unit 50 is a control circuit board disposed on the back side of the display module 30. The control circuit board includes, for example, a plurality of control chips, a plurality of memories and electronic components. The touch module 20 and the display module The groups 30 can be electrically connected to each other through a flexible circuit board (FPC). For example, one end of a flexible circuit board (not shown) can be disposed on the surface of the touch substrate 21 in FIG. 1 to be connected with the touch substrate 21 in FIG. The touch electrode layer 22 is electrically connected, and the other end of the flexible circuit board is disposed on the surface of the control unit 50 and electrically connected thereto, so that the control unit 50 can receive the touch signal S1 through the flexible circuit board. .

請參閱圖4,以該至少一立體輔助件40係外凸於該蓋板10的上表面為例,關於該至少一立體輔助件40受到觸碰時該觸控模組20如何感測使用者手指產生的電容變化,係將該觸控電極層22劃分為複數節點,再透過軟體調整該控制單元50的運算參數,使該控制單元50在運算自不同節點傳送的訊號時,進行不同的補償修正,意即不同節點可具有不同或相同的觸控感應能力,故依觸控感應能力區分,該複數節點可包含複數一般感應點23及複數調校感應點24,對應於該至少一立體輔助件40的位置的該複數節點定義為該複數調校感應點24,而其他未對應於該至少一立體輔助件40的該複數節點定義為該複數一般感應點23。 Please refer to FIG. 4 , taking the at least one three-dimensional auxiliary component 40 protruding from the upper surface of the cover 10 as an example, how the touch module 20 senses the user when the at least one three-dimensional auxiliary component 40 is touched. The capacitance change generated by the finger divides the touch electrode layer 22 into a plurality of nodes, and then adjusts the operation parameters of the control unit 50 through software, so that the control unit 50 performs different compensations when calculating signals transmitted from different nodes. Modification means that different nodes can have different or the same touch sensing capabilities. Therefore, according to the touch sensing capabilities, the plurality of nodes can include a plurality of general sensing points 23 and a plurality of adjustment sensing points 24, corresponding to the at least one three-dimensional auxiliary The plurality of nodes at the position of the component 40 is defined as the plurality of adjustment sensing points 24 , and the plurality of nodes not corresponding to the at least one three-dimensional auxiliary component 40 is defined as the plurality of general sensing points 23 .

具體而言,若該蓋板10的表面係一平面,則該觸控電極層22的該複數節點的觸控感應能力都相同,然而,在本新型中該蓋板10的表面因為設置有該至少一立體輔助件40而存有高低起伏,該複數一般感應點23係用以感應一般平面的節點,而該複數調校感應點24係為了配合該蓋板10凸起或凹陷的部分而進行調整過的節點,且該複數一般感應點23的觸控感應能力與該複數調校感應點24的觸控感應能力不同。 Specifically, if the surface of the cover 10 is a plane, the touch sensing capabilities of the plurality of nodes of the touch electrode layer 22 are all the same. However, in the present invention, because the surface of the cover 10 is provided with the At least one three-dimensional auxiliary component 40 has ups and downs. The plurality of general sensing points 23 are used to sense nodes of a general plane, and the plurality of adjustment sensing points 24 are performed to match the convex or recessed parts of the cover 10 The adjusted nodes, and the touch sensing capabilities of the plurality of general sensing points 23 are different from the touch sensing capabilities of the plurality of adjusted sensing points 24 .

該複數一般感應點23及該複數調校感應點24能具有不同的觸控感應能力是因為:在本新型的一實施例中,該控制單元50包含有一觸控處理晶片,該觸控處理晶片能經軟體控制以調整該複數節點的觸控感應能力使其具有不同的觸控感應能力,具體而言,該觸控模組20傳送的該觸控訊號S1中包含至少一波峰訊號及複數雜訊,該至少一波峰訊號即是使用者觸碰該觸控模組20產生的,而該複數雜訊則例如可為水氣、灰塵等帶有電荷的環境因子附著於該觸控模組20上產生的,因為該觸控處理晶片具有一高訊噪比(SNR),例如:等於80(dB),該觸控處理晶片可將該觸控訊號S1進行訊號處理(例如:將該至少一波峰訊號放大且同時抑制該複數雜訊),而清楚區分至少一波峰訊號及複數雜訊, 其功效在於,該觸控模組20的感應靈敏度將可以調升或調降,該觸控模組20的感應靈敏度即為該複數一般感應點23及該複數調校感應點24的觸控感應能力。 The plurality of general sensing points 23 and the plurality of adjustment sensing points 24 can have different touch sensing capabilities because: in an embodiment of the present invention, the control unit 50 includes a touch processing chip, and the touch processing chip The touch sensing capabilities of the plurality of nodes can be adjusted through software control to have different touch sensing capabilities. Specifically, the touch signal S1 transmitted by the touch module 20 includes at least one peak signal and complex complex signals. The at least one peak signal is generated by the user touching the touch module 20 , and the complex noise can be, for example, water vapor, dust and other charged environmental factors attached to the touch module 20 Produced on The peak signal is amplified and the complex noise is suppressed at the same time), and at least one peak signal and the complex noise are clearly distinguished, Its function is that the sensing sensitivity of the touch module 20 can be adjusted up or down. The sensing sensitivity of the touch module 20 is the touch sensing of the plurality of general sensing points 23 and the plurality of adjustment sensing points 24 . ability.

且需特別注意的是,圖4僅示意繪出該複數一般感應點及該複數調校感應點,並不表示其實際的大小,該複數一般感應點及該複數調校感應點的大小係可根據觸控電極層22在劃分該複數節點而決定的,例如每個節點的大小可與該顯示模組30的一顯示像素(Pixel)相同。 It should be noted that Figure 4 only schematically depicts the plurality of general sensing points and the plurality of adjustment sensing points, and does not represent their actual sizes. The sizes of the plurality of general sensing points and the plurality of adjustment sensing points can be It is determined by dividing the plurality of nodes by the touch electrode layer 22. For example, the size of each node may be the same as a display pixel (Pixel) of the display module 30.

在本實施例中,請參閱圖1,該至少一立體輔助件40除外凸於該蓋板10的上表面外,還包含一第一凸部41及一第二凸部42,該第一凸部41的表面與該觸控模組20之間的垂直距離定義為一第一距離,該第二凸部42的表面與該觸控模組20之間的垂直距離定義為一第二距離,且該第一距離大於該第二距離,舉例而言,如圖1及圖2所示,該至少一立體輔助件40呈一拱形,其中央位置相對其兩端位置凸起(可參考圖1),該至少一立體輔助件40的中央位置即為該第一凸部41,該至少一立體輔助件40的兩端位置即為該第二凸部42。 In this embodiment, please refer to FIG. 1 . In addition to protruding from the upper surface of the cover 10 , the at least one three-dimensional auxiliary component 40 also includes a first protrusion 41 and a second protrusion 42 . The vertical distance between the surface of the portion 41 and the touch module 20 is defined as a first distance, and the vertical distance between the surface of the second convex portion 42 and the touch module 20 is defined as a second distance. And the first distance is greater than the second distance. For example, as shown in Figures 1 and 2, the at least one three-dimensional auxiliary component 40 is in an arch shape, and its central position is convex relative to its two ends (refer to Figure 1), the central position of the at least one three-dimensional auxiliary part 40 is the first convex part 41, and the two end positions of the at least one three-dimensional auxiliary part 40 are the second convex part 42.

請配合參閱圖4,對應該至少一立體輔助件的該第一凸部41之該複數調校感應點24定應為複數第一調校感應點24A,對應該至少一立體輔助件的該第二凸部42之該複數調校感應點24定義為複數第二調校感應點24B,其中,該複數第一調校感應點24A的觸控感應能力大於該複數第二調校感應點的觸控感應能力24B。 Please refer to FIG. 4 , the plurality of adjustment sensing points 24 corresponding to the first protrusion 41 of the at least one three-dimensional auxiliary component must be a plurality of first adjustment sensing points 24A, corresponding to the third of the at least one three-dimensional auxiliary component. The plurality of adjustment sensing points 24 of the two convex portions 42 are defined as a plurality of second adjustment sensing points 24B, wherein the touch sensing capabilities of the plurality of first adjustment sensing points 24A are greater than the touch sensing capabilities of the plurality of second adjustment sensing points. Control sensing ability 24B.

在本新型的另一實施例中,請配合參閱圖3,除了前文中說明的技術特徵,該至少一立體輔助件40’係內凹於該蓋板10的上表面外,該至少一立體輔助件40’還包含一第一凹部43及一第二凹部44,該第一凹部43的表面與該觸控模組20之間的垂直距離定義為一第三距離,第二凹部44的表面與該觸控模組20之間的垂直距離定義為一第四距離,且該第三距離小於該第四距離,舉例而言,如圖3,該至少一立體輔助件40’呈一拱形內凹於該蓋板10的上表面,其中 央位置相對其兩端位置內凹,該至少一立體輔助件40’的中央位置即為該第一凹部43,該至少一立體輔助件40’的兩端位置即為該第二凹部44。在本實施例中,對應該第一凹部43之該複數調校感應點24定應為複數第三調校感應點,對應該該第二凹部44之該複數調校感應點24定義為複數第四調校感應點,其中,該複數第三調校感應點的觸控感應能力小於該複數第四調校感應點的觸控感應能力。 In another embodiment of the present invention, please refer to FIG. 3 . In addition to the technical features described above, the at least one three-dimensional auxiliary component 40 ′ is recessed in the upper surface of the cover 10 . The component 40' also includes a first recess 43 and a second recess 44. The vertical distance between the surface of the first recess 43 and the touch module 20 is defined as a third distance. The surface of the second recess 44 and The vertical distance between the touch modules 20 is defined as a fourth distance, and the third distance is smaller than the fourth distance. For example, as shown in Figure 3, the at least one three-dimensional auxiliary component 40' is in the shape of an arch. is concave in the upper surface of the cover plate 10, wherein The central position is concave relative to its two end positions. The central position of the at least one three-dimensional auxiliary component 40' is the first concave portion 43, and the two end positions of the at least one three-dimensional auxiliary component 40' are the second concave portion 44. In this embodiment, the plurality of adjustment sensing points 24 corresponding to the first recess 43 are defined as a plurality of third adjustment sensing points, and the plurality of adjustment sensing points 24 corresponding to the second recess 44 are defined as a plurality of third adjustment sensing points. Four calibration sensing points, wherein the touch sensing capabilities of the plurality of third calibration sensing points are smaller than the touch sensing capabilities of the plurality of fourth calibration sensing points.

本新型具有觸控輔助件的觸控顯示器在其蓋板10之上表面設置有至少一立體輔助件40、40’,該至少一立體輔助件40、40’對應位於一觸控模組20的上方,該觸控模組20電性連接至一控制單元50,且該控制單元50能對該觸控模組20傳送的訊號進行補正,意即能調整該觸控模組20的觸控感應能力以對應該蓋板10表面的高低起伏,當該至少一立體輔助件40、40’受到觸碰時,該觸控模組20能感應產生至少一觸控訊號給該控制單元50,令該控制單元50控制其電性連接的一顯示模組30對應顯示一影像內容。 The new touch display with touch auxiliary parts of the present invention is provided with at least one three-dimensional auxiliary part 40, 40' on the upper surface of its cover plate 10. The at least one three-dimensional auxiliary part 40, 40' is located correspondingly to a touch module 20. Above, the touch module 20 is electrically connected to a control unit 50, and the control unit 50 can correct the signal sent by the touch module 20, that is, it can adjust the touch sensor of the touch module 20. Ability to correspond to the ups and downs of the surface of the cover 10, when the at least one three-dimensional auxiliary member 40, 40' is touched, the touch module 20 can sense and generate at least one touch signal to the control unit 50, so that the The control unit 50 controls a display module 30 electrically connected thereto to correspondingly display an image content.

以上說明乃僅記載本新型為呈現解決問題所採用的技術手段之實施方式或實施例而已,並非用來限定本新型專利實施之範圍。即凡與本新型專利申請範圍文義相符,或依本新型專利範圍所做的均等變化與修飾,皆為本新型專利範圍所涵蓋。 The above description only describes the implementation modes or examples of the technical means used to solve the problems of the present invention, and is not intended to limit the scope of the patent implementation of the present invention. That is to say, all changes and modifications that are consistent with the literal meaning of the application scope of this new patent, or are equivalent changes and modifications made in accordance with the scope of this new patent, are covered by the scope of this new patent.

1:觸控顯示器 1:Touch display

10:蓋板 10:Cover

11:油墨層 11: Ink layer

20:觸控模組 20:Touch module

21:觸控基板 21:Touch substrate

22:觸控電極層 22:Touch electrode layer

30:顯示模組 30:Display module

40:立體輔助件 40: Three-dimensional auxiliary parts

41:第一凸部 41: First convex part

42:第二凸部 42:Second convex part

50:控制單元 50:Control unit

60:光學膠層 60: Optical adhesive layer

Claims (8)

一種具有觸控輔助件的觸控顯示器,包含: 一蓋板; 至少一立體輔助件,設置在該蓋板的上表面,用以供使用者觸碰操作; 一觸控模組,設置在該蓋板的下表面,且當該至少一立體輔助件受到觸碰操作時,該觸控模組產生至少一觸控訊號; 一顯示模組,設置在該觸控模組的下表面; 一控制單元,電性連接該觸控模組及該顯示模組,以接收該至少一觸控訊號並根據該至少一觸控訊號控制該顯示模組對應顯示一影像內容。 A touch display with touch auxiliary components, including: a cover plate; At least one three-dimensional auxiliary component is provided on the upper surface of the cover for touch operation by the user; A touch module is provided on the lower surface of the cover, and when the at least one three-dimensional auxiliary component is touched, the touch module generates at least one touch signal; A display module is provided on the lower surface of the touch module; A control unit is electrically connected to the touch module and the display module to receive the at least one touch signal and control the display module to correspondingly display an image content according to the at least one touch signal. 如請求項1所述具有觸控輔助件的觸控顯示器,其中,該至少一立體輔助件係外凸於該蓋板的上表面。The touch display with a touch auxiliary component as claimed in claim 1, wherein the at least one three-dimensional auxiliary component protrudes outward from the upper surface of the cover plate. 如請求項1所述具有觸控輔助件的觸控顯示器,其中,該至少一立體輔助件係內凹於該蓋板的上表面。The touch display with a touch auxiliary component as claimed in claim 1, wherein the at least one three-dimensional auxiliary component is recessed in the upper surface of the cover plate. 如請求項1所述具有觸控輔助件的觸控顯示器,其中,該蓋板還包含有一油墨層,該油墨層環設於該蓋板的背面之邊緣,使該蓋板的中央形成一可視區,該至少一立體輔助件位於該可視區中而對應位於該觸控模組的上方。The touch display with a touch auxiliary component as claimed in claim 1, wherein the cover plate further includes an ink layer, and the ink layer is surrounding the edge of the back side of the cover plate to form a visible center in the center of the cover plate. area, the at least one three-dimensional auxiliary component is located in the visible area and correspondingly located above the touch module. 如請求項1所述具有觸控輔助件的觸控顯示器,其中,該觸控模組具有複數一般感應點及複數調校感應點,該複數一般感應點的觸控感應能力與該複數調校感應點的觸控感應能力不同,且該複數調校感應點的位置對應該至少一立體輔助件的位置。The touch display with a touch auxiliary component as described in claim 1, wherein the touch module has a plurality of general sensing points and a plurality of adjustment sensing points, and the touch sensing capabilities of the plurality of general sensing points are consistent with the plurality of adjustment sensing points. The sensing points have different touch sensing capabilities, and the positions of the plurality of adjustment sensing points correspond to the position of at least one three-dimensional auxiliary component. 如請求項5所述具有觸控輔助件的觸控顯示器,其中,該控制單元包含有一觸控處理晶片,該觸控處理晶片能調整該複數一般感應點的觸控感應能力及該複數調校感應點的觸控感應能力。The touch display with a touch auxiliary component as claimed in claim 5, wherein the control unit includes a touch processing chip that can adjust the touch sensing capabilities of the plurality of general sensing points and the plurality of adjustments. The touch sensing capability of the sensing point. 如請求項5所述具有觸控輔助件的觸控顯示器,其中,該至少一立體輔助件外凸於該蓋板的上表面,且該至少一立體輔助件的中央位置相對其兩端位置凸起,對應該至少一立體輔助件中央位置的該複數調校感應點定義為複數第一調校感應點,對應該至少一立體輔助件兩端位置的該複數調校感應點定義為複數第二調校感應點,其中,該複數第一調校感應點的觸控感應能力大於該複數第二調校感應點的觸控感應能力。The touch display with a touch auxiliary part as claimed in claim 5, wherein the at least one three-dimensional auxiliary part protrudes from the upper surface of the cover, and the central position of the at least one three-dimensional auxiliary part is convex relative to its two end positions. Starting from the beginning, the plurality of adjustment sensing points corresponding to the central position of the at least one three-dimensional auxiliary part is defined as a plurality of first adjustment sensing points, and the plurality of adjustment sensing points corresponding to the two end positions of the at least one three-dimensional auxiliary part is defined as a plurality of second Calibrating sensing points, wherein the touch sensing capabilities of the plurality of first calibrating sensing points are greater than the touch sensing capabilities of the plurality of second calibrating sensing points. 如請求項5所述具有觸控輔助件的觸控顯示器,其中,該至少一立體輔助件內凹於該蓋板的上表面,且該至少一立體輔助件的中央位置相對其兩端位置內凹,對應該至少一立體輔助件中央位置的該複數調校感應點定義為複數第三調校感應點,對應該至少一立體輔助件兩端位置的該複數調校感應點定義為複數第四調校感應點,其中,該複數第三調校感應點的觸控感應能力小於該複數第四調校感應點的觸控感應能力。The touch display with a touch auxiliary part as claimed in claim 5, wherein the at least one three-dimensional auxiliary part is recessed in the upper surface of the cover, and the central position of the at least one three-dimensional auxiliary part is inward relative to its two end positions. concave, the plurality of adjustment sensing points corresponding to the central position of the at least one three-dimensional auxiliary part is defined as a plurality of third adjustment sensing points, and the plurality of adjustment sensing points corresponding to the two end positions of the at least one three-dimensional auxiliary part is defined as a plurality of fourth Calibrating the sensing points, wherein the touch sensing capabilities of the plurality of third calibration sensing points are smaller than the touch sensing capabilities of the plurality of fourth calibration sensing points.
TW112210026U 2023-09-15 2023-09-15 Touch display with touch aid TWM651547U (en)

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