TWI570445B - Display device with enlarged visible region - Google Patents

Display device with enlarged visible region Download PDF

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Publication number
TWI570445B
TWI570445B TW104104111A TW104104111A TWI570445B TW I570445 B TWI570445 B TW I570445B TW 104104111 A TW104104111 A TW 104104111A TW 104104111 A TW104104111 A TW 104104111A TW I570445 B TWI570445 B TW I570445B
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Taiwan
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display
carrier film
disposed
area
module
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TW104104111A
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Chinese (zh)
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TW201629530A (en
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賴彥勳
郭泰佑
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佳世達科技股份有限公司
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具有寬闊可視區的顯示器 Display with wide viewing area

本發明係提供一種顯示器,尤指一種不需縮減框體尺寸便能具有寬闊可視區的顯示器。 The present invention provides a display, and more particularly a display having a wide viewing area without reducing the size of the frame.

顯示設備(例如電腦螢幕與手機螢幕)具有超薄邊框的外觀特徵是提高消費者購買慾望的因素之一。顯示影像佔顯示設備之表面積的比例越大,邊框佔顯示設備之表面積的比例會相應縮小。雖然超薄邊框的顯示器具有較佳市場競爭力,但是顯示設備的顯示區範圍相當於顯示模組之光學元件(例如偏光片)的大小,框體的尺寸則取決於結構設計、產品組裝和安全強度等因素難以無限制地縮小收窄,故如何克服框體的尺寸侷限,設計出更窄邊框或無邊框的顯示設備便為相關機構產業的重要發展目標。 The appearance of display devices (such as computer screens and mobile screens) with ultra-thin bezels is one of the factors that increase consumer desire to buy. The greater the ratio of the displayed image to the surface area of the display device, the smaller the ratio of the border to the surface area of the display device. Although the display of the ultra-thin bezel has better market competitiveness, the display area of the display device is equivalent to the size of the optical components (such as polarizers) of the display module, and the size of the frame depends on the structural design, product assembly and safety. Factors such as strength are difficult to narrow and narrow indefinitely. Therefore, how to overcome the size limitation of the frame and design a display device with a narrower border or no border is an important development goal of the relevant institution industry.

本發明係提供一種不需縮減框體尺寸便能具有寬闊可視區的顯示器,以解決上述之問題。 The present invention provides a display having a wide viewing area without reducing the size of the frame to solve the above problems.

本發明之申請專利範圍係揭露一種具有寬闊可視區的顯示器,其包含有一框體、一顯示模組以及一面板模組。該顯示模組設置在該框體內,該面板模組設置在該框體上且覆蓋該顯示模組。該面板模組具有一可視區與該顯示模組重疊。該面板模組包含一透光玻璃、一承載薄膜以及一微透鏡組合。該承載薄膜設置在該透光玻璃與該顯示模組之間。該微透鏡組合位於該 可視區內,且設置在該顯示模組與該透光玻璃間。該微透鏡組合具有發散光線的光學特性。 The patent application scope of the present invention discloses a display having a wide viewing area, which comprises a frame body, a display module and a panel module. The display module is disposed in the frame, and the panel module is disposed on the frame and covers the display module. The panel module has a visible area overlapping the display module. The panel module comprises a light transmissive glass, a carrier film and a microlens combination. The carrier film is disposed between the light transmissive glass and the display module. The microlens combination is located at the In the visible area, and disposed between the display module and the transparent glass. The microlens assembly has optical properties of divergent light.

本發明的顯示器不必改變框體尺寸,而是利用設置在顯示模組與透光玻璃之間的微透鏡組合去折射光線,藉此將顯示模組輸出的影像放大到可視區的範圍,提供窄邊框的視覺效果。微透鏡組合可設置在承載薄膜或透光玻璃上,依其設置位置及透鏡單元的指向變化可相應包含多個平凸透鏡單元或平凹透鏡單元。微透鏡組合之作用在於匯聚來自顯示模組的影像光線,進而將影像光線發散以將其經由透光玻璃射出,讓面板模組能夠具有將顯示區之影像放大為可視區之尺寸的視覺效果。 The display of the present invention does not need to change the size of the frame, but uses a combination of microlenses disposed between the display module and the light transmissive glass to refract light, thereby magnifying the image output by the display module to a range of the visible area, providing a narrow The visual effect of the border. The microlens assembly may be disposed on the carrier film or the light transmissive glass, and may include a plurality of plano-convex lens units or plano-concave lens units according to the position of the lens and the change in the orientation of the lens unit. The purpose of the microlens assembly is to converge the image light from the display module, thereby diverging the image light to emit it through the light transmissive glass, so that the panel module can have the visual effect of enlarging the image of the display area to the size of the visible area.

微透鏡組合係由透明材質組成,例如氧化銦錫(Indium tin oxide,ITO)或其它透明材料,以印刷、壓印或蝕刻方式直接形成或貼合在承載薄膜或透光玻璃,故使用微透鏡組合產生放大影像不會增加顯示器的組裝步驟。相較先前技術,本發明的顯示器具有體積輕巧和組裝容易的優點,能形成寬闊可視區而造成窄邊框的視覺效果,不需物理性地收窄邊框尺寸去破壞顯示器的結構強度。 The microlens assembly is composed of a transparent material, such as indium tin oxide (ITO) or other transparent material, which is directly formed or bonded to the carrier film or the light transmissive glass by printing, imprinting or etching, so the microlens is used. Combining to produce an enlarged image does not increase the assembly steps of the display. Compared with the prior art, the display of the present invention has the advantages of compact size and easy assembly, can form a wide viewing area and cause a visual effect of a narrow bezel, and does not need to physically narrow the frame size to damage the structural strength of the display.

10‧‧‧顯示器 10‧‧‧ display

12‧‧‧框體 12‧‧‧ frame

14‧‧‧顯示模組 14‧‧‧Display module

16、16A、16B、16C、16D‧‧‧面板模組 16, 16A, 16B, 16C, 16D‧‧‧ panel modules

18‧‧‧容置空間 18‧‧‧ accommodating space

20‧‧‧透光玻璃 20‧‧‧Light glass

22、34‧‧‧承載薄膜 22, 34‧‧‧ carrying film

221‧‧‧第一面 221‧‧‧ first side

222‧‧‧第二面 222‧‧‧ second side

24‧‧‧微透鏡組合 24‧‧‧Microlens combination

26、32‧‧‧線路總成 26, 32‧‧‧ line assembly

28、36‧‧‧控制電路 28, 36‧‧‧ Control circuit

30‧‧‧平凹透鏡單元 30‧‧‧Flat lens unit

38‧‧‧平凸透鏡單元 38‧‧‧ Plano-convex lens unit

40‧‧‧影像處理單元 40‧‧‧Image Processing Unit

Rd‧‧‧顯示區 Rd‧‧‧ display area

Rv‧‧‧可視區 Rv‧‧ visible area

R1‧‧‧主顯示區 R1‧‧‧ main display area

R2‧‧‧副顯示區 R2‧‧‧Sub Display Area

第1圖為本發明實施例之顯示器之元件爆炸圖。 Figure 1 is an exploded view of the components of the display of the embodiment of the present invention.

第2圖為第1圖所示顯示器之剖視圖。 Figure 2 is a cross-sectional view of the display shown in Figure 1.

第3圖為本發明第一實施例之面板模組之部分結構剖視圖。 Figure 3 is a cross-sectional view showing a portion of the panel module of the first embodiment of the present invention.

第4圖為本發明第二實施例之面板模組之部分結構剖視圖。 Figure 4 is a cross-sectional view showing a portion of a panel module of a second embodiment of the present invention.

第5圖為本發明第三實施例之面板模組之部分結構剖視圖。 Figure 5 is a cross-sectional view showing a portion of a panel module of a third embodiment of the present invention.

第6圖為本發明第四實施例之面板模組之部分結構剖視圖。 Figure 6 is a cross-sectional view showing a portion of a panel module of a fourth embodiment of the present invention.

請參閱第1圖與第2圖,第1圖為本發明實施例之顯示器10之元件爆炸圖,第2圖為第1圖所示顯示器10沿剖面線A-A’之剖視圖。顯示器10包含框體12、顯示模組14以及面板模組16。顯示模組14具有顯示區Rd,設置在框體12的容置空間18內。面板模組16設置在框體12上以覆蓋顯示模組14。顯示模組14的顯示影像係經由顯示區Rd與面板模組16向外投射,供使用者觀看。面板模組16具有透光玻璃20、承載薄膜22以及微透鏡組合24。微透鏡組合24能夠將顯示區Rd之影像放大為符合面板模組16之可視區Rv的尺寸。顯示區Rd的範圍相同於顯示模組14的尺寸,可視區Rv的範圍大於顯示區Rd的範圍而重疊於框體12,故顯示器10在不改變框體12尺寸的情況下仍能具有薄邊框的視覺效果。 Referring to Figures 1 and 2, Figure 1 is an exploded view of the components of the display 10 of the embodiment of the present invention, and Figure 2 is a cross-sectional view of the display 10 of Figure 1 taken along section line A-A'. The display 10 includes a frame 12, a display module 14, and a panel module 16. The display module 14 has a display area Rd disposed in the accommodating space 18 of the frame 12. The panel module 16 is disposed on the frame 12 to cover the display module 14. The display image of the display module 14 is projected outward through the display area Rd and the panel module 16 for viewing by the user. The panel module 16 has a light transmissive glass 20, a carrier film 22, and a microlens assembly 24. The microlens assembly 24 is capable of magnifying the image of the display area Rd to conform to the size of the viewable area Rv of the panel module 16. The display area Rd has the same range as the display module 14, and the visible area Rv is larger than the display area Rd to overlap the frame 12. Therefore, the display 10 can still have a thin border without changing the size of the frame 12. Visual effects.

承載薄膜22與微透鏡組合24皆設置在透光玻璃20與顯示模組14之間。承載薄膜22通常利用光學膠貼合於透光玻璃20。微透鏡組合24位於可視區Rv內,並具有發散光線的光學特性。承載薄膜22和微透鏡組合24的相對位置及微透鏡組合24的光學元件可根據不同實施態樣而有對應變化。舉例來說,微透鏡組合24由平凹透鏡單元組成時,其係設置在承載薄膜22且面向顯示模組14、或設置在透光玻璃20且面向承載薄膜22;微透鏡組合24由平凸透鏡組成時,則是設置在承載薄膜22且面向透光玻璃20,然不限於此。 Both the carrier film 22 and the microlens assembly 24 are disposed between the light transmissive glass 20 and the display module 14. The carrier film 22 is typically bonded to the light transmissive glass 20 using an optical adhesive. The microlens assembly 24 is located within the viewing zone Rv and has the optical properties of diverging light. The relative positions of the carrier film 22 and the microlens assembly 24 and the optical elements of the microlens assembly 24 may vary correspondingly depending on the implementation. For example, when the microlens assembly 24 is composed of a plano-concave lens unit, it is disposed on the carrier film 22 and faces the display module 14, or is disposed on the light transmissive glass 20 and faces the carrier film 22; the microlens assembly 24 is composed of a plano-convex lens. At the time, it is disposed on the carrier film 22 and faces the light-transmitting glass 20, but is not limited thereto.

顯示區Rd區分成主顯示區R1以及副顯示區R2。副顯示區R2可為邊框形狀,圍繞設置在主顯示區R1周邊,意即副顯示區R2的所在位置介於主顯示區R1與框體12之間。微透鏡組合24較佳設置在副顯示區R2內,用來折射通過顯示區Rd之邊界(例如副顯示區R2)的光線,以將顯示區Rd的 影像放大為可視區Rv的範圍。然而,微透鏡組合24的設置區域並不限於前列實施態樣所述,例如部分的微透鏡組合24也能設置在主顯示區R1內。凡是可以透過微透鏡組合去折射光線以放大影像的技術皆屬於本發明的設計範疇,故此不再對其它實施態樣分別列舉說明。 The display area Rd is divided into a main display area R1 and a sub display area R2. The sub-display area R2 may have a frame shape and is disposed around the periphery of the main display area R1, that is, the position of the sub-display area R2 is between the main display area R1 and the frame 12. The microlens assembly 24 is preferably disposed in the sub display region R2 for refracting light passing through the boundary of the display region Rd (for example, the sub display region R2) to display the display region Rd. The image is enlarged to the extent of the visible area Rv. However, the arrangement area of the microlens assembly 24 is not limited to the foregoing embodiment, and for example, a part of the microlens assembly 24 can also be disposed in the main display area R1. Any technique that can refract light through a combination of microlenses to magnify an image belongs to the design of the present invention, and therefore, other embodiments will not be separately illustrated.

請參閱第3圖,第3圖為本發明第一實施例之面板模組16A之部分結構剖視圖。面板模組16A的線路總成26位於透光玻璃20與顯示模組14之間。線路總成26包含承載薄膜22及控制電路28。控制電路28設置在承載薄膜22的第一面221,微透鏡組合24設置在承載薄膜22之相對第一面221的第二面222。在第一實施例中,微透鏡組合24包含複數個平凹透鏡單元30,分別設置在承載薄膜22的第二面222,且任一個平凹透鏡單元30的凹面係朝向顯示模組14。 Please refer to FIG. 3, which is a cross-sectional view showing a portion of the panel module 16A according to the first embodiment of the present invention. The line assembly 26 of the panel module 16A is located between the light transmissive glass 20 and the display module 14. The line assembly 26 includes a carrier film 22 and a control circuit 28. The control circuit 28 is disposed on the first side 221 of the carrier film 22, and the microlens assembly 24 is disposed on the second side 222 of the carrier film 22 opposite the first side 221 . In the first embodiment, the microlens assembly 24 includes a plurality of plano-concave lens units 30 disposed on the second side 222 of the carrier film 22, respectively, and the concave surface of any of the plano-concave lens units 30 faces the display module 14.

請參閱第4圖,第4圖為本發明第二實施例之面板模組16B之部分結構剖視圖。面板模組16B另包含線路總成32,位於透光玻璃20鄰近顯示模組14的一側。線路總成32具有另一承載薄膜34、及設置在承載薄膜34雙面或單面的控制電路36。承載薄膜22係區隔於線路總成32而為獨立構件,位於線路總成32與顯示模組14間。微透鏡組合24設置在承載薄膜22的一端面,且承載薄膜22的另一端面以黏貼方式設置在線路總成32上。在第二實施例中,微透鏡組合24的複數個平凹透鏡單元30位於承載薄膜22與顯示模組14之間,且任一個平凹透鏡單元30的凹面係朝向顯示模組14。 Please refer to FIG. 4, which is a cross-sectional view showing a portion of the panel module 16B according to the second embodiment of the present invention. The panel module 16B further includes a line assembly 32 located on a side of the light transmissive glass 20 adjacent to the display module 14. The line assembly 32 has another carrier film 34 and a control circuit 36 disposed on either or both sides of the carrier film 34. The carrier film 22 is separate from the line assembly 32 and is located between the line assembly 32 and the display module 14. The microlens assembly 24 is disposed on one end surface of the carrier film 22, and the other end surface of the carrier film 22 is disposed on the line assembly 32 in an adhesive manner. In the second embodiment, the plurality of plano-concave lens units 30 of the microlens assembly 24 are located between the carrier film 22 and the display module 14 , and the concave surface of any of the plano-concave lens units 30 faces the display module 14 .

請參閱第5圖,第5圖為本發明第三實施例之面板模組16C之部分結構剖視圖。面板模組16C的線路總成32亦具有承載薄膜34及控制電路36,控制電路36可設置在承載薄膜34的單面或雙面上,且線路總成32位於透光玻璃20與顯示模組14間。第三實施例的承載薄膜22區隔於線路總成 32而為獨立構件,位於透光玻璃20與線路總成32間。微透鏡組合24設置在承載薄膜22的上端面,承載薄膜22的下端面黏貼設置在線路總成32上。第三實施例的承載薄膜22係黏貼在線路總成32面向透光玻璃20的一側,故微透鏡組合24包含複數個平凸透鏡單元38,其位置介於承載薄膜22與透光玻璃20之間,且任一個平凸透鏡單元38的凸面朝向透光玻璃20。 Referring to FIG. 5, FIG. 5 is a cross-sectional view showing a portion of a panel module 16C according to a third embodiment of the present invention. The circuit assembly 32 of the panel module 16C also has a carrier film 34 and a control circuit 36. The control circuit 36 can be disposed on one or both sides of the carrier film 34, and the circuit assembly 32 is located on the transparent glass 20 and the display module. 14 rooms. The carrier film 22 of the third embodiment is separated from the line assembly 32 is a separate component located between the light transmissive glass 20 and the line assembly 32. The microlens assembly 24 is disposed on the upper end surface of the carrier film 22, and the lower end surface of the carrier film 22 is adhered to the line assembly 32. The carrier film 22 of the third embodiment is adhered to the side of the line assembly 32 facing the light transmissive glass 20, so the microlens assembly 24 includes a plurality of plano-convex lens units 38 positioned between the carrier film 22 and the light transmissive glass 20. The convex surface of any of the plano-convex lens units 38 faces the light transmissive glass 20.

請參閱第6圖,第6圖為本發明第四實施例之面板模組16D之部分結構剖視圖。面板模組16D的線路總成32具有承載薄膜34及控制電路36,控制電路36可設置在承載薄膜34的單面或雙面上。特別的是,第四實施例的微透鏡組合24設置在透光玻璃20面向顯示模組14的一側,且承載薄膜22位於微透鏡組合24與線路總成32之間。故微透鏡組合24包含複數個平凹透鏡單元30,任一個平凹透鏡單元30的凹面係朝向承載薄膜22。承載薄膜22可用來避免微透鏡組合24在透光玻璃20受壓時直接碰觸線路總成32。 Please refer to FIG. 6. FIG. 6 is a cross-sectional view showing a part of the panel module 16D according to the fourth embodiment of the present invention. The circuit assembly 32 of the panel module 16D has a carrier film 34 and a control circuit 36 that can be disposed on one or both sides of the carrier film 34. In particular, the microlens assembly 24 of the fourth embodiment is disposed on a side of the light transmissive glass 20 facing the display module 14, and the carrier film 22 is located between the microlens assembly 24 and the line assembly 32. Therefore, the microlens assembly 24 includes a plurality of plano-concave lens units 30, and the concave surface of either of the plano-concave lens units 30 faces the carrier film 22. The carrier film 22 can be used to prevent the microlens assembly 24 from directly touching the line assembly 32 when the light transmissive glass 20 is pressurized.

由於顯示模組14的輸出影像的邊緣會被微透鏡組合24放大,顯示器10較佳係包含影像處理單元40,設置在框體12內且電連接顯示模組14,如第1圖所示。顯示器10利用影像處理單元40修正顯示模組14形成在顯示區Rd的影像,確保該影像經由微透鏡組合24放大後(意即該影像被調整到符合可視區Rv的尺寸)不會因扭曲變形而造成影像失真。 Since the edge of the output image of the display module 14 is enlarged by the microlens assembly 24, the display 10 preferably includes an image processing unit 40 disposed in the housing 12 and electrically connected to the display module 14, as shown in FIG. The display 10 uses the image processing unit 40 to correct the image formed by the display module 14 in the display area Rd, and ensures that the image is enlarged by the microlens assembly 24 (that is, the image is adjusted to conform to the size of the visible area Rv) without distortion. And the image is distorted.

綜合來說,本發明的顯示器不必改變框體尺寸,而是利用設置在顯示模組與透光玻璃之間的微透鏡組合去折射光線,藉此將顯示模組輸出的影像放大到可視區的範圍,提供窄邊框的視覺效果。微透鏡組合可設置在承載薄膜或透光玻璃上,依其設置位置及透鏡單元的指向變化可相應包含多個平凸透鏡單元或平凹透鏡單元。微透鏡組合之作用在於匯聚來自顯示模組的影像光線,進而將影像光線發散以將其經由透光玻璃射出,讓面板模組能夠 具有將顯示區之影像放大為可視區之尺寸的視覺效果。 In summary, the display of the present invention does not need to change the size of the frame, but uses a combination of microlenses disposed between the display module and the light transmissive glass to refract light, thereby magnifying the image output by the display module to the visible area. Range, providing a visual effect with a narrow border. The microlens assembly may be disposed on the carrier film or the light transmissive glass, and may include a plurality of plano-convex lens units or plano-concave lens units according to the position of the lens and the change in the orientation of the lens unit. The function of the microlens combination is to converge the image light from the display module, thereby diverging the image light to emit it through the transparent glass, so that the panel module can A visual effect that magnifies the image of the display area to the size of the viewable area.

微透鏡組合係由透明材質組成,例如氧化銦錫(Indium tin oxide,ITO)或其它透明材料,以印刷、壓印或蝕刻方式直接形成或貼合在承載薄膜或透光玻璃,故使用微透鏡組合產生放大影像不會增加顯示器的組裝步驟。相較先前技術,本發明的顯示器具有體積輕巧和組裝容易的優點,能形成寬闊可視區而造成窄邊框的視覺效果,不需物理性地收窄邊框尺寸去破壞顯示器的結構強度。 The microlens assembly is composed of a transparent material, such as indium tin oxide (ITO) or other transparent material, which is directly formed or bonded to the carrier film or the light transmissive glass by printing, imprinting or etching, so the microlens is used. Combining to produce an enlarged image does not increase the assembly steps of the display. Compared with the prior art, the display of the present invention has the advantages of compact size and easy assembly, can form a wide viewing area and cause a visual effect of a narrow bezel, and does not need to physically narrow the frame size to damage the structural strength of the display.

以上所述僅為本發明之較佳實施例,凡依本發明申請專利範圍所做之均等變化與修飾,皆應屬本發明之涵蓋範圍。 The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

16A‧‧‧面板模組 16A‧‧‧ panel module

20‧‧‧透光玻璃 20‧‧‧Light glass

22‧‧‧承載薄膜 22‧‧‧ carrying film

221‧‧‧第一面 221‧‧‧ first side

222‧‧‧第二面 222‧‧‧ second side

24‧‧‧微透鏡組合 24‧‧‧Microlens combination

26‧‧‧線路總成 26‧‧‧Line assembly

28‧‧‧控制電路 28‧‧‧Control circuit

30‧‧‧平凹透鏡單元 30‧‧‧Flat lens unit

Claims (9)

一種具有寬闊可視區的顯示器,其包含有:一框體;一顯示模組,設置在該框體內;以及一面板模組,設置在該框體上且覆蓋該顯示模組,該面板模組具有一可視區與該顯示模組重疊,該面板模組包含:一透光玻璃;一承載薄膜,設置在該透光玻璃與該顯示模組之間;以及一微透鏡組合,位於該可視區內且設置在該顯示模組與該透光玻璃間,該微透鏡組合具有發散光線的光學特性;其中該面板模組與該顯示模組的重疊範圍為一可視區,該可視區包含一主顯示區以及一副顯示區,該副顯示區位於該主顯示區與該框體之間。 A display having a wide viewing area, comprising: a frame; a display module disposed in the frame; and a panel module disposed on the frame and covering the display module, the panel module Having a viewable area overlapping the display module, the panel module comprises: a light transmissive glass; a carrier film disposed between the light transmissive glass and the display module; and a microlens combination located in the visible area The microlens combination has an optical characteristic of diverging light, and the overlapping area of the panel module and the display module is a visible area, and the visible area includes a main The display area and a display area are located between the main display area and the frame. 如請求項1所述之顯示器,其中該面板模組包含一線路總成,位於該透光玻璃與該顯示模組之間,該線路總成包含該承載薄膜、與設置在該承載薄膜之一第一面的一控制電路,該微透鏡組合設置在該承載薄膜之一第二面,該第一面相對該第二面。 The display device of claim 1, wherein the panel module comprises a line assembly between the light transmissive glass and the display module, the line assembly comprising the carrier film and one of the carrier film A control circuit of the first side, the microlens assembly is disposed on a second side of the carrier film, the first surface being opposite to the second surface. 如請求項1所述之顯示器,其中該面板模組包含另包含一線路總成,位於該透光玻璃鄰近該顯示模組之一側,該承載薄膜設置於該線路總成 上。 The display device of claim 1, wherein the panel module further comprises a line assembly disposed on a side of the light transmissive glass adjacent to the display module, the carrier film being disposed on the line assembly on. 如請求項1所述之顯示器,其中該微透鏡組合包含複數個平凹透鏡單元,設置於該承載薄膜與該顯示模組間,且任一平凹透鏡單元之一凹面朝向該顯示模組。 The display device of claim 1, wherein the microlens assembly comprises a plurality of plano-concave lens units disposed between the carrier film and the display module, and one of the plano-concave lens units has a concave surface facing the display module. 如請求項1所述之顯示器,其中該微透鏡組合包含複數個平凸透鏡單元,設置於該承載薄膜與該透光玻璃間,且任一平凸透鏡單元之一凸面朝向該透光玻璃。 The display device of claim 1, wherein the microlens assembly comprises a plurality of plano-convex lens units disposed between the carrier film and the light transmissive glass, and one of the plano-convex lens units has a convex surface facing the light transmissive glass. 如請求項1所述之顯示器,其中該微透鏡組合包含複數個平凹透鏡單元,設置於該承載薄膜與該透光玻璃間,且任一平凹透鏡單元之一凹面朝向該承載薄膜。 The display of claim 1, wherein the microlens assembly comprises a plurality of plano-concave lens units disposed between the carrier film and the light transmissive glass, and one of the plano-concave lens units has a concave surface facing the carrier film. 如請求項4或5或6所述之顯示器,其中該些透鏡單元由透明材質組成,以印刷或壓印或蝕刻方式設置在該承載薄膜上。 The display of claim 4, wherein the lens units are made of a transparent material and are printed or embossed or etched on the carrier film. 如請求項1所述之顯示器,其中該微透鏡組合設置在該副顯示區內。 The display of claim 1, wherein the microlens combination is disposed in the sub display area. 如請求項1所述之顯示器,更包含:一影像處理單元,用以修正該副顯示區之一影像。 The display device of claim 1, further comprising: an image processing unit for correcting an image of the sub display area.
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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201335633A (en) * 2011-12-30 2013-09-01 Skc Haas Display Films Co Ltd Microlens optical sheet, and backlight unit and liquid crystal display using same
TW201346856A (en) * 2012-04-20 2013-11-16 Google Inc Seamless display panel tiling using an optical expansion layer
US20140027798A1 (en) * 2012-07-26 2014-01-30 Japan Display Inc. Display device and manufacturing method of the same

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201335633A (en) * 2011-12-30 2013-09-01 Skc Haas Display Films Co Ltd Microlens optical sheet, and backlight unit and liquid crystal display using same
TW201346856A (en) * 2012-04-20 2013-11-16 Google Inc Seamless display panel tiling using an optical expansion layer
US20140027798A1 (en) * 2012-07-26 2014-01-30 Japan Display Inc. Display device and manufacturing method of the same

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