TW201805688A - Display adjustment method for near-eye display device wherein the effect of focusing image multiple times can be achieved if the image outputted to one, or any two or more layers of the display module is processed in a symmetrical manner - Google Patents
Display adjustment method for near-eye display device wherein the effect of focusing image multiple times can be achieved if the image outputted to one, or any two or more layers of the display module is processed in a symmetrical manner Download PDFInfo
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Abstract
Description
本發明係關於一種用於近眼顯示器之顯示調整方法，特別是指一種能夠透過一融像技術、一準直技術或/及一導角技術，來調整使輸出的影像能夠清晰呈現之顯示調整方法。The present invention relates to a display adjustment method for a near-eye display, and particularly to a display adjustment method capable of adjusting the output image to be clearly presented through an image fusion technology, a collimation technology, and / or a lead angle technology. .
因應現代社會對即時資訊的需求增高，隨選資訊的傳遞備受重視。近眼顯示器由於具有可攜性，並結合電子裝置可隨時更新並傳遞圖像、色彩或文字，因此為可攜型個人資訊裝置的一個很好的選擇。早期近眼顯示器多為軍事或政府用途。近來有廠商看到商機，將近眼顯示器引入家用。此外，娛樂相關業者也看中這塊市場的潛力，例如家用遊樂器及遊樂器軟體相關廠商已有投入研發。In response to the increasing demand for real-time information in modern society, the delivery of on-demand information has received much attention. The near-eye display is a good choice for portable personal information devices due to its portability and combined with electronic devices that can update and transfer images, colors or text at any time. Early near-eye displays were mostly used for military or government purposes. Recently, manufacturers have seen business opportunities and introduced near-eye displays to homes. In addition, entertainment-related players are also optimistic about the potential of this market. For example, manufacturers of home amusement instruments and software for amusement instruments have invested in research and development.
目前近眼顯示器（NED）係包括了頭戴式顯示器（HMD），其可將影像直接投射至觀看者的眼睛中，這類顯示器可藉由合成虛擬大幅面顯示表面來克服其他行動顯示形式因素所提供的有限螢幕尺寸，或可用於虛擬或擴增實境應用。Current near-eye displays (NEDs) include head-mounted displays (HMDs), which project images directly into the viewer's eyes. These displays can overcome other factors in the form of mobile display by synthesizing a virtual large-format display surface. Available in limited screen sizes or for virtual or augmented reality applications.
而該近眼顯示器能再細分為兩大類別：沉浸式顯示器和透視顯示器。其中在虛擬實境（VR）環境中可採用沉浸式顯示器以使用合成呈現影像來完全地涵蓋使用者的視野。而在擴增實境（AR）之應用則能夠採用透視顯示器，其中可在實體環境的使用者之視野中重疊文字、其他合成註解、或影像。在顯示技術方面，AR應用需要半透明顯示器（例如，藉由光學或電光方法來實現），使得可以近眼顯示器來同時地觀看實體世界。The near-eye display can be further subdivided into two categories: immersive displays and see-through displays. Among them, an immersive display can be used in a virtual reality (VR) environment to use a synthetic presentation image to completely cover the user's field of vision. In augmented reality (AR) applications, see-through displays can be used, in which text, other synthetic annotations, or images can be superimposed in the field of view of users in the physical environment. In terms of display technology, AR applications require translucent displays (for example, implemented by optical or electro-optical methods) so that the near-eye display can simultaneously view the physical world.
但由於人的肉眼不能調焦（聚焦）於置放在近距離（例如，當使用者正戴著眼鏡時，閱讀用放大鏡的透鏡到使用者的眼睛之間的距離）內的物件之事實而難以建構。因此，近眼顯示器則必須經過調整來使觀看者能舒適的使用，否則將會導致發生失焦等影響使用之情況發生，然而傳統則是使用複雜且笨重的光學元件來進行調整，但由於近眼顯示器大多是必須直接配戴於觀看者的頭上，故太過於笨重之近眼顯示器則往往無法被消費者所接受。However, due to the fact that the human eye cannot focus (focus) on an object placed at a close distance (for example, when the user is wearing glasses, reading the distance between the lens of the magnifying glass and the user's eye) Difficult to construct. Therefore, the near-eye display must be adjusted to make the viewer comfortable to use, otherwise it will lead to situations that affect the use, such as out-of-focus, etc. However, traditionally, complex and bulky optical components are used for adjustment. Most of them must be worn directly on the viewer's head, so the near-eye displays that are too bulky are often not acceptable to consumers.
因此，為了克服上述問題，若能夠透過一融像技術、一準直技術或/及一導角技術來調整使輸出的影像能夠清晰呈現，如此將不需使用笨重的光學元件，且亦能夠節省使用笨重的光學元件所產生的額外成本，如此應為一最佳解決方案。Therefore, in order to overcome the above problems, if an image fusion technology, a collimation technology, or / and a lead angle technology can be used to adjust the output image so that it can be clearly presented, it will not need to use heavy optical components, and it can also save The extra cost of using bulky optics should be an optimal solution.
本發明即在於提供一種用於近眼顯示器之顯示調整方法，係能夠透過一融像技術、一準直技術或/及一導角技術來調整使輸出的影像能夠清晰呈現，如此將不需使用笨重的光學元件，且亦能夠節省使用笨重的光學元件所產生的額外成本。The present invention is to provide a display adjustment method for a near-eye display, which can be adjusted through a fusion technology, a collimation technology, and / or a lead angle technology so that the output image can be clearly presented, so that it is not necessary to use bulky Optical components, and can also save the extra cost of using bulky optical components.
可達成上述用於近眼顯示器之顯示調整方法，其方法為： (1) 於一近眼顯示器上係至少設置有至少一層顯示模組、至少一個影像輸出模組及一影像輸出調整模組，並透過影像輸出模組能夠將至少一個影像輸出至該顯示模組上； (2) 而能夠透過一融像技術、一準直技術或/及一導角技術，來調整使輸出至該顯示模組上的影像能夠清晰呈現。The above-mentioned display adjustment method for a near-eye display can be achieved by: (1) at least one display module, at least one image output module, and an image output adjustment module are arranged on a near-eye display, and the The image output module is capable of outputting at least one image to the display module; and (2) adjusting and outputting to the display module through an image fusion technology, a collimation technology, and / or a lead angle technology The image can be clearly displayed.
更具體的說，所述融像技術是控制該影像輸出模組於該顯示模組上同時顯示多個具有相同內容、且顯示位置相對稱之影像，以讓一使用者戴上該近眼顯示器，其使用者眼球能夠由該顯示模組上看到多個影像重疊後所呈現的清晰影像。More specifically, the fusion technology is to control the image output module to simultaneously display a plurality of images with the same content and the corresponding display positions on the display module, so that a user can wear the near-eye display, The user's eyeball can see a clear image that is displayed after multiple images are superimposed on the display module.
更具體的說，所述影像輸出調整模組能夠將多個影像以對稱的方式處理，以使輸出至該顯示模組上的影像具有影像聚焦的效果。More specifically, the image output adjustment module can process a plurality of images in a symmetrical manner so that the image output to the display module has an image focusing effect.
更具體的說，所述顯示模組為多層時，若輸出至該顯示模組之其中一層、其中任兩層或任兩層以上的影像是經過對稱的方式處理後，因此則能夠達到多次影像聚焦的效果。More specifically, when the display module is multi-layer, if the image output to one layer, any two layers, or more than two layers of the display module is processed in a symmetrical manner, it can reach multiple times. The effect of image focus.
更具體的說，所述於該顯示模組上顯示多個具有相同內容、且顯示位置相對稱之影像能夠再經過導角處理，以調整多個具有相同內容、且顯示位置相對稱之影像的影像顯示角度。More specifically, the display of a plurality of images with the same content on the display module and the display position is symmetrical can be further processed by a lead angle to adjust a plurality of images with the same content and the display position is symmetrical. Image display angle.
更具體的說，所述準直技術係為對每一個畫素進行準直處理或對每一個影像進行準直處理，用以導正該影像輸出模組輸出至該顯示模組上的影像之光線方向，並提高該影像輸出後的解析度。More specifically, the collimation technology is to perform a collimation process on each pixel or a collimation process on each image, so as to guide the image output by the image output module to the display module. The direction of the light and improve the resolution after the image is output.
更具體的說，所述準直技術係為於該顯示模組上透過一微透鏡技術或是一光井技術來導正光線，其中微透鏡技術是透過至少一個微透鏡來使光線改變，而該光井技術則是透過一光井，使通過該光井之光線能夠筆直前進。More specifically, the collimation technology directs light through a micro lens technology or a light well technology on the display module, where the micro lens technology changes light through at least one micro lens, and the The light well technology passes through a light well so that the light passing through the light well can go straight.
更具體的說，所述微透鏡能夠再經過導角處理，以調整準直後的光線方向。More specifically, the micro lens can be further subjected to a guide angle process to adjust the direction of the collimated light.
更具體的說，所述顯示模組之製造過程中能夠使用準直技術或是微透鏡技術進行處理，以使出廠後之顯示模組具有導正光線的效果。More specifically, during the manufacturing process of the display module, collimation technology or micro-lens technology can be used for processing, so that the display module after shipment has the effect of directing light.
更具體的說，所述該導角技術係為對每一個畫素進行導角處理或對每一個影像進行導角處理，使每一個輸出至該顯示模組上的影像之角度不同，來使兩個以上的影像能夠重疊匯合。More specifically, the lead angle technology is to perform lead angle processing on each pixel or lead angle processing on each image, so that the angle of each image output to the display module is different, so that More than two images can be merged together.
更具體的說，所述導角技術係為於該顯示模組本身進行導角處理，而該顯示模組之導角處將能夠調整光線方向，以使兩個以上的影像能夠重疊匯合。More specifically, the lead angle technology is to perform lead angle processing on the display module itself, and the lead angle of the display module will be able to adjust the light direction so that two or more images can be overlapped and merged.
更具體的說，所述導角技術係為使該影像輸出模組輸出之影像顯示角度能夠不同，以使兩個以上的影像能夠重疊匯合。More specifically, the guide angle technology is to enable different display angles of the images output by the image output module, so that two or more images can be overlapped and merged.
更具體的說，所述更能夠調整該影像輸出模組輸出至該顯示模組上的每兩個影像之對焦距離，以改變景深。More specifically, the focus distance of every two images output by the image output module to the display module can be adjusted to change the depth of field.
更具體的說，所述顯示模組係能夠為一透明顯示器或是一非透明顯示器，而該透明顯示器上係具有至少一個透明實景區域，且該非透明顯示器中央係具有至少一個實景視窗。More specifically, the display module can be a transparent display or a non-transparent display, and the transparent display has at least one transparent real scene area, and the center of the non-transparent display has at least one real scene window.
更具體的說，所述用於近眼顯示器之顯示調整方法，能夠於該透明顯示器上的透明實景區域周圍同時顯示多個相同內容之影像。More specifically, the display adjustment method for a near-eye display is capable of simultaneously displaying multiple images of the same content around a transparent real scene area on the transparent display.
更具體的說，所述用於近眼顯示器之顯示調整方法，能夠於該非透明顯示器上的實景視窗周圍同時顯示多個相同內容之影像。More specifically, the display adjustment method for a near-eye display can display multiple images of the same content at the same time around a live view window on the non-transparent display.
有關於本發明其他技術內容、特點與功效，在以下配合參考圖式之較佳實施例的詳細說明中，將可清楚的呈現。Regarding other technical contents, features and effects of the present invention, they will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings.
請參閱第1圖，為本發明用於近眼顯示器之顯示調整方法之流程示意圖，由圖中可知，其步驟為： (1) 於一近眼顯示器上係至少設置有至少一層顯示模組、至少一個影像輸出模組及一影像輸出調整模組，並透過影像輸出模組能夠將至少一個影像輸出至該顯示模組上101；以及 (2) 而能夠透過一融像技術、一準直技術或/及一導角技術，來調整使輸出至該顯示模組上的影像能夠清晰呈現102。Please refer to FIG. 1, which is a schematic flowchart of a display adjustment method for a near-eye display according to the present invention. As can be seen from the figure, the steps are: (1) At least one display module, at least one An image output module and an image output adjustment module, and at least one image can be output to the display module 101 through the image output module; and (2) an image fusion technology, a collimation technology, or / And a lead angle technology to adjust so that the image output to the display module can be presented 102 clearly.
由於本發明能夠透過融像技術、準直技術或/及導角技術之其一或兩個以上的技術來使輸出至該顯示模組上的影像能夠清晰呈現，而該近眼顯示器1如第2圖所示，係具有至少一層顯示模組11、至少一個影像輸出模組12及一影像輸出調整模組13，其中該近眼顯示器1係為一種能夠將影像直接投射至觀看者的眼睛中之近眼顯示設備，且更能夠視情況用於虛擬實境（VR）或是擴增實境（AR）等一類的環境（例如頭戴式顯示器）；Because the present invention can enable one or two or more technologies of fusion technology, collimation technology, and / or guide angle technology to enable the image output to the display module to be clearly presented, the near-eye display 1 is like the second As shown in the figure, it has at least one layer of display module 11, at least one image output module 12, and an image output adjustment module 13. The near-eye display 1 is a near-eye capable of directly projecting an image into a viewer's eyes. Display devices, and can be used in environments such as virtual reality (VR) or augmented reality (AR) as appropriate (such as head-mounted displays);
而本發明提及之融像技術是控制該影像輸出模組12於該顯示模組11上同時顯示多個具有相同內容、且顯示位置相對稱之影像，以讓一使用者戴上該近眼顯示器，其使用者眼球能夠由該顯示模組上看到多個影像重疊後所呈現的清晰影像；The fusion technology mentioned in the present invention is to control the image output module 12 to display a plurality of images with the same content and corresponding display positions on the display module 11 at the same time, so that a user can wear the near-eye display. , The user's eyeball can see the clear image presented by overlapping multiple images on the display module;
而顯示位置相對稱如第3A圖及第3B圖所示，更能夠將多個影像121以對稱的方式處理，以使輸出至該顯示模組11上的影像121具有影像聚焦的效果，由於觀看者是近眼進行觀看，故若是有多個影像121以對稱的方式進行顯示，雙眼所看之影像121則會由視神經交叉後傳達至大腦，並融合成單一清晰影像，故能夠達到影像聚焦的效果；As shown in FIG. 3A and FIG. 3B, the display positions are symmetrical, and multiple images 121 can be processed in a symmetrical manner, so that the image 121 output to the display module 11 has an image focusing effect. The person is watching with near eyes, so if multiple images 121 are displayed in a symmetrical manner, the images 121 viewed by both eyes will be transmitted to the brain after the optic nerve crosses and merge into a single clear image, so it can achieve image focus effect;
另外，當該顯示模組11為多層時，若輸出至該顯示模組11之其中一層、其中任兩層或任兩層以上的影像是經過對稱的方式處理後，亦能夠達到多次影像聚焦的效果。In addition, when the display module 11 is multi-layered, if the image output to one layer, any two layers, or more than two layers of the display module 11 is processed in a symmetrical manner, multiple image focusing can be achieved. Effect.
另外，若顯示模組為一透明顯示器111，如第4A圖所示，於該透明顯示器111中央處設置有至少一個透明實景區域1111，該影像輸出模組12能夠將影像輸出至該透明實景區域1111之外的區域，一方面，當該透明實景區域1111周圍同時顯示多個相同內容之影像121時，則能夠使輸出影像121相對稱以達到影像聚焦的效果，另一方面，由於影像121並不會輸出至該透明實景區域1111，因此觀看者則能夠透過該透明實景區域1111直接看到外面的實景，以達到虛像與實像的結合；In addition, if the display module is a transparent display 111, as shown in FIG. 4A, at least one transparent real scene area 1111 is provided at the center of the transparent display 111, and the image output module 12 can output an image to the transparent real scene area. For areas other than 1111, on the one hand, when multiple transparent images 121 of the same content are displayed at the same time around the transparent reality area 1111, the output image 121 can be made symmetrical to achieve the effect of image focusing. It will not be output to the transparent real scene area 1111, so the viewer can directly see the outside real scene through the transparent real scene area 1111, so as to achieve the combination of the virtual image and the real image;
若顯示模組係為一非透明顯示器112，如第4B圖所示，能夠於該非透明顯示器112中央處設置有至少一個實景視窗1121，該影像輸出模組12能夠將影像121輸出至該實景視窗1121之外的區域，一方面，當該實景視窗1121周圍同時顯示多個相同內容之影像121時，則能夠使輸出影像相對稱以達到影像聚焦的效果，另一方面，由於影像121並不會輸出至該實景視窗1121，因此觀看者則能夠透過該實景視窗1121直接看到外面的實景，以達到虛像與實像的結合。If the display module is a non-transparent display 112, as shown in FIG. 4B, at least one real-view window 1121 can be provided at the center of the non-transparent display 112, and the image output module 12 can output an image 121 to the real-view window. Areas other than 1121. On the one hand, when multiple real-life images 121 are displayed around the real-world window 1121, the output image can be symmetrical to achieve the effect of image focus. On the other hand, because image 121 does not Output to the real view window 1121, so the viewer can directly see the real scene outside through the real view window 1121, so as to achieve the combination of the virtual image and the real image.
另外，當該顯示模組上進行顯示多個具有相同內容、且顯示位置相對稱之影像時，每一個影像能夠再經過導角處理，來調整多個具有相同內容、且顯示位置相對稱之影像的影像顯示角度，如此雙眼所看之影像121更容易聚焦融合成單一清晰影像，以使影像聚焦的效果更加明顯。In addition, when a plurality of images with the same content and corresponding display positions are displayed on the display module, each image can be processed by a lead angle to adjust a plurality of images with the same content and the display positions are symmetrical. The image display angle is such that the image 121 seen by both eyes is easier to focus and merge into a single clear image, so that the effect of image focusing is more obvious.
而本發明提及之準直技術係為對每一個畫素進行準直處理或對每一個影像進行準直處理，用以導正該影像輸出模組12輸出至該顯示模組11上的影像之光線方向，並提高該影像輸出後的解析度；The collimation technology mentioned in the present invention is to collimate each pixel or collimate each image to guide the image output by the image output module 12 to the display module 11 The light direction, and improve the resolution after the image is output;
上述所提之準直技術說明如下： (1) 於該顯示模組11上透過一微透鏡技術來導正光線，其中微透鏡技術是透過至少一個微透鏡來使光線改變，而該微透鏡能夠再經過導角處理，以調整準直後的光線方向； (2) 於該顯示模組11上透過一光井技術來導正光線，其中該光井技術則是透過一光井，使通過該光井之光線能夠筆直前進； (3) 於該顯示模組11之製造過程中能夠使用準直技術或是微透鏡技術進行處理，以使該顯示模組具有導正光線的效果，以達到影像聚焦之目的。The above-mentioned collimation technology is described as follows: (1) The display module 11 is guided by a micro-lens technology to direct light, wherein the micro-lens technology is to change light through at least one micro-lens, and the micro-lens can Guide angle treatment is then performed to adjust the direction of the collimated light; (2) A light well technology is used to guide the light on the display module 11, wherein the light well technology is transmitted through a light well so that the light passing through the light well can Straight forward; (3) During the manufacturing process of the display module 11, collimation technology or micro lens technology can be used for processing, so that the display module has the effect of directing light to achieve the purpose of image focusing.
而本發明提及之導角技術係為對每一個畫素進行導角處理或對每一個影像進行導角處理，使每一個輸出至該顯示模組11上的影像之角度不同，來使兩個以上的影像能夠重疊匯合；The lead angle technology mentioned in the present invention is to perform a lead angle process on each pixel or a lead angle process on each image, so that the angle of each image output to the display module 11 is different, so that the two More than one image can be overlapped and merged;
上述所提之導角技術說明如下： (1) 係能於該顯示模組11本身進行導角處理，以使該顯示模組11之導角處將能夠調整光線方向，來達到兩個以上的影像能夠重疊匯合； (2) 使該影像輸出模組12輸出之影像顯示角度能夠不同，以使兩個以上的影像能夠重疊匯合，此狀態下，則必須使用兩組以上的影像輸出模組12，並調整該影像輸出模組12本身輸出影像之角度或是該影像輸出模組12之設置位置（設置位置不同，即使每一個影像輸出模組12本身輸出影像之角度都相同，最後輸出於該顯示模組11之影像位置也會不同）。The above-mentioned guide angle technical description is as follows: (1) The guide angle processing can be performed on the display module 11 itself so that the guide angle of the display module 11 can adjust the light direction to achieve more than two The images can be overlapped and merged; (2) The image display angle output by the image output module 12 can be different, so that two or more images can be overlapped and merged. In this state, two or more image output modules 12 must be used , And adjust the angle of the image output module 12 itself or the setting position of the image output module 12 (the setting position is different, even if the angle of each image output module 12 itself is the same, the final output is The image position of the display module 11 will also be different).
而除了上述的融像技術、準直技術及導角技術之外，更能夠調整該影像輸出模組12輸出至該顯示模組11上的每兩個影像之對焦距離，以改變景深。In addition to the above-mentioned fusion technology, collimation technology and guide angle technology, the focus distance of each two images output by the image output module 12 to the display module 11 can be adjusted to change the depth of field.
本發明所提供之用於近眼顯示器之顯示調整方法，與其他習用技術相互比較時，其優點如下： 1. 本發明係能夠透過一融像技術、一準直技術或/及一導角技術來調整使輸出的影像能夠清晰呈現，如此將不需使用笨重的光學元件，且亦能夠節省使用笨重的光學元件所產生的額外成本。 2. 本發明之係能夠使用透明顯示器或是非透明顯示器，並於中央設置有至少一個實景區域，而該影像則是輸出至該實景區域之外的區域，因此於影像顯示的過程中，觀看者則能夠透過該實景區域直接看到外面的實景，以達到虛像與實像結合的效果，如此效果將非常適合應用於擴增實境（AR）。Compared with other conventional technologies, the display adjustment method for near-eye displays provided by the present invention has the following advantages: 1. The present invention can be achieved by a fusion technology, a collimation technology, and / or a lead angle technology. The adjustment enables the output image to be presented clearly, so that it does not need to use bulky optical elements, and can also save the extra cost of using bulky optical elements. 2. The system of the present invention can use a transparent display or a non-transparent display, and at least one real scene area is set in the center, and the image is output to an area outside the real scene area. Therefore, during the image display process, the viewer Then you can directly see the outside real scene through the real scene area to achieve the effect of combining virtual and real images. Such an effect will be very suitable for augmented reality (AR).
本發明已透過上所述之實施例揭露如上，然其並非用以限定本發明，任何熟悉此一技術領域具有通常知識者，在瞭解本發明前述的技術特徵及實施例，並在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，因此本發明之專利保護範圍須視本說明書所附之請求項所界定者為準。The present invention has been disclosed as above through the above-mentioned embodiments, but it is not intended to limit the present invention. Any person with ordinary knowledge in this technical field will understand the foregoing technical features and embodiments of the present invention without departing from the present invention. Within the spirit and scope of the invention, some modifications and retouching can be made. Therefore, the scope of patent protection of the present invention shall be subject to the definition of the claims attached to this specification.
1‧‧‧近眼顯示器
11‧‧‧顯示模組
111‧‧‧透明顯示器
1111‧‧‧透明實景區域
112‧‧‧非透明顯示器
1121‧‧‧實景視窗
12‧‧‧影像輸出模組
121‧‧‧影像
13‧‧‧影像輸出調整模組1‧‧‧Near-eye display
11‧‧‧Display Module
111‧‧‧ transparent display
1111‧‧‧ transparent real area
112‧‧‧ Non-transparent display
1121‧‧‧real view window
12‧‧‧Image output module
121‧‧‧Image
13‧‧‧Image output adjustment module
[第1圖]係本發明用於近眼顯示器之顯示調整方法之流程示意圖。 [第2圖]係本發明用於近眼顯示器之顯示調整方法之近眼顯示器之架構示意圖。 [第3A圖]係本發明用於近眼顯示器之顯示調整方法之融像第一實施示意圖。 [第3B圖]係本發明用於近眼顯示器之顯示調整方法之融像第二實施示意圖。 [第4A圖]係本發明用於近眼顯示器之顯示調整方法之用於透明顯示器之融像實施示意圖。 [第4B圖]係本發明用於近眼顯示器之顯示調整方法之用於非透明顯示器之融像實施示意圖。[FIG. 1] It is a schematic flow chart of a display adjustment method for a near-eye display according to the present invention. [Figure 2] Schematic diagram of the near-eye display of the near-eye display display adjustment method of the present invention. [FIG. 3A] It is a schematic diagram of the first implementation of the fusion image of the display adjustment method for the near-eye display of the present invention. [FIG. 3B] It is a schematic diagram of the second implementation of the fusion image of the display adjustment method for the near-eye display of the present invention. [FIG. 4A] It is a schematic diagram of the fusion image implementation of the transparent display for the display adjustment method for the near-eye display of the present invention. [FIG. 4B] It is a schematic diagram of the fusion image implementation for a non-transparent display of the display adjustment method for a near-eye display of the present invention.
Claims (16)
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| WO2019166018A1 (en) * | 2018-03-01 | 2019-09-06 | 陈台国 | Display component and display device |
| TWI691739B (en) * | 2018-02-22 | 2020-04-21 | 陳台國 | Near-eye display method with multiple depth of field imaging |
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| US9400390B2 (en) * | 2014-01-24 | 2016-07-26 | Osterhout Group, Inc. | Peripheral lighting for head worn computing |
| US20130285885A1 (en) * | 2012-04-25 | 2013-10-31 | Andreas G. Nowatzyk | Head-mounted light-field display |
| US8989535B2 (en) * | 2012-06-04 | 2015-03-24 | Microsoft Technology Licensing, Llc | Multiple waveguide imaging structure |
| US9841537B2 (en) * | 2012-07-02 | 2017-12-12 | Nvidia Corporation | Near-eye microlens array displays |
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| TWI691739B (en) * | 2018-02-22 | 2020-04-21 | 陳台國 | Near-eye display method with multiple depth of field imaging |
| WO2019166018A1 (en) * | 2018-03-01 | 2019-09-06 | 陈台国 | Display component and display device |
| EP3761102A4 (en) * | 2018-03-01 | 2021-10-27 | HES IP Holdings, LLC | Near eye display method capable of multi-depth of field imaging |
| US11927871B2 (en) | 2018-03-01 | 2024-03-12 | Hes Ip Holdings, Llc | Near-eye displaying method capable of multiple depths of field imaging |
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