TW473701B - Direct reflection image display system - Google Patents

Abstract

The present invention provides a direct reflection image display system, which can be operated with one direct reflection, two direct reflections or multiple direct reflections. The image display system with one direction reflection can display the positive image of the mirror image of the display image through the transparent single face reflection coating glass, the image display system with two direction reflections can display the display image through the transparent single face reflection coating glass, so that both display image and the scenery behind the glass can be seen.

Description

4V37U1 V. Description of the invention (l) --- This creation is a direct reflection image display system, especially a simple structure, which will, for example, enter the human eye through a transparent single-sided reflective mineral film, which will not obstruct the line of sight and improve the display projection effect. Video display system. Transparent single-sided reflective coating glass traditionally made by vacuum coating method ~ The display of the image is not good, and the production cost is high. Holographic display is more complicated in optical imaging, and it is not easy to achieve color imaging. The whole image imaging coating is performed on the glass plate, and the display signal is optically projected on the glass plate, and the difference between the two eyes of the person is caused by the grid-like reflection characteristic, resulting in long-range imaging. Because the grid-like coating on glass is expensive. Multi-layer film technology is used to cross-coat with different refractive indexes to obtain narrow-band high-reflective glass plates. Narrow-band reflection is only suitable for monochromatic light, and it is not suitable for current color displays. The direct reflection image display system of this creation uses the sol method to make transparent single-sided reflective coated glass. The manufacturing process is simple and full-frequency color reflection is possible. It is very suitable for the current color screens. It is compatible with the sol gel anti-reflection coating to achieve reflection The display function can improve the projection effect. The direct reflection times of the image can be divided into two types: primary reflection and secondary reflection. In order for the reflection display result to be a jade image, the monitor image needs to be reflected twice, one is a mirror, and the other is a transparent single-sided reflective mineral film glass. Or The image signal is processed by mirror image in advance, and then displayed on the display through transparent single-sided reflective coated glass. Please refer to the first figure, which shows the structure of the mirror display after a direct reflection image display system (1). The mirror display is designed to mirror the image signal in advance # display11 * * include-transparent

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Single-sided reflective coating 々 π ▲ ^ ～ One angle adjustment section 1 and mirror display 1 2 1, J: Φ 西 泳 1 I is Z, 丄 八甲; I the bottom edge of the transparent single-light coating glass 15 sets an angle Adjusting section 丨, the angle sound = the height adjusting section 2 of one end of the jig 1 is fixed on the branch 171 / ^ and adjusted, and it is pushed up again, the bottom of the branch 7 is fixed on the table, and a counter Pound push strong 1 ^ ^ Pro-image shows crying 1 2 1. 〇〇 丄 The aforementioned transparent single-sided reflective coating glass 5 can be used as required. Transparent reflective coating glass, three-layer transparent reflective coating glass and four-layer transparent ^ reflective coating i glass. Basically transparent reflective coating glass plate is used for the most prominent part of the image display device; if it is to prevent damage, it can be strengthened by heating or bent plate processing. The function of the transparent reflective glass is that the user does not need to shift his or her eyes to view the reflective image in front of the glass and the real scene behind the glass. The pillar 17 is a smooth cylinder. The single post is more beautiful and can be adjusted horizontally. The direction of the transparent reflective coated glass plate is more convenient to use. You only need to set the height adjustment section 2 on the end of the glass plate fixture on the post 17 to fix the position. The two pillars are more stable, and the height adjustment joints of the two ends of the transparent reflective coated glass plate fixture are sleeved on the two pillars and used in a fixed position. The mirror display 1 2 1 can be a CRT, LED, ELD or LCD. Using the horizontal scanning of the screen, the left and right inversion technology can obtain the mirror display screen. Through the transparent single-sided reflective coated glass 15, you can view the display screen and the glass back view at the same time. It should be used to display the lecture table, so that the speaker can read the lecture and the audience at the same time. Please refer to the second figure, which shows the structure of the image display system (2) which directly reflects the mirror display once. It is a mirror display 1 2 1 screen transparent

Page 5 T737U1 V. Description of the invention (3) '~~ ---- Over transparent single-sided partially reflective coated glass 1 1 $ Screen and glass back view. It can be used for car λ4λ 'to view the display at the same time, with a thousand fingers, to view the car condition information or GPS map, and it can be used for drivers. The transparent single-sided local reflective coating can be used to break glass and scenery. The surface local coating technology uses a sol-based method on a large glass plate. The 15-series single-layer transparent reflective coating glass is used at a specific location. The local anti-agricultural department heads up to display the glass plate. ^ Sew quilting to make transparent board. The glass plate needs to be heated depending on the use occasion. The vehicle head-up display is used to break the glass at the front door. The process of bending or bending the plate, such as film, is used for the head-up display. If the head-up display is used only for local reflective plating, when placing a large piece of glass and performing a local table at a specific position, you can master the draft on the lecture table and control the atmosphere of the masses. Light money, for the lecture, the above one directly reflects the image display system #, the image display system does not require image mirroring processing, and can be straight = reflected by a double direct reflection image on a transparent single-sided reflective coated glass The method will make the later scene more effective in application, such as up, without obstructing the operation status of the glass while monitoring. Guided the production process and guidance in the studio. In particular, the simultaneous monitoring of real scenes and images is required. For this reason, we will use a secondary direct reflection display device as an example to illustrate the special needs later. Please refer to the third picture, which shows the structure of the cathode tube fluorescent reflection image display system (1) of this creation, which can be used by users to manage the glare screen 61, and the line of sight is on the transparent single-sided reflector 丄 ~ 1 hour at the same time Viewing the contents of the display and the glass background, it includes a transparent single-sided reflective glass 15, a pillar 17, and an anti-reflective coated glass 丄 _

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V. Description of the Invention (4) 1 A cathode tube screen 6 1, a reflector 13, a height adjustment section 2 and an angle adjustment section 1, wherein the bottom edge of the transparent single-sided reflective coating glass 15 sets the angle Adjusting section 1, the height adjusting section 2 of the angle adjusting section 1 at one end of the fixture is fixed on the pillar 15, and the pillar 15 is fixed on the countertop 'for the antireflection mineral film glass 1 1' The reflecting mirror 13 is at an angle of 45 ° with the anti-reflection coating glass 11. The anti-reflection money film glass 11 and the cathode tube fluorescent screen 61 are arranged vertically. This anti-reflection mirror glass 11 is made of SiO2 or MOx-Si02 sol anti-reflection coating on both sides of a glass plate by a sol dip method. The reflecting mirror 13 is metal-coated on one side of a glass plate, and then Si02 or M0x-Si02 sol anti-reflection coating is performed on the surface of the metal coating. Please refer to the fourth figure, which shows the structure of the flat-screen direct reflection image display system (1) of this creation, which allows users to pass through the flat-screen screen 7 1 with a size of 6 ~ 20 inches, and the line of sight is on a transparent single side. When the reflective coated glass is 15, watch the display content and the glass back view at the same time. The flat screen 71 includes a monochrome or color liquid crystal display, an electronic screen, and the like. In the above-mentioned secondary direct reflection image display system, the cathode screen 61 or the flat screen 71 needs to be inverted, and the mirror 1 3 and transparent single-sided reflective coated glass 1 5 are shown as positive images. Please refer to the fifth picture, which shows the structure of the cathode tube screen directly reflecting the image display system (2) of this creation, which allows the user to pass through the cathode tube screen 6 1 with a size of 6 to 20 inches. When face-reflective coated glass is used, the display contents and the glass back view can be viewed at the same time. This structure makes the corner of the transparent single-sided reflective coating break glass 1 5 set the corner

Page 7 ΤΓΤίΤΓΐ V. Description of the invention (5) Degree adjustment section 1 The angle adjustment section 1 is a height adjustment section 2 on one end of a fixture fixed on a support 7 17, and the pillar 17 is fixed on the table for the anti-reflection The bell film glass 11 is erected 'a mirror 60 is provided behind the countertop', the mirror 13 is interposed with the anti-reflection money film glass 1 1 and the cathode tube fluorescent screen 6 1. Corners in a regular triangle configuration. Please refer to Figure 6 for the flat reflection screen display system (2) structure of the flat screen of this creation, which allows the user to see through the flat screen 7 1 with a size of 6 ~ 20 inches, and the line of sight is on a transparent single side. Reflective coated glass can be viewed at the same time at the top of the display and the glass behind. In this kind of secondary direct reflection image display system, the cathode fluorescent screen 6 1 g flat screen 7 1 does not need to be inverted through the mirror 丄 3 and the transparent single-sided reflective slope glass 15 is displayed as a positive image, the user can also Looking down at the screen

Page 8 rrrm diagram brief description The first picture is a direct reflection image display system (a). The second picture is a direct reflection image display system (II). The third figure shows the structure of the secondary direct reflection image display system (1) of the cathode fluorescent screen. The fourth figure shows the structure of the secondary direct reflection image display system (1) of the flat screen. The fifth figure shows the structure of the secondary direct reflection image display system (2) of the cathode fluorescent screen. The sixth drawing shows the structure of the secondary direct reflection image display system (2) of the flat screen. Explanation of symbols: 1 Angle adjustment section 2 Height adjustment section 11 Anti-reflective coated glass 1 3 Reflector 15 Transparent single-sided reflective coated glass 17 Pillar 61 Cathode tube fluorescent screen 7 1 Flat fluorescent screen 115 Transparent single-sided partially reflective coated glass 1 2 1 mirrored display

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Claims (1)

TT3TUT 6. Scope of patent application 1. One-time direct reflection, single-sided reflective coated glass, a pillar The information image on the countertop is assembled on the bottom edge of the transparent reflective film glass, and the pillar is fixed to the indicator. 2. A type of secondary direct reflection single-sided reflective coated glass, a pillar, a reflector, and an angle adjustment section. The bottom image of the transparent single-sided reflective glass is set at the angle adjustment section. The pillar is fixed on the table for The reflecting mirror is arranged vertically with the anti-reflection and fluorescent screen. 3. A type of secondary direct reflection single-sided reflective coated glass, a pillar, a mirror, and an angle adjustment section. The image is set at the bottom of the transparent single-sided reflective plated glass at the angle adjustment section, and the pillar is fixed on the table. The supplier has a reflector and is configured with an anti-reflection triangle. 4. As shown in the patent application, the transparent single-sided reflex image display system includes a transparent and an angle adjustment section, which directly reflects a single-sided reflective clock film glass, the transparent single-angle adjustment section, and the angle adjustment. On the countertop, a mirror image display system is arranged on the countertop, which includes a transparent, an anti-reflection glass, a screen, and a screen glass directly reflecting the screen under the table. The transparent single-sided reflective coating, The angle adjustment section is arranged on the pillar, and an anti-reflection glass is erected. The glass clip behind the facet is at a 45 ° angle. The anti-reflection glass image display system includes a transparent, an anti-reflection glass, a fluorescent screen, and direct reflection. A fluorescent screen film glass under the table, the transparent single-sided reflective coating, the angle adjustment section is set on the pillar, the anti-reflection glass is erected, the back glass of the table and the screen clip are at a 60 ° angle, which is positive The one-time direct reflection image is a large piece of glass products. Page 10 4737υί 6. Scope of patent application With transparent single-sided local reflective coating. 5. The secondary direct reflection image display system as described in item 2 or 3 of the scope of patent application, wherein the screen is a flat screen. 6. The secondary direct reflection image display system as described in item 2 or 3 of the scope of patent application, wherein the fluorescent screen is a cathode tube fluorescent screen. Page 11