TWM625756U - Stereoscopic vision optimization processing system - Google Patents

Abstract

A stereoscopic vision optimization processing system comprises: a platform, a video information optimization processing device, a display device and a stereoscopic viewing device. The platform can collect 3D signal sources and front-end processing signal sources, and integrate them. The optimized processing device is electrically connected to the platform, and uses the H.264 video coding standard format, cooperates with a digital signal processor or a special application integrated circuit to perform operations, and then outputs the processed signal source. The display device can be connected to To the video optimization processing device, it can receive the optimized image signal. The stereoscopic viewing device is connected with the display device, and can output the image signal to the stereoscopic viewing device at the same time, thereby forming a stereoscopic image that can provide a stereoscopic visual difference effect. The stereo vision optimization processing system.

Description

Stereo Vision Optimization Processing System

This creation relates to a stereoscopic vision optimization processing system, especially a stereoscopic vision optimization processing system that can provide a stereoscopic image with a stereoscopic vision difference effect.

According to the traditional 2D (two-dimensional) visual content of personal games, in recent years there are many people who emphasize 3D (three-dimensional) visual effects. As for the investigation, the emphasis on 3D visual effects at present means nothing more than: (1) The content objects are made in 3D, but the visual image is still the effect of 2D plane when viewing. (2) In the amusement facilities part, an immersive 3D effect is presented through VR Glass and amusement machine equipment.

However, due to the fact that 3D content objects cannot present a true stereoscopic visual effect, and the playback content and hardware technology have not been effectively integrated in the field of personal games, the market acceptance is very low. The amusement machine must be combined with dedicated and expensive playback equipment and viewing devices, which is difficult for consumers to accept, and therefore cannot be popularized.

This creation is to provide a stereoscopic vision optimization processing system that can present a stereoscopic image with a stereoscopic visual difference effect.

This creation system includes: a platform, a video optimization processing device, a display device and a stereo viewing device. The platform can collect 3D signal sources and 2D to 3D front-end processing signal sources. The video optimization processing device is integrated with the platform. Electrical Connect, and use H.264 video coding standard format, cooperate with digital signal processor or special application integrated circuit to perform operation, process the signal source and then output, the display device can be connected to the video optimization processing device, can receive optimized The stereoscopic image with the visual difference effect, the stereoscopic viewing device is electrically connected with the display device to output the stereoscopic image signal sent by the display device at the same time for the user to watch, thereby forming a stereoscopic visual difference effect. The stereo vision optimization processing system of the stereo image.

In this embodiment, the above-mentioned display device is one of a personal computer, a smart phone, a tablet computer or a notebook computer.

In this embodiment, the above-mentioned stereoscopic viewing device is one of a 3D projector, augmented reality/virtual reality glasses or a 3D display.

1: Platform

11: 3D signal source

12: Front-end processing signal source

2: Video optimization processing device

3: Display device

4: Stereoscopic viewing device

[FIG. 1] is a block diagram of the system architecture of this creative embodiment.

This creation is designed to achieve the purpose of creation in terms of structure, and is described as follows in conjunction with the embodiments of the drawings:

Please refer to FIG. 1 , the creation system includes: a platform (1), a video optimization processing device (2), a display device (3) and a stereoscopic viewing device (4), the platform (1) is a collection of The 3D signal source (11) and the 2D-to-3D front-end processing signal source (12) are integrated.

The video optimization processing device (2) is electrically connected with the platform (1), and is applied in the H.264 video encoding standard format, and is performed in conjunction with a digital signal processor (DSP) or a special application integrated circuit (ASIC) to convert the original After some 3D signal source content is re-encoded, the amount of transmission content is greatly reduced without affecting the image quality, and at the same time, high-quality and smooth images of high-speed transmission are taken into account, so as to present a visual difference effect. to optimize stereoscopic images.

The display device (3) is connectable to the video optimization processing device (2) for receiving the 3D stereoscopic images processed by the video optimization processing device (2), and the display device (3) is a personal computer (PC) , smartphone, tablet or notebook (NB).

The stereoscopic viewing device (4) is electrically connected with the display device (3), and can receive the 3D stereoscopic image signal transmitted by the display device (3), and the stereoscopic viewing device (4) is a 3D projector, Augmented reality/virtual reality glasses (AR/VR GLASS) or 3D display are used to simultaneously output stereoscopic images with stereoscopic visual difference after optimized processing for users to watch.

In the present creation, the 3D signal source integrated with the platform (1) can be optimized by the video optimization processing device (2), so as to present a three-dimensional image with a visual difference effect, so that after being received by the display device (3), It is transmitted to the stereoscopic viewing device (4), and the optimized stereoscopic image is outputted for viewing by the user, so as to achieve the desired creative effect. In addition, the augmented reality/virtual reality glasses (AR/VR GLASS) of the display device (3) and the stereoscopic viewing device (4) of this creation are common devices, which further highlights the use value of this creation .

The above embodiment is a specific and feasible implementation of this creation to achieve the creation purpose, and the technical content of this creation can be widely applied to industries such as games, medical care, art, and cultural creation, so for the same or similar system design, Those with the same creative appeal should all belong to the same creative category of this case.

To sum up, this creation has obvious industrial application value, and the system architecture design used to achieve the purpose of creation has not been published in publications or used. It should have met the application requirements for a new type of patent.

1: Platform

11: 3D signal source

12: Front-end processing signal source

2: Video optimization processing device

3: Display device

4: Stereoscopic viewing device

Claims (3)

A stereoscopic vision optimization processing system includes: a platform that can collect 3D signal sources and front-end processing signal sources from 2D to 3D, and integrate them; a video information optimization processing device, which is electrically connected to the platform and is applied H.264 video coding standard format, with digital signal processors or special application integrated circuits to perform operations, the 3D signal source presents optimized three-dimensional images with visual difference effects; a display device can be connected to a video optimization processing device, using to receive the optimized stereoscopic image with visual difference effect; and a stereoscopic viewing device, which is electrically connected with the display device and used to output the stereoscopic image signal sent by the display device for the user to watch. The stereoscopic vision optimization processing system according to claim 1, wherein the display device is one of a personal computer, a smart phone, a tablet computer or a notebook computer. The stereoscopic vision optimization processing system according to claim 1, wherein the stereoscopic viewing device is one of a 3D projector, augmented reality/virtual reality glasses or a 3D display.

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