DEVICE AND METHOD FOR CONVERGENCE OF STEREOSCOPIC DIGITAL IMAGING

• US 20120212586A1
• Filed: 01/07/2010
• Published: 08/23/2012
• Est. Priority Date: 09/27/2009
• Status: Abandoned Application

• Current Assignee: Inlife-handnet Co., Ltd.
• Original Assignee: Inlife-handnet Co., Ltd.
• Inventors: Li, Wei, Li, Zhen, Xia, Denghai
• Application Number:
  US13/498,265
• Publication Number:
  US 20120212586A1
• Time in Patent Office: Days
• US Class Current: 348/47
• CPC Class Codes: G03B 35/08 by simultaneous recording
• CPC Class Codes: H04N 13/128 Adjusting depth or disparity
• CPC Class Codes: H04N 13/398 Synchronisation thereof; Control thereof

Abstract

A stereoscopic digital imaging convergence device includes an image receiving module (100) for receiving a left image and a right image, an image selecting module (200) for selecting a left sub-image from the left image and a right sub-image from the right image, a display screen (300) for displaying the left sub-image and the right sub-image, a manual adjusting module (400) for receiving an adjusting command made by users after observing the image displayed on the display screen, an image adjusting module (500) for correspondingly adjusting the position of the left sub-image and the right sub-image selected by the image selecting module according to the adjusting command. Meanwhile, a convergence method of stereoscopic digital imaging is disclosed.

Claims

1. A device for convergence of stereoscopic digital imaging, wherein the device for convergence of stereoscopic digital imaging is arranged in a stereoscopic digital imaging device, which is provided with a left image collecting module (601) for taking a left image imitating the left eye and a right image collecting module (602) for taking a right image imitating the right eye;

the device for convergence of stereoscopic digital imaging comprises;

an image receiving module (100), which is connected with the left image collecting module (601) and the right image collecting module (602) respectively and used for receiving the left image imitating the left eye and the right image imitating the right eye, wherein both the left image and the right image are in a size with M rows and N columns;

M and N are both positive integers;

an image selecting module (200), which is used for selecting a left sub-image and a right sub-image from the left image and the right image respectively, wherein both the left sub-image and the right sub-image are in a size with L rows and S columns and displayed on a display screen (300);

L and S are both positive integers, and the value of L is smaller than that of M and the value of S is smaller than that of N;

the display screen (300), which is used for displaying the left sub-image and the right sub-image;

a manual adjusting module (400), which is used for receiving an adjusting command made by users after observing the images displayed on the display screen (300);

an image adjusting module (500), which is used for correspondingly adjusting the positions of the left sub-image and the right sub-image selected by the image selecting module (200) according to the adjusting command.

2. The device for convergence of stereoscopic digital imaging of claim 1, wherein the manual adjusting module (400) is used for receiving an adjusting command for adjusting in the horizontal direction and/or an adjusting command for adjusting in the vertical direction made by users.

3. The device for convergence of stereoscopic digital imaging of claim 2, wherein the image adjusting module (500) is used for adjusting the positions of the selected left sub-image and the selected right sub-image in the horizontal direction and/or in the vertical direction according to the adjusting command for adjusting in the horizontal direction and/or the adjusting command for adjusting in the vertical direction.

4. The device for convergence of stereoscopic digital imaging of claim 1, wherein the image selecting module (200) is used for selecting the left sub-image and the right sub-image by selecting a starting coordinate for the left sub-image on the left image and a starting coordinate for the right sub-image on the right image.

5. The device for convergence of stereoscopic digital imaging of claim 4, wherein the image adjusting module (500) is used for adjusting the starting coordinate for the left sub-image and the starting coordinate for the right sub-image according to the adjusting command so as to adjust the positions of the selected left sub-image and the selected right sub-image.

6. A method for convergence of stereoscopic digital imaging, wherein comprising the following steps:

S1;

receiving a left image imitating the left eye and a right image imitating the right eye, wherein both the left image and the right image are in a size with M rows and N columns, and M and N are both positive integers;

S2;

selecting a left sub-image from the left image, selecting a right sub-image from the right image, and displaying the left sub-image and the right sub-image on a display screen;

wherein both the left sub-image and the right sub-image are images in a size with L rows and S columns;

L and S are both positive integers, and the value of L is smaller than that of M and the value of S is smaller than that of N;

S3;

receiving an adjusting command made by users after observing the image displayed on the display screen;

S4;

correspondingly adjusting the positions of the selected left sub-image and the selected right sub-image according to the adjusting command, and then displaying the re-selected left sub-image and the re-selected right sub-image on the display screen.

7. The method for convergence of stereoscopic digital imaging of claim 6, wherein the step S3 includes:

receiving the adjusting command for adjusting in the horizontal direction and/or the adjusting command fix adjusting in the vertical direction made by users.

8. The method for convergence of stereoscopic digital imaging of claim 7, wherein, the step S4 includes:

adjusting the positions of the selected left sub-image and the selected right sub-image in the horizontal direction and/or in the vertical direction according to the adjusting command for adjusting in the horizontal direction and/or the adjusting command for adjusting in the vertical direction.

9. The method for convergence of stereoscopic digital imaging of claim 6, wherein, the step S2 includes:

selecting the left sub-image and the right sub-image by selecting a starting coordinate for the left sub-image on the left image and a starting coordinate for the right sub-image on the right image.

10. The method for convergence of stereoscopic digital imaging of claim 9, wherein, the step S4 includes:

adjusting the starting coordinate for the left sub-image and the starting coordinate for the right sub-image according to the adjusting command so as to adjust the positions of the selected left sub-image and the selected right sub-image.