Visual database system

• US 20030063114A1
• Filed: 10/28/2002
• Published: 04/03/2003
• Est. Priority Date: 05/13/1999
• Status: Active Grant

• Current Assignee: Fourie Incorporated
• Original Assignee: Fourie Incorporated
• Inventors: Nishida, Shinsuke
• Granted Patent: US 6,810,403 B2
• Time in Patent Office: Days
• US Class Current: 345/700
• CPC Class Codes: G06F 16/51 Indexing; Data structures therefor; Storage structures
• CPC Class Codes: H04L 67/75 Indicating network or usage conditions on the user display
• CPC Class Codes: H04L 69/329 in the application layer [OSI layer 7]
• CPC Class Codes: H04L 9/40 Network security protocols
• CPC Class Codes: Y10S 707/99945 Object-oriented database structure processing
• CPC Class Codes: Y10S 707/99948 Application of database or data structure, e.g. distributed, multimedia, or image

Abstract

The visual database system comprises at least one visual data input device for inputting visual data, a visual database system device for storing the visual data, and at least one visual data output device for receiving the visual data from the visual database system device at a predetermined resolution, and displaying and printing the visual data and the visual database system device obtains a divided state by dividing the input visual data into multiple block screens, expresses the visual data as addresses and image data represented by addresses, saves these, and creates and transmits visual data for output in accordance with a resolution requested by the visual data output device.

Claims

1. A visual database system for storing and transmitting visual data such as at least moving images and still images, said system comprising:

at least one visual data input device which inputs the visual data;

a visual database device which receives and stores the visual data input by said visual data input device; and

at least one visual data output device which receives the visual data at a predetermined resolution from said visual database device, and displays and prints the visual data, wherein

said visual database device divides the visual data into a plurality of block screens, appends a first address to each of the division block screens, then further divides the block screens identified by the first addresses, appends a second address to each of the division block screens, and thereafter repeats the division and appending of addresses for a predetermined number of times,

said visual database device expresses the visual data as addresses and image data of a divided image represented by the addresses and stores the address; and

said visual database device creates the visual data for output in accordance with a resolution of said visual data output device and transmits the created data to said visual data output device.

2. The visual database system according to claim 1, wherein, before receiving visual data from said visual database device, said visual data output device notifies said visual database device of information specifying the visual data it wishes to receive, its own resolution or a desired resolution, and output time unit for receiving a moving image in slow motion or fast forward or the like.

3. The visual database system according to claim 1, wherein the addresses are defined with a divided state represented by division levels n, the division state is defined so as to obtain the 2nth power of 2 pieces of block division images by dividing the vertical and horizontal axes of the display screen by the nth power of 2, respectively, and the addresses are specified using the division levels n.

4. The visual database system according to claim 3, wherein the addresses are defined by appending first addresses of two bits “

00”

, “

01”

, “

10”

, and “

11”

to four division blocks obtained by a division state represented by division level n=1, second addresses of two bits “

00”

, “

01”

, “

10”

, and “

11”

are appended to blocks obtained by further dividing into four the one-quarter division blocks identified by the first addresses, this division being repeated while appending first addresses followed by second addresses.

5. The visual database system according to claim 1, wherein, when the visual data output to said visual data output device comprises a still image, said visual database device creates and transmits visual data for output at the maximum resolution of the visual data output device, and when the visual data comprises a moving image, said visual database device creates and transmits visual data for output having a resolution altered in accordance with the speed of the movement of moving image.

6. The visual database system according to claim 1, wherein, when creating visual data for output from stored visual data and transmitting the visual data for output, said visual database device changes a database usage fee for the visual data in accordance with the resolution of the visual data for output.

7. The visual database system according to claim 1, wherein said visual database device uses the addresses to express a visual object, and stores visual data only for the visual object.

8. A visual database system for storing and transmitting visual data such as at least moving images and still images, said system comprising:

at least one visual data input device which inputs the visual data;

a visual database device which receives and stores the visual data input by said visual data input device; and

at least one visual data output device which receives the visual data at a predetermined resolution from said visual database device, and displays and prints the visual data, wherein

said visual database device divides the visual data into a plurality of block screens, appends a first address to each of the division block screens, then further divides the block screens identified by the first addresses, appends a second address to each of the division block screens, and thereafter repeats the division and appending of addresses for a predetermined number of times;

said visual database device expresses the visual data using addresses and image data of a divided image represented by the addresses and time codes representing a temporal position in changes over time, and stores the address;

said visual database device creates the visual data for output in accordance with an output resolution of a still image and a moving image of said visual data output device and transmits the created data to said visual data output device.

9. The visual database system according to claim 8, wherein, before receiving visual data from said visual database device, said visual data output device notifies said visual database device of information specifying the visual data it wishes to receive, its own resolution or a desired resolution, and output time unit for receiving a moving image in slow motion or fast forward or the like.

10. The visual database system according to claim 8, wherein the addresses are defined with a divided state represented by division levels n, the division state is defined so as to obtain the 2nth power of 2 pieces of block division images by dividing the vertical and horizontal axes of the display screen by the nth power of 2, respectively, and the addresses are specified using the division levels n.

11. The visual database system according to claim 10, wherein the addresses are defined by appending first addresses of two bits “

00”

, “

01”

, “

10”

, and “

11”

to four division blocks obtained by a division state represented by division level n=1, second addresses of two bits “

00”

, “

01”

, “

10”

, and “

11”

are appended to blocks obtained by further dividing into four the one-quarter division blocks identified by the first addresses, this division being repeated while appending first addresses followed by second addresses.

12. The visual database system according to claim 8, wherein, when the visual data output to said visual data output device comprises a still image, said visual database device creates and transmits visual data for output at the maximum resolution of the visual data output device, and when the visual data comprises a moving image, said visual database device creates and transmits visual data for output having a resolution altered in accordance with the speed of the movement of moving image.

13. The visual database system according to claim 8, wherein, when creating visual data for output from stored visual data and transmitting the visual data for output, said visual database device changes a database usage fee for the visual data in accordance with the resolution of the visual data for output.

14. The visual database system according to claim 8, wherein said visual database device uses the addresses to express a visual object, and stores visual data only for the visual object.

15. A visual database system for storing visual data, comprising a visual format in which the amount of data changes according to the amount of change of an image, in a memory medium wherein a memory position changes over time, and reading the visual data from said memory medium as required,

wherein time codes are appended to one or a plurality of visual data when stored in said memory medium;

and

when the visual data is reproduced from said memory medium, the time codes are read while extracting the visual data from its memory position, and the reproduction speed of said memory medium is changed so that the visual data is reproduced in correspondence with changes over actual time.