KR20090052135A - System for managing contents and there of display - Google Patents

Abstract

The present invention relates to a content management system and a method of displaying the content to be backed up, which is automatically recorded on an optical disk and stored in a disk storage device so that the content is displayed according to time and events.

In the content management system according to the present invention, when a content list is selected and a backup command is input, the content is recorded on the optical disc, and a unique ID for the content list is generated and transmitted. The barcode for the unique ID is recorded on the disk, the optical disk is inserted into the disk case and ejected, and the disk case in which the optical disk is inserted is sealed and stored. It has an effect of a content management system, characterized in that it comprises a disk storage device that receives and displays a list of stored content.

Content storage device, photo management, content display, barcode, disk storage device

Description

System for managing contents and there of display}

1 is a view showing a content management system according to a preferred embodiment of the present invention.

2 is a block diagram showing a detailed configuration of a content management system according to an embodiment of the present invention.

Figure 3a is a view showing a state in which a bar code is recorded on the optical disk according to a preferred embodiment of the present invention.

Figure 3b is a view showing a state in which a bar code is recorded on the disk case according to an embodiment of the present invention.

4 is a diagram illustrating a process of automatically recording and storing content according to an exemplary embodiment of the present invention.

5A to 5C are diagrams illustrating examples of enlarged and reduced time units for displaying a content list according to an exemplary embodiment of the present invention.

6A to 6C are views illustrating displaying of a content list for each event according to a preferred embodiment of the present invention.

7A to 7C are diagrams showing a list of contents displayed for each event according to a preferred embodiment of the present invention.

8A to 8B illustrate examples of displaying a content list according to a time domain according to a preferred embodiment of the present invention.

`` Explanation of symbols for main parts of drawings ''

100 ... Automatic content backup device 102 ... Key input

104 Storage 110 Packaging section

112 Optical disc recorder 114 Bar code recorder

116 Case cartridge 120 Data transmission / reception

122 Display unit 124 Audio signal processing unit

Control unit 200 Disk storage device

202 Receiving unit 204 Bar code recognition unit

206 ... Display 208 ... MICOM

The present invention relates to a content management system and a method of displaying the content to be backed up automatically stored in an optical disk and stored in a disk storage device so that the content is displayed according to time and events.

As more users use digital products such as camcorders, digital cameras, and MP3s, new contents are created and stored and managed in some storage spaces of users.

In particular, among such contents, photos can be easily created by many people who enjoy traveling, performing, or leisure.

Due to the limited use of digital cameras in memory cards, most people have no choice but to back up their photo data to a computer.

After a lot of time, you'll see a lot of pictures stored on your computer.

In addition, the same phenomenon occurs with video and music files.

In order to manage such content, a disk drive with a large storage space may be purchased and installed in a computer.

In recent years, since more than 4.3 gigabytes of data can be stored on a single blank DVD, content data to be stored for a long time is recorded on an optical disc.

Most CD-R discs can record about 700MB, but many blank discs are used because they cannot be reused.

Unless the user summarizes the recorded data information by putting the disk in the disk case, the only way to check it is to insert it directly into the computer.

In addition, when browsing the photos stored on the hard disk drive, it is sometimes difficult to distinguish easily because of the collectively stored file names.

Due to this problem, a large number of unnecessary disks are used and discarded, and a large amount of time is spent on content storage and management.

SUMMARY OF THE INVENTION An object of the present invention is to provide a content management system and a method of displaying the same, wherein content selected by a user is automatically recorded on a disc by a backup command, inserted into a disc case, and ejected.

Another object of the present invention is to provide a content management system and a method of displaying the same, wherein the ejected disc is stored in a disc storage device.

Still another object of the present invention is to provide a content management system and a method of displaying the same, which allow the stored content to be managed using a bar code recorded on the disc and the disc case.

It is still another object of the present invention to provide a content management system and a method of displaying the same, wherein the content can be browsed based on time and events.

In the content management system according to the present invention for achieving the above object, when a content list is selected and a backup command is input, the content is recorded on an optical disc and a unique ID for the content list is generated. A content automatic backup device which is transmitted, a bar code for the unique ID is recorded on the optical disc and the disc case, and the optical disc is inserted into the disc case and ejected; And a disk storage device in which a disk case into which the optical disk is inserted is sealed and stored, and receiving a unique ID for the content list transmitted from the automatic content backup device to display a stored content list.

As an example, the unique ID for the content list generated by the automatic content backup device is transmitted to the disk storage device using a wired / wireless network.

As one example, the recording information of any one of the optical disks stored in the disk storage device can be identified by a network from the automatic content backup device.

Automatic content backup device according to the present invention for achieving the above object is a storage unit for storing the content; A key input unit to which an automatic backup command for the contents is input; A packaging unit to record the contents to be stored on the optical disk, and to barcode the unique ID of the contents to be stored, to record the contents on the optical disk and the disk case; A data transceiving unit which transmits unique ID information on the content to be stored; And generating a unique ID for the content to be stored when the automatic storage command for the content is input, transmitting the generated unique ID to the disk storage device, and barcoded and recording the content on the optical disk while the barcode is placed on the optical disk surface and the disk case surface. It characterized in that it comprises a controller for controlling the overall recording and ejecting the optical disk is inserted into the disk case.

As one example, the packaging unit includes an optical disk recording apparatus for recording the selected content list to an actual optical disk drive; A barcode recording unit for recording a barcode for a unique ID for the content list; And a case cartridge for protecting the optical disc, and a case cartridge for opening the case when the optical disc is ejected so that the optical inlet is inserted into the case and ejected. do.

As an example, when the content list is selected by the user, the optical disk is inserted into the disk case and ejected with a single command input of the provided backup key.

As an example, the unique ID may be generated through a hash function by combining at least one or more of a content list, a date on which the content list is generated, a date backed up, a file size, and a content type. .

Disc storage device according to the present invention for achieving the above object, the receiving unit for receiving the content list information transmitted from the automatic content backup device; A barcode recognition unit for recognizing barcodes recorded on the optical disk and the disk case; A display unit which displays the recorded content list information; And a microcomputer for controlling to display the list information on the display unit by analyzing the ID recognized through the barcode recognition unit when the disc case including the optical disc is input and referring to the content list received through the receiving unit. It features.

As an example, when a content list search command is input through the receiving unit, a bar code received from the automatic content backup device is analyzed and the content list is displayed on the display unit.

According to an aspect of the present invention, there is provided a method of storing content, the method comprising: selecting a content list to be backed up; Generating a unique ID by combining features of the content list when a backup command for the content list is input; Recording the selected content on a disc; Recording a bar code for the recorded content on a disc and a disc case; Inserting and ejecting the disk into the disk case; Transmitting information about the content list to the disc storage device; And the ejected disk case is sealed and stored in the disk storage device.

As an example, the unique ID for the content list may be generated by using a hash function to generate a combination of a content list value to be stored, a date on which the content list is generated, and a date on which the backup is performed.

As an example, if a command for searching for a disk in which a user desired content is recorded among the disks stored in the disk storage device is input, after checking the position of the disk in which the content is recorded using a barcode connected to the content, the tray ( It is characterized in that the ejected automatically by the tray).

Content display method according to the present invention for achieving the above object, based on the time domain displayed on one screen, characterized in that the browsing of the content by displaying the event corresponding to the time domain together (Browsing) do.

As an example, the content may be displayed by changing the display screen according to the change of time by enlarging or reducing the time unit displayed on one screen.

As an example, the contents within the selected time domain may be displayed for each event, and the event list may be navigated left and right to display contents corresponding to the event.

As an example, the content list displayed according to the time or event is navigated left and right so that the selected content is displayed large.

As an example, the content list may be displayed according to a change in the time domain.

Hereinafter, a Bluetooth search method and apparatus according to an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a view showing a content management system according to a preferred embodiment of the present invention.

Referring to FIG. 1, a content management system automatically records contents selected by a content user on an optical disk, inserts the optical disk into a disk case, and ejects the contents, thereby automatically ejecting the contents. And a disk storage device 200 for storing a disk case into which an optical disk ejected from the disk is inserted.

The automatic content backup apparatus 100 should be capable of recording on an optical disk, such as a personal computer (PC), and capable of displaying the contents and displaying a list of contents.

In particular, the recording apparatus for recording the contents on the optical disk should be a device designed to be capable of marking on the surface of the optical disk.

In order for the disc recorded by the optical disc recording apparatus to be ejected and inserted into the case, the disc case must be positioned on the path where the disc is ejected and automatically inserted and ejected.

The main body of the PC may be provided with a separate backup button for a backup command, the backup command may be executed by a program executed in the operating system.

The content to be automatically backed up by the automatic content backup device 100 may be a photo, video, audio file, document.

Content to be described later in the present invention will be described an example in the case of a photograph.

When a blank disk is inserted into an optical disk recording apparatus for backing up a photo, and a list of photos to be backed up is selected by the user in the automatic content backup apparatus 100 and a backup command is input, the photo is recorded on the disk. do.

The automatic content backup device 100 is to collect the characteristics of the photo list to give an ID (ID) in order to easily check even after storing the list of pictures recorded on the disk.

The ID is generated by using a combination of a photo list value stored in the optical disk, a date on which the photo list is generated, and a date on which the backup is performed.

Since the ID is connected to the picture list, the ID can be used to determine what information is stored on the disk.

The generated ID may be recorded on the optical disk and the disk case surface.

The disk storage device 200 stores a disk case into which an optical disk ejected from the automatic content backup device 100 is inserted, and the disk case is automatically loaded through a tray provided in the disk storage device 200. Be sure to

The disk storage device 200 may read a bar code to recognize a bar code information recorded on the disk case, and to list the pictures recorded on the optical disk through a display window provided at the top of the disk storage device 200. Display information.

The unique ID information generated by the content automatic backup device 100 is transmitted to the disk storage device 200 through a wired / wireless network, so that it can be used when finding a stored picture lease.

2 is a block diagram showing a detailed configuration of a content management system according to a preferred embodiment of the present invention.

Referring to FIG. 2, the automatic content backup apparatus 100 stores the photo data in an optical disk and a key input unit 102 for inputting a backup command for a photo list selected by a user, a storage unit 104 for storing various contents, and an optical disk. A recording unit 110 for recording and inserting the optical disk into the disk case, recording the optical disk and the disk case, and transmitting the generated ID to the disk storage device 200. And a display unit 122 for displaying the stored content information so that the user can select a picture list, an audio signal processor 124 for outputting a recording completion message or an error message as an audio signal, and the like. When the auto save command for picture data is entered, the disk ID is generated by generating a unique ID for the picture to be saved. A control unit for recording the barcode on the optical disk surface and the disk case surface and performing overall control such that the optical disk is inserted into the disk case and ejected while being barcoded and recorded on the optical disk. 126).

The packaging unit 110 stores the optical disk recording apparatus 112 for recording the selected photo list on an actual optical disk drive, a barcode recording unit 114 for recording a barcode for a unique ID for the photo list, and the optical disk. A disk case for protection is loaded and includes a case cartridge 116 which, when the optical disk is ejected, opens the case inlet so that the optical disk can be inserted into the case and ejected.

The disk storage device 200 includes a receiver 202 for receiving content list information transmitted from an automatic content backup device, a barcode recognition unit 204 for recognizing barcodes recorded on an optical disc and a disk case, and the recorded content list information. When the display unit 206 and the disk case including the optical disk are input, the ID recognized through the barcode recognition unit is analyzed and the list information is displayed on the display unit with reference to the contents list received through the receiving unit. And a microcomputer 208 that controls the control.

When a backup command for the selected picture is input through the key input unit 102, recording of the picture data stored in the storage unit 104 is started through the optical disc recording device 112.

Before recording the photo data, the control unit generates a unique ID using a hash function to record the barcode for the selected photo list on the optical case in the disc case.

When the ID generation is completed, the ID information is transmitted to the packaging unit 110 and a barcode is recorded on the optical disc and the disk case by the barcode recording unit 114 configured in the packaging unit 110.

When barcode recording is completed on the optical disk and the disk case, the optical disk on which data recording is completed is moved to the ejection port in the optical disk recording apparatus 112.

When the optical disk is moved to the ejection port, the case cartridge 116 opens the inlet of the case to control the ejected disk to be inserted.

Through the above process, the optical disk is inserted into the disk case and ejected.

When the ejection is completed, the generated ID information is transmitted to the receiving unit 202 of the disk storage device 200.

The user seals the opening of the disc case and puts it in the disc storage device.

At this time, the bar code recognition unit provided in the disc storage device 200 reads the bar code information of the input optical disk.

The micon 208 controls to display the information on the display unit 206 by comparing the photo list information received through the barcode recognition unit 204 with the ID information input through the receiving unit 202.

3A is a diagram illustrating a state in which a barcode is recorded on an optical disc according to a preferred embodiment of the present invention, and FIG. 3B is a diagram illustrating a state in which a barcode is recorded in a disc case according to a preferred embodiment of the present invention.

An optical disc barcode 302 is recorded on any part of the optical disc 300 and a disc case barcode 352 is recorded on any part of the disc case 350.

4 is a diagram illustrating a process of automatically recording and storing content according to an exemplary embodiment of the present invention.

Referring to FIG. 4, when a picture list to be stored by a user is selected (S400) and a backup execution command is input (S402), the picture list information is collected to generate a unique ID (S406).

Of course, the ID can be generated after recording the data on the optical disc.

When the unique ID generation is completed, recording of the photo data on the optical disk is started (S406).

While the photo data is recorded, a barcode for the photo list is recorded on the disk surface (S408).

At this time, the bar code is also recorded on the disc case using the bar code recording device (S410).

The optical disk on which the barcode is recorded is ejected and inserted into the inlet of the disk case (S412).

The optical disk is ejected out while being inserted into the disk case (S414).

When the ejection is completed, the photo list information is transmitted to the disk storage device (S416).

Finally, the user seals the disc case into which the optical disc is inserted and is stored in the disc storage device (S418).

5A to 5C are diagrams illustrating examples of enlarged and reduced time units for displaying a content list according to an exemplary embodiment of the present invention.

5A to 5C, the display apparatus is divided into a portion displaying a time unit and an area, a portion displaying an event bar, and a portion displaying a thumbnail.

FIG. 5A is a display by year, and is shown on a thumbnail screen of events and photos from 2004 to 2006. FIG.

Only thumbnails of the event are shown.

When the zoom-in button of the portion where the time is displayed is selected, the screen is switched to the monthly screen as shown in FIG. 5B.

At this time, the time domain is shown from January to December 2005 based on the year 2005, which is the middle year of FIG. 5A, and the event and thumbnail are adjusted accordingly.

5C illustrates a state in which the zoom-in button is pressed again to switch to the display screen for each date.

6A to 6C are views illustrating displaying of a content list for each event according to an exemplary embodiment of the present invention.

Referring to FIGS. 6A to 6C, in FIG. 6A, a photo thumbnail of Valentine's Day, which is the first event of the corresponding time domain (January through December 2005), is shown.

Users can navigate left and right in the event bar, checking the photos belonging to the event, and searching for the desired photo.

6C shows a photo thumbnail against the second event, graduation.

7A to 7C are diagrams illustrating a content list displayed for each event according to an exemplary embodiment of the present invention.

Referring to FIGS. 7A to 7C, the principal is expressed in a curved form, but the user navigates left and right and shows the selected picture to be greatly distinguishable, and the slide show can be viewed from the picture.

8A to 8B illustrate examples of displaying a content list according to a time domain according to an exemplary embodiment of the present invention.

8A to 8B, FIG. 8A shows a time domain from 2004 to 2006 on a screen.

If you want to see the pictures in the front and back time zones, use the navigation on the event bar to change the time zone.

Moving to the left side from the first event of FIG. 8A, events and thumbnails from 2001 to 2003 are shown on the screen as shown in FIG. 8B.

As described above, the contents to be stored are backed up on the optical disk to be stored in the case, and a unique ID is generated and recorded on the optical disk and the disk case to easily store any contents through the barcode recognition device provided in the disk storage device. By making it possible to check whether there is, the content storage and management becomes easy.

In addition, by displaying the event which is the event of the corresponding time zone together with the time information which is the most intuitive means of identification, there is an effect that the user can efficiently search for and enjoy the desired picture.

So far, the present invention has been described with reference to the preferred embodiments, and those skilled in the art to which the present invention pertains to the detailed description of the present invention and other forms of embodiments within the essential technical scope of the present invention. Could be implemented. Here, the essential technical scope of the present invention is shown in the claims, and all differences within the equivalent range will be construed as being included in the present invention.

According to the present invention, the contents to be stored are backed up to an optical disk to be stored in a case, a unique ID is generated, recorded on the optical disk and the disk case, and any contents are easily stored through a barcode recognition device provided in the disk storage device. By making it possible to check whether there is, the content storage and management becomes easy.

In addition, by displaying the event which is the event of the corresponding time zone together with the time information which is the most intuitive means of identification, there is an effect that the user can efficiently search for and enjoy the desired picture.

Claims (17)

When the contents list is selected and a backup command is input, the contents are recorded on the optical disk, a unique ID for the contents list is generated and transmitted, and a barcode for the unique ID is displayed on the optical disk and the disk case. A content automatic backup device that is recorded and that the optical disk is inserted into the disk case and ejected; And And a disk storage device in which a disk case into which the optical disk is inserted is sealed and stored, and receiving a unique ID for the content list transmitted from the automatic content backup device to display a stored content list. . The method of claim 1, The unique ID for the content list generated by the automatic content backup device is transmitted to the disk storage device using a wired / wireless network. The method of claim 1, And recording information of any one of the optical discs stored in the disc storage device can be checked through a network in the automatic content backup device. A storage unit in which content is stored; A key input unit to which an automatic backup command for the contents is input; A packaging unit to record the contents to be stored on the optical disk, and to barcode the unique ID of the contents to be stored, to record the contents on the optical disk and the disk case; A data transceiving unit which transmits unique ID information on the content to be stored; And When the automatic storage command for the content is input, a unique ID for the content to be stored is generated and transmitted to the disk storage device. And a control unit for recording and controlling the optical disk to be inserted into the disk case and ejected. The method of claim 4, wherein The packaging part, An optical disc recording apparatus for recording the selected content list on an actual optical disc drive; A barcode recording unit for recording a barcode for a unique ID for the content list; And And a case cartridge for protecting the optical disc, wherein the case includes a case cartridge for opening the case when the optical disc is ejected so that the optical disc can be inserted into the case and ejected. Auto backup device. The method of claim 4, wherein When the content list is selected by the user, an optical disc is inserted into the disc case and ejected by one command input of the provided back up key. The method of claim 4, wherein And the unique ID is generated through a hash function by combining at least one or more of a content list, a date on which a content list is generated, a backed up date, a file size, and a content type. Receiving unit for receiving the content list information transmitted from the automatic content backup device; A barcode recognition unit for recognizing barcodes recorded on the optical disk and the disk case; A display unit which displays the recorded content list information; And And a micom configured to analyze the ID recognized through the barcode recognition unit and to display list information on the display unit by referring to the contents list received through the receiver when the disc case including the optical disc is input. Disk storage device. The method of claim 8, And a content list search command is input through the receiving unit, and the bar code received from the automatic content backup device is analyzed and the content list is displayed on the display unit. Selecting a content list to be backed up; Generating a unique ID by combining features of the content list when a backup command for the content list is input; Recording the selected content on a disc; Recording a bar code for the recorded content on a disc and a disc case; Inserting and ejecting the disk into the disk case; Transmitting information about the content list to the disc storage device; And And the ejected disc case is sealed and stored in the disc storage device. The method of claim 10, The unique ID for the content list is a content storage method, characterized in that the combination of the content list value to be stored, the date the content list was created, the date of the backup proceeds by using a hash function (hash function). The method of claim 10, When a command for searching for a disc in which a user desired content is recorded is input among the discs stored in the disc storage device, the position of the disc on which the content is recorded is checked by using a barcode connected to the content, and then automatically displayed by a tray. Content storage method characterized in that ejected to. In the method for displaying the content list information, The content display method of claim 1, wherein the content is browsed by displaying an event corresponding to the time domain on the basis of a time domain displayed on one screen. The method of claim 13, A method of displaying content, characterized in that the content is displayed by varying the display screen according to a change in time by enlarging or reducing the time unit displayed on one screen. The method of claim 13, Contents in the selected time domain are displayed for each event, and an event list is navigated left and right to display contents corresponding to the event. The method according to claim 13 or 15, The content display method according to the time or event is characterized in that the displayed list of content is navigated left and right to enlarge the selected content. The method of claim 13, And the content list is displayed according to a change in time domain.

Images