TW201607311A - Video media displaying system and image capture device - Google Patents

Abstract

The present invention discloses a video media displaying system includes a network router, an image capture device and an active control device, and the image capture device includes an image capture module, a storage element and a sever module. The image capture module films consistently to obtain a video media and saves the video media in the storage element. When the active control device connects with the image capture device via the network router, the video media is retrieved from the storage element by the sever module and is transmits to the active control device such that the active control device displays the video media.

Description

Video and audio media display system and image capturing device

The present invention relates to a display system for an audio-visual medium, and more particularly to a display system for an audio-visual medium obtained by continuously capturing an image capturing device.

In order to maintain the security of the home to ensure the safety of the residents, an image capturing device is installed near the home, and the image capturing device is continuously used to obtain the audio and video media (for example, a movie). When there are incidents such as burglary cases and fighting cases in the vicinity of the home, the process of the event can be viewed by playing the video and audio media in the image capturing device to witness the course of the event and even obtain clues of the event.

Such an image capture device is commonly referred to as a surveillance camera, and is internally provided with storage elements for storing audio and video media. When viewing the audio-visual media, the storage component (such as a memory card) must be taken out by the image capture device, and then the storage component is plugged into the computer or the player, and the audio-visual media is displayed by the computer or the player. The above method of displaying audio and video media is too cumbersome, so it is launched on the market. An image capturing device that does not need to take out an audio-visual medium from an image capturing device is described below.

The above-mentioned new image capturing device can display audio and video media in two ways. One way is to use a computer to enter a webpage designed by a manufacturer of the image capturing device, and the network can be connected by inputting a preset account number and password. Wire to the image capture device to view instant audio and video media. Method 2: using an electronic device such as a computer or a smart phone to install an application software designed by a manufacturer of the image capture device, and the application software can be connected to the image capture device by using a preset account and a password. To watch instant audio and video media.

Although the above two methods do not need to take out the storage component from the image capturing device, the audio and video media can be displayed, but the user still feels inconvenience to the above two methods. Therefore, there is a need for a display system for video and audio media that can display audio and video media with a simpler operation mode, and an image capture device.

It is an object of the present invention to provide an image capture device that can display an audiovisual medium with a simpler operation.

Another object of the present invention is to provide a display system for an audio-visual medium that can display an audio-visual medium using a simpler operation mode.

In a preferred embodiment, the present invention provides a display system for audio and video media, including a network router, an image capture device, and an active control device. The image capturing device network is connected to the network router, and the image capturing device comprises an image capturing module, a storage component and a server module. The image capture module is configured to continuously capture a video and audio medium, and the storage component is coupled to the image capture module for storing the audio and video media. The server module is connected to the network router and connected to the image capturing module for the storage element The video capture medium is obtained by the device, wherein the image capture module, the storage component, and the server module are integrated into the image capture device. The active control device is connected to the network router and is connected to the image capturing device via the network router, and is configured to obtain the audio and video media from the server module according to a selection operation, and the The active control device or a digital media renderer displays the audio and video media.

In an embodiment, the present invention provides an image capture device, the network is connected to an active control device, and the image capture device includes an image capture module, a storage component, and a server module. The image capture module is configured to continuously capture a video and audio medium, and the storage component is coupled to the image capture module for storing the audio and video media. The server module is connected to the active control device and is connected to the image capturing module, and is configured to obtain the audio and video media from the storage component according to a selection operation of the active control device, and transmit the image media to the The active control device causes the active control device or a digital media renderer to display the audio and video media; wherein the image capture module, the storage component, and the server module are integrated into the image capture device.

In short, the display system of the audio and video media of the present invention provides an image capturing device integrated with the server module, so that the image capturing device has the function of a digital media server to facilitate the transmission of the audio and video media. In addition, the display system of the audio-visual medium of the present invention and the server module in the image capturing device can set the metadata of the plurality of audio-visual media according to the time of obtaining the audio-visual media, and the user browses by using the active control device or the digital media renderer. In the case of a plurality of audio and video media, the active control device or the digital media renderer may display the classified plurality of virtual data folders according to the content of the different metadata, and each of the virtual data folders includes a corresponding audio and video medium that obtains time information. The plurality of audio and video media having the same acquisition time information can be classified into the same virtual folder so that the user can view and browse the plural audio and video media. Therefore, the display system and the image capturing device of the audio and video medium of the present invention can be used for classifying the plurality of audio and video media. For the convenience of users to browse.

1, 2, 3 ‧ ‧ Digital Living Network Alliance

4, 5‧‧‧Video media display system

10, 20, 30, 41, 51‧‧‧ network routers

11, 21, 31‧‧‧Digital Media Server

12‧‧‧Digital Media Player

15, 25, 35‧ ‧ media

23, 33, 54‧‧‧Digital Media Renderer

34‧‧‧Digital Media Controller

42, 52‧‧‧ image capture device

43, 53‧‧‧ active control device

40, 50‧‧‧Local Network

111, 211, 311‧‧‧ first storage element

121‧‧‧Second storage element

421, 521‧‧‧ image capture module

422, 522‧‧‧ storage components

423, 523‧‧‧ server modules

431‧‧‧Display screen

432, 532‧‧‧ operation interface

531‧‧‧First display screen

541‧‧‧Second display screen

Fv1~Fvn‧‧‧Virtual Folder

I1~In‧‧‧Get time information

M1~Mn‧‧‧ audio and video media

MD1~MDn‧‧‧ yuan data

P1, P2‧‧‧ list package

Pc‧‧‧ folder pack

C1, C2‧‧‧ control instructions

R1, R2‧‧‧ request request

Figure 1 is the first architecture diagram of the coefficient living network alliance.

Figure 2 is a second architecture diagram of the coefficient live network alliance.

Figure 3 is the third architectural diagram of the coefficient live network alliance.

4 is a schematic structural view of a display system of an audio-visual medium of the present invention in a first preferred embodiment.

Figure 5 is a block diagram of the metadata of the plurality of audio and video media of the display system of the audiovisual media of the present invention in the first preferred embodiment.

FIG. 6 is a block diagram of a folder structure of the image capturing device of the display system of the audio and video medium of the present invention in the first preferred embodiment.

FIG. 7 is a schematic structural view of a display system of an audio-visual medium of the present invention in a second preferred embodiment.

Figure 8 is a block diagram of the metadata of the plurality of audio and video media of the display system of the audiovisual media of the present invention in the second preferred embodiment.

FIG. 9 is a block diagram of a folder structure of the image capturing device of the display system of the audio and video medium of the present invention in the second preferred embodiment.

In view of the problems of the prior art, the present invention provides a solution to the conventional technical problems. The display system of the audio and video media, and the display system of the audio and video media of the present invention utilizes the technologies of the Universal Plug and Play (UPnP) and the Digital Living Network Alliance (DLNA). First, the architecture of the Digital Living Network Alliance will be explained. Please refer to Figure 1, which is the first architecture diagram of the Digital Living Network Alliance. The digital life network alliance 1 includes a network router 10 (Router), a digital media server (DMS) and a digital media player 12 (DMP), and the network router 10 is connected to An internet (not shown) is separately coupled to the digital media server 11 and the digital media player 12 to establish a communication connection between the digital media server 11 and the digital media player 12. The media server 11 has a first storage component 111 for storing a medium 15, wherein the media 15 is an audio medium, an image medium or a video medium. The digital media player 12 is connectable to the digital media server 11, and the media 15 to be played is searched by the digital media server 11. After the user selects the media 15 by the digital media player 12, the digital media server 11 transmits the media 15 to one of the second storage elements 121 of the digital media player 12 such that the digital media player 12 receives the media 15 after receiving the media 15 The media 15 temporarily stored in the second storage element 121 is played or displayed.

Please refer to Figure 2, which is the second architecture diagram of the Digital Living Network Alliance. The digital living network alliance 2 includes a network router 20, a digital media server 21, and a digital media renderer 23 (DMR). The network router 20 is used to establish a digital media server 21 and digital media rendering. Communication connection between the devices 23. Similarly, the first storage component 211 of the digital media server 21 can store a media file 25 therein. In addition, the digital media server 21 further provides a control function to control the digital media renderer 23 to perform corresponding operations. The digital media renderer 23 can then receive and play the media 25 from the digital media server 21. When the user selects the media 25 stored in the digital media server 21 by the control function of the digital media server 21, the digital media server 21 transmits the media 25 to the digital media. The renderer 23 causes the digital media renderer 23 to play or display the media 25.

Please refer to Figure 3, which is the third architecture diagram of the Digital Living Network Alliance. The Digital Living Network Alliance 3 includes a network router 30, a digital media server 31, a digital media renderer 33, and a Digital Media Controller (DMC) 34. The network router 30 establishes a communication connection between the digital media server 31, the digital media renderer 33, and the digital media controller 34. The first storage component 311 of the digital media server 31 stores a medium 35. Digital media renderer 33 is used to receive and play media 35 from digital media server 31, and digital media controller 34 is used to provide a control function. When the user selects the media 35 stored in the digital media server 31 by the digital media controller 34, the digital media server 31 transmits the media 35 to the digital media renderer 33 to cause the digital media renderer 33 to play or display the media 35. .

Based on the above three architectures of the Digital Living Network Alliance, the present invention provides a display system for audio and video media. Please refer to FIG. 4 , which is a schematic structural diagram of a display system for an audio-visual medium according to a first preferred embodiment of the present invention. The display system 4 of the audio and video media includes a network router 41, an image capturing device 42 and an active control device 43. The function of the network router 41 is to provide a network connection function for the image capturing device 42 and the active control device. 43 are connected to each other by means of a network connection. In the image capturing device 42 , the image capturing device 42 includes an image capturing module 421 , a storage component 422 , and a server module 423 . The function of the image capturing module 421 is to obtain a plurality of audio and video media M1 to M8 for continuous shooting, and the storage component 422 is connected to the image capturing module 421 for storing the plurality of audio and video media M1 to M8. The server module 423 is connected to the active control device 43 and is connected to the image capturing module 421. The first function is to request the storage component 422 to be selected according to the selection operation of one of the active control devices 43. The audio and video media is transmitted to the active control device 43. The second function assigns the plurality of audio and video media M1~M8 to different virtual folders in the storage component 422, so that the plurality of audio and video media M1~ M8 corresponds to different virtual folders, respectively, and its operation will be described later.

In the preferred embodiment, the image capturing device 42 is a monitoring video recorder, and the image capturing module 421, the storage component 422, and the server module 423 are integrated into the image capturing device 42 to store the component 422. The hard disk is disposed in one of the image capturing devices 42 , and the server module 423 is installed in one of the image capturing devices 42 , a software or a firmware.

The active control device 43 is connected to the network router 41 and is connected to the image capturing device 42 via the network router 41. The active control device 43 includes a display screen 431 and an operation interface 432 for displaying the function of the screen 431. To display the plurality of audio and video media M1 Mn Mn stored in the storage component 422, the function of the operation interface 432 is to operate the plurality of audio and video media M1 Mn to generate corresponding operation commands. The network router 41, the image capturing device 42 and the active control device 43 together form a regional network 40. In the preferred embodiment, the active control device 43 is a digital media player, and the display screen 431 is operated and operated. The interface 432 is integrated into a touch screen formed by the integrated interface, and the network router 41 conforms to the specification of the Universal Plug and Play Group (UPnP), and the digital media server 42 and the active control device 43 are all in line with the Digital Living Network Alliance. (DLNA) specification.

Next, the operation of the display system of the audiovisual medium of the present invention will be described. Referring to FIG. 4, when the image capturing device 42 is driven, the image capturing module 421 continuously captures the image and audio medium M1. At this time, the image capturing module 421 records the time for obtaining the audio and video medium M1 as an acquisition time. The information I1 is assigned and the time information is assigned to the audio and video medium M1 as the media name of the audio and video medium M1 to store the audio and video medium M1 in the storage element 422. For example, the time for obtaining the audio-visual medium M1 is 1:10:30 on January 1, 2014, and the corresponding acquisition time information I1 is 20140101-011030, so the media of the audio-visual medium M1 stored in the storage element 422 The name is 20140101-011030.MP4. Here, the MP4 file format is taken as an example. It is not limited to this. In fact, file formats such as AVI and MPEG can also be used.

Since the audio-visual medium M1 is continuously generated by the image capturing module 421, the file size of the audio-visual medium M1 is larger every one second. In order to prevent the file size of the audio-visual medium M1 from being too large, the display system 4 of the audio-visual medium of the present invention may adopt the following method: in the preferred embodiment, after the image capturing module 421 is preset to continuously capture for a preset length of time, The video and audio medium M1 obtained by the shooting is saved as an audio and video medium M2, and the time recorded as the audio and video medium M2 is a time information I2, to assign the time information I2 to the media name of the audio and video medium M2. And the audio and video medium M2 is stored in the storage element 422. That is to say, the image capturing module 421 ends the storage of the current video and audio medium M1 after a preset length of time, and additionally creates a video and audio medium M2 that continues the audio and video medium M1 to prevent the file size of the video and audio medium M1 from being too large.

Similarly, the above example exemplifies that the preset time length preset in the image capturing module 421 is 60 minutes, so the image capturing device 42 is driven at 1:10:30 on January 1, 2014, and the media is obtained. The audio and video media M1 named 20140101-011030.MP4, and after 60 minutes, that is, at 2:10:30 on January 1, 2014, the image capturing module 421 stops storing the audio and video media M1 and completes the audio and video media. At the same time, the audio and video media obtained by the continuous shooting are saved as the audio and video media M2, and the 20140101-021030 is assigned as the media name of the audio and video media, and the media name of the audio and video media M2 is 20140101-021030.MP4. Next, the above-mentioned additional operation is performed once every predetermined length of time, and the audio-visual media M3~Mn are generated, and the audio-visual media M3~Mn are stored in the storage element 422, wherein the file name of the audio-visual medium M3 is 20140101-031030. MP4, the file name of the audio and video media M4 is 20140101-041030.MP4, ..., the file name of the audio and video media M8 is 20140101-081030.MP4.

Wherein, the time information I1 is 20140101-011030, the time information I2 is 20140101-021030, and the time information I3 is 20140101-031030, and the time is obtained. The I4 is 20140101-041030, the time information I5 is 20140101-051030, the time information I6 is 20140101-061030, the time information I7 is 20140101-071030, and the time information I8 is 20140101-081030.

After the audio-visual media M1~M8 are stored in the storage component 422, the server module 423 writes the time information I1~I8 in the metadata data MD1~MD8 of the corresponding audio-visual media M1~M8, thereby assigning the audio-visual media. M8 to one of the storage elements 422, a virtual folder Fv1, and assigns a plurality of audio and video media M1~M7 to one of the storage elements 422, such that the audio and video media M8 corresponds to the virtual folder Fv1, and the plurality of audio and video media M1~ M7 corresponds to the virtual folder Fv2. In detail, the obtained time information I1 is written in the data field of the metadata MD1 of the audio-visual medium M1, and the content thereof is "20140101-011030", and the obtained time information I2 is written into the metadata MD2 of the audio-visual medium M2. In the data field, the content is "20140101-021030", ..., and so on, and the contents of the media data MD1~MD8 of the audio and video media M1~M8 are as shown in FIG. 5. The server module 423 can determine that the audio and video media M8 is in the continuously stored instant audio and video media according to the obtained time information I1~I8 and the current time, so the audio and video media M8 is summarized into the virtual data folder Fv1, and the other stored The completed audio and video media M1~M7 are separated.

Next, when the active control device 43 is connected to the image capturing device 42 via the network router 41, the server module 423 in the image capturing device 42 is based on the data fields of the complex metadata MD1~MD8. For the content, the plurality of audio and video media M1~M8 can be classified into two categories: the first type is the time information I8 that the current time does not exceed the preset time length (the preset embodiment is 60 minutes), and the instant audio and video media The time information I8 is obtained, and the second type is the acquisition time information I1~I7 exceeding the preset time length. Therefore, the server module 423 generates a folder packet Pc according to the above classification, wherein the folder Pc includes a folder list corresponding to the folder name of the virtual folder Fv1 and the virtual folder Fv2. After that, the server module 423 The folder Pc is transmitted to the active control unit 43 so that the display screen 431 of the active control unit 43 displays the virtual folder Fv1 and the virtual folder Fv2 based on the folder Pc. In response to the inductive classification operation of the server module 423, the virtual folder structure in which the plurality of audio and video media M1 to M8 are summarized is shown in FIG. 6.

When the user selects the folder name of the virtual folder Fv1 by the operation interface 432 of the active control device 43, the active control device 43 outputs a request R1 corresponding to the virtual folder Fv1 to the image capturing device 42 to The image capturing device 42 requests the audio and video medium M8 corresponding to the virtual folder Fv1. In response to the request R1, the server module 423 retrieves the audio and video media M8 including the time information I8 to form a list packet P1, wherein the list package P1 contains a list of folders corresponding to the media names of the audio and video media M8. The server module 423 outputs the manifest packet P1 to the active control device 43 so that the display screen 431 of the active control device 43 displays the audio and video medium M8 corresponding to the virtual folder Fv1. When the user selects the media name of the audio and video medium M8 through the operation interface 432, the display screen 431 displays the audio and video medium M8 for the user to view.

When the user selects the virtual folder Fv2, the operation is as follows: when the user selects the virtual folder Fv2 by the operation interface 432 of the active control device 43, the active control device 43 outputs one of the virtual folders Fv2 to request the demand R2. The image capturing device 42 is sent to the image capturing device 42 to obtain the audio and video media M1 to M7 corresponding to the virtual folder Fv2. In response to request R2, the server module 423 retrieves the plurality of audio and video media M1~M7 including the time information I1~I7 to form a list packet P2, wherein the list packet P2 includes the corresponding audio and video media M1~M7. A list of folders for media names. The server module 423 outputs the manifest packet P2 to the active control device 43 so that the display screen 431 of the active control device 43 displays the media names corresponding to the audio and video media M1 to M7 of the virtual folder Fv2. When the user selects the media name of the audio and video medium M1 through the operation interface 432, the display screen 431 displays the audio and video medium M1. For the user to watch.

It should be particularly noted that the virtual folders Fv1~Fv2 are not present in the storage component 422, and are temporarily generated by the operation of the display system 4 of the audiovisual media of the present invention to classify the plurality of audio and video media M1 to M8, which is helpful. The user searches for the desired audio and video media. In fact, the plurality of video and audio media M1 to M8 are stored in the storage element 422. For example, in response to the inductive classification operation of the server module 423, the address of the audio and video media M8 is http:\\IPCAMERA\real-timevideo\20140101-081030.MP4, as shown in FIG. The IPCAMERA represents the image capturing device 42, and the real-time video represents the virtual folder Fv1 corresponding to the instant video media. In fact, the URL of the audio and video media M8 should be: http:\\IPCAMERA\20140101-081030.MP4. Similarly, in response to the inductive classification of the server module 423, the address of the audio and video media M1 is http:\\IPCAMERA\historyvideo\20140101-011030.MP4. Among them, historyvideo represents a virtual folder Fv2 corresponding to the historical audio and video media. In fact, the URL of the audio and video media M1 should be: http:\\IPCAMERA\20140101-011030.MP4.

Furthermore, the present invention further provides a second preferred embodiment that is different from the first preferred embodiment. Please refer to FIG. 7, which is a schematic structural diagram of a display system for an audio-visual medium according to a second preferred embodiment of the present invention. The display system 5 of the audio and video media includes a network router 51, an image capturing device 52, an active control device 53, and a digital media renderer 54, and the image capturing device 52 includes an image capturing module 521 and a storage device. Element 522 and a server module 523. The active control device 53 includes a first display screen 531 and an operation interface 532, and the digital media renderer 54 has a second display screen 541. The network router 51, the image capturing device 52, the active control device 53, and the digital media renderer 54 together form a regional network 50. The structure of the display system 5 of the audio-visual medium of the preferred embodiment is substantially the same as that of the display system 4 of the audio-visual medium of the first preferred embodiment, and the same points are not described again, and there are three differences.

The first difference is that the display system 5 of the audiovisual media further includes a digital media renderer 54, and the active control device 53 is a digital media controller. The second difference is that the storage component 522 of the image capture device 52 is coupled to the digital media server 52 rather than to the digital media server 52. In the preferred embodiment, the storage component 522 is a mobile hard disk or a flash drive, but not limited thereto. In another preferred embodiment, the storage component can also be connected to the image capturing device by using a network. A network storage space. The third difference is that the operation of the server module 523 of the image capture device 52 is different, as described in detail below.

In FIG. 7, when the image capturing device 52 is driven, the image capturing module 521 continuously captures the image and audio medium M1. At this time, the image capturing module 521 records the time of obtaining the audio and video medium M1 as a time information. I1, and assigning time information to the audio and video medium M1 as the media name of the audio and video medium M1 to store the audio and video medium M1 in the storage element 522. The above operation is repeated to store the plurality of audio and video media M1 to Mn in the storage element 522. The preset time length preset in the image capturing module 521 is 6 hours.

It is assumed that the image capturing device 52 is driven at 1:10:30 on January 1, 2014, and the audio and video medium M1 having the media name of 20140101-011030.MP4 is obtained, and after 6 hours, it is also in January 2014. At 7:10:30 on the 1st, the image capturing module 521 stops storing the audio-visual medium M1 and completes the establishment of the audio-visual medium M1, and at the same time starts to save the audio-visual medium obtained by continuous shooting as the audio-visual medium M2, and the server module 522 Assign 20140101-071030 to the audio and video media M2 media name, and its audio and video media M2 media name is 20140101-071030.MP4. Similarly, the image capturing module 521 stores the video and audio medium M3, and the server module 522 assigns 20140101-131030 to the media name of the audio and video media M2, and the media name of the audio and video media M2 is 20140101-131030.MP4. The image capture module 521 stores the audio and video media M4, and the server module 522 assigns 20140101-191030 to the media name of the audio and video media M4, and the media name of the audio and video media M4 is 20140101-191030.MP4, and the image capture module 521 The video and audio medium M5 is stored, and the server module 522 assigns 20140102-000000 to the media name of the audio and video medium M2, the media name of the audio and video medium M2 is 20140102-000000.MP4, and the image capturing module 521 stores the audio and video medium M6, and the servo The module 522 assigns 20140102-060000 to the media name of the audio-visual medium M6, the media name of the audio-visual medium M6 is 20140102-060000.MP4, ..., and so on, until the audio-visual medium Mn is established.

At the same time, the acquisition time information I1~In corresponding to the audio and video media M1~Mn is established. The obtaining time information I1 corresponding to the audio-visual medium M1 is 20140101-011030, the obtaining time information I2 corresponding to the audio-visual medium M2 is 20140101-071030, and the obtaining time information I3 corresponding to the audio-visual medium M3 is 20140101-131030, corresponding to the audio-visual The acquisition time information I4 of the media M4 is 20140101-191030, the acquisition time information I5 corresponding to the audio-visual medium M5 is 20140102-000000, and the acquisition time information I6 corresponding to the audio-visual medium M6 is 20140101-060000, ..., and so on.

It should be specially noted that the set time interval of the obtained time information I1~I4 is equal to the preset time length (ie, 6 hours), and the set time interval between the obtained time information I4 and the obtained time information I5 is less than the preset time length. The special operation performed by the image capturing module 521 of the preferred embodiment is to summarize the audio and video media M4 corresponding to the obtained time information I4 as January 1, 2014, and corresponding to the obtained time information I5. The audio and video media M5 is summarized as January 2, 2014, to avoid the image of the front part of the audio and video media M4 being the image of January 1, 2014, while the image of the latter part of the audio and video media M4 is January 2, 2014. image. The remaining audio and video media that may be in this situation will also be stored by the image capturing module 521 and a new video and audio medium will be created. That is to say, the image capturing module 521 of the preferred embodiment is configured to distinguish the audio and video media M1 to Mn by using the date as the basis for distinguishing the audio and video media.

Please refer to FIG. 8 and FIG. 9. FIG. 8 is a block diagram of the metadata of the plurality of audio and video media of the display system of the audio and video medium of the present invention in the second preferred embodiment, and FIG. 9 is a The image capture device of the display system of the video and audio medium is in the block diagram of the folder structure in the second preferred embodiment. The image capturing module 521 writes the obtained time information I1~In in the metadata data MD1~MDn of the corresponding audio and video media M1~Mn, thereby assigning the virtual media folder Fv1 of the audio and video media Mn to the storage component 522. And assigning the plurality of audio and video media M1~M4 to one of the storage elements 522, the virtual folder Fv2, assigning the plurality of audio and video media M5~M8 to one of the storage elements 522, and assigning the plurality of audio and video media M9 to the storage element. One of the 522 virtual folders Fv4, ..., and so on. Among them, the virtual folder Fv1 corresponds to the instant audio and video media, the virtual folder Fv2 corresponds to the audio and video media on January 1, 2014, and the virtual folder Fv3 corresponds to the audio and video media on January 2, 2014, ... The rest is the same, and will not be repeated.

When the active control device 53 is connected to the image capturing device 52 via the network router 51, the server module 523 in the image capturing device 52 can be based on the content of the data fields of the complex metadata MD1~MDn. The virtual data folder architecture in which the plurality of audio and video media M1 to Mn are classified, and the plurality of audio and video media M1 to Mn are summarized is shown in FIG. Next, the server module 523 generates a folder packet Pc according to the above classification, wherein the folder Pc contains a folder list corresponding to the folder names of the virtual folders Fv1 to Fvn. Thereafter, the server module 523 transmits the folder Pc to the active control device 53, and causes the first display screen 531 of the active control device 53 to display the virtual folders Fv1 to Fvn according to the folder Pc.

When the user selects the folder name of the virtual folder Fv1 by the operation interface 532 of the active control device 53, the active control device 53 outputs a control command C1 corresponding to the virtual folder Fv1 to the digital media renderer 54, wherein the control The command S1 includes network address information (for example, information such as an IP address) of the image capturing device 52. In response to the network address information of the image capturing device 52, the digital media renderer 54 outputs a request R1 corresponding to the virtual data folder Fv1 to the image capturing device 52 to request the image capturing device 52 to correspond to the virtual data. folder The media name of the audio and video media of Fv1. In response to requesting the demand R1, the server module 523 captures the audio and video media Mn including the time information In to form a list packet P1, wherein the list package P1 includes a list of folders corresponding to the media names of the audio and video media Mn. The server module 523 outputs the manifest packet P1 to the digital media renderer 54 such that the second display screen 541 of the digital media renderer 54 displays the audio and video media Mn corresponding to the virtual folder Fv1. When the user selects the media name of the video media Mn through the operation interface 532, the image capturing device 52 transmits the video media Mn to the digital media renderer 54, and the second display screen 541 displays the video media Mn for viewing by the user.

When the user selects the folder name of the virtual folder Fv2 by the operation interface 532 of the active control device 53, the active control device 53 outputs a control command C2 corresponding to the virtual folder Fv2 to the digital media renderer 54, wherein the control The command S2 includes the network address information of the image capturing device 52. In response to the network address information of the image capturing device 52, the digital media renderer 54 outputs one of the virtual data folders Fv2 to request the demand R2 to the image capturing device 52 to request the image capturing device 52 to correspond to the virtual data. The media name of the audio and video media of Fv2. In response to requesting the demand R2, the server module 523 retrieves the media name of the audio and video media including the time information I1~I4 to form a list packet P2, wherein the list package P2 includes the media corresponding to the audio and video media M1~M4. The list of names of the folders, and the audio and video media that obtained the time information I1~I4 is the audio and video media on January 1, 2014. The server module 523 outputs the manifest packet P2 to the digital media renderer 54 such that the second display screen 541 of the digital media renderer 54 displays the audio and video media M1 M M4 corresponding to the virtual folder Fv2. When the user selects the media name of the audio-visual media M3 through the operation interface 532, the image capturing device 52 transmits the audio-visual media M3 to the digital media renderer 54, and the second display screen 541 displays the audio-visual media M3 for viewing by the user.

According to the contents of the above preferred embodiments, the display of the audio and video media of the present invention is known. The system provides an image capturing device integrated with the server module, so that the image capturing device has the function of a digital media server to facilitate the transmission of the audio and video media. In addition, the display system of the audio-visual medium of the present invention and the server module in the image capturing device can set the metadata of the plurality of audio-visual media according to the time of obtaining the audio-visual media, and the user browses by using the active control device or the digital media renderer. In the case of a plurality of audio and video media, the active control device or the digital media renderer may display the classified plurality of virtual data folders according to the content of the different metadata, and each of the virtual data folders includes a corresponding audio and video medium that obtains time information. The plurality of audio and video media having the same acquisition time information can be classified into the same virtual folder so that the user can view and browse the plural audio and video media. Therefore, the display system and the image capturing device of the audio and video media of the present invention can perform classified management on the plurality of audio and video media for the user to browse.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Therefore, any equivalent changes or modifications made without departing from the spirit of the present invention should be included in the present invention. Within the scope of the patent application.

4‧‧‧Video and video display system

40‧‧‧Regional Network

41‧‧‧Network Router

42‧‧‧Image capture device

43‧‧‧Active control device

421‧‧‧Image capture module

422‧‧‧Storage components

423‧‧‧Server Module

431‧‧‧Display screen

432‧‧‧Operator interface

I1~I8‧‧‧Get time information

M1~M8‧‧‧ audio and video media

MD1~MD8‧‧‧ yuan data

P1, P2‧‧‧ list package

Pc‧‧‧ folder pack

R1, R2‧‧‧ request request

Claims (14)

A display system for audio and video media, comprising: a network router for providing a network connection function; an image capture device, the network is connected to the network router, the image capture device comprises: an image capture module a group for continuously capturing a video and audio medium; a storage component coupled to the image capture module for storing the audio and video medium; and a server module connected to the network router and connected to the network The image capture module is configured to obtain the audio and video media from the storage component; wherein the image capture module, the storage component, and the server module are integrated into the image capture device; and an active control device The network is connected to the network router and is connected to the image capturing device via the network router for requesting the audio and video media from the server module according to a selection operation, and the active control device Or a digital media renderer displays the audio and video media. The display system of the audio-visual medium according to claim 1, wherein when the image capturing module continuously captures the audio-visual medium, the image capturing module records the time of obtaining the audio-visual medium as an acquisition time. Information, and assigning the obtained time information to the audio and video media as one of the media names of the audio and video media to store the audio and video media in the storage element. The display system of the audio-visual medium according to claim 2, wherein, after the audio-visual medium is stored in the storage component, the server module writes a meta-data corresponding to the obtained time information to the audio-visual medium (Metadata) The video media is corresponding to a virtual folder. The display system of the audio and video medium according to claim 3, wherein when the active control device is connected to the image capturing device, the server module transmits a list of folders corresponding to the virtual folder. Causing the virtual folder to be displayed in the active control device or the digital media renderer, and when the active control device transmits the selection corresponding to the virtual folder When operating to the server module, the audio and video media is displayed in the active control device or the digital media renderer. The display system of the audio-visual medium according to the second aspect of the invention, wherein the image capturing module presets to continuously capture a predetermined length of time, and saves the obtained audio-visual medium as another video and audio medium, and Recording, saving one of the audio and video media is another time information obtained to assign the other time information to the other video media as another media name of the other video media, and storing the other video media In the storage element. The display system of the audio-visual medium according to claim 5, wherein, after the audio-visual medium is stored in the storage component, the server module writes information corresponding to the obtained time information in one of the audio-visual media, The video medium is corresponding to a virtual folder, and after the other audio medium is stored in the storage element, the server module writes one of the other audio and video information corresponding to the other acquired time information. In another meta-data, the other audio-visual medium is caused to correspond to the virtual folder or another virtual folder. The display system of the audio-visual medium according to claim 6, wherein when the active control device is connected to the image capturing device, the server module transmits a list of folders corresponding to the virtual folder. Or causing the virtual folder to be displayed in the active control device or the digital media renderer, and when the active control device transmits the selection operation corresponding to the virtual folder to the server module, The media and the other image medium are displayed in the active control device or the digital media renderer. The display system of the audio-visual medium according to claim 6, wherein when the active control device is connected to the image capturing device, the server module transmits a list of folders corresponding to the virtual folder. Causing the virtual folder and the other virtual folder to be displayed in the active control device or the digital media renderer; when the active control device transmits the selection operation corresponding to the virtual folder to the server module When the group is made, the audio and video media is displayed on the main The mobile control device or the digital media renderer; and when the active control device transmits the selection operation corresponding to the another virtual data folder to the server module, causing the other audio and video media to be displayed on the Active control device or the digital media renderer. The display system of the audio-visual medium of claim 1, wherein the image capture module is disposed in one of the image capture devices, and the storage component is disposed in the image capture device. a hard disk, a mobile hard disk connected to the image capturing device or a flash drive, or a network connected to a network storage space of the image capturing device, wherein the server module is mounted on the image An application, a software or a firmware in the device. The display system of the audio and video medium according to claim 1, wherein the active control device is a digital media controller or a digital media player of a digital living network alliance, and the network router is compatible with a universal a specification of a plug-and-play group, wherein the server module, the active control device, and the digital media renderer conform to a specification of a digital living network alliance, and the network router, the image capturing device, and the active The control device and the digital media renderer together form a regional network. An image capturing device, the network is connected to an active control device, the image capturing device includes: an image capturing module for continuously capturing to obtain an audio and video medium; and a storage component connected to the image capturing module And a server module, the network is connected to the active control device and connected to the image capturing module for accessing the storage component according to a selection operation of the active control device Obtaining the audio and video media, and transmitting the image media to the active control device, so that the active control device or a digital media renderer displays the audio and video media; wherein the image capturing module, the storage component, and the server module are Integrated in the image capture device. The image capturing device according to claim 11, wherein the image capturing module When the audio and video media is obtained by continuous shooting, the image capturing module records the time of obtaining the audio and video media as a time information, and assigns the obtained time information to the audio and video media as a media name of the audio and video media to store The audiovisual medium is in the storage element. The image capturing device of claim 12, wherein, after the audio-visual medium is stored in the storage component, the server module writes information corresponding to the obtained time information in one of the audio-visual media, so that The audiovisual media is corresponding to a virtual folder. The image capturing device of claim 13, wherein when the active control device is connected to the image capturing device, the server module transmits a list of folders corresponding to the virtual folder, so that The virtual folder is displayed in the active control device or the digital media renderer, and when the active control device transmits the selection operation corresponding to the virtual folder to the server module, the audio and video media is displayed In the active control device or the digital media renderer.