TWI523526B - Cloud recording and playback system - Google Patents

Description

Cloud recording and playback system

The invention relates to a cloud recording and playing system, in particular, a user terminal can directly record and upload a program on a network servo terminal, and the operation mode is simple and can be completed independently.

The current network audio and video service platforms such as Youtube and Vlog have sprung up, and the social networking websites such as Facebook and Unnamed Station have also provided the functions of uploading and playing Internet video and audio, providing various audio and video distribution, product sales and education. The emerging platform for training is different from traditional TV commercials. Due to the popularity of young ethnic network applications, it can get faster effects and stimulate more potential business opportunities in network video playback.

However, the current methods of various audio and video service platforms only provide the uploading function. The user terminal needs to record, splicing, and dubbing the audio and video tools, and then upload the images. However, for the general user, the image is required to be purchased separately. It is not easy to complete independently, the cost is high, the production is complicated, and the related auxiliary materials cannot be presented. Therefore, a platform capable of providing network recording and playback is needed, which can simplify the production method, reduce the production cost, and achieve Independently produced features.

The main object of the present invention is to provide a cloud recording and playing system, which comprises a plurality of user terminals and a network servo terminal connected to each other through an internet or a general packet radio service, and the user terminal is a table. a computer, a notebook computer, a tablet computer, a mobile phone, a personal digital assistant (PDA), each of the user terminals is connected to the network servo terminal through an account number and a password, and each of the user terminals includes a photographing unit, a coding unit, and a display unit. The camera unit can be a lens module embedded in a mobile phone, a notebook computer, a PDA, an external network camera, a digital camera, or a digital camera to capture a motion picture. The encoding unit is configured to encode the captured motion image into a dynamic image of a specific format and then transmit it to the network servo terminal. As an example, the specific format is a Flash file format. The display unit is used to display the operation flow on the network servo terminal.

The network servo terminal includes an identification unit, a menu module, a control unit, a program production module, a program play module, and a storage unit. The identification unit is configured to identify an account and a password from the user terminal to identify the user. After the user module recognizes the identity through the identification unit, the menu module provides functions such as selecting a program, playing a program, and deleting a program, and issuing an execution instruction. The control unit receives the execution command from the menu module and issues a start command to the program production module and/or the program play module. When the program production module receives the startup command, the program is created by a type of program creation window, and when the program play module receives the startup command, it is presented in a player window, according to the selection of the control module. Play the selected program from the storage unit. The storage unit is connected to the program production module and the program play module for storing each program and using a plurality of auxiliary materials, wherein the auxiliary materials are uploaded text, images, presentations, animations, web pages, sounds, At least one of video and interactive programs. The program production module and the program play module can be simultaneously activated at a specific time, so that the program producer can synchronize with the user terminal of the program viewer to achieve the live broadcast function.

The invention is characterized in that the user terminal can directly record and upload the program on the network servo terminal, and the production method is simple, and the operation can be completed independently by using the computer, the notebook computer or the mobile phone nearby, without complicated tools and audio and video. System, and can be widely used in education and training, product sales, new songs, etc., but also through the scheduled recording time, the effect of live broadcast.

The embodiments of the present invention will be described in more detail below with reference to the drawings and the <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt;

Referring to the first figure, a schematic diagram of a unit of the cloud recording and playback system of the present invention. As shown in the first figure, the cloud recording and playback system 1 of the present invention comprises a plurality of user terminals 10 and a network servo terminal 20 connected to each other via an Internet or a general packetized radio service (GPRS). The user terminal 10 is a table. A computer, a notebook computer, a tablet computer, a mobile phone, a personal digital assistant (PDA), each of the user terminals 10 is connected to the network server terminal 20 via an account number and a password, and each of the user terminals 10 includes a photographing unit 11 and a code. The unit 13 and the display unit 15 can be a lens module embedded in a mobile phone, a notebook computer, a PDA, an external network camera (WebCam), a digital camera, or a digital camera, etc., for taking a picture. Motion picture. The encoding unit 13 is configured to encode the captured motion image into a dynamic image of a specific format and then transmit the image to the network server terminal 20, wherein the specific format is a Flash file format, and the display unit 15 is configured to display on the network servo terminal 20 The operational process. Further, each of the user terminals 10 includes a storage backup unit 17 for storing general files and used as a temporary storage and backup for recording the dynamic image as an internet or general packet radio service (GPRS). When the connection is interrupted, the motion picture is recorded, and then encoded into a specific format and uploaded to the network servo terminal 20.

The network server terminal 20 includes an identification unit 21, a menu module 23, a control unit 25, a program creation module 27, a program play module 29, and a storage unit 31. The identification unit 21 is configured to recognize the account number and password from the user terminal 10 to identify the user identity. After the user module recognizes the identity through the identification unit 21, the menu module 23 provides functions such as the user terminal 10 selecting to create a program, playing a program, and deleting a program, and issuing an execution instruction. The control unit 25 receives the execution command from the menu module 23 and issues a start command to the program production module 27 and/or the program play module 29. When the program creation module 27 receives the activation command, it is presented on the display unit 15 of the user terminal in the form of a program creation window to present an operation process during program production, and when the program play module 29 receives the instruction, When the command is started, it is presented in a player window on the display unit 15 of the user terminal, so that the user terminal can watch the program, and the selected program in the storage unit 31 is played according to the selection of the control module 25. The storage unit 31 is connected to the program production module 27 and the program play module 29 for storing each program and using a plurality of auxiliary materials, wherein the auxiliary materials are uploaded text, images, newsletters, animations, web pages. At least one of sound, video, and interactive programs. Further, the program creation module 27 and the program play module 29 can be simultaneously activated at a specific time, so that the program producer can synchronize with the user terminal 10 of the program viewer to achieve the live broadcast function.

The user terminal 10 can directly upload the previously recorded video file or the like as a program. Therefore, the network server terminal 20 further includes a conversion unit 33 for encoding the video file uploaded by the user terminal 10 into the specific format, and storing the video file in the specific format. In the storage unit 31. In addition, in the menu module 23, the user terminal 10 can select whether the program needs to pay for viewing, and the network server 20 further includes a gold stream management unit 35, which calculates the charge and provides a payment platform, such as finance. Card transfer payments, credit card payments, small payments by telecommunications operators, convenience store collections, etc. In addition, the user terminal 10 can serve as an advertisement provider, and the network server terminal 20 further includes an advertisement module 37. The advertisement module 37 includes an advertisement requirement setting unit 41 and a calculation matching unit 43. The advertisement requirement setting unit 41 For setting the advertisement conditions of the user terminal or the advertiser, such as the number of program clicks, the program keyword, the program title, the advertisement page size, the advertisement period, and the like, and the calculation media unit 43 is connected with the storage unit 31, and in the program play mode. The group 29 receives the advertisement condition according to the advertisement condition set by the advertisement requirement setting unit 41, and sets the advertisement in the play window, and the advertisement module 37 is also connected to the gold stream management unit 35, according to the advertisement demand setting unit 41. The set advertising conditions pay for the advertising costs.

Referring to the second figure, a schematic diagram of a detailed unit of the menu module of the present invention. As shown in the second figure, the menu module 23 of the present invention includes a program creation selection unit 51, a program play selection unit 53, and a program deletion selection unit 55. The program creation selection unit 51 includes a program recording selection unit 61, a program setting editing unit 63, and The program uploading selection unit 65 is configured to issue a startup command to activate the program creation module 27, and the program setting editing unit 63 is coupled to the program recording selection unit 61 for setting the playing time, playing the background, explaining the copy, and the like. It is also possible to make an appointment at a specific recording time. The program play selection unit 53 is configured to issue a start command to activate the program play module 29, and has a search function to enable the user terminal 10 to select a program to be played from the storage unit 31. The program creation selection unit 51 and the program play selection unit 53 can simultaneously activate the program creation module 27 and the program play module 29 at the specific recording time reserved, thereby achieving the effect of live broadcast. The program deletion selection unit 55 enables the user terminal 10 to selectively delete the program recorded or uploaded by itself.

Referring to the third figure, a schematic diagram of a detailed unit of the program production module of the present invention. As shown in the third figure, the program production module 27 of the present invention includes a tool array module 71, a video display window 73, at least one auxiliary window 75, a setting unit 77, and a background unit 79, and forms a window with a program. Presented. The toolbar module 71 is used to operate the recording, pause and stop of the program production video, and to upload auxiliary materials such as text, images, presentations, animations, web pages, sounds, videos and interactive programs for use in auxiliary windows. And has the function of storing and uploading the recorded program. The video display window 73 is configured to display a moving image captured by the photographing unit 11 and the encoding unit 13 and encoded into a specific format, and the auxiliary window 75 is used to display auxiliary materials for explaining the auxiliary video display window 73, such as text and graphics. Like, newsletters, animations, web pages, sounds, videos, and interactive programs. The setting unit 77 is configured to set the size and position of the video display window 73, the number, size, size, appearance time, and background pattern of the auxiliary window 75. The background unit 79 displays the background pattern in accordance with the setting of the setting unit 77.

Referring to the fourth figure, a schematic diagram of a detailed unit of the program play module of the present invention. As shown in the fourth figure, the program play module 29 of the present invention is presented in a player window, and includes a main display window 81, at least one auxiliary display window 83, a play function module 85, and a time axis unit 87. The display window 81 is configured to display a moving image captured by the shooting unit 11 and the encoding unit 13 and encoded into a specific format during the production of the program. The auxiliary window 83 is used to display the text, image, presentation, animation, and webpage of the auxiliary main window. , sound, video and interactive programs. The play function module 85 is used to select functions such as start, stop play, pause, fast forward, fast forward, and the like, the main display window, the position, size, presence, and focus position of the at least one auxiliary display window. The timeline unit 87 has a time cursor 89 for dragging to the desired time, and when dragging, the main display window 81 and the auxiliary display window 83 display screenshots or paragraph representations of the screen.

Attachment 1 is a photograph of the program production module of the present invention presented in a program production window, and Annex 2 is a photograph of the program play module of the present invention presented in a player window.

The invention is characterized in that the user terminal can directly record and upload the program on the network servo terminal, and the production method is simple, and the operation can be completed independently by using the computer, the notebook computer or the mobile phone nearby, without complicated tools and audio and video. System, and can be widely used in education and training, product sales, new songs, etc., but also through the scheduled recording time, the effect of live broadcast.

1. . . Cloud recording and playback system

10. . . User terminal

11. . . Photography unit

13. . . Coding unit

15. . . Display unit

17. . . Storage backup unit

20. . . Network servo terminal

twenty one. . . Identification unit

twenty three. . . Menu module

25. . . control unit

27. . . Program production module

29. . . Program play module

31. . . Storage unit

33. . . Transition unit

35. . . Gold flow management unit

37. . . Advertising module

41. . . Advertising demand setting unit

43. . . Computational unit

51. . . Program production selection unit

53. . . Program play selection unit

55. . . Program deletion selection unit

61. . . Program recording selection unit

63. . . Program setting editing unit

65. . . Program upload selection unit

71. . . Toolbar module

73. . . Video display window

75. . . Auxiliary window

77. . . Setting unit

79. . . Background unit

81. . . Main display window

83. . . Auxiliary display window

85. . . Play function module

87. . . Timeline unit

89. . . Time cursor

The first figure is a schematic diagram of a unit of the cloud recording and playback system of the present invention.

The second figure is a schematic diagram of a detailed unit of the menu module of the present invention.

The third figure is a schematic diagram of a detailed unit of the program production module of the present invention.

The fourth figure is a schematic diagram of a detailed unit of the program play module of the present invention.

Attachment 1 is a photograph of the program production module of the present invention presented in a program production window.

Attachment 2 is a photo of the program play module of the present invention presented in a player window.

1. . . Cloud recording and playback system

10. . . User terminal

11. . . Photography unit

13. . . Coding unit

15. . . Display unit

17. . . Storage backup unit

20. . . Network servo terminal

twenty one. . . Identification unit

twenty three. . . Menu module

25. . . control unit

27. . . Program production module

29. . . Program play module

31. . . Storage unit

33. . . Transition unit

35. . . Gold flow management unit

37. . . Advertising module

41. . . Advertising demand setting unit

43. . . Computational unit

Claims (10)

A cloud recording and playing system includes: a plurality of user terminals, each user terminal includes a photographing unit, a coding unit, and a display unit, wherein the photographing unit is configured to capture a motion image, and the coding unit encodes the motion image For a specific format and transmission, the display unit is configured to display an operation flow; and a network servo terminal is connected to the user terminal signals, and each user terminal is connected to the network server terminal through an account number and a password. The network server terminal includes a network identification unit, a menu module, a control unit, a storage unit, a program production module, and a program play module, and the identification unit is configured to identify the user terminals. The account number and the password are used to identify whether the user identity is correct. The menu module provides the function that the user terminal selects to create a program, play a program, and delete a program, and after the selection, issues an execution command, and the control unit receives the The execution instruction of the menu module sends a start command to the program production module and/or the program broadcast And releasing the module, when the program making module receives the startup command, presenting in a display mode of the program to the display unit of the user terminal for program production, and recording the motion image encoded in the specific format, When the program play module receives the start command, it is displayed in the display unit of the user terminal in a player window, and the user terminal views the program selected from the storage unit according to the selection of the control module, and the storage The unit is connected to the program production module and the program play module for storing each program and a plurality of auxiliary materials; wherein the user terminals can directly record and upload programs on the network servo terminal, and the manner of The utility model is simple and does not require complicated tools and audio and video post-production; wherein the menu module comprises: a program production selection unit, comprising a program recording selection unit, a program setting editing unit and a program upload selection unit, wherein the program recording selection unit is used. Sending the startup command to start the program production module, the program setting editing unit and the program recording selection Coupling means for setting a play time, a play back At least one of a predetermined recording time and a description copy; a program play selection unit for issuing the start command to activate the program play module, and having a search function for the user terminals to select The program to be played; and a program deletion selection unit that enables the user terminals to delete the program that they have recorded or uploaded. The cloud recording and playback system of claim 1, wherein the user terminals and the network server are mutually connected by an internet or a general packet radio service (GPRS). The cloud recording and playing system according to claim 1, wherein the user terminal is one of a desktop computer, a notebook computer, a tablet computer, a mobile phone, and a personal digital assistant, and the photography unit is embedded in the camera unit. At least one of a lens module of a mobile phone, a notebook computer or a PDA, an external network camera, a digital camera, or a digital camera. The specific format is a Flash file format, and the auxiliary material is uploaded text, image, and newsletter. At least one of animation, web, sound, video, and interactive programs. The cloud recording and playing system of claim 1, wherein each of the user terminals further comprises a storage backup unit for storing a general file and temporarily storing the dynamic image, when the signal is connected. When interrupted, the motion picture can be encoded into a specific format after the recording is completed, and then uploaded to the network servo terminal. The cloud recording and playing system of claim 1, wherein the network server further comprises a shifting unit, a gold stream management unit and an advertising module, the shifting unit at least of the user terminals One of the directly uploaded video files is converted into a dynamic image encoded in the specific format, the gold flow management unit calculates the charge, and provides a payment platform, the advertisement module includes an advertisement requirement a setting unit and a computing media unit, wherein the advertising demand setting unit is configured to set an advertising condition, and the computing mediation unit is coupled to the storage unit, and the setting unit is configured according to the advertising requirement when the program playing module receives the startup instruction The set advertisement condition sets an advertisement in the play window, and the advertisement module is connected to the gold stream management unit, and pays the advertisement fee according to the advertisement condition set by the advertisement demand setting unit. The cloud recording and playing system of claim 5, wherein the advertising condition comprises at least one of a program click count, a program keyword, a program title, an advertisement page size, and an advertisement period, and the payment platform includes financial At least one of card transfer payment, credit card payment, small payment by the telecom operator, and convenience store collection. The cloud recording and playing system of claim 1, wherein the program setting editing unit can set the predetermined recording time and synchronize with a predetermined playing time to achieve a live broadcast effect. The cloud recording and playback system of claim 1, wherein the program production module is presented in the form of the program production window, and the program production module comprises: a tool column module for operating the program production. Video recording, pause and stop, and uploading such auxiliary materials, and storing and uploading the recorded programs; a video display window for displaying and encoding the specific format through the camera unit and the encoding unit a dynamic image; a setting unit for setting the size and position of the video display window, the number, size, size, appearance time, and background pattern of the auxiliary window; and a background unit, which is displayed according to the setting of the setting unit The background pattern. The cloud recording and playback system of claim 8, wherein the program production module further comprises at least one auxiliary window for displaying the auxiliary recording The auxiliary information described in the window is displayed. The cloud recording and playback system of claim 1, wherein the program playing module is presented in the player window, and the program playing module comprises: a main display window for displaying the program during the production process. The camera unit and the coding unit capture and encode the motion image in a specific format; at least one auxiliary display window for displaying the auxiliary data of the auxiliary main window; and a play function module for selecting to start, stop, pause, One of the main display window, the position, the size, the presence, and the in-focus position of the at least one auxiliary display window; and a time axis unit having a time cursor For dragging to the desired time, when the time cursor is dragged, the main display window and the auxiliary display window display screen or paragraph representative map.