TWI484788B - Application of multi - screen remote control system and method - Google Patents

Description

Multi-fluorescent remote control system and method applied to network television

The present invention relates to a multi-firefly remote control system and method applied to a network television, in particular to a human-machine interface that is synchronized with a network television provided on a user's terminal device, and the user directly clicks through the screen. The method can intuitively perform remote control, and the completed image will be synchronized back to the terminal device for monitoring purposes.

At present, the operation on the Internet TV platform is based on the traditional infrared remote control. For the service to order or search for text, most of the services are displayed on the screen by the keypad, so that the user can input according to the direction and selection keys. Very inconvenient for the user. Although in recent years, many manufacturers have developed technology to turn smart phones into remote controls, the implementation method is to turn physical buttons into touch-sensitive button icons, and add converters to smart phones to transmit infrared rays. The operation is limited because the infrared rays are limited by distance and angle, and there is no obstruction in the middle. Therefore, how to use various handheld terminal devices to control the network television through wired or wireless network is an important issue for the future development of the network television system. A similar concept is mentioned in the following prior patent technologies: Republic of China Patent Publication No. 200844848, Republic of China Patent Publication No. 201029459.

It can be seen that there are still many shortcomings in the above-mentioned methods of use. The design of goodness is urgently needed to be improved.

In view of the shortcomings derived from the above-mentioned conventional methods, the inventor of the present invention has improved and innovated, and after years of painstaking research, he finally succeeded in researching and developing this remote remote control system and method for network TV.

The object of the present invention is to provide a multi-firefly remote control system and method for a network television system, which can be used when the user does not see the network television screen at the far end and wants to control the network television system. The multi-flash terminal device on the Internet performs remote control, and the present invention provides a more intuitive, simple and convenient operation mode, in addition to solving the limitation of the distance and angle of the traditional infrared remote controller, and also solving the problem that the family does not know how to operate at home. It can be used to order and operate the family through the mobile phone outdoors, and the convenience of the input of the touch-type terminal device is improved, and the inconvenience of the input of the conventional remote controller is improved.

A second object of the present invention is to provide a remote monitoring system and method for a network television, which is capable of monitoring the current situation of a child watching a program in a home through a human-machine interface on a multi-flash terminal device. In addition, the method of the present invention transmits commands through a remote network management mechanism, and can transmit text information in addition to the general remote control button command transmission, so that an emergency can be made to the home network television system during the monitoring process. Processing (such as turntable or shutdown) and displaying text alert notifications on the TV screen.

A remote control system and method for multi-spot remote control of a network television system, which utilizes the human-machine interface on the remote user terminal device, combined with the command conversion and command transmission module of the remote server, and the network Instruction processing module for TV viewers, through network management and file transfer The transmission technology exchanges command information of the control with each other, and provides a technology that is more convenient than the conventional infrared remote controller, has a longer control distance, is more user-friendly, and has more terminals for the terminal.

The present invention is applicable to various multi-flash terminal devices having a connection network, including a general computer, a tablet computer or a smart phone. The multi-flash device of the terminal is connected to the remote server via the Internet to download a human-machine interface conforming to the device and a page update module, the human interface includes a content and a display framework of the network television service, the content data of the service is synchronized with the digital content provided by the network television server to the viewing device, and the display frame displays the screen because the terminal device displays The difference in size, so different terminal devices will have different frameworks; and the page update module will update the page according to the state of the remote server's return after the command operation is completed.

Different from the traditional network circuit platform, the remote control device directly transmits the remote control command to the viewing device through the infrared or wireless network. The present invention uses a remote control servo across the Internet and the network television network. For the transmission of instructions, the remote server has a dual network card, and all the commands communicated with the multi-flash terminal device are transmitted through the Internet. Since the viewing device is in the closed network TV segment, the viewing and viewing are performed. The transmission of information between the devices is transmitted through the network television network. Therefore, the present invention has no distance limitation in operation, and allows the user to remotely control the remote outdoor.

When the remote user wants to control the network television, the user directly clicks on the page presented by the human-machine interface that has been downloaded to the terminal device, and the human-machine interface transmits the operation instruction to the remote server. The invention provides a module for command conversion and command transmission in a remote control server, and the command conversion module converts the remote control command into a network management protocol command, and the command transfer module is responsible for transmitting the command to the viewing device through the network television network. , the means of the viewing device After the processing module receives and processes the instructions, the corresponding processing is performed and the service page is updated from the network television server. After the page update is completed, the command processing module returns the status information to the remote server, and the remote server immediately The information is returned to the remote terminal device, and the page update module on the terminal device updates the service page according to the returned status information, and the user can clearly know the result of the operation according to the updated page.

When the near-end user operates the viewing device through the remote controller, all the operations of the viewing device, the command processing module will transfer the status to the remote terminal device through the remote control server and update the human-machine interface, so the remote device Users can clearly know the services currently viewed by the remote network TV through this human-machine interface.

In the present invention, all information transmission between the terminal device of the user terminal, the remote control server and the viewing device is downloaded. When the terminal device is connected with the remote server, the human interface and all the page information are downloaded, and all the operations are only simple. The transmission of the instruction, the update module on the terminal device updates the corresponding page according to the returned instruction, so there is no need to wait for the page download time during the operation to avoid increasing the operation delay due to the network bandwidth problem. Time, providing users with a fast and smooth operating situation.

The previously used technology connects the network TV viewer and the user terminal device mainly through a wired or wireless network (Wi-Fi or Bluetooth). Due to the limitation of the communication distance, the scope of operation can only be limited to The near-end control, while the operation interface of the terminal remote control device provides a separate interface between the function button and the page display, which is less intuitive for the user to operate.

A multi-spot remote control system for network television, which comprises: a remote server, which provides a terminal device man-machine interface and an update module, receives terminal operation instructions, and converts and transmits the command to the command processing. a module; a terminal device transmits the command through the human machine interface for remote control; and a network television viewing device receives the command transmitted by the remote server for processing and performs corresponding operations.

The remote server includes a dual network card and spans two network segments of the Internet and the network television network. The remote server includes: an instruction transmission module, which is responsible for receiving and transferring the terminal device. And an instruction sent by the network television viewing device; and an instruction conversion module for converting the instruction transmitted by the terminal device and the network television viewing device into a corresponding instruction, and then transmitting the instruction to the instruction conversion The module transmits, the command transmission module, the transmission of all instructions communicated by the module with the terminal device is transmitted through the Internet, and the transmission with the viewing device is through the network television Network delivery.

The terminal device is a variety of devices with networking, including personal computers, smart phones or tablets.

The network television viewing device comprises an instruction processing module, the module accepts an instruction transmitted by the remote control server, performs corresponding operations on the viewing device after processing, updates the network television page to the image display, and operates The completed status is passed back to the remote server.

The human-machine interface is downloaded through the Internet when the terminal device is first connected to the remote server, and the human-machine interface includes the content and display frame of the network television service, and the display frame is displayed according to the terminal device. The difference in size of the screen provides a different framework, and the content of the network television service is synchronized with the content provided by the network television server to the viewing device.

The update module downloads through the Internet when the terminal device is first connected to the remote server, and the update module receives the command sent back by the remote server, and updates the interface of the operation on the terminal device.

The network television service content of the human-machine interface includes a picture display and a text description of the service.

A multi-flying remote control method for network television, the step of which is: downloading or updating the terminal device: using the terminal device to connect the remote server by using various networking methods, and checking whether the terminal device has the latest one. The human-machine interface, if not downloaded, conforms to the human-machine interface of the device and the page update module, and the user directly performs a click operation on the page presented by the human-machine interface; the command transmission: the terminal device The man-machine interface transmits an operation instruction to the remote control server, and the instruction transmission module on the server receives the instruction, and then the instruction conversion module converts the remote control instruction into a network management agreement instruction. The command transmitting module is responsible for transmitting the command to the viewing device through the network television network; the command operation and the page update: the command processing module on the viewing device receives the command transmitted by the remote server and is processed, and then executed. Corresponding operation and updating the page of the network television service from the network television server; status return: the network television viewing device After the page is updated, the command processing module will return the current status information to the remote server, and the remote server sends the information back to the user through the command conversion module and the command transmission module. The terminal device; the human-machine interface update: the page update module on the terminal device updates the service page according to the returned status information, and the user can clearly know the result of the operation according to the updated page.

In the first step, the networking mode is different in different terminal devices. Generally, the computer system transmits the wired network or the wireless network, the tablet computer transmits the wireless network, and the smart phone transmits the 3G. , 4G network or wireless network mode, steps 2 and 4 of the command transmission module on the remote server accept and transmit instructions, accept and transfer the content system For the command and status information, the instruction sent to the viewing device in step 2 includes a simple network management protocol or TR-069 through a standard remote network management mechanism, and the instruction transmitted to the viewing device in step 2 is Send personal messages, such as payment, winning notices or advertising messages, to the user's Internet TV screen.

A multi-flash remote monitoring method for network television, the steps of which are: downloading or updating the terminal device: using the terminal device to connect the remote server by using various networking methods, and checking whether the terminal device has the latest version Man-machine interface, if not downloaded, conforms to the human interface of the device and the page update module; operation of the near-end network television: the network television system user uses the network television remote control to the network television The viewing device performs remote control, and the viewing device performs corresponding operations on the signal of the remote controller, and updates the latest service page from the network television server to output to the image display; status return: the network television viewing device After the page is updated, the command processing module returns the current status information to the remote server, and the remote server sends the information back to the user through the command conversion module and the command transmission module. Terminal device; human-machine interface update: the page update module on the terminal device updates the human-machine interface according to the returned status information. With those who intuitively through the synchronization of the page with the remote network TV service, well aware of the current state of network television ratings service device.

The multi-flash remote control system and method designed for the network television system provided by the invention have the following advantages when compared with other conventional technologies:

1. The present invention uses a remote server that traverses the Internet and the network television network for command transmission, so that it is not restricted by geographical and distance conditions, and allows the user to operate at the remote end.

2. The present invention provides a human-machine interface in which a terminal device can synchronously present a network television. In the face, the state after the operation will be returned and updated, and the user can perform remote control through the screen and clearly know whether the operation is successful.

3. The present invention downloads the human-machine interface to the device end when the terminal device is connected to the remote control server, and then performs simple command transmission for the remote operation, and the human-machine interface of the terminal device performs according to the returned command. Page updates, shortening the time of information transfer during operation, providing users with fast and smooth operation.

4. All communication mechanisms of the present invention are communicated through standard network protocols, and no additional hardware is required for various terminal devices, and can be applied to various Internet-enabled terminal devices, including personal computers, smart phones or It is a tablet computer, etc., offering a wider range of multi-fire application service designs.

5. The operation state of the network television viewing device is synchronously transmitted back to the remote control server, so that the human-machine interface of the terminal device can achieve the purpose of remote monitoring, allowing the user to go out and monitor the home through the smart phone. The child watches the status of the program and immediately processes or alerts via the mobile phone.

6. The present invention transmits commands through a network management mechanism such as a Simple Network Management Protocol (SNMP) or a TR-069 (Technical Report-069) through a remote network management mechanism, except for general remote control button commands. Text messages can also be transmitted, so they can be used to deliver personal information such as payment, award notifications or advertising messages to specific users' online TV screens, providing a more diverse and customized Internet TV application service design.

7. The invention provides a picture of synchronizing with a remote network television in the terminal device, which can be applied to the detection of the remote customer service obstacle, and the customer service person when the customer complains The staff can clarify the problem at the remote end through the screen, which can greatly reduce the cost of on-site manual obstacle detection.

2‧‧‧Internet

3‧‧‧Internet TV Network

4‧‧‧Internet TV server

41‧‧‧Internet TV Service Page

5‧‧‧Remote Server

51‧‧‧Human Machine Interface for Terminal Devices

511‧‧‧General computer display frame

512‧‧‧ Display frame for smart phones

513‧‧‧ Tablet display frame

514‧‧‧Internet TV service content

52‧‧‧Page Update Module

53‧‧‧Instruction Transfer Module

54‧‧‧Command Conversion Module

6‧‧‧Internet TV system

61‧‧‧Internet TV viewing device

611‧‧‧Command Processing Module

62‧‧‧Image display

63‧‧‧Internet TV remote control

7‧‧‧ Terminal devices

71‧‧‧General computer

72‧‧‧Smart mobile phones

73‧‧‧ Tablet PC

201~205‧‧‧Steps for remote remote control

301~304‧‧‧Steps for remote monitoring method

10‧‧‧Service page of Internet TV under the general operation menu service

20‧‧‧Internet TV Service Page Menu Icon

30‧‧‧Video playback of the Internet TV service page

40‧‧‧Text tracing on the Internet TV service page

50‧‧‧Human machine interface of terminal device under general operation menu service

60‧‧‧ terminal man-machine interface menu icon

70‧‧‧End man-machine interface text marquee

100‧‧‧ channel service under the Internet TV service page

200‧‧‧Internet TV service page channel audio and video full screen playback

Channels and program information on the 300‧‧‧Internet TV service page

Human interface of terminal devices under 400‧‧‧ channel service

500‧‧‧Channel icon of terminal man-machine interface

600‧‧‧ Terminal Human Interface Channel and Program Information

700‧‧‧Channel man-machine interface channel operation button icon

1 is a schematic diagram of an implementation of a multi-flash remote control system and method for a network television according to the present invention; FIG. 2 is a schematic diagram of a terminal device for downloading a human-machine interface of a remote-controlled remote control system and method for a network television according to the present invention; 3 is a schematic diagram of a system architecture of a multi-flash remote control system and method applied to a network television according to the present invention; FIG. 4 is a multi-flash remote control system and method applied to a network television according to the present invention; FIG. 5 is a flowchart of a remote monitoring implementation method for a multi-flash remote control system and method applied to a network television according to the present invention; FIG. 6 is a schematic diagram of the present invention applied to a network television The remote control system and method of the remote control system and the terminal device human-machine interface diagram; FIG. 7 is a multi-flash remote control system and method applied to the network television in the network television channel broadcasting service, A comparison diagram of the output screen of the network television viewing device and the output screen of the terminal device man-machine interface.

The present invention is directed to a multi-spot remote control system and method designed for a network television system. FIG. 1 is a schematic diagram of an implementation of a multi-flash remote control system and method applied to a network television according to the present invention, including: a remote control server 5 With dual network cards that can span the Internet 2 and the network segment 3 of the network television network, is responsible for receiving the operation command of the terminal device 7 and converting and transmitting the command to the network television system 6; the network television system 6 includes a network television remote control used by the user terminal The device 63 is a network television viewing device 61 that is responsible for receiving remote control commands and downloading a service page from the network television server 4, and an image display 62 for presenting the network television page.

The implementation method of the present invention is a variety of multi-fire terminal devices, such as a general computer 71, a smart phone 72 or a tablet computer 73. The remote control server 5 transmits commands to the network television viewing device 61, and returns the updated status. Returning to the terminal device 7, the purpose of manipulating the network television system 6 is achieved.

2 is a schematic diagram of downloading a human machine interface 51 and an update module 52 of various terminal devices according to the present invention, and providing a terminal device human machine interface 51 and an update module 52 in the remote control server 5, wherein the human machine interface 51 includes a network. The road television service content 514 and the display frames 511 to 513, the display frames 511 to 513 provide different frames according to the difference in size of the display screen of the terminal device, and the display frames 511 to 513 represent display frames of different terminal devices, and the network television service content 514 is synchronized with the content provided by the network television server 4 to the viewing device 61.

When the terminal device is connected to the remote server 5 for the first time, the human interface 51 and the page update module 52 are downloaded through the Internet 2, and the remote server 5 provides a corresponding display frame according to different terminal devices. The display frame a511 is downloaded, the smart phone 72 downloads the display frame b512, and the tablet computer 73 downloads the display frame c513. After the download is completed, the user can open the human machine interface 51 on the terminal device 7 to operate the remote network television. And updating the state of the operation to the human machine interface 51 through the page update module 52.

Please refer to FIG. 3, which is a block diagram of a system architecture of the present invention. The system mainly includes three major blocks: a client terminal device 7 for remote control, a remote server 5 for command transfer, and a network television viewing device 61 for command processing.

The terminal device 7 includes a human machine interface 51 and a page update module 52 that are downloaded when the remote controller 5 is connected for the first time, and can be used for remote operation.

The remote control server 5 includes an instruction transfer module 53 and a command conversion module 54. The command transfer module 53 is responsible for receiving and transferring commands sent by the terminal device 7 and the network television viewing device 61, and the command conversion module 54 is responsible for The received command is converted into a corresponding command, and then transmitted by the command transmitting module 53. All the commands communicated by the command transmitting module 53 and the terminal device 7 are transmitted through the Internet 2, and the viewing device is The transmission between 61 is transmitted through the Internet TV network 3.

The IPTV device 61 includes an instruction processing module 611. The module receives the command transmitted by the remote server 5, and performs corresponding operations on the viewing device 61 after processing, and transmits the network circuit 3 and the network television server. The device 4 is connected, and the network television service page 41 is updated on the hatched display 62, and then the state after the operation is completed is transmitted back to the remote server 5.

4 is a flowchart of a remote remote control implementation method according to the present invention. First, in step 201, a user terminal device uses a plurality of networking methods to connect a remote server to perform a download or update operation of the terminal device, and downloads the network connection. In different ways, different terminal devices can be used in different ways. Generally, computers can use wired network or wireless Wi-Fi, tablets can use wireless Wi-Fi, and smart phones can use 3G, 4G or wireless. Wi-Fi mode. First check whether the terminal device has the latest human-machine interface. If not, download the human-machine interface and page update module that match the device.

In the next step 202, the user performs remote operation and command transmission through the human machine interface, and the human machine interface on the terminal device transmits the operation instruction to the remote server, and the command transmission module on the server receives the command and then The command conversion module converts the remote control command into a network management protocol command, and the command transfer module is responsible for transmitting the command to the viewing device through the network television network.

After the instruction is transmitted to the viewing device, the instruction processing module in step 203 is responsible for accepting and processing the instruction, performing the corresponding operation, and updating the network television service page from the network television server, and outputting the service screen to the image display.

Step 204 will return the status, and after the network television viewing device completes the page update, the command processing module returns the current status information to the remote server, and the remote server passes the command conversion module and the command transmission module. The information is transmitted back to the user's terminal device.

Step 205 performs the last human interface update operation, and the page update module on the terminal device updates the service page according to the returned status information, and the user can clearly know the result of the operation according to the updated page.

In the remote control implementation process of the present invention, in addition to the step 201 is the first connection or the need to update the page to be downloaded, it takes a long time, other steps such as 202~205 are generally far away. During the operation, all the commands received and transmitted are command and status information, and the amount of data transmitted is small, which requires a short transmission time, thus providing users with fast and smooth operation.

5 is a flowchart of a remote monitoring implementation method according to the present invention. First, in step 301, a near-end user remotely controls a network television viewing device with a network television remote control. Next, step 302, the viewing device Will respond to the remote control's signal and download the most from the Internet TV server. In the new service page, steps 301 and 302 are the operational procedures of the current network television system standard, and the present invention adds steps 303 and 304. In step 303, the command processing module returns the information of the current state of the viewing device to the remote server, and the remote server sends the information back to the user's terminal device through the command conversion module and the command transmission module. Finally, step 304 The page update module will update the service page according to the returned status information. According to this process, the operation status of all the near-end network television viewing devices will be returned, so the remote user only needs to open the terminal device. Through the interface, you can clearly know the current service status of the network TV viewing device, and achieve the purpose of remote monitoring.

Please refer to FIG. 6 , which is a schematic diagram of the comparison between the output screen of the network television viewing device and the human-machine interface output screen of the terminal device under the general operation menu service of the network television, and the service page 10 of the network television under the general operation menu service. The utility model includes a plurality of menu icons 20, a video playback 30 and a text marquee 40, and the corresponding service page 50 provided by the human interface of the terminal device includes a menu icon 60 conforming to the display screen size and a text marquee 70, which is used. The user can directly perform the operation of the remote network television by directly clicking the menu icon 60 that is desired to enter on the screen. After the operation is completed, the service page 10 of the network television and the service page 50 of the terminal device are also updated synchronously. .

Please refer to FIG. 7 is a schematic diagram of the comparison between the output screen of the network television viewing device and the human-machine interface output screen of the terminal device under the network television channel playing service, and the service page 100 of the network television under the general channel playing service, including The video 200 of the full screen and the information description 300 of the channel and the program, and the corresponding service page 400 provided by the human interface of the terminal device, including the icon 500 representing the channel, the information 600 of the channel and the program, and various operations The button icon 700 allows the user to clearly know the channel where the current network television is located through the channel icon 500 and the program information 600 directly on the screen. Clicking the button 700 up and down to perform the channel turntable, left and right to display the program for different time periods or leaving the channel service, the network TV service page 100 and the terminal device service page 400 are also updated synchronously each time the operation is completed.

The detailed description of the present invention is intended to be illustrative of a preferred embodiment of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

To sum up, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned functions that are not in the traditional methods of the past. It has fully complied with the statutory invention patent requirements of novelty and progressiveness, and applied for it according to law. Approved this invention patent application, in order to invent invention, to the sense of virtue.

2‧‧‧Internet

3‧‧‧Internet TV Network

4‧‧‧Internet TV server

5‧‧‧Remote Server

6‧‧‧Internet TV system

61‧‧‧Internet TV viewing device

62‧‧‧Image display

63‧‧‧Internet TV remote control

7‧‧‧ Terminal devices

71‧‧‧General computer

72‧‧‧Smart mobile phones

73‧‧‧ Tablet PC

Claims (15)

The utility model relates to a multi-flying remote control system for network television, which comprises: a remote control server, which provides a human-machine interface and an update module for synchronizing the terminal device with the content of the network television service, and transmits an operation instruction of the terminal device; Providing a network television viewing device and an update module of the terminal device to the status of the network television service; a terminal device transmitting the command through the human machine interface for remote control, and receiving a status command for successfully returning the operation , updating the screen of the human-machine interface to synchronize with the network television service; and a network television viewing device, accepting the transmitted remote control command to perform corresponding operations, and returning the status of the network television service to the terminal device. The remote remote control system for network television, as described in claim 1, wherein the remote server includes a dual network card and spans two networks of the Internet and the network television network. segment. The remote control remote control system for network television, as described in claim 1, wherein the remote control server comprises: an instruction transmission module, which is responsible for receiving and transferring the terminal device and the network television viewing system. An instruction sent by the device; and an instruction conversion module, configured to convert the instruction transmitted by the terminal device and the network television viewing device into a corresponding instruction, and then transmit the instruction to the instruction conversion module for transmission . The multi-flash remote control system for network television as described in claim 3, wherein the command transmission module transmits all instructions communicated with the terminal device through the internet mode The transmission and transmission to the viewing device is transmitted through the network television network. As described in the first paragraph of the patent application, it is applied to Internet TV. The remote control system, wherein the terminal device is a variety of devices with networking, including a personal computer, a smart phone or a tablet computer. The multi-spot remote control system for network television, as described in claim 1, wherein the network television viewing device comprises an instruction processing module, and the module receives an instruction transmitted by the remote server, and after processing Corresponding operation is performed on the viewing device, the network television page is updated on the image display, and the state after the operation is completed is transmitted back to the remote server. The multi-spot remote control system for network television, as described in claim 1, wherein the human-machine interface is downloaded through the Internet when the terminal device is first connected to the remote server. The human interface includes the content and display framework of the network television service, and the display framework provides different frameworks according to the difference in size of the display screen of the terminal device, and the content of the network television service is provided to the network television server. The content of the viewing device is synchronized. The multi-flash remote control system for network television as described in claim 1, wherein the update module downloads through the Internet when the terminal device is first connected to the remote server, the update The module receives the command sent back by the remote server, and updates the interface of the operation to the terminal device. The remote video remote control system for network television as described in claim 1, wherein the network television service content of the human machine interface includes a picture display and a text description of the service. A multi-flying remote control method for network television, the steps are: Step 1: The terminal device downloads or updates: using the terminal device to connect the remote server by using various networking methods, and checking whether the terminal device has The latest man-machine interface, if not downloaded, meets the human interface of the device And the page update module, the user directly performs a click operation on the page presented by the man-machine interface; step 2: command transmission: the man-machine interface on the terminal device transmits an operation instruction to the remote control The server, the command transmitting module on the server receives the command, and then the command conversion module converts the remote command into a network management protocol command, and the command transmitting module is responsible for transmitting the command through the network television network. The road is transmitted to the viewing device; the third step, the command operation and the page update: the command processing module on the viewing device receives the command transmitted by the remote server, and after processing, performs the corresponding operation and from the network television servo The device updates the page of the network television service; step 4: status return: after the network television viewing device completes the page update, the command processing module will return the current status information to the remote server, the remote control The server passes the command conversion module and the instruction transmission module to immediately transmit the information back to the user's terminal device; and step 5, the human-machine interface is further : The page update module on the terminal device based on return status information, service updates page, the user can clearly know the results of operations in accordance with the updated page. For example, in the multi-spot remote control method for network television, as described in claim 10, wherein the connection mode is different in different terminal devices, and the general computer system transmits Wired or wireless networks, tablets are connected to the wireless network, while smart phones are connected via 3G, 4G or wireless. The multi-spot remote control method for network television as described in claim 10, wherein the instructions received and transmitted by the command transmission module on the remote server in steps 2 and 4 are accepted and transmitted. The content is the information of the command and status. For example, the multi-spot remote control method applied to the network television according to claim 10, wherein the step 2 transmits the instruction to the viewing device, including a simple network management protocol through a standard remote network management mechanism. Or TR-069. For example, in the multi-flying remote control method for network television, as described in claim 10, the step 2 of transmitting the instruction to the viewing device is to transmit a personal message, such as a payment, a winning notice or an advertising message. On the user's internet TV screen. A multi-flash remote monitoring method for network television, the steps of which are: Step 1: The terminal device downloads or updates: uses the terminal device to connect the remote server by using various networking methods, and checks whether the terminal device has been With the latest human-machine interface, if it is not downloaded, it will meet the human interface of the device and the page update module; Step 2: Operation of the near-end network TV: The user of the network TV system remotely controls through the network TV Remotely controlling the network television viewing device, the viewing device performs corresponding operations on the signal of the remote controller, and updates the latest service page from the network television server to output to the image display; step three, state Return: After the web TV viewer completes the page update, the command processing module will display the current status information. Returning to the remote control server, the remote control server returns the information to the user's terminal device through the command conversion module and the command transmission module; and step 4, the human machine interface update: the terminal device The page update module updates the human-machine interface according to the returned status information, and the user intuitively knows the current status of the current network television viewing device through the page synchronized with the remote network television service.