Television set, and processing method and apparatus for remote memory equipment

A technology of remote storage and processing method, which is applied in the field of processing methods and devices for televisions and their remote storage devices, and can solve the problems of poor user experience and the like

Inactive Publication Date: 2014-03-19

LE SHI ZHI XIN ELECTRONICS TECH TIANJIN

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AI-Extracted Technical Summary

Problems solved by technology

[0005] The main purpose of the present invention is to provide a processing method and device for a TV set and its remote storage device, so as to solve the ...

Method used

Adopt this preferred embodiment, according to the time information, sort according to the principle of "the nearest connection-the farthest connection", put the most recently connected remote storage device on the front end of the display page, and place the farthest connected remote storage device The device is placed at the back end of the display page, which is convenient for the user to access the recently connected remote storage device through the TV, reducing user operations.

Adopt this preferred embodiment, its corr...

Abstract

The invention discloses a television set, and a processing method and apparatus for remote memory equipment. The method comprises the following steps that: a first operation command of a user is received; the first operation command is responded and a display page that is stored remotely is displayed; a historical record connected with the remote memory equipment is obtained, wherein the historical record includes equipment parameters of one or more device remote memory equipment connected with the television set successfully; the one or more device remote memory equipment are displayed at the display page stored remotely; a second operation command of the user is received; the second operation command is responded and first remote memory equipment is automatically connected according to the equipment parameters of the first remote memory equipment. According to the invention, when the user accesses remote memory equipment that is connected successfully previously, direct access to shared files in the equipment by the user can be realized as long as the equipment and the television set are still in the same local real network and there is no need to input equipment parameters again for connection, so that the user inputting is reduced and thus the user experience is improved.

Application Domain

TransmissionSelective content distribution

Technology Topic

Remote memoryEmbedded system +5

Image

Examples

Experimental program(3)

Example Embodiment

[0028] Example one

[0029] First of all, the first embodiment of the present invention provides a method for processing a remote storage device of a TV. The method mainly describes the process of the TV accessing the remote storage device, see figure 1 , The method can include the following steps:

[0030] Step S102: Receive a first operation command from the user, where the first operation command is used to open a remotely stored display page.

[0031] The file manager application can be set in the TV, and the file manager can access local storage, external storage, remote storage, cloud disk storage and other device information. When the user uses the remote control to operate, first move the focus to the file manager icon on the application display page and press the OK button. The TV responds to the operation and then opens the file manager, and then the user inputs the first operation command, such as Move the focus to the remote storage icon and press the OK button, the TV will receive the command.

[0032] Step S104: In response to the first operation command, the display page of the remote storage is displayed.

[0033] After receiving the first operation command, the TV performs command analysis, and responds to the operation command to open the remotely stored display page.

[0034] Step S106: Obtain the history record of connecting to the remote storage device,

[0035] When the user manually loads and connects to the remote storage device successfully, or the TV automatically searches for a remote storage device in the same local area network and the user manually connects successfully, the TV automatically stores the device parameters as historical records, for example, the storage device’s Device name, device type, device port number, user name, connection type, password, etc., when opening the remote storage display page, these historical records are automatically obtained. The historical records may include one or Device parameters of multiple remote storage devices.

[0036] Step S108: Display one or more remote storage devices on the remote storage display page.

[0037] After the historical record is obtained, the remote storage device included in the historical record is displayed on the remote storage display page. Preferably, while displaying the remote storage device in the history record, the searched remote storage device in the same local area network can also be displayed. In order to distinguish the history record and the searched remote storage device, different icon.

[0038] Step S110: Receive a second operation command from the user, where the second operation command is used to access a first remote storage device, and the first remote storage device is any one of one or more remote storage devices.

[0039] After displaying the remote storage device in the history to the user, when the user accesses one of the remote storage devices again (for the convenience of description, the remote storage device accessed by the user is defined as the first remote storage device in this embodiment. The "first" is not limited to order), enter the corresponding operation command. For example, move the focus to the icon of the first remote storage device through the direction buttons on the remote control, and then press the OK button to issue the second operation command.

[0040] Step S112: In response to the second operation command, automatically connect to the first remote storage device according to the device parameters of the first remote storage device.

[0041] After the TV receives the second operation command, it analyzes the command, and responds to the operation command to automatically connect the TV to the first remote storage device in the background of the TV according to the device parameters of the first remote storage device in the history record.

[0042] Using the remote storage device processing method provided in this embodiment, the device parameters of the remote storage device successfully connected to the TV are stored in the history record. When the user opens the remote storage display page, the TV automatically obtains the connection to the remote storage device The remote storage device in the historical record is displayed to the user. When the user accesses any of the remote storage devices, the TV calls the device parameters of the remote storage device, activates the connection process in the background, and automatically connects to The remote storage device does not require the user to input device parameters again.

[0043] Therefore, when the user accesses a remote storage device that has successfully established a connection before, as long as the device and the TV are still in the same local area network, the user can directly access the shared files in the device without inputting device parameters to connect. In terms of signal generators such as TV sets, it greatly reduces the content input by users, making it faster and more convenient for users to access remote storage devices, and improving the user experience.

Example Embodiment

[0044] Example two

[0045] This embodiment is a further preferred method for processing a remote storage device of a television on the basis of Embodiment 1. In this embodiment, the history record includes device parameters of multiple remote storage devices, see figure 2 , The method can include the following steps:

[0046] Step S202: Receive a first operation command from the user, where the first operation command is used to open a remotely stored display page.

[0047] Step S204: In response to the first operation command, display the remotely stored display page.

[0048] Step S206: Obtain the history record of the connection to the remote storage device.

[0049] Preferably, the history records can be stored in the database through android sqlite3, so that the memory occupied by the storage of the history records is small, and a high-speed response can be obtained during the storage and recall of the history records.

[0050] Step S208: Obtain the access time of the remote storage device in the history record.

[0051] Step S210: Sort the remote storage devices in the history record according to the acquired access time.

[0052] Preferably, the history records are stored in the order of access time of the remote storage device, the device parameters of the most recently accessed remote storage device are stored in the first position of the history record, and the device parameters of the earliest accessed remote storage device are stored at the end of the history record A location. When the history record changes, the device parameters in the history record and the storage location of the device parameters are updated. For example, when a new remote storage device is connected, the device parameters are stored in the first location, and the device parameters in other locations Move down; when the remote storage device in the history is accessed again, the device parameters of the remote storage device are moved to the first location, and the value between the original first location and the original storage location of the device parameters of the remote storage device The device parameters move down sequentially.

[0053] With this preferred embodiment, the above steps S208 and S210 can be omitted, and there is no need to sort the devices each time they are displayed and accessed, so that the access speed of the remote storage device in the history record is faster, and the user experience is further improved.

[0054] Step S212: Count the number M of remote storage devices in the history record.

[0055] In this embodiment, preferably, the number M of remote storage in the history record can also be stored as a parameter, and the parameter is updated every time the TV is connected to a new remote storage device, so that In this step S212, there is no need to perform statistics, and the parameter can be directly obtained to obtain the number of remote storage devices in the history record, which speeds up the processing speed of the TV.

[0056] Step S214: Determine whether the counted number M is greater than the preset display threshold N, where, if M> N, step S216 is executed, and if M≦N, step S218 is executed.

[0057] Step S216: Extract the recently accessed N remote storage devices from the sorted history records as the remote storage devices to be displayed.

[0058] Step S218: Use all remote storage devices in the sorted history records as remote storage devices to be displayed.

[0059] In this embodiment, the display threshold is set. When there are too many remote storage devices stored in the history, making the display page of the remote storage device unfriendly, through the judgment and extraction of the threshold, only the recently connected remote storage device can be displayed To the user.

[0060] Step S220: Display the remote storage devices to be displayed on the remote storage display page in sequence.

[0061] Through this step, according to the time information, sort according to the principle of "recent connection-farthest connection", put the most recently connected remote storage device at the front of the display page, and put the remote storage device connected farthest on the display page The back-end of the device is convenient for users to access the recently connected remote storage device through the TV.

[0062] Step S222: Receive a second operation command from the user, where the second operation command is used to access the first remote storage device, and the first remote storage device is any one of the multiple remote storage devices.

[0063] Step S224: In response to the second operation command, automatically connect to the first remote storage device according to the device parameters of the first remote storage device.

[0064] Step S226: Determine whether the television and the first remote storage device are successful, if successful, perform step S228, otherwise, perform step S232.

[0065] Step S228: Update the access time of the first remote storage device in the history record.

[0066] After the first remote storage device is successfully connected again, the corresponding access time in the history record is modified, so that when the first remote storage device is displayed again, it will be displayed at the front of the page to facilitate user operations.

[0067] Step S230: Display the shared files in the first remote storage device.

[0068] After the remote storage device is successfully connected, the shared files are automatically displayed to the user, allowing the user to directly access the device without opening the device, reducing user operations and improving user experience.

[0069] Step S232: Create a secondary window on the remote storage display interface.

[0070] Step S234: A prompt message for prompting the user to fail to connect is displayed in the secondary window.

[0071] When the remote storage device disconnects from the network, or switches to a different local area network from the TV to connect to the network, it will cause the remote storage device to fail. If the connection to the remote storage device fails, step S232 and step S234 are used to provide the user with prompt information of the connection failure, so that the user can get feedback in time and perform other operations.

[0072] The above is the description of the processing method of the TV remote storage device provided by the present invention. The processing device for the TV remote storage device provided by the present invention will be described below. It should be noted that the device can be used to execute any of the above-mentioned processing methods for the TV remote storage device.

Example Embodiment

[0073] Example three

[0074] Corresponding to the processing method of the TV remote storage device provided in the first embodiment of the present invention, the embodiment of the present invention also provides a processing device of the TV remote storage device, which is located at one end of the TV, see image 3 , The device may include a first receiving module 310, a first response module 320, an acquisition module 330, a display module 340, a second receiving module 350, and a second response module 360.

[0075] The first receiving module 310 is configured to receive a user's first operation command, where the first operation command is used to open a remotely stored display page.

[0076] The file manager application can be set in the TV, and the file manager can access local storage, external storage, remote storage, cloud disk storage and other device information. When the user uses the remote control to operate, first move the focus to the file manager icon on the application display page and press the OK button. The first receiving module 310 receives the operation command, responds to the operation command, and then opens the file manager. The user then inputs the first operation command, for example, moves the focus to the remote storage icon and presses the OK button, and the first receiving module 310 receives the first operation command.

[0077] The first response module 320 is configured to respond to the first operation command and display the remotely stored display page.

[0078] After the first receiving module 310 receives the first operation command, the first response module 320 performs command analysis, and responds to the operation command to open the remotely stored display page.

[0079] The obtaining module 330 is used for obtaining historical records of connecting to a remote storage device.

[0080] When the user manually loads and connects to the remote storage device successfully, or the TV automatically searches for a remote storage device in the same local area network and the user manually connects successfully, the TV automatically stores the device parameters as historical records, for example, the storage device’s The device name, device type, device port number, user name, connection type, password, etc., when the remote storage display page is opened, the acquisition module 330 automatically acquires these historical records. The historical record may include a successful connection with the TV The device parameters of one or more remote storage devices.

[0081] The display module 340 is used to display one or more remote storage devices on the remote storage display page.

[0082] After the obtaining module 330 obtains the history record, the display module 340 displays the remote storage device included in the history record on the remote storage display page. Preferably, while displaying the remote storage device in the historical record, the display module 340 can also display the searched remote storage device in the same local area network. In order to distinguish the historical record from the searched remote storage device, the display module 340 can display Use different icons.

[0083] The second receiving module 350 is configured to receive a second operation command from the user, where the second operation command is used to access the first remote storage device, and the first remote storage device is any one of one or more remote storage devices.

[0084] After the display module 340 displays the remote storage device in the history to the user, when the user accesses one of the remote storage devices again (for the convenience of description, the remote storage device accessed by the user is defined as the first remote storage device in this embodiment , There is no restriction on the order of "first" here), enter the corresponding operation command. For example, the focus is moved to the icon of the first remote storage device through the direction buttons on the remote control, and then the OK button is pressed to issue a second operation command, and the second receiving module 350 receives the operation command. Among them, the first receiving module 310 and the second receiving module 350 can be implemented by the same receiving module.

[0085] The second response module 360 is configured to respond to the second operation command and automatically connect to the first remote storage device according to the device parameters of the first remote storage device.

[0086] After the second receiving module 350 receives the second operation command, the second response module 360 analyzes the command and responds to the operation command. According to the device parameters of the first remote storage device in the history record, the TV is automatically set in the background of the TV. Connect to the first remote storage device.

[0087] Using the remote storage device processing device provided in this embodiment, the device parameters of the remote storage device successfully connected to the TV are stored in the history record. When the user opens the remote storage display page, the acquisition module automatically obtains the connection to the remote storage The history record of the device, and the display module displays the remote storage device in the history record to the user. When the user accesses any of the remote storage devices, the response module calls the device parameters of the remote storage device and enables the connection in the background Process, automatically connect to the remote storage device, without the user having to input device parameters again.

[0088] Preferably, while storing the device parameters of the remote storage device in the history record, the access time of the latest access device is also stored. At the same time, an update module is set in the processing device, and after the remote storage device in the history record is automatically connected, Update the access time of the remote storage device.

[0089] Using this preferred embodiment, the corresponding access time in the history record is updated, so that the access time of the remote storage device in the history record is always in the latest access state, which facilitates the display of the device and the operation of the history record.

[0090] Further preferably, when multiple remote storage devices are included in the history record, the display module is also used to display the multiple remote storage devices in the order of access time. Taking two remote storage devices as an example, such as the second remote storage The device is one of multiple remote storage devices, and the display module includes a first acquisition submodule, a second acquisition submodule, and a first display submodule. Among them, the first acquisition sub-module is used to acquire the access time of the first remote storage device; the second acquisition sub-module is used to acquire the access time of the second remote storage device; the first display sub-module is used to obtain the access time of the first remote storage device and The access time of the second remote device displays the first remote storage device and the second remote storage device. The remote storage device with a shorter access time is displayed at the front of the page, and the remote storage device with a longer access time is displayed at the back of the page .

[0091] Using this preferred embodiment, according to the time information, sorting according to the principle of "recent connection-farthest connection", the most recently connected remote storage device is placed at the front of the display page, and the farthest connected remote storage device is placed The back end of the display page is convenient for users to access the recently connected remote storage devices through the TV, reducing user operations.

[0092] When there are a large number of remote storage devices in the history record, all remote storage devices are displayed, which is likely to cause unfriendly display of the page. To solve this problem, the display module includes a statistics submodule, an extraction submodule, and a second display Sub-module. Among them, the statistics sub-module is used to count whether the number of multiple remote storage devices is greater than the preset display threshold. If the counted number is greater than the display threshold, the extraction sub-module is used to extract the most recently accessed display from multiple remote storage devices. A threshold of remote storage devices; the second display sub-module is used to display the extracted remote storage devices.

[0093] Using this preferred embodiment, the display threshold is set. When there are too many remote storage devices stored in the history, making the display page of the remote storage device unfriendly, through the judgment and extraction of the threshold, only the recently connected remote storage device can be displayed To users, improve user experience.

[0094] Preferably, the device further includes a prompt module. After the remote storage device fails to connect, the prompt module automatically creates a secondary window on the display interface of the remote storage, and displays a message for prompting the user of the connection failure in the secondary window. Prompt information.

[0095] With this preferred embodiment, when the remote storage device disconnects from the network or switches to a local area network different from the TV to connect to the network, causing the remote storage device to fail to connect, the user is provided with a prompt message indicating the connection failure, so that the user can promptly Get feedback and proceed with other operations.

[0096] Preferably, the display module is also used to display the shared files in the remote storage device to the user after the remote storage device is automatically connected.

[0097] With this preferred embodiment, after the remote storage device is successfully connected, the shared files therein are automatically displayed to the user, allowing the user to directly access the device without opening the device, reducing user operations and improving user experience.

[0098] Preferably, the historical record is data stored in the database through android sqlite3.

[0099] By adopting this preferred embodiment, the memory occupied by the storage of historical records is small, and a high-speed response can be obtained in the process of storing and recalling historical records.

PUM

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