WO2017113593A1 - Method and apparatus for processing animation menu based on smart television - Google Patents

Abstract

Disclosed is a method for processing an animation menu based on a smart television. The method comprises: when an animation menu pushed from a cloud is detected, computing the storage space needing to be occupied by the animation menu; detecting whether an external memory is accessed; if an external memory is accessed, determining whether an available space of an internal memory is greater than or equal to the storage space needing to be occupied by the animation menu; if the available space of the internal memory is greater than or equal to the storage space needing to be occupied by the animation menu, choosing a memory order timing menu frame synthesis module to process the animation menu; and if the available space of the internal memory is smaller than the storage space needing to be occupied by the animation menu, choosing a Flash multi-memory-area synthesis module to process the animation menu. Further disclosed is an apparatus for processing an animation menu based on a smart television. By means of the present invention, the problem that a smart television with a small memory does not support an animation menu with a high frame rate pushed from a cloud can be avoided.

Description

Method and device for processing animation menu based on smart TV Technical field

The present invention relates to the field of televisions, and in particular, to a method and apparatus for processing an animation menu based on a smart television.

Background technique

At present, the application of smart TV is more and more extensive, and its functions are becoming more and more powerful. In addition to watching live programs, smart TVs can also perform functions such as on-demand, games, browsing photos, and reading documents. The cloud server pushes the animation menu to the smart TV. The smart TV first caches the animation menus in the internal memory, and then plays the cached animation menu. However, in the prior art, since the internal memory capacity of the smart TV is limited (the capacity is usually small, such as 256M), a large part of the space in the internal memory needs to be used for storing system files, and the remaining small space is stored. The animation menu pushed by the cloud server, and the animation menu pushed by the cloud server to the smart TV is usually a high frame rate animation menu. Therefore, the animation menu received from the cloud server cannot be completely saved into the internal memory, which will result in small memory. Smart TV does not support the problem of animated menus with high frame rates for cloud push.

The above content is only used to assist in understanding the technical solutions of the present invention, and does not constitute an admission that the above is prior art.

Summary of the invention

The main object of the present invention is to provide a method and a device for processing an animation menu based on a smart TV, which aims to solve the problem that the small memory smart TV does not support the animation menu with high frame rate of the cloud push in the prior art.

To achieve the above object, the present invention provides a method for processing an animation menu based on a smart TV, the method comprising:

When detecting an animation menu pushed by the cloud, calculating a storage space required for the animation menu;

Detect whether an external memory is connected;

If external memory is connected, it is determined whether the available space of the internal memory is greater than or equal to The storage space required to draw the menu;

If the available space of the internal memory is greater than or equal to the storage space required by the animation menu, selecting a memory sequential timing menu frame synthesis module to process the animation menu; the memory sequential timing menu frame synthesis module chronologically the animation menu Displayed one by one on the screen;

If the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu; wherein

The processing of the animation menu by the Flash multi-storage synthesis module includes:

The Flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area;

The Flash multi-storage synthesis module stores a portion of the video frame in the frame buffer area that is different from the video frame in the composite frame buffer area;

The Flash multi-storage synthesis module synthesizes the portions of the video frames stored in the composite frame buffer to generate a composite frame, and displays the composite frame on the screen.

Preferably, the external memory is a USB flash drive or a hard disk.

Preferably, the step of detecting whether the external memory is accessed includes:

Detecting whether the level of the external interface corresponding to the external memory is high;

If the level of the external interface corresponding to the external memory is high, it is determined that an external memory is accessed.

In addition, in order to achieve the above object, the present invention also provides a method for processing an animation menu based on a smart TV, the method comprising:

When detecting an animation menu pushed by the cloud, calculating a storage space required for the animation menu;

Detect whether an external memory is connected;

If an external memory is connected, it is determined whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu;

If the available space of the internal memory is greater than or equal to the storage space required by the animation menu, select the memory sequential timing menu frame synthesis module to process the animation menu;

If the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu.

Preferably, after the step of selecting the memory sequential timing menu frame synthesis module to process the animation menu, the method further includes:

The memory sequential timing menu frame synthesis module displays the animation menus one by one on the screen in chronological order.

Preferably, after the step of selecting the Flash multi-storage synthesis module to process the animation menu, the method further includes:

The Flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area;

The Flash multi-storage synthesis module stores a portion of the video frame in the frame buffer area that is different from the video frame in the composite frame buffer area;

The Flash multi-storage synthesis module synthesizes the portions of the video frames stored in the composite frame buffer to generate a composite frame, and displays the composite frame on the screen.

Preferably, the external memory is a USB flash drive or a hard disk.

Preferably, the step of detecting whether the external memory is accessed includes:

Detecting whether the level of the external interface corresponding to the external memory is high;

If the level of the external interface corresponding to the external memory is high, it is determined that an external memory is accessed.

In addition, in order to achieve the above object, the present invention further provides a processing device for an animation menu based on a smart TV, the device comprising:

a calculation module, configured to calculate a storage space required by the animation menu when detecting an animation menu pushed by the cloud;

a detecting module, configured to detect whether an external memory is connected;

a judging module, configured to determine, when the external memory is accessed, whether the available space of the internal memory is greater than or equal to a storage space required by the animation menu;

a selection module, configured to: when the available space of the internal memory is greater than or equal to a storage space required by the animation menu, select a memory sequential timing menu frame synthesis module to process the animation menu; and use less space available in the internal memory When the storage space required for the animation menu is occupied, select the Flash multi-storage synthesis module to process the animation menu.

Preferably, the memory sequential timing menu frame synthesis module is configured to time the animation menu The order is displayed one by one on the screen. Preferably, the flash multi-storage synthesis module is configured to sequentially store each video frame in the animation menu into each frame buffer area; and compare the difference between the video frames in the respective frame buffer areas. Storing to the composite frame buffer area; and synthesizing the portions of the video frames stored in the composite frame buffer area to generate a composite frame, and displaying the composite frame on the screen.

Preferably, the external memory is a USB flash drive or a hard disk.

Preferably, the detecting module is further configured to detect whether a level of the external interface corresponding to the external memory is a high level; if the level of the external interface corresponding to the external memory is a high level, determining the access There is external memory.

The method and device for processing the animation menu based on the smart TV of the present invention, when detecting the animation menu pushed by the cloud, calculating the storage space required by the animation menu; detecting whether an external memory is accessed; If there is an external memory, it is determined whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu; if the available space of the internal memory is greater than or equal to the storage space required by the animation menu, the memory sequential timing menu is selected. The frame synthesis module processes the animation menu; if the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu; the frame rate of the cloud-free push that the small memory smart TV does not support is avoided. High animated menu issues.

DRAWINGS

1 is a schematic flow chart of a first embodiment of a method for processing an animation menu based on a smart television according to the present invention;

2 is a schematic flow chart of a second embodiment of a method for processing an animation menu based on a smart television according to the present invention;

FIG. 3 is a schematic structural diagram of an embodiment of a processing device for an animation menu based on a smart TV according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

1 is a schematic flowchart of a first embodiment of a method for processing an animation menu based on a smart TV. The method is applied to a smart television. The method includes:

S10. When detecting the animation menu of the cloud push, calculate the storage space required for the animation menu.

The cloud server can be connected via a mobile network or the Internet to receive an animated menu from the cloud server. In this step, when detecting the animation menu of the cloud push, it is also necessary to determine whether the pushed animation menu is valid data. When the number of frames of the pushed animation menu is greater than or equal to the preset number of frames, the push is considered The animation menu is valid data; when the number of frames of the pushed animation menu is less than the preset number of frames, it is considered that the pushed animation menu is invalid data, that is, the animation menu pushed by the cloud server is an error, which is interference data. The preset number of frames can be set as needed, such as set to 10.

S20. Detect whether an external memory is connected. If an external memory is connected, step S30 is performed.

The external storage may be a USB flash drive or a hard disk or an SD card or a TF card or the like.

Whether the smart TV is connected to the external memory can be determined by reading the level of the external interface corresponding to the external memory on the smart TV. Optionally, the step of detecting whether the external memory is connected is: detecting whether the level of the external interface corresponding to the external memory is a high level; if the level of the external interface corresponding to the external memory is a high level, Then, it is determined that the external memory is accessed; if the level of the external interface corresponding to the external memory is low, it is determined that the external memory is not connected. The external interface can be a USB interface, an SD card interface, or a TF card interface. In an embodiment, when the level of the read USB interface is high, it is determined that the smart TV is connected to the USB flash drive.

S30. Determine whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu. If the available space of the internal memory is greater than or equal to the storage space required by the animation menu, perform step S40, if the internal memory If the available space is smaller than the storage space required for the animation menu, step S50 is performed.

The internal memory may be a DDR memory (Double Data Rate, Double Rate Synchronous Dynamic Random Access Memory).

In this step, calculating the required storage space of the animation menu can be calculated by reading the width and height of the single frame picture in the animation menu, and multiplying the width of the single frame by a single sheet. The size of the frame, then multiply the size of the single frame by the number of frames in the animation menu to get the animated menu The space C required to be occupied is as follows: C=w*h*t, where w represents the width of a single frame, h represents the height of a single frame, and t represents the number of frames. In an embodiment, the w is 1920, h is 1080, and t is 60. The space C required to calculate the animation menu is 118M.

In this step, the available space of the internal memory is calculated. Specifically, the total physical storage space of the internal memory and the storage space occupied by the system are first acquired, and then according to the total object storage space of the internal memory and the storage space occupied by the system. The available space D _{0 of} the internal memory is calculated and calculated by the following formula: D ₀ = D _{1 -} D ₂ , where D ₁ represents the total physical storage space of the internal memory, and D ₂ represents the storage space occupied by the system. In one embodiment, the total physical storage space of the internal memory is 128M, and the storage space occupied by the system is 60M, then the available space to the internal memory can be calculated to be 68M; in another embodiment, the total physicality of the internal memory The storage space is 512M, and the storage space occupied by the system is 60M, then the available space to the internal memory can be calculated to be 452M.

In this step, it is determined whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu to determine whether to select the memory sequential timing menu frame synthesis module or the Flash multi-storage synthesis module to process the animation menu pushed by the cloud. When the available space of the internal memory is greater than or equal to the storage space required by the animation menu, it is considered that the animation menu can be processed by the memory sequential timing menu frame synthesis module, and the available space in the internal memory is smaller than the storage space required by the animation menu. At that time, it is considered that the animation menu can be processed by the Flash multi-storage synthesis module. In an embodiment, the available space of the internal memory is 452M, and the storage space required by the animation menu is 118M, so that the available space of the internal memory is determined to be larger than the size of the animation menu, and the memory sequential timing menu frame synthesis module is selected. Process animation menus. In another embodiment, the available space of the internal memory is 68M, and the storage space required by the animation menu is 118M, that is, the available space of the internal memory is smaller than the storage space required by the animation menu, and then the Flash multi-storage is selected. The zone synthesis module processes the animation menu.

S40. Selecting a memory sequence timing menu frame synthesis module processes the animation menu.

S50. Select a Flash multi-storage synthesis module to process the animation menu.

In the above embodiment, when the animation menu of the cloud push is detected, the storage space required for the animation menu is calculated; whether the external memory is detected is detected; if the external memory is accessed, the available space of the internal memory is determined. Whether it is greater than or equal to the storage space required by the animation menu; if the available space of the internal memory is greater than or equal to the storage space required by the animation menu, then Selecting the memory sequence timing menu frame synthesis module to process the animation menu; if the available space of the internal memory is smaller than the storage space required by the animation menu, then selecting the Flash multi-storage synthesis module to process the animation menu; avoiding the small memory smart TV does not support the cloud The problem of pushing animated menus with high frame rates.

Referring to FIG. 2, FIG. 2 is a schematic flowchart diagram of a second embodiment of a method for processing an animation menu based on a smart television according to the present invention.

Based on the first embodiment of the processing method of the animation menu of the smart TV, after the step S40, the method further includes: S60, the memory sequential timing menu frame synthesizing module displays the animation menu one by one on the screen in chronological order on. After the step S50, the method further includes: S70, the flash multi-storage synthesizing module sequentially stores each video frame in the animation menu into each frame buffer area; S80, the flash multi-storage area synthesizing module The difference between the video frames in the buffer area is stored in the composite frame buffer area; S90, the Flash multi-storage area synthesizing module synthesizes the difference between the video frames stored in the composite frame buffer area to generate a composite frame. And display the composite frame on the screen.

Since the internal memory refresh screen speed is ms level, the picture refresh is frequent, and the smart TV system refreshes the screen time quickly, so the video frames saved in the internal memory can be displayed one by one on the screen. In the step S60, the memory sequential timing menu frame synthesizing module arranges the video frames in the animation menu in chronological order. If the animation menu includes 60 frames of video frames, the received animation menus are sequentially received according to the order of receiving. The video frames in the number are numbered, such as from 1 to 60, the number 1 corresponds to the first received video frame, and the number 60 corresponds to the last received video frame; after the numbering is completed, the start flag is set to 1, and then the number is The subsequent video frames are displayed one by one on the screen in chronological order.

In step S70, the flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area. For example, when the animation menu includes 60 frames of video frames, the animation menu corresponds to 60 Each frame of video buffer corresponds to one frame buffer area. For example, video frame 1 is stored in frame buffer area 1, video frame 2 is stored in frame buffer area 2, and video frame 3 is stored in frame buffer area 3. And, by analogy, the video frame 60 is stored in the frame buffer 60.

In step S80, the Flash multi-storage synthesis module stores the difference in the video frame in each frame buffer area into the composite frame buffer area, specifically, the frame buffer area 1 to the frame buffer area 60. Video frames are compared to determine the difference between each video frame, and each video frame is The difference between the parts is stored in the composite frame buffer area, that is, in this step, the red, green and blue pixel gains of the respective video frames are compared, and the difference between the red, green and blue pixel gains in each video frame is stored in the composite frame buffer. Area. The portion where the difference between the respective video frames is the portion where the difference between the red, green and blue pixel gains between the respective video frames is not zero.

Referring to FIG. 3, FIG. 3 is a schematic structural diagram of an embodiment of a processing device for an animation menu based on a smart television, which is applied to a smart television, and the device includes:

The calculating module 10 is configured to calculate a storage space required for the animation menu when detecting an animation menu pushed by the cloud;

The detecting module 20 is configured to detect whether an external memory is connected;

The determining module 30 is configured to determine, when the external memory is accessed, whether the available space of the internal memory is greater than or equal to a storage space required by the animation menu;

The selection module 40 is configured to: when the available space of the internal memory is greater than or equal to the storage space required by the animation menu, select the memory sequential timing menu frame synthesis module 50 to process the animation menu; and the available space for the internal memory is less than When the storage space required for the animation menu is occupied, the Flash multi-storage synthesis module 60 is selected to process the animation menu.

The processing device of the animation menu of the smart TV can connect to the cloud server through the mobile network or the Internet, and receive an animation menu from the cloud server. When the animation module of the cloud push is detected, the calculation module 10 also needs to determine whether the pushed animation menu is valid data. When the number of frames of the pushed animation menu is greater than or equal to the preset number of frames, the push animation is considered. The menu is valid data; when the number of frames of the pushed animation menu is less than the preset number of frames, it is considered that the pushed animation menu is invalid data, that is, the animation menu pushed by the cloud server is an error, which is interference data. The preset number of frames can be set as needed, such as set to 10.

The internal memory may be a DDR memory (Double Data Rate, Double Rate Synchronous Dynamic Random Access Memory). The external storage may be a USB flash drive or a hard disk or an SD card or a TF card or the like.

The detecting module 20 can determine whether the smart TV is connected to the external memory by reading the level of the external interface corresponding to the external memory on the smart TV. Optionally, the detecting module 20 is further configured to detect whether a level of the external interface corresponding to the external memory is a high level; if the level of the external interface corresponding to the external memory is a high level, determining that the access is External memory; if the level of the external interface corresponding to the external memory is low, it is determined that the external memory is not connected. The external interface can It is a USB interface, an SD card interface or a TF card interface. In an embodiment, when the level of the read USB interface is high, it is determined that the smart TV is connected to the USB flash drive.

The selection module 40 first calculates the storage space required for the animation menu, and can calculate by reading the width and height of the single frame image in the animation menu, and multiplying the width of the single frame by the width. Get the size of a single frame, and then multiply the size of the single frame by the number of frames in the animation menu to get the space C required for the animation menu. The specific formula is as follows: C=w*h*t, where w represents a single The width of the frame, h represents the height of a single frame, and t represents the number of frames. In an embodiment, the w is 1920, h is 1080, and t is 60. The space C required to calculate the animation menu is 118M.

The determining module 30 calculates the available space of the internal memory. Specifically, the total physical storage space of the internal memory and the storage space occupied by the system are first obtained, and then calculated according to the total object storage space of the internal memory and the storage space occupied by the system. The available space D0 of the internal memory is obtained by the following formula: D ₀ = D _{1 -} D ₂ , where D ₁ represents the total physical storage space of the internal memory, and D ₂ represents the storage space occupied by the system. In one embodiment, the total physical storage space of the internal memory is 128M, and the storage space occupied by the system is 60M, then the available space to the internal memory can be calculated to be 68M; in another embodiment, the total physicality of the internal memory The storage space is 512M, and the storage space occupied by the system is 60M, then the available space to the internal memory can be calculated to be 452M.

The determining module 30 determines whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu to determine the selected memory sequence timing menu frame synthesis module 50 or the Flash multi-storage synthesis module 60 to process the cloud-driven animation menu. When the available space of the internal memory is greater than or equal to the storage space required by the animation menu, it is considered that the animation menu can be processed by the memory sequential timing menu frame synthesis module 50, and the available space in the internal memory is smaller than that required by the animation menu. When the space is stored, it is considered that the animation menu can be processed by the Flash multi-storage synthesis module 60. In an embodiment, the available space of the internal memory is 452M, and the storage space required by the animation menu is 118M, so that the available space of the internal memory is determined to be larger than the size of the animation menu, and the memory sequential timing menu frame synthesis module is selected. 50 handles the animation menu. In another embodiment, the available space of the internal memory is 68M, and the storage space required by the animation menu is 118M, that is, the available space of the internal memory is smaller than the storage space required by the animation menu, and then the Flash multi-storage is selected. The region synthesis module 60 processes the animation menu.

Further, the memory sequential timing menu frame synthesis module 50 is configured to time the animation menu. The order is displayed one by one on the screen;

The Flash multi-storage synthesis module 60 is configured to sequentially store each video frame in the animation menu into each frame buffer area, and store the difference portion of the video frames in the respective frame buffer areas into the composite frame buffer. And synthesizing the difference between the video frames stored in the composite frame buffer area, generating a composite frame, and displaying the composite frame on the screen.

Since the internal memory refresh screen speed is ms level, the picture refresh is frequent, and the smart TV system refreshes the screen time quickly, so the video frames saved in the internal memory can be displayed one by one on the screen. The memory sequential timing menu frame synthesizing module 50 arranges each video frame in the animation menu in chronological order. If the animation menu includes 60 frames of video frames, the video frames in the received animation menu are sequentially performed in the order of receiving. The number is numbered from 1 to 60. The number 1 corresponds to the first received video frame, and the number 60 corresponds to the last received video frame. After the numbering is completed, the start flag is set to 1, and then the numbered video frame is followed. The chronological order is displayed one by one on the screen.

The flash multi-storage synthesis module 60 sequentially stores each video frame in the animation menu into each frame buffer area. For example, when the animation menu includes 60 frames of video frames, the animation menu corresponds to 60 frame buffer areas. Each frame of video frame corresponds to a frame buffer area. For example, video frame 1 is stored in frame buffer area 1, video frame 2 is stored in frame buffer area 2, video frame 3 is stored in frame buffer area 3, and so on. Video frame 60 is stored in frame buffer 60.

The flash multi-storage synthesis module 60 stores the difference in the video frames in each frame buffer area into the composite frame buffer area, specifically, compares the video frames saved in the frame buffer area 1 to the frame buffer area 60. Determining the difference between each video frame, storing the difference between the respective video frames in the composite frame buffer area, that is, in this step, comparing the red, green and blue pixel gains of the respective video frames, and each video frame The portion where the red, green, and blue pixel gains differ is stored in the composite frame buffer. The portion where the difference between the respective video frames is the portion where the difference between the red, green and blue pixel gains between the respective video frames is not zero.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims (17)

A method for processing an animation menu based on a smart TV, characterized in that the method comprises: When detecting an animation menu pushed by the cloud, calculating a storage space required for the animation menu; Detect whether an external memory is connected; If an external memory is connected, it is determined whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu; If the available space of the internal memory is greater than or equal to the storage space required by the animation menu, selecting a memory sequential timing menu frame synthesis module to process the animation menu; the memory sequential timing menu frame synthesis module chronologically the animation menu Displayed one by one on the screen; If the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu; wherein The processing of the animation menu by the Flash multi-storage synthesis module includes: The Flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area; The Flash multi-storage synthesis module stores a portion of the video frame in the frame buffer area that is different from the video frame in the composite frame buffer area; The Flash multi-storage synthesis module synthesizes the portions of the video frames stored in the composite frame buffer to generate a composite frame, and displays the composite frame on the screen. The method of processing a smart TV based animation menu according to claim 1, wherein the external memory is a USB flash drive or a hard disk. The method for processing an animation menu based on a smart TV according to claim 1, wherein the step of detecting whether an external memory is accessed comprises: Detecting whether the level of the external interface corresponding to the external memory is high; If the level of the external interface corresponding to the external memory is high, it is determined that an external memory is accessed. A method for processing an animation menu based on a smart TV, characterized in that the method comprises: When detecting an animation menu pushed by the cloud, calculating a storage space required for the animation menu; Detect whether an external memory is connected; If an external memory is connected, it is determined whether the available space of the internal memory is greater than or equal to the storage space required by the animation menu; If the available space of the internal memory is greater than or equal to the storage space required by the animation menu, select the memory sequential timing menu frame synthesis module to process the animation menu; If the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu. The method for processing an animation menu based on a smart TV according to claim 4, wherein after the step of selecting a memory sequential timing menu frame synthesis module to process the animation menu, the method further comprises: The memory sequential timing menu frame synthesis module displays the animation menus one by one on the screen in chronological order. The method for processing a smart TV-based animated menu according to claim 4, wherein after the step of selecting the Flash multi-storage synthesis module to process the animation menu, the method further comprises: The Flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area; The Flash multi-storage synthesis module stores a portion of the video frame in the frame buffer area that is different from the video frame in the composite frame buffer area; The Flash multi-storage synthesis module synthesizes the portions of the video frames stored in the composite frame buffer to generate a composite frame, and displays the composite frame on the screen. The method of processing a smart TV based animation menu according to claim 4, wherein the external memory is a USB flash drive or a hard disk. The method for processing an animation menu based on a smart TV according to claim 4, wherein the step of detecting whether the external memory is accessed comprises: Detecting whether the level of the external interface corresponding to the external memory is high; If the level of the external interface corresponding to the external memory is high, it is determined that an external memory is accessed. The method for processing an animation menu based on a smart TV according to claim 8, wherein after the step of selecting a memory sequential timing menu frame synthesis module to process the animation menu, the method further comprises: The memory sequential timing menu frame synthesis module displays the animation menus one by one on the screen in chronological order. The method for processing a smart TV-based animated menu according to claim 8, wherein after the step of selecting the Flash multi-storage synthesis module to process the animation menu, the method further comprises: The Flash multi-storage synthesis module sequentially stores each video frame in the animation menu into each frame buffer area; The Flash multi-storage synthesis module stores a portion of the video frame in the frame buffer area that is different from the video frame in the composite frame buffer area; The Flash multi-storage synthesis module synthesizes the portions of the video frames stored in the composite frame buffer to generate a composite frame, and displays the composite frame on the screen. A processing device for an animated menu based on a smart TV, characterized in that the device comprises: a calculation module, configured to calculate a storage space required by the animation menu when detecting an animation menu pushed by the cloud; a detecting module, configured to detect whether an external memory is connected; a judging module, configured to determine, when the external memory is accessed, whether the available space of the internal memory is greater than or equal to a storage space required by the animation menu; Selecting a module for the available space in the internal memory to be greater than or equal to the animation menu required When the storage space is occupied, the memory sequential timing menu frame synthesis module is configured to process the animation menu; and when the available space of the internal memory is smaller than the storage space required by the animation menu, the Flash multi-storage synthesis module is selected to process the animation menu. . The processing device of the smart TV based animation menu according to claim 11, wherein the memory sequential timing menu frame synthesizing module is configured to display the animation menus one by one on the screen in chronological order. The processing device of the smart TV-based animation menu according to claim 11, wherein the Flash multi-storage synthesis module is configured to sequentially store each video frame in the animation menu into each frame buffer area. And storing, in the composite frame buffer area, a portion of the video frame in the frame buffer area; and synthesizing the difference between the video frames stored in the composite frame buffer area to generate a composite frame, And displaying the composite frame on the screen. A processing apparatus for an animation menu based on a smart TV according to claim 11, wherein said external memory is a USB flash drive or a hard disk. The apparatus for processing an animation menu based on a smart TV according to claim 11, wherein the detecting module is further configured to detect whether a level of an external interface corresponding to the external memory is a high level; When the level of the external interface corresponding to the external memory is high, it is determined that the external memory is connected. The processing apparatus of the smart TV based animation menu according to claim 15, wherein the memory sequential timing menu frame synthesizing module is configured to display the animation menus one by one on the screen in chronological order. The apparatus for processing an animation menu based on a smart TV according to claim 15, wherein the flash multi-storage synthesis module is configured to sequentially store each video frame in the animation menu into each frame buffer area. And storing, in the composite frame buffer area, a portion of the video frame in the frame buffer area; and synthesizing the difference between the video frames stored in the composite frame buffer area to generate a composite frame, And displaying the composite frame on the screen.

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