TWI599214B - Panoramic video playing system and switching method thereof - Google Patents

Description

Switching system and switching method for playing panoramic image

The present invention relates to an image switching system and a switching method, and more particularly to a switching system and a switching method for playing a 2D panoramic image and a 3D playing panoramic image.

With the advent of the digital age and the rise of Internet streaming audio and video platforms, the demand for multiple visual experiences of video and audio is increasing. The panoramic image may include a three-dimensional (3D) panoramic image having a 360° or 720° panoramic view, or may be a two-dimensional (2D) panoramic image compressed into a plane. The current panoramic image is a different angle of the image taken by various lenses, and is processed by a post-production splicing process to form a panoramic image or a panoramic film without a blind spot, and is outputted to the audio and video platform through the network stream.

However, the current video playback software cannot simultaneously include formats compatible with 3D panoramic images and 2D panoramic images. Therefore, if the user wants to switch between different panoramic image formats when viewing the movie, a new video playback software needs to be opened, which causes a problem of delayed playback between the image and the image, and reduces the quality of the viewing.

The technical problem to be solved by the present invention is to provide a switching system and a switching method for playing a panoramic image according to the deficiencies of the prior art. When switching between two consecutive instant playing images, one of the consecutive Instantly playing at least one segment of the image of the instant play buffer image to fill the delay period generated when switching between two consecutive instant play images, thereby solving the delay problem generated when switching different instant images.

In order to solve the above technical problem, one of the technical solutions adopted by the present invention A method for switching a panoramic image is provided, comprising: providing a real-time video source, including a first continuous live playing image, a second continuous live playing image, and capturing from the first continuous live playing image. The instant play buffer image of the compressed at least one first segment and the instant play buffer image of the at least one second segment captured from the second consecutive live play image; the first through the playback module a play mode to receive and play the first continuous live play image; receiving the first switching command to switch the play module from the first play mode to the second play mode, and the second continuous live play image cannot be played immediately The first delay time segment, wherein, after the first play mode is switched to the second play mode, the second play mode of the play module first plays the at least one second segment of the instant play buffer image to fill the first delay time segment, and then Continuously playing the second continuous instant play image; and receiving the second switching instruction to cut the play module from the second play mode Up to the first play mode, and generating a second delay period in which the first continuous live play image cannot be played immediately, wherein after the second play mode is switched to the first play mode, the first play mode of the play module is played at least first A first segment of the instant play buffer image is used to fill the second delay period, and then the first continuous live play image is continuously played.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a switching system for playing a panoramic image, which includes: a real-time video source, a storage module, and a playing module. The instant video source includes a first continuous live play image, a second continuous live play image, an instant play buffer image of at least one first segment captured from the first continuous live play image, and a second The instant playback buffer image of the at least one second segment captured and compressed in the two consecutive live playback images; the storage module is coupled to the instant video source, wherein the storage module provides a temporary storage area for temporarily And storing a real-time video source; and a playing module coupled to the storage module to provide a first play mode and a second play mode. The play module receives the first switching instruction to switch from the first play mode to the second play mode, and generates a second image that cannot play the second consecutive live play image immediately. a delay period, wherein, after the first play mode is switched to the second play mode, the second play mode of the play module first plays the at least one second segment of the instant play buffer image to fill the first delay period, and then continues to play a second consecutive live playback image; wherein the second switching instruction is received, so that the playback module is switched from the second playback mode to the first playback mode, and the second delayed delay segment that cannot play the first consecutive live playback image is generated immediately After the second play mode is switched to the first play mode, the first play mode of the play module first plays the at least one first segment of the instant play buffer image to fill the second delay period, and then continues to play the first continuous Instant play image.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a method for switching a panoramic image, which includes: providing a real-time video source having a first continuous live playing image and a second continuous Instantly playing the image; temporarily storing the first continuous live playing image and the second consecutive instant playing image in the temporary storage area of the storage module; during the playing period, using the playing module to play the first temporary storage area The continuous playing image is displayed, wherein during the playing period, the playing module accepts and compresses the predetermined length image of the second consecutive instant playing image to form the instant playing buffer image of the segment; according to the switching instruction, In order to enable the playback module to switch from playing the first continuous live playback image to the live playback buffer image of the playback segment; and after the playback of the segmented instant playback buffer image is finished, the second continuous instant playback image is connected to the instant playback buffer image. Play.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a switching system for playing a panoramic image, which includes: a real-time video source, a storage module, and a playing module. The instant video source has a first continuous live play image and a second continuous live play image; the storage module is coupled to the instant video source, wherein the storage module provides a temporary storage area for temporarily storing the first continuous instant Playing the image and the second continuous instant playing image; and the playing module coupled to the storage module to play the first continuous instant playing temporarily stored in the temporary storage area The image capture module receives and compresses a predetermined length of the second consecutive instant play image to form a live play buffer image of the clip during the playback period; the play module plays back according to the switching instruction. The first continuous instant play image is switched to the instant play buffer image of the play segment; and the instant play buffer image of the second continuous live play image is played after the end play buffer image is played.

The utility model has the beneficial effects that the switching system and the switching method for playing the panoramic image provided by the invention can pass the “first playing mode of the playing module to receive and play the first continuous instant playing image” and “play”. The module receives the first switching instruction to switch from the first playing mode to the second playing mode, and generates a first delay period that cannot play the second consecutive instant playing image immediately and the second playing mode of the playing module plays first The technical feature of the at least one second segment of the instant playback buffer image to fill the first delayed delay segment and then the second continuous live playback image is displayed, so that the first continuous live playback image and the second continuous live playback image The delay period generated when switching between the two can be filled. Thereby, the viewer does not perceive the delay between the first continuous live playing image and the second continuous live playing image, thereby improving the viewing quality.

Another advantageous effect of the present invention is the switching system and switching method for playing a panoramic image provided by the present invention, which can "play the first continuous instant playing temporarily stored in the temporary storage area by using the playing module during the playing period. """," during the playback period, the playback module accepts and compresses a predetermined length of the second consecutive live-play image for a predetermined period of time to form a live-play buffer image of the clip" and "based on the switching instruction for playback" The technical solution of switching the first continuous instant playing image to the instant playing buffer image of the playing segment, so that after the instant playing buffer video of the clip ends, the second continuous instant playing image can be connected to the instant of the clip Play buffered images for playback. Thereby, the first continuous instant play image and the second continuous live play image can be switched to each other without time difference.

For a better understanding of the features and technical aspects of the present invention, reference should be made to the detailed description and drawings of the invention.

S‧‧‧Playing system for switching panoramic images

10‧‧‧ Instant video source

1010‧‧‧The first continuous live video

1020‧‧‧Second consecutive live video playback

1030‧‧‧ Instant playback buffer image of the first clip

1040‧‧‧ Instant playback buffer image of the second clip

20‧‧‧ storage module

210‧‧‧Scratch area

30‧‧‧Playback module

3010‧‧‧First play mode

3020‧‧‧Second play mode

FIG. 1 is a functional block diagram of a switching system for playing a panoramic image according to an embodiment of the present invention.

FIG. 2 is a flowchart of a method for switching a panoramic image to be played according to an embodiment of the present invention.

FIG. 3 is a flowchart of an implementation manner of a method for switching a panoramic image according to an embodiment of the present invention.

FIG. 4 is a timing diagram of a method for switching a panoramic video playback according to an embodiment of the present invention.

The following is a description of an embodiment of the present invention relating to a "switching system and switching method for playing panoramic images" by a specific embodiment. Those skilled in the art can understand the advantages and advantages of the present invention from the contents disclosed in the present specification. effect. The present invention may be carried out or applied in various other specific embodiments, and various modifications and changes can be made without departing from the spirit and scope of the invention. In addition, the drawings of the present invention are merely illustrative and are not intended to be construed in terms of actual dimensions. The following embodiments will further explain the related technical content of the present invention, but the disclosure is not intended to limit the scope of the present invention.

Please refer to FIG. 1 to FIG. 2 at the same time. FIG. 1 is a functional block diagram of a switching system for playing a panoramic image according to the present invention, and FIG. 2 is a schematic diagram of a switching method for playing a panoramic image.

The switching system S for playing the panoramic image includes the instant video source 10, the storage module 20, and the playing module 30. The instant video source 10 includes a first continuous live play image 1010 and a second continuous live play image 1020. In addition, the instant video source 10 further includes an instant play buffer image 1030 of the at least one first segment captured from the first continuous live play image 1010 and compressed from the second consecutive live play image 1020. Extracting and compressing at least one second segment The buffered image 1040 is played.

In the above, the storage module 20 is coupled to the instant video source 10. The storage module 20 provides a temporary storage area 210 for temporarily storing the aforementioned instant video source 10. In addition, the playing module 30 is coupled to the storage module 20 for providing the first playing mode 3010 and the second playing mode 3020, and respectively accepting the first switching instruction and the second switching instruction to be in the first playing mode 3010 and Switching between the second play modes 3020.

As shown in FIG. 2, the following describes a flow of a method for switching a panoramic image by using a switching system S for playing a panoramic image, which includes at least the following steps:

Step S201: providing a real-time video source 10, including a first continuous live play image 1010, a second continuous live play image 1020, and at least one captured from the first continuous live play image 1010 and compressed. A segment of the instant play buffer image 1030 and the instant play buffer image 1040 of the at least one second segment captured from the second consecutive live play image 1020.

Step S202: The first continuous play image 1010 is received and played by the first play mode 3010 of the play module 30.

Step S203: The first switching instruction is received, so that the playing module 30 is switched from the first playing mode 3010 to the second playing mode 3020, and the first delay time segment in which the second consecutive instant playing image 1020 cannot be played immediately is generated. After the first play mode 3010 is switched to the second play mode 3020, the second play mode 3020 of the play module 30 first plays the at least one second clip of the instant play buffer image 1040 to fill the first delay period, and then continues to play. Two consecutive instant play images 1020.

Step S204: The second switching instruction is received, so that the playing module 30 is switched from the second playing mode 3020 to the first playing mode 3010, and a second delay time segment in which the first continuous instant playing image 1010 cannot be played immediately is generated. After the second play mode 3020 is switched to the first play mode 3010, the first play mode 3010 of the play module 30 first plays the at least one first clip of the instant play buffer image 1030 to fill the second delay period, and then continues to play the first play mode 3010. A continuous instant play image 1010.

In detail, first, it can be provided by the switching system S that plays the panoramic image. Instant video source 10. The instant video source 10 can include any instant video provided through a network streaming platform, or through a video file input from an external storage medium. In an embodiment of the invention, the instant video source 10 includes a first continuous live play image 1010 and a second continuous live play image 1020. In addition, the first continuous live play image 1010 is captured and compressed to obtain at least one first clip of the instant play buffer image 1030. Similarly, the second continuous live play image 1020 is extracted and compressed. In order to obtain at least one second segment of the instant play buffer image 1040.

In addition, the switching system S for playing the panoramic image transmits the instant video source 10 through the storage module 20, that is, the first continuous instant playing image 1010, the second continuous instant playing image 1020, and the at least one first segment of the instant playing. The buffered image 1030 and the at least one second segment of the instant play buffer image 1040 are temporarily stored in the temporary storage area 210.

Next, the playback module 30 of the switching system S that plays the panoramic video receives the playback command from the outside and starts playing the video. The play module 30 of the switching system S for playing panoramic images of the present invention provides a first play mode 3010 and a second play mode 3020.

In detail, after receiving the play command from the outside, in the first play mode 3010 of the play module 30, the play module 30 accepts and plays the first continuous live play image 1010. At this time, the second play mode 3020 of the play module 30 can play the at least one second clip of the instant play buffer image 1040 in advance, or play simultaneously with the period of the first play mode 3010. In other words, when the first play mode 3010 continues, the second play mode 3020 can also continue to play the at least one second clip of the instant play buffer image 1040. As usual, when the playback module 30 receives the first switching command and wants to switch from the first playback mode 3010 to the second playback mode 3020, a first delay period in which the second consecutive live playback video 1020 cannot be played immediately will be generated. . However, since the playing module 30 of the switching system S for playing the panoramic image of the present invention has previously made the second playing mode during the playing of the first playing mode 3010. The 3020 first plays the at least one second segment of the instant play buffer image 1040 such that the first delay period can be filled by the at least one second segment of the instant play buffer image 1040. Moreover, after the play module 30 switches from the first play mode 3010 to the second play mode 3020 through the first switching instruction, since the first delay period has been filled by the at least one second segment of the instant play buffer image 1040, The second continuous live play image 1020 is continuously played. In short, the second play mode 3020 is played during the playing of the first play mode 3010 to play the at least one second play instant play buffer image 1040 to fill the first delay time segment, so that the first continuous live play image 1010 Switching between the second consecutive live play image 1020 does not cause a delay.

As described above, the playing module 30 of the switching system S that plays the panoramic image at this time provides the second playing mode 3020 and plays two consecutive instant playing images 1020. At this time, the playing module 30 of the switching system S that plays the panoramic image further receives a second switching instruction to switch the playing module 30 from the second playing mode 3020 to the first playing mode 3010. Similarly, when the second play mode 3020 is to be switched to the first play mode 3010, a second delay period in which the first consecutive live play image 1010 cannot be played immediately is also generated. As described above, since the playing module 30 of the switching system S for playing the panoramic image is in the second playing mode 3020, the first playing mode 3010 has played the at least one first segment of the instant playing buffer image 1030 at the same time or in advance. Therefore, the instant play buffer image 1030 of the at least one first segment is used to fill the second delay period, so that the play module 30 can continuously play the first continuous live play image 1010. As a result, the switching between the first continuous live play image 1010 and the second continuous live play image 1020 does not cause a delay.

It is to be noted that the first continuous live play image 1010 of the present invention may be one of a continuous 2D live play image and a continuous 3D live play image, and the second continuous live play image 1020 may also be The other is a continuous 2D live play image and a continuous 3D live play image. In other words, the switching system S for playing panoramic images of the present invention can be applied to play continuous Switching between 2D live play images and continuous 3D live play images.

Please refer to FIG. 3 and FIG. 4. FIG. 3 is a flowchart of an embodiment of the present invention; FIG. 4 is a timing diagram of a method for switching a panoramic image according to the present invention. In the following, the switching system and the switching method for playing the panoramic image of the present invention will be described in detail through the implementation of the continuous 2D instant playing image and the continuous 3D instant playing image. A flow of an embodiment of the method for switching a panoramic image of the present invention includes at least the following steps: Step S301: providing a real-time video source 10 having a first continuous live play image 1010 and a second continuous live play image 1020.

Step S302: The first continuous live play image 1010 and the second consecutive live play image 1020 are temporarily stored in the temporary storage area 210 of the storage module 20.

Step S303: During the playing period, the first continuous live playing image 1010 temporarily stored in the temporary storage area 210 is played by using the playing module 30, wherein the playing module 30 accepts and compresses every predetermined time period during the playing period. The second continuous instant playback of the image of the predetermined length of the image 1020 to form an instant play buffer image of the segment.

Step S304: According to the switching instruction, the playing module 30 switches from playing the first consecutive instant playing image 1010 to the instant playing buffer image of the playing segment.

Step S305: After the playback of the instant play buffer image of the segment ends, the second continuous live play image 1020 continues to play the instant play buffer image of the segment.

The following is a detailed example of a continuous 2D instant play image and a continuous 3D live play image.

First, an instant video source 10 is provided in the switching system S that plays the panoramic image. The instant video source 10 is a continuous 2D live play image and a continuous 3D live play image. The continuous 2D live play image and the continuous 3D live play image are temporarily stored in the temporary storage area 210 of the storage module 20 by the storage module 20 in the switching system S for playing the panoramic image.

Referring to FIG. 4 at the same time, the following is an example of switching from a continuous 2D instant play image to a continuous 3D live play image. When switching the panoramic image switching system S Upon receiving a 2D video playback command from an external (eg, user), the system plays a continuous 2D live playback image temporarily stored in the temporary storage area 210 through the playback module 30. The playback module 30 accepts and compresses the continuous 3D live playback image every predetermined period of time during the playback of the internal video program of the switching system S for playing the panoramic image during the playback of the continuous 2D live playback image by the playback module 30. A predetermined length of image to form a 3D live play buffer image of the clip. The predetermined time may be 1 to 10 seconds, and the predetermined length image may be 2 to 5 seconds. In other words, when the playback module 30 is playing a continuous 2D live play image, the playback module 30 accepts and compresses the unplayed continuous 3D live play image by about 2 to 5 every 1 to 10 seconds. The length of the movie in seconds, so that the length of the movie can form a 3D live play buffer image of the clip. Therefore, when the play module 30 plays a continuous 2D live play image, the 3D instant play buffer image of the compressed continuous 3D live play image segment of the predetermined length image is simultaneously at each time point. It is worth noting that the predetermined time period and the time of the predetermined length of image can be adjusted according to actual needs. In the present embodiment, the preferred predetermined time period is 1 second, and the predetermined length image is 3 seconds, but is not limited thereto. That is to say, in the embodiment, when the playing module 30 is playing a continuous 2D instant playing image, the playing module 30 accepts and compresses the unplayed continuous 3D live playing image every 1 second. A predetermined movie length of 3 seconds, such that the predetermined movie length can form a 3D live play buffer image of the clip. As can be seen from FIG. 4, on the playing time axis of the instant video source 10, when consecutive 2D live playing images are played, the time point of each second has a starting time from the number of seconds and a length of 3 A 3D instant play buffered image of a segment of seconds.

As described above, the switching system S for playing the panoramic image is further switched from playing the continuous 2D live playing image to the 3D instant playing buffer image of the segment according to the switching instruction. Since the playback module 30 already contains the continuous 2D live play image being played and the 3D instant play buffer image of the pre-buffered clip in 3 seconds at each second time, when the switch command is issued from the outside, the play is played. The module 30 switches from the continuous 2D instant play image to the 3D instant play buffer image of the segment of the continuous 3D instant play image, and waits for the 3D instant play buffer image of the clip to end after playing, and immediately continues to play the original uncompressed continuous image. 3D instant play image. As shown in FIG. 4, it is assumed that when the switching instruction is issued at t=t ₄ , the play module 30 plays the 3D instant play buffer image of the clip buffered from t=t ₄ at t=t ₅ , and then after t=t _{At 7} o'clock, continuous 3D live playback images are played.

On the other hand, the switching mode for switching from a continuous 3D live play image to a continuous 2D live play image is also the same. In detail, first, when the switching system S that plays the panoramic image receives a 3D video playback command from the user, the system plays the continuous 3D live playing image temporarily stored in the temporary storage area 210 through the playing module 30. During the playing of the continuous 3D live playing image by the playing module 30, the playing module 30 accepts and compresses one of the consecutive 2D instant playing images every predetermined period of time by playing the internal software program of the switching system S for playing the panoramic image. A predetermined length of image to form a 2D live play buffer image of the clip. Similarly, the predetermined time period is 1 second, and the predetermined length image is 3 seconds. That is to say, in the embodiment, when the playing module 30 is playing a continuous 3D instant playing image, the playing module 30 accepts and compresses the unplayed continuous 2D live playing image every 1 second. A movie segment having a predetermined movie length starting from the second of 3 seconds to form a 2D live play buffer image of the segment. In this way, on the time axis of playing the instant video source 10, when consecutive 3D instant play images are played, the time of each second has a 2D instant play of the clip starting from the number of seconds and having a length of 3 seconds. Buffer images.

As described above, the switching system S for playing the panoramic image is further switched from the continuous 3D live playing image to the 2D instant playing buffer image of the clip according to the switching instruction. Since at each second time, the play module 30 already contains the continuous 3D live play image being played and the 2D instant play buffer image of the pre-buffered clip in 3 seconds. Therefore, when the switching instruction is issued from the outside, the playing module 30 switches from the continuous 3D instant playing image to the 2D instant playing buffer image of the clip, and waits for the 2D instant playing buffer image of the clip to end after playing. Continue to play a continuous 2D live playback image that was originally uncompressed. Thereby, the switching between the continuous 2D instant play image without delay and the continuous 3D live play image is completed.

It is worth mentioning that the playing module 30 of the switching system S for playing panoramic images of the present invention may be a video platform that is streamed through a wired or wireless network. When the playing module 30 is a video platform that is streamed through the network, the playing module 30 receives the first continuous instant playing image 1010 and the second continuous instant playing image 1020 from the instant video source 10 through the network. The playback module 30 needs to accept and compress the predetermined length of the second consecutive instant play image 1020 to form the instant play buffer image of the clip while playing the first continuous live play image 1010, in order to reduce the transmission of the audio and video data through the network. The occupied bandwidth, the clip's instant play buffer image can have a smaller resolution. And vice versa, when the playing module 30 plays the second consecutive instant playing image 1020, and needs to accept and compress the predetermined length image of the first continuous instant playing image 1010 to form a short-playing video buffer of the clip, the clip Instant playback of buffered images can have less resolution. Moreover, the resolution of the instant play buffer image of the clip is less than the resolution of the instant video source 10.

In summary, the present invention provides a switching system S and a switching method for playing a panoramic image, which can pass the first playing mode 3010 of the playing module 30 to receive and play the first continuous. The instant playback image 1010", "the playback module 30 receives the first switching command to switch from the first playback mode 3010 to the second playback mode 3020, and generates a first delay period in which the second consecutive live playback video 1020 cannot be played immediately. And the technical feature of the second playback mode 3020 of the playback module 30 playing the at least one second-segment instant play buffer image 1040 to fill the first delayed delay segment and then playing the second continuous live playback image 1020. The delay period generated when switching between the first continuous live play image 1010 and the second continuous live play image 1020 can be filled. Thereby, the viewer does not perceive the delay between the first continuous live play image 1010 and the second continuous live play image 1020, thereby improving the viewing quality.

Another advantageous effect of the present invention is that the switching system S and the switching method for playing a panoramic image provided by the present invention can be used to play the first continuous temporary storage area 210 by using the playing module 30 during the playing period. The instant play image 1010", "during the playback period, the playback module accepts and compresses the predetermined length of the second consecutive live play image 1020 to form the instant play buffer image of the clip" and "switch according to the switch. The instruction is to enable the playback module 30 to switch from playing the first consecutive live play image 1010 to the instant play buffer image of the play segment, so that after the end play buffer video playback ends, the second continuous instant The play image 1020 can play the instant play buffer image of the contiguous segment. Thereby, the first continuous live play image 1010 and the second continuous live play image 1020 can be switched to each other without time difference.

The above disclosure is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, any equivalent technical changes made by using the present specification and the contents of the drawings are included in the application of the present invention. Within the scope of the patent.

The specified representative diagram is a flow chart, so no symbolic simple explanation

Claims (10)

A method for switching a panoramic image, comprising: providing a real video source, the instant video source comprising a first continuous live play image, a second continuous live play image, and the first continuous instant play Instant play buffer image of at least one first segment captured and compressed in the image and instant play buffer image of at least one second segment captured from the second consecutive live play image Receiving and playing the first continuous live play image through a first play mode of a play module; receiving a first switching instruction to switch the play module from the first play mode to In the second play mode, a first delay period that cannot play the second consecutive live play image is generated, wherein the play is performed after the first play mode is switched to the second play mode. The second play mode of the module first plays at least one instant play buffer image of the second segment to fill the first delay period, and then continues to play the broadcast a second consecutive instant playing image; and receiving a second switching instruction to cause the playing module to switch from the second playing mode to the first playing mode, and the first continuous image cannot be played immediately a second delay period of the instant playback image, wherein the first play mode of the play module first plays at least one of the first segments after the second play mode is switched to the first play mode The instant play buffer image is used to fill the second delay period, and then the first continuous live play image is continuously played. The method for switching a playback panoramic image according to claim 1, wherein the first continuous live playback image is one of a continuous 2D live playback image and a continuous 3D instant playback image, and the The second consecutive The play image is the other of the continuous 2D live play image and the continuous 3D live play image. A switching system for playing a panoramic image, comprising: a real-time video source, the instant video source comprising a first continuous live playing image, a second continuous live playing image, and the first continuous live playing image a live play buffer image of the at least one first segment captured and compressed, and an instant play buffer image of the at least one second segment captured from the second consecutive live play image; And a storage module coupled to the instant video source, wherein the storage module provides a temporary storage area for temporarily storing the instant video source; and a playback module coupled to the storage module The storage module is configured to provide a first play mode and a second play mode, wherein the play module receives a first switching command to switch from the first play mode to the second play mode, And generating a first delay period that cannot play the second consecutive live play image immediately, wherein, after the first play mode is switched to the second play mode, the The second play mode of the release module first plays the at least one instant play buffer image of the second segment to fill the first delay period, and then continues to play the second continuous live play image; wherein, receiving a second switching instruction, so that the playing module switches from the second playing mode to the first playing mode, and generates a second delay period that cannot play the first continuous live playing image immediately. After the second play mode is switched to the first play mode, the first play mode of the play module first plays at least one instant play buffer image of the first segment to fill the first play mode. After the second delay period, the first continuous instant play image is continuously played. The switching system for playing a panoramic image according to claim 3, wherein the first continuous live playing image is one of a continuous 2D instant playing image and a continuous 3D instant playing image, and the The second consecutive live play image is the other of the continuous 2D live play image and the continuous 3D live play image. A method for switching a panoramic image, comprising: providing a real video source having a first continuous live playing image and a second continuous instant playing image; and the first continuous instant playing image and the The second consecutive live play image is temporarily stored in a temporary storage area of a storage module; during a play period, the first continuous live play image temporarily stored in the temporary storage area is played by using a play module. The playback module accepts and compresses a predetermined length of the second consecutive live play image to form a segment of the instant play buffer image during each of the predetermined periods of time during the playing period; a switching instruction for the playback module to switch from playing the first consecutive live play image to playing the instant play buffer image of the segment; and after the end play buffer video playback of the segment ends, the first Two consecutive instant play images are connected to the instant play buffer image of the clip for playing. The method for switching a playback panoramic image according to claim 5, wherein the first continuous live playback image is one of a continuous 2D live play image and a continuous 3D live play image, and the The second consecutive live play image is the other of the continuous 2D live play image and the continuous 3D live play image. a method for switching a panoramic image to be played as described in claim 5, wherein the segment The resolution of the instant play buffer image is lower than the resolution of the instant video source, the predetermined time period is 1 to 10 seconds, the predetermined length image is 2 to 5 seconds, and the play module is a through network. Road streaming audio and video platform. A switching system for playing a panoramic image, comprising: a real-time video source having a first continuous live playing image and a second continuous live playing image; a storage module coupled to the instant video source The storage module provides a temporary storage area for temporarily storing the first continuous live play image and the second continuous live play image; and a play module coupled to the The storage module is configured to play the first continuous live play image temporarily stored in the temporary storage area; wherein, during the playing period, the play module accepts and compresses the predetermined time period a second continuous image of a predetermined length of the live view image to form a segment of the instant play buffer image; wherein the play module switches from playing the first continuous live play image to playing according to a switching instruction Instantly playing the buffered image of the segment, and after the instant playing buffer image of the segment ends playing, the second continuous live playing image continues the segment Play the buffer video playback. The switching system for playing a panoramic image according to claim 8, wherein the first continuous live playing image is one of a continuous 2D instant playing image and a continuous 3D instant playing image, and the The second consecutive live play image is the other of the continuous 2D live play image and the continuous 3D live play image. The switching system for playing a panoramic image according to claim 8, wherein the resolution of the instant play buffer image of the segment is lower than the resolution of the instant video source The predetermined time period is 1 to 10 seconds, the predetermined length image is 2 to 5 seconds, and the playing module is a video platform that is streamed through the network.