CN106502532A

CN106502532A - Command processing method and device based on time shaft

Info

Publication number: CN106502532A
Application number: CN201610913683.9A
Authority: CN
Inventors: 郝思涵; 高斯太; 李飞云; 胡纯冬
Original assignee: Beijing Xiaomi Mobile Software Co Ltd
Current assignee: Beijing Xiaomi Mobile Software Co Ltd
Priority date: 2016-10-19
Filing date: 2016-10-19
Publication date: 2017-03-15
Anticipated expiration: 2036-10-19
Also published as: CN106502532B

Abstract

The disclosure is directed to the command processing method and device based on time shaft.The method includes：Receive the video navigation operation of the video playback interface input for intermittent video；Determine that video navigation operates corresponding time shaft to be automatically brought into operation instruction；Instruction is automatically brought into operation according to time shaft to be automatically brought into operation the time shaft in video playback interface, to be automatically brought into operation each video segment in intermittent video.The technical scheme, when video navigation operation is received, can determine that the video navigation operates corresponding time shaft to be automatically brought into operation instruction, further it is automatically brought into operation instruction according to time shaft to be automatically brought into operation the time shaft in the video playback interface, to realize on the basis of user operation is reduced, operation to time shaft can be automatically performed by input video navigation operation, and then realize being automatically brought into operation each video segment in the intermittent video, so as to improve the operating efficiency of the operating efficiency to time shaft and intermittent video.

Description

Command processing method and device based on time shaft

Technical field

It relates to video technique field, more particularly to the command processing method and device based on time shaft.

Background technology

At present, due to monitoring the empty video-frequency band of presence in class intermittence video, thus in order in broadcasting monitoring class interval During property video, sky video-frequency band can be fast skipped, the feature of the time shaft in broadcast interface is time schedule bar slidably time The playing progress rate mark arranged on progress bar is immovable, so if the user desired that playing out operation to the intermittent video, Certain video segment in the intermittent video or the skip forward/back intermittent video is such as jumped to, this can be manually pinned Slidably time schedule bar on time shaft, so slide manually this slidably time schedule bar realizing, and this by hand Dynamic slip realizes the mode of vision operation, it is clear that increased the operating burden of user so that the operation and video for time shaft Operation is not intelligent enough.

Content of the invention

The embodiment of the present disclosure provides command processing method and device based on time shaft.The technical scheme is as follows：

According to the first aspect of the embodiment of the present disclosure, there is provided a kind of command processing method based on time shaft, including：

Receive the video navigation operation of the video playback interface input for intermittent video；

Determine that the video navigation operates corresponding time shaft to be automatically brought into operation instruction；

Instruction is automatically brought into operation according to the time shaft to be automatically brought into operation the time shaft in the video playback interface, with Each video segment in the intermittent video is automatically brought into operation, wherein, each video segment includes at least one non-NULL Across empty video segment between video segment, and at least one non-NULL video segment, and the time shaft is used for table Levy the playing progress rate of each video segment.

In one embodiment, the time shaft includes：Slidably time schedule bar, on the slidably time schedule bar Playing progress rate mark is provided with, wherein, the playing progress rate mark is being used for showing in the display screen at the video playback interface Display location be fixed, and

The slidably time schedule bar when being slided, the variant video segment can successively with the playing progress rate Mark alignment, and work as in the variant video segment that arbitrary play position was entered in the slidably time in arbitrary video segment Position on degree bar is identified to punctual with the playing progress rate, commences play out arbitrary piece of video from arbitrary play position Section.

In one embodiment, the two ends of the time shaft are provided with navigation identification；

Described determine that the video navigation operates corresponding time shaft to be automatically brought into operation instruction, including：

Determine the pointed target navigation mark of the video navigation operation；

Identified according to video navigation operation and the target navigation, determine that the time shaft is automatically brought into operation instruction, its In, video navigation operation include following at least one：Click on the target navigation mark and press the target navigation mark Know, the target navigation mark includes：Arbitrary mark in the navigation identification.

In one embodiment, when video navigation operation includes that clicking on the target navigation identifies, the basis The video navigation operation and the target navigation are identified, and determine that the time shaft is automatically brought into operation instruction, including：

According to the number of times and target navigation mark of clicking on the target navigation mark, determining needs to play the interval Target video fragment in property video；

Determine target location of the broadcasting starting point of the target video fragment on the slidably time schedule bar；

According to the position of the target location and playing progress rate mark on the slidably time schedule bar, determine The slidably time schedule bar needs target sliding distance and the glide direction that slides；

Described according to the time shaft be automatically brought into operation instruction the time shaft in the video playback interface is grasped automatically Make, including：

According to default gliding cable structure, by described in, slidably time schedule bar slides along the glide direction slip target Distance so that the target location is directed at the playing progress rate mark, is regarded with commencing play out the target from the broadcasting starting point Frequency fragment.

It is in one embodiment, described according to the number of times for clicking on the target navigation mark and target navigation mark, Determining needs to play the target video fragment in the intermittent video, including：

When target navigation mark includes the navigation identification of the left end of the time shaft and clicks on the navigation of the left end When the number of times of mark is N, by the pre- setting video of playing progress rate mark current alignment on the slidably time schedule bar N-th video segment before fragment is defined as the target video fragment；

When target navigation mark includes the navigation identification of the right-hand member of the time shaft and clicks on the navigation of the right-hand member When the number of times of mark is N, by the pre- setting video of playing progress rate mark current alignment on the slidably time schedule bar N-th video segment after fragment is defined as the target video fragment.

In one embodiment, when video navigation operation includes that the pressing target navigation is identified, the basis The video navigation operation and the target navigation are identified, and determine that the time shaft is automatically brought into operation instruction, including：

Identified according to the pressing information for target navigation mark and the target navigation, when described in determination slidably Between progress bar target gliding cable structure and glide direction, wherein, the pressing information include following at least one：For the mesh The pressing force of mark navigation identification and compressing time；

According to the target gliding cable structure, the slidably time schedule bar is slided automatically along the glide direction Dynamic, the intermittent video is shown with F.F. or rewind.

In one embodiment, pressing information and the target navigation mark of the basis for target navigation mark Know, determine described in slidably the target gliding cable structure of time schedule bar and glide direction, including：

When target navigation mark includes the navigation identification of left end of the time shaft, determine that the glide direction is To the right；

When target navigation mark includes the navigation identification of right-hand member of the time shaft, determine that the glide direction is To the left；And

The target gliding cable structure of slidably time schedule bar according to the pressing information determines, wherein, the pressing Power is bigger or the compressing time is longer, and the target gliding cable structure is faster.

In one embodiment, the time shaft also includes：Slidably time state hurdle, the slidably time state hurdle The top of the slidably time schedule bar is arranged on, in the slidably time state hurdle, at least one time state is provided with Mark, wherein, when arbitrary video segment in the variant video segment is played, the corresponding target of the arbitrary video segment Time state mark is in selected state, and at least one time state mark includes the object time status indicator.

According to the second aspect of the embodiment of the present disclosure, there is provided a kind of instruction processing unit based on time shaft, including：

Receiver module, for receiving the video navigation operation of the video playback interface input for intermittent video；

Determining module, for determining that the video navigation operates corresponding time shaft to be automatically brought into operation instruction；

Processing module, enters to the time shaft in the video playback interface for being automatically brought into operation instruction according to the time shaft Row is automatically brought into operation, and to be automatically brought into operation to each video segment in the intermittent video, wherein, each video segment includes Across empty video segment and described between at least one non-NULL video segment, and at least one non-NULL video segment Time shaft is used for the playing progress rate for characterizing each video segment.

The determining module includes：

First determination sub-module, for determining that the pointed target navigation of the video navigation operation is identified；

Second determination sub-module, for being identified according to video navigation operation and the target navigation, when determining described Countershaft is automatically brought into operation instruction, wherein, video navigation operation include following at least one：Click on target navigation mark and The target navigation mark is pressed, the target navigation mark includes：Arbitrary mark in the navigation identification.

In one embodiment, second determination sub-module includes：

First determining unit, for when video navigation operation includes that clicking on the target navigation identifies, according to point Number of times and the target navigation mark of the target navigation mark is hit, determining needs to play the target in the intermittent video Video segment；

Second determining unit, for determining the broadcasting starting point of the target video fragment in the slidably time schedule bar On target location；

3rd determining unit, for entering in the slidably time according to the target location and playing progress rate mark Position on degree bar, determines that the slidably time schedule bar needs target sliding distance and the glide direction of slip；

The processing module includes：

First slip submodule, for according to default gliding cable structure, will described in slidably time schedule bar along the slip Slide the target sliding distance in direction so that the target location is directed at the playing progress rate mark, with from described broadcasting Point commences play out the target video fragment.

In one embodiment, first determining unit includes：

First determination subelement, for when the target navigation mark include the time shaft left end navigation identification and When the number of times for clicking on the navigation identification of the left end is N, the playing progress rate is identified on the slidably time schedule bar N-th video segment before the default video segment of current alignment is defined as the target video fragment；

Second determination subelement, for when the target navigation mark include the time shaft right-hand member navigation identification and When the number of times for clicking on the navigation identification of the right-hand member is N, the playing progress rate is identified on the slidably time schedule bar N-th video segment after the default video segment of current alignment is defined as the target video fragment.

In one embodiment, second determination sub-module includes：

4th determining unit, for when video navigation operation includes that the pressing target navigation is identified, according to pin The pressing information identified by the target navigation and target navigation mark, determine described in slidably time schedule bar target Gliding cable structure and glide direction, wherein, the pressing information include following at least one：For pressing for target navigation mark Pressure and compressing time；

The processing module includes：

Second slip submodule, for according to the target gliding cable structure, will described in slidably time schedule bar along described Glide direction is slided automatically, shows the intermittent video with F.F. or rewind.

In one embodiment, the 4th determining unit includes：

3rd determination subelement, for including the navigation identification of the left end of the time shaft when target navigation mark When, determine the glide direction for the right；

4th determination subelement, for including the navigation identification of the right-hand member of the time shaft when target navigation mark When, determine the glide direction for the left；And

5th determination subelement, for according to pressing information determination, slidably the target of time schedule bar is slided Speed, wherein, the pressing force is bigger or the compressing time is longer, and the target gliding cable structure is faster.

According to the third aspect of the embodiment of the present disclosure, there is provided a kind of instruction processing unit based on time shaft, including：

Processor；

For storing the memory of processor executable；

Wherein, the processor is configured to：

The technical scheme that embodiment of the disclosure is provided can include following beneficial effect：

The technical scheme that embodiment of the disclosure is provided, is input into the video playback interface for intermittent video is received Video navigation when operating, it may be determined that the video navigation operates corresponding time shaft to be automatically brought into operation instruction, and then according to the time Axle is automatically brought into operation instruction and the time shaft in the video playback interface is automatically brought into operation, to realize in the base for reducing user operation On plinth, the operation to time shaft can be automatically performed by input video navigation operation, and then in realizing to the intermittent video Each video segment is automatically brought into operation, so as to improve the operating efficiency of the operating efficiency to time shaft and intermittent video so that More intelligent to the operation of time shaft and the operation of intermittent video.

It should be appreciated that above general description and detailed description hereinafter are only exemplary and explanatory, not The disclosure can be limited.

Description of the drawings

Accompanying drawing herein is merged in specification and constitutes the part of this specification, shows the enforcement for meeting the disclosure Example, and the principle for being used for explaining the disclosure together with specification.

Fig. 1 is a kind of flow chart of the command processing method based on time shaft according to an exemplary embodiment.

Fig. 2 is the flow chart of another kind according to an exemplary embodiment based on the command processing method of time shaft.

Fig. 3 be according to an exemplary embodiment another based on time shaft command processing method flow chart.

Fig. 4 be according to an exemplary embodiment another based on time shaft command processing method flow chart.

Fig. 5 is the schematic diagram at the video playback interface of a kind of intermittent video according to an exemplary embodiment.

Fig. 6 is a kind of time that clicks in video playback interface as shown in Figure 5 according to an exemplary embodiment The schematic diagram of the navigation identification of left end on axle.

Fig. 7 is clicking on time shaft as shown in Figure 6 after the navigation identification of left end according to an exemplary embodiment The slidably slip result schematic diagram of progress bar.

Fig. 8 is a kind of length according to an exemplary embodiment by the time in video playback interface as shown in Figure 5 The schematic diagram of the navigation identification of left end on axle.

After Fig. 9 is the navigation identification of length according to an exemplary embodiment by left end on time shaft as shown in Figure 8 The slidably slip result schematic diagram of progress bar.

Figure 10 is a kind of block diagram of the instruction processing unit based on time shaft according to an exemplary embodiment.

Figure 11 is the block diagram of another kind according to an exemplary embodiment based on the instruction processing unit of time shaft.

Figure 12 be according to an exemplary embodiment another based on time shaft instruction processing unit block diagram.

Figure 13 be according to an exemplary embodiment another based on time shaft instruction processing unit block diagram.

Figure 14 is the block diagram suitable for the instruction processing unit based on time shaft according to an exemplary embodiment.

Specific embodiment

Here in detail exemplary embodiment will be illustrated, its example is illustrated in the accompanying drawings.Explained below is related to During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the disclosure.Conversely, they be only with as appended by The example of consistent apparatus and method in terms of some that described in detail in claims, the disclosure.

At present, due to monitoring the empty video-frequency band of presence in class intermittence video, thus in order in broadcasting monitoring class interval During property video, sky video-frequency band can be fast skipped, the feature of the time shaft in broadcast interface is time schedule bar slidably time The playing progress rate mark arranged on progress bar is immovable, so if the user desired that playing out operation to the intermittent video, Certain video segment in the intermittent video or the skip forward/back intermittent video is such as jumped to, this can be manually pinned Slidably time schedule bar on time shaft, so slide manually this slidably time schedule bar realizing, and this by hand Dynamic slip realizes the mode of vision operation, it is clear that increased the operating burden of user so that the operation and video for time shaft Operation is not intelligent enough；

In addition, when certain video segment is played, as user is often desirable to commence play out from the starting point of the video segment, this Require the video segment plays playing progress rate mark of starting point alignment slidably on time schedule bar, but user's is manual Sliding action have again randomness than larger, precision is not high enough the features such as, thus, user's slidably time on sliding time axle During progress bar, it is difficult to quickly the broadcasting starting point of video segment is slid into playing progress rate mark is directed at, it is possible that causing User slides the slidably time schedule bar repeatedly, and this obviously brings very big inconvenience to user, while reducing playing efficiency.

In order to solve above-mentioned technical problem, the embodiment of the present disclosure provides a kind of command processing method based on time shaft, During the method can be used for based on the instruction processing unit of time shaft, system or device, and the corresponding executive agent of the method can be with It is the terminals such as mobile phone, panel computer, computer.

As shown in figure 1, the method comprising the steps of S101 is to step S103：

In step S101, the video navigation operation of the video playback interface input for intermittent video is received.

Video navigation operation can be optional position or the predeterminated position at the video playback interface of the intermittent video The operation of input, can be click on action, push action, the default curve of sliding (such as " U " type curve, " D " type curve) of input Sliding action etc..

In step s 102, determine that video navigation operates corresponding time shaft to be automatically brought into operation instruction.

Wherein, due to the corresponding relation between preset in advance each navigation operation and each time shaft operational order and different Navigation operation can correspond to different time shaft operational orders, thus, when video navigation operation is received, can be according to this Corresponding relation between video navigation operation and each navigation operation and each time shaft operational order, determines that the time shaft is grasped automatically Instruct.

In step s 103, it is automatically brought into operation instruction according to time shaft to grasp automatically the time shaft in video playback interface Make, to be automatically brought into operation to each video segment in intermittent video, wherein, each video segment includes at least one non-NULL video Across empty video segment between fragment, and at least one non-NULL video segment, and time shaft is used for characterizing each video segment Playing progress rate, the time shaft in video playback interface is carried out being automatically brought into operation including：To the time shaft in video playback interface Carry out automatic slide, each video segment in intermittent video is carried out being automatically brought into operation including：Pre- from be currently played Setting video section jumps to automatically target video fragment or carries out automatically fast forward or rewind to intermittent video.

When the video navigation being input at the video playback interface received for intermittent video is operated, it may be determined that this regards The corresponding time shaft of frequency navigation operation is automatically brought into operation instruction, and then is automatically brought into operation instruction to the video playback interface according to time shaft In time shaft be automatically brought into operation, with realize reduce user operation on the basis of, by input video navigation operation The operation to time shaft is automatically performed, and then realizes being automatically brought into operation each video segment in the intermittent video, so as to carry The operating efficiency of high operating efficiency and intermittent video to time shaft so that operation and the behaviour of intermittent video to time shaft Make more intelligent.

Wherein, each video segment is included between at least one non-NULL video segment, and at least one non-NULL video segment Between represent that the intermittent video includes one or more substantial video segments across empty video segment, meanwhile, this Or between multiple substantial video segments between across several video segments without content, for example：If there is A video segments, B Video segment and C video segments, and A video segments and C video segments have a content, and B video segments are without content, then A videos The video constituted by fragment, B video segments and C video segments is intermittent video, or, if there is A video segments, B regarding Frequency fragment, and A video segments are without content, and B video segments have content, then A video segments and B video segment C video segments institute The video of composition is also intermittent video.

Secondly, at least one non-NULL video segment each non-NULL video segment can be have sound video segment or It is noiseless video segment.

In addition, this intermittent video typically monitors class video, for example：When using IP Camera to certain region When being monitored, if the function of the IP Camera is：When region someone/or object movement is monitored, bat will be started Camera shooting function may turn off shooting work(to obtain some non-NULL video segments when region someone/or object movement is not monitored Can be to obtain some contents as empty video segment, then the IP Camera is photographed in the certain period of time the region regards Frequency fragment combination is formed the intermittent video for monitoring class together.

In one embodiment, time shaft includes：Slidably time schedule bar, is slidably provided with time schedule bar solid Fixed playing progress rate mark, wherein, playing progress rate mark is being used for showing the display location in the display screen at video playback interface Be fixed, and

Slidably when being slided, variant video segment can be aligned time schedule bar successively with playing progress rate mark, and When in arbitrary video segment in variant video segment, arbitrary play position is identified to punctual with playing progress rate, from arbitrary broadcasting Position commences play out arbitrary video segment.

Due to there is some non-NULL video segments and empty video segment in discontinuity video, thus, in video playback interface Time shaft on playing progress rate mark can be fixed, and time schedule bar can be slide so that user exists When expecting to watch certain non-NULL video segment, can by be input into the operation of corresponding video navigation come slide automatically this slidably the time enter Degree bar so that variant video segment can be aligned with playing progress rate mark successively；

And the effect of playing progress rate mark is when arbitrary play position of arbitrary video segment in variant video segment When position on slidably time schedule bar is aligned with it, arbitrary video segment is commenced play out from arbitrary play position, Certainly, when arbitrary play position and the playing progress rate mark of arbitrary video segment is to punctual, playing progress rate mark may be used also To identify the corresponding concrete video playback time of the arbitrary play position (during video record as corresponding such as the arbitrary play position Between).

In addition, the playing progress rate mark is arranged on slidably time schedule bar and can be：The playing progress rate mark runs through Slidably time schedule bar (as shown in Figures 5 to 9), and the shape of playing progress rate mark can be a line, a circle Ball, a triangle etc., meanwhile, the playing progress rate mark is being used for showing the display location in the display screen at video playback interface Be fixed expression this when slidably time schedule bar slides, playing progress rate mark position on a display screen be constant, i.e., The playing progress rate mark is constant all the time relative to the display location of the display screen, always situated in predeterminated position.

For example：The playing progress rate mark in the lateral direction can be always situated in the centre position of display screen (if Fig. 5 is to figure Shown in 9, the playing progress rate is identified on the left and right directions of display screen, always situated in centre position).

Finally, the play position of each non-NULL video segment in intermittent video and empty video segment is in slidably progress bar On display mode as shown in Figures 5 to 9, in Fig. 5 to Fig. 9, slidably on progress bar show shadow region can represent Non-NULL video segment corresponding band of position on slidably progress bar, and the white space for slidably showing on progress bar can be with Represent empty video segment corresponding band of position on slidably progress bar, and slidably regarding from left to right on time schedule bar The reproduction time of frequency fragment is more and more nearer apart from current time.

As shown in Fig. 2 in one embodiment, the two ends of time shaft are provided with navigation identification.

The shape of the navigation identification can be navigational arrows, round dot etc..

Step S102 shown in above-mentioned Fig. 1 can include step A1 and step A2：

In step A1, the pointed target navigation mark of video navigation operation is determined.

In step A2, identified according to video navigation operation and target navigation, determine that time shaft is automatically brought into operation instruction, its In, video navigation operation include following at least one：Click on target navigation mark and pressing target navigation mark, target navigation mark Knowledge includes：Arbitrary mark in navigation identification.

Due to the function difference of the navigation identification at two ends, and the function of different video navigation operations is also different, thus, After determining the pointed target navigation mark of the video navigation operation, can be according to the video navigation operation and the target navigation Mark, determines that the time shaft is automatically brought into operation instruction, in order to be automatically brought into operation instruction to the time according to the time shaft afterwards Axle is automatically brought into operation, to realize, on the basis of user operation is reduced, to be automatically performed by input video navigation operation Operation to time shaft, and then realize being automatically brought into operation each video segment in the intermittent video, so as to improve to the time The operating efficiency of axle and the operating efficiency of intermittent video so that the operation to time shaft and intermittent video is more intelligent.

As shown in figure 3, in one embodiment, when video navigation operation includes that clicking on target navigation identifies, above-mentioned Fig. 2 Shown step A2 can include step B1 to step B3：

In step bl is determined., according to the number of times and target navigation mark for clicking on target navigation mark, determining needs to play interval Target video fragment in property video.

As the video segment that the corresponding needs of the different numbers of clicks navigation identification different with click are played may not With, thus, according to the target navigation mark and the number of times that the target navigation is identified is clicked on, can accurately determine that needs broadcasting should Which video segment in intermittent video, namely the target video fragment for needing to play.

In step B2, target location of the broadcasting starting point of target video fragment on slidably time schedule bar is determined.

Due to playing during video segment, commenced play out from the high order end of the video segment, thus, the target is regarded The broadcasting starting point of frequency fragment is the high order end of the target video fragment.

In step B3, according to the position of target location and playing progress rate mark on slidably time schedule bar, determine Slidably time schedule bar needs target sliding distance and the glide direction that slides.

The target sliding distance is equal to the target location with the position of the playing progress rate mark on slidably time schedule bar It is poor the distance between to put；

And when the target location is located at the left side of the display location, the glide direction is to the right, when the target location position When the right side of the display location, the glide direction is for the left.

Step S103 shown in above-mentioned Fig. 2 can include step C1：

In step C1, according to default gliding cable structure, slidably time schedule bar will slide along glide direction slip target Distance so that target location alignment playing progress rate mark, commences play out target video with the broadcasting starting point from target video fragment Fragment, the default gliding cable structure can pre-set, and can personalize, for example：The default gliding cable structure can be One fixed gliding cable structure.

After determining this slidably time schedule bar need the target sliding distance for sliding and glide direction, can be according to Default gliding cable structure, by this slidably time schedule bar slide automatically the target sliding distance along the glide direction so that target Target location of the broadcasting starting point of video segment on slidably time schedule bar is directed at the playing progress rate mark, to redirect automatically The target video fragment is commenced play out to the target video fragment and from the broadcasting starting point of the target video fragment, it is achieved thereby that Video segment is quickly redirected, while improve video playback efficiency, it also avoid needing user to slide manually repeatedly the broadcasting The target location could be directed at the playing progress rate mark by progress bar, This further reduces the operating burden of user.

In one embodiment, step B1 in above-mentioned Fig. 3 can include：

When target navigation mark includes that the number of times of the navigation identification of the navigation identification of the left end of time shaft and click left end is N When, by n-th piece of video of the playing progress rate mark on slidably time schedule bar before the default video segment of current alignment Duan Zuowei target video fragments.

The playing progress rate mark default video segment of current alignment on slidably time schedule bar is the playing progress rate The video segment corresponding to the band of position belonging to mark position currently on the slidably time schedule bar, namely no matter this is pre- In where corresponding band of position of time schedule bar alignment, the playing progress rate mark can be described as this to setting video fragment Playing progress rate mark is directed at the default video segment (as shown in figure 9, the playing progress rate is identified currently in slidably time schedule bar On position belonging to shadow positions region corresponding to video segment be the August default video segment of 23 days, thus, the broadcasting The default video segment of the current alignment of progress mark is the August video segment of 23 days).

Certainly, if the playing progress rate mark is currently directed at the most left of A video segments in slidably time schedule bar simultaneously End (i.e. the broadcasting starting point of A video segments), the low order end (i.e. the playback terminal of B video segments) of B video segments, then due to normal In broadcasting situation (impact for operating without manual slide and video navigation), slidably progress bar can slide to the left with Video segment rearward is played, thus, default video segment of the current alignment of playing progress rate mark is A video frequency bands, such as Fig. 5 With shown in Fig. 6, in fig. 5 and fig., currently " present " is directed at simultaneously as the playing progress rate is identified in slidably time schedule bar The low order end of the high order end of this video segment and August this video segment on the 23rd, then the default video segment be " present " this Individual video segment.

When target navigation mark includes that the number of times of the navigation identification of the navigation identification of the right-hand member of time shaft and click right-hand member is N When, by n-th piece of video of the playing progress rate mark on slidably time schedule bar after the default video segment of current alignment Duan Zuowei target video fragments, wherein, the target video fragment and the default video segment may each be sky video segment or Non-NULL video segment.

According to the operating habit of user, when user clicks on the navigation identification of left end, it is usually desirable to before viewing (i.e. Reproduction time is forward) video segment, when user click on right-hand member navigation identification when, it is usually desirable to after viewing (i.e. play when Between rearward) video segment, and the reproduction time of the video-frequency band that slidably more keeps right on progress bar is more rearward, apart from current time Nearer, while different numbers of clicks can represent the different video fragment before or after user's expectation viewing again, thus, when Target navigation mark include the navigation identification of the left end of the time shaft and click on the number of times of the navigation identification of the left end for N when, The n-th of the playing progress rate mark on this slidably time schedule bar before the default video segment of current alignment can be regarded Frequency fragment as the target video fragment, similarly, when target navigation mark includes the navigation identification of the right-hand member of the time shaft And when to click on the number of times of the navigation identification of the right-hand member be N, it is also possible to by playing progress rate mark in the slidably time schedule bar N-th video segment after the default video segment of upper current alignment is used as the target video fragment.

For example：When navigation identification (such as Fig. 6) of the left end is clicked, can by playing progress rate mark this slidably when Between the 1st video segment on progress bar before the default video segment of current alignment as target video fragment, and this is default Video segment be " present " this video segment, August this video segment on the 23rd be which before 1 video segment, thus, In Fig. 6, after clicking the navigation identification of the left end, August this video segment on the 23rd will be targeted video segment, it After slidably time schedule bar automatically can will slide to the right, so as to from " present ", this video segment jumps to August 23 automatically Day this video segment, makes the high order end of August this video segment on the 23rd be directed at playing progress rate mark, as shown in fig. 7, so as to August this video segment starting point on the 23rd commences play out the video segment.

Again for example, when the navigation identification 3 times of the right-hand member is clicked on, can be by playing progress rate mark in slidably time The 3rd video segment on progress bar after the default video segment of current alignment as target video fragment, in order to afterwards Slidably time schedule bar can be slided automatically to the left, make the most left of the 3rd video segment after the default video segment Starting point alignment playing progress rate mark is played at end, so as to jumping to automatically after (reproduction time is rearward) the default video segment The 3rd video segment so that play.

Secondly, can be freely to be set according to user's request, when target navigation mark includes the navigation of the left end of time shaft When the number of times of mark and the navigation identification for clicking on left end is N, it is currently right on slidably time schedule bar that playing progress rate is identified N-th video segment after accurate default video segment is used as target video fragment；When target navigation mark includes time shaft Right-hand member navigation identification and click on right-hand member navigation identification number of times be N when, by playing progress rate mark enter in the slidably time N-th video segment on degree bar before the default video segment of current alignment is used as target video fragment.

Further, since empty video segment does not have a content, user generally it is not expected that see, thus, empty in order to avoid playing Video segment, the n-th video segment can be playing progress rate mark on slidably time schedule bar current alignment pre- N-th non-NULL video segment before/after setting video fragment, so as to avoid playing user it is not expected that the empty piece of video of viewing Section.

As shown in figure 4, in one embodiment, when video navigation operation includes that pressing target navigation identifies, above-mentioned Fig. 2 Shown step A2 can include step D1：

In step D1, according to the pressing information for target navigation mark and target navigation mark, when determining slidably Between progress bar target gliding cable structure and glide direction, wherein, pressing information include following at least one：For target navigation mark The pressing force of knowledge and compressing time.

The different navigation identification of pressing and the different pressing information for the target navigation mark can correspond to different cunnings Dynamic speed and glide direction, thus, when the pressing information and target navigation mark for the target navigation mark is determined, can To determine slidably the target gliding cable structure of time schedule bar and glide direction.

Wherein, the target gliding cable structure such as can be continually changing according to certain acceleration with right and wrong at the uniform velocity.

Above-mentioned steps S103 can include step D2：

In step d 2, according to target gliding cable structure, slidably time schedule bar will be slided along glide direction automatically, With F.F. or rewind intermittence video.

Determining the slidably target gliding cable structure of time schedule bar and during glide direction, can slide according to the target Speed, by this slidably time schedule bar rapidly slided automatically along the glide direction, with the F.F. or rewind interval Property video, so as to realize reduce user operation on the basis of, by with different pressing information according to different navigation identifications Quick sliding can be carried out to the slidably time schedule bar on the time shaft, and then realizes carrying out F.F. to the intermittent video Or fast reverse operation, so as to improve the operating efficiency of the operating efficiency to time shaft and intermittent video so as to time shaft and The operation of having a rest property video is more intelligent.

In one embodiment, step D1 in above-mentioned Fig. 4 can be performed as：

When target navigation mark includes the navigation identification of left end of time shaft, determine glide direction for the right.

When target navigation mark includes the navigation identification of right-hand member of time shaft, determine glide direction for the left.

According to the operating habit of user, when user presses the navigation identification of left end, it is usually desirable to before viewing (i.e. Reproduction time is forward) video segment, when user press right-hand member navigation identification when, it is usually desirable to after viewing (i.e. play when Between rearward) video segment, and the reproduction time of the position for slidably more keeping left on time schedule bar is more forward, the position that more keeps right The reproduction time that puts more rearward, thus, when target navigation mark include time shaft the navigation identification of left end when, user's phase is described Hope viewing before video segment, so, in order to allow users to watch before video segment, the glide direction should be to The right side, i.e., slide to the right the slidably time schedule bar automatically, so as to rewind intermittence video is (as shown in figure 8, when user's pressing is left During the navigation identification at end, slidably time schedule bar is just slided to the right, and sliding effect is as shown in Figure 9), similarly, when target is led When the navigation identification of right-hand member for including time shaft known by navigation mark, the video segment after user's expectation viewing is described, in order that user Video segment after can watching, the glide direction should be that slide the slidably time schedule bar to the left automatically to the left, With F.F. intermittence video.

Furthermore it is also possible to freely set according to user's request, when target navigation mark includes the navigation of the left end of time shaft During mark, determine glide direction for the left；When target navigation mark includes the navigation identification of right-hand member of time shaft, determine and slide Direction is for the right.

And

According to the target gliding cable structure that pressing information determines slidably time schedule bar, wherein, pressing force is bigger or presses Time is longer, and target gliding cable structure is faster.

As different pressing information can correspond to different gliding cable structures, thus, according to for the target navigation mark Pressing information, it may be determined that the target gliding cable structure of the slidably time schedule bar, specifically, pressing force is bigger or pressing Time is longer, and the target gliding cable structure can be faster, i.e. the automatic gliding cable structure of the slidably time schedule bar is faster.

Furthermore it is also possible to according to the pressing freedom of information sets target gliding cable structure, for example：One can be arranged in advance to press Pressure information and the slidably corresponding relation between the gliding cable structure of time schedule bar, so according to the corresponding relation and pressing information The target gliding cable structure can determine that.

As shown in Figures 5 to 9, in one embodiment, time shaft also includes：Slidably time state hurdle, when slidably Between status bar be arranged on the top of slidably time schedule bar, be slidably provided with least one time state in time state hurdle Mark, wherein, when arbitrary video segment in variant video segment is played, the corresponding object time state of arbitrary video segment Mark is in selected state, and at least one time state mark includes object time status indicator, and the time state is identified and is used for Represent the corresponding time/date of each video segment, in the slidably time state hurdle in such as Fig. 5 to Fig. 9 show 21 days, 8 Months 22 days, August 23 days and be a time state mark now.

When arbitrary video segment in variant video segment is played, during target corresponding by the arbitrary video segment of control Between status indicator in selected state, user can be pointed out to be currently played arbitrary video segment, and object time state When mark is in selected state, the object time shape can be represented by showing a horizontal thick line under object time status indicator State mark is in selected state (as shown in Figures 5 to 9).

For example：(i.e. playing progress rate is identified for certain position identified in alignment August this video segment on the 23rd when playing progress rate Certain position of August this video segment on the 23rd in the corresponding band of position on slidably time schedule bar is located at, such as Fig. 9 institutes Show) when, the video at the position that is currently played in the video segment is described, further relates to be currently at broadcasting August 23 During day this video segment, so August 23 this time state mark would be at selected state, thus, in such as Fig. 9 Shown, August lower section on the 23rd can show a horizontal thick line.

In addition, the time state hurdle is slidable, this causes the user can also be by the time state hurdle that slides selecting Different time status indicator in middle time state hurdle, and any time status indicator selected when, illustrate user expect viewing The corresponding video segment of any time status indicator, thus, slidably time schedule bar can be slided therewith so that when this is arbitrary Between the corresponding video segment of status indicator be directed at playing progress rate mark, corresponding to commence play out any time status indicator Video segment, this can also facilitate user to realize quickly redirecting for video segment to a certain extent, be conducive to further improving Video playback efficiency, as shown in Figures 5 to 9, when user expects viewing August corresponding video segment on the 19th, then can be slided to the right The time state hurdle, when this time state was identified the August shown in time state hurdle on 19th, user can click on August 19 Day, this time state was identified, and the lower section of such August this time state mark on the 19th can show a horizontal thick line, to point out User chooses August this time state mark on the 19th, while slidably time schedule bar can be slided to the right therewith so that August 19 Day this time state identifies certain play position (as played starting point) of corresponding video segment on slidably time schedule bar Position alignment playing progress rate mark, identify corresponding video segment and open so as to jump to August this time state on the 19th Begin the broadcasting video segment, certainly, when by the time state hurdle that slides choosing certain time status indicator and then realize regarding When redirecting of frequency fragment, if it is desired to commence play out from the broadcasting starting point of certain corresponding video segment of time status indicator selected The video segment, then when position alignment playing progress rate on slidably time schedule bar of certain play position of the video segment During mark, if certain play position is not the broadcasting starting point of the video segment, still may need repeatedly slightly sliding Move the slidably progress bar so that the position alignment broadcasting of the broadcasting starting point of the video segment on slidably time schedule bar Progress is identified.

The above-mentioned command processing method based on time shaft that the corresponding embodiment of the present disclosure is provided, the embodiment of the present disclosure are also provided A kind of instruction processing unit based on time shaft.

As shown in Figure 10, the device includes receiver module 1001, determining module 1002 and processing module 1003：

Receiver module 1001, is configured to the video navigation behaviour for receiving the video playback interface input for intermittent video Make；

Determining module 1002, is configured to determine that video navigation operates corresponding time shaft to be automatically brought into operation instruction；

Processing module 1003, be configured to according to time shaft be automatically brought into operation instruction the time shaft in video playback interface is entered Row is automatically brought into operation, and to be automatically brought into operation to each video segment in intermittent video, wherein, each video segment includes at least one Across empty video segment between non-NULL video segment, and at least one non-NULL video segment, and time shaft is configured to table Levy the playing progress rate of each video segment.

In one embodiment, time shaft includes：Slidably time schedule bar, is slidably provided with time schedule bar and broadcasts Put scale knowledge into, wherein, the display location that playing progress rate is identified in the display screen for being display configured to video playback interface is Fixed, and

Slidably when being slided, variant video segment can be aligned time schedule bar successively with playing progress rate mark, and When in arbitrary video segment in variant video segment, arbitrary play position is identified to punctual with playing progress rate, from arbitrary broadcasting position Put and commence play out arbitrary video segment.

And the effect of playing progress rate mark is when arbitrary play position of arbitrary video segment in variant video segment When aligned with it, arbitrary video segment is commenced play out from arbitrary play position, certainly, arbitrary when arbitrary video segment To punctual, it is corresponding that playing progress rate mark can also identify arbitrary play position for play position and playing progress rate mark Concrete video playback time (such as the arbitrary play position corresponding video record time).

As shown in figure 11, in one embodiment, the two ends of time shaft are provided with navigation identification；

Determining module 1002 shown in above-mentioned Figure 10 can include the first determination sub-module 10021 and the second determination sub-module 10022：

First determination sub-module 10021, is configured to determine that the pointed target navigation mark of video navigation operation；

Second determination sub-module 10022, is configured to be identified according to video navigation operation and target navigation, determines time shaft Be automatically brought into operation instruction, wherein, video navigation operation include following at least one：Click on target navigation mark and pressing target navigation Mark, target navigation mark include：Arbitrary mark in navigation identification.

As shown in figure 12, in one embodiment, the second determination sub-module 10022 in above-mentioned Figure 11 can include first Determining unit 100221, the second determining unit 100222 and the 3rd determining unit 100223：

First determining unit 100221, be configured as video navigation operation include click on target navigation mark when, according to Number of times and the target navigation mark of target navigation mark is clicked on, determining needs to play the target video fragment in intermittent video；

Second determining unit 100222, is configured to determine that the broadcasting starting point of target video fragment in slidably time schedule Target location on bar；

3rd determining unit 100223, is configured to be identified in slidably time schedule according to target location and playing progress rate Position on bar, determines that slidably time schedule bar needs target sliding distance and the glide direction that slides；

Processing module 1003 can include the first slip submodule 10031：

First slip submodule 10031, is configured to according to default gliding cable structure, slidably will slide on time schedule bar edge Direction slip target sliding distance so that target location alignment playing progress rate mark, is regarded with commencing play out target from broadcasting starting point Frequency fragment.

In one embodiment, the first determining unit 100221 can include that the first determination subelement and second determines that son is single Unit：

First determination subelement, is configured as navigation identification and click that target navigation identifies the left end for including time shaft When the number of times of the navigation identification of left end is N, by playing progress rate mark, on slidably time schedule bar, current the default of alignment regards N-th video segment before frequency fragment is defined as target video fragment；

Second determination subelement, is configured as navigation identification and click that target navigation identifies the right-hand member for including time shaft When the number of times of the navigation identification of right-hand member is N, by playing progress rate mark, on slidably time schedule bar, current the default of alignment regards N-th video segment after frequency fragment is defined as target video fragment.

As shown in figure 13, in one embodiment, the second determination sub-module 10022 can include the 4th determining unit 100224：

4th determining unit 100224, be configured as video navigation operation include press target navigation mark when, according to For target navigation mark pressing information and target navigation mark, determine slidably the target gliding cable structure of time schedule bar and Glide direction, wherein, pressing information include following at least one：Pressing force and compressing time for target navigation mark；

Above-mentioned processing module 1003 can include the second slip submodule 10032：

Second slip submodule 10032, is configured to according to target gliding cable structure, slidably will slide on time schedule bar edge Direction is slided automatically, shows intermittent video with F.F. or rewind.

In one embodiment, the 4th determining unit 100224 can include：

3rd determination subelement, when being configured as the navigation identification of left end that target navigation mark includes time shaft, really Glide direction is determined for the right；

4th determination subelement, when being configured as the navigation identification of right-hand member that target navigation mark includes time shaft, really Glide direction is determined for the left；

And

5th determination subelement, is configured to the target slip speed for determining slidably time schedule bar according to pressing information Rate, wherein, pressing force is bigger or compressing time is longer, and target gliding cable structure is faster.

In one embodiment, time shaft also includes：Slidably time state hurdle, slidably be arranged on can on time state hurdle The top of sliding time progress bar, is slidably provided with least one time state mark, wherein, works as broadcasting in time state hurdle In variant video segment during arbitrary video segment, the corresponding object time status indicator of arbitrary video segment is in choosing shape State, at least one time state mark include object time status indicator.

Processor；

For storing the memory of processor executable；

Wherein, processor is configured to：

Above-mentioned processor is also configured to：

The time shaft includes：Slidably time schedule bar, is provided with playing progress rate on the slidably time schedule bar Mark, wherein, the playing progress rate mark is solid in the display location for showing in the display screen at the video playback interface Fixed, and

Above-mentioned processor is also configured to：

The two ends of the time shaft are provided with navigation identification；

Above-mentioned processor is also configured to：

When video navigation operation includes that clicking on the target navigation identifies, described according to video navigation operation Identify with the target navigation, determine that the time shaft is automatically brought into operation instruction, including：

Above-mentioned processor is also configured to：

Number of times and the target navigation mark according to the click target navigation mark, determining needs broadcasting described Target video fragment in intermittent video, including：

Above-mentioned processor is also configured to：

When video navigation operation includes that the pressing target navigation is identified, described according to video navigation operation Identify with the target navigation, determine that the time shaft is automatically brought into operation instruction, including：

Above-mentioned processor is also configured to：

The pressing information and the target navigation that the basis is identified for the target navigation is identified, and can be slided described in determination The target gliding cable structure of dynamic time schedule bar and glide direction, including：

The target gliding cable structure of slidably time schedule bar according to the pressing information determines,

Wherein,

The pressing force is bigger or the compressing time is longer, and the target gliding cable structure is faster.

Above-mentioned processor is also configured to：

The time shaft also includes：Slidably time state hurdle, the slidably time state hurdle is arranged on described can be slided The top of dynamic time schedule bar, is provided with least one time state mark, wherein, when broadcasting in the slidably time state hurdle When putting arbitrary video segment in the variant video segment, at the corresponding object time status indicator of the arbitrary video segment In selected state, at least one time state mark includes the object time status indicator.

Figure 14 is a kind of instruction processing unit 1400 for based on time shaft according to an exemplary embodiment Block diagram, the device are applied to terminal device.For example, device 1400 can be mobile phone, and computer, digital broadcast terminal disappear Breath transceiver, game console, tablet device, Medical Devices, body-building equipment, individual number assistant etc..

With reference to Figure 14, device 1400 can be included with next or at least two components：Process assembly 1402, memory 1404, power supply module 1406, multimedia groupware 1408, audio-frequency assembly 1410, input/output (I/O) interface 1412, sensor group Part 1414, and communication component 1416.

The integrated operation of 1402 usual control device 1400 of process assembly, such as with display, call, data communication, The associated operation of camera operation and record operation.Process assembly 1402 can include one or at least two processors 1420 Execute instruction, to complete all or part of step of above-mentioned method.Additionally, process assembly 1402 can include one or at least Two modules, the interaction being easy between process assembly 1402 and other assemblies.For example, process assembly 1402 can include multimedia Module, to facilitate the interaction between multimedia groupware 1408 and process assembly 1402.

Memory 1404 is configured to store various types of data to support the operation in device 1400.These data Example includes the instruction of any storage object or method for operating on device 1400, contacts user data, telephone directory number According to, message, picture, video etc..Memory 1404 can by any kind of volatibility or non-volatile memory device or it Combination realize that such as static RAM (SRAM), Electrically Erasable Read Only Memory (EEPROM) are erasable Remove programmable read only memory (EPROM), programmable read only memory (PROM), read-only storage (ROM), magnetic memory, soon Flash memory, disk or CD.

Power supply module 1406 provides power supply for the various assemblies of device 1400.Power supply module 1406 can include power management System, one or at least two power supplys, and other generate, manage and distribute the component that power supply is associated with for device 1400.

Multimedia groupware 1408 is included in the screen of one output interface of offer between described device 1400 and user.? In some embodiments, screen can include liquid crystal display (LCD) and touch panel (TP).If screen includes touch panel, Screen may be implemented as touch-screen, to receive the input signal from user.Touch panel includes that one or at least two is touched Sensor is touched with the gesture on sensing touch, slip and touch panel.The touch sensor can not only sensing touch or cunning The border of action, but also detect the duration related to the touch or slide and pressure.

In certain embodiments, multimedia groupware 1408 includes a front-facing camera and/or post-positioned pick-up head.Work as device 1400 are in operator scheme, such as screening-mode or during video mode, and front-facing camera and/or post-positioned pick-up head can receive outside Multi-medium data.Each front-facing camera and post-positioned pick-up head can be fixed optical lens systems or there is focal length And optical zoom ability.

Audio-frequency assembly 1410 is configured to output and/or input audio signal.For example, audio-frequency assembly 1410 includes a wheat Gram wind (MIC), when device 1400 is in operator scheme, such as call model, logging mode and speech recognition mode, microphone quilt It is configured to receive external audio signal.The audio signal for being received can be further stored in memory 1404 or via communication Component 1416 sends.In certain embodiments, audio-frequency assembly 1410 also includes a loudspeaker, for exports audio signal.

I/O interfaces 1412 are to provide interface, above-mentioned peripheral interface module between process assembly 1402 and peripheral interface module Can be keyboard, click wheel, button etc..These buttons may include but be not limited to：Home button, volume button, start button and Locking press button.

Sensor cluster 1414 includes one or at least two sensors, for providing the shape of various aspects for device 1400 State is assessed.For example, sensor cluster 1414 can detect the opening/closed mode of device 1400, the relative positioning of component, example If the component is the display and keypad of device 1400, sensor cluster 1414 can be with detection means 1400 or device The position of 1400 1 components changes, and user is presence or absence of with what device 1400 was contacted, and 1400 orientation of device or acceleration/subtract Speed and the temperature change of device 1400.Sensor cluster 1414 can include proximity transducer, be configured to not any Physical contact when the neighbouring object of detection presence.Sensor cluster 1414 can also include optical sensor, such as CMOS or CCD figures As sensor, for used in imaging applications.In certain embodiments, the sensor cluster 1414 can also include acceleration Sensor, gyro sensor, Magnetic Sensor, pressure sensor or temperature sensor.

Communication component 1416 is configured to facilitate the communication of wired or wireless way between device 1400 and other equipment.Dress Put 1400 and can access wireless network based on communication standard, such as WiFi, 2G or 3G, or combinations thereof.Exemplary at one In embodiment, communication component 1416 receives broadcast singal or the broadcast correlation from external broadcasting management system via broadcast channel Information.In one exemplary embodiment, the communication component 1416 also includes near-field communication (NFC) module, to promote short distance Communication.For example, RF identification (RFID) technology, Infrared Data Association (IrDA) technology, ultra broadband can be based in NFC module (UWB) technology, bluetooth (BT) technology and other technologies are realizing.

In the exemplary embodiment, device 1400 can by one or at least two application specific integrated circuits (ASIC), Digital signal processor (DSP), digital signal processing appts (DSPD), PLD (PLD), field-programmable gate array Row (FPGA), controller, microcontroller, microprocessor or other electronic building bricks are realized, for executing said method.

In the exemplary embodiment, a kind of non-transitorycomputer readable storage medium including instructing, example are additionally provided Such as include that the memory 1404 for instructing, above-mentioned instruction can be executed by the processor 1420 of device 1400 to complete said method.Example Such as, the non-transitorycomputer readable storage medium can be ROM, random access memory (RAM), CD-ROM, tape, soft Disk and optical data storage devices etc..

A kind of non-transitorycomputer readable storage medium, when the instruction in the storage medium is by said apparatus 1400 During computing device so that said apparatus 1400 are able to carry out a kind of command processing method based on time shaft, including：

Art technology user person will readily occur to the disclosure after considering specification and putting into practice disclosure disclosed herein Other embodiments.The application is intended to any modification, purposes or the adaptations of the disclosure, these modifications, purposes Or adaptations follow the disclosure general principle and including the disclosure undocumented in the art known often Know or conventional techniques.Description and embodiments be considered only as exemplary, the true scope of the disclosure and spirit by following Claim point out.

It should be appreciated that the disclosure is not limited to the precision architecture for being described above and being shown in the drawings, and And various modifications and changes can carried out without departing from the scope.The scope of the present disclosure is only limited by appended claim.

Claims

1. a kind of command processing method based on time shaft, it is characterised in that include：

Instruction is automatically brought into operation according to the time shaft to be automatically brought into operation the time shaft in the video playback interface, with to institute State each video segment in intermittent video to be automatically brought into operation, wherein, each video segment includes at least one non-NULL video Across empty video segment between fragment, and at least one non-NULL video segment, and the time shaft is used for characterizing institute State the playing progress rate of each video segment.

2. method according to claim 1, it is characterised in that

The time shaft includes：Slidably time schedule bar, is provided with playing progress rate mark on the slidably time schedule bar, Wherein, playing progress rate mark in the display location for showing in the display screen at the video playback interface be fixed, And

When being slided, the variant video segment can be identified the slidably time schedule bar successively with the playing progress rate Alignment, and work as in the variant video segment in arbitrary video segment arbitrary play position in the slidably time schedule bar On position and the playing progress rate identify to punctual, commence play out arbitrary video segment from arbitrary play position.

3. method according to claim 2, it is characterised in that

The two ends of the time shaft are provided with navigation identification；

Identified according to video navigation operation and the target navigation, determine that the time shaft is automatically brought into operation instruction, wherein, institute State video navigation operation include following at least one：Click on the target navigation mark and press the target navigation mark, institute Stating target navigation mark includes：Arbitrary mark in the navigation identification.

4. method according to claim 3, it is characterised in that

When video navigation operation includes that clicking on the target navigation identifies, described according to video navigation operation and institute Target navigation mark is stated, determines that the time shaft is automatically brought into operation instruction, including：

According to the number of times and target navigation mark of clicking on target navigation mark, determine to need to play the intermittence and regard Target video fragment in frequency；

According to the position of the target location and playing progress rate mark on the slidably time schedule bar, determine described Slidably time schedule bar needs target sliding distance and the glide direction that slides；

Described according to the time shaft be automatically brought into operation instruction the time shaft in the video playback interface is automatically brought into operation, wrap Include：

According to default gliding cable structure, will the slidably time schedule bar along the glide direction slide the target slip away from From so that the target location is directed at the playing progress rate mark, to commence play out the target video from the broadcasting starting point Fragment.

5. method according to claim 4, it is characterised in that

Number of times and the target navigation mark according to the click target navigation mark, determining needs to play the interval Target video fragment in property video, including：

When target navigation mark includes the navigation identification of the left end of the time shaft and clicks on the navigation identification of the left end Number of times when being N, by the default video segment of playing progress rate mark current alignment on the slidably time schedule bar N-th video segment before is defined as the target video fragment；

When target navigation mark includes the navigation identification of the right-hand member of the time shaft and clicks on the navigation identification of the right-hand member Number of times when being N, by the default video segment of playing progress rate mark current alignment on the slidably time schedule bar N-th video segment afterwards is defined as the target video fragment.

6. method according to claim 3, it is characterised in that

When video navigation operation includes that the pressing target navigation is identified, described according to video navigation operation and institute Target navigation mark is stated, determines that the time shaft is automatically brought into operation instruction, including：

Identified according to the pressing information for target navigation mark and the target navigation, described in determination, slidably the time enters Degree bar target gliding cable structure and glide direction, wherein, the pressing information include following at least one：Lead for the target Pressing force and compressing time that navigation mark is known；

According to the target gliding cable structure, the slidably time schedule bar is slided automatically along the glide direction, with F.F. or rewind show the intermittent video.

7. method according to claim 6, it is characterised in that

The pressing information and the target navigation that the basis is identified for the target navigation is identified, when described in determination slidably Between progress bar target gliding cable structure and glide direction, including：

When the target navigation mark include the time shaft the navigation identification of left end when, determine the glide direction be to Right；

When the target navigation mark include the time shaft the navigation identification of right-hand member when, determine the glide direction be to Left；And

The target gliding cable structure of slidably time schedule bar according to the pressing information determines, wherein, the pressing force is got over The big or compressing time is longer, and the target gliding cable structure is faster.

8. the method according to any one of claim 2 to 7, it is characterised in that

The time shaft also includes：Slidably time state hurdle, the slidably time state hurdle be arranged on described slidably when Between progress bar top, be provided with the slidably time state hurdle at least one time state mark, wherein, when play institute When stating arbitrary video segment in variant video segment, the corresponding object time status indicator of the arbitrary video segment is in choosing Middle state, at least one time state mark include the object time status indicator.

9. a kind of instruction processing unit based on time shaft, it is characterised in that include：

Processing module, is carried out to the time shaft in the video playback interface certainly for being automatically brought into operation instruction according to the time shaft Dynamic operation, to be automatically brought into operation to each video segment in the intermittent video, wherein, each video segment is included at least Across empty video segment between one non-NULL video segment, and at least one non-NULL video segment, and the time Axle is used for the playing progress rate for characterizing each video segment.

10. device according to claim 9, it is characterised in that

11. devices according to claim 10, it is characterised in that

The two ends of the time shaft are provided with navigation identification；

The determining module includes：

Second determination sub-module, for identifying according to video navigation operation and the target navigation, determines the time shaft Be automatically brought into operation instruction, wherein, video navigation operation include following at least one：Click on the target navigation mark and press The target navigation mark, the target navigation mark include：Arbitrary mark in the navigation identification.

12. devices according to claim 11, it is characterised in that

Second determination sub-module includes：

First determining unit, for when video navigation operation includes that clicking on the target navigation identifies, according to click institute Number of times and the target navigation mark of target navigation mark is stated, determining needs to play the target video in the intermittent video Fragment；

Second determining unit, for determining the broadcasting starting point of the target video fragment on the slidably time schedule bar Target location；

3rd determining unit, for identifying in the slidably time schedule bar according to the target location and the playing progress rate On position, determine that the slidably time schedule bar needs target sliding distance and the glide direction of slip；

The processing module includes：

First slip submodule, for according to default gliding cable structure, will described in slidably time schedule bar along the glide direction Slide the target sliding distance so that the target location is directed at the playing progress rate mark, to open from the broadcasting starting point Begin to play the target video fragment.

13. devices according to claim 12, it is characterised in that

First determining unit includes：

First determination subelement, for including navigation identification and the click of the left end of the time shaft when target navigation mark When the number of times of the navigation identification of the left end is N, will be current on the slidably time schedule bar for playing progress rate mark N-th video segment before the default video segment of alignment is defined as the target video fragment；

Second determination subelement, for including navigation identification and the click of the right-hand member of the time shaft when target navigation mark When the number of times of the navigation identification of the right-hand member is N, will be current on the slidably time schedule bar for playing progress rate mark N-th video segment after the default video segment of alignment is defined as the target video fragment.

14. devices according to claim 11, it is characterised in that

Second determination sub-module includes：

4th determining unit, for when video navigation operation includes that the pressing target navigation is identified, according to for institute The pressing information and the target navigation for stating target navigation mark is identified, and described in determination, slidably the target of time schedule bar is slided Speed and glide direction, wherein, the pressing information include following at least one：Pressing force for target navigation mark And compressing time；

The processing module includes：

Second slip submodule, for according to the target gliding cable structure, will described in slidably time schedule bar along the slip Direction is slided automatically, shows the intermittent video with F.F. or rewind.

15. devices according to claim 14, it is characterised in that

4th determining unit includes：

3rd determination subelement, for when the target navigation mark include the time shaft the navigation identification of left end when, really The fixed glide direction is for the right；

4th determination subelement, for when the target navigation mark include the time shaft the navigation identification of right-hand member when, really The fixed glide direction is for the left；And

5th determination subelement, for according to pressing information determination, slidably the target slip of time schedule bar is fast Rate, wherein, the pressing force is bigger or the compressing time is longer, and the target gliding cable structure is faster.

16. devices according to any one of claim 10 to 15, it is characterised in that

17. a kind of instruction processing units based on time shaft, it is characterised in that include：

Processor；

For storing the memory of processor executable；

Wherein, the processor is configured to：