TWI549726B - Method and system for displaying features of exercise video - Google Patents

Description

Sports film feature display method and system

The invention relates to a motion film feature display method and system, in particular to a motion film feature display method and system capable of marking features according to sports film attributes.

If you want better athletic results, athletes often seek advice, including using a sports center coach, hiring a personal sports coach, or exercising with a demonstration in a sports movie.

But in addition to a brief introduction to the sports program by sports coaches or sports videos, the current approach lacks the systematic indication of the effects that athletes can achieve in a sports program or sport, or through the screen. The influence of sports on the body.

In order to enable the athlete to clearly know the characteristics of the movement and the movement effect at a certain point in time when the exerciser performs the exercise, the disclosure discloses a method and system for displaying the characteristics of the motion film, which is implemented on a terminal device. The software means presents the characteristics of the moving movie in the form of a display screen.

According to one of the embodiments, in the motion picture feature display method, the characteristics of the motion movie are obtained from the attributes of a motion movie, and the time range covered by each feature, For example, in a sports film, a certain time segment reflects the motion characteristics of the exercise for cardiopulmonary function, muscular endurance, softness, balance or coordination, and can indicate the exercise intensity of the athlete in a certain time range.

Then, a representative picture of the moving movie can be displayed in the movie playing area of a terminal device, and a movie playing time axis is established according to each feature of the moving movie and a feature mark, and each feature can cover one or more time ranges. A feature indicator indicates the feature. Thereafter, a timeline area of one of the terminal devices displays a movie play timeline incorporating one or more feature indications.

In another embodiment, a characteristic image associated with the motion film can be displayed on the screen of the motion film, for example, a radar icon is used to exercise cardiopulmonary function, muscle endurance, softness, coordination, and balance exercise. Strength map.

The terminal device can include a display device and a video playing program, and can display the representative icon of the moving movie, the time axis of the playing time and the characteristic map on the display device according to the selected moving movie of the user, so that the user can clearly obtain the moving movie. The characteristics are then played.

In an embodiment, the motion film feature display system for performing the above-described motion film feature display method includes a storage medium storing a plurality of motion films and respective motion movie attributes, wherein the motion film attributes include one or more features of each motion movie. And a time range covered by each feature; the system includes a selection interface for providing a user to select one of the motion films; the system further includes recording one or more features of each of the motion films, a time range covered by each feature, and one or more features A storage means for marking, and a transmission unit for transmitting a corresponding motion movie according to a user selection.

In order to further understand the technology, method and effect of the present invention in order to achieve the intended purpose, reference should be made to the detailed description and drawings of the present invention. The drawings and the annexed drawings are intended to be illustrative and not to limit the invention.

10‧‧‧ Personalized Sports Calendar

20‧‧‧Video play area

22‧‧‧Video playback timeline

24‧‧‧Play time indicator

30‧‧‧Video play area

32‧‧‧Video playback timeline

34‧‧‧Play time indicator

A, B, C, A', B', C', A", B", C" ‧ ‧ feature marking

40‧‧‧Characteristics

401‧‧‧ Cardiopulmonary strength

402‧‧‧Strength of muscular endurance

403‧‧‧Softness strength

404‧‧‧balance intensity

405‧‧‧ Coordination intensity

5‧‧‧Display device

51‧‧‧Video play area

53‧‧‧Timeline area

55‧‧‧Characteristic map

60‧‧‧ Terminal devices

601‧‧‧ display unit

603‧‧‧Data Processing Unit

605‧‧‧Video Acquisition Unit

607‧‧‧Attribute Analysis Unit

609‧‧‧Feature acquisition unit

62‧‧‧Database

64‧‧‧Archives Directory

70‧‧‧Network

74‧‧‧ Terminal devices

72‧‧‧ Cloud System

721‧‧‧Transmission unit

723‧‧‧Select interface

725‧‧‧Video Database

727‧‧‧user database

729‧‧‧Archive

Step S801~S807‧‧‧ Motion movie feature display method flow

Step S901~S917‧‧‧ sports film feature display method flow

1 is a view schematically showing one embodiment of a motion calendar provided by the motion film feature display system of the present invention; FIG. 2 is a view showing an embodiment of a terminal screen for performing the motion film feature display method of the present invention; FIG. 3 is a view showing the execution of the motion movie feature of the present invention. FIG. 4 is a schematic diagram showing a characteristic diagram of a motion picture feature display system of the present invention; FIG. 5 is a schematic diagram showing an embodiment of a screen displayed by a motion picture feature display system of the present invention through a terminal device; 6 is a diagram showing an embodiment of a function block of a terminal device of a motion picture feature display system of the present invention; FIG. 7 is a view showing a functional block of a remote system of the motion picture feature display system of the present invention; and FIG. 8 is a flow chart showing the motion picture of the present invention. One of the steps of the embodiment of the feature display method; the flow shown in FIG. 9 describes the second step of the embodiment of the method for displaying the feature of the motion film of the present invention.

According to the mobile movie feature display method and system described in the disclosure, the system may be a storage medium carried in a specific device, or may be a cloud system, wherein a database type or a general file directory may be used. A variety of sports films with a variety of athletic characteristics are stored, and each sports film is a motion movie that has been recorded. The properties of the accompanying sports film (such as metadata) are recorded with the characteristics of the movement and the features covered by the features. time limit. When the user selects a sports movie to be played through a terminal device, the terminal device can simultaneously from the genus of the sports film The feature and characteristic map of the motion are obtained in the sex or related file directory, and then the feature label can be displayed on the time axis of each feature on a movie playing time axis.

First of all, in addition to providing a sports movie selected by the athlete through a selection interface, the system can provide a complete motion plan according to the user's needs, and can be expressed in the form of a calendar as shown in FIG. Browse and click on related sports videos.

According to the motion calendar display system provided by the motion picture feature display system of the present invention shown in FIG. 1, the system can provide a user to establish a personalized exercise calendar 10, for example, the user can edit the personalized exercise calendar according to his own needs. 10, or can provide the system's own needs and then provided by the system, mainly to build a personalized exercise program based on the user's physical and mental conditions and goals, can express the movement at each time through the personalized movement calendar 10 project.

The personalized sports calendar 10 can indicate that each user has completed and completed the sports movie. The mark circled on the date in the figure indicates that a certain sports movie has been registered that day, or the sports content that has been completed for the movie has been completed. Personalized Sports Calendar 10 is convenient for users to browse and select sports videos.

2 is a diagram showing an example of a terminal screen embodiment for performing the motion picture feature display method of the present invention.

The figure shows a picture on a display of a terminal device, which has at least one movie playing area 20, wherein a representative picture of a moving movie is displayed, and the representative picture mainly prompts the user to the content of the moving movie through a screenshot in a movie. The generation of the representative screen can be selected by the user or automatically generated by the system after recording the motion movie.

In this example, a movie playing timeline 22 is displayed at a position below the movie playing area 20. In actual implementation, a timeline area may be provided in other positions in the display screen for displaying the movie playing timeline 22 marked with the moving feature. For example, when the movie is played, the play timeline 22 can display a play time indicator 24 indicating the progress of the play, and the system further obtains a feature mark according to each feature of the motion movie, according to each special feature. The time range covered by the levy incorporates one or more feature indications on the video play timeline 22, such as the graphical representations A, B, C in the figure. In an embodiment, the feature mark indicated by the movie play timeline 22 only indicates the highest exercise intensity among the motion features in the related motion movie, and one movie may have one or more feature marks, and the time information corresponding to a feature mark includes A start time and an end time. When the start time is equal to or equal to the end time, a feature mark is indicated at a time point.

In this example, the feature designation A indicates the exercise of the segment of the exercise segment to emphasize cardiopulmonary function in a heart pattern; the feature designation B indicates the movement of the segment of the exercise segment to emphasize the endurance of the muscle in a human muscle pattern; the feature designation C indicates the paragraph in a balanced pattern. Emphasize the balance of exercise. The number, location and coverage of the feature are not limited to the schematic diagram shown in FIG. 2, and even a certain motion segment can indicate two or more feature indications at the same time, indicating that the paragraph emphasizes the exercise of multiple items at the same time.

Figure 3 is a schematic diagram showing an embodiment of a motion picture screen with motion features in text.

In this example, before playing, a representative picture of a moving movie is displayed in the movie play area 30, and a movie playing time with one or more feature signs (A', B', C') can be displayed below or at other appropriate positions. The axis 32, the movie play timeline 32, can play a time indicator 34 indicating the progress of the play. The feature designation A' of this example indicates that the segment of the exercise segment emphasizes the cardiopulmonary exercise; the feature designation B' indicates that the paragraph emphasizes the exercise of muscular endurance; and the feature designation C' indicates the exercise that emphasizes the sense of balance. Similarly, each feature designation (A', B', C') may correspond to only a certain point in time in the motion picture.

In addition to the above-described implementation of displaying a motion movie on a display of a terminal device and a timeline of playing a movie with a feature designation, a characteristic map of the related motion movie can be displayed in the screen, for example, the motion movie feature display system of the present invention shown in FIG. Characteristic map 40, this example shows the characteristics of a moving movie in the form of a radar chart.

The characteristic map 40 presented in the radar chart can represent the characteristics of the relevant sports film in multiple items, for example, in a proportional manner (this example is divided into five equal parts in each item) The cardiopulmonary function intensity 401, the muscular endurance intensity 402, the softness intensity 403, the balance sensation intensity 404, and the coordination intensity 405 can be clearly indicated by the Rayda diagram to indicate the intensity of the relevant sports film in various characteristic indexes.

When the characteristic picture of the moving film is represented as a radar chart, the characteristic picture can be pre-made, that is, when the moving picture is recorded, the characteristics are analyzed to obtain the strength of various characteristic indexes. The characteristic map can be an image file stored with the moving movie; in addition, through a software means, the characteristic map can be generated by the system according to the attributes of each movie when displaying the picture of the moving movie, and displayed on the display of the terminal device. .

However, the form of the characteristic map 40 is not limited to the radar chart type; and the characteristic indexes presented are not limited to the characteristic indexes such as cardiopulmonary function, muscular endurance, softness, balance feeling, coordination, and the like represented by the legend of the present invention.

The system can obtain the intensity of each feature according to the characteristic picture 40 of the moving movie. If the system only needs to indicate the paragraph of the highest moving intensity in the moving feature on the time axis of the movie playing, it will be based on the feature with the highest intensity in the moving movie. The time point or time period indicates the feature indication.

In the embodiment screen shown in Fig. 5, the moving film feature display system incorporates at least a screen such as a movie play area 51, a time axis area 53, and a characteristic map area 55 in the display device 5 of the terminal device. The movie playing area 51 is used to play a moving movie, the time axis area 53 is a movie playing time axis with a feature mark, and the characteristic picture area 55 is displayed with a radar chart indicating the characteristics of the moving movie.

In this example, the feature indications A", B", and C" respectively represent the movement focus of the motion film in different time intervals, and the radar diagram of the characteristic map area 55 exhibits cardiopulmonary function, muscular endurance, softness, balance. The intensity of items such as sense and coordination.

The system motion movie feature display system of the present invention can be implemented by a terminal device (including processing circuit, display device, software program, etc.) or by a cloud system, wherein the cloud system can provide the content and features of the terminal device related to the terminal device through a servo system. The data such as the characteristic map are played by the terminal device.

One of the embodiments is a functional block diagram of the terminal device of the motion picture feature display system of the present invention as shown in FIG.

In this example, a terminal device 60 is displayed, which has a display unit 601 for playing and displaying a motion movie, and specifically implements a device that can display a display as a terminal. The system is provided with a storage medium for storing a plurality of sports movies and attributes of each motion movie, wherein the motion The movie attributes include one or more features of each sporting movie, as well as the time range covered by each feature.

The motion movie can be stored by means of a database 62. The database 62 can be located in a terminal device or on a cloud system. In the manner in which the database 62 is used as a storage means, the attributes of the sports film may be contained in a file or attached to the file of the sports film in the form of metadata, and the related information may be indexed and exercised. The movie is stored in the database 62.

In addition, the sports movie can also be stored in a storage medium in the form of a file directory 64. For example, a plurality of file directories are set in the storage medium, and each file directory stores different sports videos and associated sports movies. Attributes can also be stored in a file or attached to a sports video file in the form of metadata, which is stored in the same storage location as the sports video.

The terminal device 60 is provided with a data processing unit 603 for processing various circuit signals in the device 60, or signals generated by the software means, in particular, the motion film signals obtained by the film obtaining unit 605. The data processing includes extracting the attribute of the movie by an attribute analyzing unit 607 to become a basis for presenting the feature of the movie, and further having a feature obtaining unit 609, thereby obtaining a characteristic map of the associated moving movie.

Figure 7 is a block diagram showing the function of the remote system in the motion picture feature display system of the present invention. In this example, the terminal device 74 is, for example, a display device provided at the user end, such as a television as a device for playing a motion movie, but it is not excluded that it may be another display device.

The terminal device 74 obtains the motion movie set in the cloud system 72 through the network 70. The cloud system 72 is provided with a selection interface 723 for the user to select one of the motion movies. For example, the selection interface can be used for the motion plan of each user. Calendar, you can mention The user can select the desired sports video and various files provided by the cloud system 72 through the user interface, including the sports videos contained in the movie database 725, the attribute data of the video, the feature data, and the like. When the user accesses the motion movie in the system through the selection interface 723, the feature information and the characteristic map about the motion movie can be loaded at the same time.

The cloud system 72 further provides a user database 727, which carries the user's login data and information about the movements performed by the user through the system, including the user data and the user's exercise history. Therefore, the user can obtain his or her own sports information from the cloud system 72 at any time and place, for example, the user's reference can be provided in the manner of the personalized sports calendar. The cloud system 72 can provide a more suitable exercise plan according to the user's needs by recording the user's past exercise history, and can also provide a personalized exercise plan through the personalized exercise calendar.

The cloud system 72 has an archive 729. The archive 729 generally refers to various storage means provided by the cloud system 72. For example, the archive 729 provides the cloud system 72 for storing each motion movie, its features, the time range covered by each feature, and one or more. The database of the feature identifiers or the archive directory, when the user selects, the associated data will be transmitted to the terminal device 74 through the transmission unit 721.

Next, the steps of the embodiment of the method for displaying a moving movie feature of the present invention can be referred to the embodiment of the process shown in FIG. 8. At the beginning of the execution method, the user terminal is provided with a terminal device that can select a motion movie and display a movie, and can be obtained on a specific A device that stores motion movies for media (including cloud systems). Several areas can be distinguished on the display of the terminal device displaying the movie, at least the movie play area, the time axis area and the characteristic map area.

Step S801 shows that after the user selects a sports movie through the menu, the motion movie is displayed in the movie playing area on the display of the terminal device, and the information for guiding the user operation or the introduction can be displayed first, and then the user operation is accepted. Start playing the movie. With the motion movie, the system can get different playback time in the movie. Information corresponding to different sports characteristics and exercise intensity.

After obtaining the characteristics of each motion movie and the intensity of each feature, in step S803, the time axis area near the movie displayed on the terminal device displays the movie playing time axis, and at the same time, according to the information of the film feature and the feature intensity obtained by the system. One or more feature indications are displayed on the timeline of the movie play, as in step S805. Features include intensity information related to a moving movie as indicated in the above characteristic map, such as the strength of items such as cardiopulmonary function, muscular endurance, softness, balance, coordination, and the like.

The characteristics of a sports film can be expressed in terms of cardio-respiratory function, muscular endurance, softness, balance and coordination, and may have different intensity manifestations in various aspects. In a particular embodiment, at least one feature on the timeline of the movie play is indicative of features of the motion movie at various points in time or time segments, at least the play time of the highest exercise intensity in the motion feature.

Further, in step S807, the characteristic map is displayed in the characteristic map area of the display, and the characteristic map can graphically indicate the motion intensity distribution of the moving movie on each motion feature.

Fig. 9 next describes the flow of the method for generating each of the above display screens. Beginning with step S901, the system provides a downloading motion movie according to the user selecting or starting the service, and the user can obtain the motion movie through the terminal device. When the motion movie is created, an attribute data can be loaded, and the attribute can be like an archive form. , for example, attached to a sports film in a meta-data. The property records the basic information of the sports film, including the various sports characteristics of the film, as well as the time information related to the feature.

The motion characteristics of the motion film and the time range covered by each feature can be obtained from the properties of the movie. The playing time corresponding to each motion feature can be the feature of the movie at a certain playing time point, or can be in a playing time period. feature.

The relationship between the movie and other related materials, such as an index data, is as shown in step S903, so the system can obtain the time information of the movie feature and the associated time, and obtain the relevant feature indication of each feature, such as a feature indication that can be represented by a graphic or a text, such as a step. S905.

The feature mark on the time axis of the movie can be a text mark or a logo mark. For example, referring to FIG. 2 and FIG. 3, in step S907 of the present example, after acquiring the feature of the movie and the time information, at least one feature identifier may be obtained according to each feature of the motion movie, according to the time point corresponding to each feature or The covered time range is combined with one or more feature marks on the movie play timeline to create a movie play timeline with a feature mark. In another step S909, the characteristic map established according to the characteristics of the motion film when the motion movie is recorded is obtained, and the characteristic map is an intensity map indicating the cardiopulmonary function, the muscular endurance, the softness, the coordination, and the balance exercise according to the motion of the motion film. See one of the embodiments shown in FIG.

After that, the system integrates the contents of each area in the display screen to form a display screen. Before playing, the display screen includes at least a representative screen for displaying a motion movie in the movie playing area (step S911), and displaying a movie playing time axis in the time axis area. (Step S913). Thereby, the movie play time axis incorporating one or more feature marks is displayed on the display device of the terminal device. Further, as shown in step S915, the characteristic map is displayed in the characteristic map area.

When the content in each area of the display screen is formed, the terminal device may include a display device and a movie playing program, and can display the representative icon of the moving movie, the time axis and the characteristic of the movie playing on the display device according to the motion movie selected by the user. In order to facilitate the user to clearly obtain the characteristics of the sports movie, the playback is performed (step S917).

In summary, one of the main purposes of the method and system for displaying a moving movie feature of the present invention is to provide a user with a motion picture at a certain time through a visual display screen when selecting a motion movie. The intensity of exercise of this sports film, such as cardiopulmonary function, muscular endurance, softness, coordination and balance exercise, is shown through a characteristic chart. Therefore, the system provides users with a clear understanding of the characteristics of the sports film over time as the movie moves.

The preferred embodiments of the present invention are not intended to limit the scope of the present invention, and equivalent structural changes in the description and the drawings of the present invention are included in the scope of the present invention. Bright.

5‧‧‧Display device

51‧‧‧Video play area

53‧‧‧Timeline area

55‧‧‧Characteristic map

A", B", C" ‧ ‧ feature marking

Claims (9)

A motion picture feature display method includes: displaying a motion movie on a terminal device, the motion film corresponding to different motion features and exercise intensity at different play times; displaying, by the terminal device, a movie play time axis of the motion movie, The movie play timeline displays one or more feature marks indicating at least the play time indicating the highest exercise intensity among the motion features; the terminal device displays a characteristic map showing the motion picture in the motion feature The intensity distribution of the upper movement. The motion picture feature display method according to claim 1, wherein the characteristic map is an intensity map indicating cardiopulmonary function, muscle endurance, softness, coordination, and balance exercise according to the motion of the motion film. The method for displaying a moving movie feature according to claim 2, wherein the characteristic map is stored in a database with an index information and the moving movie; or the moving movie is stored in a same storage location; the characteristic map is displayed on the terminal One of the features of the device. The motion picture feature display method according to any one of claims 1 to 3, wherein, when the terminal device displays the motion film, the feature of the motion film and the time point or time period corresponding to each feature are first obtained. The method for displaying a moving movie feature according to claim 1, wherein when displaying the time axis of the movie, the corresponding feature is obtained according to each feature of the moving movie, and the movie is based on the time point or time period corresponding to each feature. The one or more feature marks are combined on the play time axis; and the movie play time axis in which one or more feature marks are combined is displayed in a time axis area of the terminal device. The motion picture feature display method of claim 1, wherein the feature is marked as a text mark or a pattern mark. A sports film feature display system for performing the motion film feature display method according to claim 1, comprising: Storing a storage medium of a plurality of sports movies; providing a selection interface for selecting a motion movie of the user; and storing means for recording one or more characteristics of each motion movie, a time point corresponding to each feature, or a time range covered And one or more feature indications; and a transmission unit that transmits the corresponding motion movie according to the user selection. The sports film feature display system of claim 7, further comprising a user database for recording user data and user motion history. The motion picture feature display system of claim 7, wherein the selection interface is a calendar for each user motion plan.