TWM549379U - Animation interactive system - Google Patents

Abstract

The application provides an animation interactive system, which comprises a computer device, a scanning device, at least one projection device, and at least one radar sensor device. The computer device stores a 3D animation processing program. The computer device obtains a digitized drawing pattern by the scanning device scanning a drawing paper, and converts the digitized drawing pattern into an animated object by the using of the 3D animation processing program. The computer device projects an animated scene, which is preset by the 3D animation processing program, onto a projection area by the projection device, and exectes an animation generation process for the animated object by the 3D animation processing program so that the animated object can be generated in the projected animated scene. Afterwards, the 3D animation processing program of the computer device controls the animated object within the projected animation scene to generate a corresponding interactive response according to the radar sensor sensing user' body movement in front of the animated object of the projected animation scene.

Description

Animated interactive system

This creation is about an animated interactive system, especially a system that provides animated content that the user decides to interact with.

In order to increase the entertainment of the venue, the stadium now often projects the animation onto a screen with a projection, and plays the sound with the horn to make the projected animation have the effect of sound and light, so as to attract children. Look and let the children go deep into it.

At present, the animation content played by the stadium is usually set by the industry itself, and the animation is played regularly in a fixed schedule. However, playing the animation in a fixed schedule will over time lead to a lack of freshness in the animated content, which in turn will reduce the child's continued participation.

In view of this, this creation will propose a system with animation interaction, the system can be used by the user to determine the animation content in the displayed animation scene, and the animation content can interact with the user's body movements, so that Increasing the entertainment on the animated display will be the main purpose of this creation.

One of the purposes of this creation is to propose an animated interactive system in which the interactive system allows the user to determine the animated objects in the displayed animated scene, and the animated objects can interact with the user's body movements to increase the animation. The entertainment on the show.

Another object of the present invention is to provide an animation interactive system, the interactive system provides a plurality of different types of drawing papers, and when the user selects one of the patterns of the drawing paper to interact, the display system will display the two-dimensional barcode on the drawing paper. The first-class water number is read and verified to verify whether the drawing paper is an allowed drawing paper. If the drawing paper is an allowed drawing paper, the display system converts the pattern on the drawing paper into an animated object, and Animated object The pieces are generated in the projected animated scene, enabling the user to interact with the selected animated object.

Another purpose of this creation is to propose an animation interactive system, in which the user can draw colors, texts, patterns and/or symbols on the drawing patterns on the drawing paper, and the animation interactive system will obtain one for scanning the drawing paper. The digitized drawing pattern is drawn, and the digitized drawing pattern that has been drawn is transmitted and stored into a cloud device to share, download or print the digitized drawing pattern that has been drawn through the cloud device.

Another purpose of the present invention is to provide an animation interaction system, in which a cloud device in the system establishes a paper control database, and the paper control database records a paper configuration quantity and usage quantity information of various types of drawing papers, when drawing After the paper is scanned and used, the paper control database of the cloud device will automatically record the usage status of the drawing paper. Then, the administrator of the animation interactive system uses the paper control database of the cloud device to display the animation content and drawing for the system. The use of paper is effectively managed.

In order to achieve the above object, the present invention provides an animation interactive system, comprising: at least one drawing paper, including at least one drawing pattern; a computer device, storing a 3D animation processing program, the 3D animation processing program containing a plurality of animation scenes; The device is connected to the computer device, and the computer device scans the drawing paper through the scanning device to obtain a digitized drawing pattern, and uses a 3D animation processing program to convert the digitized drawing pattern into an animated object; at least one projection device is connected to the computer device The computer device projects one of the animation scenes preset by the 3D animation processing program onto a projection area via the projection device, and executes an animation generation processing program by using the 3D animation processing program to project the animation scene on the projection area. An animation object is generated; and at least one radar sensing device is connected to the computer device, and the computer device senses a movement of the user in front of the animated object of the projected animation scene via the radar sensing device, and according to the user's limb movement Manipulating an animated object in an animated scene to create a pair The interaction should be.

In an embodiment of the present invention, a drawing, a text, a pattern, and/or a symbol are drawn on the drawing pattern of the drawing paper. When the scanning device scans the drawing paper, the digitizing, color, text, pattern and/or symbol are obtained. The drawing pattern, when the 3D animation processing program converts the digitized drawing pattern into an animated object, the color, text, and pattern will be colored by a coloring processing program. And / or symbol synthesis on the animation object.

In an embodiment of the present invention, the computer device is connected to a cloud device, and the cloud device establishes at least one user account, and the computer device stores the scanned digitalized drawing pattern with color, text, pattern and/or symbol on the cloud device. In the user account.

In an embodiment of the present invention, wherein the drawing paper further includes at least one two-dimensional barcode, the scanning device locates the position of the drawing pattern on the drawing paper via the two-dimensional barcode and thereby scans the digitized drawing pattern.

In an embodiment of the present invention, the drawing paper further includes at least one two-dimensional barcode, and the two-dimensional barcode records the background information of an animated character to which the drawing pattern belongs.

In an embodiment of the present invention, the computer device is connected to a cloud device, and the cloud device records the serial number of each drawing paper and its usage status.

In an embodiment of the present invention, the drawing paper further includes at least one two-dimensional barcode, and the two-dimensional barcode has a first-class water number. When the computer device scans the drawing paper via the scanning device, first reading out the water flowing in the two-dimensional barcode of the drawing paper. No. The cloud device verifies whether the drawing paper scanned by the scanning device is an allowable drawing paper according to the recorded serial number of each drawing paper and its usage status, and when the drawing paper is verified as the allowed drawing paper, the cloud computer The device will then continue to scan the drawing pattern of the drawing paper via the scanning device to obtain a digitized drawing pattern.

In an embodiment of the present invention, the computer device is connected to a cloud device, and the cloud device establishes a paper control data library, and the paper control data library records the paper configuration quantity and usage quantity information of the drawing paper.

In an embodiment of the present invention, the animation interaction system includes a plurality of projection devices, each of the projection devices respectively projecting a part of the animation scene on the projection area, and the 3D animation processing program of the computer device has a screen fusion processing program built therein. The computer device utilizes the image fusion processing program of the 3D animation processing program to fuse the animation scene of the portion projected by each projection device into a complete animation scene.

In an embodiment of the present invention, the projection area is a screen, a wall or a board body on which an image frame can be projected.

100‧‧‧Animation display system

10‧‧‧ Drawing paper

101‧‧‧ drawing pattern

103‧‧‧2D barcode

11‧‧‧Computer equipment

12‧‧‧3D animation program

121‧‧‧Animated scene

1211‧‧‧ part of the animation scene

1212‧‧‧Overlay

1213‧‧‧ part of the animation scene

122‧‧‧ animated objects

123‧‧‧Digitalized drawing patterns

125‧‧‧ animated objects

1251‧‧‧ Items

127‧‧‧ screen fusion processing program

13‧‧‧Scanning device

14‧‧‧Projection area

140‧‧‧Projection area

15‧‧‧Projector

17‧‧‧Radar sensing device

20‧‧‧Cloud devices

21‧‧‧User account

23‧‧‧ Paper Control Database

30‧‧‧Users

Figure 1: Schematic diagram of an embodiment of the present interactive animation system.

Fig. 2 is a schematic view showing the structure of an embodiment of the present drawing paper.

Fig. 3 is a schematic view showing the screen of an embodiment of an animation scene projected on a projection area.

Figure 4: A schematic diagram of an embodiment of the interactive object interaction performed by the author of the present invention in front of the animated scene of the projection area.

Figure 5: Schematic diagram of another embodiment of the present drawing paper.

Figure 6: A schematic diagram of another embodiment of the interactive object interaction performed by the author of the present invention in front of the animated scene of the projection area.

Figure 7: Schematic diagram of the projection of multiple projection devices.

Fig. 8 is a schematic view showing a screen of another embodiment of the animation scene projected on the projection area.

Please refer to FIG. 1 and FIG. 2 , which are schematic structural diagrams of an embodiment of an animation interaction system and a schematic structural diagram of an embodiment of the creation drawing paper. As shown in FIG. 1, the creative animation interactive system 100 includes a computer device 11, a scanning device 13, at least one projection device 15, and at least one radar sensing device 17. The computer device 11 is connected to the scanning device 13, the projection device 15, and the radar sensing device 17, respectively. The computer device 11 stores a 3D animation processing program 12. In one embodiment of the present creation, the 3D animation processing program 12 is an image processing program based on visual studio. The 3D animation processing program 12 includes various animation scenes 121, such as outer space, sea world, zoo, street scene, and the like.

As shown in FIG. 2, the animation interactive system 100 is provided with at least one drawing paper 10. The drawing paper 10 includes at least one drawing pattern 101, and the drawing pattern 101 may also be an associative pattern of the animated scene 121. For example, the animated scene 121 may be an outer space scene, and the drawing pattern 101 of the drawing paper 10 may also be an alien creature. , an astronaut, a flying saucer, etc.

When the user 30 (such as a child) wants to interact with the animation, first, the computer device 11 projects one of the animation scenes 121 preset by the 3D animation processing program 12 onto the projection area 14 via the projection device 15. The projection area 14 can be a curtain, a wall or a can be cast The board that emits the image of the image. Next, one of the drawing sheets 10 is selected to be placed on the scanning device 13, and the scanning device 13 performs scanning on the drawing pattern 101 of the drawing paper 10 to obtain a digitized drawing pattern 123, and the digitized drawing pattern 123 is obtained. Transfer to the computer device 11. The 3D animation processing program 12 of the computer device 11 converts the digitized drawing pattern 123 into a 3D model animation object 125, and executes an animation generation processing program to generate an animation object 125 in the projected animation scene 121, as shown in FIG. Shown.

As shown in FIG. 4, the user 30 can touch or wave next to the animated object 125 of the animated scene 121 projected by the projection area 14. Then, the computer device 11 senses the user 30 being projected via the radar sensing device 17. A limb movement in front of the animated object 125 of the animated scene 121. The 3D animation processing program 12 of the computer device 11 generates a corresponding interactive reaction according to the sensed user's limb motion to manipulate the animation object 125 in the animation scene 121. For example, the user 30 is waving next to the animated object 125 of the alien creature, and the animated object 125 of the alien creature will jump; or, during the interaction, the animated object 122 of the demon may also appear in the animated scene 121, the user 30 Touching the picture of the animated object 125 of the alien creature, the alien object 125 will throw an item 1251 to attack the demon king. After the demon is attacked, the head will be tilted back and the health will be reduced. The user 30 continues to use the animated object 125 of the alien creature to attack the demon king to defeat the demon king by reducing its health to zero. Therefore, the creative animation interactive system 100 can be used by the user 30 to determine the animation object 125 in the displayed animation scene 121, and the animation object 125 can be interactively changed according to the body movement of the user 30, so as to increase the animation display. Entertaining.

Furthermore, the present invention uses the radar sensing device 17 to sense the movement of the user 30 in front of the animated object 125 of the projected animation scene 121. The sensing method is that the radar sensing device 17 can continuously emit the radar wave to Objects (such as projection area 14 or user 30), if the radar wave is emitted to a stationary object (such as projection area 14), the wavelength of the radar wave bounced back will not change; otherwise, if the radar wave is emitted to the moving object (For example, user 30), the wavelength of the radar wave that bounces back will change. In this way, the animation interaction system 100 can change the wavelength of the radar wave rebounded to locate the position of the user 30 and sense the motion of the user 30, so that the 3D animation processing program 12 is based on the sensed user 30. The manipulation of the animated object 125 by the limb motion produces a corresponding interactive response.

Further, as shown in FIG. 5, the user 30 can draw a color, a character, a pattern, and/or a symbol on the drawing pattern 101 of the drawing paper 10. When the scanning device 13 scans the drawing paper 10, a digitized drawing pattern 123 having colors, characters, patterns, and/or symbols is obtained. When the 3D animation processing program 12 of the computer device 11 converts the digitized drawing pattern 123 into the animated object 125, the color, the text, the pattern, and/or the symbol are synthesized on the animated object 125 by a coloring processing program, for example, a coloring processing program. Is an execution program for a 3D model shader that can realistically color colors, text, patterns, and/or symbols on top of the 3D animated object 125. Then, as shown in FIG. 6, when the animated object 125 is generated in the projected animated scene 121, the color, text, pattern, and/or symbol are also simultaneously presented on the animated object 125 and along with the animated object 125. When the movement is followed by the movement, the user 30 can interact with the drawn animation object 125 to increase the fun and freshness of the animation.

Referring to FIG. 3 or FIG. 5 again, the original drawing paper 10 further includes a two-dimensional barcode 103, and the two-dimensional barcode 103 records the background information of an animated character to which the drawing pattern 101 belongs. Further, when the scanning device 13 scans the drawing paper 10, the position of the drawing pattern 101 on the drawing paper 10 is positioned via the two-dimensional barcode 103 and the digitalized drawing pattern 123 is scanned.

Furthermore, the two-dimensional barcode 103 contains a first-class water number, and the serial number is a unique code. As shown in FIG. 1, when the computer device 11 scans the drawing paper 10 via the scanning device 13, the running water number of the two-dimensional barcode 103 in the drawing paper 10 is first read, and the computer device 11 is connected via an electrical connection or a network. The cloud device (data server) 20 verifies the serial number of the drawing paper 10. The cloud device 20 records the serial number of each drawing paper 10 and its usage status, and the computer device 11 transmits the serial number of the scanned drawing paper 10 to the cloud device 20, and the cloud device 20 uses the recorded serial number and its usage status according to the recorded flow number. It is verified whether the serial number of the scanned drawing paper 10 is a legal serial number or an unused serial number, and the verification result is transmitted back to the computer device 11. If the drawing paper 10 is verified as a legal and permitted (or unused) drawing paper, the computer device 11 continues to scan the drawing pattern 101 of the drawing paper 10 via the scanning device 13 to obtain the digitized drawing pattern 123. . On the other hand, if the drawing paper 10 is verified as an illegal or used drawing paper, the computer device 11 will stop scanning of the drawing pattern 101 of the drawing paper 10 by the scanning device 13. Thus, the present animation display system 100 performs a license test on each of the drawing papers 10. Proof to avoid any third party using the system at will.

Referring again to FIG. 1, the cloud device 20 establishes at least one user account 21. When the user wants to use the animation interactive system 100, the user interaction account 100 needs to be logged into the animation interaction system 100 and connected to the corresponding user account 21. The user draws a color, a text, a pattern, and/or a symbol on the drawing pattern 101 of the drawing paper 10, and then, when the animation interactive system 100 scans the drawing paper 10, a digitized drawing pattern 123 that has been drawn is obtained. The computer device 11 will automatically store the digitized drawing pattern 123 that has been drawn into the user account 21 of the cloud device 21. Then, the user can share, download or print the digitized drawing pattern 123 that has been drawn via the cloud device 20.

Moreover, the cloud device 20 further has a paper control database 23, and the paper control database 23 records the paper configuration quantity and usage quantity information of various types of drawing paper 10. After the drawing paper 10 is scanned for use, the paper control library 23 of the cloud device 20 will automatically record the usage status of the drawing paper 10. Then, the administrator of the animation interactive system 100 manages the animation content displayed by the system 100 and the usage status of the drawing paper 10 via the paper control database 23 of the cloud device 20.

Please refer to FIG. 7 and FIG. 8 for a schematic diagram of a projection of a plurality of projection devices and a schematic diagram of another embodiment of the animation scene projected on the projection area, and refer to FIG. 1 at the same time. In order to allow more users to simultaneously view the display of the animated scene 121 and participate in the interaction of the animated scene 121, the present animated display system 100 can provide a larger range of projection areas 140. Moreover, each projection device 15 has a distance limit of a projection range. In order to allow the animation scene 121 and its animation component 125 to be clearly projected on a larger range of projection regions 140, the animation display system 100 of the present embodiment will borrow The animated scene 121 is projected by a large number of projection devices 151, 153.

As shown in FIG. 7, each of the projection devices 151, 153 has a respective projection range. For example, the range projected by the projection device 151 on the projection area 140 is A1, and the range projected by the projection device 153 on the projection area 140 is A2. As shown in FIG. 8, each of the projection devices 151, 153 respectively projects a part of the animation scenes 1211, 1213 on the projection area 140, and there is a superimposed picture 1212 between the projected part of the animation scenes 1211, 1213.

Continuing, since each of the projection devices 151, 153 has parameters of the size, color, brightness, and the like of the respective projections, the projected animation portions 1211, 1213 of the two devices 151, 153 will be sized, Uncoordinated picture differences such as color and brightness. Then, the 3D animation processing program 12 of the author computer device 11 further includes a screen fusion processing program 127 for correcting the difference in the screen projected by the different projection devices 151 and 153 by the screen fusion processing program 127.

When the screen fusion processing program 127 is executed, firstly, the screen size is adjusted, and the size of another part of the animation scene 1213 is adjusted based on the size of one of the animation scenes 1211, so that the two parts of the animation scene are made. The size of the 1211 is consistent. Then, the color and brightness of the partial animation scenes 1211, 1213 are fine-tuned according to a reference color or a reference brightness, so that the images of the partial animation scenes 1211, 1213 can exhibit an approximate color system and approximate brightness. Moreover, the brightness of the superimposed screen 1212 is generally higher than the brightness of the partial animated scenes 1211, 1213. Therefore, the picture blending processing program 127 will further perform the gradation processing of the brightness for the superimposed picture 1212 so that the superimposed picture 1212 The brightness can be corrected to approximate the brightness of a portion of the animated scenes 1211, 1213. Here, through the execution of the screen fusion processing program 127, the difference in size, color, brightness, and the like of the two parts of the animation scenes 1211, 1213 can be corrected and smoothly merged into a complete animation scene 121. .

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the shape, structure, characteristics and spirit described in the scope of the patent application are equally changed. Modifications shall be included in the scope of the patent application of this creation.

100‧‧‧Animation display system

10‧‧‧ Drawing paper

11‧‧‧Computer equipment

12‧‧‧3D animation program

121‧‧‧Animated scene

123‧‧‧Digitalized drawing patterns

125‧‧‧ animated objects

127‧‧‧ screen fusion processing program

13‧‧‧Scanning device

14‧‧‧Projection area

15‧‧‧Projector

17‧‧‧Radar sensing device

20‧‧‧Cloud devices

21‧‧‧User account

23‧‧‧ Paper Control Database

Claims (10)

An animation interactive system comprising: at least one drawing paper comprising at least one drawing pattern; a computer device storing a 3D animation processing program, the 3D animation processing program containing a plurality of animation scenes; a scanning device connecting the computer device and the computer device Scanning the drawing paper through the scanning device to obtain a digitized drawing pattern, and using a 3D animation processing program to convert the digitized drawing pattern into an animated object; at least one projection device connected to the computer device, and the computer device via the projection device An animation scene preset by the 3D animation processing program is projected onto a projection area, and an animation generation processing program is executed by the 3D animation processing program to generate an animation object in the animation scene projected on the projection area; and at least A radar sensing device is connected to the computer device, and the computer device senses a movement of the user in front of the animated object of the projected animation scene via the radar sensing device, and controls the animation object in the animation scene according to the user's body motion. A corresponding interactive response. The animation interactive system of claim 1, wherein the drawing pattern of the drawing paper is drawn with a color, a character, a pattern and/or a symbol, and when the scanning device scans the drawing paper, the image is obtained. Digitally drawing a drawing pattern having colors, characters, patterns, and/or symbols. When the 3D animation processing program converts the digitized drawing pattern to the animated object, the color, text, pattern, and/or color processing program is used. The symbol is synthesized on the animated object. The animation interaction system of claim 2, wherein the computer device is connected to a cloud device, the cloud device establishes at least one user account, and the computer device displays the digitized image with color, text, pattern and The drawing pattern of the / or symbol is stored in the user account of the cloud device. An animation interactive system as described in claim 1, wherein the drawing paper further includes At least one two-dimensional barcode, the scanning device uses the two-dimensional barcode to locate the position of the drawing pattern on the drawing paper and thereby scan the digitized drawing pattern. The animation interactive system of claim 1, wherein the drawing paper further comprises at least one two-dimensional barcode, wherein the two-dimensional barcode records the background information of an animated character to which the drawing pattern belongs. The animation interactive system of claim 1, wherein the computer device is connected to a cloud device, and the cloud device records a serial number of each of the drawing papers and a usage status thereof. The animated interactive system of claim 6, wherein the drawing paper further includes at least one two-dimensional barcode having a first-class water number, when the computer device scans the drawing paper via the scanning device, First reading the serial number in the two-dimensional barcode of the drawing paper, and the cloud device verifies whether the drawing paper scanned by the scanning device is allowed according to the recorded serial number of each drawing paper and its usage status. The drawing paper used, when the drawing paper is verified as the allowed drawing paper, the computer device continues to scan the drawing pattern of the drawing paper through the scanning device to obtain the digitized drawing pattern. The animation interactive system according to claim 1, wherein the computer device is connected to a cloud device, and the cloud device establishes a paper control database, wherein the paper control database records a paper configuration quantity of the drawing paper and Use quantity information. The animation interactive system of claim 1, wherein the animation interaction system comprises a plurality of the projection devices, each of the projection devices respectively projecting a portion of the animation scene on the projection area, the computer device The 3D animation processing program has a screen fusion processing program, and the computer device uses the image fusion processing program of the 3D animation processing program to fuse the animation scene of the portion projected by each projection device into a complete The animated scene. The animation interactive system according to claim 1, wherein the projection area is a screen, a wall or a board body on which an image frame can be projected.