WO2016115969A1 - Floating projection game system - Google Patents

Abstract

A floating projection game system, comprising a floating projection device (1), an input unit (3) for presenting one or more instruction contents and an electronic device (2) with a screen. The floating projection device (1) comprises a placement plate (11) with an opening, at least one projection refraction plate (12) and at least one support and positioning member (13). When the electronic device (2) is placed on the placement plate (11) of the floating projection device (1), a capturing module (22) of the electronic device (2) can capture the instruction contents provided by the input unit (3) and transmit same to an application module (21). The application module (21) judges the received instruction contents to display at least one stereoscopic image on the screen. The stereoscopic image displayed on the screen of the electronic device (2) can be transmitted through the opening (111) of the placement plate (11) for irradiation on a projection refraction piece (121) of the projection refraction plate (12), and then the projection refraction piece (121) projects the stereoscopic image outwards for imaging. Therefore, the system can tightly combine the contents of a stereoscopic image with a game process of a desktop game to improve the interestingness of the game.

Description

Floating projection game and learning system Technical field

The invention relates to a floating projection game and learning system, in particular to an effect of using a floating projection technique to reflect an image through light and shadow to visually generate a suspended image in the air and a stereoscopic image. It also allows users to interact with content, especially a floating projection game and learning system suitable for use in desktop game change and learning applications.

Background technique

Generally, for many players, Monopoly is a board game that many people are familiar with and miss, while traditional paper games usually have a piece of paper on which the road map is printed and then matched with some " "Opportunity", "Destiny" cards, dice and other accessories, you can start the game; in short, each player is based on the number of dice, and then according to the route, the number of grids, and then The next action is then performed on the grid of the fixed grid.

However, due to the limitations of the device, the traditional paper-based game has limited gameplay. Therefore, in order to diversify the game, some manufacturers have gradually developed a monopoly game on the computer, thus developing a network virtual game interface type. However, traditional paper games are still popular with many people because of their ability to interact with people. In addition, games on the computer or on the Internet tend to have direct radiation problems for modern people, and the longer the user is used, the more damage the 3C product will have on the eyes.

Therefore, in order to overcome the shortcomings of the traditional paper-type game, but it does not increase the damage to the eyes due to the user's use for a longer period of time, it is possible to use the floating projection technology to reflect the image through the light and shadow, In order to visually produce the effect of floating in the air and stereoscopic image, when the user is used for a long time, it will not easily cause damage to the user's eyes, and the use of floating projection technology can increase the traditional paper type. The variability and interaction of the game, so the invention should be an optimal solution.

Summary of the invention

It is an object of the present invention to provide a floating projection game and learning system that uses floating projection technology to reflect images through light and shadow to visually create effects of floating in the air and stereoscopic images, and the system is capable of Allow users to interact with the content, allowing users to enjoy the physical board games at the same time, and increase the sound and light effects and interaction of virtual floating content.

To achieve the above object, the present invention discloses a floating projection game and learning system, which is characterized in that:

A floating projection device comprising:

At least one placement plate is provided with an opening;

At least one projection refracting plate is coupled to the placement plate, and the projection refracting plate has a projection refraction sheet, and an opening of the placement plate faces the projection refraction sheet;

At least one support locating member coupled to the projection refracting plate to support enabling the projection refracting plate to stand up;

An input unit for providing instruction content of the stereoscopic image to be presented;

An electronic device having a screen disposed on a placement board of the floating projection device, wherein a screen of the electronic device is disposed toward an opening of the placement plate, wherein the electronic device includes:

An application module is installed in the electronic device, and the application module is capable of determining the content of the instruction received by the input unit, displaying at least one stereo image on the screen, and displaying the stereoscopic image on the screen of the electronic device The image can be irradiated onto the projection refracting sheet of the projection refracting plate through the opening of the placing plate, and the projected refracting film then projects the stereoscopic image outward; and

a capture module is disposed on the electronic device, and the capture module is configured to transmit the captured instruction content to the application module, so that the application module determines the received instruction content and displays A stereoscopic image corresponding to the content of the instruction is on a screen of the electronic device.

The instruction content provided by the capture module can be an image message, a text message, a digital message, a voice message, an electronic signal message or a combination thereof.

A data storage module is built in the application module, and the data storage module has different kinds of instruction content corresponding to different stereoscopic image data, and after the application module receives the new instruction content, The data storage module searches for a stereoscopic image corresponding to the new instruction content, and displays the searched stereoscopic image on the screen of the electronic device.

The stereoscopic image displayed on the screen of the electronic device is a stereoscopic image, a stereoscopic image, an animation, a game instant image or a combination thereof.

Therefore, the present invention can overcome the shortcomings of the conventional paper-type game, but does not increase the damage to the eyes due to the user's use for a longer period of time, so that the image can be transmitted through the floating projection technique. Light and shadow reflection, in order to visually create the effect of floating in the air and stereoscopic image, so when the user is used for a long time, it will not easily cause damage to the user's eyes, and the use of floating projection technology can increase the tradition. The variability and interaction of the paper-based game enables the stereoscopic video content to be closely integrated with the game process of the table game to further enhance the game's interest.

DRAWINGS

Figure 1: Schematic diagram of the overall architecture of the floating projection game and learning system of the present invention.

2A is a schematic structural view of a floating projection device of the floating projection game and learning system of the present invention.

2B is a schematic structural view showing a combination of a floating projection device and an electronic device of the floating projection game and learning system of the present invention.

2C is a side view of the floating projection device of the floating projection game and learning system of the present invention in combination with an electronic device.

FIG. 3 is a schematic diagram showing the internal structure of an electronic device of the floating projection game and learning system of the present invention.

Figure 4 is a schematic diagram showing the implementation of the floating projection game and learning system of the present invention.

FIG. 5 is another schematic structural diagram of a floating projection device of the floating projection game and learning system of the present invention.

detailed description

Other details, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Please refer to FIG. 1 , which is a schematic diagram of an overall architecture of a floating projection game and learning system according to the present invention. The floating projection game and learning system includes a floating projection device 1 , an electronic device 2 , and an input unit 3 . As can be seen from FIG. 2, the floating projection device 1 is mainly composed of at least one placement plate 11, at least one projection refraction plate 12, and at least one support positioning member 13, and there are many kinds of forms that can be composed. The aspect shown in FIG. 2A is only one of them, but it is also possible to combine the placement plate 11, the projection refracting plate 12 and the support positioning member 13 into a different floating projection device 1, wherein the placement plate 11 A penetrating opening 111 is disposed in the center, and the projection refraction plate 12 has a projection refraction piece 121 (and the projection refraction piece 121 can also be implemented by mirror refraction), and the opening 111 of the placing plate 11 is oriented The projection refracting sheet 121 is further configured to support the projection refracting plate 12 to stand up, and the floating projection device 1 can be easily stored and carried because it can be folded and folded; example The middle is implemented in a zigzag structure, but it can also be designed as a box structure.

As shown in FIG. 2B and FIG. 2C , when the electronic device 2 is placed on the placement board 11 and the screen of the electronic device 2 faces the opening 111 , the stereoscopic image displayed on the screen can be transmitted through the screen. The opening 111 is irradiated onto the projection refraction sheet 121, and the projection refraction sheet 121 is a translucent and semi-reflective lens, so that the rear floating display area 14 is reflected by the projection refraction sheet 121. The virtual image, so it seems to have the effect of floating in the air.

As shown in FIG. 3 , the electronic device 2 has an application module 21 , a capture module 22 (a device such as a lens), and a screen 23 . The application module 21 is mounted on the electronic device 2 . Internally, the application module 21 has a data storage module 211 built therein. The data storage module 211 has different kinds of command content corresponding to different stereoscopic images (the stereo image referred to herein is a stereo image, Stereoscopic image, The animation module, the game instant image or a combination thereof, after the application module 21 receives the new instruction content, the data storage module 211 can search for the stereo image corresponding to the new instruction content, and search for the stereo image. The stereoscopic image is displayed on the screen 23 of the electronic device 2, and the stereoscopic image displayed on the screen 23 of the electronic device 2 can be irradiated to the projection refraction sheet of the projection refraction plate 12 through the opening 111 of the placement plate 11. 121, and the projection refraction sheet 121 will project the stereoscopic image outward.

In the present invention, the input unit 3 can input the input command content, and the input unit 3 can be a card, a wireless controller or any capable of providing gesture messages, image messages, text messages, digital messages, voice messages, and electronic signal messages. Or the combined items or actions, as can be seen from FIG. 4, is an application embodiment of the present invention (allowing the user to learn English words through a card or a Bluetooth dot reading pen device), as can be seen from the figure, the user can First, a single-character card 5 is placed in an area that the capture module 22 can scan. Since the single-word card 5 has a word of "Fish", when the capture module 22 scans to "Fish", The data storage module 211 searches for a stereoscopic image corresponding to "Fish", and finally a fish appears in the floating display area 14 (a description of the pronunciation and pinyin can be added to the stereoscopic image). After the user finishes the ten words, an animation of the small test (not shown) appears in the floating display area 14, so the user must put the pair of cards in the area that the capture module 22 can scan. Will be counted correctly; except this In addition, a small animation invented a game will appear in the learning process, and can use 3 (Bluetooth device) additional input unit and animated content for real-time interactive, fun add learning.

In addition, when the input unit 3 is a Bluetooth dot reading pen device, the Bluetooth dot reading device can be more blue-paired by the Bluetooth dot reading pen device and the electronic device 2 at the time of clicking. The generated instruction content can directly transmit the instruction content to the application module 21 of the electronic device 2 through the Bluetooth transmission mode, so that the application module 21 projects the image according to the instruction content.

Therefore, the input unit 3 can directly transmit the instruction content to the application module by wireless transmission, and the wireless transmission mode can be wireless remote or near, such as Bluetooth, Wi-fi, infrared or NFC. The method of end transfer.

In the above embodiment, the application module 21 of the electronic device 2 is further connected to the cloud server 4 to download and add new learnable content to the application module 21.

Since the above embodiment is in a single-use state, the present invention can also be used in a state of multi-person use, for example, there are four users, and four connected or separate floating projection devices 1 are used, and mutual The floating projection devices 1 are connected to each other;

Therefore, each player can select one of his or her character cards during the game play, and the character can be transformed into the character after being scanned by the capture module 22, and the character game is represented by the character piece; The game is played after each user selects a character card to sense and puts the character pieces on the starting point. Rolling the dice determines the order, the players with the big points go ahead, and then proceed in a clockwise direction. When the player rolls a double click, press the number of points to be pushed. If not specified, all moves are clockwise. Row. When the pieces reach the land, if the land is vacant, the player can choose to buy, or pay the rent to the owner of the land. If you stop at "Opportunity" or "Destiny", you need to draw a card to the area that the capture module 22 can scan to sense. The floating display area 14 will randomly appear event animation according to the induction, and according to the event. The result of the animation determines the number of steps the player takes to reward or move forward or backward.

When the game is in progress, the application module 21 automatically calculates the cost of each user, and directly calculates and subtracts the event according to the character during the game, and presents it in the floating display area 14, when any user is insufficient. When the money is paid for the money to be paid, the player declares bankruptcy to exit the game, and the floating display area 14 will appear an animation segment in which the player character is disappointed to exit.

The above is the application of the system to single-player or multi-player games, but the type of game or learning is not limited to the above description, and can be changed according to the type of the module designed inside the application module 21.

In addition, one or more projection refraction sheets 121 can be disposed in the floating projection device 1. When the screen of the electronic device 2 faces the opening 111, the stereoscopic image displayed on the screen can pass through the The opening 111 is irradiated onto the projection refraction sheet 121. At this time, the application module 21 can be designed with a stereoscopic image corresponding to the number of the projection refraction sheets 121 so that different stereo images can be projected to different projection refraction sheets 121. When more than one projection refraction film 121 is provided, the angle of the bevel of the projection refraction film 121 is different, so that the refraction angles of the different projection refraction pieces 121 are different, so when the projection refraction film 121 of the user is different In the past, you will be able to see different stereoscopic images;

For example, when there are three projection refraction sheets 121, the screen of the electronic device 2 will simultaneously illuminate the three stereoscopic images on the three projection refraction sheets 121, and further, because the refraction angles of the three projection refraction sheets 121 are different, When the user sees through the three projection refraction sheets 121, respectively, different stereoscopic images can be seen in the direction of different projection refraction sheets 121.

In addition, as shown in FIG. 5 , a dark board 6 can be placed in the floating display area 14 , so that the stereoscopic image displayed on the screen 23 of the electronic device 2 passes through the placing board 11 . When the opening 111 is irradiated onto the projection refraction sheet 121 of the projection refracting plate 12, the projection refracting sheet 121 projects the stereoscopic image outward on the surface of the plate body 6, and the dark color will enable The projected image is more clearly visible.

The advantages of the floating projection game and learning system provided by the present invention when compared with other conventional technologies are as follows:

The invention can overcome the shortcomings of the traditional paper type game, but does not increase the damage to the eyes due to the user's use state for a long time, so the floating image projection technology can be used to reflect the image through the light and shadow. In order to visually produce the effect of floating in the air and stereoscopic image, when the user is used for a long time, it will not easily cause damage to the user's eyes, and the use of floating projection technology can increase the traditional paper type. The variability and interaction of the game enables the stereoscopic video content to be closely integrated with the game process of the table game to further enhance the fun of the game.

The present invention has been disclosed above by the above embodiments, but it is not intended to limit the present invention, and those skilled in the art can understand the foregoing technical features and embodiments of the present invention without departing from the invention. In the spirit and scope of the invention, the scope of the invention is to be determined by the scope of the appended claims.

Claims (7)

A floating projection game and learning system, comprising: A floating projection device comprising: At least one placement plate is provided with an opening; At least one projection refracting plate is coupled to the placement plate, and the projection refracting plate has a projection refraction sheet, and an opening of the placement plate faces the projection refraction sheet; At least one support locating member coupled to the projection refracting plate to support enabling the projection refracting plate to stand up; An input unit for providing instruction content of the stereoscopic image to be presented; An electronic device having a screen disposed on a placement board of the floating projection device, wherein a screen of the electronic device is disposed toward an opening of the placement plate, wherein the electronic device includes: An application module is installed in the electronic device, and the application module is capable of determining the content of the instruction received by the input unit, displaying at least one stereo image on the screen, and displaying the stereoscopic image on the screen of the electronic device The image can be irradiated onto the projection refracting sheet of the projection refracting plate through the opening of the placing plate, and the projected refracting film then projects the stereoscopic image outward; and a capture module is disposed on the electronic device, and the capture module is configured to transmit the captured instruction content to the application module, so that the application module determines the received instruction content and displays A stereoscopic image corresponding to the content of the instruction is on a screen of the electronic device. The floating projection game and learning system according to claim 1, wherein the input unit can be a card, a wireless controller or any capable of providing gesture messages, image messages, text messages, digital messages, voice messages, and electronic devices. A message, or a combination of items, devices, or actions. The floating projection game and learning system of claim 1 , wherein the input unit is capable of directly transmitting the instruction content to the application module in a wireless transmission manner. The floating projection game and learning system according to claim 1, wherein the wireless transmission mode can be Bluetooth, Wi-Fi, infrared or NFC. The floating projection game and learning system of claim 1 , wherein the application module has a data storage module built therein, wherein the data storage module has various instruction contents corresponding to different stereo images. After the application module receives the new instruction content, the data storage module can search for the stereo image corresponding to the new instruction content, and display the searched stereo image on the screen of the electronic device. on. The floating projection game and learning system of claim 1 , wherein the stereoscopic image displayed on the screen of the electronic device is a stereoscopic image, a stereoscopic image, an animation, a game instant image or a combination thereof. The floating projection game and learning system of claim 1 , wherein a panel can be placed at the floating display area, so that the projection refractor can project the stereo image to the panel. On the surface of the body.

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