TWM539682U - Using augmented reality for executing 3D imaging formation component of stylish balloon executed by Augmented Reality, manufacturing teaching component and balloon material packaging containing the component - Google Patents

Description

Performing a 3D image generation component of the modeling balloon in an augmented reality, making a teaching component, and packaging the balloon material having the component

The whole creation involves a kind of augmented real technology, especially a kind of 3D image generation and production process of the modeling balloon in the augmented reality.

Generally, in various special occasions such as large-scale fairs, exhibition halls, sports games, stores, department stores, wedding banquets or various trade shows, etc., in order to decorate the environment, create a happy atmosphere, promote advertisements and attract people, it is often decorated or promoted with various modeling balloons. Props, and in response to different occasions, need to make super large modeling balloons, or a variety of complex modeling balloons, there are more and more people on the modeling balloon learning and the desire to purchase is gradually increasing.

However, in various occasions of commercial propaganda, due to the limitation of the size of the venue, the time of production teaching and the cost consideration, the demand for the consumers or the learners who want to invest in the industry cannot be met, and with the advancement of technology, the teaching methods are increasingly Update, use a variety of products such as computers, slides or audio-visual materials and their teaching methods; although the multimedia method is diversified, it is still a passive propaganda method, and it is easy to lack a medium suitable for teaching interaction to guide self-exploration learning opportunities. As a result, the overall efficiency of publicity has been greatly reduced, and it has not been able to attract more consumers' desire to purchase and to guide learners' learning efficiency.

Therefore, how to improve the promotion of the modeling balloon industry and the opportunity to create teaching interactions, the applicants have been carefully experimented and researched, and have a perseverance in mind, in the light of the lack of knowledge in the prior art. The shortcomings of conventional skills.

In view of the problems of the prior art, the present invention provides a 3D image generating component and a balloon material package for performing a modeling balloon in an augmented reality, with a characteristic image attached to the package and obtained by an imaging function on the electronic communication device. The 3D image model of the augmented shape balloon can break through the existing physical display, or the time and space restrictions in the multimedia way, and at the same time achieve the purpose of promoting product promotion.

For the purpose of achieving the present creation, the present invention provides a 3D image generating component for performing a modeling balloon in an augmented reality, comprising a medium and a database, at least one feature image on the medium; and a database erection In a cloud server or an information processing device, the database stores at least one 3D virtual object corresponding to the feature image; wherein the medium provides a user to scan the feature image with the information processing device, so that The information processing device generates a modeling balloon 3D image model by using the feature image, or provides a user to scan the feature image with a mobile electronic device, so that the mobile electronic device obtains a corresponding feature map from the cloud server. Like the modeling balloon 3D image model.

For another purpose of the present invention, the present invention provides a balloon material package comprising the 3D image generating member for augmented reality execution modeling balloon and a storage member according to the present invention, the 3D image generation component of the modeling balloon includes a medium and a database, the medium is provided with at least one feature image; the database is installed in a cloud server or an information processing device, and the database stores at least one 3D corresponding to the feature image. a virtual object; the medium provides a user to scan the feature image by the information processing device, so that the information processing device generates a modeling balloon 3D image model by using the feature image, or provides the user with a mobile electronic device to scan Targeting the feature image, so that the mobile electronic device obtains the modeling balloon 3D image model corresponding to the feature image from the cloud server; wherein the medium is selectively disposed outside the storage member for identification, or It is placed in the accommodating member, and the accommodating member is provided with a balloon material for making a modeling balloon.

In order to achieve another purpose of the present invention, the present invention further provides a teaching teaching component for performing a modeling balloon in an augmented reality, comprising a medium and a database, wherein the plurality of characteristic images are sequentially arranged on the medium; The database is installed in a cloud server or an information processing device, and the database stores at least one 3D virtual object corresponding to the feature images respectively; wherein the media provides the user with the information processing device in sequence Scanning the feature images of the medium to enable the information processing device to generate a image by using the feature image to generate a shape balloon 3D, or provide the user to scan the feature images in sequence by a mobile electronic device. And causing the mobile electronic device to obtain an image from the cloud server to obtain the image of the model balloon 3D corresponding to the feature images.

In order to achieve another object of the present invention, the present invention provides a balloon material package comprising the production teaching component of the augmented reality execution modeling balloon and a storage member according to the present invention, the production teaching component of the modeling balloon includes a medium And a database, the plurality of feature images are sequentially arranged on the medium; the database is installed in a cloud server or an information processing device, and the database stores corresponding image images respectively. At least one 3D virtual object; the medium provides a user to sequentially scan the feature images of the medium by the information processing device, so that the information processing device generates a modeling balloon 3D by using the feature images to create an image. Or providing the user to sequentially scan the feature images by using a mobile electronic device, so that the mobile electronic device obtains an image of the modeling balloon 3D corresponding to the feature images from the cloud server, wherein the media Optionally, it is disposed outside the accommodating member for identification, or is disposed in the accommodating member, and the accommodating member is provided with a modeling balloon. Balloon material.

In one embodiment, the medium is a product catalog, a sticker label, a book, or a card.

In an embodiment, the information processing device includes an augmented reality program, and the augmented reality program provides a user to perform angle adjustment, scaling, image rotation, and image capture on the modeling balloon 3D image model. Or any of the above actions.

In an embodiment, the information processing device includes an augmented reality program, and the augmented reality program provides a user to pause playback, play speed adjustment, play pause, playback, and image quality of the modeling balloon 3D image. Adjustment, resolution adjustment, or any of the above two actions.

In one embodiment, the balloon material of the modeling balloon is used to make a finished product that conforms to the 3D image model of the modeling balloon.

In an embodiment, the information processing device is an electronic communication device having an imaging lens and a display screen.

As mentioned above, this creation has the following advantages, so that consumers and learners can operate the mobile communication device by themselves and operate the self-learning method by capturing the image of the physical object, and augment the reality. The various stereoscopic shapes and production methods of the styling balloons can be used to serve and solve more consumers' needs, improve the learning outcomes of learners, and increase the fun of learning interaction.

In the following, in conjunction with the drawings and the preferred embodiment of the present invention, the technical means adopted by the present creation for the purpose of achieving the intended creation are further explained.

Please refer to FIG. 1 , which is a 3D image generating component of the present invention for augmented reality execution modeling balloon, which includes a medium 10 and a database 20 , and at least one feature image 11 is disposed on the medium 10 . The database 20 can be installed in a cloud server 60 or built in an information processing device 30, and the database stores at least one 3D virtual object corresponding to the feature image (where the user can pass through the information processing device 30) The feature image 11 is scanned so that the information processing device 30 generates a modeling balloon 3D image model 100 by using the feature image 11; and the information processing device 30 can be an electronic communication device having an imaging lens and a display screen, such as wisdom. The mobile phone, the tablet computer, the notebook computer, the computer equipped with the camera device, and the like, and the information processing device 30 carries an augmented reality program (not shown), and the user can scan the feature image 11 through the camera lens. The information processing is performed by the augmented reality program, and the modeling balloon 3D image model 100 is displayed on the display screen.

As described above, the user can also scan the feature image 11 through a mobile electronic device 30', such as a smart mobile phone, a tablet computer, a notebook computer, etc., and the user can act through personal actions. The electronic device 30' obtains the modeling balloon 3D image model 100 corresponding to the feature image 11 from the cloud server 60; further, the user can download the augmented reality program on a specific website, wherein the augmented reality program provides The user performs viewing angle adjustment, scaling, image rotation, image capture, or any of the above two actions on the display modeling balloon 3D image model 100 displayed on the screen to help the user understand the overall shape of the modeling balloon. appearance.

As described above, the medium 10 may be a product catalogue, a sticker label, a book, or a card of a modeling balloon; for example, the card is read by the user through the information processing device 30 or a personal electronic communication device. The information of the feature image 11 further superimposes the corresponding augmented reality image into the real world in the display screen, that is, the display screen displays the 3D image of the augmented reality on the card.

The 3D image generating component of the creation of the augmented reality execution modeling balloon is mainly applied to the product of the modeling balloon to provide the user with an understanding of the modeling balloon product; the technical means is to use the above-mentioned vehicle having the characteristic image 11 10 is combined with a storage member 40; in the case of a sticker label, the storage member 40 is provided with a balloon material for making a modeling balloon, and the storage member 40 can be a box-shaped package, a bag-shaped package, etc., and is not limited thereto. According to the actual needs of the product, in the case of a box-shaped package, the sticker label can be attached to the outside of the box-shaped package, such as the top surface of the box for easy identification by the user, or placed in the storage. In the case, there is no limitation here, and the boxed package is provided with balloon material (not shown) for making the corresponding modeling balloon 3D image model 100, which helps the user to pass the modeling balloon before purchasing the modeling balloon product. The 3D image model 100 further enhances the viewing of the virtual three-dimensional model image of the product purchased therefrom. In this way, it is not necessary to produce a variety of various modeling balloons for various merchandise. Line sales pitch, placing significant savings in space and commodity production man-hours, and at the same time to achieve the purpose of enhancing trade promotion.

Referring to FIG. 2 again, the drawing teaching component of the creation of the modeling balloon for augmented reality is drawn, and the similar parts of the 3D image generating component of the present creation are not further described herein, and the main difference is Whereas, the production teaching component of the modeling balloon includes the medium 10 and the database 20, and the plurality of feature images (11a, 11b, 11c...) are arranged on the medium 10, and the database 20 is provided. The 3D virtual objects corresponding to the feature images 11 are stored; and the user can sequentially scan the feature images (11a, 11b, 11c...) through the information processing device 30, so that the information processing device 30 can be used by the information processing device 30. The feature image 11 generates a modeling balloon 3D to create an image 200, and the information processing device 30 and the foregoing embodiment carry an augmented reality program (not shown), and the user sequentially scans the feature image 11 through the camera lens. And displaying the modeling balloon 3D production image 200 on the display screen.

Further, the augmented reality program in the information processing device 30 can provide the user to pause playback, play speed adjustment, play pause, playback, image quality adjustment, resolution adjustment, or the foregoing. Any two or more actions.

As described above, the medium 10 in which a plurality of feature images (11a, 11b, 11c...) are arranged in the teaching component of the creation modeling balloon is combined with the storage member 40, for example, configured on the box-shaped package. For the feature image card, the user can scan the feature images through the information processing device 30 or the personal electronic device to view the 3D production teaching image of the modeling balloon, which is helpful for the user to purchase the modeling balloon product. Before or after the purchase, the teaching image is created through the modeling balloon 3D to understand the production process, so as to reduce the user's learning threshold for the modeling balloon, and it is easier to produce a finished product that conforms to the modeling balloon 3D image model. Ways can help improve learning efficiency and increase user desire for consumption.

The 3D image generating means for performing the modeling balloon in the augmented reality and the operation mode of the teaching component are described in detail below. Referring to FIG. 3, the data processing device 30 is also a personal action. For example, the electronic communication device includes a smart phone, which includes a capture module 31, a comparison module 32, a processing module 33, and an output module 34. The capture module 11 can be intelligent wisdom. The camera built into the mobile phone, and the output module 34 is the display screen of the smart phone.

As described above, the capture module 31 is configured to obtain the feature image 11; after acquiring the feature image 11, the comparison module 32 obtains the corresponding sequence code according to the acquired feature image 11; The comparison module 32 compares the feature image 11 captured by the capture module 31 with the image file stored in the database 20. If the feature image 11 is found to be the same as the image file after the comparison, Then, the sequence code corresponding to the same image file as the feature image 11 is taken out; if the capture module 31 obtains a plurality of feature images, the comparison module 32 obtains a plurality of sequence codes, wherein the sequence code can be a series of Numbers, words, or a combination thereof, and are a single code, which is not limited herein.

As described above, after obtaining the sequence code, the processing module 33 obtains the execution code corresponding to the sequence code from the database 20 according to the sequence code, and the execution code system corresponds to an augmented reality 3D. a virtual object (not shown), and the output module 34 can output a 3D virtual object corresponding to the execution code, and the 3D virtual object is stored in the database 20; in an embodiment, the processing module 33 is The sequence of the plurality of feature images is obtained by the capture module 31, and the sequence of the plurality of sequence codes is set to obtain the corresponding execution code according to the sequence of the plurality of sequence codes, wherein the execution code can be a web address or File path, and corresponds to 3D virtual objects.

The following further explains the operation of the creation of the teaching component of the 3D production modeling balloon in the augmented reality; the meaning of the first and last sequences of the serial code refers to the static images of the modeling balloon from the initial to the completion of the production. The above characteristic images (11a, 11b, 11c.....) correspond to the respective created pictures, respectively, including the initial use of the balloon material, how the balloon is inflated, how the balloons are tied, and how to sort the combinations until the finished product is completed. The data stream 20 can be preset in the sequence of the sequence codes of the foregoing pictures, and the corresponding execution code is output, and the 3D virtual object corresponding to the execution code is output to the output module 34. For the user to watch and learn according to this operation.

By creating 3D image models and making teachings on the styling balloon products, you can break through existing physical exhibitions or multimedia time and space constraints, so that consumers and learners can operate their own mobile communications. The device uses the operation method of capturing the image of the physical object to carry out self-learning, and realizes various stereoscopic shapes and production process of the modeling balloon in augmented reality manner, and can serve and solve more consumers in one time. Demand, as well as improving the learning outcomes of learners, and increasing the fun of learning interaction.

However, the specific embodiments described above are only used to illustrate the features and functions of the present invention, and are not intended to limit the scope of implementation of the present invention, without departing from the spirit and technical scope of the creation. The equivalent changes and modifications made by the present disclosure are still covered by the scope of the patent application described below.

10‧‧‧Media
11‧‧‧Characteristic images
11a‧‧‧Character Images
11b‧‧‧Character image
11c‧‧‧Character Images
20‧‧‧Database
30‧‧‧Data processing device
30'‧‧‧Mobile electronic devices
31‧‧‧Capture module
32‧‧‧ Alignment module
33‧‧‧Processing module
34‧‧‧Output module
40‧‧‧Accessories
60‧‧‧Cloud Server
100‧‧‧3D image model of modeling balloons
200‧‧‧ modeling balloon 3D production image

FIG. 1 is a schematic diagram of a 3D image generating component of the modeling balloon of the present invention. Figure 2 is a schematic diagram showing the teaching components of the modeling balloon of the present creation. FIG. 3 is a schematic diagram showing the operation of performing 3D image generation in the augmented reality of the present creation.

10‧‧‧Media

11‧‧‧Characteristic images

20‧‧‧Database

30‧‧‧Data processing device

30’‧‧‧Mobile electronic devices

40‧‧‧Accessories

60‧‧‧Cloud Server

100‧‧‧3D image model of modeling balloons

Claims (10)

A 3D image generating component for performing a modeling balloon in an augmented reality, comprising: a medium having at least one feature image on the medium; and a database, the database being erected on a cloud server or An information processing device, wherein the database stores at least one 3D virtual object corresponding to the feature image; wherein the media provides a user to scan the feature image with the information processing device, so that the information processing device The feature image generates a modeling balloon 3D image model, or provides a user to scan the feature image with a mobile electronic device, so that the mobile electronic device obtains the modeling balloon 3D corresponding to the feature image from the cloud server. Image model. The 3D image generating means for performing the modeling balloon in the augmented reality as described in claim 1, wherein the medium is a product catalog, a sticker label, a book, or a card. The 3D image generating component for performing the modeling balloon in the augmented reality, as described in claim 1, wherein the information processing device includes an augmented reality program, and the augmented reality program provides the user with the 3D image of the modeling balloon. The model performs viewing angle adjustment, scaling, image rotation, image capture, or any of the foregoing. A teaching component for performing a modeling balloon in an augmented reality, comprising: a medium, the plurality of feature images are sequentially arranged on the medium; and a database, the database is erected in a cloud server Or an information processing device, wherein the database stores at least one 3D virtual object corresponding to the feature images; wherein the media provides the user with the information processing device to sequentially scan the feature images of the media For example, the information processing device generates a image by using the feature image to generate a modeling balloon 3D, or provides a user to sequentially scan the feature images by a mobile electronic device, so that the mobile electronic device The cloud server obtains the image of the modeling balloon 3D corresponding to the feature images. The teaching component of the modeling balloon is executed in an augmented reality as described in claim 4, wherein the medium is a product catalog, a sticker label, a book, or a card. An instructional component for performing a modeling balloon in an augmented reality, as described in claim 4, wherein the information processing device includes an augmented reality program, and the augmented reality program provides a user to create an image of the modeling balloon 3D. Play pause, play speed adjustment, play pause, playback, image quality adjustment, resolution adjustment, or any of the above two actions. A balloon material package comprising: a 3D image generating member for performing a modeling balloon in an augmented reality as claimed in claim 1; and a receiving member, wherein the medium is selectively disposed outside the receiving member for identification Or placed in the accommodating member, and the accommodating member is provided with a balloon material for making a modeling balloon. The balloon material package of claim 7, wherein the balloon material of the modeling balloon is used to make a finished product conforming to the 3D image model of the modeling balloon. A balloon material package comprising: a teaching teaching component for performing a modeling balloon in an augmented reality as described in claim 4, and a receiving member, wherein the medium is selectively disposed outside the receiving member for identification, Or it is placed in the accommodating member, and the accommodating member is provided with a balloon material for making a modeling balloon. The balloon material package according to any one of claims 7 to 9, wherein the information processing device is an electronic communication device having an imaging lens and a display screen.