System and method for interactive exhibition of three-dimensional image of artwork

Abstract

The present invention relates to a system and method for interactive exhibition of a three-dimensional image of an artwork. The system comprises a cloud servo host of an exhibition platform, an exhibition venue device of at least one exhibition venue provider, an uploading device of at least one artwork provider, and a visiting device of at least one visitor. The uploading device, the visiting device and the exhibition venue device can be connected to the cloud servo host by means of the Internet. Therefore, a three-dimensional real-scene image of an uploaded artwork and a three-dimensional real-scene image of an exhibition venue can be integrated into a three-dimensional exhibition image, and can be posted by means of an announcement of exhibition information. A visitor can be connected online to perform a real-scene visit, and at least one specified exhibition event comprising location information and the exhibition information can be pushed to a specific visitor, so that the visitor can go to a real exhibition venue on the basis of an instruction of the specified exhibition event to complete an interactive visit of an artwork. The present invention improves the attraction effect of exhibition venues to visitors, and further improves the educational performance of artworks.

Description

System and method for interactive exhibition of three-dimensional images of artworks Technical Field

[0001] The present invention relates to the technical field of online exhibition of artworks, and specifically to a system and method for interactive exhibition of three-dimensional images of artworks. Background Art

[0002] In recent years, influenced by the rise of internet technology, various methods for displaying and selling goods online have become increasingly popular and attracting increasing attention. Even so-called online shopping malls have been established, allowing sellers to display their products online and consumers to browse and complete their purchases from their computers. Artwork is the crystallization of human cultural creation. Antiques, fine arts, paintings, calligraphy, and sculptures are extremely valuable collectibles. For scholars and collectors, acquiring such works of art is a lifelong goal. Especially for rare works of art, collectors will use exhibitions to expand their reach. In addition to promoting the educational value of art, they also allow potential collectors and buyers to first understand the value of the work. Therefore, many art museums, galleries, and even art departments in schools attract members through various exhibitions, offering opportunities for viewing and even subsequent sales.

[0003] Existing art exhibitions primarily involve artists or collectors renting venues such as cultural centers, private art museums (such as the Chi Mei Museum in Taiwan), small galleries, or school classrooms. Exhibition information is announced or communicated through the venue's scheduled posters, websites, social media platforms, member emails, exhibitors, or individual artist communities. Members then search for exhibits based on their preferences and, based on the limited information provided in these announcements, decide whether to visit. However, this type of exhibition information is primarily based on member databases, self-searching, or casual encounters. Furthermore, whether members view exhibition information digitally on websites or receive it in print, the presentation of the artworks is often static, partial, or limited. This means that the information available to members is extremely limited and may not be enough to attract them to invest time in visiting the exhibition. Furthermore, potential members may desire to be presented with clear details about the exhibited artworks upon their in-person visit, but existing exhibition information, announcements, and notifications fail to meet these expectations.

[0004] To this end, with the rapid development of existing Internet and visual technology, the relevant industry has developed a variety of different exhibition methods and systems, such as Taiwan Utility Model Patent No. M456530, "Visual Art Playback System", Taiwan Utility Model Patent No. M558950, "Artwork Appreciation Platform System", and Taiwan Invention Patent No. I101146183, "Exhibition Announcement and Marketing System". However, these patents mainly shift the traditional display method of artworks to the Internet in response to the development of technology and the Internet. They cannot solve the problem of insufficient initiative and lack of interactivity in online exhibition, information announcement and promotion of artworks, which greatly restricts the exhibition and promotion of artworks.

[0005] Due to the limitations of existing online exhibitions and exhibition information push, the exhibition push lacks initiative and interactivity. At the same time, due to the rental fees of exhibition venues and the restrictions on exhibition time periods, the works of some artists with limited financial resources or insufficient fame are difficult to be discovered, which greatly restricts the exhibition and promotion of artworks. Therefore, how to solve the above problems is urgently needed by researchers in this field, and this is also the topic to be explored by the present invention.

[0006] In view of the above-mentioned shortcomings and needs, the inventor believes that further corrections are necessary. Therefore, with many years of experience in related technologies and product design and manufacturing, he has conducted research and creation to address the above shortcomings and actively sought solutions. After continuous research and trial production, he finally successfully developed a system and method for interactive exhibition of three-dimensional images of artworks, thereby overcoming the limitations of existing artwork exhibitions and information push.

[0007] Summary of the Invention

[0008] Therefore, the main purpose of the present invention is to provide a system and method for interactive three-dimensional image exhibition of artworks, which can integrate the artworks and exhibition venues using three-dimensional images, allowing members to feel more present and study the details of the artworks online, so that members can have a deeper understanding and experience of the artworks and exhibition venues before visiting them in person.

[0009] A second primary purpose of the present invention is to provide a system and method for interactively displaying three-dimensional images of artworks. The system can actively push invitations to visit events to a virtual exhibition hall in the virtual world, allowing members to use their viewing devices to locate the corresponding physical exhibition hall in the real world through positioning technology and complete the interaction of the designated invitation to visit event within the physical exhibition hall, thereby significantly improving the exhibition and marketing effects of artworks, allowing the physical exhibition hall to attract more members and enhancing the initiative and interactivity of artwork exhibitions.

[0010] Another primary objective of the present invention is to provide a system and method for interactively displaying three-dimensional artwork images. By proactively promoting designated exhibition events, artworks displayed in small exhibition halls, clubs, or schools can attract more members without requiring significant advertising and marketing expenses and time, thereby increasing the exposure of the artwork exhibition and reducing its burden.

[0011] The present invention mainly achieves the above-mentioned purpose and effects through the following technical means, which include:

[0012] A cloud server host comprises at least one processing module and a transmission module connected to the processing module, at least one memory unit and at least one storage module, an image integration module, an information push module, a data module and an electronic map generation module, wherein the processing module is used to execute various programs, instructions and functions of the system, the transmission module is used to connect to an Internet, the memory unit is used to store system programs or instructions, and serves as a temporary data storage medium for the operating system or other running programs, each of the storage modules is used to store at least one data module, and the image integration module is used to Integrating at least one three-dimensional image of a work of art and at least one three-dimensional image of a real exhibition scene into at least one three-dimensional exhibition image including the artwork and the exhibition scene; the information push module is used to push at least one designated exhibition event including location information and exhibition information to members; the processing module is used to execute an exhibition management program stored in the storage module, and the exhibition management program includes at least functions for displaying artworks, exhibition information, exhibition scene information, searching, and setting push conditions; and the electronic map generation module is used to generate an electronic map based on the location of the exhibition scene equipment, the uploading device, and the visiting device;

[0013] At least one exhibition equipment, comprising at least a first processing unit for executing the exhibition management program, a first transmission unit connected to the first processing unit, a first human-machine interface, and at least a first proximity sensing module, wherein the first processing unit is used to execute various programs, instructions, and functions of the system; the first transmission unit is used to connect to the cloud server host via the Internet; the first human-machine interface is used to view pages of the exhibition management program, set conditions, and input data; the first human-machine interface is connected to an image pickup device for providing three-dimensional real-life images of the exhibition venue; and the first proximity sensing module is used to interact with the visitor equipment described below;

[0014] At least one uploading device having at least a second processing unit for executing the exhibition management program, a second transmission unit connected to the second processing unit, and a second human-machine interface, wherein the second processing unit is used to execute various programs, instructions, and functions of the system, the second transmission unit is connected to the cloud server via the Internet, and the second human-machine interface is used to view pages of the exhibition management program, set conditions, and input data;

[0015] At least one visiting device, which has at least one third processing unit for executing the above-mentioned exhibition management program and a third transmission unit, a third human-machine interface, a third proximity sensing module and a third positioning module connected to the third processing unit, wherein the third processing unit is used to execute various programs, instructions and functions of the system, the third transmission unit is used to connect to the cloud server host through the Internet, the third human-machine interface is used to view the pages of the exhibition management program, set conditions and input data, the third proximity sensing module is used to interact with the above-mentioned exhibition venue equipment, and the third positioning module is used to mark the visitor's location on the electronic map of the cloud server host.

[0016] Optionally, the viewing device is a wearable device for viewing virtual reality, and the image integration module of the cloud server host is used to integrate a three-dimensional image of at least one artwork and a three-dimensional image of at least one real scene of the exhibition into a virtual reality exhibition image.

[0017] Optionally, the data module of the cloud server host includes at least a member database, an exhibition venue image database, an artwork image database, an image integration database, an exhibition information database, and a designated exhibition event database.

[0018] Optionally, the exhibition management program is a web application executed on a website.

[0019] Optionally, the exhibition management program is a mobile application built into the visiting device, uploading device and exhibition equipment for connecting to the cloud server host to receive and send data.

[0020] Optionally, the first human-machine interface, the second human-machine interface and the third human-machine interface are a display device, a keyboard and / or a touch display screen.

[0021] Optionally, the first human-machine interface of the exhibition equipment is connected to an image pickup device for obtaining three-dimensional real-scene images of the exterior, interior or part of the exhibition hall, and the second human-machine interface of the uploading device is connected to an image pickup device for obtaining three-dimensional real-scene images of artworks.

[0022] Optionally, the first processing unit of the exhibition equipment is connected to a first positioning module, and the second processing unit of the uploading device is connected to a second positioning module for marking the locations of the exhibition venue and artworks.

[0023] Optionally, the second processing unit of the uploading device is connected to a second positioning module for cooperating to mark the exhibition location of the artwork, and the second processing unit of the uploading device is further connected to a second proximity sensing module for interacting with the visitor's visiting device.

[0024] The system for interactively displaying three-dimensional images of artworks is further used to provide a method for interactively displaying three-dimensional images of artworks to further achieve the above-mentioned purpose and effect; the method at least includes:

[0025] Step S01, start the connection and members register and log in respectively;

[0026] Step S02: Upload information of at least one artwork and its 3D real-life image;

[0027] Step S03: Upload at least one exhibition site information and its 3D real scene image;

[0028] Step S04: integrating at least one artwork and at least one real-life image of an exhibition venue into a three-dimensional exhibition image;

[0029] Step S05: publishing exhibition information of at least one artwork;

[0030] Step S06: The visitor searches and matches the exhibition information and conducts a cloud tour;

[0031] Step S08: Push at least one designated exhibition event including positioning information and exhibition information;

[0032] Step S09: The visitor completes the above-mentioned designated exhibition events according to the instructions;

[0033] Step S10, returning the information of the designated exhibition event; and

[0034] Step S11: Send updated information to members.

[0035] Optionally, in step S04, at least one artwork and at least one real-life image of an exhibition venue are integrated into a three-dimensional exhibition image. The three-dimensional real-life image of the artwork and the three-dimensional real-life image of the exhibition venue can be superimposed to generate a virtual reality exhibition image for visitors to view using wearable devices with virtual reality functions.

[0036] Optionally, a step S07 is added after step S06 to generate an electronic map of exhibition information to guide visitors to visit the exhibition.

[0037] In this way, the system and method for interactive exhibition of three-dimensional images of artworks of the present invention can integrate the three-dimensional real-scene images of artworks uploaded by artwork providers and the three-dimensional real-scene images uploaded by exhibition venue providers into a three-dimensional exhibition image through the image integration module of the cloud server host, and through the announcement of exhibition information, allow visitors to connect online for a real-scene tour. At the same time, the information push module of the cloud server host is used to push at least one designated exhibition event containing positioning information and exhibition information to the visiting device of a specific visitor, so that the visitor can go to the exhibition venue to complete the interaction in person according to the instructions of the designated exhibition event, thereby greatly improving the effect of the exhibition venue in attracting visitors and enhancing its economic benefits.

[0038] The present invention can integrate three-dimensional images of artworks and exhibition venues into virtual exhibition images, and can actively push exhibition information of favorite artworks to members, allowing members to actively visit physical exhibition venues to view physical artworks, further enhancing the educational value of artworks.

[0039] In order to further understand the structure, features and other purposes of the present invention, preferred embodiments of the present invention are given below and described in detail with reference to the drawings, so that those familiar with the technical field can implement them. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] FIG1 is a schematic diagram of the system architecture of the present invention.

[0041] FIG2 is a schematic diagram of the configuration of the system of the present invention in actual use state.

[0042] FIG3 is a schematic diagram of the process architecture of the method of the present invention.

[0043] FIG. 4 is a schematic diagram of a process page when an exhibition venue provider uploads a 3D real scene image of the exhibition venue in actual implementation of the present invention.

[0044] FIG5 is a schematic diagram of a process page when an artwork provider uploads a 3D real-scene image of an artwork in an actual implementation of the present invention.

[0045] FIG. 6 is a schematic diagram of a process page when a visitor views a 3D exhibition image online in an actual implementation of the present invention.

[0046] FIG. 7 is a schematic diagram showing visitor locations on an electronic map when pushing a designated exhibition event in an actual implementation of the present invention.

[0047] FIG8 is a schematic diagram of the interactive state when a designated exhibition event is completed in actual implementation of the present invention.

[0048] The diagram is labeled as follows: 100: Internet 10: Cloud server 11: Processing module 110: Exhibition management program 12: Transmission module 13: Memory unit 14: Storage module 15: Image integration module 16: Information push module 18: Data module 181: Member database 182: Exhibition image database 183: Artwork image database 185: Image integration database 186: Exhibition information database 187: Designated exhibition event database 19: Electronic map generation unit 20: Exhibition equipment 21: First processing unit 22: First transmission unit 23: First human-machine interface 231: Display device 232: Keyboard 233: Touchscreen display 235: Image pickup device 24: First proximity sensing module 25: First positioning module 30: Upload device 31: Second processing unit 32: Second transmission unit 33: Second human-machine interface 331: Display device 332: Keyboard 333: Touchscreen display 335: Image pickup device 34: Second proximity sensing module 35: Second positioning module 50: Tour device 51: Third processing unit 52: Third transmission unit 53: Third human-machine interface 531: Display device 532: Keyboard 533: Touchscreen display 54: Third proximity sensing module 55: Third positioning module DETAILED DESCRIPTION

[0049] The present invention relates to a system and method for interactively displaying three-dimensional images of artworks. The technical content of the present invention will be described below through specific embodiments so that people familiar with the art can easily understand the advantages and effects of the present invention from the contents disclosed in this specification. The present invention can also be implemented or applied through other different specific embodiments. Therefore, in the specific embodiments of the present invention and its components in the accompanying drawings, all references to front and back, left and right, top and bottom, upper and lower, and horizontal and vertical are only used for convenience of description and are not intended to limit the present invention, nor to limit its components to any position or spatial direction. The dimensions specified in the drawings and the description may be changed according to the design and requirements of the specific embodiments of the present invention without departing from the scope of the patent application of the present invention.

[0050] FIG1 shows a system for interactively displaying three-dimensional artwork images according to the present invention. The system includes an internet 100, a cloud server 10 of an exhibition platform, exhibition equipment 20 of at least one exhibition venue provider, an upload device 30 of at least one artwork provider, and a viewing device 50 of at least one visitor. Each upload device 30, each viewing device 50, and each exhibition venue device 20 is connected to the cloud server 10 via the internet 100 by wire or wireless to transmit and receive instructions and data. This allows the exhibition platform and exhibition venue provider to provide each member with a three-dimensional (3D) exhibition image of at least one artwork. Furthermore, through at least one artwork exhibition information, members, artwork providers, exhibition venue providers, and / or the exhibition platform can interact online to complete at least one exhibition push event.

[0051] As for the detailed structure of the system and method for interactive exhibition of three-dimensional images of artworks of the present invention, as shown in Figures 1 and 2, the Internet 100 is a typical network system for wired or wireless connection, which allows the exhibition equipment 20, the uploading devices 30 and the visiting equipment 50 to be connected to the cloud server host 10 via a wireless network or a wired network for mutual transmission, reception and exchange of various artworks and exhibition information.

[0052] The cloud server host 10 includes at least one processing module 11, a transmission module 12, at least one memory unit 13, at least one storage module 14, an image integration module 15, an information push module 16, a data module 18, and an electronic map generation module 19. The processing module 11 is used to execute various system programs, instructions, and functions. The transmission module 12, connected to the processing module 11, connects to the Internet 100 via wireless or wired technology to transmit or receive various data, images, or instructions from the exhibition equipment 20, the upload device 30, and the visitor equipment 50. The memory unit 13 is electrically connected to the processing module 11 and is a read-only memory (ROM) and / or random access memory (RAM) unit used to store system programs or instructions and serve as a temporary data storage medium for the operating system or other currently executing programs. Each storage module 14 is connected to the processing module 11 via a wired or wireless connection, and is an internal storage device or an external storage device, such as a hard disk drive (HDD), a solid state drive (SSD), or an online hard drive. The image integration module 15 is connected to the processing module 11 and is used to integrate a three-dimensional image of at least one artwork and a three-dimensional image of at least one real exhibition scene into a three-dimensional exhibition image or a virtual reality (VR) exhibition image containing the artwork and the exhibition scene. The information push module 16 is connected to the processing module 11 and is used to push at least one designated exhibition event to members. The designated exhibition event includes, but is not limited to, location information, exhibition information, and instructions for visitor rewards (such as points, coupons, or cash back). The data module 18 is stored in the storage modules 14, wherein the data module 18 at least includes a member database 181, an exhibition image database 182, an artwork image database 183, an image integration database 185, an exhibition information database 186, and a designated exhibition event database 187. The member database 181 is used to store at least one member's basic identification information, visit points information, exhibition information, and related execution information (i.e., advertising behavior of each exhibition information push). The members include visitors, exhibition providers, and artwork providers, and the exhibition image database 182 is used to store at least one exhibition basic identification information and three-dimensional images. The three-dimensional images of the exhibition are actual panoramic views of the exterior, interior, and local areas of the exhibition. The artwork image database 183 is used to store at least one artwork, including but not limited to basic identification information and three-dimensional real-scene images, and the artworks are antiques, fine arts, paintings, calligraphy, or sculptures.The image integration database 185 is used to store at least one of the aforementioned three-dimensional exhibition images or virtual reality exhibition images. The exhibition information database 186 stores exhibition information data for at least one artwork at at least one exhibition venue. Such exhibition information data includes, but is not limited to, the exhibited artwork, the artwork's artist, the exhibition date, and the exhibition location. The designated exhibition event database 187 stores at least one designated exhibition event for push notification, including, but not limited to, the distribution, modification, and interaction data of visitor rewards obtained by at least one member for completing at least one exhibition information. The processing module 11 is used to execute an exhibition management program 110 stored in the storage module 14. The exhibition management program 110 is a web application program executed on a website or a mobile application program (APP) built into the visitor device 50, the upload device 30, and the exhibition venue equipment 20 for connecting to the cloud server host 10 to receive and send data. The exhibition management program 110 includes at least functions for displaying artworks, displaying exhibition information, exhibition venue information, member search, and setting push conditions. The electronic map generation module 19 is connected to the processing module 11, and the electronic map generation module 19 generates an electronic map based on the positioning positions of the exhibition equipment 20, the uploading device 30, and the visiting device 50. The electronic map can be displayed on the page of the exhibition management program 110 to help visitors use their visiting devices 50 to find and follow the instructions to reach the designated exhibition venue.

[0053] The exhibition equipment 20 is a terminal device, such as a smartphone, tablet computer, desktop computer, or laptop computer, used by exhibition providers. The exhibition venues are cultural centers, professional exhibition halls, galleries, or schools. The exhibition equipment 20 comprises at least a first processing unit 21 for executing the exhibition management program 110, a first transmission unit 22, a first human-machine interface 23, and at least one first proximity sensor module 24. The first processing unit 21 is used to execute various programs, instructions, and functions of the system. The first transmission unit 22, connected to the first processing unit 21, connects to the cloud server 10 via the internet 100 via a wired or wireless connection, allowing the exhibition provider to transmit instructions or input data. The first human-machine interface 23, connected to the first processing unit 21, comprises a display device 231, a keyboard 232, and / or a touch screen 233, allowing the exhibition provider to view pages of the exhibition management program 110, set conditions, and input data. The first human-machine interface 23 is connected to an image pickup device 235 for capturing three-dimensional real-world images of the exterior, interior, or local area of ​​the exhibition space. The first proximity sensing module 24, connected to the first processing unit 21, is a short-range communication device such as an infrared transmission element, a high-frequency wireless communication element (NFC), a Bluetooth transmission element, a radio frequency tag or its reader, or a barcode or its reader. These first proximity sensing modules 24 are installed in different areas of the exhibition space or on exhibits, allowing exhibition providers to interact with visitors' viewing devices 50 (e.g., by detecting proximity or scanning barcodes). The first processing unit 21 of the exhibition equipment 20 is further connected to a first positioning module 25, which is a global positioning system (GPS). The first positioning module 25 is used to cooperate with the exhibition equipment 20 to mark the exhibition location, and the exhibition management program 110 running in the first processing unit 21 of the exhibition equipment 20 is used to upload real-life images of the exhibition, set, modify and log exhibition information, and interact with the visitor's visiting equipment 50.

[0054] The upload device 30 is a terminal device, such as a smartphone, tablet, desktop computer, or laptop computer, used by an artwork provider. The artwork provider is an artist, owner, or trustee (e.g., an exhibitor). The upload device 30 comprises at least a second processing unit 31 for executing the exhibition management program 110, a second transmission unit 32, and a second human-machine interface 33. The second processing unit 31 is used to execute various programs, instructions, and functions of the system. The second transmission unit 32, connected to the second processing unit 31, connects to the cloud server 10 via the internet 100 via wired or wireless communication, allowing the artwork provider to transmit instructions or input data. The second human-machine interface 33, connected to the second processing unit 31, comprises a display device 331, a keyboard 332, and / or a touch screen 333, allowing the artwork provider to view pages of the exhibition management program 110, set conditions, and input data. The second human-machine interface 33 is connected to an image pickup device 335 for capturing a three-dimensional real-life image of the artwork. The exhibition management program 110 running in the second processing unit 31 of the upload device 30 is used to upload the three-dimensional real-life image of the artwork, and to set, modify, and register artwork information. According to certain embodiments, the upload device 30 is an exhibition device 20. The second processing unit 31 of the upload device 30 is connected to a second proximity sensing module 34. This second proximity sensing module 34 can be a short-range communication element such as an infrared transmission element, a high-frequency wireless communication element (NFC), a Bluetooth transmission element, a radio frequency tag or its reader, or a barcode or its reader. This second proximity sensing module 34 allows the artwork provider to interact with the visitor's viewing device 50 (e.g., by detecting or scanning a barcode). Furthermore, the second processing unit 21 of the upload device 30 is further connected to a second positioning module 35. This second positioning module 35 can be a global positioning system (GPS) system, and can cooperate with the upload device 30 to mark the exhibition location.

[0055] The visitor device 50 is a portable terminal device, such as a smartphone, tablet computer, or the like, used by visitors. The visitor device 50 comprises at least a third processing unit 51 for executing the aforementioned exhibition management program 110, a third transmission unit 52, a third human-machine interface 53, a third proximity sensor module 54, and a third positioning module 55. The third processing unit 51 is configured to execute various programs, instructions, and functions of the system. The third transmission unit 52, connected to the third processing unit 51, is connected to the cloud server 10 via the internet 100 via a wired or wireless connection, allowing visitors to transmit instructions or input data. The third human-machine interface 53 connected to the third processing unit 51 comprises a display device 531, a keyboard 532, and / or a touchscreen display 533, allowing the exhibition provider to view pages of the exhibition management program 110, set conditions, and input data. The third proximity sensor module 54 connected to the third processing unit 51 comprises a short-range communication device, such as an infrared transmission element, a high-frequency wireless communication element (NFC), a Bluetooth transmission element, a radio frequency tag or its reader, a barcode or its reader, etc., allowing visitors to interact with the aforementioned exhibition equipment 20 or the upload device 30 (e.g., by detecting or scanning a barcode). Furthermore, the third positioning module 55 connected to the third processing unit 51 comprises a global positioning system (GPS). The third positioning module 55 is used to identify the visitor's location. The exhibition management program 110 running in the third processing unit 51 allows visitors to search for the exhibition venue, input, set, and modify visitor information, and use the electronic map of the exhibition management program 110 to find or follow directions to the exhibition venue. According to some embodiments, the viewing device 50 is a wearable device for viewing virtual reality.

[0056] In actual use, as shown in Figures 1 and 2 , the present invention operates by utilizing the exhibition management program 110. The exhibition venue provider and / or artwork provider utilizes the first human-machine interface 23 and second human-machine interface 33 of their exhibition venue equipment 20 and / or upload device 30 to upload the exhibition venue's 3D real-life images, artwork's 3D real-life images, and exhibition information to the cloud server 10 via the internet 100. The exhibition management program 110, built into the cloud server 10, then integrates the exhibition venue and artwork's 3D real-life images into 3D exhibition images and exhibition information. Visitors utilize their viewing devices 50 to connect to the cloud server 10 via the internet 100 to obtain the artwork exhibition information and images from the exhibition management program 110. The cloud server 10 then uses the cloud server 10 to push at least one designated exhibition event to at least one visitor, proactively inviting at least one visitor to visit at least one exhibition venue. The process steps of the interactive exhibition method for 3D artwork images are as follows. Please refer to Figure 3 for further details:

[0057] Step S01, activating the connection and member registration and login: First, the exhibition platform activates the cloud server 10, and each member (including exhibition venue providers, artwork providers, and visitors) activates their exhibition venue equipment 20, upload device 30, or visitor equipment 50 as needed. Each activated exhibition venue equipment 20, upload device 30, and visitor equipment 50 is connected to the transmission module 12 of the cloud server 10 via the first transmission unit 22, the second transmission unit 32, and the third transmission unit 52 via the Internet 100. The built-in exhibition management program 110 is activated to transmit or receive data, allowing each member to connect to the cloud server 10 for registration and / or login. The basic information of each member is stored in the member database 181 in the data module 18 of the cloud server 10.

[0058] Step S02: Uploading the information of at least one artwork and its 3D real-life image: The artwork provider can utilize the exhibition management program 110 of its upload device 30 to input the information of at least one artwork through the second human-machine interface 33 connected to its second processing unit 31 and obtain the 3D real-life image of the artwork through the image pickup device 335 connected to the second human-machine interface 33. The uploaded image is then uploaded to the artwork image database 183 in the data module 18 of the cloud server 10 using the second transmission unit 32 of the upload device 30. According to certain embodiments, the exhibition venue provider can also utilize its exhibition venue equipment 20 to complete the input of the information of at least one artwork and the upload of the 3D real-life image.

[0059] Step S03, uploading at least one exhibition venue's information and its 3D real-life image: The exhibition venue provider can use the exhibition management program 110 of its exhibition venue equipment 20 to input the information of at least one exhibition venue through the second human-machine interface 33 connected to its first processing unit 21 and obtain the 3D real-life image of the exhibition venue through the image pickup device 235 connected to the first human-machine interface 23. The exhibition venue provider then uses the first transmission unit 22 of the exhibition venue equipment 20 to upload the information to the exhibition venue image database 182 in the data module 18 of the cloud server host 10.

[0060] Step S04: Integrate at least one artwork and at least one real-life image of an exhibition venue into a three-dimensional exhibition image: After receiving the artwork data and three-dimensional real-life image uploaded by the uploading device 30 and the exhibition venue data and three-dimensional real-life image uploaded by the exhibition venue equipment 20, the cloud server host 10 superimposes these images to generate a three-dimensional exhibition image through the image integration module 15 connected to the processing module 12, and stores these three-dimensional exhibition images in the image integration database 185 of the data module 18. According to certain embodiments, the three-dimensional real-life image of the artwork and the three-dimensional real-life image of the exhibition venue can be superimposed to generate a virtual reality exhibition image. These virtual reality exhibition images are stored in the image integration database 185 and can be viewed by visitors using wearable devices with virtual reality capabilities.

[0061] Step S05, publishing the exhibition information of at least one artwork: The above-mentioned exhibition venue uses the exhibition venue equipment 20 or the artwork provider uses its uploading device 30 to set and input the exhibition information of at least one artwork on the cloud server host 10 through its exhibition management program 110. The exhibition management program 110 of the cloud server host 10 can publish and announce the exhibition information of the artwork, and synchronize the exhibition information with the three-dimensional exhibition image or virtual reality exhibition image of the corresponding exhibited artwork in the image integration database 185 of the data module 18, so that visitors can use their visiting equipment 50 to visit online later. The release announcement of the exhibition information can include but is not limited to the latest news on the website of the exhibition management program 110, social networking sites, member emails, and announcement notifications of information of the exhibitor or artist community software.

[0062] Step S06, the visitor performs a search and matching of the exhibition information and conducts a cloud tour: the visitor uses the exhibition management program 110 to set the visit conditions according to the announcement notification of the exhibition information received by the visitor device 50, such as the preferred type of artwork, form, creator, exhibition venue or time, to search for the artwork exhibition information announced in the cloud server host 10, so that the visitor uses the exhibition management program 110 of the visitor device 50 to conduct an online tour of the three-dimensional exhibition image or virtual reality exhibition image of the exhibited artwork, and further directly arrive at the exhibition venue for an on-site visit according to the exhibition venue location in the exhibition information.

[0063] Step S07: Generate an electronic map of the exhibition information to guide visitors to visit the exhibition: The exhibition management program 110 of the cloud server host 10 uses the positioning of the exhibition equipment 20 of the exhibition venues or the uploading device 30 of the artwork providers and the first positioning unit 25, the second positioning unit 35 and the third positioning unit 55 of the visiting devices 50 of the visitors, so that the cloud server host 10 uses the electronic map generation module 19 connected to the processing module 11 to generate an electronic map. The electronic map can mark the location of at least one visitor and at least one exhibition venue or artwork in the exhibition information, allowing visitors to search for exhibition venues or artworks near them through the electronic map displayed in the exhibition management program 110 of their visiting devices 50, and use the electronic map to navigate to visit.

[0064] Step S08, push at least one designated exhibition event including positioning information and exhibition information: The cloud server host 10 uses the exhibition management program 110 to analyze and compare the data in the exhibition information set by the exhibition venue provider or artwork provider based on the visitor's preferences, positioning location or special holidays in the data module 18. After receiving the positioning data transmitted by the visitor's visiting device 50, the cloud server host 10 uses the information push module 16 to dispatch at least one designated exhibition event including positioning information and exhibition information. The designated exhibition events will indicate information related to the visit, including but not limited to a designated location (such as the location of the exhibition venue or artwork), tasks to be performed (such as detection of induction or scanning of barcodes, etc.), and rewards obtained (such as points, coupons or cash back, etc.).

[0065] Step S09, the visitor completes the above-mentioned designated exhibition event according to the instructions: the visitor member moves according to the electronic map instructions of the designated exhibition event in the exhibition management program 110 on his / her visiting device 50, and the positioning module 55 of the visiting device 50 continuously locates and re-updates the position, allowing the visitor to find the exhibition venue or specific artwork corresponding to the designated exhibition event and interact with the designated exhibition event, such as using the third proximity sensing module 54 of his / her visiting device 50 to detect, sense or scan the first proximity sensing module 24 and the second proximity sensing module 34 of the exhibition venue provider's exhibition equipment 20 or the artwork provider's uploading device 30 to complete the authentication of the designated exhibition event.

[0066] Step S10, returning the data of the above-mentioned designated exhibition event: After the visitor completes the designated interaction of the designated exhibition event using his / her visiting device 50 and the exhibition venue provider's exhibition venue equipment 20 or the artwork provider's upload device 30, the visitor returns the relevant interaction data to the cloud server host 10 through the visiting device 50, the exhibition venue equipment 20 and / or the upload device 30 respectively. The cloud server host 10 integrates, analyzes and manages the information using its exhibition management program 110, and updates the corresponding visitor, exhibition venue provider and / or artwork provider information in the member database 181 in its data module 18, and further stores the information in the designated exhibition event database 187 in the data module 18 of the cloud server host 10.

[0067] Step S11, sending updated data to members: After completing the data update of the data module 18, the cloud server host 10 actively transmits the updated designated exhibition event data of the corresponding member (such as a visitor, exhibition venue provider, or artwork provider) according to the request of each member or the setting of the cloud server host 10, and displays it in the exhibition management program 110 of the visiting device 50, exhibition venue device 20 or uploading device 30 of such member, so that the reward level or item obtained by the visitor member can be consumed or enjoy preferential treatment in the corresponding exhibition venue provider or artwork provider. After the consumption or preferential treatment is completed, the information is sent back to the exhibition management program 110 for data update, so as to reduce or delete the visitor's preferential content or items.

[0068] Through the above-mentioned system and method, the present invention integrates the three-dimensional real-scene image of the artwork uploaded by the artwork provider and the three-dimensional real-scene image uploaded by the exhibition venue provider into a three-dimensional exhibition image through the image integration module 15 of the cloud server host 10, and through the announcement of exhibition information, allows visitors to connect online for a real-scene tour. At the same time, the information push module 16 of the cloud server host 10 is used to push at least one designated exhibition event containing positioning information and exhibition information to the visiting device 50 of a specific visitor, so that the visitor can go to the exhibition venue to complete the interaction according to the instructions of the designated exhibition event, greatly improving the effect of the exhibition venue in attracting visitors. Moreover, by actively pushing the design of designated exhibition events, artworks exhibited in small exhibition venues, clubs or schools can attract more members without requiring a large amount of advertising and marketing funds and time, thereby increasing the exposure rate of their artwork exhibitions and reducing their burden, further enhancing the educational nature of the artworks.

[0069] Thus, it can be understood that the present invention is an extremely creative creation. In addition to effectively solving the problems faced in the past, it also greatly improves the results. In the same technical field, there has been no identical or similar product created or publicly used, and at the same time, it has improved the results.

Claims

1. A system for interactively displaying three-dimensional images of artworks, characterized in that: Contains: A cloud server host comprises at least one processing module and a transmission module connected to the processing module, at least one memory unit and at least one storage module, an image integration module, an information push module, a data module and an electronic map generation module, wherein the processing module is used to execute various programs, instructions and functions of the system, the transmission module is used to connect to an Internet network, the memory unit is used to store system programs or instructions, and serves as a temporary data storage medium for the operating system or other programs being executed, each storage module is used to store at least one data module, and the image integration module is used to store information. In the process of integrating at least one three-dimensional image of a work of art and at least one three-dimensional image of a real scene of an exhibition venue into at least one three-dimensional exhibition image including the work of art and the exhibition venue, the information push module is used to push at least one designated exhibition event including positioning information and exhibition information to members, the processing module is used to execute an exhibition management program stored in the storage module, and the exhibition management program at least includes functions for displaying artworks, exhibition information, exhibition venue information, searching, and setting push conditions, and the electronic map generation module is used to generate an electronic map according to the positioning positions of the exhibition venue equipment, the uploading equipment, and the visiting equipment; At least one exhibition equipment, which has at least one first processing unit for executing the exhibition management program and a first transmission unit connected to the first processing unit, a first human-machine interface and at least one first proximity sensing module, wherein the first processing unit is used to execute various programs, instructions and functions of the system, the first transmission unit is used to connect to the cloud server host through the Internet, the first human-machine interface is used to view the pages of the exhibition management program, set conditions and input data, the first human-machine interface is connected to an image pickup device for providing a three-dimensional real scene image of the exhibition, and the first proximity sensing module is used to interact with the visitor equipment described later; At least one uploading device, which has at least one second processing unit for executing the exhibition management program, a second transmission unit connected to the second processing unit, and a second human-machine interface, wherein the second processing unit is used to execute various programs, instructions and functions of the system, the second transmission unit is connected to the cloud server host through the Internet, and the second human-machine interface is used to view the page of the exhibition management program, set conditions and input data; At least one visiting device, which has at least one third place for executing the above exhibition management program The third processing unit comprises a third transmission unit connected to the third processing unit, a third human-machine interface, a third proximity sensing module and a third positioning module, wherein the third processing unit is used to execute various programs, instructions and functions of the system, the third transmission unit is used to connect to the cloud server host through the Internet, the third human-machine interface is used to view the pages of the exhibition management program, set conditions and input data, the third proximity sensing module is used to interact with the above-mentioned exhibition equipment, and the third positioning module is used to mark the visitor's location in the electronic map of the cloud server host.

2. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The visiting device is a wearable device for viewing virtual reality. The image integration module of the cloud server host is used to integrate at least one three-dimensional image of a work of art and at least one three-dimensional image of a real scene of an exhibition into a virtual reality exhibition image.

3. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The data module of the cloud server host at least includes a member database, a exhibition site image database, a artwork image database, an image integration database, an exhibition information database and a designated exhibition event database.

4. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The exhibition management program is a web application program executed on the website.

5. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The exhibition management program is a mobile application built into the visitor device, upload device and exhibition site device for connecting to the cloud server host to receive and send data.

6. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The first human-machine interface, the second human-machine interface and the third human-machine interface are a display device, a keyboard and / or a touch display screen.

7. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The first human-machine interface of the exhibition equipment is connected to an image pickup device for obtaining three-dimensional real-scene images of the exterior, interior or part of the exhibition hall, while the second human-machine interface of the uploading device is connected to an image pickup device for obtaining three-dimensional real-scene images of artworks.

8. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The first processing unit of the exhibition equipment is connected to a first positioning module, and the second processing unit of the uploading device is connected to a second positioning module for marking the positions of the exhibition and the artworks.

9. The system for interactively displaying three-dimensional images of artworks according to claim 1, characterized in that: The second processing unit of the uploading device is connected to a second positioning module for cooperating to mark the exhibition location of the artwork. The second processing unit of the uploading device is further connected to a second proximity sensing module for interacting with the visitor's visiting device.

10. A method for interactively displaying three-dimensional images of artworks, characterized in that: The method is applied to the system for interactive exhibition of three-dimensional images of artworks as claimed in claims 1 to 9, and the method at least comprises: Step S01, start the connection and members register and log in respectively; Step S02, uploading information of at least one artwork and its 3D real-life image; Step S03, uploading at least one exhibition site material and its 3D real scene image; Step S04, integrating at least one artwork and at least one real scene image of the exhibition site into a three-dimensional exhibition image; Step S05: publishing exhibition information of at least one artwork; Step S06: The visitor performs a search and matching of the exhibition information and conducts a cloud tour; Step S08, pushing at least one designated exhibition event including positioning information and exhibition information; Step S09, the visitor completes the above designated exhibition events according to the instructions; Step S10, returning the information of the designated exhibition event; and Step S11: Send updated information to members.

11. The method for interactively displaying three-dimensional images of artworks according to claim 10, characterized in that: In step S04, at least one artwork and at least one real-life image of an exhibition venue are integrated into a three-dimensional exhibition image, in which the three-dimensional real-life image of the artwork and the three-dimensional real-life image of the exhibition venue can be superimposed to generate a virtual reality exhibition image for visitors to watch using wearable devices with virtual reality functions.

12. The method for interactively displaying three-dimensional images of artworks according to claim 10, characterized in that: After step S06, a step S07 is added to generate an electronic map of exhibition information to guide visitors to visit the site.

Images