TWM642353U - Digital interactive experiencing system - Google Patents

Abstract

A digital interactive experience system, comprising a database device, a processing device, at least one display device and at least one camera device; the database device stores a list of scenic spots, meteorological data and geographic data, and the list of scenic spots includes the names of scenic spots , scenic spot introduction, scenic spot coordinates and scenic spot photos; the processing device is connected to the database device, and generates a scenic spot guide data according to the scenic spot list, the meteorological data and the geographical data; the at least one display device is connected to the processing device, and The scenic spot guide data is presented on a display screen; the at least one camera device is connected to the processing device, and a gesture image of the user is photographed; the processing device judges the gesture image to update the scenic spot guide data.

Description

Digital Interactive Experience System

An interactive system, especially a digital interactive experience system.

General sightseeing guides need to rely on experienced guides, who will introduce the tour to tourists and interact with tourists. However, a single guide needs to serve many tourists, which will inevitably lead to uneven services and cannot Taking into account the situation of each tourist, and hiring a guide requires a lot of labor costs.

Some sightseeing areas will provide tourists with guide equipment for tourists to listen to the pre-recorded guide audio through headphones. However, the standard guide recording is easy to make tourists feel boring and lacks a sense of interaction, resulting in the actual usage rate of guide equipment. not tall.

With the popularization of science and technology, various electronic devices are introduced. How to combine navigation and interactive devices to provide users with a more diverse and interactive navigation experience is one of the current goals of those skilled in the art.

In view of this, the present invention provides a digital interactive experience system, which has a visualized interactive screen for users to operate and provide multiple interactive experiences.

In order to achieve the aforementioned goals, the new digital interactive experience system includes: A database device storing a list of scenic spots, meteorological data and geographical data, the list of scenic spots includes the names of scenic spots, brief introductions of scenic spots, coordinates of scenic spots and photos of scenic spots; A processing device, connected to the database device, generates a scenic spot guide data according to the scenic spot list, the meteorological data and the geographical data; at least one display device, connected to the processing device, and presenting the scenic spot guide data on a display screen; at least one camera device, connected to the processing device, and photographing a gesture image of the user; Wherein, the processing device judges the gesture image to update the scenic spot guide data.

In the new digital interactive experience system, the processing device integrates the scenic spot list, the meteorological data and the geographical data, and presents the scenic spot guide data on the display screen of the at least one display device, and the user browses the information on the display screen. While navigating information, the display screen can also be controlled through gestures, and the processing device can judge the user's intended operation according to the gesture image captured by the at least one camera device, and adjust the scenic spot guide according to the user's gestures. Browse information, enhance the interactivity and diversity of the guide through interactive devices, and enhance the user's guide experience.

Please refer to Fig. 1, the new digital interactive experience system can be applied to landscape guides to provide digital interactive guide experience, the digital interactive experience system includes a database device 10, a processing device 20, at least one display The device 30 and at least one camera device 40 .

The database device 10 stores a scenic spot list, a meteorological data and a geographical data, and the scenic spot list can include scenic spot names, scenic spot history, scenic spot introduction, scenic spot coordinates, scenic spot photos and other scenic spot related information of multiple scenic spots, and the scenic spot list can be obtained by The manager updates in real time; the meteorological data can include meteorological data such as temperature, wind direction, humidity, etc. of each meteorological observation station; the geographical data records geographical data such as regional maps and topography of each region, and the geographical data can further include the digital interaction Experience the GPS information of the location of the system, wherein the database device 10 can be a data storage device such as a host computer, a memory, a hard disk, etc.

The processing device 20 is connected to the database device 10, the processing device 20 receives the scenic spot list, the meteorological data and the geographical data, and according to the scenic spot list, the meteorological data and the geographical data, the relevant information of a scenic spot corresponds to The meteorological data and geographic data of the scenic spot are used to generate a scenic spot guide; preferably, the processing device 20 can select a scenic spot closer to the current location according to the location of the digital interactive experience system to generate the scenic spot The scenic spot guide data, wherein, the processing device 20 can be a computing processing device such as a host computer, a processor, or the like.

The at least one display device 30 is connected to the processing device 20. Each display device 30 has a display screen 31 as shown in FIG. The guide information is presented on each display screen 31, and the guide information of the scenic spot is presented to the user for viewing in visual patterns and texts, wherein the at least one display device 30 can be a liquid crystal screen, a transparent display screen, a touch screen, etc. Control screen and other electronic devices with display screen.

The at least one camera device 40 is connected to the processing device 20, and each camera device 40 can be arranged on one of the display devices 30, and the lens is directed toward the direction of the user to capture the user's operation actions and eye movements. The camera device 40 captures a gesture image or eye movement of the user, and transmits the gesture image or the eye movement to the processing device 20, and the processing device 20 can determine what the user wants to perform according to the gesture image or the eye movement. operate, and update or adjust the scenic spot guide data according to the gesture image or the eyeball dynamics, and present the new scenic spot guide data on the corresponding display screen 31, for example, the processing device 20 judges that the user's arm When waved, the processing device generates the guide data of another scenic spot, wherein the at least one camera device 40 can be an eye tracker, a dynamic capture camera, an infrared camera, and the like.

Please refer to Fig. 2, the at least one display device 30 displays a real-time map 311, a real-time weather information 312, a scenic spot pattern 313, a scenic spot name 314 and A scenic spot guide information 315, the real-time map 311 can display the location of the scenic spot and the user; the real-time weather information 312 shows the weather data of the scenic spot or the current user's location; the scenic spot diagram 313 shows photos or signs of the scenic spot The scenic spot guide information 315 then includes scenic spot history, scenic spot brief introduction and other scenic spot related information for users to read, wherein, the real-time map 311, the real-time weather information 312, the scenic spot schema 313, the scenic spot name 314 and the scenic spot guide The display position of browsing information 315 in the display screen 31 is not limited to that shown in FIG. any position on the display screen 31 .

Please refer to FIG. 3 . In the actual application diagram of FIG. 3 , the digital interactive experience system is applied to ship sightseeing guides. The transparent viewing window of the ship is composed of the at least one display device 30. When the ship is moving, the processing device 20 According to the traveling route of the ship, the corresponding scenic spot guide data is transmitted to the at least one display device 30, and the user can simultaneously browse the relevant information of nearby scenic spots on the viewing window while viewing the scenery outside the window.

In a preferred embodiment, the database device 10 further stores a list of virtual creatures. The list of virtual creatures can include information related to virtual creatures such as creature names, bio profiles, and pictures of scenic spots of different virtual creatures. The list of virtual creatures can be composed of Manager updates instantly.

The processing device 20 receives the virtual creature list, and generates a virtual creature data according to the virtual creature list, the meteorological data and the geographical data, and the at least one display device 30 receives the virtual creature data generated by the processing device 20, and The virtual creature data is presented on each of the display screens 31 for the user to interact with the virtual creature through the at least one display device 30 .

Please refer to FIG. 4 and FIG. 5, the at least one display device 30 displays the real-time map 311, the real-time weather information 312, a virtual biological pattern 316 and multiple buttons on the corresponding display screen 31 according to the virtual biological data. 319; the virtual creature pattern 316 displays a photo or logo of the virtual creature; the plurality of buttons 319 are available for the user to interact with the virtual creature, such as feeding or controlling the virtual creature, wherein the plurality of buttons 319 can be touch buttons, controlled by When the user touches the operation trigger, the at least one display device 30 outputs an operation signal to the processing device 20 when the plurality of buttons 319 are triggered, and the processing device 20 updates the virtual biological data according to the operation signal, and the virtual biological pattern 316 And the display position of the plurality of buttons 319 on the display screen 31 is not limited to FIG. 4 , the virtual creature pattern 316 and the plurality of buttons 319 can be displayed at any position of the display screen 31 .

In another preferred embodiment, the database device 10 further stores a store list, which may include store names, store profiles, store photos, store contact information, etc. of different stores, and the store list Can be updated instantly by administrators.

The processing device 20 receives the store list, and generates a store push data according to the store list and the geographical data, and the at least one display device 30 receives the store push data generated by the processing device 20, and pushes the store push data. The broadcast data is presented on each of the display screens 31 for the user to browse the surrounding business information through the at least one display device 30 .

Please refer to FIG. 6, the at least one display device 30 displays a store diagram 320, a store name 321, a store information 322 and a two-dimensional code of the store on the corresponding display screen 31 according to the store push data. 323; the store diagram 320 displays a store photo or a product diagram; the store information 322 includes a store profile for users to browse; the two-dimensional code 323 can be connected to a store website or a store advertisement, wherein the store diagram 320, The display positions of the store name 321, the store information 322 and the two-dimensional code 323 on the display screen 31 are not limited to those shown in FIG. The code 323 can be displayed anywhere on the display screen 31 .

To sum up, in the present invention, the processing device 20 integrates the scenic spot list, the meteorological data and the geographical data, and presents the scenic spot guide data on the display screen 31 of the at least one display device 30, and the user can use the The display screen 31 browses the navigation information, and the processing device 20 can further present the virtual creature data or the shop push data on the display screen 31, and the user can interact with the virtual creature through the at least one display device 30, or Understand the relevant information of the surrounding stores, provide users with a more diverse and interactive tour experience, and further enhance the fun of the tour activities and enhance the actual benefits of the tour.

10: Database device 20: Processing device 30: Display device 31: Display screen 311:Instant map 312: Real-time weather information 313: Attraction Schema 314: Attraction name 315: Attraction Guide Information 316: Virtual Biological Schema 319: button 320: store schema 321: store name 322: store information 323: QR code 40: camera device

Figure 1: System block diagram of the new digital interactive experience system. Fig. 2: A schematic diagram of the first display screen of the novel digital interactive experience system. Fig. 3: The actual screen diagram of the first display screen of the new digital interactive experience system. Fig. 4: Schematic diagram of the second display screen of the novel digital interactive experience system. Fig. 5: The actual screen diagram of the second display screen of the new digital interactive experience system. Fig. 6: Schematic diagram of the third display screen of the new digital interactive experience system.

10: Database device

20: Processing device

30: Display device

40: camera device

Claims (8)

A digital interactive experience system, including: A database device storing a list of scenic spots, meteorological data and geographical data, the list of scenic spots includes the names of scenic spots, brief introductions of scenic spots, coordinates of scenic spots and photos of scenic spots; A processing device, connected to the database device, generates a scenic spot guide data according to the scenic spot list, the meteorological data and the geographical data; at least one display device, connected to the processing device, and presenting the scenic spot guide data on a display screen; at least one camera device, connected to the processing device, and photographing a gesture image of the user; Wherein, the processing device judges the gesture image to update the scenic spot guide data. The digital interactive experience system as described in Claim 1, wherein the at least one camera device captures the user's eye movement, and the processing device judges the eye movement to update the scenic spot guide information. According to the digital interactive experience system described in Claim 1, the at least one display device displays a real-time map on the display screen according to the scenic spot guide data. According to the digital interactive experience system described in Claim 1, the at least one display device displays real-time weather information on the display screen according to the scenic spot guide data. The digital interactive experience system as described in Claim 1, wherein the database device stores a list of virtual creatures, the processing device generates a virtual creature data according to the list of virtual creatures, and the at least one display device presents the virtual creature data on in the display screen. In the digital interactive experience system described in claim 5, the display screen is provided with a plurality of buttons, and when the plurality of buttons are triggered, the at least one display device outputs an operation signal to the processing device, and the processing device updates the virtual device according to the operation signal. biological data. The digital interactive experience system as described in Claim 1, wherein the database device stores a store list, the processing device generates a store push data according to the store list and the geographical data, and the at least one display device pushes the store The broadcast data is presented in each display screen. According to the digital interactive experience system described in Claim 7, the at least one display device displays a two-dimensional code on the display screen according to the information pushed by the store.

Images