TWM652769U - Interactive web navigation device - Google Patents

Abstract

This creation is an interactive online navigation device for the business unit of the scenic spot to conduct navigation through the Internet. The business unit has defined non-business hours and business hours, including cloud servers, real-time imaging equipment and wearable electronic devices. The cloud server has a database, which stores image data and navigation data of scenic spots and business units. The real-time imaging device connects to the cloud server through signals and can capture real-time images of business units during business hours. The same is true for wearable electronic devices. It is connected to the cloud server through signals. In this way, users can obtain image data and navigation data for navigation during non-business hours of the business unit through wearable electronic devices, or obtain real-time images of the business unit during business hours, allowing users to interact with the business unit in real time. .

Description

Interactive web navigation device

This creation is related to an online navigation device, specifically an online navigation device that connects to a cloud server through a wearable electronic device and remotely navigates attractions or experience business units through the Internet and extended reality.

There are currently a variety of creations on the market that use extended reality to create virtual shopping or virtual experiences. For example, the Republic of China Announcement No. I717296 "Cloud Online Mall System" discloses a cloud online mall system, including a cloud server module, Scene moving module, product introduction module, customer service module, shopping cart module, style change module and exhibition area switching module. The cloud server module includes cloud database and cloud mall web page. Through the scene movement module, product introduction module, customer service module and shopping cart module, users can have a virtual reality experience in the cloud mall webpage, and users can click on any items viewed in the cloud mall webpage. Related options next to the product to view the product introduction, contact customer service and place an order. Through the style change module, users can change the style of the 3D product model in the cloud mall web page. The cloud online mall system allows users to have a virtual reality shopping experience.

However, most of the creation of virtual shopping or virtual experience through extended reality on the market is to create a virtual scene in the cloud server, allowing users to shop in the virtual scene through extended reality, and does not match the business hours of physical stores. Different interaction methods or shopping experiences. For example, during the business hours of the physical store, users can instantly connect to the physical store. Through real-time images, users and the physical store can interact or shop remotely. Time slots allow users to connect to the cloud server and interact or shop in virtual scenes through extended reality, so there is room for improvement in use.

Therefore, this invention provides an interactive online navigation device for a business unit of an attraction to conduct navigation through the Internet. The business unit defines one non-business period and one business period, including: a cloud server, There is a first processing unit, a first communication unit and a database, the database stores an image data and a navigation data; a real-time imaging device is installed in the business unit, and the real-time imaging device has a second processing unit , a second communication unit and a real-time shooting unit, the second communication unit signal is connected to the first communication unit, the real-time shooting unit shoots a real-time image of the business unit during the business hours, the second communication unit will Real-time images are transmitted to the cloud server; a wearable electronic device has a third processing unit, a third communication unit, a display unit and a control unit. The third communication unit is signal-connected to the first communication unit. The display unit To display the image data, the navigation data or the real-time image, the control unit controls the content displayed on the display unit; when the business unit is in non-business hours, the wearable electronic device connects to the cloud server to obtain the For the image data and the navigation data, when the business unit is during business hours, the wearable electronic device and the real-time imaging device are connected to the cloud server at the same time, and the wearable electronic device is connected to the cloud server to obtain the image data, the Navigation data or the live image.

Further, the image data includes pictures or three-dimensional model images of the scenic spot or business unit.

Further, the navigation information includes a navigation video or interactive program of the attraction or the business unit.

Further, the real-time imaging device includes a positioning unit that senses a location information of the real-time imaging device, and the second communication unit transmits the location information to the cloud server.

Further, the wearable electronic device is a head-worn extended reality device.

Further, the control unit is a handheld controller.

The above technical features have the following advantages:

1. Users can connect to the cloud server through wearable electronic devices to obtain image data and navigation data, and remotely experience pictures or 3D model images of scenic spots and business units through the Internet and extended reality.

2. During the non-business hours of the business unit, when users connect to the cloud server through wearable electronic devices, they can obtain image data and navigation data, and view pictures or 3D model images of scenic spots or business units at any time through wearable electronic devices. , or experience the guided tour videos or interactive programs of attractions or business units.

3. During the business hours of the business unit, when users connect to the cloud server through wearable electronic devices, in addition to obtaining image data and navigation data, they can also obtain real-time images of the business unit captured by the real-time imaging device, achieving the same goal as Instant interactions with business units.

First, please refer to the first figure to illustrate the structure of this creative embodiment, which includes a cloud server 1, a real-time imaging device 2 and a wearable electronic device 3. The cloud server 1 is provided with a first processing unit 11, a first communication unit 12 and a database 13. The first processing unit 11 processes the signals sent and received by the cloud server 1 and performs calculations. The database 13 stores image data 131 and The navigation data 132 and the image data 131 include pictures or three-dimensional model images of scenic spots or business units. For example, there can be multiple business units in the scenic spot, such as multiple vendors in a night market. The image data 131 can be images of the night market. Surrounding images, three-dimensional models of various vendors in the night market in virtual reality, etc., and the navigation data 132 includes navigation videos or interactive programs of attractions or business units, such as museum exhibit introduction videos, or claw machine stores The claw machine application launched. The real-time imaging device 2 is installed in a business unit and is used to capture real-time images of the business unit during business hours. The real-time imaging device 2 is signal-connected to the cloud server 1 and is provided with a second processing unit 21, a second communication unit 22 and a real-time imaging device 2. The shooting unit 23 and the second processing unit 21 process the sending and receiving signals of the real-time imaging device 2 and perform calculations. The second communication unit 22 is signal-connected to the first communication unit 12, and the real-time shooting unit 23 takes pictures of the business unit during business hours. Live images. The wearable electronic device 3 is also connected to the cloud server 1 via signals, and is provided with a third processing unit 31, a third communication unit 32, a display unit 33 and a control unit 34. The wearable electronic device 3 in this embodiment is head-mounted. Taking the extended reality device as an example, the third processing unit 31 processes the signals sent and received by the wearable electronic device 3 and performs calculations. The third communication unit 32 is connected to the first communication unit 12 via signals. The display unit 33 is used to display the wearable electronic device. 3. The received image data 131 and navigation data 132 are used by the control unit 34 to control the wearable electronic device 3. This embodiment uses a handheld controller as an example, but the actual use is not limited to this. For example, the control unit 34 The unit 34 can also be an eye tracker or a gesture sensor, so that the wearable electronic device 3 can send instructions to the control unit 34 to control the wearable electronic device 3 through human body behavior, such as switching the screen displayed by the display unit 33 through the control unit 34 wait.

Please continue to refer to the first and second figures to illustrate the situation in which user A connects to the cloud server 1 through the wearable electronic device 3 to view image data 131 in this creative embodiment. User A can connect through the wearable electronic device 3 Go to the cloud server 1 to obtain the image data 131 and the navigation data 132 in the database 13, thereby remotely experiencing the picture images or three-dimensional model images of the scenic spots and business units through the network and extended reality, for example, through the control unit 34 Move between various vendors (business units) in the night market (attractions) in virtual reality, watch guide videos about the night market or vendors, conduct online shopping on the shopping websites provided by vendors, or play interactive games provided by vendors, etc. to further explore street vendors. Rewards can also be provided in interactive games to attract consumers to redeem them at real-life vendors.

Please refer to the first and third figures to continue to illustrate the situation where the user connects to the cloud server 1 through the wearable electronic device 3 to obtain the navigation data 132 and interacts with the interactive program during the non-business hours of the business unit, so as to Take a claw machine store (business unit) in a night market (attraction) as an example. The claw machine store can provide an interactive game of the claw machine as navigation information 132. When the user connects through a wearable electronic device 3 during non-business hours of the night market, When accessing the cloud server 1, the control unit 34 can be used to control the virtual button B to play the interactive game of the claw machine to understand the game process of the claw machine or obtain rewards. Users can also use wearable electronic devices 3 to connect online for guided tours of scenic spots. For example, through extended reality technology, users can still conduct guided tours through wearable electronic devices 3 during non-business hours or when it is inconvenient to go to the scenic spots to experience the charm of the scenic spots. Or when it is inconvenient to go to a physical venue, you can first conduct a simulation experience on a wearable electronic device 3 to understand the services provided by the business unit.

Please refer to the first and fourth figures to continue to illustrate the situation where the user connects to the cloud server 1 through the wearable electronic device 3 during the business hours of the business unit, watches the real-time image C and interacts with the business unit in real time, also using the night market Taking the claw machine store (business unit) of (attraction) as an example, the claw machine store can capture the real-time image C of the claw machine through the real-time image device 2, so that the remote user can see the claw machine through the display unit 33 The real-time image C provides a more realistic feeling. Different business units can also provide users with real-time connections with appropriate experience modes and interaction methods. For example, a claw machine store may also allow users to interact with the claw machine store in real time, such as allowing users to control the The unit 34 controls the virtual button B1 in the real-time image C to control the claw machine, allowing the user to perform actual operations remotely so as to better feel the atmosphere of the claw machine store.

This creation can also be applied to other scenarios. For example, in a museum, there will be guides in the museum who will actually lead users who are connected remotely, such as visiting the museum in person to experience the facilities and exhibits. For example, the retail industry can allow Remotely connected users can use extended reality technology to have a shopping experience during non-business hours or when it is inconvenient to go to a physical store.

Combined with the description of the above embodiments, one can fully understand the operation, use and effects of the present invention. However, the above embodiments are only preferred embodiments of the present invention and cannot be used to limit the scope of implementation of the present invention. In other words, simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention description are all within the scope covered by the present invention.

1:Cloud server 11: First processing unit 12:First communication unit 13:Database 131:Image data 132:Navigation information 2: Instant imaging equipment 21: Second processing unit 22: Second communication unit 23: Instant shooting unit 3: Wearable electronic devices 31:Third processing unit 32:Third communication unit 33:Display unit 34:Control unit A:User B, B1: virtual keys C: real-time image

[The first picture] is a unit diagram of an embodiment of this creation.

[The second picture] is a schematic diagram of the user connecting to the cloud server through a wearable electronic device to view image data in this creative embodiment.

[The third picture] is a schematic diagram of this creative embodiment in which the user connects to the cloud server through a wearable electronic device during non-business hours of the business unit and interacts with the interactive program of the navigation data.

[The fourth picture] is a schematic diagram of this creative embodiment in which the user connects to the cloud server through a wearable electronic device during the business hours of the business unit, watches real-time images and interacts with the business unit in real time.

1:Cloud server

11: First processing unit

12:First communication unit

13:Database

131:Image data

132:Navigation information

2: Instant imaging equipment

21: Second processing unit

22: Second communication unit

23: Instant shooting unit

3: Wearable electronic devices

31:Third processing unit

32:Third communication unit

33:Display unit

34:Control unit

Claims (6)

An interactive online navigation device is used for a business unit of an attraction to conduct navigation through the Internet. The business unit defines a non-business period and a business period, including: A cloud server has a first processing unit, a first communication unit and a database, and the database stores an image data and a navigation data; A real-time imaging device is installed in the business unit. The real-time imaging device has a second processing unit, a second communication unit and a real-time shooting unit. The second communication unit is signal-connected to the first communication unit. The real-time shooting unit is Take a real-time image of the business unit during the business hours, and the second communication unit transmits the real-time image to the cloud server; A wearable electronic device has a third processing unit, a third communication unit, a display unit and a control unit. The third communication unit is signal-connected to the first communication unit, and the display unit displays the image data and the navigation. Data or the real-time image, the control unit controls the content displayed by the display unit; When the business unit is during non-business hours, the wearable electronic device is connected to the cloud server to obtain the image data and the navigation data. When the business unit is during business hours, the wearable electronic device and the real-time imaging device are connected simultaneously. Online cloud server, the wearable electronic device is connected to the cloud server to obtain the image data, the navigation data or the real-time image. The interactive online navigation device as described in request item 1, wherein the image data includes a picture image or a three-dimensional model image of the attraction or the business unit. The interactive online navigation device as described in request item 1, wherein the navigation information includes a navigation video or interactive program of the attraction or the business unit. The interactive web navigation device as described in claim 1, wherein the real-time imaging device includes a positioning unit, the positioning unit senses a position information of the real-time imaging device, and the second communication unit transmits the position information to the cloud server. The interactive online navigation device as described in claim 1, wherein the wearable electronic device is a head-worn extended reality device. The interactive web navigation device as claimed in claim 1, wherein the control unit is a handheld controller.

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