TW202009652A - Shopping guide system for integrating location information, direction sensing, linear acceleration sensing and map navigation, and method thereof capable of interacting with the virtual model through a digital device for increasing the motivation in consumption and purchase - Google Patents

Abstract

Provided are a shopping guide system for integrating location information, direction sensing, linear acceleration sensing and map navigation, and a method thereof. The method includes: (A) panorama environment establishment step for establishing at least one landmark point in a virtual reality system, and arranging at least one virtual model around the landmark point; (B) device interaction step for connecting an application program of a digital device into the virtual reality system, and interacting with the virtual model through a direction sensing unit and an acceleration sensing unit of the digital device; (C) location guidance step for driving a navigation unit of the digital device to guide the digital device to the location of the landmark point. By establishing a virtual model around the landmark point, the user can first interact with the virtual model through a digital device. The results of the interaction can be used to navigate the user to a predetermined landmark point through position guidance, so that the user can directly connect with the landmark point to increase the motivation in consumption and purchase.

Description

Shopping guide system and method integrating position information, direction sensing, linear acceleration sensing and map navigation

The invention relates to a virtual reality, and particularly refers to a shopping guide system and method for integrating position information, direction sensing, linear acceleration sensing and map navigation.

In the current virtual reality (VR) environment, a controller device is usually used to interact with a virtual reality scene (such as a game theme or virtual reality content). When the user wears the head-mounted display device, the user's vision is covered by the virtual reality scene displayed by the head-mounted display device. Virtual reality scenes show the situation of a specific space. In some virtual reality applications, the user needs to press the button on the controller used to switch the virtual reality scene, such as entering another room, transferring to another space or launching from the floor to the air. Most of the virtual reality Most of the scenes are drawn manually, or post-production scenes after taking pictures, and need to be used in wearable display scenes.

However, in most virtual reality, most of them are virtual scenes, which are not combined with real scenes. They are also virtual landmarks for the location. In the process of operation, the user cannot interact with the physical location or The combination of on-site locations, such as shopping malls, is how to bring virtual reality into actual locations and locations and allow users to enter the actual scene, which is the main technology of the present invention.

The invention provides a shopping guide system and method for integrating position information, direction sensing, linear acceleration sensing and map navigation. The method includes the following steps: A. Establishing a surrounding environment: establishing within a virtual reality system There is at least one landmark point, and at least one virtual model is provided around the landmark point; B. Device interaction: connect an application of a digital device to the virtual reality system, and use a sense of direction of the digital device The measuring unit and an acceleration sensing unit interact with the virtual model: C. Position guidance: driving a navigation unit of the digital device to guide the digital device to the location of the landmark point.

Through this method, the user can directly enter the application with a digital device and interact with the virtual model around the landmark point, increase the probability of entering the landmark point through the interaction, and activate the navigation unit to navigate the user To the location of the landmark point, promote consumers to interact with the landmark point and enhance their willingness to consume.

The shopping guide system and method for integrating position information, direction sensing, linear acceleration sensing and map navigation provided by the present invention, through the direction sensing, position sensing, linear acceleration sensing and map navigation provided by the digital device itself And other applications, allowing users to enter the application before interacting with the virtual model around the landmark point, and interact with the digital device's position sensing and direction sensing to calibrate the direction and position. The control of linear acceleration sensing is directly connected with the virtual model, which can give users the relevant information of the landmark points, such as discount coupons, etc., stored in the digital device, and the user can pass the map in the digital device The navigation method guides the user to the location of the landmark point, so that the user can go to the landmark point more willingly.

1‧‧‧Virtual reality system

10‧‧‧ landmark point

11‧‧‧ virtual model

20‧‧‧Digital device

21‧‧‧Direction sensing unit

22‧‧‧Acceleration sensing unit

23‧‧‧ navigation unit

Figure 1 is a flowchart of the method of the preferred embodiment of the present invention.

Figure 2 is a schematic diagram of the scene environment of the present invention.

Figure 3 is a schematic diagram of the digital device of the present invention.

Figure 4 is a schematic diagram of the navigation of the present invention.

Please refer to Figures 1 to 4, which is a shopping guide system and method for integrating position information, direction sensing, linear acceleration sensing and map navigation according to the present invention. The method is:

A. Establish a surrounding environment: at least one landmark point 10 is established in a virtual reality system 1, and at least one virtual model 11 is provided around the landmark point 10; the virtual model 11 is a 3D three-dimensional model, The virtual model 11 can be established between 10 and 1000 meters of the landmark point, and the present invention is established at a position of about 500 meters.

B. Device interaction: connect an application of a digital device 20 to the virtual reality system 1, and interact with the virtual model 11 through a direction sensing unit 21 and an acceleration sensing unit 22 of the digital device 20 The direction sensing unit 21 is a GPS and a direction sensor, which can display a virtual model 11, and through the acceleration sensing unit 22, it is an acceleration sensor, the acceleration sensing unit 22 can make the digital The device 20 interacts with the virtual model 11, such as different action links such as grabbing or combining;

C. Position guidance: driving one of the navigation devices 23 of the digital device 20 to guide the digital device 20 to the landmark point 10 position.

When the user approaches the position of the landmark point 10, the application of the digital device 20 is opened, and the application will locate the direction sensing unit 21 to the position of the digital device 20 and connect to the nearest virtual model 11.

The user interacts with the virtual model 11 through the direction sensing unit 21 and the acceleration sensing unit 22 in the digital device 20. Various interactive actions such as direction change, grabbing or combining the virtual model, etc. allow the user It can be directly interacted through its digital device 20, without the need to connect through an external device, and now that the popularization of digital devices makes it easy for a wide range of users to perform related interactive actions. The digital device 20 can obtain and store the results of interacting with the virtual model 11, such as successfully completing the tasks specified by the virtual model 11, or winning after playing games with the virtual model 11, or completing specified actions, etc. The model 11 will correspondingly generate a data that can be displayed and stored in electronic data, such as discount coupons or prize redemption coupons or other tickets; the virtual model 11 will also generate a navigation information of the default landmark point, the navigation information The navigation unit 23 sent to the digital device 20 loads the location of the landmark point 10, and then navigates to the landmark point 10, so that the user can have relevant discounts or related gifts before entering the landmark point 10, thereby enhancing the use The willingness of the purchaser to increase the strength of the connection between the entity and the virtual through the establishment of the virtual reality system 1.

In addition, the virtual model 11 can also be an introduction or feature guide related to the landmark point 10, so that the user can know the information in the landmark point 10 in advance, so that the user can accelerate the understanding of the status of the landmark point 10 and can advance Knowing the products or services that can be purchased, and the electronic tickets provided by the virtual model 11 make users more willing to purchase and sell. In addition, because the electronic tickets and other data are displayed and stored in electronic data, they can be avoided Paper flyers cause waste of resources, and can effectively control the effects of electronic tickets and tracking. For virtual models 11 with poor results, they can change their location or display content in a timely manner.

Claims (6)

A shopping guide system with integrated position information, direction sensing, linear acceleration sensing and map navigation, which includes; a virtual reality system, which is provided with at least one virtual model around a landmark point; at least one digital Device, which can be entered into the virtual reality system through an application, the digital device is also provided with a direction sensing unit, an acceleration sensing unit, and a navigation unit, the direction sensing unit can be connected to a position close to the digital device The virtual model interacts with the virtual model through the acceleration sensing unit. The navigation unit is connected to the landmark point to guide the digital device to the location of the landmark point. The shopping guide system integrating position information, direction sensing, linear acceleration sensing and map navigation as described in claim 1, wherein the virtual model is a 3D stereo model. The shopping guide system integrating position information, direction sensing, linear acceleration sensing and map navigation as described in claim 1, wherein the direction sensing unit is a GPS and a direction sensor. The shopping guide system integrating position information, direction sensing, linear acceleration sensing and map navigation as described in claim 1, wherein the acceleration sensing unit is an acceleration sensor. A shopping guide method that integrates position information, direction sensing, linear acceleration sensing, and map navigation includes: A. Establishing a surrounding environment: establishing at least one landmark point in a virtual reality system At least one virtual model is set around the punctuation point; B. Device interaction: connect an application of a digital device to the virtual reality system, and pass a direction sensing unit, an acceleration sensing unit of the digital device and the The virtual model interacts; C. Position guidance: drives one of the navigation units of the digital device to guide the digital device to the location of the landmark point. The method for integrating position information, direction sensing, linear acceleration sensing, and map navigation shopping guide as described in claim 5; wherein, the distance between the virtual model and the landmark point is set to 10 to 1000 meters.

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