CN106546234A - Market touch navigation system - Google Patents

Abstract

The present invention provides a touch navigation system for shopping malls, which includes a connected touch screen display and a navigation system host, wherein the touch screen display is used to realize 3D display of floors, merchants and surrounding traffic navigation, and input floor information and business information through the touch screen to Query the corresponding floors, merchants and surrounding traffic navigation information; the navigation system host stores and reads the floor, merchants and surrounding traffic navigation information, and displays the floor location, merchant location, surrounding traffic information, etc. on the touch screen display according to the user's location The path between the user's location to the floor and the location of the business, the path between the user's location to the location of the transportation facility; and, the navigation system host sends the floor, merchants and surrounding traffic navigation information to the smart terminal to control the navigation system host to modify or input Information about floors, merchants, and surrounding traffic navigation. The invention can realize the functions of 3D and holographic floor navigation and customer guidance, and the touch screen operation is convenient and quick.

Description

Shopping mall touch navigation system

technical field

The invention relates to a shopping mall touch system, in particular to a shopping mall touch navigation system.

Background technique

The general shopping mall touch system only has the membership function, not the navigation function. Under the background of the rapid development of intelligent shopping, the navigation, positioning and guidance of large shopping malls have become indispensable. Through the navigation system, it is more convenient to plan and control the flow of customers, and to maximize the convenience and leisure of shopping requires the guidance of the intelligent "compass" of the mall. Obviously, there is an urgent need in this field for a shopping mall touch navigation system that can overcome the above-mentioned defects and is easy to operate.

Contents of the invention

The present invention aims to provide a shopping mall touch navigation system, which can realize the functions of floor navigation and customer guidance, 3D display and holographic display of floor navigation, and the functions of automatic explanation.

In order to achieve the above object, the shopping mall touch navigation system provided by the present invention includes a connected touch screen display and a navigation system host, wherein the touch screen display is used to realize 3D display of floors, merchants and surrounding traffic navigation, and to input floor information through the touch screen and business information to query the corresponding floor, business and surrounding traffic navigation information; the navigation system host stores and reads the floor, business and surrounding traffic navigation information, and displays the floor location, business location, Surrounding traffic information, the path between the user's location to the floor and the location of the business, the path between the user's location to the location of the transportation facility; and, the navigation system host sends the floor, business, and surrounding traffic navigation information to the smart terminal to control the navigation system The host modifies or inputs the information of floors, merchants and surrounding traffic navigation; the navigation system host is connected to the holographic projection system for realizing 3D holographic display of floors, merchants and surrounding traffic navigation; the navigation system host also includes an explanation module, which is connected to a touch screen display or The holographic projection system is used to receive the commentary image and send it to the touch screen display or holographic projection system for display according to the video type; the commentary module can generate and read the QR code information of this commentary; the navigation system also includes The guidepost is used to receive the corresponding commentary image according to the two-dimensional code information of this commentary, and display it on the display screen of the guidepost or the holographic projection device according to the type of the commentary video.

Preferably, the shopping mall touch navigation system provided by the present invention, wherein, the navigation system host includes a connected processor and a memory, which are respectively connected to the touch screen display, and the memory is used to store the route table, classified merchant table, merchant information table, Commodity table and communication path table; the processor includes a comparator and a locator connected to each other; the locator is used to send a navigation system positioning request to receive the location information of the navigation system; the comparator is used to receive the location information of the path table stored in the memory and the locator , according to the location information to retrieve the route in the route table, obtain each coordinate on the route and the destination coordinate, and send the location information, each coordinate on the route and the destination coordinate to the touch screen display for display.

Preferably, in the shopping mall touch navigation system provided by the present invention, the comparator includes a path selector, which is used to calculate the path distance according to the paths in the path table, and compare the path distances to obtain the shortest path, and send the shortest path to the touch screen display to display.

Preferably, in the shopping mall touch navigation system provided by the present invention, the navigation system host further includes a 3D map converter for converting the 2D map of floors, merchants and surrounding traffic navigation into a 3D map to be sent to the touch screen display for display.

Preferably, the shopping mall touch navigation system provided by the present invention, wherein the navigation system host also includes a connected video input module and a video processing module; the video input module is used to receive information and advertising video information on the background server, and convert the information The video information of the advertisement and the advertisement is decoded and sent to the video processing module; the video processing module is connected to the touch screen display, and is used to convert the received information and the video information of the advertisement into a data stream that the touch screen display can play, and the touch screen display can The played data stream is sent to the touch screen display for playback.

Preferably, in the shopping mall touch navigation system provided by the present invention, the navigation system host further includes a standby module, which is respectively connected with the touch screen display and the video processing module, and is used for when the signal sent by the touch screen display is not received, according to The preset standby time controls the system to enter the standby mode, and controls the video processing module to loop the preset information and advertising video image information in the standby mode, and converts the received information and advertising video information into a touch-screen display that can be played and send the data stream that can be played by the touch screen display to the touch screen display for playing; and when receiving the signal sent by the touch screen display, the control system exits the standby mode.

Preferably, in the shopping mall touch navigation system provided by the present invention, the navigation system host further includes a payment module, which is respectively connected to the touch screen display and the memory, and is used to receive the commodity information and payment information input by the touch screen display, and to query the memory storage The classified merchant table, merchant information table, commodity table and communication path table are used to obtain the merchant contact information, commodity price and payment method, and the merchant contact information, commodity price and payment method are sent to the touch screen display for display.

Preferably, in the shopping mall touch navigation system provided by the present invention, the navigation system host further includes a connected communication module and an authority verification module; the authority verification module is used to receive the verification code sent by the touch screen display, and compare the verification code with the preset verification When the verification code is consistent with the preset verification code, search the communication path table stored in the memory to obtain the corresponding communication path and communication object, and send it to the communication module; the communication module realizes the communication with the communication object according to the communication path and communication object communication.

Preferably, in the shopping mall touch navigation system provided by the present invention, the navigation system host also includes an information processing module, which is used to input the member number through the touch screen display, retrieve the relevant member information on the background server according to the member number, and send the relevant member The information is sent to the touch screen display for display, and the merchant name is entered through the touch screen display, and the commodity information, main activity information and address of the relevant merchant on the background server are retrieved according to the merchant name, and the commodity information, main activity information and address are sent to to the touch screen display.

Preferably, the shopping mall touch navigation system provided by the present invention, wherein the navigation system host also includes an access control code generation module and an access control code reading module; the access control code generation module is connected with the authority verification module, and is used to receive the verification code of the authority verification module Whether the information is consistent with the preset verification code, and when the verification code of the authority verification module is consistent with the preset verification code, a two-dimensional access control code is generated, and the two-dimensional access control code is sent to the touch screen display for display; the access control code is read The access module is used to read the two-dimensional access control code and unlock the corresponding access control.

The shopping mall touch navigation system provided by the present invention realizes an intelligent human-computer interaction system integrating functions such as content release, floor navigation, and customer guidance, and can realize the functions of floor navigation and customer guidance, 3D display and holographic display of floor navigation, and The function of automatic commentary. By installing this system in the mall, it can completely replace the signage in the mall. This system only needs a touch screen display and a navigation system host, and the overall area is usually less than 1 cubic meter. Signage with a map often covers an area of 3-10 square meters. Therefore, compared with the signboard with a map, this system saves a lot of space. Moreover, through the intelligent navigation function of the shopping mall touch navigation system, customers can locate any floor, any commodity, any merchant, any surrounding traffic facilities, and view the path between the customer and the corresponding destination. In addition, the background server can freely update floor, merchant and surrounding traffic navigation information according to the needs of merchants and shopping mall maintenance personnel, so that the navigation information can be updated in real time. In addition, this system realizes the 3D display of floors, merchants and surrounding traffic navigation, which is more intuitive and realistic than ordinary maps, making it easier for customers to distinguish the location characteristics on the map, and making it easier for customers who are not good at observing maps. The corresponding location can be found through the 3D map. Moreover, the touch screen operation is more convenient and faster than the general mouse control.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only are some embodiments of the present invention.

Fig. 1 is a schematic block diagram of a shopping mall touch navigation system of the present invention.

Explanation of reference signs:

1. Touch screen display 2. Navigation system host 3. Information processing module

4. Memory 5. Payment module 6. Payment terminal

7. Smart devices 8. POS machines 9. Merchant systems

10. 3D map converter 11. Processor 12. Locator

13. Comparator 14. Path selector 15. Video processing module

16. Video input module 17. Standby module 18. Commentary module

19. Communication module 20. Authority verification module 21. Access code generation module

22. Access control code reading module 23. Two-dimensional code access control system 24. Intelligent terminal

25. Communication equipment 26. Background server 27. Holographic projection system

28. Holographic projector 29. Infrared emitter 30. Holographic projection film

31. Infrared sensor 32. Road sign 33. QR code reader

34. Display device 35. Display screen 36. Holographic projection device

detailed description

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in combination with specific embodiments and with reference to the accompanying drawings. It should be understood that these descriptions are exemplary only, and are not intended to limit the scope of the present invention.

As shown in Figure 1, the shopping mall touch navigation system proposed by the present invention includes a connected touch screen display 1 and a navigation system host 2, wherein the touch screen display 1 is used to realize the 3D display of floors, merchants and surrounding traffic navigation, and through touch Input the floor information and business information on the screen to inquire about the corresponding floors, merchants and surrounding traffic navigation information; the navigation system host 2 stores and reads the floor, merchants and surrounding traffic navigation information, and displays them on the touch screen display 1 according to the user's location The location of the floor, the location of the merchant, the surrounding traffic information, the path between the user's location to the floor and the location of the merchant, the path between the user's location and the location of the traffic facility; and, the navigation system host 2 sends the information of the floor, the merchant and the surrounding traffic navigation To the smart terminal 24 to control the navigation system host 2 to modify or input floors, merchants and surrounding traffic navigation information.

In this embodiment, the navigation system host 2 and the touch display are provided with a navigation APP that controls the touch display 3D to display navigation data. Touch display can comprise 3D display screen 35 and be arranged on 3D and 2D switching button, parameter selection button, confirmation button and alphanumeric keypad that are arranged on 3D display screen 35 sides, conveniently expands the area of display screen 35 like this, makes the literal and picture of display more clear.

Floors, merchants and surrounding traffic navigation information are stored on the background server 26, and the navigation system is connected to the background server 26 by wire or wirelessly, thereby receiving update information on the background server 26 in real time. The location selected by the user is the destination. Through the locator 12 provided on the system and the locator 12 of the smart terminal 24 carried by the user, the location of the system and the location of the user, that is, the departure point, are obtained. The user's smart terminal 24 can be connected to the host computer 2 of the navigation system by wire or wirelessly to transmit positioning data and navigation data. Retrieve the path table stored on the navigation system host 2 according to the above destination and departure place to obtain the location of the system, the location of the floor, the location of the merchant, the surrounding traffic information, the route from the user's location to the floor and the location of the merchant, and the user's location. The path between the location and the location of the traffic facility, and the above-mentioned path is transmitted to the touch screen display 1 and the user intelligent terminal 24 for display. Navigation data is stored on a background server 26 . The user's smart terminal 24 installs an APP for displaying navigation data, and opens the corresponding APP to connect to the background server 26 to load the navigation data to display the navigation data.

The navigation system may include a locator 12 . The locator 12 is a GPS/LBS dual-mode locator. The communication device receives the positioning information through the GPS/LBS dual-mode locator, and sends the positioning information to the smart terminal 24 through the communication device, wherein the smart terminal 24 includes a mobile phone and a computer. The communication device may be a 3G communication device. Customers can send positioning request text messages to the shopping mall touch navigation system to locate the corresponding location according to actual needs, so as to determine the corresponding location. In this way, customers can not only check the navigation information by touching the navigation system in the shopping mall, but also query the location of the corresponding floor, merchants and surrounding traffic by sending text messages through the mobile phone. The GPS/LBS dual-mode positioning function is realized through the GPS/LBS dual-mode locator, and the positioning accuracy is small and the error is wide.

The navigation system host 2 can be connected to a holographic projection system 27 for realizing 3D holographic display of floors, merchants and surrounding traffic navigation. Holographic projection system 27 may include holographic projector 28 and holographic projection film 30 . The holographic projector 28 receives 3D holographic images of floors, merchants and surrounding traffic navigation, and projects the 3D holographic images on the holographic projection film 30 . The holographic projector 28 is provided with an infrared emitter 29 for uniformly distributing the infrared rays on the holographic projection film 30 . The holographic projection film 30 is provided with an infrared sensor 31 for sending the touched position information of the holographic projection film 30 sensed by the infrared sensor 31 to the navigation system host 2 . The navigation system host 2 compares the touched position information of the holographic projection film 30 with the floor, merchant and surrounding traffic navigation information, and displays the corresponding floor, merchant and surrounding traffic navigation information according to the position information.

The navigation system host 2 may also include an explanation module 18, connected to the touch screen display 1 or the holographic projection system 27, for receiving the explanation images and sending them to the touch screen display 1 or the holographic projection system 27 for display according to the video type. The explanatory image can be explanatory information for floors, merchants, and surrounding traffic navigation, and can also be floor information, merchant information, commodity information, member information, or traffic information. The commentary module 18 reads the commentary video from the background server 26 and outputs it to the touch-screen display 1 or the whole series of projection systems. The explanation module 18 can generate and read the two-dimensional code information of this explanation. The navigation system may also include guideposts 32 arranged on floors and around floors. The indicating road sign 32 includes a display device 34 and a two-dimensional code reader 33 . The display device 34 is a display screen 35 or a holographic projection device 36 . The user records the two-dimensional code information of this explanation through the smart terminal 24, and then scans the two-dimensional code information of this explanation through the two-dimensional code reader 33 connected with the indicating road sign 32, and the indicating road sign 32 is based on the two-dimensional code information of this explanation. The corresponding commentary image is received and displayed on the display screen 35 indicating the road sign 32 or the holographic projection device 36 according to the type of the commentary video. The corresponding commentary images can be stored on the background server 26 , and when the corresponding commentary images are requested by the signpost 32 , the corresponding commentary images are sent to the signpost 32 . The commentary video can capture images of the environment or the commentator to achieve more humanized and intuitive commentary and navigation. Moreover, immersive navigation for users can be realized through commentary images and holographic projection technology, so that users who cannot recognize the direction of the map can find the destination.

The explanation module 18 and the guidepost 32 may also include a voice-to-text conversion module, which converts or converts the text information of floors, merchants and surrounding traffic navigation into voice information and outputs it. Holographic projection images can also create virtual characters through 3D modeling, and set voice information and action matching tables for virtual characters. When the voice information is played by the commentary module 18 or the signpost 32, the action image of the avatar is automatically loaded according to the action matching table, and the voice and the action image are respectively sent to the holographic projection system 27 and the display device 34 for display.

The working steps of this system are as follows:

The user adjusts the relevant parameters of the touch display 1 so that the display of the touch display 1 conforms to the customer's preferences. The user selects the navigation mode by touching the display 1 . In the navigation mode, the user selects a floor navigation mode, a merchant navigation mode or a surrounding traffic navigation mode.

In the floor navigation mode, the user selects the destination floor or enters the destination floor information through the touch screen to observe the overall situation of the floor. According to the type prompt of the floor navigation information azimuth map, the customer clicks on the corresponding floor, and a 3D three-dimensional map of all the merchants and floors of the floor will appear. The navigation system host 2 obtains route information between floors through the locator 12 and the route table, such as the route between floors, the location of the elevator passed by the route, the merchants passed by the route, and so on. The navigation system host 2 transmits the route information to the touch screen display 1 or the holographic projection system 27 for display. In this way, click on the corresponding floor, and the corresponding floor map and merchants will appear. Floor plan and shop can be changed dynamically by background server 26, for example change floor quantity arbitrarily.

In the merchant navigation mode, the user selects the target merchant or enters the target merchant information through the touch screen to observe the specific situation of the merchant, such as product information and discount information. According to the type prompt of the floor navigation information azimuth map, the customer clicks on the corresponding floor, and a 3D three-dimensional map of all the merchants and floors of the floor will appear. Click on a specific merchant to view detailed information such as the specific location and brand introduction. You can also obtain the location and the best path of the brand address you want to buy based on the customer's current location, and easily find the location of the store. By clicking the text information at the bottom of the touch display 1 or the target store icon in the figure, the corresponding location is automatically marked on the map, and the information of the store pops up, such as: click on the target 508a store text at the bottom or the target 508a store icon in the figure, and mark 508a on the figure The location of the store, displaying the relevant information of the 508a store. Click the "GO" button on the pop-up message to start navigating. If it is cross-floor navigation, click on the store information of other floors on the display touch display 1, and then click the "GO" button of the pop-up information, the page will switch to the current floor, from the current floor to find a path leading to the elevator, leading to the floor, and finally walk to the designated shop. The navigation system host 2 obtains the path information between the merchant and the user or the merchant and the navigation system host 2 through the locator 12 and the route table, such as the path between the merchant and the user, the path between the merchant and the navigation system host 2, and the route through The location of the elevator, the merchants that the path passes, and so on. The navigation system host 2 transmits the route information to the touch screen display 1 or the holographic projection system 27 for display. In this way, click on the corresponding floor, and the corresponding floor map and merchants will appear. Floor plan and store can be dynamically changed by background server 26, such as arbitrarily changing the number of merchants.

In the traffic navigation mode, the user selects the location of the destination transportation facility or enters the information of the destination transportation facility through the touch screen to observe the specific situation between the shopping mall and the transportation facility, such as the traffic environment around the shopping mall, road information congestion, travel options, transportation facilities including buses , parking lot, and resource location of public bicycle rental points, etc. The navigation system host 2 obtains the route information between the traffic facility and the user or the traffic facility and the navigation system host 2 through the locator 12 and the route table, such as the route between the traffic facility and the user, and the route information between the traffic facility and the navigation system host 2. The route, the name of the street that the route traverses, the name of the building that the route traverses. The navigation system host 2 transmits the route information to the touch screen display 1 or the holographic projection system 27 for display.

The commentary module 18 retrieves the corresponding commentary image according to the route information in any of the above modes, and transmits the commentary video to the touch screen display 1 or the holographic projection system 27 for display. This commentary image can be temporarily stored on the background server 26. And corresponding to the storage path of the commentary image on the background server 26 to generate two-dimensional code information. The user can record the two-dimensional code information of this explanation through the smart terminal 24 .

The indicative signpost 32 includes a two-dimensional code reader 33 . When the user passes through the indicating signpost 32 each time, the two-dimensional code information of this explanation is scanned by the two-dimensional code reader 33, and the indicating signpost 32 receives the corresponding commentary image on the background server 26 according to the commentary two-dimensional code information, and according to the explanation The type of image is displayed on the display screen 35 indicating the road sign 32 or on the holographic projection device 36 .

In this way, an intelligent human-computer interaction system integrating content publishing, floor navigation, customer guidance and other functions is realized. By installing this system in the mall, it can completely replace the signage in the mall. The system only needs a touch screen display 1 and a navigation system host 2, and the overall floor space is usually less than 1 cubic meter. Signage with a map often covers an area of 3-10 square meters. Therefore, compared with the signboard with a map, this system saves a lot of space. Moreover, through the intelligent navigation function of the shopping mall touch navigation system, customers can locate any floor, any commodity, any merchant, any surrounding traffic facilities, and view the path between the customer and the corresponding destination. In addition, the background server 26 can freely update floor, merchant and surrounding traffic navigation information according to the needs of merchants and mall maintenance personnel, so that the navigation information can be updated in real time, so it is easy to maintain. As long as the network is smooth and the server is running normally, there is almost no need to do it Other maintenance work. The displayed content can be updated in real time through the background server 26, which is fast and convenient. In addition, this system realizes the 3D display of floors, merchants and surrounding traffic navigation, which is more intuitive and realistic than ordinary maps, making it easier for customers to distinguish the location characteristics on the map, and making it easier for customers who are not good at observing maps. Can find the corresponding location through the 3D map. Moreover, the touch screen operation is more convenient and faster than the general mouse control. This not only considers the convenience and speed of shopping in the mall for customers, but also provides intelligent services for customers to travel after shopping. In the form of a map guide, the surrounding traffic environment, congestion, travel options, and transportation facilities including buses and parking The locations of resources such as venues and public bicycle rental points are clear at a glance.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 includes a connected processor 11 and a memory 4, which are respectively connected to the touch screen display 1, and the memory 4 is used to store the route table , Classification business table, business information table, commodity table and communication path table; Processor 11 includes comparator 13 and locator 12 that are connected to each other; Locator 12 is used for sending navigation system positioning request, to receive navigation system location information; Compare The device 13 is used to receive the route table stored in the memory 4 and the location information of the locator 12, retrieve the routes in the route table according to the location information, obtain each coordinate and destination coordinate on the route, and combine the location information and each location information on the route. The coordinates and destination coordinates are sent to the touch screen display 1 for display.

In this embodiment, the information of floors, merchants and surrounding traffic navigation is stored on the background server 26, and the memory 4 is connected to the background server 26 by wire or wireless, so as to receive update information on the background server 26 in real time. The location selected by the user is the destination. The location of the locator 12, that is, the departure point, is obtained through the locator 12 provided on the system and the locator 12 of the smart terminal 24 carried by the user. The user's smart terminal 24 can be connected to the processor 11 by wire or wirelessly, so as to transmit positioning data and navigation data. The comparator 13 receives the data transmitted by the processor 11, and retrieves the route table stored on the memory 4 according to the above-mentioned destination and departure place, so as to obtain the location of the system, the location of the floor, the location of the merchant, the surrounding traffic information, and the location of the user. The path between the floor and the location of the merchant, the path between the location of the user and the location of the transportation facility, and the above paths are transmitted to the touch screen display 1 and the user's smart terminal 24 for display. An APP for displaying navigation data is installed on the smart terminal 24 of the user, and the navigation data can be displayed by opening the corresponding APP.

In this way, an intelligent human-computer interaction system integrating content publishing, floor navigation, customer guidance and other functions is realized, which can realize the functions of floor navigation and customer guidance, 3D display and holographic display of floor navigation, and automatic explanation functions. By installing this system in the mall, it can completely replace the signage in the mall. The system only needs the touch screen display 1 and the navigation system host 2, and the navigation system host 2 is highly integrated, and the overall floor space is usually less than 1 cubic meter. Signage with a map often covers an area of 3-10 square meters. Therefore, compared with the signboard with a map, this system saves a lot of space. Moreover, through the intelligent navigation function of the shopping mall touch navigation system, customers can locate any floor, any commodity, any merchant, any surrounding traffic facilities, and view the path between the customer and the corresponding destination. In addition, the background can freely update floor, merchant and surrounding traffic navigation information according to the needs of merchants and shopping mall maintenance personnel, so that the navigation information can be updated in real time. In addition, this system realizes the 3D display of floors, merchants and surrounding traffic navigation, which is more intuitive and realistic than ordinary maps, making it easier for customers to distinguish the location characteristics on the map, and making it easier for customers who are not good at observing maps. Can find the corresponding location through the 3D map. Moreover, the touch screen operation is more convenient and faster than the general mouse control.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the comparator 13 includes a path selector 14, which is used to calculate the path distance according to the paths in the path table, and compare the path distances to obtain the shortest path, and the shortest The path is sent to the touch screen display 1 for display.

In this embodiment, the route selector 14 calculates the distance of the route through the length of each segment of the route in the route table, the starting point of the route and the end point of the route. The distance of the path can be temporarily transmitted to the memory 4 for storage. The path selector 14 sequentially calculates the total path distance corresponding to all the paths on the path table, and sends the total distance to the memory 4 for storage. After the total distance of all paths is calculated, the shortest distance is selected by comparing the total distances, and the shortest path corresponding to the shortest distance is sent to the touch screen display 1 for display. Navigation starts (for example, the current location is 501 ), and pathfinding starts from 501 to the corresponding location. The system will automatically find an optimal path (the path can be customized according to the requirements of the mall).

This is convenient for saving the user's time, making it easier for the user to navigate to the destination, and it is convenient and flexible to use.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 further includes a 3D map converter 10, which is used to convert the 2D map of floors, merchants and surrounding traffic navigation into a 3D map for sending to The touch screen display 1 displays.

In this embodiment, the 3D map converter 10 may include a connected buffer and a controller. The 3D map converter 10 can be respectively connected to the memory 4 and the touch screen display 1 to receive relevant navigation image information. The buffer is used to receive image information for image buffering, and to send the images to the controller in sequence. The controller is provided with an APP for converting 2D pictures into 3D pictures, which can automatically convert 2D pictures into 3D and send them to the touch screen display 1 for display.

This can improve the 3D display effect, make the map display more realistic, and make it easier for customers to distinguish the location features on the map. Even customers who are not good at observing maps can find the corresponding location through the 3D map.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 also includes a connected video input module 16 and a video processing module 15; the video input module 16 is used to receive information on the background server 26 and advertising video information, and decode the information and advertising video information and send it to the video processing module 15; the video processing module 15 is connected to the touch screen display 1, and is used to convert the received information and advertising video information into a touch screen display 1 can play the data stream, and send the data stream that can be played by the touch screen display 1 to the touch screen display 1 for playback.

In this embodiment, the video processing module 15 controls the system to enter the square introduction mode, latest information mode, traffic information mode, parking service mode and theme display mode. The user selects to open the square introduction mode, the latest information mode, the traffic information mode, the parking service mode or the theme display mode by touching the display 1 .

In the plaza introduction mode, the video processing module 15 controls the video input module 16 to input and cache the plaza introduction information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. The corporate culture and project features are displayed on the touch display 1 in the form of pictures and text. The picture part adopts the form of sliding carousel by customers and supports uploading in the background; the text part includes square introduction, location, telephone, fax, service hotline, business Basic information such as time. Corresponding pictures and characters are stored on the background server 26, and when the background server 26 dynamically modifies data, the video processing module 15 controls the video input module 16 to input square introduction information and update the cache.

In the latest information mode, the video processing module 15 controls the video input module 16 to input and cache the latest information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. Interact with customers in the form of pictures, text and video on the touch display 1, so that customers can quickly obtain the latest event information of the mall. Corresponding pictures, characters and videos are stored on the background server 26. When the background server 26 dynamically modifies data, the video processing module 15 controls the video input module 16 to input and update the latest information and update the cache.

In the traffic information mode, the video processing module 15 controls the video input module 16 to input and buffer the traffic information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. Corresponding traffic information is displayed on the touch display 1 such as: "Bus information: take X, X roads to Suning Plaza. High-speed rail information: the route to Zhenjiang Station M station. Airport information: the route to Nanjing Lukou Airport.". The corresponding traffic information is stored on the background server 26. When the background server 26 dynamically modifies the data, the video processing module 15 controls the video input module 16 to input and update the traffic information and update the cache.

In the parking service mode, the video processing module 15 controls the video input module 16 to input and cache the parking service information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. The parking service is displayed on the touch display 1, including the description of the parking lot functions and the relevant payment methods. The corresponding traffic information is stored on the background server 26. When the background server 26 dynamically modifies the data, the video processing module 15 controls the video input module 16 to input and update the parking service information and update the cache.

In the theme presentation mode, the video processing module 15 controls the video input module 16 to input and cache the theme activity information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. Various themed event information is displayed on the touch display 1 to facilitate directing customers to the location of the themed target storefront. Classify related merchants with themed activities, add activity topics and associate related merchants through the background server 26 . When the background server 26 modifies data dynamically, the video processing module 15 controls the video input module 16 to input and update theme activity information and update the cache.

In this way, on the one hand, the corresponding information can be freely selected according to user preferences, flexible operation, and various display effects to meet different shopping mall environments. On the other hand, the user can quickly select the display information of the corresponding modules by touching the display 1, which is convenient for the user to search and saves time.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 further includes a standby module 17, which is connected to the touch screen display 1 and the video processing module 15 respectively, for When the signal sent by the screen display 1, the control system enters the standby mode according to the preset standby time, and in the standby mode, the video processing module 15 is controlled to play preset information and video image information of advertisements in a loop, and the received information and advertisements The video information is converted into a data stream that can be played by the touch screen display 1, and the data stream that the touch screen display 1 can play is sent to the touch screen display 1 to play; and when receiving the signal sent by the touch screen display 1, control The system exits standby mode.

In this embodiment, the standby module 17 is connected to the video processing module 15 . When no one is operating the touch display 1, the standby module 17 controls the video processing module 15 to close other modes and enter the standby advertising mode. In the standby advertisement mode, the video processing module 15 controls the video input module 16 to buffer the advertisement information, convert it into a format supported by the touch display 1 and send it to the touch display 1 for display. Multiple advertisement pictures uploaded in the background are displayed in rotation on the touch display 1 . When the user touches the display 1, the video processing module 15 controls the system to display a selection menu, including a square introduction mode, latest information mode, traffic information mode, parking service mode and theme display mode.

In this way, no matter when the user operates the touch display 1 or the user does not operate the touch display 1, the touch display 1 can classify and display shopping mall information according to the corresponding mode, which is convenient for users to use.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 further includes a payment module 5, which is respectively connected to the touch screen display 1 and the memory 4, and is used to receive the commodities input by the touch screen display 1 information and payment information, to query the classified business table, business information table, product table and communication path table stored in memory 4 to obtain the businessman's contact method, commodity price and payment method, and to obtain the businessman's contact method, commodity price and payment method Send to touch screen display 1 for display.

In this embodiment, the user can obtain the contact information of the merchant through the payment module 5 and notify the merchant to input the payment information to the payment terminal 6 or the touch screen display 1 through the merchant's system 9 . The payment terminal 6 can be a POS machine 8 or a smart device 7, and is connected to the merchant's system 9 by wire or wirelessly. The user pays for the commodity on the payment terminal 6 . The information of the payment terminal 6 is returned to the merchant. The merchant sends a deliveryman to deliver the goods directly to the user.

In this way, the user can realize remote payment through the payment module 5 and the payment terminal 6, and realize purchasing goods in the whole shopping mall on the touch navigation system of the shopping mall. The user can receive the goods without moving, which not only saves time but also facilitates people with reduced mobility to shop in the mall.

This embodiment further preferably provides a shopping mall touch navigation system, wherein the navigation system host 2 further includes a connected communication module 19 and an authority verification module 20; Code, compare the verification code with the preset verification code, when the verification code is consistent with the preset verification code, retrieve the communication path table stored in the memory 4 to obtain the corresponding communication path and communication object, and send it to the communication module; the communication module according to the communication Path and communication object to achieve communication with the communication object.

In this embodiment, the communication module 19 can be externally connected to a smart communication device 25 to control a specific smart communication device 25 to connect to a specific line. In this way, specific communication objects can be connected through the touch navigation system of the store. The communication device 25 can be a telephone, a mobile phone or an Internet communication device 25 .

This embodiment further preferably provides a shopping mall touch navigation system, wherein, the navigation system host 2 further includes an information processing module 3, which is used to input the membership number through the touch screen display 1, and retrieve the related information on the background server 26 according to the membership number. Member information, and relevant member information is sent to the touch screen display 1 for display, and the name of the merchant is input through the touch screen display 1, and the commodity information, main activity information and address of the relevant merchant on the background server 26 are retrieved according to the name of the merchant, and , sending the product information, main activity information and address to the touch screen display 1 for display.

In this embodiment, the information processing module 3 is connected to the touch screen display 1 and the background server 26 respectively. The user enters the member center mode by turning on the information processing module 3 to control the system. In the membership center mode, users can register membership cards and retrieve membership card information. The function of retrieving membership card information includes membership card introduction mode and points query mode. In the membership card introduction mode, the information processing module 3 controls the touch display 1 to display various membership cards in Suning Plaza, including information such as card patterns, services enjoyed by members, and points rules; in the membership card introduction mode, the information processing module 3 Control the touch display 1 pair to receive membership card number information and password information and send them to the navigation system host 2. Log in and connect to the Suning CRM system through the APP on the main unit 2 of the navigation system to realize the point query function. In this way, it is convenient for the user to inquire about the relevant information of the membership card in real time.

Further preferably, this embodiment provides a shopping mall touch navigation system, wherein the navigation system host 2 also includes an access control code generation module 21 and an access control code reading module 22; the access control code generation module 21 is connected with the authority verification module 20, Whether the verification code for receiving the authority verification module 20 is consistent with the preset verification code, and when the verification code of the authority verification module 20 is consistent with the preset verification code, generate a two-dimensional access control code, and the two-dimensional access control code Send it to the touch screen display 1 for display; the access control code reading module 22 is used to read the two-dimensional access control code and unlock the corresponding access control.

In this embodiment, the access control code generation module 21 is also connected to the touch screen display 1 and the background server 26 respectively. The user can input the user name and password of the corresponding authority to the authority verification module 20 by touching the display 1 . When the verification code received by the authority verification module 20 is consistent with the system preset verification code, a two-dimensional access control code is generated, and the two-dimensional access control code is sent to the touch-screen display 1 for display. The user receives and stores the two-dimensional access control code information through the smart terminal 24 . The access control code reading module 22 is arranged on the corresponding door of the shopping mall, and is connected to the respective two-dimensional code access control system 23 respectively. The user uses the access control code reading module 22 to read the two-dimensional access control code, and sends the two-dimensional access control code to the respective two-dimensional code access control system 23 . The two-dimensional code access control system 23 compares the two-dimensional access control code, and unlocks the corresponding access control when the comparison is successful. In this way, the overall management of the access control two-dimensional code can be realized, and no matter one or more two-dimensional code access control systems 23 can receive the two-dimensional access control code generated by the shopping mall navigation system. The generated two-dimensional access control code, generation time, and generation location can be uniformly stored in the background server 26, which is convenient for security personnel to monitor the access control situation. Merchants can freely choose their own two-dimensional code access control system 23 to access or not access the shopping mall navigation system according to their own conditions, which is convenient for merchants to operate. Customers can also use the corresponding two-dimensional access control code to enter the corresponding floors and merchant locations where the access control is set up, which not only facilitates shopping for customers, but also ensures the safety of merchants.

It should be understood that the above specific embodiments of the present invention are only used to illustrate or explain the principle of the present invention, and not to limit the present invention. Therefore, any modification, equivalent replacement, improvement, etc. made without departing from the spirit and scope of the present invention shall fall within the protection scope of the present invention. Furthermore, it is intended that the appended claims of the present invention embrace all changes and modifications that come within the scope and metesques of the appended claims, or equivalents of such scope and metes and bounds.

Claims (10)

1. A shopping mall touch navigation system, comprising a connected touch screen display and a navigation system host, wherein, The touch screen display is used to realize the 3D display of floors, merchants and surrounding traffic navigation, and input floor information and business information through the touch screen to inquire about corresponding floors, merchants and surrounding traffic navigation information; The navigation system host stores and reads the information of floors, merchants and surrounding traffic navigation, and displays the floor location, merchant location, surrounding traffic information, user location to floor and merchant location on the touch screen display according to the location of the user. The path between the location of the user and the location of the transportation facility; and, the navigation system host sends the floor, merchant and surrounding traffic navigation information to the smart terminal to control the navigation system host to modify or input the floor, merchant and surrounding traffic navigation information; The host computer of the navigation system is connected to a holographic projection system for realizing 3D holographic display of floors, merchants and surrounding traffic navigation; The navigation system host also includes an explanation module, which is connected to the touch screen display or the holographic projection system, and is used to receive an explanation image and send it to the touch screen display or the holographic projection system for display according to the video type; The commentary module can generate and read the QR code information of this commentary; The navigation system also includes signposts arranged on the floors and around the floors, used to receive corresponding commentary images according to the two-dimensional code information of this commentary, and display them on the display screen or holographic projection of the signposts according to the type of commentary images on the device. 2. The shopping mall touch navigation system according to claim 1, wherein the navigation system host includes connected processors and memory, which are respectively connected with the touch screen display, The memory is used to store route table, classified business table, business information table, commodity table and communication route table; The processor includes a comparator and a locator interconnected; The locator is used to send a navigation system positioning request to receive location information of the navigation system; The comparator is used to receive the route table stored in the memory and the location information of the locator, retrieve the routes in the route table according to the location information, obtain the coordinates on the route and the destination coordinates, and combine the location information and the location information on the route The individual coordinates and the destination coordinates are sent to the touch screen display for display. 3. The shopping mall touch navigation system according to claim 2, wherein the comparator includes a path selector, which is used to calculate the path distance according to the paths in the path table, and compare the path distances to obtain the shortest path, and send the shortest path to the touch screen display for display. 4. The shopping mall touch navigation system according to claim 1, wherein the navigation system host further includes a 3D map converter for converting the 2D maps of floors, merchants and surrounding traffic navigation into 3D maps for sending to the touch screen The display will display. 5. The shopping mall touch navigation system according to claim 1, wherein the navigation system host further comprises a connected video input module and a video processing module; The video input module is used to receive information and advertisement video information on the background server, and decode and send the information and advertisement video information to the video processing module; The video processing module is connected to the touch screen display, and is used to convert the received information and advertisement video information into a data stream that can be played by the touch screen display, and send the data stream that can be played by the touch screen display to the touch screen display for playback. 6. The shopping mall touch navigation system according to claim 5, wherein the navigation system host further includes a standby module, which is connected to the touch screen display and the video processing module respectively, for when the touch screen display is not received When the signal sent by the monitor is used, the system is controlled to enter the standby mode according to the preset standby time, and the video processing module is controlled to play the preset information and the video image information of the advertisement in a loop in the standby mode, converting the received news and advertisement video information into a data stream that can be played by the touch screen display, and, Sending the data stream playable by the touch screen display to the touch screen display for playing; And when receiving the signal sent by the touch screen display, the control system exits the standby mode. 7. The shopping mall touch navigation system according to claim 2, wherein the navigation system host further includes a payment module, which is respectively connected to the touch screen display and the memory, for receiving commodity information and payment input by the touch screen display Information, by querying the classified merchant table, merchant information table, commodity table and communication path table stored in the memory, to obtain the merchant's contact method, commodity price and payment method, and, The merchant's contact information, commodity price and payment method are sent to the touch screen display for display. 8. The shopping mall touch navigation system according to claim 1, wherein the navigation system host further includes a connected communication module and an authority verification module; The authority verification module is used to receive the verification code sent by the touch screen display, compare the verification code with the preset verification code, and when the verification code is consistent with the preset verification code, retrieve the communication path table stored in the memory to obtain Corresponding communication path and communication object, and send to the communication module; The communication module realizes the communication with the communication object according to the communication path and the communication object. 9. The shopping mall touch navigation system according to claim 1, wherein the navigation system host also includes an information processing module, which is used to input a member number through the touch screen display, and retrieve relevant member information on the background server according to the member number, and , sending the relevant member information to the touch screen display for display, and inputting the business name through the touch screen display, retrieving the product information, main activity information and address of the relevant business on the backend server according to the business name, and sending the product Information, subject activity information and addresses are sent to the touch screen display for display. 10. The shopping mall touch navigation system according to claim 8, wherein the navigation system host also includes an access control code generation module and an access control code reading module; The access control code generation module is connected with the authority verification module, and is used to receive information about whether the verification code of the authority verification module is consistent with the preset verification code, and when the verification code of the authority verification module is consistent with the preset verification code, Generate a two-dimensional access control code, and send the two-dimensional access control code to the touch screen display for display; The access control code reading module is used to read the two-dimensional access control code and unlock the corresponding access control.