Multi-vehicle interaction method and device for navigation team and storage medium

Abstract

The invention provides a multi-vehicle interaction method and device for a navigation team, and a storage medium, and the method comprises the steps: automatically pushing the current position and state of each member in the team when the team is successfully created or joined, carrying out the communication according to the position and state of each member checked in real time in the team, obtaining the passing information of each vehicle, and carrying out the interaction of each vehicle. The team leader in the team can set an in-team travel navigation place according to the traffic information, and each member in the team can select whether to navigate in the travel navigation place or not. Therefore, multi-vehicle interaction of the vehicle-mounted navigation team during driving is realized, the user can observe the condition of the vehicle team in real time and perform instant voice communication in the driving process, and the user experience of multi-person and multi-vehicle travel is greatly improved.

Description

Technical Field

[0001] The present invention belongs to the technical field of navigation information interaction, and in particular relates to a multi-vehicle interaction method, device and storage medium for a navigation team. Background Art

[0002] At present, when multiple vehicles are driving, they often need to communicate their respective positions with each other, share some road conditions and risks in a timely manner, and communicate some passenger information in a timely manner. In the existing technology, it is necessary to quickly form a travel group in the car to facilitate real-time communication or docking among car owners, while taking into account driving safety. Car owners generally maintain communication during driving through telephone, WeChat, etc. However, the existing communication information lacks real-time vehicle status viewing and voice communication between cars, and it is impossible to clearly understand the road conditions, which is prone to congestion. Summary of the invention

[0003] In view of the above problems, the present invention proposes a multi-vehicle interaction method for a navigation team, the method comprising:

[0004] When a team is created or joined successfully, the current location and status of each member in the team will be automatically pushed;

[0005] By checking the location and status of each member in real time within the team, the traffic information of each vehicle can be obtained;

[0006] According to the traffic information, the team leader in the team can set the team's itinerary navigation location, and each member in the team can choose whether to navigate using this itinerary navigation location.

[0007] Optionally, before automatically pushing the current positions and statuses of the team members to each member when the team is successfully created or joined, the following steps may be performed:

[0008] When creating or joining a team successfully, the team leader and each member need to set up or operate according to the rules.

[0009] Optionally, when the team is created or joined successfully, the team leader and each member of the team need to set or operate according to the rules, including:

[0010] The captain of a team can transfer the captain position, remove team members and disband the team according to the needs of the team;

[0011] Each member of the team can start the communication mode and modify their nicknames within the team;

[0012] Each member of the team has a friend relationship with each other, so that each member of the team can share the team invitation history friends and invite friends to join the team.

[0013] Optionally, when the team is successfully created or joined, the captain and each member of the team need to set or operate according to the rules before the following steps are performed:

[0014] Click the team shortcut icon on the map homepage to enter or exit team mode;

[0015] Enter the team formation mode as described above to create a team or enter a password to join a team.

[0016] Optionally, when the team is created or joined successfully, the current location and status of each member in the team is automatically pushed to the team members, including:

[0017] Push each member's own position uplink operation and corresponding downlink message to inform the client of other team members' position information and team status;

[0018] The received push messages are automatically displayed in a message list according to priority.

[0019] If a non-team page message pops up, the message pushed within the team will not be updated temporarily.

[0020] Optionally, the communication based on real-time viewing of the position and status of each member in the team to obtain the traffic information of each vehicle includes:

[0021] You can check the real-time location of yourself and your teammates on the map, as well as whether each teammate's vehicle is passing normally;

[0022] Team members can view their teammates' online and offline status.

[0023] Optionally, the team leader in the team can set a navigation route within the team according to the traffic information, and each member of the team can choose whether to navigate according to the navigation route, including:

[0024] Communicate within the team via voice;

[0025] Based on the communication information, the team leader can choose the itinerary navigation point to avoid traffic problems;

[0026] Each team member can see the itinerary navigation location and can choose whether to navigate according to the itinerary navigation location.

[0027] Optionally, the communication within the team through voice includes:

[0028] Record and send voice messages within the team, allowing team members to talk to each other.

[0029] The present invention also provides a multi-vehicle interactive device for navigation team, comprising:

[0030] Push module, used to automatically push the current position and status of each member in the team when a team is successfully created or joined;

[0031] The viewing module is used to communicate with each team member based on their real-time location and status to obtain the traffic information of each vehicle;

[0032] The navigation selection module is used to enable the team leader in the team to set the team's itinerary navigation location according to the traffic information, and each member in the team can choose whether to navigate according to this itinerary navigation location.

[0033] The present invention also provides a storage medium on which a computer program is stored, and when the program is processed and executed, the multi-vehicle interaction method of the navigation team is implemented.

[0034] The multi-vehicle interactive method of the navigation team of the present invention automatically pushes the current position and status of each member in the team when the team is successfully created or joined, thereby realizing the driving position and driving status between teammates' vehicles, so as to facilitate subsequent communication and exchange based on the real-time viewing of the position and status of each member in the team, and obtain the traffic information of each vehicle. The traffic information of each vehicle is also the real-time driving position and driving status between teammates' vehicles, so as to obtain whether there is a traffic problem in the driving position and driving status through the traffic information between team members, and then the team leader in the team can set the team's itinerary navigation location according to the traffic information, and each member in the team can choose whether to navigate according to this itinerary navigation location, thereby realizing real-time vehicle condition viewing and communication between teammates' vehicles, clarifying the conditions of each road condition, and avoiding congestion.

[0035] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures pointed out in the description, claims and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0037] Figure 1 A schematic flow chart of a multi-vehicle interactive method for a navigation team in an embodiment of the present invention is shown. DETAILED DESCRIPTION

[0038] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0039] like Figure 1 As shown, the present invention provides a multi-vehicle interaction method for navigation teaming. The present invention processes signals of multi-dimensional interaction modes such as switches, voice, and touch, so as to display information on the display screen and broadcast information on the speaker. The general scheme of the present invention includes: creating / joining a team, team position sharing, team information exchange, etc. The specific method includes:

[0040] Step S10: When a team is created or joined successfully, the current position and status of each team member is automatically pushed to the team members. This enables the driving position and driving status of teammates' vehicles to be known. By knowing the current driving position and driving status, the team owner can decide whether to continue to move forward to the front route or other traffic routes, and avoid accidents in the subsequent driving, such as traffic accidents or other congested road conditions.

[0041] In one embodiment, before automatically pushing the current positions and statuses of the team members to each member when the team is successfully created or joined, the following steps are included:

[0042] When creating or joining a team successfully, the team leader and each member need to set up or operate according to the rules. By setting up or operating according to the regulations, subsequent communication between teammates and management are facilitated.

[0043] In one embodiment, when a team is created or joined successfully, the team leader and each member of the team need to set or operate according to the rules, including:

[0044] The captain of a team can transfer the captain position, remove team members and disband the team according to the needs of the team. It should be noted that only the captain has the function of transferring the captain position and the management function. Only the captain has the authority to remove team members. Non-captains are prompted "Only the captain has this authority"; after the captain enters the team, a list of team members (icon (avatar or logo) + nickname) will appear. If there is only the captain, it will show that there are no teammates. Each member in the list (except the captain) has a delete button. Click to delete, and a pop-up window will prompt "Confirm to delete team member xxxx" and icon. Confirm to delete, and a prompt will be given after deletion. Cancel to return. Disband the team: Only the captain has this authority, and non-captains are prompted "Only the captain has this authority"; after the captain enters, a pop-up window will prompt "Confirm to disband the current team (all team members will be removed after disbanding)" to disband, and a prompt will be given after disbanding. Cancel to return.

[0045] Each member of the team can turn on the communication mode and modify their nicknames. It should be noted that each member of the team can turn on the communication mode so that the team can talk to each other, that is, a push-button microphone is set in the team. After turning it on, a floating microphone icon appears. Long press it to drag it to any place on the screen, always on the top layer. (The intercom button is displayed globally on the map and visible on all navigation pages); to modify the nickname, click it and a pop-up window will pop up to modify the nickname. After modifying, click Save to verify the legality of the nickname. If it is legal, it will prompt that the save is successful and return to the team settings page. If it is illegal, it will prompt the reason for the illegality. At this time, click Return to the team settings page without modifying the nickname.

[0046] Each member of the team has a friend relationship with each other, so that each member of the team can share the team invitation history friends to invite friends to join the team. It should be noted that friend invitation can be achieved by sharing the team password, team WeChat QR code, and inviting historical friends to invite friends to join the group. When inviting historical friends, the service can only call back the most recent 20 friend relationships.

[0047] In one embodiment, before successfully creating or joining a team, the team leader and each member of the team need to set up or operate according to the rules, including:

[0048] Click the team group shortcut icon on the map homepage to enter or exit team group mode. Specifically, users can turn on / off team group mode in a variety of ways, such as clicking on the map on the central control screen in the car, or clicking on the map on other mobile terminals, entering team group mode by clicking on the team group shortcut icon on the map homepage, or exiting team group mode on the central control screen or other mobile terminals by clicking back. In addition, in addition to finger clicks, you can also control the team group shortcut icon on the map homepage through voice commands, and voice control to open team group mode / team, or exit team group mode / team.

[0049] Create a team or enter a password to join a team according to the team formation mode. It should be noted that when creating a team / entering a password to join a team, it is also necessary to determine whether the user is already in a team. If the user is already in a team, another team cannot be added. Among them, the specific member list of the team, the number of members in the member list (up to 61 people).

[0050] In one embodiment, when a team is created or joined successfully, the current location and status of each member in the team is automatically pushed to the team members, including:

[0051] The uplink operation of pushing each member's own position and the corresponding downlink message inform the client of the location information of other team members and the team status. Such messages are not stored locally. Among them, team push messages are stored locally. In addition, the car-side team message can receive voice messages from the car-side or mobile phone, and the car-side can only send voice messages.

[0052] The received push information is automatically displayed in a message list according to the priority. Specifically, the pushed information is formed into a message list. If you manually click on the bullet screen to push the information, and the information is a voice message, the voice that is manually clicked to play will be automatically played downwards first.

[0053] If a non-team page message pops up, the message pushed in the team will not be updated temporarily. The message display of the non-team page, when there is a new message, will be displayed in the floating layer on the top of the main map. The message will not be updated for 30 seconds and the dialog box will be folded. The most recent 6-10 messages will be displayed at most, and the display time of a single message is 30 seconds.

[0054] Step S20, based on the real-time viewing of the position and status of each member in the team, the communication is carried out to obtain the traffic information of each vehicle. Through the traffic information of each vehicle, that is, the real-time driving position and driving status of the teammates' vehicles, it is possible to determine whether there is a traffic problem in the driving position and driving status through the traffic information between the team members.

[0055] In one embodiment, the traffic information of each vehicle is obtained by communicating with each member in the team in real time by checking their position and status, including:

[0056] You can view the real-time location of yourself and your teammates on the map, as well as whether each teammate's vehicle is passing normally. It should be noted that when the user in the car is in a team (group), he can view the location of all members of the team in real time on the map, and the user's own location will also be displayed on the map. Of course, the map on the mobile phone can also display the location. The destination can be set on the car terminal or mobile phone and shared with the team members. The real-time location is reported every 5 seconds and sent every 5 seconds.

[0057] Team members can view their online and offline status. If someone is offline, there will be a vacancy in the team, making it easy to pull people in or have others automatically join the team.

[0058] Step S30, the team leader can set the team's itinerary navigation location according to the traffic information, and each team member can choose whether to navigate according to the itinerary navigation location. This enables real-time vehicle status viewing and communication between team members' vehicles, makes it clear about the road conditions, and avoids congestion.

[0059] In one embodiment, the team leader can set a navigation route within the team according to the traffic information, and each member of the team can choose whether to navigate according to the navigation route, including:

[0060] Communicate within the team through voice. It should be noted that users in the car can record and send voice by touching the central control screen / steering wheel buttons to achieve intercom with team members. Of course, in addition to voice communication, you can also intercom through text or video, which is not limited here. Specifically, start using intercom, click the central control microphone floating icon to record, click the microphone floating icon again to send an intercom message, short press the steering wheel button to record, short press the steering wheel button again to send an intercom message, and the intercom process ends, and intercom is achieved through this process.

[0061] According to the communication message, the team leader can choose a navigation destination that avoids traffic problems. Specifically, through the received message, the user in the car as the team leader can click to set the team (group) destination. The setting process requires clicking to set the team (group) destination, inputting the destination information in the search bar, judging whether the search result is correct, selecting a search result as the destination and confirming it. The destination setting process ends, and the navigation destination setting in the team is realized through this process.

[0062] Each member of the team can see the itinerary navigation destination and can choose whether to navigate according to the itinerary navigation destination. By selecting the itinerary navigation destination, changing the original driving location can avoid congested roads to a certain extent.

[0063] In one embodiment, communicating within a team via voice includes:

[0064] Record and send voice messages within the team, allowing team members to talk to each other.

[0065] In the present invention, voice commands for opening and exiting the team mode are provided, which requires the voice system in the car or other mobile terminals. Of course, the control of opening and exiting the team mode, providing user services such as team mode location information, user message services, and team mode settings are all customized on the navigation APP, providing a team mode switch, providing team mode pop-up prompts and options, displaying the team mode interface, displaying the map, team member messages, and the real-time location of team members through the display screen. The voice is played externally through the audio host, providing signal reception and operation logic, and forwarding the audio signal to the speaker. The voice is played through the speaker. The necessary network signal is provided through the Internet of Vehicles module. The gateway provides the transfer of network signals, and the switch button is provided to enter the team mode and team intercom through the switch button.

[0066] In summary, the above logic can be used to realize multi-vehicle interaction in the in-vehicle navigation team while driving, allowing users to observe the team situation in real time and conduct instant voice communication during driving, greatly improving the travel user experience of multiple people and multiple vehicles.

[0067] The present invention also provides a multi-vehicle interactive device for navigation team, comprising:

[0068] Push module, used to automatically push the current position and status of each member in the team when a team is successfully created or joined;

[0069] The viewing module is used to communicate with each team member based on their real-time location and status to obtain the traffic information of each vehicle;

[0070] The navigation selection module is used to allow the team leader to set the team's itinerary navigation location based on traffic information, and each team member can choose whether to navigate using this itinerary navigation location. Through the above modules, the real-time vehicle status viewing and communication between teammate vehicles can be realized, and the situation of each road condition can be clearly understood to avoid congestion.

[0071] The present invention also provides a storage medium on which a computer program is stored, and when the program is processed and executed, a multi-vehicle interaction method for a navigation team is implemented.

[0072] Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent substitutions for some of the technical features therein; and these modifications or substitutions do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A multi-vehicle interaction method for navigation teaming, characterized in that: The method comprises: When a team is created or joined successfully, the current location and status of each member in the team will be automatically pushed; By checking the location and status of each member in real time within the team, the traffic information of each vehicle can be obtained; According to the traffic information, the team leader in the team can set the team's itinerary navigation location, and each member in the team can choose whether to navigate using this itinerary navigation location.

2. The multi-vehicle interaction method for navigation teaming according to claim 1, characterized in that: Before the creation or joining of a team is successful, the current position and status of each member in the team is automatically pushed to the team members, including: When creating or joining a team successfully, the team leader and each member need to set up or operate according to the rules.

3. The multi-vehicle interaction method for navigation teaming according to claim 2, characterized in that: When a team is created or joined successfully, the team leader and each member must set up or operate according to the rules, including: The captain of a team can transfer the captain position, remove team members and disband the team according to the needs of the team; Each member of the team can start the communication mode and modify their nicknames within the team; Each member of the team has a friend relationship with each other, so that each member of the team can share the team invitation history friends and invite friends to join the team.

4. The multi-vehicle interaction method for navigation teaming according to claim 2, characterized in that: When creating or joining a team successfully, the team leader and each member of the team must set up or operate according to the rules, including: Click the team shortcut icon on the map homepage to enter or exit team mode; Enter the team formation mode as described above to create a team or enter a password to join a team.

5. The multi-vehicle interaction method for navigation teaming according to claim 1, characterized in that: When the team is created or joined successfully, the current location and status of each member in the team is automatically pushed, including: Push each member's own position uplink operation and corresponding downlink message to inform the client of other team members' position information and team status; The received push messages are automatically displayed in a message list according to priority. If a non-team page message pops up, the message pushed within the team will not be updated temporarily.

6. The multi-vehicle interaction method for navigation teaming according to claim 1, characterized in that: The communication is performed based on real-time viewing of the position and status of each member in the team to obtain the traffic information of each vehicle, including: You can check the real-time location of yourself and your teammates on the map, as well as whether each teammate's vehicle is passing normally; Team members can view their teammates' online and offline status.

7. The multi-vehicle interaction method for navigation teaming according to claim 1, characterized in that: The team leader in the team can set a navigation route within the team according to the traffic information, and each member of the team can choose whether to navigate using the navigation route, including: Communicate within the team via voice; Based on the communication information, the team leader can choose the itinerary navigation point to avoid traffic problems; Each team member can see the itinerary navigation location and can choose whether to navigate according to the itinerary navigation location.

8. The multi-vehicle interaction method for navigation teaming according to claim 7, characterized in that: The communication within the team through voice includes: Record and send voice messages within the team, allowing team members to talk to each other.

9. A multi-vehicle interactive device for navigation teaming, characterized in that: include: Push module, used to automatically push the current position and status of each member in the team when a team is successfully created or joined; The viewing module is used to communicate with each team member based on their real-time location and status to obtain the traffic information of each vehicle; The navigation selection module is used to enable the team leader in the team to set the team's itinerary navigation location according to the traffic information, and each member in the team can choose whether to navigate according to this itinerary navigation location.

10. A storage medium having a computer program stored thereon, characterized in that: When the program is processed and executed, the multi-vehicle interaction method for a navigation team as described in any one of claims 1-8 is implemented.

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