WO2016086565A1 - Bluetooth earphone-based voice navigation method, system and terminal - Google Patents

Abstract

A Bluetooth earphone-based voice navigation method, system and terminal. The method comprises the steps of: a Bluetooth earphone acquires voice command information of destination addresses, and transmits the voice command information to a terminal by Bluetooth (S101); the terminal receives the voice command information, starts map voice navigation, and generates running information of the map voice navigation (S102); and the terminal transmits the running information of the map voice navigation to the Bluetooth earphone through Bluetooth (S103). In this way, convenience is brought to users who are inconvenient to check a mobile terminal in scenarios like driving, riding and walking, both hands of the users are set free, the voice navigation information can be directly transmitted to a Bluetooth earphone, clear reception of the voice navigation by the users is realized and man-machine intelligent interaction is improved.

Description

Voice guidance method, system and terminal based on bluetooth headset

[Technical Field]

The present invention relates to the field of voice navigation, and in particular to a voice navigation method, system and terminal based on a Bluetooth headset.

 【Background technique】

Nowadays, the various map software provided on the mobile terminal accurately records the information of various locations on the earth. Humans can find the path to any position through the map software, which brings convenience to human travel. Simply input the mobile terminal or say the destination address to the handset of the mobile terminal, the map software automatically plans the route, and provides voice navigation, and broadcasts the route and road condition information in detail until it reaches the place you want to go to make travel. It becomes smooth.

However, if only the driver travels by car and needs to use the map software to navigate but does not find an appropriate parking position, the above navigation operation while driving is easy to distract the driver and cause an accident.

 [Summary of the Invention]

The technical problem to be solved by the present invention is to provide a voice navigation method, system and terminal based on a Bluetooth headset, which does not need to operate the terminal during voice navigation, frees both hands and ensures driving safety.

To solve the above technical problem, a technical solution adopted by the present invention is to provide a voice navigation method based on a Bluetooth headset, and the steps of the method include:

The Bluetooth headset collects the voice command information of the destination address, and transmits the voice command information to the terminal through Bluetooth; the terminal receives the voice command information, starts the map voice navigation, and generates the operation information of the map voice navigation; the terminal transmits the operation information of the map voice navigation through the Bluetooth. Transfer to a Bluetooth headset.

The step of enabling the map voice navigation to generate the operation information of the map voice navigation comprises: performing path planning according to the voice command information; and after the path planning is completed, sending a path instruction to the Bluetooth headset whether the route planning success needs navigation; the Bluetooth headset is When the confirmation command for allowing navigation is collected, the confirmation command for allowing navigation is sent to the terminal, and the terminal starts the map voice navigation according to the confirmation command to generate the operation information of the map voice navigation; the Bluetooth headset does not transmit when the confirmation command for allowing navigation is not collected. A confirmation command that allows navigation is given to the terminal.

The confirmation command is one of a voice confirmation command and an operation confirmation command. The voice confirmation command is at least a voice message meaning a “start” vocabulary, and the operation confirmation command is a command generated by a button of the Bluetooth headset, and the navigation is transmitted to the terminal. Confirmation order.

The operation information of the map voice navigation includes at least all direction change information, road condition information, and alternate selection information after missing any direction change position from the current location to the destination location.

The voice command information includes a position command verb and a destination address, and the position command verb is an instruction verb meaning "to" or "to".

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a voice navigation system based on a Bluetooth headset. The system comprises: a Bluetooth headset and a terminal, the Bluetooth headset comprises an acquisition module and a first transmission module, the terminal comprises a navigation module and a second transmission module; the acquisition module is configured to collect voice command information of the destination address; the first transmission module is configured to The voice command information is transmitted to the navigation module through the Bluetooth; the navigation module is configured to receive the voice command information, enable the map voice navigation to generate the operation information of the map voice navigation; and the second transmission module is configured to transmit the operation information of the map voice navigation through the Bluetooth. To the first transmission module.

The navigation module includes a path planning unit, an inquiry command transmission unit, and a voice navigation operation information generation unit. The path planning unit is configured to perform a path planning inquiry command transmission unit according to the voice command information, and send a path plan to the Bluetooth headset after completing the path planning. Whether the navigation instruction command is required for success; the voice navigation information generating unit is configured to enable the map voice navigation to generate the voice navigation information when receiving the confirmation instruction for allowing the navigation to be collected and transmitted by the Bluetooth headset, if the Bluetooth headset does not collect the navigation guidance. The confirmation command does not send a confirmation command allowing navigation to the voice navigation information generating unit.

The confirmation command is one of a voice confirmation command and an operation confirmation command, and the voice confirmation command is at least a voice message meaning a “start” vocabulary, and the operation confirmation command is a command generated by the button of the Bluetooth headset, and is second. The transmission module sends a confirmation command that allows navigation.

The operation information of the map voice navigation includes at least all direction change information along the way from the current location to the destination location, road condition information, and alternate selection information after missing any of the direction change positions.

The voice command information includes a position command verb and a destination address, and the position command verb is an instruction verb meaning "to" or "to".

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a voice navigation terminal based on a Bluetooth headset. The terminal includes: a navigation module and a transmission module. The navigation module is configured to receive voice command information collected by the Bluetooth headset, enable map voice navigation, and generate operation information of the map voice navigation; the transmission module is configured to transmit the operation information of the map voice navigation through Bluetooth. Go to the Bluetooth headset.

The navigation module includes a path planning unit, an inquiry instruction transmission unit, and a voice navigation operation information generation unit. The path planning unit is configured to perform path planning according to the voice command information, and the query instruction transmission unit is configured to send a path to the Bluetooth headset after completing the path planning. Query whether the navigation command is required for the success of the navigation; the voice navigation information generating unit is configured to: when receiving the confirmation instruction of the navigation enabled and transmitted by the Bluetooth headset, enable the map voice navigation to generate the voice navigation information, if the Bluetooth The headset does not collect an acknowledgement command that allows navigation, and does not send a confirmation command that allows navigation to the voice navigation information generating unit.

The confirmation command is one of a voice confirmation command and an operation confirmation command, and the voice confirmation command is at least a voice message meaning a “start” vocabulary, and the operation confirmation command is a button of the Bluetooth headset. And generating an instruction to send the confirmation instruction for allowing navigation to the second transmission module.

The operation information of the map voice navigation includes at least all direction change information along the way from the current location to the destination location, road condition information, and alternate selection information after missing any of the direction change positions.

The voice command information includes a position command verb and a destination address, and the position command verb is an instruction verb meaning "to" or "to".

The invention has the beneficial effects that the voice information of the destination address is transmitted to the terminal through the Bluetooth headset, and the voice command information of the destination address is collected on the Bluetooth headset end to avoid the influence of environmental noise. The wrong destination is obtained, and finally the wrong route is formed; the terminal opens the map voice navigation according to the received voice information, and does not need to manually open the map software in the terminal; after the terminal navigation succeeds, the relevant voice navigation information is directly transmitted to the Bluetooth headset, liberating Both hands bring convenience to the user in the user scenes such as driving, cycling, and walking, which are inconvenient to view the mobile terminal, and transmit the voice navigation information directly to the Bluetooth headset, so that the user can more clearly accept the voice navigation, and also enhance the person. Intelligent interaction with the terminal.

 [Description of the Drawings]

1 is a schematic flow chart of a first embodiment of a voice navigation method based on a Bluetooth headset according to the present invention;

2 is a schematic flow chart of a second embodiment of a voice navigation method based on a Bluetooth headset according to the present invention;

3 is a schematic structural diagram of a first embodiment of a Bluetooth headset-based voice navigation system according to the present invention;

4 is a schematic structural diagram of implementing a function of the system by using a headset assistant APP in a first embodiment of a Bluetooth headset-based voice navigation system according to the present invention;

FIG. 5 is a schematic structural diagram of a first embodiment of a Bluetooth headset-based voice navigation terminal according to the present invention.

【detailed description】

Referring to FIG. 1, FIG. 1 is a schematic flowchart of a first embodiment of a voice navigation method based on a Bluetooth headset according to the present invention. The steps of the method include:

S101: The Bluetooth headset collects voice command information of the destination address, and transmits the voice command information to the terminal by using Bluetooth.

The navigation device has become a must-have for travel, able to set the route and prompt the user to travel along the set route. Most mobile terminals now have navigation capabilities that provide navigation services. As an accessory device of the terminal, the Bluetooth headset wirelessly connects with the terminal through Bluetooth, replacing the ordinary wired headset. In the present invention, the method of starting the operation based on the Bluetooth headset planning path and turning on the map voice navigation is that the terminal is not in a call state. The microphone of the Bluetooth headset is used as a voice information collector to collect voice command information of the destination address. If the user speaks an utterance containing a destination address during the call, the destination address is not used as a voice because the terminal is in a call state. The command information is collected by the voice information collector, and is only transmitted as a conversation content to the handset of the communication terminal of the other party.

When the terminal is in a non-talking state, the user speaks the destination address to the microphone of the Bluetooth headset, and the speech is clear when speaking, and the sound covers the other surrounding sounds, and the Bluetooth headset transmits the collected voice information to the terminal through Bluetooth. The voice information here is the same as the voice information of the conversation during the call state, but after being transmitted to the terminal via Bluetooth, the terminal interprets and executes the processing in a different manner from the voice processing in the call. The voice command information of the destination address is collected on the Bluetooth headset to avoid the wrong destination due to the influence of environmental noise, and eventually form a wrong route. In the present invention, the voice information of the destination address may only include a place name, such as Beijing; or it may be more accurately located at the street level, such as Yuexing 3 Road, South District, Science and Technology Park, Nanshan District, Shenzhen. After the voice command information is transmitted to the terminal through Bluetooth, the process proceeds to step S102.

S102: The terminal receives the voice command information, starts the map voice navigation, and generates the operation information of the map voice navigation.

The terminal receives the voice command information transmitted from the Bluetooth headset, obtains the necessary destination address therefrom, and starts the map voice navigation. After the map is opened, the operation information of the map voice navigation is generated according to the destination address. After the operation information is generated, the process proceeds to step S103.

S103: The terminal transmits the operation information of the map voice navigation to the Bluetooth headset through Bluetooth.

After the terminal generates the operation information of the map voice navigation, the voice navigation information is directly transmitted to the Bluetooth headset, so that the user can more clearly accept the voice navigation, and the route provided in the voice navigation information provides a smooth route and avoids the blocked road section. The user can further select a route or other operations, and also send the terminal to the terminal through voice command information, so that the terminal can lead the user to quickly and accurately reach the destination location to be visited, and realize voice navigation.

Different from the prior art, the method of the embodiment transmits the voice information of the destination address through the Bluetooth headset to the terminal, and collects the voice command information of the destination address on the Bluetooth headset end, thereby avoiding the wrong destination due to the influence of the environmental noise. Finally, the wrong route is formed; the terminal opens the map voice navigation according to the received voice information, and does not need to manually open the map software in the terminal; after the terminal navigation succeeds, the related voice navigation information is directly transmitted to the Bluetooth headset, liberating the hands, driving, riding It is convenient for users to view the mobile terminal in the user scenes such as the car and walking, and the voice navigation information is directly transmitted to the Bluetooth headset, so that the user can more clearly accept the voice navigation, and also enhance the intelligence between the person and the terminal. Interaction.

Referring to FIG. 2, FIG. 2 is a schematic flowchart diagram of a second embodiment of a Bluetooth headset-based voice navigation method according to the present invention. The steps of the method include:

S201: The Bluetooth headset collects voice command information of the destination address, and transmits the voice command information to the terminal through Bluetooth.

In this embodiment, the manner in which the Bluetooth headset collects and transmits the voice command information of the destination address is the same as that in the first embodiment of the present invention, and details are not described herein again.

S202: Perform path planning according to the voice command information.

In the present embodiment, the voice information command includes at least one position command verb and a destination address. Positional command verbs are verbs of the nature of "to" and "go", such as "to", "go", "to", "go", "run", verbs, destination address and first implementation The same in the way. Adding a position command verb to limit the destination address prevents the user from opening the map navigation because he does not intend to mention an address when the user wears the Bluetooth headset and talks with others, so as to prevent the map navigation of the terminal from opening for no reason.

The Bluetooth headset transmits the voice information command to the terminal through Bluetooth, and the terminal parses each voice information command. If at most one of the location command verb and the destination address is resolved, the terminal will discard the command without opening the map navigation; if the location command verb and the destination address are resolved, the terminal opens the map navigation through the built-in GPS of the terminal. The circuit locates the current user's location. After the positioning is successful, the current user's location and destination address are sent to the network database of the terminal map. The built-in map of the terminal is usually Baidu map, Gaode map and tiger map. Users can set the route selection method according to their preferences according to the client of the map software. The recommended method of the map software is recommended by the client. Save time, the shortest distance, and more. All the driving routes from the current location to the destination address are obtained from the network database of the terminal map software, the optimal path is selected according to the selection mode set by the user, the path planning is completed, and then the process proceeds to S202.

S203: After completing the path planning, send a query instruction to the Bluetooth headset whether the route planning success needs navigation.

In this implementation manner, after the path planning is successful, the terminal sends an inquiry request for navigation to the Bluetooth headset through Bluetooth. The inquiry command here may be a system prompt tone or a voice prompt, and the system prompt tone may be a “drop” sound or a short piece of prompt music built in the terminal, or may be a music set by the user himself; the voice prompt means “ The path planning is successful, whether you need to navigate the voice message. After the inquiry command is transmitted, the process proceeds to S203.

S204: When collecting the confirmation instruction for allowing navigation, the Bluetooth headset sends a confirmation instruction for allowing navigation to the terminal, and the terminal starts the map voice navigation according to the confirmation instruction to generate operation information of the map voice navigation; the Bluetooth headset does not collect the confirmation of allowing the navigation. When the command is issued, the confirmation command for allowing navigation is not sent to the terminal, and the terminal does not perform the navigation function.

After the path is successfully planned, the terminal sends an inquiry command asking whether to navigate or not to the Bluetooth headset, and needs to reply to the confirmation command for allowing navigation at the Bluetooth headset. There are two forms of acknowledgment instructions that allow navigation, voice confirmation commands and operation confirmation commands. Wherein, the voice confirmation command is voice information including at least a word meaning "start", such as "start", "ok", "good", "do" Ti", etc., the operation confirmation command is an instruction generated by the button of the Bluetooth headset, and sends a confirmation instruction for allowing navigation to the terminal. The Bluetooth headset collects the voice information and transmits it to the terminal, from which the terminal parses the word meaning "beginning", or The button operation of the Bluetooth headset generates a navigation confirmation command sent from the Bluetooth headset to the terminal, and the map voice navigation is enabled. If the Bluetooth headset does not collect the voice information and does not collect the operation of the button, it will not send to the terminal. The navigation confirmation command is allowed. After the map voice navigation is started, the operation information of the map voice navigation is generated, and the operation information at least includes all direction change information, road condition information and any position change direction after the position from the current position to the destination position. Information such as alternate selection information, such as the driving of the vehicle driven by the user, combined with the location of the GPS real-time positioning, promptly indicating the direction of the route in the form of voice, and appropriately changing the route according to the real-time road condition information, providing reasonable avoidance Measure when the user deviates After the path, the path information is provided to return the vehicle to the originally planned path without re-planning the path.

S205: The terminal transmits the operation information of the map voice navigation to the Bluetooth headset through Bluetooth.

In this embodiment, the operation mode in which the terminal transmits the operation information of the map voice navigation to the Bluetooth headset through Bluetooth is also the same as that in the first embodiment, and details are not described herein.

Different from the prior art, after the path planning and selecting the best path, the method of the embodiment asks the user whether navigation is needed, and only when the confirmation navigation command transmitted from the Bluetooth headset end is received, the voice navigation is continued. The initiative to choose whether to navigate is given to the user, and the user has two ways to confirm the navigation on the Bluetooth headset. The voice navigation information is directly transmitted to the Bluetooth headset, so that the user can more clearly accept the voice navigation. Confirming the voice navigation operation information received after navigation solves the problems encountered during the user's driving process, enabling the user to reach the destination quickly and conveniently, and improving the user experience.

Referring to FIG. 3 and FIG. 4, FIG. 3 is a schematic structural diagram of a first embodiment of a Bluetooth headset-based voice navigation system according to the present invention, and FIG. 4 is a third embodiment of a Bluetooth headset-based voice navigation system according to the present invention. Schematic diagram of the system function. The system 300 includes a Bluetooth headset 310 and a terminal 320. The Bluetooth headset 310 includes an acquisition module 311 and a first transmission module 312. The terminal includes a navigation module 321 and a second transmission module 322.

The acquisition module 311 of the Bluetooth headset 310 collects voice information from the outside, where the voice information should include all the sounds emitted by the user of the Bluetooth headset 310 and other things from the outside world that emit a louder sound. The voice information is transmitted to the terminal 320 via the first transmission module 312. However, only when the terminal 311 is in the non-talk state, and the necessary vocabulary can be parsed from the voice information, the terminal 320 is retained, and the remaining voice information is discarded. The above required vocabulary may be a position command verb and a destination address, and the position command verb may be a directional verb with "to", "go", "to", "go", "run", etc., destination. The address is the location that the user wants to go. It can only include the place name, such as Beijing. It can also be positioned in the street level in more detail and accurately, such as Yuexing 3 Road, South District, Shenzhen Nanshan Science and Technology Park. The terminal 320 receives the voice information of the above type and transmits the information to the navigation module 321.

The navigation module 321 includes a path planning unit 3211, an inquiry instruction transmission unit 3212, and a voice navigation operation information generating unit 3213. While transmitting the voice information to the path planning unit 3211 of the navigation module 321, the GPS module (not shown) built in the terminal locates the current user location, and simultaneously transmits the obtained current location information to the path planning of the navigation module 321. Unit 3211. The path planning unit 3211 transmits the received current location information and the destination address voice information to the network database of the map software on the terminal 320, and obtains all the driving routes from the current location to the destination address, and selects according to the selection mode set by the user. The optimal path. The selection method of the optimal path is the same as that in the second embodiment, and will not be described again. After the path planning unit 3211 successfully plans the path, the query command transmission unit 3212 sends an inquiry command to the Bluetooth headset 310 whether the route planning succeeds in navigation, and the Bluetooth headset 310 receives the inquiry command, and collects an acknowledgement instruction for allowing navigation through the acquisition module 311. The confirmation command that allows navigation is the same as in the previous embodiment, and can be a voice confirmation command and an operation confirmation command. After the collection module 311 collects at least one of the above-mentioned confirmation commands, it transmits the voice navigation operation information generating unit 3213 to the voice navigation operation information generating unit 3213, and triggers the voice navigation of the map software to be started. The voice navigation operation information generating unit 3213 can continue to connect to the map. The network database of the software obtains the operation information of the voice navigation, and transmits the operation information of the voice navigation to the Bluetooth headset 310 through the second transmission module 322, and transmits the earphone through the earpiece of the Bluetooth headset 310. The operation information of the voice navigation in this embodiment is completely the same as the operation information of the voice navigation in the previous embodiment, and details are not described herein again.

Meanwhile, the system of the present invention can be simplified to the path planning and voice navigation performed by the headset assistant APP 323 installed by the terminal 320 after the Bluetooth headset 310 transmits the voice command information to the terminal 320. The specific implementation manner is that after the collection module 311 of the Bluetooth headset 310 collects the voice command information of the destination address, it transmits the voice command information to the headset assistant APP 323 via Bluetooth. The headset assistant APP 323 has been bound to the terminal 320 and has the authority to acquire the necessary information of the terminal 320. After receiving the voice command information, the headset assistant APP 323 parses the destination address information, and combines the current location information obtained from the GPS circuit (not shown) of the terminal 320 to perform path planning. After the path planning succeeds, the headset assistant APP 323 sends an inquiry command to the first transmission module 312 of the Bluetooth headset 310 whether the navigation needs to be successfully routed, and the collection module 311 of the Bluetooth headset 310 starts to collect the confirmation instruction of the user. If the user's confirmation command is not collected, the voice navigation is terminated; after the user's confirmation command is collected, it is transmitted by the first transmission module 312 to the headset assistant APP 323 via Bluetooth, and the headset assistant APP 323 changes according to the planned direction of the travel route. The location and the traffic information obtained from the network path generate voice navigation information and send it to the Bluetooth headset 310 in audio form to accurately provide voice navigation for the user. Moreover, after the user deviates from the planned path, the user first provides voice navigation information that quickly returns to the original path. If the original path is not returned, the user is prompted to perform path planning again according to the current location and the destination address, and after obtaining the allowed instruction. The headset assistant APP323 repeats the above path planning and voice navigation process again.

Different from the prior art, the Bluetooth headset and the terminal of the system of the present embodiment obtain the best path and the voice navigation information of the path from the database of the map software by using the instruction transmission, without manual operation, so that the entire process passes the voice command. Complete, and the voice navigation information is directly transmitted to the Bluetooth headset, so that the user can more clearly accept the voice navigation, while liberating both hands, enhancing the intelligent interaction of the human-machine.

Referring to FIG. 5, FIG. 5 is a schematic structural diagram of a first embodiment of a Bluetooth headset-based voice navigation terminal according to the present invention. The terminal 400 includes a navigation module 410 and a transmission module 420. The navigation module 410 includes a path planning unit 411, an inquiry instruction transmission unit 412, and a voice navigation operation information generation unit 413.

The navigation module 410 receives the voice command information transmitted by the Bluetooth headset (not labeled), obtains the destination address from the voice command information, and transmits the navigation to the navigation together with the current location information of the GPS circuit (not shown) of the terminal 400. Path planning unit 411 of module 410. The path planning unit 411 marks the current location and the destination location on the map of the map software, and analyzes all the paths from the current location to the destination location on the map, and selects the current location according to the selection manner of the preset optimal path. The best path to the destination location. After obtaining the best path from the current location to the destination location, the query command transmission unit 412 of the navigation module 410 sends an inquiry command to the Bluetooth headset whether the route planning success requires navigation, the Bluetooth headset receives the inquiry command, and collects an acknowledgement command allowing navigation. . The confirmation command for allowing navigation is the same as that in the previous embodiment, and therefore will not be described again. After acquiring the at least one confirmation command, the Bluetooth headset transmits the voice navigation information to the voice navigation information generating unit 413 to trigger the voice navigation of the map software. The voice navigation information generating unit 413 generates the voice navigation according to the road condition displayed on the map and the building and road information along the road. The running information is transmitted to the Bluetooth headset through the transmission module 420 through the transmission module 420, and is transmitted to the human ear through the earphone of the Bluetooth headset. The operation information of the voice navigation in this embodiment is completely the same as the operation information of the voice navigation in the previous embodiment, and details are not described herein again. Moreover, in the present embodiment, the terminal 400 can also implement path planning and voice navigation by the headset assistant APP, and the specific operation is the same as in the previous embodiment.

Different from the prior art, the path planning unit, the query command transmission unit and the voice navigation operation information generating unit related to the terminal internal navigation in the embodiment combine the road condition from the current location to the destination location and the buildings and roads along the road provided by the map software. The information realizes path planning and voice navigation, and transmits the voice navigation information directly to the Bluetooth headset, so that the user can more clearly accept the voice navigation, which also liberates the hands and enhances the intelligent interaction of the human-machine.

The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are directly or indirectly applied to other related technologies. The fields are all included in the scope of patent protection of the present invention.

Claims (15)

1. A voice navigation method based on a Bluetooth headset, wherein the steps of the method include:

   The Bluetooth headset collects voice command information of the destination address, and transmits the voice command information to the terminal through Bluetooth;

   Receiving, by the terminal, the voice command information, enabling map voice navigation, and generating operation information of the map voice navigation;

   The terminal transmits the operation information of the map voice navigation to the Bluetooth headset through Bluetooth.
2. The method according to claim 1, wherein the step of opening the map voice navigation and generating the operation information of the map voice navigation comprises:

   Performing path planning according to the voice command information;

   After completing the path planning, sending an inquiry instruction to the Bluetooth headset whether the route planning succeeds needs navigation;

   When the acknowledgment instruction for allowing navigation is collected, the Bluetooth headset sends the confirmation command for allowing navigation to the terminal, and the terminal starts map voice navigation according to the confirmation instruction, and generates operation information of the map voice navigation; The Bluetooth headset does not send the confirmation command for allowing navigation to the terminal when the confirmation command for allowing navigation is not collected.
3. The method of claim 2, wherein the confirmation instruction is one of a voice confirmation instruction and a operation confirmation instruction, the voice confirmation instruction being at least voice information meaning a "start" vocabulary, the operation confirmation The command is an instruction generated by a button of the Bluetooth headset, and the confirmation command for allowing navigation is sent to the terminal.
4. The method according to claim 2, wherein the operation information of the map voice navigation includes at least all direction change information along the way from the current location to the destination location, road condition information, and alternate selection information after missing any of the direction change positions .
5. The method of claim 1 wherein said voice command information comprises a position command verb and a destination address, said position command verb being an indication verb meaning "go" or "to".
6. A Bluetooth headset-based voice navigation system, wherein the system includes a Bluetooth headset and a terminal, the Bluetooth headset includes an acquisition module and a first transmission module, and the terminal includes a navigation module and a second transmission module;

   The acquiring module is configured to collect voice command information of a destination address; the first transmitting module is configured to transmit the voice command information to the navigation module by using a Bluetooth; and the navigation module is configured to receive the voice The command information is used to enable the map voice navigation to generate the operation information of the map voice navigation; the second transmission module is configured to transmit the operation information of the map voice navigation to the first transmission module by using Bluetooth.
7. The system according to claim 6, wherein the navigation module comprises a path planning unit, an inquiry instruction transmission unit, and a voice navigation operation information generating unit;

   The path planning unit is configured to perform path planning according to the voice command information, where the query command transmission unit is configured to send, to the Bluetooth headset, an inquiry command that needs to be navigated successfully after completing the path planning; The voice navigation information generating unit is configured to: when receiving the confirmation instruction for allowing navigation to be collected and sent by the Bluetooth headset, enable map voice navigation to generate the voice navigation information, if the Bluetooth headset does not collect the permission The navigation confirmation command does not send the confirmation command allowing navigation to the voice navigation information generating unit.
8. The system according to claim 7, wherein said confirmation command is one of a voice confirmation command and an operation confirmation command, said voice confirmation command being at least voice information including a meaning "start" vocabulary, said operation confirmation The instruction is an instruction generated by a button of the Bluetooth headset, and the confirmation instruction for allowing navigation is sent to the second transmission module.
9. The system according to claim 7, wherein the operation information of the map voice navigation includes at least all direction change information along the way from the current location to the destination location, road condition information, and alternate selection information after missing any of the direction change positions .
10. The system of claim 6 wherein said voice command information comprises a position command verb and a destination address, said position command verb being an indication verb meaning "go" or "to".
11. A voice-based navigation terminal based on a Bluetooth headset, wherein the terminal comprises: a navigation module and a transmission module;

    The navigation module is configured to receive voice command information collected by the Bluetooth headset, enable map voice navigation, and generate operation information of the map voice navigation; the transmission module is configured to transmit the operation information of the map voice navigation through Bluetooth. Go to the Bluetooth headset.
12. The terminal according to claim 11, wherein the navigation module comprises a path planning unit, an inquiry instruction transmission unit, and a voice navigation operation information generating unit;

    The path planning unit is configured to perform path planning according to the voice command information, where the query command transmission unit is configured to send, to the Bluetooth headset, an inquiry command that needs to be navigated successfully after completing the path planning; The voice navigation information generating unit is configured to: when receiving the confirmation instruction for allowing navigation to be collected and sent by the Bluetooth headset, enable map voice navigation to generate the voice navigation information, if the Bluetooth headset does not collect the permission The navigation confirmation command does not send the confirmation command allowing navigation to the voice navigation information generating unit.
13. The terminal according to claim 12, wherein said confirmation command is one of a voice confirmation command and an operation confirmation command, said voice confirmation command being at least voice information including a meaning "start" vocabulary, said operation confirmation The instruction is an instruction generated by a button of the Bluetooth headset, and the confirmation instruction for allowing navigation is sent to the second transmission module.
14. The terminal according to claim 12, wherein the operation information of the map voice navigation includes at least all direction change information along the way from the current location to the destination location, road condition information, and alternate selection information after missing any of the direction change positions .
15. The terminal according to claim 11, wherein said voice command information comprises a position command verb and a destination address, and said position command verb is an instruction verb meaning "to" or "to".