CN108600536B - Novel mobile communication system facing communication scene and content - Google Patents

Abstract

A novel mobile communication system facing to scenes and contents enables communication participants to establish communication in communication modes such as voice, video and talkback or switch modes according to requirements to adapt to scene change in communication, and realizes sharing and interaction of data such as texts, data, files, media files, position information and IOT in communication. The novel mobile communication system is provided aiming at the defect that the prior connection-oriented mobile communication system can not be oriented to scene and content.

Description

Novel mobile communication system facing communication scene and content

Technical Field

The method enables a mobile communication terminal to be in a voice, video duplex and half-duplex communication mode and an instant message communication mode, and communication participants can freely switch the communication mode according to the communication scene and the communication content, so that the mobile communication terminal can work in the communication mode and the communication content which are more accordant with the scene under the corresponding scene; the voice and video communication can be realized, and meanwhile, data, position information, pictures, files, webpage links, text interaction and the like can be transmitted and received and shared; when sharing the position information, the mutual position information such as distance, path, queue state and the like can be formed according to the terminal positioning information and a GIS system of the terminal, and the mutual position information can be calculated in real time according to the displacement and synchronously updated to each position sharer; the communication terminal can be an intelligent terminal, an intelligent mobile phone, an intelligent step-phone communication terminal or an App running on the intelligent terminals or a communication plug-in of some App containing the method, because the communication function can also support the life scenes of a sporter such as driving, moving or sports, the communication terminal can support eye free and finger free man-machine exchange control functions in addition to terminal screen control and keyboard control, so as to ensure that the users of the mobile communication terminal particularly drive, ride and the like high-speed movement, mountain climbing, skiing or limit and other dangerous movements, walking, running and other movements needing displacement, the eyes of the communicants do not need to leave the road surface or focus objects because of operating the communication terminal, thereby causing accidents and accidents or needing to be interrupted and changing the movement state because of operating the intelligent terminal \ mobile phone, and make up that the existing intelligent terminal and intelligent mobile phone system can not move during sports, The defects of safety and convenient use in the displacement, driving and other scenes.

Background

In the past, smart phones and smart terminals have developed rapidly, but the following problems have not been solved effectively, for example, communication participants are originally interacting with an instant message, but after the problems are complicated, the mode needs to be switched immediately, the problem is changed into voice duplex communication, or multi-person duplex communication is discussed, and necessary data sharing or file receiving and sending can be supported, while the current instant message system cannot support the situation that the participants in a chat group are switched from the message interaction mode to a voice or multi-person voice conference, video conference or intercom communication state, and cannot effectively communicate with people outside the instant message group, such as inviting a user other than an instant message APP to participate in voice and data communication; for example, when a plurality of people form a team to climb a mountain or ride a bike, the participants can form a group of half-duplex communication, and simultaneously the participants of the communication can obtain position information, path information and relative displacement of other parties, so that the participants of the communication can not only communicate information in a voice manner, but also obtain information such as a position, a marked location picture and the like which are more accurate than the voice manner, and can better form the team to move, when a lead team arrives at a certain position, the participants can hope to use live video broadcast, and therefore the latter members can know the road condition in front more clearly. Our mobile communication systems today do not support such arbitrary switching patterns and communication of content; in life, such as going to a certain place to meet others, when going to an unfamiliar destination, telephone communication is usually required, but the traditional communication system does not support position sharing, and in fact, if the telephone is put through, if the position sharing function is adopted, one party can obtain the information of the communication position of the other party, and conveniently finds the other party according to the guidance formed by the GIS, or the party guiding the position sets a common target position, the GIS of other communication party terminals can automatically form own path, the guiding party also has own path, respective paths and relative displacement can be formed on the terminal, and the corresponding positions and displacement and the like can be broadcasted at any time according to the complaints of users, so that communication participants can know the displacement conditions of each other and the condition of the target place, and can communicate in driving, and the other party such as the one party at a certain point or the like is better adjusted. Generally, when people communicate, a specific object is described, sometimes it is very difficult, and if a photo is taken in a handy way and sent to an opposite party, the opposite party can immediately understand the original pattern of the object, but the traditional mobile system telephone does not have the direct function and needs to start an App of a third party, if the opposite party is not a familiar person, is not in an instant message, a friend list of a community system or does not have a common instant message App, the communication content is blocked, and the communication effect is greatly reduced. Because the existing instant message system part has a duplex voice communication function, but as a stranger, two communication parties can communicate after being added as a 'friend', and for a communication object of a non-instant message system, a telephone system of a mobile phone can not support more information interaction such as file sharing and position sharing, so that the communication of people is actually hindered, and the diversity of communication contents of the current communication is limited, but the instant message system can not be directly communicated and interconnected with a voice exchange system of a telecommunication operator, so that some good functions of some instant message systems can only be operated in the system, but not users of the instant message systems, only APP can be downloaded first, and if the link-oriented communication system of the mobile intelligent mobile phone system is optimized to disclose a scene-oriented and content-oriented novel mobile communication system, many influences on communication effects in the mobile system of the current day can be avoided, The problem of communication content can also be solved, so that the communication boundary is larger and the limitation is less. For example, when a mobile communication terminal of today is in a telephone traffic, various data connections are interrupted, so that necessary communication functions such as data sharing, position sharing, file sharing and the like cannot be realized, and the technology cannot keep up with the requirements of the times, so that under the method, the limitation is cancelled, and a mobile communication system which crosses instant messages APP and does not have artificial blocking and crosses mobile operators can be realized.

For mobile users outdoors in rainy days or communication users in working and living environments with wet hands and dirt easily, the screen used by the intelligent terminal is difficult to control after being sticky with water, and even basic functions of receiving, rejecting and hanging calls are difficult to achieve, or the basic functions of unlocking the screen are difficult to achieve, so that the intelligent terminal and the intelligent mobile phone can be used and a telephone communication system can be controlled without being limited by the screen. For example, a driver uses a smart phone while driving, and the smart phone is one of the most main causes of traffic death accidents worldwide. Besides the voice communication of the smart phone, the driver usually uses the community and the instant messaging APP, and usually uses the navigation guide direction, and because all the smart phones lack a simple and effective blind control function, the user needs to leave the road with eyes to operate the mobile phone, the driver inevitably drives blindly temporarily, which causes a lot of traffic accidents. For a driver of a non-motor vehicle, the driver usually holds two handles, when the driver communicates with the vehicle, the driver usually holds one handle when looking over instant information or a GIS, eyes leave the road surface, the safety coefficient is naturally reduced, but in the global scope, the phenomena are all normal nowadays, and communication equipment manufacturers do not effectively research the communication requirements in the scenes, so that part of developed countries and regions completely forbid touching the mobile phone when riding the vehicle and driving the vehicle or permit using the hand free technology to use the mobile phone (voice recognition cannot meet basic requirements in noise, and the mobile phone cannot usually meet users in outdoor and driving when the vehicle body vibrates). Some scenes exist in the group sports of mountaineering, bicycles, motorcycles and the like, and the existing smart phones or terminal systems do not well study the change of communication contents of people and the diversification of scenes, but continue the existing connection-oriented communication technology, so that the system function cannot meet the communication requirements of people in various scenes and communication contents, and only by integrally changing the existing connection-oriented mobile communication system, a new communication system and capacity can be formed to adapt to the daily life of people today.

More scenarios are no longer taken as an example, but it is determined that the current mobile communication system does not fully study the communication content, communication scenario and the present invention of connection-oriented communication (telephone communication) faced by the communication user today, and the situation has changed significantly, so that the communication system needs to be improved to meet the real life of the communication user today.

The blind control function of the intelligent terminal and the intelligent mobile phone communication system is emphasized that no matter driving, running, riding or other types of sports, a user of the intelligent mobile phone usually needs to destroy the original movement state to use the mobile phone, the original movement and displacement state are necessarily disturbed because the user needs to look at a screen with eyes and control the mobile phone by matching fingers with a touch screen, the problem existing in the invention of the intelligent mobile phone is solved all the time, and the user of the intelligent mobile phone has quite much time to be in the movement and displacement state (driving, walking and riding …) every day. During moving and displacement, accidents are easily caused by lowering the head of a mobile phone, communication under the scenes becomes relatively safer and better meets the requirements of communication scene adaptation due to the blind control technology of the smart phone, the blind control is not limited to touch the mobile phone with hands, but a user can operate and control the mobile phone by triggering wearable equipment wirelessly interconnected with the smart communication terminal, for example, the mobile phone is reversely controlled by a sensor of a full-wireless earphone, but a mobile operating system is required to be added with a sensor control interface instead of being limited to screen control at present.

The traditional voice communication is a link-oriented communication system, namely, two communication parties intercommunicate at least two parties in a circuit mode through switching equipment, but in a packet switching transmission system which is ubiquitous nowadays, more functions are provided for a communicator instead of continuously using a communication idea in the era of link switching, and the communication between the current day and the future is oriented to the content demand and the scene demand of the communicator instead of being purely the demand and logic of voice and video communication and being not only the touch control of a screen by a user in a static environment, so that a packet switching system provides a technical basis for a novel mobile communication method, and the effective communication between the current day and the future is often a combination form of voice, video, data (including GIS or IOT information), file sharing, text interaction, data interaction, message and the like.

The intelligent terminal and the intelligent mobile phone comprise abundant sensors, wherein some sensors can sense the approaching time of an external object and the object and even the moving direction and speed of the object, so that a technical realization way is provided for the blind control of the mobile phone. The intelligent terminal can be sent instructions through a sensor close to the mobile phone. The basic functions provide possibility for a communication user to blindly control the smart phone when hands and eyes are inconvenient, and the intelligent terminal can conveniently realize blind control by adopting a sensor or a sensor group capable of sensing directional trigger, triggering time and duration.

After the communication content and the communication scene are combined and analyzed, a conclusion is quite definitely made that the communication content and the scene are not combined in the mobile communication system of today, so the method related to the present disclosure is a novel mobile communication method for meeting the requirements of the content and the scene.

In the special working field, digital clusters are commonly used, but the technology is old, modern scientific and technological achievements cannot be well utilized, for example, police officers who arrest criminals usually adopt an arrest mode, but the angles of participants in all directions are different, so that police officers with different angles can not share photos and videos of the angles in half a day in language description, and some scenes can not be in voice communication, information and instructions can be transmitted in the form of adding various files and photos through short messages, so that the officers who arrest can clearly know the environmental conditions of all parties, and reasonable treatment is facilitated. By adopting the novel mobile communication method, the problem of digital clustering can be solved, information such as voice, video, photos, maps and drawings can be rapidly shared and shared to all parties, the arresting work is more effective, the risk is reduced, and the chance of information leakage is reduced. The method is also suitable for the individual communication terminal, so that the individual can know the condition of the whole operation area and the commander can know the position of each individual and the information fed back by the individual, and the command decision can be made more comprehensively.

The method re-constructs communication and information components and modules based on scenes which are possibly used by mobile communication users today and in the future and communication contents which are possibly involved, adopts new technology to enable multi-mode communication, and can also blindly control the intelligent terminal to communicate under the situation that the eyes and fingers are not convenient to use, thereby solving the defect that the intelligent terminal or the mobile phone product can not be used in all scenes, meanwhile, after the traditional single voice communication is superposed with various data and files, the communication efficiency is greatly improved, and the situation that when the mobile communication system is in communication at present is changed, the method has the advantages that the method cuts off the defects of data service, prevents the data and voice service from working in parallel, artificially destroys the appeal of a communicator to content (data), and artificially blocks the voice communication of the mobile communication service and the community instant message service provider from information and functions, so that the cross-communication system user cannot communicate seamlessly.

Disclosure of Invention

The method is provided for overcoming the defect that the intelligent terminal, the intelligent mobile phone and the communication system on the intelligent terminal and the intelligent mobile phone cannot effectively adapt to communication scenes and communication contents in real life, so that users of the intelligent terminal and the intelligent mobile phone can adapt to various communication scenes to the maximum extent in the communication process in the future; during communication, various information can be shared, shared and interacted, and communication can be performed by using a larger boundary for a communication party (an instant message user can start telephone communication when not knowing a phone of the opposite party, and the telephone user can also perform data communication such as data and file sharing when not being an instant message friend). The communication parties can switch modes from duplex mode, half-duplex mode to instant message mode and the like without hanging up, other APP and other complex operations are started, and the mode switching can be carried out by the communication parties according to the change of scenes and the change of communication contents. For different Apps with instant message functions, when cross-App user communication is carried out, the API adopting the method on the intelligent terminal is called, so that cross-App instant message communication and voice and video communication can be carried out, and various modes can be switched, so that the user boundary naturally formed by the App is broken through by the new communication method. For scenes with inconvenient eyes and hands, such as driving, sports, riding and the like, the participants can blindly control the communication function of the intelligent terminal, so that the communication control function can meet the scene that the intelligent terminal and the intelligent mobile phone are inconvenient to use.

Drawings

The method is further explained below with reference to the accompanying drawings.

Fig. 1 is a diagram of the composition of the system functional modules of the method and the flow of information, signaling and control.

Fig. 2 is a hierarchical architecture diagram of the present method at large scale deployment.

Fig. 3 is a function example of the communication interface when the method is used as a caller.

Fig. 4 is an example of a communication interface and corresponding functions on the terminal when the method is used as a caller.

Fig. 5 shows the method as an example of the function of the communication interface when the call is called.

Fig. 6 is a communication interface and corresponding function example on the terminal when the method is used as a called party.

Fig. 7 is a communication interface function example of the method in communication.

Fig. 8 is an example of an interface for location sharing on a terminal when the method is in communication.

Fig. 9 is an example of an interface of instant messages on the terminal while the method is in communication.

Fig. 10 is an example of an interface of a video conference on a terminal while the present method is in communication.

Detailed Description

The embodiments and specific times, codes, quantities, diagrams, etc. described in the following exemplary embodiments do not represent all embodiments consistent with the method, but rather are merely methods consistent with aspects of the method as recited in the appended claims.

As shown in fig. 1, S101, S102, S103 are all smart terminals and smart phones adopting the method, these smart terminals are interconnected with S104 communication service module signaling through packet-switched wireless network system, the signaling of connection can be based on SIP and other international general protocols or future more practical communication signaling system, the information registered by the terminal on the communication service module at least includes but is not limited to the following information such as mobile phone SIM number, smart terminal unique number, e.164 number, user name, packet-switched network address, terminal physical address, one or more instant messaging system names installed on the smart terminal, corresponding user name, user ID, user' S e-mail and so on, all relevant data of the terminal are registered with S104 communication service module data and stored in S105 user information database, when data at the terminal side changes, such as address roaming of used wireless packet-switched network, and so on, the information is immediately updated to the S104 communication service module, which stores the data to the S105 subscriber information database, which may be an in-memory database, to ensure instant call addressing for large subscriber volumes. The e.164 number is the basis of calling and addressing for the traditional communication system, and for the packet switching system, such as SIP, H323, it can adopt alias, mail name, etc. as long as it can be used as the unique addressing information, and as the system with multi-party compatible characteristics, it needs to translate the numbers of different systems correspondingly, and finally, the communication connection is performed by the address of the packet switching network, such as IP address; certainly, the user identity card information and the social security number information can be used as addressing numbers, for example, when a public security organization masters the identity card information of a certain person and needs to be in contact with the certain person, the public security organization does not have an E.164 number on hand, but can directly call the identity card number to dial a mobile phone of the person or track the phone of the person (or any social number which is already mastered by police), for example, when a social security unit contacts related persons, the social security number can be directly called to realize communication, and social security personnel can share the information form which is lacking in the person in real time to complete data updating. After the addressing mode is diversified and diversified, a plurality of life scenes can be facilitated, but the S105 is required to be safe and secret. Such implementation facilitates not only personal communications, but also government or corresponding agency interactions with individuals, rather than limiting the design of connection-oriented communications as such today.

When the intelligent terminal S101 is used as a calling party to call the intelligent terminal S102, S101 first finds the address of the packet-switched network corresponding to the calling telephone number or the calling user name or the user name of a certain instant message system or the ID or the identity number of the certain instant message system in the user information database of S105 through the communication service module of S104, and then establishes communication through the communication service module according to the signaling procedure. The audio and video streams in point-to-point communication can directly establish the connection of voice and video channels without other components, and in the packet switching network taking the IP protocol as an example, the video and audio establishing protocol is RTP/RTCP. This communication connection is the most common connection mode for voice and video in IP networks today, but in public mobile networks, the telephone number, i.e. e.164 code, is used today instead of the user name of any one of the embodiments or the ID of a certain messaging system. However, in the new mobile communication system oriented to content and scene, compatibility of a front system and a rear system is considered, so that communication with a traditional system is realized by using a local e.164 number, in the backward compatibility, a plurality of information is adopted, but uniqueness is ensured during addressing (for example, the theories such as identity card, social security number and the like cannot be repeated), for example, a certain community user number can also be addressed to the mobile communication user to establish communication connection, and when wishing to join in communication with other people, other people are not the community user, but call other numbers such as the e.164 or other unique identification numbers.

After the intelligent terminal S101 and the intelligent terminal S102 are successfully connected, if the user of the intelligent terminal S101 wants to describe an article to the user of the intelligent terminal S102, but the user can find that it is more direct and effective to send a picture after the description, the user of S101 takes a picture with the smart terminal, and then sends the picture to the protocol/data adaptation layer of S109, in the process of sending, any state and behavior are sent to the S108 real-time database in real time, such as progress data, S108 receives the data and sends the data to the terminal S102 in real time, the user of the terminal S102 knows the behavior and progress of the other party sending the file in real time, when the file upload is completed, the file is stored to S111 through S109, S102 receives the notification of S108, the photo file can be called from the S111 file server to the present terminal through S109, of course, the photo sent by the terminal in S101 can be stored in S110 through S109, but this is not a good method for the structured database; however, for the unstructured database, S110 and S111 may be integrated, and functions include transceiving and storing various interactive data such as data, files, media and the like transferred in the instant messaging system.

S108 adopts real-time database because in communication, various states and data change rapidly, for the change of some data, the database can inform the associated users directly, and the traditional database has poor effect and slow response when responding high-frequency data, and can not automatically send data and message to the associated group users, which is not suitable for the working environment of the multi-service parallel communication system, so in order to better communication experience, the real-time database S108 is needed to be adopted to adapt to the rapid response and processing of the message and data when a large user group, in the database, the performance and characteristics are represented as Firebase, but each time the data is updated, the database can inform the data-sensitive person, so that the terminal can embody that a message is left, an unknown phone call is provided, but the calling party is a person in social friends, so that more auxiliary information of the called party can judge whether the harassing phone call is harassing call or not, unlike the present strange incoming call which needs to judge whether harassment or not or automatically check the data marked by the called party by using the mobile phone software, after the method is used, the calling information is not an E.164 number but is assisted with some related information, the called party can not be ignored without calling of the information, because the normal people and mechanisms can mark related information, after the method is realized, the significance of fraudulent calls, telephone firewalls and the like is greatly reduced, because when any mobile user needs to be bound with information such as identity cards, social security, affiliated mechanisms, credit and the like, the cost of fraud proposal is very high, the mode of the present mobile fraud proposal is related to the mode of the existing mobile technology, if the method is adopted, a legal mobile user cannot have communication signals without multi-party cross-verification real information and no number with cross-confirmation information, naturally, there is no human connection.

The main function of S109 is to receive and call data, files, etc., and the actual function is to play a role of middleware, adapt to data and files of different sources, protocols, and interfaces, and store communication contents, information such as data, files, etc., to the corresponding database component S110 and file service component S111 according to traffic load balance, or call from the corresponding database component S110 and file component S111 to a terminal that needs data. For communication services for a large number of users, S109 balances the service pressure and then delivers the balanced service pressure to a database or a file server corresponding to a background, and if there is no such layer, it is difficult for a common server and database to meet the requirements of user experience when they face large-scale service pressure.

The function of S109 is explained by using a scene, for example, S101 calls the API of the method from the instant message system A to make a call and dial the terminal S102, when the problem that the voice cannot be explained is found after the communication starts, a video file needs to be shared, but the instant message system A does not exist on the terminal S102, according to the traditional mode, the terminal S102 also needs to be provided with the instant message system A to realize the video file sharing, but the terminal adopting the method has the instant message function, although the terminal is not the same instant message system as the terminal S101, the purpose of communication can be realized through the S109, and both communication parties do not need to use the same instant message system, so that the degree of freedom of communication is greatly improved. S109 also functions as various protocol adaptation. For information communication, content transmission and communication are mainly performed, and information contents such as voice, video, files, instant messages and the like generally conform to corresponding standards, so that adaptation can be easily realized only in S109, after an intelligent terminal has an instant message system of a non-third party, the boundaries of different instant message systems can be completely opened in an API mode, and thus the instant communication is not limited in a friend group but serves as a standard mobile communication function.

The S110 is a database component which records various communication behaviors, participants, time, communication data, contents and the like which are convenient to store in the database, if the data are media files, unstructured data and the like which are inconvenient to store in the database, the data are stored and managed by the S111 file server component, but the database has corresponding records, and when a user calls the data, the user can call a specific file of the S111 according to the data record of the S110, which is completely different from the traditional connection-oriented voice communication system.

S110 and S111 may be integrated if the unstructured database can well store various structured data as well as unstructured data.

We will use the example of group communication of S101, S102, S103 to explain the implementation method of the new mobile communication system, when S101, S102, S103 send text messages in the instant messaging system, but feel the communication is not smooth, so one of the users, such as S103, selects voice communication on the group communication interface, so the interface of the text message remains, but three parties can establish voice communication connection, and the implementation of this process is as follows.

After S103 selects voice communication, S103 sends information to S104 communication server, the communication server inquires S107 resources of audio and video bridging server, and applies for resources of 3 ports to S101, S102 and S103, after applying for resources, S104 informs S101, S102, S103 of the resource code applied in S107, and informs S101, S102, S103 of establishing connection with the code, the connection establishment mode can be S107 calls S101, S102, S103 or S101, S102, S103 receives information notified by S104, and actively calls resource number in S107. Therefore, a commonly familiar instant message group chat scene becomes a multi-party voice discussion and a conference, if the discussion subject relates to files, information and the like, the information can be continuously transmitted by using the original instant message system window, and it is worth mentioning that after the method is implemented, a communicator is not any user and friends of the instant message APP and can also perform group chat, the file sharing is completely opposite to the precondition logic that the instant message system is required to be a friend or be added into a certain group to communicate, because the communicator is not necessarily a friend, and is only clear about communicating a certain thing. For example, a chinese communicator a needs to discuss business with a american communicator B, but finds that it is better to have a drawing description, and one of the two parties is in a mobile state, the american user uses facebook, and the chinese user uses QQ, so that the communication cannot be effective.

We continue to explain the method based on the example of three terminals, for example, when users of three terminals think that the voice discussion is not as effective as interview, go to a position where one of the three terminals is located, for example, go to the position where S101 is located, S101 selects shared position information on the communication interface, if S102, S103 accept sharing, the GIS of the communication interface displays real-time position information of S101, S102, S103 and then navigates the current position of S101, S102, S103 follow the position of S101 under the guidance prompt, each person in communication knows the position of the other party, if S101 thinks that a landmark building needs to be sent, take a picture, send instant information, and then S102 and S103 find S101 more conveniently when reaching the destination. At this time, the voice can be hung up, but if the position sharing is not selected to stop, the three intelligent terminal users know the position and the mutual distance of the other party all the way until the destination is reached, that is, after the voice communication is finished, before the position sharing is not finished, the shared function continuously works, which is fundamentally different from the concept that the communication is finished by the traditional communication hanging up, because the scene is oriented to the real use scene rather than the concept of connection. This means that a person can keep communicating with a plurality of people in different ways at the same time, such as sharing with the position A, short message status, voice or video B, and also sharing the position, which is more consistent with daily scenes today, but not necessarily hanging up a certain person, because the communication is derived from the process of a certain person's behavior, rather than just communication, especially after IOT is popularized, the logic is stronger, and the communication between man-machine, man-machine on the body and machine in the background is a problem that the method wants to solve, such as making 110, according to the method, after 110 is switched on, the position information, position change information, on-site monitoring voice data, image data police at a convenient time are obtained together, rather than today's voice description of half-day position, which cannot be described exactly, which is a simple embodiment of man-machine-human-machine communication.

In this example, the technique is implemented by selecting a sharing location on the communication interface of any one terminal, the initiating terminal notifies the initiating terminal to the communication service component S104, the communication service component notifies other terminals, after the other terminals receive the sharing, the terminals read the location information of the terminals and send the location information to the real-time database S108, and the other communication participants receive the data pushed by S108, so that the communication participants obtain the location information from each other and display the location information on the local GIS. Certainly, another implementation manner is that a sharing position is selected on a communication interface of any one terminal, the initiating terminal sends the initiated sharing request to the S108 real-time database, the real-time database notifies other terminals, and the S108 shares GIS data in real time after the other terminals receive the request. The former method requires S104 signaling support, and the latter method can be implemented only by the terminal according to the updated mark of the real-time database data. When the photo is transmitted in S101, the photo file is sent to an S109 protocol data adaptation layer through an instant message window of a communication interface, the adaptation layer sends the photo to a database or a file management component according to the definition, after the photo is transmitted, S108 informs each terminal, each terminal reads the data or the storage position of the file (the database is in tag, and the file is in storage address) from S110 through S109, and the data or the storage position of the file is displayed in the instant message window of each terminal (or the photo file is automatically pushed to other terminals after the information receiving work of S109). And S106 records various information of the whole communication process for behavior research and charging use.

In this example, instead of going to the location of S101, the user may go to a certain location after a three-party discussion, and only one person sets the target location in the GIS of the communication interface, so that the 3-bit correspondents can obtain the location information of the destination address and form their respective paths, and the correspondents can grasp the mutual displacement path and the time length of the mutual distance arrival at any time while going to the destination.

The above example is consistent with the technical implementation method of the [0036] paragraph example, and is not described again, but when an address is set, the destination address is not the address of S101 but a target address manually located or searched, which is also a multi-party sharing function that is not supported by the GIS system today.

If the scene is changed, the 3 communicators ride to go to outing and set a certain suburb address, one of the 3 communicators can select a talkback mode, so that one party speaks, the other two parties do not speak, the half-duplex working state is generally known, so that three or more people can communicate with the other party only when needed, but each user has position information and team formation information of the other party and the user, so that the user can effectively keep the team going and communicating without additionally preparing a trunking communication system (the wireless communication system in the future is a dead-angle-free system, namely a satellite coverage wireless network, so that a mountainous area does not have network signals like a mobile phone in the present day, and the user can realize all functions of the interphone in the present day by using one mobile phone for communication).

If the scene is changed again, several people go to the mountain climbing, the distance can be drawn due to physical differences in mountain climbing, the mountain climbing route is not calibrated normally, and if the user of the terminal S101 uses a section of route which is traveled by previous people and is guided into the GIS of the smart phone, the mountain climbing route is formed, and if the user selects GIS sharing, the section of route can be automatically shared by multiple parties, so that the user can walk according to the track after drawing the distance on the mountain climbing route, even if the user is in a mountain area with communication disorder, the people going out in a team can not walk away, and similarly, the function can also share GIS information before reaching a mountain climbing team where the user can meet, even if the communication is interrupted, the shared GIS information still exists, and the user can still form a team after reaching the appointed point in the appointed time. The method emphasizes the scene, so that the function is not a simple point-to-point sharing position, but is a logical sharing purpose for achieving the sharing purpose, such as meeting and meeting, or team forward, but not a simple A position, and a B position and the current A and B positions, and certainly is the basis of the sharing position.

In this example, after any terminal selects the TALK-back mode, it will notify each terminal through the S104 communication server, when each terminal switches TO TALK-back mode, when one of the terminals presses the TALK-back key or controls TO sound, the other terminals can not sound, but only listen (PUSH TO TALK function), the implementation method is that after entering TALK-back mode, when one of the terminals presses the TALK-back key, it sends a request TO S104 TO request TALK-back authority, and the other person can not request again at this time, then S104 controls the bridge port of S107, the person who obtains the authority is controlled by S107, the audio bridge port input is authorized TO be open, while the bridge ports of the other participants only have their outputs open, the inputs are all closed, when the TALK-back is finished, the bridge port is both-way open, when the next applicant applies for TALK (presses the TALK-back key), its input is open, and the inputs of the other persons are all closed. The above-mentioned method needs to modify the signaling in S104 and control S107; of course, a simple method is that the terminal sends a TALK-back (PUSH TO TALK) request TO S108, if S108 has no other TALK-back request, the terminal can sound, if there has been other TALK-back or TALK-back request, the terminal cannot TALK back but can only listen, such as voice, vibration and the like, and the terminal sound pickup function is suspended until the PUSH TO TALK-back of another person is finished. The former needs to define the talk-back function in the signaling of S104, for example, taking SIP as an example, the blank field of the SIP protocol header is used to define the talk-back function information, when a party speaks, S104 first checks whether there are talkers in some parties, if not, the audio bridge S107 is given the corresponding port corresponding authority, so that S108 is not needed in the talk-back link. The latter, however, can be implemented without any change in the signaling structure and the functionality of the audio bridge. And after the GIS on the terminal is changed, the updated information of each party is sent to other shared terminals by S108, and queues, displacement, data or graphs are formed on the GIS of each terminal, so that the participants can master the information of other parties at any time. And S106 stores various data in different forms such as time, group, individual, etc. for charging and communication behavior analysis, that is, CDR data, but the CDR of the new communication method is relatively complex in content coverage compared with the past, and not only records the time length of the calling party, the called party, and the communication time, but also records various signaling or non-signaling communication states and change data on the basis.

In fig. 1, S112 is a communication gateway, which is used for interworking with communication systems of different protocols, such as a conventional telephone network, a conventional mobile wireless network using circuit interaction as a connection, or a communication system of different protocols, and it is usually necessary to implement interworking via S112, otherwise, it is a big contraindication of the communication industry that the communication system cannot be interworking with a previous communication system, such as a user using a WeChat cannot communicate with other instant messaging systems such as facebook users without obstacles, and some instant messaging systems have their own voice communication capability, but cannot be interworking with PSTN and cannot be addressed by voice and video users of other systems, which is an implementation mode of a typical obstructed communication system.

The above examples only describe the working logic between the functions and the large functional modules of the new mobile communication system in an attempt to illustrate the advantages of the disclosed system and today's mobile phone communication systems and that today's mobile communication systems have not been able to meet the communication requirements of people's life for scenes and content.

Particularly, when the position is shared in the emergency and help-seeking telephone of the calling officer, the default option is that, for example, the Chinese makes 110 calls and the American makes 911 calls, after the call is put through, the position information of the help-seeking party is directly sent to the police, the police does not need to communicate the specific position information (usually wasting precious time) in a plurality of times before but immediately sets up the emergency, of course, the calling center of the police is required to have the same capability as the mobile terminal of the method, if the system of the alarm center of the police does not have the capability of matching with the mobile terminal, the S109 part in the system can submit the information, the site sound, the position information, the moving track and the like to the police in a resource link mode by using an e-mail or a conventional mode possessed by the police, and the police can obtain the site real-time information including the position, the position and the moving track when entering the link Sound, etc.

The above-mentioned location information includes information of a satellite positioning system such as GPS, beidou, etc., information of a base station used by the wireless terminal, address information allocated by a packet-switched network accessing the internet, and physical location information associated with the access device, etc., which are location information, and are not limited to GPS generally used today. For example, if the satellite cannot locate an area, the base station is the best location tool, and assists the address of the packet-switched network, relatively accurate location information can be obtained.

When the number of the system user groups is very large, the industry has a relatively mature technology such as a Cluster technology, for S104, a plurality of communication service components can be clustered, so that the number of service users can be ensured, and the system redundancy, load balance and the like in one Cluster can also be ensured. The protocol adopted in S104 may also follow the industry standard communication protocol such as SIP or the like or the next generation signaling standard, but in view of communication content and situation, it is necessary to supplement part of the control signaling or perform out-of-band control through S108 by using the instant database and the corresponding function of the terminal. For S105, S106, S107, S108, S109, S110, S11, S112 and S104, all are members in a Cluster, and each member can be horizontally expanded by clouding (Cloud technology) according to the number of users, so that the Cluster or Cloud of the novel mobile communication system facing to the scene and the communication content is complete. The plurality of hierarchical clusters form a "domain", for example, in provinces or service providers, and the plurality of "domains" form a new mobile communication system of the entire country level.

As shown in fig. 2, if the secondary nodes are city level nodes, the primary nodes are provincial nodes, the root nodes are country level nodes, the root nodes between countries are logically interconnected through a mesh network, the root nodes and the following primary and secondary nodes form a "domain", and for a circuit-switched system, such a 3-level structure has great difficulty, but today on a packet-switched network, the secondary nodes can be received on the premise that the network is good enough, that is, the root nodes and the primary nodes can complete a country-level communication system, and for the redundancy of the whole system, the root nodes can be physically multiple, and the primary nodes can be logically one, and the existing Cloud (Cloud) technology can realize the point on a large-scale system, only requires the time characteristic between systems, such as response time, etc.

The working logic and functions of the background main function module of the novel mobile communication system under several communication scenes and contents are described by examples. And a layout method when the system is used in a large area is described.

However, in the above examples, some functions of the communication interface are mentioned, and obviously, these functions are not available in today's intelligent terminal telephone system, so to implement the above functions, the communication interface of the communication terminal needs to be changed. The following describes the implementation method of the present disclosure on the communication interface with three states of calling, called and communication.

The functions in the communication interface mentioned below are the basic functions used for illustrating the method, and do not represent all the functions measured by the method on the communication interface, and on the contrary, more functions extended under the method are just an example of the method at a certain functional point; the layout of the communication interface of the figures used is only the simplest representation used for illustrating the method and does not represent the only layout of the method, but rather any layout of the communication interface based on the method is only one implementation example of the method.

In the calling communication interface, at least the function options as shown in fig. 3 are included, S201, a communication participant list area, wherein the list is that contact numbers, contact information and the like which can be checked in S210 person collection, S211 latest call, S212 address book or numbers input by S213 dial-up keyboard are clicked, S201 is very well understood, and the same as that of looking for called information from a telephone book when people dial today, but a plurality of communication participants can be checked at one time in the system different from the system today.

After the contact information of the selected or re-selected communication participant is displayed in the communication-participant-gated list area S202, the calling initiator may edit and delete unnecessary communication participants or misselected participants. When the communication participants are selected, the communication mode is divided into an S203 voice mode, the mode is the most common voice telephone used in mobile communication today, duplex communication is realized after communication is established, and the default of a calling communication interface is S203. If video communication is desired, a video mode is selected S204 in which bi-directional video communication is performed. If the communication mode is desired to be a talk-back mode, such as a multi-person ride, mountain climbing, etc. activity, S205 is selected. If one or more persons are selected, leave a message, leave a word or share a file, then select S206, which is similar to selecting a participant when establishing a group in the group instant messaging system today, and then share various information in the group (but the biggest difference with the instant messaging system is that the object to leave a message, leave a letter or share various data is not a "friend" in the instant messaging system, but may be any stranger, any newly input contact). If the communication parties want to obtain the position information, displacement information and track information of each other, such as the current position of a party or the arrival at a specific position, during communication, S207 is selected for sharing, and S207 is an additional option selected in S203, S204, S205 and S206. S208 is a call, that is, a participant in the calling call S202, and constitutes information of the call together with the additional option S207 according to any one of the modes S203 to S206, calls S104 a communication service component, and S104 establishes communication with the scheduling related component of the additional option S207 according to the mode.

It should be noted that if the mode of selecting communication is not S206, but is any one of S203 to S205, S206 is executed to automatically form an instant messaging group, where the users in the group are communication participants, if these participants have an existing group, the former name of the group is directly selected, and if the participants are new communicators, a new group is created for instant messaging. If other characters, files, multimedia and the like are required to be added in the communication, an instant message window is arranged in an interface after the communication is established, the characters are input, the files are shared, a camera is called for taking pictures and the like, and the functions which are not possessed by the existing mobile communication telephone system are also realized.

A2 in fig. 4 is an example of a calling interface in a mobile terminal, and contains the basic functions of completing a call described in fig. 3 (a 2 in fig. 4 does not represent the only communication interface used in the method, and a2 is only an example of a specific mode of implementing the method for explaining the method), wherein the corresponding area of S201 in a2 is the middle second area, and the most straightforward understanding is the contact list, which may be all lists in the phonebook of today or the list of the latest communicants. And S202 is in the area corresponding to a2, which is the list of contacts that have been selected to communicate soon. The functions shown in a2 can be optimized to be more beautiful in the specific calling interface, and more functions can be added to realize more direct functions and more beautiful and friendly interfaces, but the functions are shown based on the specific implementation of the method.

After the calling terminal sends out a call according to the selected mode and the additional options of the communication interface, and after the scheduling preparation is completed by the S104 and the related components, the S104 initiates a ringing signal to other called terminals, and after the called terminals ring, at least the following necessary information is displayed as shown in FIG. 5. S301, communication participant information is displayed, and the information contains calling information and other participant information, so that the called party knows who will participate in communication.

S302, the communication mode, i.e. one of S203, S204, S205, if the displayed mode is video and the called party is inconvenient, the communication mode can be selected by clicking S302, and the caller receives the desired mode of the called party and confirms that the communication is established.

S303 is location sharing, and when the caller selects location sharing during a call, S303 presents a prompt to display that the communication requires location sharing, and if the callee does not want the location of the callee to be known by the other, the callee may select to reject location sharing, for example, click S303 or select S303 non-location sharing mode. When the calling party does not select the S207 position sharing during calling, and the called party hopes to obtain the position of the calling party to answer the communication, the S303 position sharing can be selected, the S304 answering is selected, the called party informs the S104 server to inform the calling party of selecting the S207, when the calling party selects the S207, the communication is started to be established, otherwise, the communication is equivalent to the calling party refusing or hanging up. The control information can belong to signaling information, is slightly more complex than the signaling of the traditional communication connection, can be used for supplementing the signaling of a new mobile communication system facing to scenes and data on the basis of related ITU-T or out-of-band information, is defined in advance by a real-time database and an intelligent terminal communication system, and is executed by the terminal and then is notified to S104 so as to complete the information required by communication and subsequent control.

S304, the called party considers that the communication is willing to be answered after seeing various information, and selects S305 to reject if the communication is unwilling to be connected.

Fig. 6 is a schematic diagram of the called interface, in which a3 is the called communication interface, and there are corresponding schematic areas corresponding to S301, S302 and S303, and S304, S305, and there are no specific labels for the corresponding called interface except S304, S305, but there are basic functions such as communication maintenance, etc., because these functions do not affect the description of the implementation of the method.

After we put through the call, no matter what mode the contact is established, the communication interface at least presents the following function options, as shown in fig. 7, S401 communication basic information, including communication participants, time when the communication has been carried out, mode of communication, and so on.

S402 is a GIS information function, and if the communication establishment includes the shared location of S207, the location, displacement, path, etc. of the communication are displayed in the GIS information function of S402, and if the sharing of the location of S207 is not selected when the call is established, the sharing is selected in S402, and after the confirmation of the other party, the location information of the correspondent at the shared location is displayed in the GIS layer of S402. It is known that all intelligent terminals contain navigation APPs, the functions can be realized by calling the navigation APPs randomly installed on the terminals by the terminals or directly calling navigation and GIS services on the network through a packet-switched network, but when the functions such as team formation are involved, the navigation or GIS is required to provide the APIs, if the GIS does not have the API functions, S402 is required to realize the functions, and then the navigation and GIS are called as required.

When speaking about S402, the provider of the terminal navigation APP may also directly call the API of the mobile communication method to start the communication function, for example, when we use navigation during normal opening of the vehicle, when someone is meeting at a certain place and a specific path cannot be found, the other party may be directly called on the navigation APP, and after the other party shares an address, the navigation forms a path according to the shared address and guides the path.

S403 is instant message, which contains information such as traditional text and photo, or point-to-point or group information transfer of multimedia files such as music and video, and in S403, multimedia message, short message, and message services of the original smart phone are integrated, and an instant message service based on packet switching is also included. And when a call is established, the information is automatically established so as to share various information in communication, and if various communication information exists in the past, the recently communicated information and data are displayed. For the current instant information service provider or telecommunication service provider, the services are not necessarily separated at all, and the content-oriented communication is that the services are integrated instead of being organized into a system, so that a great burden is imposed on a user. S404 is a mode switch, which switches the duplex call to half-duplex or video, in order to let the user of the mobile terminal select a communication mode more suitable for the scene. For the packet-switched communication system, the difficulty of mode switching is small, and if the functions are based on circuit switching, a large amount of signaling may be needed, and based on the packet-switched network, signaling can be transferred in-band or out-of-band to solve the mode switching problem. S405 to S409 are basic functions of the communication interface of the terminal after the call, such as hanging up the phone, holding the phone, such as muting, such as using a speaker, such as recording the phone, such as adding a communication participant to a phonebook or inviting more people not participating in the establishment of the communication, which are not described in detail in the basic functions of the communication system today.

Fig. 8 is an example after communication is established under location sharing, and information corresponding to a4 in S401 is: a, B and X communicate in talkback mode and share location. In the GIS in a4, we can see that 3 people are grouped and shifted to a common place, someone sets a target address and forms a queue mode, and 3 people are shifted according to the queue mode. In the GIS lower right GIS function, such as but not limited to: 1. position sharing, 2, target setting; 2. a team formation function; 4. path import (past data, mountain climbing data, chart, etc.); 5. path optimization (multiple teams form a group, and when the starting address is not the same, optimal calculation is needed); 6. destination optimization (multiple meeting and time selection of the best area); 7. the communication users in the selected area have the functions of intercommunication (mountaineering, fishing and other scenes, stranger group communication) and the like so as to adapt to various living scenes, and the 7 functions and the corresponding communication modes are not supported by the existing GIS system, but the basic functions are required to be basic functions when the users move and displace in the land, mountainous areas and sea, and when the users move and displace in multiple persons, multiple vehicles and multiple ships. As for the algorithm, the calculation of the optimal on the GIS is usually the optimal calculated according to the cost of the path, the speed of the participant and the specific path, and can be adjusted and optimized in real time according to dynamic shared data, and as for the reason why such a function is not realized on smart phones and smart terminals today, the participant in the industry breaks communication and GIS manually, and does not consider the scene requirements and communication requirements of people.

In the area a4 of fig. 8, there is a mode switching function in GIS, which is TO select mode switching for communication participants according TO the situation, such as switching TO other modes by using talkback in this example, and "PTT" is what we say PUSH TO TALK function, i.e. talkback function, in half-duplex communication, only after pressing PTT, the right TO TALK can be applied, and when someone else speaks, the right is not released. In the movement, the hands and eyes of people may be always occupied, and how to use the function, the blind control function of the intelligent terminal and the mobile phone is needed, for example, an ultrasonic sensor or a proximity distance sensor is used, when covering, the talkback is performed, the coverage is finished, and the talkback is finished. And other functions from S405 to S409 can be hidden according to the requirements of the interface, and a key is used for replacing calling or supplementing according to the functions, which are all functions adopted for more complete functions under the method, and the method is an implementation display of the method.

In the area a5 in fig. 9, it is an instant message window, when people want to send a photo in the past, they need to use other communication APPs, while in this method, voice, video, duplex, half-duplex communication is established, this instant message window exists, once there is something that voice can not be said clearly, it can transmit video, file, information, drawing, etc. immediately, in short, let the correspondent not lean on the voice to imagine but really face the picture, file, photo of the entity, so the communication efficiency is greatly improved. In a5, 3 people are grouped to a certain target, if one of them walks to a certain place and feels not good or easily gets lost, a photo or a short video can be sent to tell the following people how the area goes on, and the following people do not get lost the path, so the communication is served for people and is not limited to the technical inertia facing the connection.

In fig. 9, the instant messaging window in the area a5 is "instant messaging function" at the bottom right, and after clicking the function, file sharing, photo, media file sharing, even music sharing and simulcasting can be realized, which can have many contents. Clicking the function is the various subfunctions needed by the instant message.

In fig. 10, a6 area is a communication interface for video communication, a multi-divided screen is used to show 4 communicants, and as to which mode, such as PIP or 4-divided screen, is used, the video communication system can select from video functions under a video interface window, the video communication system has communication standards based on SIP or h.323, wherein basic control functions are standardized, and a favorite mode, such as full screen, PIP, voice activation, and the like, is selected in the "video control" function. The display effect of the participant control terminal can be achieved, and the MCU can be controlled to work reversely.

The above description describes the display and basic functions of the communication interface of the terminal, and because the capabilities of the background system are consistently matched with the functions of the front-end system in the communication, the functions of the background need to be implemented and displayed by the front-end device. Through the above description, we can see a mobile communication system which has more functions than the telephone system of the mobile phone of today and is more suitable for the communication content and the communication scene of people.

In modern life, people are in displacement for a lot of time, and how to not influence the displacement in the displacement and can use a communication system of an intelligent terminal, for example, accidents caused by using a smart phone when driving, high death rate and the top of the dead population of traffic accidents, so that the blind control mobile phone technology is required.

For the patent of the blind control mobile phone technology, see the following details: the implementation modes of the two patent applications are cited in patent application CN2017110653987, a control method for an intelligent terminal, an intelligent mobile phone and intelligent electronic equipment, and patent application CN2016103632799, a control method for an intelligent terminal/mobile phone, so that the communication function can be controlled without using a screen, eyes or fingers of the intelligent terminal.

Taking proximity distance sensors on mobile phones as examples, we explain how to control blindly. For the switching between the functions and the states, the switching between the functions and the menus can be realized by using the ultra-long trigger, the ultra-long trigger is a message under the instant message function, and the ultra-long trigger is a talkback under the talkback function. For the instant information system, the short trigger is TTS (text To speech) upper information (if the pointer of the instant information is not at the top), the long trigger is TTS lower information (if the pointer of the instant information is not at the last), if the pointer indicates that the file is sent by the opposite party in a text type, a voice prompt is given To 'a certain text or pdf or word type file is sent', if the communication user wants To listen To the file, two continuous short triggers are given, and the system starts TTS file; if the other party sends a picture and the communicating user wants to listen to the picture, the method used is relatively complicated, and the steps are as follows: 1. TTS "one picture after one certain issue" in the system; 2. if the content of the graph is wanted to be known, a double short trigger is carried out; 3. after receiving the short trigger, the communication terminal calls an AI (artificial intelligence) interface, uploads the picture to an image content identification service corresponding to the AI, and identifies the elements in the picture and changes the elements into a character form (a character string containing an association relation); 4. submitting the character recognition form of the view to the (NLP) natural language generation of AI, namely generating natural language (instead of the direct output of 3, usually incoherent but related information) according to the result of 3 and the understanding of 4; 5. the feedback text information is informed to the communicator by TTS; if the correspondent wants to reply, in step 6, the long trigger is carried out and the speaker speaks, and after the trigger is finished, the speaking content in the trigger period is sent to the correspondent. The communicator does not use eyes, fingers and a mobile phone screen to participate in the steps from 1 to 6 in the movement, the interpretation of the sent information and the picture file is realized, the communication content of the communicator before and after the communicator is combined, although the communicator does not see the picture, the more detailed content of the sent picture is basically clear, other people are fed back, any instant information and community system of the function does not have the function at present (certainly, the system can also connect the sent picture with an API of a similar picture contrast service, so that the picture becomes related information, for example, the sent user takes a mountain, the natural semantics is identified by the picture content, then a TTS result is the mountain, the similar picture is identified, the feedback information is the fragrant mountain taken at a certain angle, and the user blindly using the intelligent terminal knows the fragrant mountain taken at a certain position of the fragrant mountain by the other party by combining the GIS information in the picture, so the two paths identified for the graph are combined in practice and cannot depend on identifying the graph and then natural semantics at once).

The call receiving, rejecting and hanging are simpler, after the call is received, TTS informs the user of the information such as the calling, the communication mode, GIS sharing and the like according to a blind control method, for example, the calling is A, the voice mode is used, but the position sharing is required, the terminal can broadcast 'A certain voice communication requesting the position sharing', if the called wants to receive the call but does not want the position sharing, two quick short triggers are followed by a long trigger, or two short triggers are followed by other command windows, and the like, the calling can see that the called wants to receive the call, but does not accept the position sharing; and when the called party wants to receive the position sharing, three short triggers are continuously carried out, and the position sharing during the voice communication is realized. When the user wants to hang up, if 3 continuous short triggers exist, the user can share the full interrupt, and if only 2 continuous short triggers exist, the user can hang up without interrupting the position sharing. Due to the trigger code, the connection and interruption of communication can be controlled as long as 1-3 bit trigger codes are defined.

As for the position sharing function, a user can switch to the position sharing mode through ultra-long triggering, and then the selection of the function is realized through short-touch and long-trigger, and the continuous double-short triggering means the execution of the function, so that the user can realize the selection and execution of the menu function by utilizing the proximity distance sensor of the smart phone under the prompt of TTS.

Of course, the same is true for making a call, entering the phonebook with an extra long trigger, and then finding the communication object with a long and short trigger, but since it is blind, it is recommended to be the caller in this case, not to choose the phonebook of several hundred people, but to choose 10 or 20 of the most critical contacts, such as running or driving, which usually only dial a very critical or long contact, rather than finding a less frequently contacted person.

The above describes how to control communications using blind control techniques, which allows people in motion to solve the problem of communicating, whether as a called or calling party.

However, when the user of the communication terminal is at risk, the user wants to obtain a scene that the user can not make a call with the hand while asking for help, for example, a scene that the victim cannot touch the mobile phone or a violent incident such as personal or several people robbery, and the like, the functions of the intelligent terminal and the intelligent mobile phone cannot help the victim today, however, under this method, by using the method of patent application CN2015108357473, "a hidden help-seeking method based on smart terminal/mobile phone and its accessories or associated devices", as long as the smart phone and the accessories associated devices adopt the method, help-seeking can be triggered, the communication system of the method can send the site sound, image (if the front camera and the rear camera of the intelligent terminal are not covered) and position information to the rescuers in real time in a concealed manner, so that the rescuers can completely know the site condition and the site position and the criminal implementer can not know the site condition and the site position (the information is sent in a black screen mode generally). And the background stores all relevant information and time in a one-to-one correspondence mode according to the system clock, and if the background records triggered field voice information, real-time changed position information and field image information by using a block chain technology and a system timestamp accurate to about 10 milliseconds in order to prevent tampering and later credible investigation, a hacker can never change evidence.

The content covered by the method relates to scenes and communication contents faced by communication users, and the connection-oriented communication ideas of smart phones and smart terminals cannot meet the scenes and the contents, so that a more advanced communication system is required to replace the system of today. The method is provided based on understanding of life scenes of people, understanding of communication contents and knowledge of a communication system and an information system, the realization of the method is technically not difficult (complex graphs are learned and processed by natural language, the complex graphs are not mature, companies such as Microsoft and Google have open APIs for calling), all other basic functions and equipment are used in communication and information industries for many years, but existing benefits in the industry (such as standard patents and maintenance benefits) do not keep up with the requirements of the current and future communication scenes and contents, so that the prior art is not organically integrated to form a communication system serving people. The method combines the technologies of voice, video communication, information communication, a real-time database, application of positioning information, touch control, hidden help seeking, AI (actually calling a formed third party API) and the like to form a mobile communication system facing scenes and contents. For information or communication enterprises, a novel mobile communication system facing communication scenes and communication contents can be easily realized according to the method and the method, so that the problems that other data services cannot be communicated in parallel when the mobile terminal telephone is used at present, the communication system is artificially split (between an instant message system and an operator and between the instant message system), the communication conflict between various real-time sharing technologies of the GIS and the voice service communication of the operator and the data conflict cannot be thoroughly solved, and the intelligent terminal cannot be fully utilized during movement.

The contents mentioned in the method can be implemented in steps, and the implemented novel mobile communication system facing to scenes and data can greatly improve the communication efficiency of mobile users, and is greatly suitable for the mobile scenes faced by each mobile user today instead of the best screen using the intelligent mobile terminal in the static environment assumed today.

During implementation, the current intelligent terminal, wireless network, background data, voice, video interaction and exchange system need to be adjusted in series to form the capability facing the scene and data appeal during movement, and undoubtedly, the capability of the mobile communication system is far higher than that of the mobile communication system experienced by people in several days.

Claims (14)

1. A novel mobile communication system for communication scenes and contents, comprising:

the system comprises a communication service module, a user information database, a real-time database and a protocol/data adaptation layer;

the mobile terminal is in signaling interconnection with the communication service module through a packet switching network;

after a user selects a communication participant and a communication mode and calls on a calling interface of a calling terminal, a communication service module inquires a user information database, addresses a called user and rings a called terminal; if the position sharing is selected, the selected communication mode and the position sharing are shared to jointly form calling information;

the called interface of the called terminal contains information of communication participants and a communication mode; the called user selects answering, establishes communication or selects a communication mode, the communication service module sends the selected mode to the calling terminal, and the calling terminal establishes communication after receiving and confirming the selected mode;

in communication, terminals perform data and file interaction through a protocol/data adaptation layer;

the real-time database receives and processes the message and the data and informs the terminal;

in addition, if two communication parties adopt different instant messaging systems, the protocol/data adaptation layer adapts to the communication.

2. The system of claim 1, comprising: the communication service module realizes system redundancy and load balance by using a Cluster technology; for large scale systems, a hierarchical system is employed.

3. The system of claim 1, comprising: the user information database stores unique information codes and comprises the following steps: an identification number, a social security number, an email number, or an ID of an instant message as an addressing number.

4. The system of claim 1, comprising: the protocol/data adaptation layer is also adapted to different instant message systems and is responsible for storing and calling shared files.

5. The system of claim 1, comprising: the communication modes comprise voice, video, talkback or message leaving, text leaving and file sharing.

6. The system of claim 1, comprising: if the selected communication mode is one of voice, video and talkback calling, the system automatically forms an instant message group, and communication participants are group users.

7. The system of claim 1, comprising: wherein said location sharing is a default option if an official emergency or distress call is called; and after the communication is connected, directly sending the position information of the calling terminal to the called party.

8. The system of claim 1, comprising: wherein said communication mode selection is by in-band or out-of-band signaling; the out-of-band is predefined by the real-time database and the intelligent terminal communication system, and is executed by the terminal and then is notified to the communication service module.

9. The system of claim 1, comprising: wherein said location sharing comprises: the method comprises the following steps of target setting, team formation, path import, optimal path, optimal destination and intercom communication function of communication users in a selected area.

10. The system of claim 1, comprising: if the communication terminal is used in blind control, an AI interface is called for the picture file, image content is identified, the identified content is converted into natural language, and TTS is sent to a communicator.

11. The system of claim 1, comprising: the communication mode is switched by selecting a switching mode and transmitting a signaling in band or out of band on a communication interface by a user.

12. The system of claim 1, comprising: the instant message is an instant message which integrates multimedia message, short message, message and packet switching.

13. A novel mobile communication system for communication scenes and contents, comprising:

the system comprises a communication service module, a user information database, a real-time database and a protocol/data adaptation layer;

the mobile terminal is in signaling interconnection with the communication service module through a packet switching network;

when the called party is an official emergency and help-seeking telephone and calls, the position sharing is used as a default option for calling of the calling terminal, and the communication service module is called;

the module inquires the user information database, addresses the called user and rings the called terminal;

if the call is connected, the real-time database receives the data of the terminal, contains the position information and sends the position information to the called party in real time;

if the called party does not match the capability of the system, submitting the information containing the information of the help seeker, the site sound, the position information and the movement track to the called party in a resource link mode by adopting a message mode of information through a protocol/data adaptation layer; the called party enters the link to obtain the real-time information containing the position and the sound on site.

14. The system of claim 13, comprising: when the communication is established, the system automatically forms an instant message group, and communication participants are group users.

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