CN109218038B - Multi-language instant session platform - Google Patents
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/02—Details
- H04L12/16—Arrangements for providing special services to substations
- H04L12/18—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast
- H04L12/1813—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast for computer conferences, e.g. chat rooms
- H04L12/1822—Conducting the conference, e.g. admission, detection, selection or grouping of participants, correlating users to one or more conference sessions, prioritising transmission
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/40—Processing or translation of natural language
- G06F40/58—Use of machine translation, e.g. for multi-lingual retrieval, for server-side translation for client devices or for real-time translation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/02—Details
- H04L12/16—Arrangements for providing special services to substations
- H04L12/18—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast
- H04L12/1813—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast for computer conferences, e.g. chat rooms
- H04L12/1818—Conference organisation arrangements, e.g. handling schedules, setting up parameters needed by nodes to attend a conference, booking network resources, notifying involved parties
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/02—Details
- H04L12/16—Arrangements for providing special services to substations
- H04L12/18—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast
- H04L12/185—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast with management of multicast group membership
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/04—Real-time or near real-time messaging, e.g. instant messaging [IM]
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Abstract
The invention discloses a multilingual instant session platform, which comprises a login module, a session establishing module, an address code identification module, an account configuration module, a language configuration module and a translation/display module, wherein the login module is used for establishing a session; the main user initiates a session establishment request through the login module, the session establishment module establishes a session and generates a corresponding address code, the object user directly accesses the session through the address code after being identified through the address code identification module, the account configuration module is used for configuring a session account for a temporary user accessing the session, each session participant can set the language for receiving session information through the language configuration module, and the translation/display module displays the information in the session in the language according to the set language. The session platform can enter the corresponding session without installing session application and account registration by an invitee. Meanwhile, the conversation platform can automatically complete directional language conversion of conversation messages, and barrier-free communication between languages and equipment is achieved.
Description
Technical Field
The invention relates to the field of cross-language instant messaging, in particular to a multilingual instant session platform.
Background
With the pace of work and life becoming faster, communication between people is no longer limited to face-to-face communication, nor to communication between two objects, but rather to real-time communication between multiple people. Based on the requirement, various applications capable of providing group chat service appear at home and abroad, such as Skype, QQ group, WeChat group and the like, but the applications cannot solve barrier-free communication between languages, and some applications have a translation function, but need to be operated and only can translate sentence by sentence; meanwhile, each conversation participant needs to install the same chat application and register an account, friends are needed among conversation objects, and a preparation work flow for establishing the conversation is too complicated.
In this regard, Microsoft corporation provides an application that can flexibly establish a session through an address code, Microsoft Translator, and the participation of the session does not require adding a friend, but it requires an invitee to enter the application before entering the session, and also requires the invitee to install the session application.
Disclosure of Invention
The invention aims to: aiming at the existing problems, the cross-device cross-language instant session platform is provided, so that the cross-language session establishment which flexibly establishes the session and does not need the invited party to install the session application is realized.
The technical scheme adopted by the invention is as follows:
a multilingual instant session platform comprises a login module, a session establishing module, an address code identification module, an account configuration module, a language configuration module and a translation/display module, wherein:
a main user logs in a session platform through a login module and initiates a session establishment request;
the session establishing module establishes a session according to a session establishing request initiated by a main user and generates address codes corresponding to the session, wherein each address code has uniqueness and carries a link of a session platform and an identifier of the session;
the address code identification module is used for identifying the address code submitted by the object user and directly accessing the object user to the corresponding session according to the identification result;
the account configuration module allocates session accounts for the users who are not logged in the session platform among the object users connected to the session platform, and each session account has uniqueness;
the language configuration module sets the language of the received conversation message for each conversation participant in the conversation;
the translation/display module is to: and aiming at any conversation participant, displaying the received conversation message in the language configured by the conversation participant.
Further, the session establishing module is also used for logging off the identification of the session when all session participants in the session go off-line or quit the session.
Further, the session account allocated by the account configuration module comprises a user name and a user nickname, the user name has uniqueness and is unchangeable, and the user nickname can be changed after allocation. The user name is used as a distinguishing identification of the platform for each user, and the user nickname is used as an identification of each user in the session.
Further, in the initial assignment case, the user name and the user nickname are the same.
Further, the modification of the nickname of the user is a modification of entering a session platform phase or a modification of entering a session phase.
Further, the user name generation rule is as follows: the account configuration module generates a user name in a preset format according to a preset mode, the user name is checked for duplication in the whole session platform according to a preset rule, the user name can be distributed to a new user after the duplication checking is passed, otherwise, a user name is regenerated until the newly generated user name has uniqueness.
Further, the specific steps of searching the user name for duplication in the whole session platform according to a preset rule are as follows: and the account configuration module judges that the session account is in an expired state at a preset time after any session account is last downloaded, and before the session account is judged to be in the expired state, the user name in the session account cannot be allocated to other users.
Further, the predetermined manner for the account configuration module to generate a user name is specifically as follows:
the account configuration module comprises an account generation unit, a counting unit and a recovery unit, wherein the counting unit is used for recording the total amount of the temporary user, the recovery unit is used for recording the user name of the session account in an expired state, and the account generation unit generates the user name for the temporary user according to the total amount recorded by the counting unit and the user name recorded by the recovery unit.
Specifically, for a temporary user newly accessing a session platform, the account generation unit first determines whether the recovery unit is empty, if not, selects a user name in the recovery unit as the user name of the temporary user according to a predetermined rule, the recovery unit releases the user name, otherwise, the total amount recorded by the counting unit is accumulated by 1, and the account generation unit generates the user name according to the total amount recorded by the counting unit.
Preferably, the rule that the account generation unit selects the user name in the recovery unit is as follows: and selecting the user names in sequence according to the sequence of the user names performed by the recovery unit.
Further, the language configuration module sets a rule for receiving the language of the session message for the session participants as follows: and automatically setting languages according to the conversation environment of each conversation participant, or setting the languages according to the corresponding operation of each conversation participant on the language configuration module.
Furthermore, during the conversation process, the conversation participants can call a language configuration module to change the language of the received conversation message.
Further, the translation/display module simultaneously displays the conversation message original text and the corresponding translation text.
In summary, due to the adoption of the technical scheme, the invention has the beneficial effects that:
1. the session platform can enter the corresponding session without installing session application by an invitee; meanwhile, the chat server can become a chat role in a session without specially registering a chat account; even the user can directly enter the corresponding session without entering the session platform in advance, so that the method is convenient and quick.
2. The conversation platform can automatically complete directional language conversion of conversation messages, and barrier-free communication of cross-language and cross-equipment is realized. For the configuration of languages, the configuration can be carried out according to the conversation environment of the user, the user experience is good, and the conversation communication is convenient.
3. The session platform can timely recover the session address code and the session account, so that limited data resources are efficiently utilized while session conflict and misunderstanding are avoided.
Drawings
The invention will now be described, by way of example, with reference to the accompanying drawings, in which:
fig. 1 is a configuration diagram of a session platform.
Detailed Description
All of the features disclosed in this specification, or all of the steps in any method or process so disclosed, may be combined in any combination, except combinations of features and/or steps that are mutually exclusive.
Any feature disclosed in this specification (including any accompanying claims, abstract) may be replaced by alternative features serving equivalent or similar purposes, unless expressly stated otherwise. That is, unless expressly stated otherwise, each feature is only an example of a generic series of equivalent or similar features.
As shown in fig. 1, the present embodiment discloses a multilingual instant session platform, which includes a login module, a session establishment module, an address code identification module, an account configuration module, a language configuration module, and a translation/display module, wherein:
the main user (session initiator) logs in the session platform through the login module and initiates a session establishment request. Generally, a subject user can connect to a session platform through an application of the session platform or a link to the session platform, log in to the session platform through a user name and a password, and further initiate a session establishment request through a corresponding operation, for example, clicking a "new chat room". Meanwhile, the login module also has a registration function, and a user can register to the session platform through the login module so as to actively initiate a session in the subsequent process.
The session establishing module establishes a session according to a session establishing request initiated by a main user and generates address codes corresponding to the session, wherein each address code has uniqueness. The main user can establish a plurality of sessions, and different sessions correspond to different address codes; each address code carries a link of the session platform and an identification of the session (chat room); the link to the session platform is generally fixed, and the difference between the address codes is the identification of the session, for example, the address code is http:// text 111/xyzw, where "http:// text 111" is the link to the session platform, and "xyzw" is the identification of the session. In one embodiment, the session establishment module randomly generates a random code with a predetermined length (e.g., 6 bits) as the session identifier, and regenerates a random code until uniqueness exists if the random code is occupied by other sessions. Preferably, in order to recover the limited address code resource in time, for a session of an offline user, that is, when all users in the session exit the session or exit the session platform (that is, go offline), the session establishing module will release the session, and cancel the identifier of the session, so that the corresponding address code will fail. The subject user can send the address code of the session to the object (object user) of the pre-invited chat, the invited object can be a user who has logged in the session platform or a user who has not logged in the session platform (including a user who has registered in the session platform and a user who has not registered in the session platform), the sending mode is not limited, and the invited object can be sent in the modes of short messages, chat applications and the like, so that the invited object can directly enter the corresponding session by typing the address code in a browser without entering the corresponding application or website first, and the link address of the session platform does not need to be known in advance. In one embodiment, after the session is established, the main user automatically enters the session, at this time, the session establishment module randomly generates an address code, binds the address code with the session, and then displays the address code to the main user, for example, in a session window, and the main user can initiate a session invitation by sharing the address code.
The address code identification module is used for identifying the address code submitted by the object user (invited object), and directly accessing the object user to the corresponding session according to the identification result. The object user is connected to the session platform through a link transferred to the session platform, and the address code identification module accesses the object user to the corresponding session by identifying the session identification in the address code after the object user is connected to the session platform. The object users can enter different conversations through different address codes, and a plurality of object users can enter the same conversation through the same address code to form group chat.
The account configuration module allocates session accounts to the users who are not logged in the session platform in the object users connected to the session platform, and each session account has uniqueness. The partial session account belongs to a temporary account and corresponds to a temporary user. Generally, in order to distinguish different users, the account configuration module configures a unique session account for each temporary user, where the configured session account includes a user name and a user nickname (a user who has logged in to a session platform also has the user name and the user nickname, but has been configured during registration and does not belong to a category of temporary allocation), where the user name is used as a platform to distinguish and identify the user, and has uniqueness and is unchangeable, and the user nickname is referred to as an identification of the user in a session, and after allocation, the user may modify; in the case of initial assignment, the user nickname is the same as the corresponding user name, for example, if the initially assigned user name and the user nickname are both Guest111, the user may modify the user nickname to be Tony; the modification of the user nickname can be modification of a session platform entering stage, namely, the nickname of the user is changed once after the user enters the session platform, and the nicknames of the users in all the sessions in which the user participates are modified, or modification of the user nickname in the session stage, namely, when a session account enters each session, the nicknames of the users are default nicknames of the users, the users can independently modify the nicknames of the users in the session in each session, and the modification of the nicknames of the users in each session is not influenced mutually. The generation rules for the username are as follows: the account configuration module generates a user name in a predetermined format (such as Guest) in a predetermined mode, and performs duplicate checking on the user name in the whole session platform according to a predetermined rule, and after the duplicate checking is passed, the user name can not be allocated to a new user, otherwise, a user name is regenerated until the newly generated user name has uniqueness.
For the above-mentioned duplicate checking rule for the user name, in an embodiment, in order to avoid that the session account allocated to the temporary user a is allocated to the temporary user B after being offline (mainly considering that the default user nickname is the same), and causes misunderstanding for other users in the session platform, at a predetermined time after any session account is last offline (exits from the session platform), the account configuration module may determine that the session account is in an expired state, and before the session account is determined as the expired state, the user name in the session account may not be allocated to other users (i.e., belongs to the scope of the duplicate checking consideration). The manner of determining the expired status may be to flag the session account or to log off the session account.
In a specific embodiment, the account configuration module includes an account generation unit, a counting unit, and a recovery unit, where the counting unit is configured to record a total amount of the temporary user, the recovery unit is configured to record a user name of the session account in an expired state, and the account generation unit generates the user name for the temporary user according to the total amount recorded by the technical unit and the user name recorded by the recovery unit. Specifically, for a temporary user newly accessing a session platform, the account generation unit first determines whether the recovery unit is empty, if not, selects a user name in the recovery unit as the user name of the temporary user according to a predetermined rule, the recovery unit releases the user name, otherwise, the total amount recorded by the counting unit is accumulated by 1, and the account generation unit generates the user name according to the total amount recorded by the counting unit.
For example, if 100 temporary users have appeared in the session platform, the total amount recorded by the counting unit is 100, the user names allocated by the 100 users are Guest1, Guest2 … … Guest100, and currently Guest5, Guest10, and Guest15 have not logged in the session platform for 3 days, that is, are not used for 3 days, and are marked as an expired state, and at this time, the recycling unit records the 3 user names (because the formats of the user names are unified, only the user name numbers may be recorded, and these may be record elements 5, 10, and 15 here). At this time, a new temporary user is accessed to the session platform, the account generation unit judges that the recovery unit is not empty, and selects user names (or numbers) from the recovery unit according to the sequence of the numbers from small to large: guest5, assigning the user name to the newly accessed temporary user, and the recycle unit releasing the records of Guest5, including only records of Guest10 and Guest 15. In another embodiment, if the recycle unit record is empty, the count unit updates the record: the user name is updated from 100 to 101, and the account generation unit generates the user name according to the record (101) of the counting unit: guest 101.
The account configuration module binds the session account with the identity of the temporary user after allocating the session account to the temporary user, and when the temporary user logs off the line (such as quitting/switching a browser) and accesses the session platform again, the account configuration module firstly detects whether the identity of the user is bound with the session account, if so, the bound session account is allocated to the temporary user, otherwise, the session account is newly allocated to the temporary user.
The session platform records the last offline time of each session account, and within a preset time (immediately or N days) after the last offline time, if the session account is not used again, the session account is logged out, otherwise, the last offline time of the session account is updated, and for the session account allocated for the new temporary user, the session accounts which do not exist in the session platform include the session accounts which are not allocated and the session accounts which are logged out.
The language configuration module sets the language of the received conversation message for each conversation participant in the conversation. The language setting here may be automatically set according to the session environment of each session participant, or may be set according to the corresponding operation of each session participant on the language configuration module. Generally, for a user who has registered on a session platform, a default message receiving language may be set, and of course, the default message receiving language may also be set before a session is created or the message receiving language may be reset in a corresponding session after each session is created; for the temporary user, after entering the session, the language configuration module first detects the language set by the session environment (such as a browser, system configuration, an input method, and the like), and defaults the language of the received session message to the same language as the detection result, and the temporary user can also change the language of the received session message by himself through the language configuration module. Specifically, after entering the session, the language configuration module may display a limited language for selection, default selection may be made to detect the language set in the session environment, and after the user determines the selected language, the language configuration may be completed. During the conversation process, conversation participants (including a subject user and an object user) can call a language configuration module to change the language of the received conversation message.
The translation/display module is to: for any conversation participant, the received conversation messages (messages of other users in the conversation) are automatically displayed in the language configured by the conversation participant. Specifically, the conversation platform records the language configured by each user, and for each user, if a message that is not the received language set by the user exists in the conversation, the message is translated into the language configured by the user for display (either by calling a corresponding translation module or by integrating the translation modules into a whole), so that the problem of cross-language communication barrier is solved, and preferably, the original text of the conversation message and the corresponding translated text are displayed at the same time for reference of a receiver, so that the defects in understanding caused by machine translation are reduced.
In order to ensure that each session participant knows the overall session information in consideration of non-simultaneous entry of invited objects into the same session, in one embodiment, the translation/display module displays the session messages of any session participant as a complete session record, i.e., the chat history of all session participants.
Through the scheme, the invited object can directly enter the session to carry out instant cross-language chat without installing a specific session application or registering an account.
The invention is not limited to the foregoing embodiments. The invention extends to any novel feature or any novel combination of features disclosed in this specification and any novel method or process steps or any novel combination of features disclosed.
Claims (6)
1. A multilingual instant session platform is characterized by comprising a login module, a session establishing module, an address code identification module, an account configuration module, a language configuration module and a translation/display module, wherein:
the main user logs in the session platform through the login module and initiates a session establishment request;
the session establishing module establishes a session according to a session establishing request initiated by a main user and generates address codes corresponding to the session, wherein each address code has uniqueness and carries a link of a session platform and an identifier of the session;
the address code identification module is used for identifying the address code submitted by the object user and directly accessing the object user to the corresponding session according to the identification result;
the account configuration module allocates session accounts for the users who are not logged in the session platform among the object users connected to the session platform, and each session account has uniqueness;
the session account distributed by the account configuration module comprises a user name and a user nickname; the user name generation rule is as follows: the account configuration module generates a user name in a preset format according to a preset mode, the user name is checked for duplication in the whole session platform according to a preset rule, the user name can be distributed to a new user after the duplication checking is passed, otherwise, a user name is regenerated until the newly generated user name has uniqueness;
the searching for the duplicate of the user name in the whole session platform according to the preset rule specifically comprises the following steps: in a preset time after any session account is last offline, the account configuration module judges that the session account is in an expired state, and before the session account is judged to be in the expired state, the user name in the session account cannot be allocated to other users;
the account configuration module comprises an account generation unit, a counting unit and a recovery unit, wherein the counting unit is used for recording the total amount of temporary users, the recovery unit is used for recording the user name of a session account in an overdue state, for the temporary user newly accessed to a session platform, the account generation unit firstly judges whether the recovery unit is empty, if not, one user name in the recovery unit is selected as the user name of the temporary user according to a preset rule, the recovery unit releases the user name, otherwise, the total amount recorded by the counting unit is accumulated to 1, and the account generation unit generates the user name according to the total amount recorded by the counting unit;
the language configuration module sets the language of the received conversation message for each conversation participant in the conversation;
the translation/display module is to: and aiming at any conversation participant, displaying the received conversation message in the language configured by the conversation participant.
2. The session platform of claim 1, wherein the session establishment module is further configured to unregister the identity of the session when all session participants in the session are offline or exit the session.
3. The session platform of claim 1, wherein the username and user nickname are the same in the initial assignment case.
4. The session platform of claim 1 or 3, wherein the modification of the user nickname is a modification into a session platform phase or a modification into a session phase.
5. The conversation platform of claim 1, wherein said language configuration module sets rules for conversation participants to receive conversation messages in the languages of: and automatically setting languages according to the conversation environment of each conversation participant, or setting the languages for the corresponding operation of the language configuration module according to each conversation participant.
6. The conversation platform of claim 1, wherein said translation/display module displays both conversation message originals and corresponding translations.
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