CN105122295A - Message transmission method, message receiving method, administration server, message exchange system, terminal, and terminal registration method - Google Patents

Abstract

A service server (11) verifies whether an administrator terminal (21) is registered in a group (G1) in an SNS system (1), and when it is verified that the terminal is registered, permits transmission of a message from the administrator terminal (21) to the service server (11). The administrator terminal (21) transmits to the service server (11) inputted by a user.

Description

Message method, message receival method, management server, message switching system, terminal and methods of terminal registration

Technical field

The present invention relates to message method in the message switching system that can realize terminal room message and message receival method and management server, message switching system and terminal.In addition, the present invention relates to and can realize methods of terminal registration in message switching system that terminal room message shares and management server, message switching system and terminal.

Background technology

In recent years, the service realizing exchanging with specific people in the Virtual Space formed through electrical communication nets such as internets is day by day popularized.These services are generally social network service (SocialNetworkService), are called for short SNS.The specific people carrying out in SNS exchanging has several, can reach hundreds of people scale time many.

For utilizing SNS in the past, first need the personal information (account registration) registering to determine SNS user in the server of service end.Below, will the user of SNS be utilized referred to as user.Afterwards, user finds out past attempts and has carried out the personal information knowing people of same registration, and knows that people applies for carrying out exchanging (partner's application) to this.Be connected to partner's application know that people permits that this partner applies for after, with this, oneself knows that people just becomes partner and becomes the relation that can exchange.

(registration)

More specifically, user registers the prespecified personal information of this service end in the server of service end.This personal information comprises the password in order to utilize SNS to need.The server of service end gives account to the user of the personal information registering regulation.The character string etc. of the account name normally email address of user, diminutive, service end distribution.Account name and password, when utilizing SNS, are sent to the server of service end by user, if the account name that receives of the server of service end and the registered account name of password and password, then admit this user (personal authentication).That is, user is by sending correct account name and password, proves it oneself is registered user in SNS to service end.Here, below account name and password are generically and collectively referred to as login (Login) information.

Patent documentation 1 discloses a kind of when not carrying out key-press input from portable terminal, utilize the 2 dimension codes such as QR code (registered trademark) by the address of the register information in order to access temporarily registration stored in portable terminal, thus can the technology of successfully accessing register information waited with going out.Even if but adopt this authenticating method, still need everyone to input personal information to accept the certification of server.

(personal information)

Personal information and the scope of disclosed personal information of registration are different with the difference of various SNS.In addition, some services also can set according to the judgement of user and want disclosed personal information.Such as, if user discloses conflict to real name, then also underground real name and open diminutive etc. sometimes.In addition, only according to real name or diminutive, be sometimes be difficult to determine to want to partner with I.Therefore, except open real name or diminutive, sometimes the individual related informations such as age, sex, local, graduation school also can be disclosed.

(partner's retrieval and partner's application)

In order in SNS, the people exchanged is wanted in retrieval, the searching system that user generally can utilize SNS to possess.User selects the people wanting to exchange in the middle of people from know consistent with retrieval of content, and propose partner's application to the other side.Now, receiving people that the partner from user applies for also is likely of the same name others of the personage that expects with user.In addition, the people receiving partner's application also may not want that the user applied for proposition partner exchanges.Now, the people having received partner's application can refuse this partner application.

(invitation)

In SNS, want that the other side exchanged also not yet may add SNS.Now, user can remind the other side to add SNS.This behavior is called invitation.The people receiving invitation registers to SNS by above-mentioned method, thus becomes the user of SNS.SNS user becomes partner by above-mentioned method to each other.Oneself is thought the means of the other side's invitation of interchange to SNS are generally by Email etc.In addition, as simple method of inviting a large amount of partner, the content of the address of such as, registering in the terminals such as with good grounds smart mobile phone record, sends the method for invitation simultaneously to several the other side.

(interchange)

User is in order to utilize SNS, and the server of service end can require that user carries out register.That is, want to utilize the individual of SNS account name during registration account and password (log-on message) need be inputted the input picture (login screen) of SNS.The information that the server of service end is managed with input the log-on message of coming and contrast, if log-on message is correct, be then user by above-mentioned personal authentication.Thus, user becomes the state that can utilize SNS.All carry out register pretty troublesome user when feeling to utilize SNS at every turn, also can in the terminal log-on message be preserved certain during.By the method, when in order to utilize SNS and application program launching time, the account of user can become logging status automatically.Therefore, user carries out register without the need to utilizing during SNS at every turn.

(prior art document)

Patent documentation 1: Japanese Unexamined Patent Publication " JP 2009-98702 publication " (on May 7th, 2009 is open)

Summary of the invention

(problem to be solved by this invention)

But in above-mentioned SNS in the past, require to utilize the IT literacy (ITlieracy) that each user's tool of SNS is higher, therefore this kind of service side problem that has not all people easily to utilize.Specifically, require to utilize the user of SNS to proceed as follows: (i) registers account to SNS, and (ii) manages log-on message, and (ii) inputs log-on message when register.If accidentally manage log-on message and lost log-on message, user just cannot log in SNS.In addition, if log-on message is revealed because of certain reason, the third party just can have this user that can disguise oneself as to dislike to use SNS.Therefore, with regard to SNS in the past, user preferably can understand the importance of log-on message, and possesses the IT literacy being enough to energy safety management log-on message.

In addition, in SNS in the past, general employing, is registered as prerequisite to complete in SNS, retrieves the search method of the people wanting to exchange according to disclosed personal information.Therefore, for the user that hope is more easily found by other users, need open for more personal information on SNS.But in this search method, its setting situation causes the account name of user and the personal information of user to be read by the undesirable third party of this user arriving sometimes.And the third party of malice reads the personal information of user, the beginning that this user meets with the crimes such as swindle just may be become.

In addition, in SNS in the past, its setting situation causes unconfessed partner also can to read the message exchanged in SNS sometimes.Therefore, when user have issued incautious message, this message may be seen by the undesirable people of this user and concentrate attacked and slandered.Concentrate the phenomenon of being attacked and slandering etc. be called as " abusing (flame) " and be widely known by the people because of incautious message.

User, by deliberately limiting the open scope of personal information and message or not carrying out open, just can reduce the possibility meeting with above-mentioned crime and abused.But, if user wants the open scope suitably setting personal information and message according to the use form of SNS, just need the high IT literacy possessed more than the safety management ability of log-on message.

As mentioned above, require user to have to be enough to can the IT literacy of safety management log-on message for SNS in the past.In addition, in SNS in the past, utilizing SNS safely to not meet with crime or do not abused, high-caliber IT literacy must be possessed.But in reality, utilize the user of lack of experience, children, People etc. to require that high IT literacy is Hen Kun Difficult to terminal.That is, SNS in the past has the problem being unsuitable for the low user of IT literacy and using.

In addition, there are the household appliances operated by sound at present, and then have also appeared the sound that can distinguish user and with sound to reply the household appliances of user.For some users, this household appliances are regarded as communicatee just as household's a member, therefore estimate may appear at from now in SNS the user's request also wanting to carry out with this household appliances exchanging.But SNS is in the past with artificial object, not imagining with household appliances is object, therefore can not meet this user's request.

The present invention researches and develops in view of the above problems, though object be to realize a kind of user without high IT literacy also can easily and the message switching system of safe handling.

(technical scheme in order to deal with problems)

For solving the problem, the feature of message method of the present invention is: it sends message for terminal to the management server of message switching system, and comprise: terminal check step, confirm that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system by above-mentioned management server, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; Input step, makes user input above-mentioned message in above-mentioned terminal; Forwarding step, sends to above-mentioned management server by above-mentioned terminal by inputting the above-mentioned message of coming; And receiving step, the above-mentioned message be sent out is received by above-mentioned management server.

For solving the problem, the feature of message receival method of the present invention is: it to conduct interviews receipt message to the management server of message switching system for terminal, and comprise: by above-mentioned management server, terminal check step, confirms that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system; Forwarding step, if it is terminal in registered specific colony in above-mentioned message switching system that above-mentioned management server confirms above-mentioned terminal, then sends message to above-mentioned terminal; Receiving step, receives above-mentioned message by above-mentioned terminal; Step display, the above-mentioned message received by above-mentioned terminal demonstration.

For solving the problem, the feature of management server of the present invention is: from terminal receives message, and possess: terminal check unit, confirm that whether above-mentioned terminal is the terminal in registered specific colony in message switching system, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; And receiving element, receive the above-mentioned message sent from above-mentioned terminal.

For solving the problem, the feature of other management servers of the present invention is: send message to terminal, and to possess: terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in message switching system; And transmitting element, if confirming above-mentioned terminal is terminal in registered specific colony in above-mentioned message switching system, then send message to above-mentioned terminal.

For solving the problem, the feature of message switching system of the present invention is: possess terminal and management server, above-mentioned terminal sends message to above-mentioned management server, above-mentioned management server possesses: terminal check unit, confirm that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; And receiving element, receive the above-mentioned message sent from above-mentioned terminal, above-mentioned terminal possesses: input block, inputs above-mentioned message for user; And transmitting element, the above-mentioned message be transfused to is sent to above-mentioned management server.

For solving the problem, the feature of terminal of the present invention is: send message to the management server of message switching system, and possess: input block, inputs above-mentioned message for user; And transmitting element, the above-mentioned message be transfused to is sent to above-mentioned management server, wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, be registered terminal if confirm, then allow to send message from this terminal to above-mentioned management server.

For solving the problem, the feature of other message switching systems of the present invention is: possess terminal and management server, above-mentioned terminal to conduct interviews receipt message to above-mentioned management server, above-mentioned management server possesses: terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system; And transmitting element, if confirming above-mentioned terminal is terminal in registered above-mentioned specific colony in this message switching system, then send message to above-mentioned terminal, above-mentioned terminal possesses: receiving element, receives above-mentioned message; And display unit, show the above-mentioned message received.

For solving the problem, the feature of terminal of the present invention is: the management server to message switching system conducts interviews receipt message, and possesses: receiving element, receives above-mentioned message; And display unit, show the above-mentioned message received, wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, if confirming above-mentioned terminal is registered terminal in above-mentioned message switching system in above-mentioned specific colony, then send message to this terminal.

For solving the problem, the feature of methods of terminal registration of the present invention is: it is to allow in message switching system at least one party that the message from specific terminal is contributed and read, and to the methods of terminal registration that this terminal is registered, and comprise: colony's foundation step, in management server, create for will above-mentioned terminal be allowed in above-mentioned terminal registration to special group to carry out the colony of the submission of message and at least one party of reading; Procedure to apply, by the 1st terminal or by the 2nd terminal be registered in above-mentioned colony to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony; And register step, by above-mentioned management server by be applied above-mentioned 1st terminal registration in above-mentioned colony.

For solving the problem, as preferably, management server of the present invention is the management server managed message switching system, the at least one party that can contribute to the message from specific terminal and read in described message switching system, this management server possesses: colony's setup unit, and setting is for will above-mentioned terminal be allowed in above-mentioned terminal registration to special group to carry out the colony of the submission of message and at least one party of reading; And registration unit, when receiving the application for registration of unregistered terminal in above-mentioned colony, by this unregistered terminal registration in above-mentioned colony.

For solving the problem, the feature of message switching system of the present invention is: at least possess management server and terminal, the at least one party that can contribute to the message from specific terminal and read in this message switching system, above-mentioned management server possesses: colony's setup unit, and setting is for will above-mentioned terminal be allowed in above-mentioned terminal registration to special group to carry out the colony of the submission of message and at least one party of reading; And registration unit, when receiving the application for registration for new terminal, by this new terminal registration in above-mentioned colony, the 1st terminal or the 2nd terminal be registered in above-mentioned colony possess: application unit, to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony.

For solving the problem, the feature of terminal of the present invention is: possess management server application to message switching system by this terminal registration to the application unit in the colony that this management server creates, wherein, above-mentioned management server creates the above-mentioned colony allowing registered terminal to carry out the submission of message and at least one party of reading, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.

For solving the problem, the feature of terminal of the present invention is: be registered in the terminal in the specific colony in message switching system, wherein above-mentioned colony allows registered terminal in above-mentioned colony to carry out the submission of message and at least one party of reading, the other-end different from this terminal is registered in the application unit in above-mentioned colony by the management server application possessed to above-mentioned message switching system of this terminal, wherein, above-mentioned management server creates above-mentioned colony, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.

(effect of invention)

According to a form of the present invention, even if the message switching system that a kind of user of not having height IT literacy also can easily and safely use can be realized.

Accompanying drawing explanation

Fig. 1 is the structural drawing of the SNS system of an embodiment of the present invention.

Fig. 2 is the concept map of the colony formed in the SNS system of an embodiment of the present invention.

Fig. 3 is the schematic diagram in order to the routine population management table managed the intrasystem colony of the SNS of an embodiment of the present invention.

Fig. 4 is the schematic diagram in order to the routine terminal management table managed the intrasystem terminal be registered in colony of the SNS of an embodiment of the present invention.

Fig. 5 is the schematic diagram of the routine incarnation admin table that the incarnation in order to can utilize the intrasystem terminal be registered in colony of the SNS of an embodiment of the present invention manages.

Fig. 6 be manage an embodiment of the present invention the intrasystem each colony of SNS in the middle of which terminal be the schematic diagram of routine custodian's terminal management table of custodian's terminal.

Fig. 7 is and then the schematic diagram of a routine population management table of terminal number containing custodian's terminal.

Fig. 8 is the schematic diagram of the routine message management table that the message in order to send each terminal registered in the SNS system of an embodiment of the present invention manages.

Fig. 9 be in an embodiment of the present invention by new terminal registration to colony time, the schematic diagram of a routine treatment scheme of SNS system.

(a) of Figure 10 is the schematic diagram when starting to be presented at when carrying out terminal registration the picture in custodian's terminal, b () is the schematic diagram being presented at the picture in custodian's terminal when selecting the kind wanting the terminal registered, c () is the schematic diagram being presented at the picture in custodian's terminal when selecting the registration gimmick of portable terminal, (d) of Figure 10 is the schematic diagram of the picture containing QR code, in this QR code describe have in order to by terminal registration to the web page interlinkage in colony.

(a) of Figure 11 is the schematic diagram of the text sending to the Email of portable terminal from custodian's terminal, b () is the schematic diagram of the picture shown on portable terminal when reminding and registering to colony, c () is the schematic diagram of the picture shown on portable terminal when manual installation application program, (d) is the schematic diagram of the picture shown on portable terminal when applying for the formal registration of portable terminal.

(a) of Figure 12 installs in order to utilize processing flow chart during SNS systematic difference program to the portable terminal of registering in SNS system first in an embodiment of the present invention, and (b) is processing flow chart when distributing the terminal number of portable terminal to the portable terminal of registering in SNS system first in an embodiment of the present invention.

Figure 13 be in an embodiment of the present invention by new terminal registration to colony time, the schematic diagram of other routine treatment schemees of SNS system.

When TV is registered in colony by Figure 14 in an embodiment of the present invention, the schematic diagram of a routine treatment scheme of SNS system.

(a) of Figure 15 is the schematic diagram of picture for applying for registration of to SNS system shown by TV, and (b) is the schematic diagram of the picture containing QR code.

(a) of Figure 16 is the schematic diagram of the picture shown in custodian's terminal when starting to carry out terminal registration, b () is the schematic diagram of the picture shown in custodian's terminal when selecting the registration gimmick of TV, c () is the schematic diagram of the picture shown in custodian's terminal when the formal registration applying for TV, (d) is the schematic diagram for notifying the picture completing TV registration.

When robot cleaner is registered in colony by Figure 17 in an embodiment of the present invention, the schematic diagram of a routine treatment scheme of SNS system.

Figure 18 in an embodiment of the present invention by custodian's terminal obtain message input picture time, SNS system the process flow diagram of process.

Figure 19 be carry out in an embodiment of the present invention the change of incarnation, the input of message, the transmission of message and message display time, the process flow diagram of the process of SNS system.

When Figure 20 obtains message information by service end server in an embodiment of the present invention, the process flow diagram of a succession of process of SNS system.

(a) of Figure 21 is the schematic diagram of the picture containing latest news, and (b) is the schematic diagram of message input picture.

Figure 22 is the schematic diagram of the picture for selecting incarnation that custodian's terminal shows.

Figure 23 in an embodiment of the present invention by TV obtain message input picture time, SNS system the process flow diagram of process.

(a) of Figure 24 is the schematic diagram of situation when simultaneously showing containing the picture of latest news and television image, b () is the schematic diagram of the situation of incarnation when selecting picture and TV programme simultaneously to show, (c) is the schematic diagram of message input picture and TV programme situation when simultaneously showing.

Figure 25 is the block scheme of the hardware configuration to the management server that the SNS system of an embodiment of the present invention manages.

Figure 26 (a) is the block scheme of the hardware configuration of custodian's terminal that the SNS system of an embodiment of the present invention comprises, and (b) is the block scheme of the hardware configuration of the portable terminal that the SNS system of an embodiment of the present invention comprises.

Figure 27 is the block scheme of the hardware configuration of the TV that the SNS system of an embodiment of the present invention comprises.

Figure 28 is the block scheme of the hardware configuration of the robot cleaner that the SNS system of an embodiment of the present invention comprises.

Figure 29 is the FBD (function block diagram) of the major function that the control part of the management server that the SNS system of an embodiment of the present invention comprises realizes.

Figure 30 is the FBD (function block diagram) of the major function that the control part of the portable terminal that the SNS system of an embodiment of the present invention comprises realizes.

Figure 31 is the FBD (function block diagram) of the major function that the control part of the TV that the SNS system of an embodiment of the present invention comprises realizes.

Figure 32 is the FBD (function block diagram) of the major function that the control part of the robot cleaner that the SNS system of an embodiment of the present invention comprises realizes.

[description of reference numerals]

1SNS system (message switching system)

10SNS server

11 service end servers (management server)

12 population management servers (management server, terminal check unit, colony's creating unit)

13 terminal management server (colony's creating unit)

14 incarnation management servers (management server, symbol information management server)

15 message management server (management server, transmitting element, receiving element)

16 custodian's terminal management server (management server)

17a application program Distributor (management server)

17b terminal identification information Distributor

21 portable terminals (terminal, input block, transmitting element, receiving element, display unit, application unit)

22 portable terminals (terminal, input block, transmitting element, receiving element, display unit, application unit)

23 portable terminals (terminal, input block, transmitting element, receiving element, display unit, application unit)

24 TVs (terminal, input block, transmitting element, receiving element, display unit, application unit)

25 robot cleaners (terminal, input block, transmitting element, receiving element, display unit, application unit)

31 internets

A7001 ~ A7005 incarnation is numbered

D7001 ~ D7005 terminal number

Embodiment

(embodiment 1)

SNS (SocialNetworkService) system 10 of present embodiment is, being registered with the colony of multiple terminal as a unit to realize the message switching system for the purpose of the shared of message etc. and interchange.

SNS system 1 is with the maximum difference of SNS system in the past, and that register in the colony in SNS system 1 is not user, but each terminal.Specifically, be registered with in the colony in SNS system 1: the intrinsic terminal identification information (terminal number) that when utilizing SNS system 1 to user, terminal used is given.And in SNS system in the past, required personal information when utilizing SNS system is registered in SNS system by each user, obtains the account divided by each user thus.And in SNS system 1, there is not the account (but the custodian of colony is exception) divided by each user in principle.

Colony in SNS system 1 be for terminal registration in special group, be also that the registered terminal of license carries out the colony of the submission of message and at least one party of reading.The user of SNS system 1 is utilized to use to be registered in any terminal in colony to send message.This message only sends to registered other-end in the colony belonging to this terminal.In other words, the message that this terminal sends can not be sent to the outside of this colony by SNS system 1.In addition, the message that the outside from this colony also can not be sent by SNS system 1 sends to each terminal belonging to this colony.

Like this, SNS system 1 is the SNS system of the very leakproofness in units of colony.Utilize form about SNS system 1, the member that such as can exemplify in the family used between household leave a message interface system or belonging same group shares the speech interface system etc. of information each other, but is not limited thereto.

(summary of SNS system 1)

Below, the summary of SNS system 1 is described with reference to Fig. 1 and 2.Fig. 1 is the structural drawing of SNS system 1.As shown in Figure 1, SNS system 1 possesses service end server 11, population management server 12, terminal management server 13, incarnation management server 14, message management server 15, custodian's terminal management server 16, custodian's terminal (portable terminal) 21, portable terminal 22, portable terminal 23, TV 24 and robot cleaner 25.Below, be that prime example is described to be structured in the colony of by name " assistant Teng Jia " in SNS system 1.

Here, in present embodiment, although the server zone be made up of service end server 11, population management server 12, terminal management server 13, incarnation management server 14, message management server 15 and custodian's terminal management server 16 provides SNS by mutually cooperating to client, the present invention is not limited thereto.Such as, the whole poly-single SNS server 10 as shown in phantom in Figure 1 of each functional block (functional unit) of the function by realizing above-mentioned server zone also can being used to replace above-mentioned server zone, forming SNS system 1 thus.

As shown in Figure 1, in the colony " assistant Teng Jia " in SNS system 1, portable terminal 21, portable terminal 22, portable terminal 23, TV 24, these 5 terminals of robot cleaner 25 are registered with.These terminals as shown in Figure 1, are connected with SNS system 1 via internet 31.

Fig. 2 is the concept map of the colony be structured in SNS system 1.Colony in SNS system 1 is by population of terminals and incarnation Canopy structure.Population of terminals refers to, is registered in the colony of the terminal in SNS system 1 as colony " assistant Teng Jia ".SNS system 1 identifies each terminal be registered in colony according to terminal number (being D7001 ~ D7005 here).So-called terminal number refers to, each terminal intrinsic and be given to the identiflication number of each terminal without peer.Below, enumerate and terminal number is described as the example being used for the information identifying each terminal, but for identifying that the information of each terminal is not limited to terminal number in SNS system 1.As long as can identify each terminal, then also the information such as the character string except numbering can be used as terminal identification information.

The sequence number got ready when terminal number is preferably terminal shipment, but be not limited thereto.Also can afterwards, provide other terminal number to each terminal after shipment, concrete condition is by aftermentioned.

Incarnation colony refers to the colony being together presented at the incarnation on the display part of terminal with message.So-called incarnation, is the information (symbol information) symbolically expressing message sender, mainly makes people associate the image of sender.By incarnation and message are together sent to each terminal, easily can differentiate this message from which user is sent.

In example shown in Fig. 2, the message that the portable terminal 21 that terminal number is D7001 sends and the incarnation shown in incarnation numbering A7001 together show, and wherein incarnation numbering A7001 and terminal number D7001 is corresponding relation.Similarly, the message that the portable terminal 22 that terminal number is D7002 sends and the incarnation shown in incarnation numbering A7002 together show, and wherein incarnation numbering A7002 and terminal number D7002 is corresponding relation.The message that the portable terminal 23 that terminal number is D7003 sends and the incarnation shown in incarnation numbering A7003 together show, and wherein incarnation numbering A7003 and terminal number D7003 is corresponding relation.The detailed process forming corresponding relation is numbered, by aftermentioned about making message, terminal number and incarnation.

Portable terminal 21 ~ 23 is used to utilize the user of SNS system 1 to be the intrinsic user of each portable terminal substantially.This uses because portable terminal is that individual is exclusive the cause being inclined to the terminal of very Strong.Therefore, portable terminal is used to utilize the user of SNS system 1 to be exactly often the owner of this portable terminal.That is, in most cases, that use portable terminal 21 is user 1, and that use portable terminal 22 is user 2, and that use portable terminal 23 is user 3.

Compared to this, TV 24 be household crew the terminal that shares.In other words, household crew likely uses TV 24 to utilize SNS system 1.For Fig. 2, TV 24 is likely used by this 3 people of user 1,2 and 3.Now, it is who suitably changes that corresponding with the terminal number D7004 of TV 24 incarnation numbers the user that preferably basis initiates a message.For realizing above-mentioned use form, the terminal number in SNS system 1 and incarnation number between corresponding relation can suitably change.

(registrations of household appliances)

In addition, it is the Message Display Terminals such as portable terminal or TV such as smart mobile phone that the terminal be registered in the colony of SNS system 1 is not limit, and also can be household appliances.In addition, be registered in household appliances Huo in colony in colony and get Be peopleization.In present embodiment, the household appliances that can be registered in colony comprise the household appliances operated by sound or the household appliances etc. that can exchange with user.

These household appliances possess mostly can the sensor of monitoring room epidemic disaster etc.The environmental information obtained from each sensor can be supplied to external server by the household appliances be registered in SNS system 1 in-group, and this external server can according to the environmental information obtained, with just as being that the mode that initiates a message from household appliances is to send message.Annoybot 4 in the colony of member shown in Fig. 2 obtains environmental information from household appliances, and by the message corresponding to this environmental information, with just as being that the mode sent from Be peopleization household appliances sends.

Owing to can register these type of household appliances in SNS system 1, therefore SNS system 1 can provide the following brand-new household appliances exemplified to use form.

If i () wishes that room when going back home becomes comfort conditions, in advance as long as user will show that the message of this hope sends to SNS system 1.The intragroup household appliances that have received this message can control the air-conditioning in room, become comfort conditions to make room when going back home.

(ii), when household crew goes out, family only can leave pet.Under this situation, the room temperature in room can raise along with temperature and rise, but pet both oneself can not open air conditioner power source, also can not contact household.For this situation, intragroup household appliances can uprise via each terminal notification room temperature of SNS system 1 to household.After receiving the notice from household appliances, household can utilize SNS system 1 to beg for view to prescribing method.Or also can control household appliances via SNS system 1, open air conditioner power source.In addition, which household can also be grasped via SNS system 1 and which kind of carry out to place.

And there is not the method be registered in by household appliances in SNS system in SNS system in the past, the registration of its just no imagination household appliances originally.Therefore be difficult to realize above-mentioned present embodiment specific to place's form.SNS system 1, owing to can register household appliances in SNS system, therefore can realize above-mentioned use form.

In present embodiment, robot cleaner 25 is described as Yi Li Be peopleization household appliances.But household appliances are not limited thereto, also can be the various products existed in the families such as air-conditioning, refrigerator or washing machine.

(structure of SNS system 1)

With reference to Fig. 1 and Fig. 3 ~ 8, the structure of SNS system 1 is described.

(service end server 11)

Service end server 11 is the servers managing SNS system 1 entirety and run.As shown in Figure 1, each terminal of SNS system 1 is utilized to be connected with service end server 11 via internet 31.That is, service end server 11 is the servers as SNS system 1 service window, and it such as makes the picture that will show in terminal, and this picture is sent to above-mentioned each terminal.

(population management server 12)

Population management server 12 is, to the server that the colony as a unit during shared message in SNS system 1 manages.Fig. 3 is the schematic diagram in order to the routine population management table managed the colony in SNS system 1.Population management table leaves in the storage part that population management server 12 possesses.

In SNS system 1, be made multiple colony.As shown in Figure 3, in population management table, point each colony and deposit the following information corresponded to each other: for identifying colony's numbering of this colony, colony's name, population management people and being registered in the terminal number of terminal in colony.

Specifically, be numbered the colony of G1234567 about colony, its colony assistant by name Teng Jia, population management people is Sato Ichiro,sato Kazunori,suzuki Hisaaki, and the intrinsic terminal number of registration is D7001, D7002, D7003, D7004 and D7005.Be numbered the colony of G1234568 about colony, its colony is called SAITOU, population management artificial vegetarian rattan two youth, and the intrinsic terminal number of registration is D8001, D8002 and D8003.Be numbered the colony of G1234569 about colony, its colony is called golf group, and population management people is Sato Ichiro,sato Kazunori,suzuki Hisaaki, and the intrinsic terminal number of registration is D9001, D9002, D9003, D9004 and D7001.

In present embodiment, the terminal quantity can registered in each colony also can capping.This, by can the quantity set upper limit of terminal number of correspondence to numbering institute of each colony in population management table, can realize.In addition, in present embodiment, same terminal also can be registered in multiple different colony.This registers accordingly by 1 terminal number being numbered from multiple different colony in population management table, can realize.

(terminal management server 13)

Terminal management server 13 is for each colony, to the server that the whole terminals registered in this colony manage.Fig. 4 is the schematic diagram in order to the routine terminal management table managed the terminal be registered in colony in SNS system 1.Terminal management table leaves in the not shown storage part that terminal management server 13 possesses.What Fig. 3 represented the is terminal management table relevant to each terminal being registered in colony and being numbered in the colony of " G123456 ".

In terminal management table, each terminal point to be registered in colony, all the side of depositing have the title of the terminal number of this terminal, this terminal, this terminal when accessing the day of SNS system 1 for the last time, this terminal when sending message for the last time the incarnation of used incarnation number.

(incarnation management server 14)

Incarnation management server 14 is for each colony, the server that the incarnation that can utilize each terminal be registered in this colony manages.Fig. 5 is the schematic diagram of the routine incarnation admin table that the incarnation in order to can utilize the terminal be registered in SNS system 1 in colony manages.Incarnation admin table leaves in the not shown storage part that incarnation management server 14 possesses.What Fig. 5 represented is to the terminal management table being registered in colony and being numbered incarnation that each terminal in the colony of " G123456 " can utilize and manage.

In incarnation admin table, point each incarnation, all deposits the intrinsic incarnation numbering of this incarnation, the title of this incarnation, the filename of avatar image.The data of avatar image itself leave in the storage part of incarnation management server 14 separately.

(custodian's terminal management server 16)

Custodian's terminal management server 16 is that in the middle of management SNS system 1 Nei Ge colony, which terminal is the server of custodian's terminal.Fig. 6 manages the schematic diagram which terminal in the middle of SNS system 1 Nei Ge colony is routine custodian's terminal management table of custodian's terminal.Custodian's terminal management table leaves in the not shown storage part that custodian's terminal management server possesses.

In SNS system 1, be made multiple colony.As shown in Figure 6, in custodian's terminal list, point each colony and deposit the following information corresponded to each other: for the terminal number of the colony's numbering and custodian's terminal that identify this colony.

In present embodiment, for each colony, multiple custodian's terminal can be registered.This, by registering the terminal number of multiple custodian's terminal in custodian's terminal management table for each colony numbering, can realize.

In SNS system 1, population management server 12 and custodian's terminal management server 16 also can integration be integrated.That is, population management server 12 also can have both the function of custodian's terminal management server 16.Now, the population management table of use and then the terminal number containing custodian's terminal manages colony.Fig. 7 is and then the schematic diagram of a routine population management table of terminal number containing custodian's terminal.The terminal management table of Fig. 7 is by the table after integral for the integration of custodian's terminal management table shown in terminal management table and Fig. 6 shown in Fig. 3.

In the following description, the function that population management server 12 has both custodian's terminal management server 16 is imagined.Therefore, population management server 12 uses the population management table of form shown in Fig. 7, confirms whether the terminal of access SNS system 1 is custodian's terminal.

(message management server 15)

Message management server 15 manages the message that each terminal be registered in SNS system 1 sends.Fig. 8 is the schematic diagram of the routine message management table that the message in order to send each terminal of registration in SNS system 1 manages.Message management table leaves in the not shown storage part of message management server 15.

In message management table, point every message, manages the information relevant to the message that each terminal sends in SNS system 1.In the example of Fig. 8, point every message in message management table and have the following information corresponded to each other: for identify this message message numbering, send this message terminal belonging to colony colony's numbering, in order to identify and to send this message time use incarnation incarnation numbering, send terminal number, the delivery time of this message, the content (at least one party of text, image, sound) of message of the terminal of this message.

Each terminal often sends once new message, and the information relevant to message is just newly accumulated in message management table.As for how utilizing message management table that message is passed to message receiver terminal, will describe in detail below.

(establishment of colony)

In SNS system 1, the user completing user's registration to SNS system 1 can create above-mentioned colony.Order when user creates colony in SNS system 1 is below described.

First, the user creating colony is wanted to carry out user's registration in SNS system 1.Here user registration with serve in the past in first registration user or be made account first time order identical.That is, identifier (account) for identifying user and password is applied for SNS system 1, so the personal information of registered user, completing user registration thus.Here, the account of use in other services can also be applied flexibly to carry out user's registration.The user completing user's registration in SNS system 1 can be endowed the special authority that can create colony.Below, the user creating colony is called " representative ".

Representative's use management people terminal 21 logs in into SNS system 1, and creates new colony to SNS system 1 application.Now, representative inputs the information relevant to colony such as colony's title.In addition, the terminal number of custodian's terminal 21 is supplied to SNS system 1 by custodian's terminal 21.Thus, colony is created.Now, commissarial custodian's terminal 21 is registered in created colony automatically.That is, after terminal number and the colony of colony created of custodian's terminal 21 number and form corresponding relation, population management table is stored into.After completing these process, the custodian of representative just simultaneously Ye Shi colony.

After the establishment of colony terminates, SNS system 1 provides colony's numbering of created colony to custodian's terminal 21.Therefore, the colony of custodian's terminal 21 terminal number and colony of just possessing custodian's terminal 21 numbers this two side.

(registration process of portable terminal 22)

After colony creates, the user of custodian's terminal 21 starts the process of carrying out registering other-end in colony.Below, with reference to Fig. 9, in colony during registered terminal, a routine treatment scheme of SNS system 1 is described.Fig. 9 be in an embodiment of the present invention by new terminal registration to colony time, the schematic diagram of a routine treatment scheme of SNS system 1.Order when to register portable terminal 22 in colony G1 is below described.

(application for registration)

First, custodian's terminal 21 demonstrates the picture as shown in (a) of Figure 10.(a) of Figure 10 is the schematic diagram when starting to be presented at when carrying out terminal registration the picture in custodian's terminal 21." registering apparatus " project indicated by K1 is comprised in this picture.

Here, the user of custodian's terminal 21 by Figure 10 (a) shown in picture, new incarnation is registered in SNS system 1.This incarnation as the incarnation supplying the colony of representative's establishment used, and is registered in SNS system 1.

User's option K1 of custodian's terminal 21.So custodian's terminal 21 demonstrates the picture as shown in (b) of Figure 10.(b) of Figure 10 is the schematic diagram being presented at the picture in custodian's terminal 21 when selecting the kind wanting the terminal registered." invitation the adds member " project indicated by K2 and " registration common terminal " project indicated by K3 is comprised in this picture.If option K2, then start to perform and the process using the terminal of form to register is monopolized to this kind of users such as portable terminals.On the other hand, if option K3, then start the process that execution is registered the terminal that this kind of multiple users such as TV share form.

In present embodiment, the user of custodian's terminal 21 is in order to be registered in option K2 in colony G1 by portable terminal 22.Thus, custodian's terminal 21 request service end server 11 by new terminal registration to (step S1) in colony G1.Now, the colony of the terminal number of custodian's terminal 21, colony G1 numbering is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives terminal number and colony's numbering, request population management server 12 confirms whether these numberings are registered numbering (step S2).Now, colony's numbering of the terminal number of custodian's terminal 21 and colony G1 is sent to population management server 12 by service end server 11.

(confirmation of terminal)

Population management server 12 uses the terminal number and colony's numbering that receive, retrieves, confirm whether custodian's terminal 21 is be registered in the terminal in colony G1 thus in population management table.If confirm errorless, then this confirmation result is replied to service end server 11 (step S3).Then, population management server 12 by new terminal registration to be subjected such as the Status Change of population management table are to the state in colony G1.

Here, if population management server 12 fails to confirm custodian's terminal that custodian's terminal 21 is colony G1, then this result is replied to service end server 11.After service end server 11 receives this reply, just mistake (error) message is sent to custodian's terminal 21.Thus, the process shown in Fig. 9 stops because of exception.

(selection of registration gimmick)

The selection picture of the registration gimmick of new terminal is sent to custodian's terminal 21 (step S4) after have received the errorless reply of confirmation from population management server 12 by service end server 11.Custodian's terminal 21 shows the picture received.Thus, the picture as shown in (c) of Figure 10 is demonstrated.(c) of Figure 10 is the schematic diagram being presented at the picture in custodian's terminal 21 when selecting the registration gimmick of portable terminal 22." the display QR code " project indicated by K4 and " sending with the lettergram mode " project indicated by K5 is comprised in this picture.

In present embodiment, user's option K4 of custodian's terminal 21.So custodian's terminal 21 request service end server 11 provides the picture containing QR code (step S5).

After service end server 11 receives this request, be just made the QR code describing and have for the web page interlinkage of registered terminal in colony G1.This link contain implicitization through gimmicks such as hashings and as search value, the colony of colony G1 numbering.Here, service end server 11 also can be made certain Quick Response Code except QR code to replace QR code.

Picture containing this QR code is sent to custodian's terminal 21 (step S6) by service end server 11.Custodian's terminal 21 shows the picture received.Thus, the picture as shown in (d) of Figure 10 is demonstrated.(d) of Figure 10 is the schematic diagram of the picture containing QR code, describes to have to supply terminal registration to the web page interlinkage in colony G1 in this QR code.QR code C1 is contained in this picture.

Here, if custodian's terminal 21 has enough resources, then also before the picture after the application carrying out step S1 and shown in (c) that receive Figure 10 from service end server 11, the request of step S5 can be carried out.Thus, custodian's terminal 21 just received the picture containing QR code before its user's option K4.Therefore, after the user of custodian's terminal have selected project K4, the picture containing QR code just can be demonstrated immediately.

(pre-registration of portable terminal 22)

Custodian's terminal 21, by QR code C1, is supplied to portable terminal 22 (step S7) by for the web page interlinkage of registered terminal in colony G1.There is provided order as follows.The user of portable terminal 22 utilizes the camera function of portable terminal 22, the QR code C1 that the picture of shooting custodian terminal 21 shows.Thus, portable terminal 22 obtains the image of QR code C1.Portable terminal 22 obtains the web page interlinkage for registered terminal in colony G1 by analysis chart picture.

The information (link) comprised in QR code is preferably through encryption or implicitization.Now, portable terminal 22, by being decrypted the enciphered message obtained from QR code or implicitization information, obtains link.As long as the information comprised in QR code have passed through encryption or implicitization, even if so information is revealed from portable terminal 22, also other people application of malice can be prevented to be registered in colony G1 by other-end owing to can not determine to link.

In present embodiment, portable terminal 22 needs special application program to utilize SNS system 1.By performing this application program, the registration etc. can applied in colony to SNS system 1, and carry out the transmission etc. of message after registration is completed.In the following description, be provided with premised on this application program in portable terminal 22.

Portable terminal 22 is by accessing the link obtained, and request service end server 11 sends the picture (step S8) being used for being registered in by portable terminal 22 in colony G1.Now, the colony of the terminal number of portable terminal 22, colony G1 numbering is sent to service end server 11 by portable terminal 22.After portable terminal 22 have accessed link, just wait for the answer from service end server 11.

After service end server 11 receives colony's numbering of the terminal number of portable terminal 22, colony G1, whether the state just searching population management table to population management server 12 is etc. that new terminal registration to be subjected is to the state (step S9) in colony G1.Now, the colony of the terminal number of portable terminal 22, colony G1 numbering is sent to population management server 12 by service end server 11.

After population management server 12 receives this request searched, confirm that whether the state of population management table is etc. that new terminal registration to be subjected is to the state in colony G1 by referring to population management table.If confirm errorless, then this confirmation result is replied to service end server 11 (step S10).Then, by the Status Change of population management table be the state that standby portable terminal 22 such as grade is registered in colony G1.

Here, if the state that population management server 12 fails to confirm population management table be etc. new terminal registration to be subjected to the state in colony G1, then this result is replied to service end server 11.Further, population management table is reverted to usual state.After service end server 11 receives this reply, just error message is sent to portable terminal 22 (step S11).Thus, the process shown in Fig. 9 stops because of exception.Here, service end server 11 also by error message and then can send to custodian's terminal 21.Thereby, it is possible to the user arousing custodian's terminal 21 notes having suspicious portable terminal to attempt to register in colony G1.

Service end server 11 sends to portable terminal 22 (step S11) by reminding the picture carrying out registering to colony G1 after receiving the errorless reply of confirmation from population management server 12.Portable terminal 22 shows this picture received.Thus, the picture as shown in (b) of Figure 11 is demonstrated.(b) of Figure 11 is the picture shown on portable terminal 22 when reminding and registering to colony." set up applications " project indicated by K11, " applying for registration of " project indicated by K12 is comprised in this picture.In example shown in Fig. 9, that the user of portable terminal 22 selects is project K12.

After portable terminal 22 has accepted this selection, just request service end server 11 sends the picture (step S12) for applying for registering portable terminal 22 in colony G1.Now, the colony of the terminal number of portable terminal 22, colony G1 numbering is sent to service end server 11 by portable terminal 22.

After service end server 11 receives this request, entrust population management server 12 by portable terminal 22 pre-registration to (step S13) in colony G1.Now, the colony of the terminal number of portable terminal 22, colony G1 numbering is sent to population management server 12 by service end server 11.

After population management server 12 receives this trust, just confirm whether the state of population management table is the state that standby portable terminal 22 such as grade is registered in colony G1.If confirm errorless, then by portable terminal 22 pre-registration in colony G1.Further, by the Status Change of population management table be the state waiting the title of standby portable terminal 22 to input.And then, this result completing pre-registration is replied to service end server 11 (step S14).

Here, if the state that population management server 12 fails to confirm population management table is the state that standby portable terminal 22 such as grade is registered in colony G1, then this result is replied to service end server 11.Further, population management table is reverted to usual state.After service end server 11 receives this reply, just error message is sent to portable terminal 22 (step S15).Thus, the process shown in Fig. 9 stops because of exception.Here, service end server 11 also by error message and then can send to custodian's terminal 21.Thereby, it is possible to the user arousing custodian's terminal 21 notes having suspicious portable terminal to attempt to register in colony G1.

(the formal registration of portable terminal 22)

Service end server 11 receives after portable terminal 22 completed the reply of pre-registration, will be used for the picture applying for formal registration portable terminal 22 in colony G1, and send to portable terminal 22 (step S15).Portable terminal 22 shows the picture received.Thus, the picture as shown in (d) of Figure 11 is demonstrated.(d) of Figure 11 is the schematic diagram of the picture of display on portable terminal 22 when the formal registration applying for portable terminal 22." registration " project indicated by K14 is comprised in this picture.Comprise the input field for input terminal name in addition.

The user of portable terminal 22 inputs the terminal name of portable terminal 22, and option K14.After portable terminal 22 accepts this selection, then portable terminal 22 is formally registered in (step S16) in colony G1 by request service end server 11.Colony's numbering of the title of the portable terminal 22 that input is come in by portable terminal 22, the terminal number of portable terminal 22, colony G1 sends to service end server 11.

After service end server 11 receives this request, entrust population management server 12 that portable terminal 22 is formally registered in (step S17) in colony G1.Now, the colony of the terminal number of the terminal name of portable terminal 22, portable terminal 22, colony G1 numbering is sent to population management server 12 by service end server 11.

After population management server 12 receives this trust, confirm whether the state of population management table is the state waiting the title of standby portable terminal 22 to input.If confirm errorless, then portable terminal 22 is registered in colony G1.Now, in population management table, the terminal number of portable terminal 22 is formed corresponding mode deposited to number with the colony of colony G1.

Here, if the state that population management server 12 fails to confirm population management table is the state waiting the title of standby portable terminal 22 to input, then this result is replied to service end server 11.Further, population management table is reverted to usual state.After service end server 11 receives this reply, just error message is sent to portable terminal 22.Thus, the process shown in Fig. 9 stops because of exception.

Portable terminal 22 is registered in after in population management table by population management server 12, in the terminal management table of next just entrusting terminal management server 13 to be registered in by portable terminal 22 in order to manage the terminal be registered in colony G1 (step S18).Now, the colony of the terminal number of the terminal name of portable terminal 22, portable terminal 22, colony G1 numbering is sent to terminal management server 13 by population management server 12.

After terminal management server 13 receives this trust, portable terminal 22 is registered in the terminal management table supplying colony G1 used.Be specially, in the terminal management table used for colony G1, add terminal number and the terminal name of portable terminal 22.After having registered, terminal management server 13 just notifies that population management server 12 has completed registration (step S19).

After population management server 12 receives this notice, just notification service end server 11 has completed the formal registration (step S20) of portable terminal 22 in colony G1.After service end server 11 receives this notice, just will be used for passing on the picture of the registration having completed portable terminal 22, send to portable terminal 22 (step S21).Portable terminal 22 shows the picture received.Thus, the picture as shown in (e) of Figure 11 is demonstrated.(e) of Figure 11 is the schematic diagram having completed the picture of the registration of portable terminal 22 in order to notice.The user of portable terminal 22, by depending on recognizing this picture, learns that portable terminal 22 is formally registered in colony G1.

After portable terminal 22 is registered in colony G1, just continue to possess the terminal number of portable terminal 22, colony's numbering of colony G1 in not shown storage part.Portable terminal 22, by using the terminal number of portable terminal 22, colony's numbering of colony G1, just can send message to the other-end of belonging colony G1 (custodian's terminal 21 etc.).About the order of transmission of message, will describe in detail below.

(Auto-mounting of application program)

Portable terminal 22 also can, after have read the QR code from custodian's terminal 21, judge to utilize the application program of SNS system 1 whether to be installed into portable terminal 22.Also can when judging that application program is not yet installed into portable terminal 22, Auto-mounting application program.Now, be the opportunity shown in the frame W1 of Fig. 8, perform the process shown in (a) of Figure 12.

(a) of Figure 12 is processing flow chart when installing to the portable terminal 22 of registering in SNS system 1 first the application program utilizing SNS system 1.As shown in the drawing, portable terminal 22 request applications Distributor 17a carries out the installation (step S31) of application program.After application program Distributor 17a receives this request, the data in order to set up applications are sent to portable terminal 22 (step S32).Portable terminal 22 uses the data received to carry out set up applications.

By as described above by portable terminal 22 Auto-mounting application program, the trouble of user's manual installation application program in portable terminal 22 can be reduced.

Here, application program also can manual installation.Manual installation order is as follows.When demonstrating the picture of (b) of Figure 11, user's option K11 of portable terminal 22.Thus, portable terminal 22 demonstrates the picture shown in (c) of Figure 11.(c) of Figure 11 is the picture of the display on portable terminal 22 when manual installation application program." installation " project indicated by K13 is comprised in this picture.

User's option K13 of portable terminal 22.Thus, portable terminal 22 obtains the installation data of application program from application program Distributor 17a, and the data that then use obtains carry out set up applications.

(distribution of terminal number)

Start at the moment in the registration process of portable terminal 22, in portable terminal 22, also necessity has the terminal number of portable terminal 22 in advance.During this situation, portable terminal 22, after have read the QR code from custodian's terminal 21, judges the terminal number whether having portable terminal 22 in portable terminal 22.Do not have the terminal number of portable terminal 22 if judge in portable terminal 22 in advance, then automatically obtain terminal number from outside.Now, be the opportunity shown in the frame W1 of Fig. 8, perform the process shown in (b) of Figure 12.

(b) of Figure 12 is processing flow chart when distributing the terminal number of portable terminal 22 to the portable terminal 22 of registering in SNS system 1 first.Portable terminal 22 requesting terminal identifying information Distributor 17b distributes the terminal number (step S41) of portable terminal 22.After terminal identification information Distributor 17b receives this request, generate the terminal number distributing to portable terminal 22, and send to portable terminal 22 (step S42).Now, terminal identification information Distributor 17b generates the terminal number all different from any terminal registered in SNS system 1 in-group.

Such as, terminal identification information Distributor 17b possesses the terminal number of the whole terminals be registered in SNS system 1, and generation is numbered from either party all different new terminal of these terminal number.Or also can possess the up-to-date terminal number once generated, when generating next terminal number, the numbering to current preservation increases a constant value, generate the terminal number do not generated in the past thus.Now, the numerical value of increase is preferably the larger prime number of figure place.

In addition, terminal identification information Distributor 17b preferably not easily will be generated as terminal number by the numbering that people expects.Such as, do not generate the 10 system numberings be consist of only digits, but generate 36 system terminal number of all desirable 0 ~ 9 these 10 numerals and these 26 English alphabets of A ~ Z in each numerical digit.As long as adopt such terminal number, even if then generate the numbering that is made up of digital random to search for the terminal number of particular terminal, be also difficult to find out actual terminal number.Therefore degree of safety can be improved.

In addition, as long as can identify each terminal, so terminal identification information Distributor 17b also can generate terminal identification information, to replace terminal number by information such as the character strings except numbering.

The terminal number received is saved in not shown storage part by portable terminal 22.Thus, portable terminal 22 becomes the state of the terminal number having portable terminal 22.

As mentioned above, even if do not have the terminal number of portable terminal 22 in portable terminal 22 in advance, also portable terminal 22 can be registered in colony.Therefore, the trouble of the terminal number preparing portable terminal 22 in portable terminal 22 in advance can be saved.In addition, the versatility of SNS system 1 can be improved further.

Here, the terminal number of portable terminal 22 also can be can't help terminal identification information Distributor 17b and be distributed, and is distributed to portable terminal 22 by application program Distributor 17a.That is, application program Distributor 17a also can have both the function of terminal identification information Distributor 17b.During this situation, application program Distributor 17a generates the terminal number of portable terminal 22, and the installation data containing this terminal number is sent to portable terminal 22.The terminal number of portable terminal 22 is automatically saved in storage part by set up applications by portable terminal 22.

If terminal number is distributed to portable terminal 22 by which, then, when application program is deleted from portable terminal 22, the terminal number of preserving in storage part is also deleted automatically.Therefore, if reinstall application program, be then from application program Distributor 17a receive from before the different terminal number of numbering to be saved in storage part.

In addition, in SNS system 1, other servers beyond application program Distributor 17a also can have both the function of terminal identification information Distributor 17b.Such as, because each terminal must want access services end server 11 when initial, if therefore service end server 11 has both the function of terminal identification information Distributor 17b, the processing load of SNS system 1 can just be alleviated.Or if such as terminal management server 13 has both the function of terminal identification information Distributor 17b, the custodian of SNS system 1 just can easily manage each server.

(utilization of Email)

In order to terminal registration is not limited to QR code to the web page interlinkage in colony G1, Email also can be used to provide link from custodian's terminal 21 to portable terminal 22.About order now, be described referring to Figure 13.

Figure 13 be in an embodiment of the present invention by new terminal registration to colony time, the schematic diagram of other routine treatment schemees of SNS system 1.Below, the order be registered in by user terminal 22 in colony G1 is described.

The process of the step S1 ~ S4 of Figure 13 is all identical with the process of the step S1 ~ S4 of Fig. 9, and therefore the description thereof will be omitted.In the example of Figure 13, the user of custodian's terminal 21 is option K5 when demonstrating the picture of (c) of Figure 10.After custodian's terminal 21 has accepted this selection, request service end server 11 sends the information (S51) relevant to the Email will issuing portable terminal 22.Now, the colony of the terminal number of custodian's terminal 21, colony G1 numbering is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives this request, just send the information (step S52) relevant to Email.Now, service end server 11 will be used for the web page interlinkage of registered terminal in colony G1, sends to custodian's terminal 21.This link contain implicitization through gimmicks such as hashings and as search value, the colony of colony G1 numbering.

After custodian's terminal 21 receives the information relevant to Email, use this information to generate the Email included for the web page interlinkage of registered terminal in colony G1, and send to portable terminal 22 (step S53).Thus, custodian's terminal notification portable terminal 22 is wanted to invite portable terminal 22 to add colony G1.(a) of Figure 11 is the schematic diagram of the Email Body of display on portable terminal 22.As shown in the drawing, the web page interlinkage L11 for registered terminal in colony G1 is comprised in this text.

Link is after L11 selected, portable terminal 22 just access selected by link, request service end server 11 sends the picture (step S8) for portable terminal 22 being registered in colony G1 thus.Result is in the example of Figure 13, first shows the picture of (a) of Figure 10, then shows the picture of (b) of intention 10.In other words, the picture of (a) of display intention 10 is saved in the example of Fig. 9.

The information (colony's numbering, link) comprised in Email is preferably through encryption or implicitization.In this case, portable terminal 22, by being decrypted the enciphered message obtained from Email or implicitization information, obtains colony's numbering and link.As long as the information comprised in Email is through encryption or implicitization, even if then information is revealed from portable terminal 22, also cannot determine colony's numbering and link, other people application of malice therefore can be prevented to be registered in colony G1 by other-end.

The process of the step S8 ~ S21 of Figure 13 is all identical with the process of the step S8 ~ S21 of Fig. 9, and therefore the description thereof will be omitted.Here, in the example of Figure 13, equally also can opportunity shown in W1, perform the process shown in (a) or (b) of Figure 12.

Here, the gimmick that colony's numbering and link are supplied to portable terminal 22 is not limited to above-mentioned QR code or Email by custodian's terminal 21.In addition, any means that colony can be provided to number and link can also be used.Such as, directly can be communicated by infrared communication etc., directly colony's numbering and link are supplied to portable terminal 22 from custodian's terminal.

If comprise in link in implicitization state and as search value, the colony of colony G1 numbers, so this link is very long sometimes.In fact, if link is very long, so directly in portable terminal 22, inputs link user will be made to feel loaded down with trivial details.Therefore, in order to just open this loaded down with trivial details sense, in present embodiment, link is sent by QR code or Email to portable terminal 22 by custodian's terminal 21.

If portable terminal 22 can not receive Email, but QR code can be read, then use QR code to be good.Otherwise, if portable terminal 22 can receive Email, but QR code can not be read, then use Email to be good.Here, if portable terminal 22 can not receive Email, QR code can not be read again, then directly link be inputted portable terminal by user, or it is good to carry out being registered as of portable terminal 22 by the gimmick shown in aftermentioned Figure 14.

Next, with reference to Figure 25 ~ Figure 28, the hardware configuration of each device that SNS system 1 comprises is described.Here, in the following description, the explanation single management server of employing and SNS server 10 are realized hardware configuration during each server contained in SNS system 1.

(hardware configuration of SNS server 10)

Figure 25 is the block scheme of the hardware configuration of SNS server 10.As shown in figure 25, SNS server 10 possesses Department of Communication Force 101, control part 102 and storage part 103.

Department of Communication Force 101 is, the port be connected in the mode that can communicate with other devices (custodian's terminal 21, portable terminal 22, portable terminal 23, TV 24 and robot cleaner 25 etc.) by native device (SNS server 10) via internet 31.

About the device that can be used as control part 102, CPU (CentralProcessingUnit) can be exemplified.

Storage part 103 possesses main storage portion and auxiliary storage portion.About the device that can be used as the main storage portion of storage part 103, semiconductor RAM (randomaccessmemory) can be exemplified.In addition, about the device that can be used as the auxiliary storage portion of storage part 103, hard disk drive (HDD) can be exemplified.

The control program that SNS server 10 is worked is deposited in the auxiliary storage portion of storage part 103.Control program is the program realizing SNS server 10 function.

The unified each structure controlled in SNS server 10 of control part 102.Control part 102 launches control program in the main storage portion of storage part 103, and performs the various orders comprised in the control program launched, and realizes the function of SNS server 10 thus.

(hardware configuration of custodian's terminal 21 and portable terminal 22)

(a) of Figure 26 is the block scheme of the hardware configuration of the custodian's terminal 21 in SNS system 1.As shown in (a) of Figure 26, custodian's terminal 21 possesses Department of Communication Force 211, control part 212, storage part 213 and display part 214.Here, the Department of Communication Force 211 of custodian's terminal 21, control part 212 and storage part 213 are identical with the hardware configuration of the Department of Communication Force 101 of SNS server 10, control part 102 and storage part 103 respectively, therefore omit their explanation.

About the device that can be used as display part 214, LCDs can be exemplified.The displaying contents that on display part 214, display is corresponding to the program execution result of custodian's terminal 21.

(b) of Figure 26 is the block scheme of the hardware configuration of the portable terminal 22 in SNS system 1.As shown in (b) of Figure 26, custodian's terminal 22 possesses Department of Communication Force 221, control part 222, storage part 223 and display part 22.Here, the Department of Communication Force 221 of portable terminal 22, control part 222, storage part 223 and display part 224 are identical with the hardware configuration of the Department of Communication Force 211 of custodian's terminal 21, control part 212, storage part 213 and display part 214 respectively, therefore omit their explanation.

(hardware configuration of TV 24)

Figure 27 is the block scheme of the hardware configuration of TV 24 in SNS system 1.Here, the Department of Communication Force 241 of TV 24, control part 242, storage part 243 and display part 244 are identical with the hardware configuration of the Department of Communication Force 211 of custodian's terminal 21, control part 212, storage part 213 and display part 214 respectively, therefore omit their explanation.

(hardware configuration of robot cleaner 25)

Figure 28 is the block scheme of the hardware configuration of robot cleaner 25 in SNS system 1.Here, the Department of Communication Force 251 of robot cleaner 25, control part 252, storage part 253 and display part 254 are identical with the hardware configuration of the Department of Communication Force 211 of custodian's terminal 21, control part 212, storage part 213 and display part 214 respectively, therefore omit their explanation.

(function that SNS server 10 is realized by control part 102)

Next, with reference to Figure 29, the function that SNS server 10 is realized by control part 102 is described.Figure 29 is the FBD (function block diagram) of the major function that the control part 102 of SNS server 10 realizes.Control part 102, by reading the various programs stored in storage part 103, is used as communication control unit 11a, population management handling part 12a, terminal management handling part 13a, incarnation management processing portion 14a, message management handling part 15a and custodian's terminal management handling part 16a and plays function.

Communication control unit 11a is the functional block corresponding to service end server 11, and it has the function same with above-mentioned service end server 11, and therefore the description thereof will be omitted.Similarly, population management handling part 12a, terminal management handling part 13a, incarnation management processing portion 14a, message management handling part 15a and custodian's terminal management handling part 16a are the functional block corresponding to population management server 12, terminal management server 13, incarnation management server 14, message management server 15 and custodian's terminal management server 16 respectively, so omit their explanation.

As shown in phantom in Figure 29, population management handling part 12a and terminal management handling part 13a are used as realizing above-mentioned colony and create the colony processed and create handling part (colony's creating unit) and play function by cooperating.

(function that portable terminal 22 is realized by control part 222)

Next, with reference to Figure 30, the function that portable terminal 22 is realized by control part 222 is described.Figure 30 is the FBD (function block diagram) of the major function that the control part 222 of portable terminal 22 realizes.Control part 222, by reading the various programs stored in storage part 223, is used as communication control unit 2221, display control unit 2222, input receiving unit 2223 and application handling part 2224 and plays function.

Communication control unit 2221 plays function as the unit in order to control Department of Communication Force 221.Communication control unit 2221, according to the instruction from input receiving unit 2223 and application handling part 2224, controls the communication (such as from portable terminal 22 to the application for registration of colony G1) between Department of Communication Force 221 and SNS server 10.In addition, communication control unit 2221 also plays function as the message being input into aftermentioned input receiving unit 2223 is sent to the transmitting element of SNS server 10.In addition, communication control unit 2221 also plays function as the receiving element from SNS server 10 receipt message.

Display control unit 2222 plays function as the unit in order to control display part 224.Display control unit 2222 makes display part 224 show the picture received from communication control unit 2221.In addition, display control unit 2222 makes the message that display part 224 display communication control part 2221 receives.

Input receiving unit 2223 plays function as the unit accepted from the input operation of user.In addition, input receiving unit 2223 also plays function as wanting the input block of the message issuing SNS server 10 for user's input.

Application handling part 2224 plays function as applying for portable terminal 21 ~ 23 to be registered in the application unit in SNS system 1 in-group to SNS server 10.Be specially, the input operation from user that application handling part 2224 accepts according to input receiving unit 2223 (such as, the operation of the link in command access QR code), make communication control unit 2221 apply for portable terminal 21 ~ 23 to be registered in the colony in SNS system 1 to SNS server 10.

(the sharp point of present embodiment)

As mentioned above, in present embodiment, being registered in SNS colony G1 is not the user of portable terminal 22, but portable terminal 22 itself.Therefore, the user-dependent personal information of complete non-registration and portable terminal 22 in each server.So, utilize the user of the portable terminal 22 of SNS system 1 without the need to carrying out any management to the accounts information of oneself.Therefore, even the people that IT literacy is low, also can like a cork portable terminal 22 be registered in SNS system 1.

In addition, due to not registered user in each colony, even if therefore relevant to special group register information leaks to outside, also not knowing completely to be registered in this colony is whom.Thus, can prevent to utilize the identity of the user of SNS system 1 to be determined by people, or the message of preventing malicious is dealt into user.That is, by present embodiment, can provide each user can the SNS system 1 of relieved utilization.

(embodiment 2)

2nd embodiment of the present invention is below described.Here, about the parts identical with above-mentioned 1st embodiment, also description is omitted to give same Reference numeral.

In present embodiment, by illustrate by multiple user the terminal registration that shares in colony time order.Specifically will illustrate order when being registered in colony G1 as the TV 24 of shared terminal.

(function that TV 24 is realized by control part 242)

Next, with reference to Figure 31, the function that TV 24 is realized by control part 242 is described.Figure 31 is the FBD (function block diagram) of the major function that the control part 242 of TV 24 realizes.Control part 242, by reading the various programs stored in storage part 243, is used as communication control unit 2421, display control unit 2422, input receiving unit 2423 and application handling part 2424 and plays function.Here, communication control unit 2221, display control unit 2222, the input receiving unit 2223 of the communication control unit 2421 of TV 24, display control unit 2422, input receiving unit 2423 and application handling part 2424 and portable terminal 22 and apply for that the structure of handling part 2224 is identical, therefore omit their explanation.

(registration process of TV 24)

When TV 24 is registered in colony G1 by Figure 14, the schematic diagram of a routine treatment scheme of SNS system 1.

In example shown in Figure 14, first, TV 24 request service end server 11 sends the picture (step S61) being used for applying for registration of to SNS system 1.After service end server 11 receives this request, the picture being used for applying for registration of to SNS system 1 is sent to TV 24 (step S62).TV 24 shows the picture received.Thus, the picture as shown in (a) of Figure 15 is demonstrated.(a) of Figure 15 is the picture for applying for registration of to SNS system 1 of display on TV 24." registered terminal " project indicated by K21 is comprised in this picture.

User's option K21 of TV 24.After TV 24 has accepted this selection, to the registration (step S62) that service end server 11 is applied in SNS system 1.Now, the terminal number of TV 24 is sent to service end server 11 by TV 24.The terminal number of TV 24 is standby in TV 24 in advance.

(pre-registration of TV 24)

After service end server 11 receives the terminal number of TV 24, population management server 12 is entrusted to carry out the pre-registration (step S63) of TV 24.Now, the terminal number of TV 24 is sent to population management server 12 by service end server 11.

After population management server 12 receives the terminal number of TV 24, be the state that pre-registration has TV 24 by the Status Change of population management table.After pre-registration success, this result is just replied to service end server 11 (step S65) by population management server 12.

Here, if population management server 12 judges TV 24, the pre-registration in population management table has problem, then this result is replied to service end server 11.After service end server 11 receives this reply, just error message is sent to TV 24 (step S66).Thus, the process shown in Figure 14 stops because of exception.

Service end server 11 receives after pre-registration successfully replys, and by containing the picture of information carrying out next step registration for TV 24, sends to TV 24 (step S66).Be specially, send the picture of the QR code containing the terminal number encoding TV 24.TV 24 shows the picture received.Thus, the picture as shown in (b) of Figure 15 is demonstrated.The QR code C11 of the terminal number encoding the TV 24 and terminal number C12 of TV 24 is comprised in this picture.Here, in order to maintain secrecy, also can be not containing the picture of terminal number C12.

Therewith concurrently, the picture as shown in (a) of Figure 16 can be shown in custodian's terminal 21.The schematic diagram of the picture that (a) of Figure 16 shows when being and starting to carry out terminal registration in custodian's terminal 21.Picture shown in (b) of this picture and Figure 10 is identical.The user of custodian's terminal 21 selects project K3 contained in picture.After custodian's terminal 21 has accepted this selection, just request service end server 11 sends for applying for the picture (step S67) be registered in by TV 24 in SNS system 1.

After service end server 11 receives this request, will the picture applying for being registered in by TV 24 in SNS system 1 be used for, send to custodian's terminal 21 (step S68).Custodian's terminal 21 shows the picture received.Thus, the picture shown in (b) of Figure 16 is demonstrated.(b) of Figure 16 is the schematic diagram of the picture of the display in custodian's terminal 21 when selecting the registration gimmick of TV 24." the shooting QR code " project indicated by K6 and " registration " project indicated by K7 is comprised in this picture.

The terminal number of the TV 24 (provide)

After demonstrating the picture shown in (b) of Figure 16, the terminal number of TV 24 is supplied to custodian's terminal 21 (step S69) by TV 24.There is provided order as follows.The user of custodian's terminal 21 selects the project K6 comprised in picture shown in (b) of Figure 16.Custodian's terminal 21 just starts camera function after having accepted this selection.The user of custodian's terminal 21 utilizes the camera function of custodian's terminal 21, the QR code C11 that the picture of televising 24 shows.Thus, custodian's terminal 21 obtains the image of QR code C11.Custodian's terminal 21, by analysis chart picture, obtains the terminal number of TV 24.

Then, the user of custodian's terminal 21 selects the project K7 in (b) of Figure 16 shown picture.After custodian's terminal 21 has accepted this selection, apply for TV 24 to be registered in (step S74) in colony G1 to service end server 11.Now, the numbering of the terminal number of TV 24, colony G1 is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives the numbering of the terminal number of TV 24, colony G1, whether the state searching population management server 12 to population management server 12 is TV 24 pre-registration state (step S71).Now, the colony of the terminal number of TV 24, colony G1 numbering is sent to population management server 12 by service end server 11.

Population management server 12 just confirms whether the state of population management table is TV 24 pre-registration state after receiving colony's numbering of the terminal number of TV 24, colony G1.If confirm pre-registration state, then this result is replied to service end server 11 (step S72) by population management server 12.Further, the Status Change of population management table is wait for that TV 24 is formally registered in the state in colony G1 by population management server 12.

Here, if the state that population management server 12 fails to confirm population management table is TV 24 pre-registration state, then this result is replied to service end server 11.Further, population management table is reverted to usual state.After service end server 11 receives this reply, just error message is sent to custodian's terminal 21 (step S73).Thus, the process shown in Figure 14 stops because of exception.

After service end server 11 receives the reply confirming TV 24 pre-registration state, will the picture of the formal registration applying for TV 24 be used for, send to custodian's terminal 21 (step S73).TV 24 shows the picture received.Thus, the picture as shown in (c) of Figure 16 is demonstrated.The schematic diagram of the picture that (c) of Figure 16 shows when being the formal registration of application TV 24 in custodian's terminal 21." registration " project indicated by K8 is comprised in this picture.In addition, the input field of the terminal name for inputting TV 24 is also comprised.

(the formal registration of TV 24)

The user of custodian's terminal 21 inputs the terminal name of TV 24, and option K14.After custodian's terminal 21 has accepted this selection, just TV 24 is formally registered in (step S74) in colony G1 by request service end server 11.Now, the title of the TV 24 that user inputted of custodian's terminal 21, the terminal number of TV 24, colony's numbering of colony G1 send to service end server 11.

After service end server 11 receives this request, just ask population management server 12 that TV 24 is registered in (step S75) in colony G1.Now, the colony of the terminal number of the title of TV 24, TV 24, colony G1 numbering is sent to population management server 12 by service end server 11.

After population management server 12 receives this request, just confirm whether the state of population management table is wait for that TV 24 is formally registered in the state in colony G1.If confirm errorless, then TV 24 is formally registered in colony G1 by population management server 12.Now, in population management table, the terminal number of TV 24 is formed corresponding mode deposited to number with the colony of colony G1.Afterwards, population management table reverts to usual state.

Here, if the state that population management server 12 fails to confirm population management table waits for that TV 24 is formally registered in the state in colony G1, then this result is replied to service end server 11.Further, population management table is reverted to usual state.After service end server 11 receives this reply, just error message is sent to custodian's terminal 21.Thus, the process shown in Figure 14 stops because of exception.

After population management server 12 registers TV 24 in population management table, in the terminal management table of just entrusting terminal management server 13 to be registered in by TV 24 in order to manage the terminal registered in colony G1 (step S76).Now, the colony of the terminal number of the terminal name of TV 24, TV 24, colony G1 numbering is sent to terminal management server 13 by population management server 12.

After terminal management server 13 receives this trust, TV 24 is registered in the terminal management table supplying colony G1 used.Be specially, in the terminal management table used for colony G1, register terminal number and the terminal name of TV 24.After having registered, this result is informed to population management server 12 (step S77) by terminal management server 13.

After population management server 12 receives this notice, just notification service end server 11 has completed the formal registration (step S78) of TV 24 in colony G1.After service end server 11 receives this notice, just will be used for passing on the picture of the registration having completed TV 24, send to custodian's terminal 21 (step S79).Custodian's terminal 21 shows the picture received.Thus, the picture as shown in (d) of Figure 16 is demonstrated.(d) of Figure 16 is the schematic diagram of the picture notifying the registration completing TV 24.The user of custodian's terminal 21, by depending on recognizing this picture, learns that TV 24 is formally registered in colony G1.

After TV 24 is registered in colony G1, just continue to possess the terminal number of TV 24, colony's numbering of colony G1 in not shown storage part.TV 24, by using the terminal number of TV 24, colony's numbering of colony G1, just can send message to the other-end of belonging colony G1.About the order of transmission of message, will describe in detail below.

(distribution of terminal number)

Start at the moment in the registration process of TV 24, the unnecessary terminal number having TV 24 in advance in TV 24.During this situation, TV 24, after have received the picture as shown in (a) of Figure 15 from service end server 11, judges the terminal number whether having TV 24 in TV 24.Do not have the terminal number of TV 24 if judge in TV 24 in advance, then automatically obtain terminal number from outside.Now, be the opportunity shown in the frame W2 of Figure 14, perform the process of the terminal number in order to obtain TV 24 from outside.Process shown in (a) of the process now performed and Figure 12 is identical in itself, so the description thereof will be omitted.

As mentioned above, even if do not have the terminal number of TV 24 in TV 24 in advance, also TV 24 can be registered in colony.Therefore, the trouble of the terminal number preparing TV 24 in TV 24 in advance can be saved.In addition, the versatility of SNS system 1 can be improved further.

(the sharp point of present embodiment)

As mentioned above, by present embodiment, as multiple user the TV 24 of terminal that shares also can be registered in the colony in SNS system 1.Its result, the scheme sending message with shared terminal that system in the past can not realize, becomes possibility by the SNS system 1 of present embodiment.

In addition, in present embodiment, the terminal can registered in SNS system 1 is not limited to TV 24.As long as possess the terminal that can show the picture of a certain amount of information, then any terminal can be registered in SNS system 1 by the gimmick of present embodiment.In addition, in present embodiment, even different from embodiment 1, the terminal that Email can not read again QR code can not be received, also can be registered in SNS system 1 smoothly.

(embodiment 3)

3rd embodiment of the present invention is below described.Here, about the parts identical with the above-mentioned 1st or the 2nd embodiment, also description is omitted to give same Reference numeral.

In present embodiment, order when household appliances will be registered in colony is described.Specifically will illustrate order when being registered in colony G1 as the robot cleaner 25 of household appliances.

(function that robot cleaner 25 is realized by control part 252)

Next, with reference to Figure 32, the function that robot cleaner 25 is realized by control part 252 is described.Figure 32 is the FBD (function block diagram) of the major function that the control part 252 of robot cleaner 25 realizes.Control part 252, by reading the various programs stored in storage part 253, is used as communication control unit 2521, display control unit 2522, input receiving unit 2523 and application handling part 2524 and plays function.Here, communication control unit 2221, display control unit 2222, the input receiving unit 2223 of the communication control unit 2521 of robot cleaner 25, display control unit 2522, input receiving unit 2523 and application handling part 2524 and portable terminal 22 and apply for that the structure of handling part 2224 is identical, therefore omit their explanation.

(registration process of robot cleaner 25)

When robot cleaner 25 is registered in colony G1 by Figure 17, the schematic diagram of a routine treatment scheme of SNS system 1.

In example shown in Figure 17, first, the user of custodian's terminal 21 presses the application for registration button that robot cleaner 25 possesses.Robot cleaner 25 has accepted after this presses, to the registration (step S81) that service end server 11 is applied in SNS.Now, the terminal number of robot cleaner 25 is sent to service end server 11 by robot cleaner 25.The terminal number of robot cleaner 25 is had in advance in robot cleaner 25.Here, now, robot cleaner 25 not yet determines will apply for registration of in which colony.As described later, determine to be registered in which colony by robot cleaner 25 by custodian's terminal 21.

(pre-registration of robot cleaner 25)

After service end server 11 receives the terminal number of robot cleaner 25, population management server 12 is entrusted to carry out the pre-registration (step S82) of robot cleaner 25.Now, the terminal number of robot cleaner 25 is sent to population management server 12 by service end server 11.

After population management server 12 receives the terminal number of robot cleaner 25, be the state that pre-registration has robot cleaner 25 by the Status Change of population management table.After this pre-registration success, this result is just replied to service end server 11 (step S83) by population management server 12.

Here, if population management server 12 judges robot cleaner 25, the pre-registration in population management table has problem, then this result is replied to service end server 11.After service end server 11 receives this reply, just error message is sent to custodian's terminal 21.Thus, the process shown in Figure 17 stops because of exception.

Service end server 11 receives after pre-registration successfully replys, and just replys the pre-registration (step S84) completing robot cleaner 25 to robot cleaner 25.Thus, robot cleaner 25 becomes to the state that SNS applies for registration of.

Therewith concurrently, custodian's terminal 21 request service end server 11 sends for applying for the picture (step S85) be registered in by robot cleaner 25 in SNS system 1.

After service end server 11 receives this request, will the picture applying for being registered in by robot cleaner 25 in SNS be used for, send to custodian's terminal 21 (step S86).Custodian's terminal 21 shows the picture received.Thus, the picture as shown in (b) of Figure 16 is demonstrated." the shooting QR code " project indicated by K6 and " registration " project indicated by K7 is comprised in this picture.

The terminal number of the robot cleaner 25 (provide)

Because robot cleaner 25 cannot show QR code, the terminal number of robot cleaner 25 therefore cannot be provided from robot cleaner 25 to custodian's terminal 21 by QR code.To this, in present embodiment, the user of custodian's terminal 21 presses the terminal number that robot cleaner 25 possesses and sends button.Thus, the terminal number of robot cleaner 25 is sent to custodian's terminal 21 (step S87) by robot cleaner 25.Now, robot cleaner 25 can utilize arbitrary means of communication, such as, have infrared communication, ultrasonic communication, Huo No Line communication etc.Custodian's terminal 21, by receiving the terminal number of robot cleaner 25 from robot cleaner 25, obtains the terminal number of robot cleaner 25.

Then, the user of custodian's terminal 21 selects the project K7 in (b) of Figure 16 shown picture.After custodian's terminal 21 has accepted this selection, just apply for robot cleaner 25 to be registered in (step S88) in colony G1 to service end server 11.Because the process of step S88 in Figure 17 ~ S98 is all identical with the process of step S70 in Figure 14 ~ S79, therefore omit their detailed description.

In present embodiment, robot cleaner 25 just possesses the terminal number of robot cleaner 25 after being registered in colony G1, but does not possess colony's numbering of colony G1.Therefore, in SNS system 1, although robot cleaner 25 is registered in colony G1, can not from the other-end transmission message of robot cleaner 25 directly to belonging colony G1.But, in SNS system 1, in message management server 15, have special software (annoybot 4), by the other-end transmission message of this annoybot 4 to belonging colony G1.

Now, annoybot 4 sends just as being the message sent from robot cleaner 25.Be specially, send the message comprising the incarnation of robot cleaner 25.Thus, utilizing the user of the terminal of belonging colony G1 the message that robot sends from network to be recognized as is the message sent from robot cleaner 25.If robot cleaner 25 has sensor, so annoybot 4 also can search to robot cleaner 25 and collect the information acquired by this sensor, and the message then generated based on this sensor information sends.State and the environment of robot cleaner 25 is reflected preferably in the message of generation like this.Therefore, if send this message by annoybot 4, just to the user of the terminal of the belonging colony G1 of utilization, can give more consumingly just as being the impression sending message from robot cleaner 25.

(distribution of terminal number)

When robot cleaner 25 is registered in colony G1, the unnecessary terminal number having robot cleaner 25 in advance in robot cleaner 25.During this situation, robot cleaner 25 obtains the terminal number of robot cleaner 25 from outside.Be specially, the user of custodian's terminal 21, before pressing the application for registration button of robot cleaner 25, first presses the terminal number that robot cleaner 25 possesses and obtains button.After having accepted this push, on the opportunity shown in the frame W3 of Figure 14, perform the process of the terminal number in order to obtain robot cleaner 25 from outside.Process shown in (a) of the process now performed and Figure 12 is identical in itself, so the description thereof will be omitted.

As mentioned above, even if do not have the terminal number of robot cleaner 25 in robot cleaner 25 in advance, also robot cleaner 25 can be registered in the colony in SNS.Therefore, the trouble of the terminal number preparing robot cleaner 25 in robot cleaner 25 in advance can be saved.In addition, the versatility of SNS system 1 can be improved further.

(the sharp point of present embodiment)

As mentioned above, in present embodiment, the robot cleaner 25 as household appliances can be registered in the colony of SNS.Therefore, this user's request wanting to carry out with household appliances exchanging can be met.

(embodiment 4)

4th embodiment of the present invention is below described.Here, about the parts identical with above-mentioned 1st ~ 3rd embodiment, also description is omitted to give same Reference numeral.

In present embodiment, treatment scheme during information receiving and transmitting for terminal room in SNS system 1, lifts an example and is described in detail.Specifically, by the portable terminal 22 of belonging colony G1 when the message that the custodian's terminal 21 receiving belonging colony G1 sends, treatment scheme in SNS system 1, as description object.Here, this treatment scheme is only an example in order to illustrate, in SNS system 1, the information receiving and transmitting of terminal room is not limited thereto.Such as, the scheme receiving by custodian's terminal 21 message that portable terminal 22 sends also adopts same treatment scheme.That is, in SNS system 1, about the transmitting-receiving of message, each terminal is not distinguished with function or function.

First, custodian's terminal 21 starts the vertical application for utilizing SNS system 1.After application program launching, custodian's terminal 21 request service end server 11 sends the picture containing latest news.After service end server 11 receives this request, the picture shown in (a) of such as Figure 21 is sent to custodian's terminal 21.(a) of Figure 21 is the schematic diagram of the picture containing latest news.

5 message M1 ~ M5 are comprised in picture shown in (a) of Figure 21.Each message contains: in order to represent the text R3 of the delivery time R2 of the incarnation R1 of message sender, message, message, to send the terminal name R4 of the terminal of message.

(details of message)

As shown in (a) of Figure 21, the incarnation of message M1 is the incarnation that incarnation is numbered A7003.In addition, the terminal of message M1 is called " phone of Taro ", therefore known with reference to Fig. 4, the terminal of the terminal of the M1 that initiates a message to be terminal number be D7003.This terminal is exactly portable terminal 23.

That is, message M1 is that user utilizes portable terminal 23 and selects the message that the incarnation incarnation that is numbered A7003 sends.The user receiving each terminal of message M1 can learn the incarnation being numbered A7003 in message M1 containing incarnation, and learns containing showing that transmitting terminal is the information (terminal name) of portable terminal 23 in message M1, etc.Distinguish whom message M1 by which terminal sent by thus.

Here, this user is exactly probably the owner of portable terminal 23, but do not ensure be exactly necessarily.Its reason is, in SNS system 1, be registered in colony is not the owner of portable terminal 23, but portable terminal 23 itself, even if the user beyond the owner of therefore portable terminal 23, as long as it utilizes portable terminal 23, the message with message M1 identical content just can be sent.

But the prerequisite in SNS system 1 is, the user being registered in each terminal in special group be household and relatives and friends etc. these know each other each other and have the people of relation of trust.These people generally can not palm off transmission message, even if or personation send also can not cause large problem.And SNS system 1 is runed under this trust prerequisite.Therefore, the people be associated with the incarnation comprised in each message and terminal name can be recognized as the true sender of this message by each user relievedly.

The incarnation of message M2 is the incarnation that incarnation is numbered A7001.In addition, the terminal of message M2 is called " phone of father ", therefore known with reference to Fig. 4, the terminal of the terminal of the M2 that initiates a message to be terminal number be D7001.That is, message M2 is user's terminal of utilizing terminal number to be D7001 and the message that sends of the incarnation selecting incarnation to be numbered A7001.Here, this terminal is custodian's terminal 21.

The incarnation of message M3 is the incarnation that incarnation is numbered A7002.In addition, the terminal of message M2 is called " phone of mother ", therefore known with reference to Fig. 4, the terminal of the terminal of the M2 that initiates a message to be terminal number be D7002.That is, message M3 is user's terminal of utilizing terminal number to be D7002 and the message that sends of the incarnation selecting incarnation to be numbered A7002.Here, this terminal is portable terminal 22.

The incarnation of message M4 is the incarnation that incarnation is numbered A7005.In addition, the terminal of message M4 " suction cleaner " by name, therefore can say with reference to Fig. 4, on the surface, and the terminal of the terminal of the M4 that initiates a message to be terminal number be D7005.This terminal is robot cleaner 25.

But as mentioned above, robot cleaner 25 does not possess and carries out logging in SNS system 1 and send the function of message to intragroup other-end belonging to robot cleaner 25.Message M4 is the message that the incarnation utilizing the terminal number of robot cleaner 25 and incarnation to be numbered A7005 by the software be operated in service end server 11 (annoybot 4) sends.Not initiate a message the information of M4 containing any annoybot 4 that is shown to be in message M4.Therefore, each user can think that what initiate a message M4 is robot cleaner 25 itself.That is, just as being send message from robot cleaner 25 to each user.

In present embodiment, annoybot 4 searches to robot cleaner 25 and obtains temperature sensor Measuring termly and determines information.Then, according to the temperature information obtained, grasp the rising trend of room temperature, and generate the message M4 passing on temperature conditions.Thus, robot cleaner 25 written messages that can realize by personalizing is tattooed the face.

The incarnation of message M5 is the incarnation that incarnation is numbered A7002.In addition, the terminal of message M2 is called " phone of mother ", therefore known with reference to Fig. 4, the terminal of the M5 terminal that initiates a message to be terminal number be D7002.That is, message M5 is user's terminal of utilizing terminal number to be D7002 and the message that sends of the incarnation selecting incarnation to be numbered A7002.Here, this terminal is portable terminal 22.

The content of tattooing the face of message M4 is that air-conditioning is opened in robot cleaner 25 suggestion.On the other hand, the content of tattooing the face of message M5 is receive the suggestion from robot cleaner 25.So, in SNS system 1, utilizing each user of SNS system 1 by the message with robot cleaner 25, feeling just as engaging in the dialogue with robot cleaner 25.

(message input picture)

In SNS system 1, when sending message from custodian's terminal 21, first custodian's terminal 21 needs obtain message input picture from service end server 11 and show.Below, with reference to Figure 18, description messages input picture obtain order.Figure 18 is the process flow diagram of the process of custodian's terminal 21 when obtaining message input picture, in SNS system 1.

" input of the message " project indicated by K31 is comprised in picture shown in (a) of Figure 21.User's option K31 of custodian's terminal 21.After custodian's terminal 21 has accepted this selection, just request service end server 11 sends the picture (step S101) for inputting message.Now, the colony of the terminal number of custodian's terminal 21, colony G1 numbering is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives terminal number and colony's numbering, population management server 12 is just asked to confirm these numberings whether registered (step S102).Now, colony's numbering of the terminal number of custodian's terminal 21 and colony G1 is sent to population management server 12 by service end server 11.If it is registered in colony G1 that population management server 12 confirms custodian's terminal 21, then service end server 11 allows custodian's terminal 21 to send message to service end server 11.On the other hand, if confirm less than, then do not allow.

(confirmation of terminal)

Population management server 12 uses the terminal number and colony's numbering that receive, retrieves in population management table.Thus, confirm whether custodian's terminal 21 is be registered in the terminal in colony G1.If confirm errorless, then incarnation management server 14 is entrusted to provide the incarnation list (step S103) of colony G1.

After incarnation management server 14 receives this trust, generate incarnation list with reference to the incarnation admin table used for colony G1.Generation order is as follows.First, incarnation numbering and the incarnation title of whole incarnation contained in incarnation admin table is extracted.Secondly, extract the image file name of whole incarnation contained in incarnation admin table, and obtain by the determined whole avatar image of these filenames.Then, to number with whole incarnation of extraction according to the whole avatar image making to obtain and incarnation title forms corresponding mode, generate incarnation list.In the incarnation list generated, each incarnation all has and corresponds to each other: incarnation numbering, incarnation title, avatar image.

The incarnation list of generation is sent to population management server 12 (step S104) by incarnation management server 14.The incarnation list received is sent to service end server 11 (step S105) by population management server 12.

After service end server 11 receives incarnation list, search incarnation numbering (step S106) of the incarnation that custodian's terminal 21 uses for the last time when sending message to population management server 12.Now, the colony of custodian's terminal 21 numbering is sent to population management server 12 by service end server 11.

Population management server 12 is received after this searches request, and the incarnation searching the incarnation that custodian's terminal 21 uses for the last time when sending message in terminal management table numbers (step S107).Now, the colony of custodian's terminal 21 numbering is sent to terminal management table by population management server 12.

Terminal management server 13, by referring to terminal management table, determines the incarnation numbering of the incarnation that custodian's terminal 21 uses for the last time when sending message.This incarnation numbering is stored in accordingly in terminal management table with the terminal number of custodian's terminal 21.So terminal management table extracts this incarnation numbering from terminal management table, and sends to population management server 12 (step S108).The incarnation received numbering is sent to service end server 11 (step S109) by population management server 12.

Message is just inputted picture and sends to custodian's terminal 21 (step S110) after receiving the incarnation numbering of the incarnation that custodian's terminal 21 uses for the last time by service end server 11.Service end server 11, by sending this message input picture, allows custodian's terminal 21 to send message to service end server 11.The incarnation numbering of the incarnation that service end server 11 makes incarnation list and custodian's terminal 21 use for the last time inputs picture with message and forms corresponding, and they is sent.Custodian's terminal 21 shows the picture received.Thus, the picture as shown in (b) of Figure 21 is demonstrated.(b) of Figure 21 is the schematic diagram of message input picture.

Here, in the process shown in Figure 18, obtain process without the need to what all carry out incarnation list at every turn.Because same user uses same incarnation repeatedly to send message, therefore the information of the incarnation used for the last time also can be preserved certain hour as high-speed cache (cache) by custodian's terminal 21, thus recycles.Thus, communication when providing the communication of incarnation list and service end server 11 to provide to custodian's terminal without the need to all to carry out between each server relevant at every turn, thus the intrasystem communications burden of SNS can be alleviated.

After completing message input the obtaining of picture, perform one shown in Figure 19 in SNS system 1 and connect process.Figure 19 be carry out the change of incarnation, the input of message, the transmission of message and message display time, the process flow diagram of the process of SNS system 1.

The user of custodian's terminal 21 by Figure 21 (b) shown in picture carry out the selection of incarnation, the transmission of message.Comprise incarnation in the picture of (b) of Figure 21 and be numbered the incarnation of A7001, the terminal name R5 of custodian's terminal 21.This incarnation is the incarnation that custodian's terminal 21 uses for the last time.Custodian's terminal 21, when showing the picture of (b) of Figure 21, utilizes the incarnation numbering of that receive from service end server 11, that custodian's terminal 21 utilizes for the last time incarnation, shows and number determined avatar image by this incarnation.

(selection of incarnation)

When the user of custodian's terminal 21 uses the avatar image shown in (b) of Figure 21 to send message, do not change incarnation.Now, the process shown in Figure 19 proceeds to one in frame W13 immediately and connects process.On the other hand, when user wants to use other incarnation to send message, from incarnation list, just select the incarnation expected.Now, perform one in the frame W11 of Figure 19 and connect process.

Treatment scheme when selecting incarnation is below described.First, the user of custodian's terminal 21 clicks the incarnation in the picture of (b) of Figure 21.Thus, custodian's terminal 21 request service end server 11 sends incarnation and changes picture (step S111).Now, the colony of the terminal number of custodian's terminal 21, colony G1 numbering is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives terminal number and colony's numbering, request population management server 12 confirms these numberings whether registered (step S112).Now, colony's numbering of the terminal number of custodian's terminal 21 and colony G1 is sent to population management server 12 by service end server 11.

(confirmation of terminal)

Population management server 12 uses the terminal number and colony's numbering that receive, retrieves in population management table.Thus, confirm whether custodian's terminal 21 is be registered in the terminal in colony G1.If confirm errorless, then incarnation management server 14 is entrusted to provide the incarnation list (step S113) of colony G1.

After incarnation management server 14 receives this trust, generate incarnation list with reference to the incarnation admin table used for colony G1.Generation order is as follows.First, incarnation numbering and the incarnation title of whole incarnation contained in incarnation admin table is extracted.Secondly, extract the image file name of whole incarnation contained in incarnation admin table, and obtain by the determined whole avatar image of these filenames.Then, to number with whole incarnation of extraction according to the whole avatar image making to obtain and incarnation title forms corresponding mode, generate incarnation list.In the incarnation list generated, each incarnation all has and corresponds to each other: incarnation numbering, incarnation title, avatar image.

The incarnation list of generation is sent to population management server 12 (step S114) by incarnation management server 14.The incarnation list received is sent to service end server 11 (step S115) by population management server 12.

After service end server 11 receives incarnation list, picture incarnation is selected to send to custodian's terminal 21 (step S116).Now, it is corresponding that service end server 11 makes incarnation list and incarnation select picture to form, and they sent.Population management server 12 shows the picture received.Thus, picture is as shown in figure 22 demonstrated.Figure 22 is the schematic diagram of the picture for selecting incarnation of display in custodian's terminal 21.

Custodian's terminal 21 when showing incarnation and selecting picture, in the avatar image that picture top display management people terminal 21 uses for the last time.That also contain in the list of picture central portion display incarnation, that custodian's terminal 21 can utilize whole avatar image.In SNS system 1, the incarnation of robot cleaner 25 only supplies robot cleaner 25 used, and what therefore custodian's terminal 21 showed is 4 avatar image that incarnation is numbered A7001 ~ A7004.

4 avatar image that can select are displayed in incarnation selectionbar I4.Wherein, the surrounding of the image identical with the avatar image that custodian's terminal 21 the most once uses picture shown is in being highlighted.That is, in the picture of Figure 22, the avatar image that custodian's terminal 21 uses for the last time is exactly the current avatar image being in selection mode.

The user of custodian's terminal 21 selects 1 avatar image expected from incarnation selectionbar I4.So selected avatar image is in being highlighted.After user have selected avatar image, select to indicate “ Decision by K31 fixed " project.Thus, the selection of incarnation is determined.After custodian's terminal 21 has accepted this selection, just request service end server 11 sends message input picture (step S117).Now, colony's numbering of the terminal number of the incarnation of the user-selected incarnation of custodian's terminal 21 numbering, custodian's terminal 21, colony G1 is sent to service end server 11 by custodian's terminal 21.

After service end server 11 receives this request, message is inputted picture and send to custodian's terminal 21 (step S118).Now, make colony's numbering of the terminal number of the incarnation of the user-selected incarnation of custodian's terminal 21 numbering, custodian's terminal 21, colony G1 input picture with message and form corresponding, and they are sent.

Custodian's terminal 21 shows the message input picture received.Now, display be the avatar image used for the last time is changed into user select avatar image after message input picture.

Connect process by above one, use management people terminal 21 can be sent avatar image during message, be altered to other avatar image of expectation.

After as one shown in Figure 18, even process executes as described above, custodian's terminal 21, before shown in the frame 11 of execution Figure 19 connects process, has obtained the incarnation list from service end server 11.Therefore, in this case, the process in the frame 12 of Figure 19 also can complete in the inside of custodian's terminal 21.That is, request service end server 11 does not send incarnation and selects picture, but is generated by custodian's terminal 21 self and show incarnation selection picture.Now, utilize in advance from the incarnation list that service end server 11 obtains, the incarnation shown in (b) of display Figure 21 selects picture.

(transmission of message)

When sending message from custodian's terminal 21, connect process by performing one in the frame W13 of (b) of Figure 21.Before message transmission processing starts, also can not perform incarnation and select process.That is, when custodian's terminal 21 continues to utilize the last avatar image used to send message, do not perform one in frame 11 and connect process, and directly proceed to message transmission processing.

First, the message sent is wanted in the user of custodian's terminal 21 input in the message input picture of (b) of Figure 21.Comprise the input field I1 for input text, the input field I2 for input picture in the message input picture of (b) of Figure 21, supply the input field I3 of sound import.

User's input text in input field I1 of custodian's terminal 21.On the other hand, input picture in input field I2.Input field I2 comprise in order to select and input both deposit image selectionbar I2a, in order to take and input new images photography instruction hurdle I2b.The image of the certain number left in custodian's terminal 21 can be shown in selectionbar I2a.User can select the image wanting to input as message from these images.If user selects a crowd shadow instruction hurdle I2b, then the camera function of custodian's terminal 21 starts and carries out a pinch shadow, and the image photographed is transfused to as message.

If the user of custodian's terminal 21 thinks sound import, then select input field I3 and sound.Thus, can sound import.

After message has inputted, user selects " transmission " project indicated by K32.Thus, custodian's terminal 21 carries out sending (step S120) to service end server 11.Now, custodian's terminal 21 makes the colony of the terminal number of custodian's terminal 21, colony G1 number, institute is numbered by the incarnation of incarnation selected and the delivery time of message and the message of input form corresponding relation, then sends to service end server 11.

After service end server 11 receives message, message management server 15 is just entrusted to preserve message (step S120).Now, the colony of the terminal number of message, custodian's terminal 21, colony G1 numbers by service end server 11, institute is numbered by the incarnation of incarnation selected, the delivery time of message sends to message management server 15.

After message management server 15 receives this trust, just by message stored in message management table.Now, new message numbering can be generated, and to make the colony of the terminal number of message, custodian's terminal 21, colony G1 number and institute is numbered to number with this new information by the incarnation of incarnation selected and formed corresponding mode to deposit.Here, if message is text, then the text is directly deposited.On the other hand, if message is image or sound, then by the filename of image or sound stored in message management table, and also by the file itself of image or sound separately stored in the storage part in message management server 15.After message is preserved, message management server 15 just notification service end server 11 has been preserved complete (step S121).

After service end server 11 receives this notice, that just entrusts population management server 12 to upgrade custodian's terminal 21 utilizes resume (step S122).Now, service end server 11 by the terminal number of custodian's terminal 21, sent to population management server 12 by the incarnation of the incarnation selected numbering, message delivery time.

After population management server 12 receives this trust, that just entrusts terminal management server 13 to upgrade custodian's terminal 21 utilizes resume (step S123).Now, population management server 12 by the terminal number of custodian's terminal 21, sent to terminal management server 13 by the delivery time of the incarnation of the incarnation selected numbering, message.

After terminal management server 13 receives this trust, what just upgrade custodian's terminal 21 utilizes resume.Now, when corresponding with the terminal number of custodian's terminal 21 final in terminal management table is accessed day by terminal management server 13, the message delivery time received from population management server 12 is updated to.In addition, by the incarnation of the last use corresponding with the terminal number of custodian's terminal 21 in terminal management table, be updated to from population management server 12 receive numbered by the incarnation of the incarnation selected.After renewal, terminal management server 13 just notifies that population management server 12 has upgraded complete (step S124).After population management server 12 receives this notice, just notification service end server 11 has completed the renewal (step S125) utilizing resume of custodian's terminal 21.After service end server 11 receives this notice, just notify that custodian's terminal 21 has completed the transmission (step S126) of message.Custodian's terminal 21 receives the notice from service end server 11, learns that message is sent.

Custodian's terminal 21 asks latest news to service end server 11 after also can being sent notice receiving message immediately.Now, can perform Figure 19 shown in frame W14 one connects process.This connects process by aftermentioned.

(message Graphics Processing)

The message sent from custodian's terminal 21 is sent to the other-end of belonging colony G1.Below, treatment scheme when this message is sent to portable terminal 22 is described.In present embodiment, service end server 11 not automatically sends latest news to portable terminal 22, but after receiving and obtaining request from the message of portable terminal 22, just message is sent to portable terminal 22.That is, by portable terminal 22 by access services end server 11, from service end server 11 receipt message.Now, one in the frame 14 of Figure 19 can be performed and connect process.

First, portable terminal 22 obtains message (step S127) to service end server 11 request.Now, the colony of the terminal number of portable terminal 22, colony G1 numbering is sent to service end server 11 by portable terminal 22.

(confirmation of terminal)

Service end server 11 just asks population management server 12 to confirm whether these numberings are registered after receiving the terminal number of portable terminal 22 and colony's numbering of colony G1.Now, colony's numbering of the terminal number of portable terminal 22 and colony G1 is sent to population management server 12 by service end server 11.If it is registered in colony G1 that population management server 12 confirms portable terminal 22, service end server 11 just can carry out the transmission of message to portable terminal 22.That is, user can carry out receipt message by portable terminal 22, and this message of reading.On the other hand, if confirm less than, then service end server 11 does not send portable terminal 22 and disappears and send, and therefore cannot carry out receipt message by portable terminal.

Population management server 12 uses the terminal number and colony's numbering that receive, retrieves in population management table.Thus, confirm whether portable terminal 22 is be registered in the terminal in colony G1.If confirm errorless, then this confirmation result is replied to service end server 11.

After service end server 11 receives this reply, just request message management server 15 is sent in colony G1 and is sent to the list (step S128) of the message of each terminal.Now, the colony of colony G1 numbering is sent to message management server 15 by service end server 11.

After message management server 15 receives this request, be just created in colony G1 and sent to the list of the message of each terminal.Now, from message management table, extract the related information of the latest news of numbering corresponding specified quantity with the colony of colony G1.Be specially, in message management table, from up-to-date delivery time, in turn and by the quantity of regulation, to extract and the colony of colony G1 numbers that corresponding incarnation is numbered, colony numbers, delivery time and message content (text, image, sound).Then, each information integration messaging list together that will extract is generated.In this messaging list, point every message and containing corresponding to each other: incarnation numbering, colony's numbering, delivery time, message content.

The messaging list of generation is sent to service end server 11 by message management server 15.After service end server 11 receives messaging list, just obtain the information needed in order to message is shown in picture.Now, one in the frame 15 of Figure 19 can be performed and connect process.

(obtaining of message information)

The process flow diagram that Figure 20 is service end server 11 when obtaining message information, one in SNS system 1 connects process.

First, service end server 11 asks population management server 12 to send the related information (step S131) of numbering corresponding incarnation with incarnation contained in messaging list.Now, messaging list is sent to population management server 12 by service end server 11.After population management server 12 receives this request, just request message management server 15 sends the information (step S132) relevant to the incarnation in list.Now, messaging list is sent to message management server 15 by population management server 12.

After message management server 15 receives this request, just obtain the related information of numbering corresponding incarnation with the incarnation in messaging list.Specifically, first, from incarnation admin table, incarnation title and avatar image filename is extracted.Secondly, from the storage part of message management server 15, obtain by the determined avatar image of avatar image filename extracted.Each incarnation title obtained and avatar image are sent to population management server 12 (step S133) by message management server 15.Each incarnation title received and avatar image are sent to service end server 11 (step S134) by population management server 12.

Then, service end server 11 asks population management server 12 to send the related information (step S135) of the terminal corresponding with terminal number contained in messaging list.Now, messaging list is sent to population management server 12 by service end server 11.After population management server 12 receives this request, just requesting terminal management server 13 sends the related information (step S136) of the terminal corresponding with terminal number contained in messaging list.Now, messaging list is sent to terminal management server 13 by population management server 12.

After terminal management server 13 receives this request, just obtain the related information of the terminal corresponding with the terminal number in messaging list.Be specially, from terminal management table, extract terminal name.The each terminal name extracted is sent to population management server 12 (step S137) by terminal management server 13.The each terminal name received is sent to service end server 11 (step S138) by population management server 12.

Referring again to Figure 19, after service end server 11 receives the information of incarnation and the information of terminal, just messaging display is sent to portable terminal 22 (step S130).Now, service end server 11 is created on the messaging display of the content containing message in each message display field of picture, the avatar image corresponding with this message, the terminal name corresponding with this message, and sends to portable terminal 22.Layout shown in the layout of this picture with (a) of Figure 21 is identical.Portable terminal 22 shows the picture received.Thus, portable terminal 22 demonstrates the picture containing the latest news sent from custodian's terminal 21.In other words, complete from custodian's terminal 21 to the transmission of the message of portable terminal 22 at this point.

(the sharp point of present embodiment)

As mentioned above, according to the present embodiment, in employing not by user but by terminal registration in the SNS of the form in colony, by applying flexibly incarnation to determine sender and user, and message is sent.Therefore, the information receiving and transmitting between user can be carried out under the form of non-registration user.

(embodiment 5)

5th embodiment of the present invention is below described.Here, about the parts identical with above-mentioned 1st ~ 4th embodiment, also description is omitted to give same Reference numeral.

In present embodiment in detail, treatment scheme when sending message from TV 24 to the other-end be registered in colony G1, SNS system 1 will be described.Below, to be received the situation of the message sent from TV 24 by portable terminal 22, be described.

First, TV 24 starts the vertical application utilizing SNS system 1.After application program launching, custodian's terminal 21 just request service end server 11 sends the picture comprising latest news.After service end server 11 receives this request, just messaging display is sent to TV 24.TV 24 shows messaging display as shown in (a) of Figure 24 and TV programme.(a) of Figure 24 is the schematic diagram of the picture containing latest news.

(message input picture)

In SNS system 1, when sending message from TV 24, first need by TV 24 from service end server 11 obtain and show message input picture.Below, with reference to Figure 23, description messages input picture obtain order.Figure 23 is the process flow diagram of the process of TV 24 when obtaining message input picture, in SNS system 1.

" input of the message " project indicated by K41 is comprised in picture shown in (a) of Figure 24.User's option K41 of TV 24.After TV 24 has accepted this selection, just request service end server 11 sends the picture (step S101) for inputting message.Now, the colony of the terminal number of TV 24, colony G1 numbering is sent to service end server 11 by TV 24.

After service end server 11 receives colony's numbering of the terminal number of TV 24, colony G1, request population management server 12 confirms these numberings whether registered (step S142).Now, the colony of the terminal number of TV 24, colony G1 numbering is sent to population management server 12 by service end server 11.

(registration of TV 24 confirms)

Population management server 12 uses the terminal number and colony's numbering that receive, retrieves in population management table.Thus, confirm whether TV 24 is registered in colony G1.If confirm errorless, then incarnation management server 14 is entrusted to provide the incarnation list (step S143) of colony G1.

After incarnation management server 14 receives this trust, the incarnation admin table of reference group G1 generates incarnation list.Generation order is as follows.First, incarnation numbering and the incarnation title of whole incarnation contained in incarnation admin table is extracted.Secondly, extract whole avatar image filename contained in incarnation admin table, and obtain by the determined whole avatar image of these filenames.Then, to number with whole incarnation of extraction according to the whole avatar image making to obtain and incarnation title forms corresponding mode, generate incarnation list.In the incarnation list generated, each incarnation all has and corresponds to each other: incarnation numbering, incarnation title, avatar image.

The incarnation list of generation is sent to population management server 12 (step S144) by incarnation management server 14.The incarnation list received is sent to service end server 11 (step S145) by population management server 12.

TV 24 be each user of belonging colony G1 the terminal that shares.Therefore, use TV 24 to carry out compared with the situation of message transmission continuously with same user, use TV 24 to send the possibility of message by different user higher at every turn.

To this, in present embodiment, when SNS system 1 makes the user of TV 24 send message at every turn, all select incarnation.For realizing the program, after service end server 11 receives incarnation list from portable terminal 22, picture just incarnation is selected to send to TV 24 (step S146).Now, it is corresponding that service end server 11 makes incarnation list and incarnation select picture to form, and then sends them.TV 24 shows the picture and TV programme that receive simultaneously.Thus, the picture as shown in (b) of Figure 24 is demonstrated.(b) of Figure 24 is the schematic diagram of the situation of incarnation when selecting picture and TV programme simultaneously to show.

Incarnation shown in (b) of Figure 24 selects picture to select picture identical with the incarnation shown in Figure 22 in itself.But TV 24 is when showing incarnation and selecting picture, be in incarnation selectionbar, be in the avatar image of selection mode in the display of picture top is current.In addition, whole avatar image that each terminal that comprise in the list of picture central portion display incarnation, that be registered in colony G1 can utilize.

The user of TV 24 selects 1 avatar image expected from incarnation selectionbar.So selected avatar image is in being highlighted.After user have selected avatar image, select to indicate “ Decision by K42 fixed " project.Thus, the selection of incarnation is determined.After TV 24 has accepted this selection, just notification service end server 11 have selected incarnation (step S147).Now, the terminal number of the incarnation of the user-selected incarnation of TV 24 numbering, TV 24 is sent to service end server 11 by TV 24.

After service end server 11 receives this notice, just message is inputted picture and send to TV 24 (step S148).Now, make that the incarnation of the user-selected incarnation of TV 24 is numbered, incarnation list inputs picture with message and form corresponding, then send them.

TV 24 shows the message input picture and TV programme that receive simultaneously.Its result, demonstrates the picture as shown in (c) of Figure 24.(c) of Figure 24 is the schematic diagram of situation when simultaneously showing message input picture and TV programme in TV 24.As shown in the drawing, the user-selected avatar image of TV 24 is presented at the top of message input picture.Therefore, when sending message via this picture, this message can regard the message utilizing the current avatar image shown to send as.

Comprise for the input field I21 of input text, the selectionbar I22 of selective sizing literary composition in message input picture.The text that the user of TV 24 inputs expectation in input field I21 is used as message.The input port of TV 24 is telepilots, and is very inconvenient with telepilot input characters.To this, the user of TV 24 by selecting the sizing literary composition expected to input message from selectionbar I21.Thus, although be limited to sizing literary composition, message can be inputted like a cork.

After message has inputted, the user of TV 24 selects " transmission " project indicated by K43.Thus, the message that user inputs is sent to service end server 11 by TV 24.Here, a flow process even processed of the input in order to realize message described above and transmission is identical with a flow process even processed shown in Figure 19, therefore omits their detailed description.

In present embodiment, TV 24 also can not make user select incarnation from incarnation list, the substitute is the incarnation utilizing TV 24 to use for the last time when sending message.Namely, TV 24 can after user have selected the project K51 of (a) of Figure 24, do not show the picture of the picture of (b) of Figure 24 but (c) of display Figure 24, now, the incarnation that TV 24 can be used for the last time when sending message, is decided to be incarnation to display in picture.By like this, when same user sends message with TV 24 continuously, the trouble that user selects incarnation can be saved.

(sharp point)

As mentioned above, in present embodiment, message can be sent from the TV 24 as common terminal to each terminal of belonging colony G1.Now, make user must select incarnation before input message, thus prevent from misapplying the incarnation that other users used in the past.Thus, can realize each user uses correct incarnation to send message.

In addition, TV 24 is used to send the user of message without the need to logging in into SNS system 1.Therefore, when not feeling to log in bothersome, message can be sent like a cork by TV 24.

(the sharp point of present embodiment)

As mentioned above, according to the present embodiment, adopting not by user but shared terminal being registered in the SNS of the form in colony, incarnation can be applied flexibly to determine sender and user, and send message.Therefore, other users accurately can learn whom the sender sending message from shared terminal is.

In addition, because common terminal itself is also registered in colony, therefore can prevent the message sent from common terminal from being issued the terminal of other colonies by mistake.That is, can realize ensure that on safe basis from common terminal transmission message.

(server scheme)

As mentioned above, in each embodiment, SNS system 1 by the mutual cooperation of multiple servers that are representative with service end server 11 for user provides SNS.But this is only an example.Each server also can integration be together each other.Such as, even if the separate unit SNS server each functional block (functional unit) realizing each server capability all gathered communicates with each terminals such as custodian's terminals 21, also SNS system 1 can be realized.

Or, also can by having possessed the server of the combination being easy to the functional block managed in the middle of each functional block for the custodian of SNS system 1, as the textural element of SNS system 1.Such as, terminal management server 13 and the processing load of custodian's terminal management server 16 in SNS system 1 all relatively low, and adopt similar gimmick to carry out management information each other, therefore also can 1 server be become to be used as the textural element of SNS system 1 these 2 server integrations.

(embodiment 6)

When adopting the single SNS server of the functional block containing each server forming SNS system 1, each control module that so this SNS server possesses also realizes by the logical circuit (hardware) be formed in integrated circuit (IC chip) etc., also can use CPU (CentralProcessingUnit: central processing unit) and realize with software mode.

If realize with software mode, then SNS server possesses: perform the CPU for the software and program command realizing various function; The mode that can read with computing machine (or CPU) stores ROM (ReadOnlyMemory: ROM (read-only memory)) or the memory storage (referred to as " storage medium ") of said procedure and various data; And, for the RAM (RandomAccessMemory: random access memory) etc. launching said procedure.So by being read said procedure by computing machine (or CPU) and performed from above-mentioned storage medium, object of the present invention can be reached.As above-mentioned storage medium, can use " non-scratch pad tangible medium ", such as, be file, memory disc, storage card, semiconductor memory, Programmable Logic Device etc.In addition, said procedure is also by carrying any pumped (conveying) medium (communication network and broadcast wave etc.) of this program to be supplied to above computer.Here, though the form of said procedure transmitted by electronic type and embodied, the data-signal be placed in carrier wave, the present invention also can realize.

(summary)

For solving the problem, the feature of message method of the present invention is: it sends message for terminal to the management server of message switching system, and comprise: terminal check step, confirm that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system by above-mentioned management server, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; Input step, inputs above-mentioned message by user in above-mentioned terminal; Forwarding step, sends to above-mentioned management server by above-mentioned terminal by inputting the above-mentioned message of coming; And receiving step, the above-mentioned message be sent out is received by above-mentioned management server.

According to such scheme, that registers in the colony of message switching system is not user but terminal.Therefore, utilize the user of message switching system without the need to carrying out any management to the accounts information of oneself.Thus, even the people that IT literacy is low, also message switching system can be utilized like a cork.

In message method of the present invention, as preferably, also comprise and obtain step, obtain in step at this, the symbol information of the sender signifying above-mentioned message is obtained by above-mentioned terminal, in above-mentioned forwarding step, above-mentioned message is sent to above-mentioned management server in the mode corresponding with above-mentioned symbol information structure.

According to such scheme, in employing not by user but by the message switching system of the form of terminal registration in colony, by applying flexibly the symbol information such as incarnation to determine sender and user, and send message.Therefore, even be not registered with the system of the form of user, the information receiving and transmitting between user also can be carried out.

In message method of the present invention, as preferably, also comprise selection step, in this selection step, above-mentioned user selects any one in the middle of the above-mentioned symbol information of multiple inequality by above-mentioned terminal, obtains in step above-mentioned, selects above-mentioned user-selected above-mentioned symbol information.

According to such scheme, user can select the symbol information of expectation and send message.Therefore, can every message be divided, distinguish the symbol information that use is fitted mutually.In addition, can same terminal be shared with multiple user and separately use the mode of symbol information by each user, send message.

In message method of the present invention, as preferably, above-mentioned message switching system also possesses the symbol information management server of the multiple above-mentioned symbol information of keeping, this message method also comprises provides step, there is provided in step at this, multiple above-mentioned symbol information is provided from above-mentioned symbol information management server to above-mentioned terminal.

According to such scheme, up-to-date symbol information can be supplied to terminal from symbol information management server, therefore can prevent the message by mistake sending symbol information of incidentally haveing been friends in the past.

In message method of the present invention, as preferably, also comprise preservation step, in this preservation step, preserve the above-mentioned symbol information corresponding with the message that above-mentioned terminal sent in the past, obtain in step above-mentioned, obtain the above-mentioned symbol information that is saved.

According to such scheme, same user, when repeatedly sending message, selects the trouble of same symbol information when can save each transmission.

In message method of the present invention, as preferably, above-mentioned symbol information is the image representing above-mentioned user.

According to such scheme, other users easily can learn whom the sender of message is.

For solving the problem, the feature of message receival method of the present invention is: it to conduct interviews receipt message to the management server of message switching system for terminal, and comprise: by above-mentioned management server, terminal check step, confirms that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system; Forwarding step, if it is terminal in registered specific colony in above-mentioned message switching system that above-mentioned management server confirms above-mentioned terminal, then sends message to above-mentioned terminal; Receiving step, receives above-mentioned message by above-mentioned terminal; Step display, the above-mentioned message received by above-mentioned terminal demonstration.

According to such scheme, that registers in the colony in message switching system is not user but terminal.Therefore, utilize the user of message switching system without the need to carrying out any management to the accounts information of oneself.Thus, even the people that IT literacy is low, also message switching system can be utilized like a cork.

In message receival method of the present invention, as preferably, also comprise and obtain step, obtain in step at this, obtained the symbol information of the sender signifying above-mentioned message by above-mentioned management server, in above-mentioned forwarding step, send above-mentioned symbol information, in above-mentioned receiving step, receive above-mentioned symbol information, in above-mentioned step display, above-mentioned message is shown in the mode corresponding with above-mentioned symbol information structure.

According to such scheme, the user receiving the terminal of message can learn whom the sender of message is.

For solving the problem, the feature of management server of the present invention is: from terminal receives message, and possess: terminal check unit, confirm that whether above-mentioned terminal is the terminal in registered specific colony in message switching system, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; And receiving element, receive the above-mentioned message sent from above-mentioned terminal.

According to such scheme, the message switching system that the low people of a kind of IT literacy also can easily utilize can be realized.

For solving the problem, the feature of other management servers of the present invention is: send message to terminal, and to possess: terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in message switching system; And transmitting element, if confirming above-mentioned terminal is terminal in registered specific colony in above-mentioned message switching system, then send message to above-mentioned terminal.

According to such scheme, the message switching system that the low people of a kind of IT literacy also can easily utilize can be realized.

For solving the problem, the feature of message switching system of the present invention is: possess terminal and management server, above-mentioned terminal sends message to above-mentioned management server, above-mentioned management server possesses: terminal check unit, confirm that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server; And receiving element, receive the above-mentioned message sent from above-mentioned terminal, above-mentioned terminal possesses: input block, inputs above-mentioned message for user; And transmitting element, the above-mentioned message be transfused to is sent to above-mentioned management server.

According to such scheme, the message switching system that the low people of a kind of IT literacy also can easily utilize can be realized.

For solving the problem, the feature of terminal of the present invention is: send message to the management server of message switching system, and possess: input block, inputs above-mentioned message for user; And transmitting element, the above-mentioned message be transfused to is sent to above-mentioned management server, wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, be registered terminal if confirm, then allow to send message from this terminal to above-mentioned management server.

According to such scheme, even if the people that IT literacy is low, also easily message switching system can be utilized.

For solving the problem, the feature of other message switching systems of the present invention is: possess terminal and management server, above-mentioned terminal to conduct interviews receipt message to above-mentioned management server, above-mentioned management server possesses: terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system; And transmitting element, if confirming above-mentioned terminal is terminal in registered above-mentioned specific colony in this message switching system, then send message to above-mentioned terminal, above-mentioned terminal possesses: receiving element, receives above-mentioned message; And display unit, show the above-mentioned message received.

According to such scheme, the message switching system that the low people of a kind of IT literacy also can easily utilize can be realized.

For solving the problem, the feature of terminal of the present invention is: the management server to message switching system conducts interviews receipt message, and possesses: receiving element, receives above-mentioned message; And display unit, show the above-mentioned message received, wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, if confirming this terminal is registered terminal in above-mentioned message switching system in above-mentioned specific colony, then send message to this terminal.

According to such scheme, even if the people that IT literacy is low, also easily message switching system can be utilized.

For solving the problem, the feature of methods of terminal registration of the present invention is: it is to allow in message switching system at least one party that the message from specific terminal is contributed and read, and to the methods of terminal registration that this terminal is registered, and comprise: colony's foundation step, is created for above-mentioned terminal registration by management server and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading; Procedure to apply, by the 1st terminal or by the 2nd terminal be registered in above-mentioned colony to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony; And register step, by above-mentioned management server by be applied above-mentioned 1st terminal registration in above-mentioned colony.

According to such scheme, that registers in the colony in message switching system is not user but terminal.Therefore, utilize the user of message switching system without the need to carrying out any management to the accounts information of oneself.Thus, even the people that IT literacy is low, also message switching system can be utilized like a cork.

In methods of terminal registration of the present invention, as preferably, the intrinsic terminal identification information using each above-mentioned terminal to be endowed by above-mentioned management server, manages above-mentioned each terminal.

According to such scheme, appropriate management can be carried out to each terminal.

In methods of terminal registration of the present invention, as preferably, also comprise: terminal identification information distributing step, distribute above-mentioned terminal identification information from terminal identification information Distributor to above-mentioned 1st terminal.

According to such scheme, even if do not possess terminal identification information in advance in the 1st terminal, also can rightly by the 1st terminal registration in colony.

In methods of terminal registration of the present invention, as preferably, also comprise notifying process, in this notifying process, sent from above-mentioned 2nd terminal to above-mentioned 1st terminal to invite before above-mentioned procedure to apply and carry out to above-mentioned colony the notice registered, in above-mentioned procedure to apply, after inviting the notice of carrying out registering to above-mentioned colony to be received, from above-mentioned 1st terminal to above-mentioned server application by above-mentioned 1st terminal registration to above-mentioned colony.

According to such scheme, can the 1st terminal registration being inclined to very Strong be used exclusively continuously in colony this kind of individuals such as portable terminal.

In methods of terminal registration of the present invention, as preferably, the Stock discrimination information that above-mentioned management server uses each above-mentioned colony intrinsic, this colony is managed, above-mentioned 2nd terminal possesses the Stock discrimination information of the above-mentioned colony being registered with the 2nd terminal, in above-mentioned notifying process, the above-mentioned Stock discrimination information providing the above-mentioned colony that is registered with above-mentioned 2nd terminal intrinsic to above-mentioned 1st terminal by above-mentioned 2nd terminal, in above-mentioned procedure to apply, by sending the above-mentioned Stock discrimination information that above-mentioned 2nd terminal provides from above-mentioned 1st terminal to above-mentioned server, register in by the determined above-mentioned colony of this Stock discrimination information to above-mentioned management server application.

According to such scheme, can determine effectively want by the 1st terminal registration in colony, and to apply on this basis.Therefore, it is possible to prevent application by mistake by the 1st terminal registration in other colonies.

In methods of terminal registration of the present invention, as preferably, also comprise: pre-registration procedure to apply, from above-mentioned 1st terminal to the pre-registration of above-mentioned 1st terminal of above-mentioned server application before above-mentioned procedure to apply; And notifying process, pre-registration from from above-mentioned server to above-mentioned 1st terminal of above-mentioned 2nd terminal notification completes, in above-mentioned procedure to apply, after the pre-registration being notified of above-mentioned 1st terminal has completed, by arbitrary above-mentioned terminal to above-mentioned server application by above-mentioned 1st terminal registration in above-mentioned colony.

According to such scheme, can by this kind of the 1st terminal registration shared by multiple user such as TVs in colony.

In methods of terminal registration of the present invention, as preferably, also comprise the terminal identification information intrinsic terminal identification information that above-mentioned 1st terminal is endowed being supplied to above-mentioned 2nd terminal and step is provided, in above-mentioned procedure to apply, after the pre-registration being notified of above-mentioned 1st terminal has completed and has provided above-mentioned terminal identification information, will by determined above-mentioned 1st terminal registration of above-mentioned terminal identification information in above-mentioned colony to above-mentioned management server application by above-mentioned 2nd terminal.

According to such scheme, the 1st terminal wanting to be registered in colony can be determined effectively, and apply on this basis.Therefore, it is possible to prevent the registration of application other-end by mistake.

In methods of terminal registration of the present invention, as preferably, above-mentioned colony foundation step also comprises by the step of above-mentioned 2nd terminal to the establishment of the above-mentioned above-mentioned colony of message switching system application.

According to such scheme, colony can be created rightly.

For solving the problem, as preferably, management server of the present invention is the management server managed message switching system, the at least one party that can contribute to the message from specific terminal and read in described message switching system, this management server possesses: colony's setup unit, and setting supplies above-mentioned terminal registration and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading; And registration unit, when receiving the application for registration of new terminal, by this new terminal registration in above-mentioned colony.

According to such scheme, the message switching system that the low people of a kind of IT literacy also can easily utilize can be realized.

For solving the problem, the feature of message switching system of the present invention is: at least possess management server and terminal, the at least one party that can contribute to the message from specific terminal and read in this message switching system, above-mentioned management server possesses: colony's creating unit, creates for above-mentioned terminal registration and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading; And registration unit, when receiving the application for registration for new terminal, by this new terminal registration in above-mentioned colony, the 1st terminal or the 2nd terminal be registered in above-mentioned colony possess: application unit, to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony.

According to such scheme, the effect identical with methods of terminal registration of the present invention can be realized.

For solving the problem, the feature of terminal of the present invention is: possess management server application to message switching system by this terminal registration to the application unit in the colony that this management server creates, wherein, above-mentioned management server creates the above-mentioned colony allowing registered terminal to carry out the submission of message and at least one party of reading, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.

According to such scheme, even the people that IT literacy is low, also message switching system can be utilized like a cork.

For solving the problem, the feature of terminal of the present invention is: be registered in the terminal in the specific colony in message switching system, wherein above-mentioned colony allows registered terminal in above-mentioned colony to carry out the submission of message and at least one party of reading, the other-end different from this terminal is registered in the application unit in above-mentioned colony by the management server application possessed to above-mentioned message switching system of this terminal, wherein, above-mentioned management server creates above-mentioned colony, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.

According to such scheme, even the people that IT literacy is low, also message switching system can be utilized like a cork.

The present invention is not limited to the respective embodiments described above, can carry out various change in the scope shown in claim, suitably combines the technical scheme disclosed separately in different embodiment and the embodiment obtained is also included in the technical scope of the present invention.In addition, by combining the technical scheme disclosed separately in different embodiment, new technical characteristic can be formed.

(utilizability in industry)

The present invention can be used in realizing the total social network service service system of message between the terminals.

Claims (26)

1. a message method, is characterized in that:

It sends message for terminal to the management server of message switching system, and comprises:

Terminal check step, confirm that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system by above-mentioned management server, be registered terminal if confirm, then allow to send above-mentioned message from above-mentioned terminal to above-mentioned management server;

Input step, makes user input above-mentioned message in above-mentioned terminal;

Forwarding step, sends to above-mentioned management server by above-mentioned terminal by inputting the above-mentioned message of coming; And

Receiving step, is received the above-mentioned message be sent out by above-mentioned management server.

2. message method according to claim 1, is characterized in that:

Also comprise and obtain step, obtain in step at this, obtained the symbol information of the sender signifying above-mentioned message by above-mentioned terminal,

In above-mentioned forwarding step, above-mentioned message is sent to above-mentioned management server in the mode corresponding with above-mentioned symbol information structure.

3. message method according to claim 2, is characterized in that:

Also comprise selection step, in this selection step, above-mentioned user selects any one in the middle of the above-mentioned symbol information of multiple inequality by above-mentioned terminal,

Obtain in step above-mentioned, select above-mentioned user-selected above-mentioned symbol information.

4. message method according to claim 3, is characterized in that:

Above-mentioned message switching system also possesses the symbol information management server of the multiple above-mentioned symbol information of keeping,

This message method also comprises provides step, provides in step at this, provides multiple above-mentioned symbol information from above-mentioned symbol information management server to above-mentioned terminal.

5. message method according to claim 2, is characterized in that:

Also comprise preservation step, in this preservation step, preserve the above-mentioned symbol information corresponding with the message that above-mentioned terminal sent in the past,

Obtain in step above-mentioned, obtain the above-mentioned symbol information that is saved.

6. the message method according to any one of claim 2 ~ 5, is characterized in that:

Above-mentioned symbol information is the image representing above-mentioned sender.

7. a message receival method, is characterized in that:

It to conduct interviews receipt message to the management server of message switching system for terminal, and comprises:

By above-mentioned management server, terminal check step, confirms that whether above-mentioned terminal is the terminal in registered specific colony in above-mentioned message switching system;

Forwarding step, if it is terminal in registered specific colony in above-mentioned message switching system that above-mentioned management server confirms above-mentioned terminal, then sends message to above-mentioned terminal;

Receiving step, receives above-mentioned message by above-mentioned terminal; And

Step display, the above-mentioned message received by above-mentioned terminal demonstration.

8. message receival method according to claim 7, is characterized in that:

Also comprise and obtain step, obtain in step at this, obtained the symbol information of the sender signifying above-mentioned message by above-mentioned management server,

In above-mentioned forwarding step, send above-mentioned symbol information,

In above-mentioned receiving step, receive above-mentioned symbol information,

In above-mentioned step display, above-mentioned message is shown in the mode corresponding with above-mentioned symbol information structure.

9. a management server, is characterized in that:

From terminal receives message, and possess:

Terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in message switching system, is registered terminal, then allows to send above-mentioned message from above-mentioned terminal to above-mentioned management server if confirm; And

Receiving element, receives the above-mentioned message sent from above-mentioned terminal.

10. a management server, is characterized in that:

Send message to terminal, and possess:

Terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in message switching system; And

Transmitting element, if confirming above-mentioned terminal is terminal in registered specific colony in above-mentioned message switching system, then sends message to above-mentioned terminal.

11. 1 kinds of message switching systems, is characterized in that:

Possess terminal and management server, above-mentioned terminal sends message to above-mentioned management server,

Above-mentioned management server possesses:

Terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system, is registered terminal, then allows to send above-mentioned message from above-mentioned terminal to above-mentioned management server if confirm; And

Receiving element, receives the above-mentioned message sent from above-mentioned terminal,

Above-mentioned terminal possesses:

Input block, inputs above-mentioned message for user; And

Transmitting element, sends the above-mentioned message be transfused to above-mentioned management server.

12. 1 kinds of terminals, is characterized in that:

Message is sent to the management server of message switching system, and possesses:

Input block, inputs above-mentioned message for user; And

Transmitting element, sends the above-mentioned message be transfused to above-mentioned management server,

Wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, is registered terminal, then allows to send message from this terminal to above-mentioned management server if confirm.

13. 1 kinds of message switching systems, is characterized in that:

Possess terminal and management server, above-mentioned terminal to conduct interviews receipt message to above-mentioned management server,

Above-mentioned management server possesses:

Terminal check unit, confirms that whether above-mentioned terminal is the terminal in registered specific colony in this message switching system; And

Transmitting element, if confirming above-mentioned terminal is terminal in registered above-mentioned specific colony in this message switching system, then sends message to above-mentioned terminal,

Above-mentioned terminal possesses:

Receiving element, receives above-mentioned message; And

Display unit, shows the above-mentioned message received.

14. 1 kinds of terminals, is characterized in that:

Management server to message switching system conducts interviews receipt message, and possesses:

Receiving element, receives above-mentioned message; And

Display unit, shows the above-mentioned message received,

Wherein, above-mentioned management server confirms that whether terminal is the terminal in registered specific colony in above-mentioned message switching system, if confirming this terminal is registered terminal in above-mentioned message switching system in above-mentioned specific colony, then send message to this terminal.

15. 1 kinds of methods of terminal registration, is characterized in that:

It is to allow at least one party that the message from specific terminal is contributed and read in message switching system, and to the methods of terminal registration that this terminal is registered,

And comprise:

Colony's foundation step, is created for above-mentioned terminal registration by management server and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading;

Procedure to apply, by the 1st terminal or by the 2nd terminal be registered in above-mentioned colony to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony; And

Register step, by above-mentioned management server by be applied above-mentioned 1st terminal registration in above-mentioned colony.

16. methods of terminal registration according to claim 15, is characterized in that:

The intrinsic terminal identification information using each above-mentioned terminal to be endowed by above-mentioned management server, manages each above-mentioned terminal.

17. methods of terminal registration according to claim 16, is characterized in that,

Also comprise: terminal identification information distributing step, distribute above-mentioned terminal identification information from terminal identification information Distributor to above-mentioned 1st terminal.

18. methods of terminal registration according to any one of claim 15 ~ 17, is characterized in that:

Also comprise notifying process, in this notifying process, sent from above-mentioned 2nd terminal to above-mentioned 1st terminal to invite before above-mentioned procedure to apply and carry out to above-mentioned colony the notice registered,

In above-mentioned procedure to apply, after inviting the notice of carrying out registering to above-mentioned colony to be received, from above-mentioned 1st terminal to above-mentioned management server application by above-mentioned 1st terminal registration to above-mentioned colony.

19. methods of terminal registration according to claim 18, is characterized in that:

The Stock discrimination information that above-mentioned management server uses each above-mentioned colony intrinsic, manages this colony,

Above-mentioned 2nd terminal possesses the Stock discrimination information of the above-mentioned colony being registered with the 2nd terminal,

In above-mentioned notifying process, provide the above-mentioned Stock discrimination information that the above-mentioned colony that is registered with above-mentioned 2nd terminal is intrinsic from above-mentioned 2nd terminal to above-mentioned 1st terminal,

In above-mentioned procedure to apply, by sending the above-mentioned Stock discrimination information that above-mentioned 2nd terminal provides from above-mentioned 1st terminal to above-mentioned management server, register in by the determined above-mentioned colony of this Stock discrimination information to above-mentioned management server application.

20. methods of terminal registration according to any one of claim 15 ~ 17, is characterized in that:

Also comprise:

Pre-registration procedure to apply, from above-mentioned 1st terminal to the pre-registration of above-mentioned 1st terminal of above-mentioned management server application before above-mentioned procedure to apply; And

Notifying process, the pre-registration from above-mentioned management server to above-mentioned 1st terminal of above-mentioned 2nd terminal notification completes,

In above-mentioned procedure to apply, after the pre-registration being notified of above-mentioned 1st terminal has completed, by arbitrary above-mentioned terminal to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony.

21. methods of terminal registration according to claim 20, is characterized in that:

Also comprise the terminal identification information intrinsic terminal identification information that above-mentioned 1st terminal is endowed being supplied to above-mentioned 2nd terminal and step be provided,

In above-mentioned procedure to apply, after the pre-registration being notified of above-mentioned 1st terminal has completed and has provided above-mentioned terminal identification information, will by determined above-mentioned 1st terminal registration of above-mentioned terminal identification information in above-mentioned colony to above-mentioned management server application by above-mentioned 2nd terminal.

22. methods of terminal registration according to any one of claim 15 ~ 21, is characterized in that:

Above-mentioned colony foundation step also comprises by the step of above-mentioned 2nd terminal to the establishment of the above-mentioned above-mentioned colony of message switching system application.

23. 1 kinds of management servers, is characterized in that:

Message switching system is managed,

At least one party that can contribute to the message from specific terminal and read in described message switching system,

This management server possesses:

Colony's creating unit, creates for above-mentioned terminal registration and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading; And

Registration unit, when receiving the application for registration for unregistered terminal in above-mentioned colony, by this unregistered terminal registration in above-mentioned colony.

24. 1 kinds of message switching systems, is characterized in that:

At least possess management server and terminal,

At least one party that can contribute to the message from specific terminal and read in this message switching system,

Above-mentioned management server possesses:

Colony's creating unit, creates for above-mentioned terminal registration and allows registered above-mentioned terminal to carry out the specific colony of the submission of message and at least one party of reading; And

Registration unit, when receiving the application for registration for new terminal, by this new terminal registration in above-mentioned colony,

1st terminal or the 2nd terminal be registered in above-mentioned colony possess:

Application unit, to above-mentioned management server application by above-mentioned 1st terminal registration in above-mentioned colony.

25. 1 kinds of terminals, is characterized in that:

Possess management server application to message switching system by this terminal registration to the application unit in the colony that this management server creates, wherein,

Above-mentioned management server creates the above-mentioned colony allowing registered terminal to carry out the submission of message and at least one party of reading, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.

26. 1 kinds of terminals, is characterized in that:

Be be registered in the terminal in the specific colony in message switching system, wherein above-mentioned colony allows registered terminal in this colony to carry out the submission of message and at least one party of reading,

The other-end different from this terminal is registered in the application unit in above-mentioned colony by the management server application possessed to above-mentioned message switching system of this terminal, wherein, above-mentioned management server creates above-mentioned colony, and when receiving the application for registration for new terminal by this new terminal registration in above-mentioned colony.