KR20000037504A - process of cellular phone call between member using internet - Google Patents

Abstract

PURPOSE: A calling method using an internet is provided to achieve real-time conversation between members by using a service provided through the internet. CONSTITUTION: A user joins a call server and is registered in a member database by providing private information(S1). The user inputs an ID using a first mobile phone and requests a call connection to the call server(S2). The call server searches a member database for the ID and permits the call connection(S3). The user of the first mobile phone inputs conditions for a desired member(S4). The inputted conditions are searched in the database stored in the call server(S5). The user confirms a member corresponding to the searched result transmitted through the first mobile phone(S6). The call server, receiving the confirmation signal for the confirmed member, transmits the signal to a Nth mobile phone(S7). The Nth mobile phone receives the signal and confirms information for the transmitter of the first mobile phone(S8). After confirming, the Nth mobile phone member carries out the call with the first mobile phone member(S9).

Description

Process of cellular phone call between member using internet}

The present invention relates to a method for a member-to-member mobile phone call using the Internet, and more particularly, in calling a member-to-member mobile phone subscribed to a call server, the caller provides his or her information, It is possible to talk with the other party that meets the input condition, and the receiver can check the identity information of the other party and the method can be called.

At present, the Internet is not limited to a specific field, and it is widely used, and as a part of real life, the number of users using the Internet is rapidly increasing. Accordingly, the number of service providers that provide specific services to Internet users is increasing rapidly, and the demand for meetings and arranging meetings of various types of events on the Internet is increasing rapidly.

Among the services provided through the Internet, online chatting is widely used, and it is configured to allow a plurality of users to join together and have a conversation. However, the above-described method can be implemented only on-line connected to the Internet and has a problem in that it operates only within a computer.

In addition, the online communication method prevents access by blocking the offender's ID even if indiscriminate verbal violence occurs without the identification of the other party. There is a problem.

In addition, in the case of a telephone room provided offline, it is operated in an illegal form without the identity verification of the caller and the identity of the receiver, and there is another problem that causes social problems.

In the case of a duo (http://www.duoinfo.co.kr/) provided on-line and off-line, in a general form, meetings are often arranged according to schedules or events defined by the duo. Therefore, there is another problem in that a website or service that mediates an event such as the duo requires a member to wait a lot of time, and the member separately prepares a time for the event.

The present invention has been made to solve the above problems, and an object thereof is to provide a method for real-time conversation between members using a service provided through the Internet.

Another object of the present invention is to provide a method of giving trust to the other party by providing identification of the other party in a conversation method using a call server.

In addition, another object of the present invention is to provide a method for allowing a caller and a caller to select and talk to a caller in real time without inconvenience in waiting for a long time online and offline.

1 is a conceptual diagram of a member-to-member mobile phone call using the Internet according to the present invention.

2 is a flowchart of a method for calling between members using a mobile phone according to the present invention.

3 is an embodiment of using a mobile phone call between members using the Internet according to the present invention.

<Description of reference numerals for the main parts of the drawings>

100: first mobile phone 110: computer

200: call server 300: member database

400: N mobile phone S1: subscription stage

S2: connection request step S3: connection permission step

S4: Input transmission step S5: Search step

S6: confirmation step S7: call transmission step

S8: Connection check step S9: Call step

The present invention is a subscription step of registering as a member and providing personal information to the call server in the member database to achieve the above object; A connection request step of inputting an identification number using a first mobile phone and requesting connection to a call server connected to the Internet; A connection permission step of receiving a connection request from the first mobile phone and permitting connection by searching the member database for the identification number; An input transmission step of inputting a condition for a member to which the user of the first mobile phone wants to make a call; A search step of searching for the input condition in the member database stored in the call server; A confirmation step of confirming by the user by transmitting a member corresponding to the search result in the search step to the first mobile phone terminal; A call transmission step of receiving a confirmation signal for the member identified in the confirmation step and transmitting a signal from the call server to the N-th mobile phone; A connection confirmation step of confirming information on the sender of the first mobile telephone by being transmitted from the call and receiving a signal from the N-th mobile telephone; And a call step in which the N-th mobile phone member calls the first mobile-phone member after confirmation in the connection confirmation step.

In addition, the subscription step, after the user is registered in the member database, it is preferable to include an identification step for confirming the subscriber identity.

In addition, the identification number of the request for the invitation, characterized in that consisting of a phone number and the password requested by the member.

And, the input transmission step, it is characterized in that to input the content corresponding to the field (field) registered in the member database, it is easy to input and search through a mobile phone.

Hereinafter, with reference to the accompanying drawings will be described in detail.

1 is a conceptual diagram of a method for a member-to-member mobile phone call using the Internet according to the present invention, and FIG. 2 is a data flow diagram of a method for a member-to-member mobile phone call using the Internet. And, Figure 3 is an embodiment of using a mobile phone call between members using the Internet.

Mobile phone call between members using the Internet according to the present invention is largely joining step (S1), connection request step (S2), connection permission step (S3), input transmission step (S4), search step (S5), confirmation It consists of step S6, call transmission step S7, connection confirmation step S8, and call step S9.

First, the subscription step S1 will be described with reference to FIG. 2A. The subscription step (S1) will be described. The joining step (S1) is a step of registering as a member in the call server 200 and providing information to be registered in the member database 300. In the joining step (S1), the user first accesses the call server 200 using the first mobile phone 100 or the computer 110 connected to the Internet network (S100). Then, the connection is asked whether the member (S110). The call server 200 is generally connected to a web server, and the call server 200 can be connected to the call server 200 through the first mobile phone 100. In addition, since the connection to the call server 200 through the first mobile phone 100 corresponds to a general technology of the current Internet connection using the mobile phone, a detailed description thereof will be omitted. After the connection process is finished, the call server 200 in the connected state transmits a membership registration form to the connected client (S120). Therefore, a user accessing the call server 200 makes an input according to the member registration form, and transmits it to the call server 200. (S130) (S140). After checking the operation (S150) of whether the basic data, such as the name and resident registration number, which are the personal information of the user, is entered in the member registration form transmitted, it is registered in the member database 300 (S160). The member database 300 stores an ID, a password, a name, a social security number, an address, a hobby, a style, a job, and the like. In addition, if there is a picture or a moving picture of the member, it is added to the member database and stored. And, as a result of the checking operation, if the entered information turns out to be false, membership is canceled.

Next, the connection request step (S2) and the connection permission step (S3) will be described with reference to FIG. 2B. In the connection request step (S2), the user who is registered as a member makes a call to the call server 200 using the first mobile phone 100 (S200). Then, the call server 200 is connected (S210). The phone number of the connected first mobile phone 100 is automatically input to the call server 200, and the phone number is found by searching the member database 300 stored when registering the member (S220). At this time, if the telephone number is present in the member database 300, the call server 200 transmits a password input request message to the first mobile phone 100 (S230). Therefore, in response to the password request, the member enters the password applied for membership registration or enters the changed password (S250). In addition, the call server 200 retrieves the password stored in the member database 300 (S260) and permits access to the call server 200 when the password is correct (S270) (S280). At this time, the telephone number to which the first mobile phone 100 is dialed or a unique number embedded in the telephone is an ID. When making a call to the first mobile phone 100, the call server 200 recognizes the phone number. Since the unique number recognition technology built into the phone number or the phone corresponds to a general technology, a detailed description thereof will be omitted.

Next, the input transmission step S4 will be described with reference to FIG. 2C. The input transmission step (S4) is a step of inputting a condition for the member having the N-th mobile phone that the user of the first mobile phone 100 wants to call. The condition for the member is to input content corresponding to a field stored in the member database 300. The call server 200 transmits an input form to the first mobile phone 100 permitted to connect (S300). Therefore, the first mobile phone 100 member is input according to the input form transmitted from the call server 200 (S310). The input method through the first mobile phone 100 is a method of inputting a character and a method of inputting the first mobile phone using a moving key through a pull down menu provided by the call server 200 or The input form consists of questions and answers and consists of one of the methods of inputting numbers such as 1, 2, and 3 according to the corresponding items. After the input is completed, the completed input form is transmitted to the call server 200 (S320). In addition, the input form transmission between the call server 200 and the first mobile phone may be configured in a manner of transmitting according to a question for each item and in a manner of transmitting after the input of the entire input form is terminated.

Next, the search step S5 will be described with reference to FIG. 2D. The searching step (S5) is a step of searching in the member database 300 the input form transmitted to the call server 200 in the input transmission step (S4). The search step (S5) is started from the job to sort by the items included in the transmitted input form (S400). Initializes the variable corresponding to the item name included in the input form. In operation 410, the inputted variable is substituted with a value input to an item included in the input form. The variable inputted with the value is compared with the record value stored in the item field of the member database 300 (S420). As a result of the comparison, if the corresponding values are assigned to the record and the variable, the index value of the corresponding member database 300 is stored (S430). In the same manner as above, all items inputted from the first mobile phone 100 are searched. When all items are searched (S450), all searched index values are compared (S460), and the index values corresponding to the compared index values are temporarily stored (S470). The member database 300 corresponding to the temporarily stored index value is separately stored. The member database 300 separately stored in the transmission is transmitted to the first mobile phone through the call server 200 (S480).

Next, the verification step S6 will be described with reference to FIG. 2E. The checking step (S6) is a step that allows the user of the first mobile phone 100 to check the search results through the mobile phone terminal after the member database 300 searched in the search step (S5) is transmitted. The checking step (S6) is received from the call server (S500) and receives the separately stored member database 300 through the first mobile phone (100) terminal (S510). Therefore, the first mobile phone 100 is used to separately check the separately stored member database 300 transmitted from the call server 200 (S520). The checking process is repeated until the entire search is completed. Thereafter, when the entire search for the separately stored member database 300 ends, the member of the first mobile phone 100 can select any one of the transmitted member database 300 (S540).

Next, the call transmission step S7 will be described with reference to FIG. 2F. The call transmission step (S7) is the call server 200 to the index value of the member database 300 for any member selected (S600) through the confirmation step (S6) using the first mobile phone (100) In step (S610). Therefore, the member database 300 stored in the call server 200 is searched for the index value corresponding to the record of the member database 300 transmitted from the first mobile phone 100 (S620). Then, the telephone number is searched among the fields according to the index value of the searched member database 300 (S630). In addition, the searched telephone number is stored in the member database 300 through the Internet network connected to the call server 200 and the PSTN network connected to the Internet network, and the connection request from the first mobile phone 100 is requested. The member's phone number is connected (S640). Since the method of connecting to a mobile phone through the PSTN network using the call server 200 connected to the Internet network corresponds to a service provided by various websites, a detailed description thereof will be omitted.

Next, the connection confirmation step S8 and the call step S9 will be described with reference to FIG. 2G. The connection confirmation step (S8) is the step of confirming the information on the caller of the first mobile phone by receiving a signal from the call transmission, the N-th mobile phone (400). In addition, the call step (S9) is a step in which the N-th mobile phone 400 member calls the first mobile phone 100 member after confirmation in the connection confirmation step. The connection confirmation step (S8) is first started by connecting to the N-th mobile phone 400 from the call server 200 (S700). Then, the call server 200 transmits the information of the member of the first mobile phone 100 to the N-th mobile phone 400 (S710). Accordingly, the N-th mobile phone 400 member checks the information of the first mobile-phone 100 member transmitted through the mobile phone terminal (S720). Then, the N-th mobile phone 400 member determines whether to call the first mobile phone 100 member through the confirmed information (S730). When the first mobile phone 100 member wants to call the member, the N-th mobile phone 400 member transmits a connection confirmation signal to the call server 200 (S740), and the call server 200 transmits the connection confirmation signal. The mobile terminal 400 receives the connection confirmation signal transmitted from the N mobile phone 400 and transmits the connection confirmation signal to the first mobile phone 100 (S750). Therefore, the first mobile phone 100 member and the N-th mobile phone 400 member are connected through the call server 200 (S760). In addition, the call between the members is made (S770).

Accordingly, it is possible to check the identity of the other party through the call server connected to the Internet network between the members.

As described above, according to the inter-member mobile phone intermediation method using the Internet according to the present invention, there is an advantage that can be a real-time conversation between members using a service provided through the Internet.

In addition, there is another advantage of providing the identification of the other party in the manner of talking using the call server to make a call with confidence in the other party.

In addition, there is another advantage that the other party and the receiver can select and talk to the caller in real time without the inconvenience of waiting for a long time online and offline.

Claims (5)

A registration step in which the user registers as a member in the call server and provides personal information to be registered in the member database; A connection request step of inputting an identification number using a first mobile phone and requesting a connection to a call server connected to the Internet; A connection permission step of allowing a call server receiving a connection request from the first mobile phone to search the member database for the identification number to permit connection; An input transmission step of inputting a condition for a member to which the user of the first mobile phone wants to make a call; A search step of searching for the input condition in the member database stored in the call server; A confirmation step of confirming by the user by transmitting a member corresponding to the search result in the search step to the first mobile phone terminal; A call transmission step of receiving a confirmation signal for the member identified in the confirmation step and transmitting a signal from the call server to the N-th mobile phone; A connection confirmation step of transmitting and receiving the call and confirming information on the sender of the first mobile phone by receiving a signal from the N-th mobile phone; The mobile phone call method between members using the Internet, characterized in that consisting of; the step of the mobile phone member is confirmed after the N mobile phone member to confirm the call in the connection confirmation step. The method of claim 1, The subscribing step includes an identity verification step of confirming a subscriber's identity after the user is registered in the member database. The method according to claim 1 or 2, The identification number of the request for requesting step, mobile phone call between members using the Internet, characterized in that consisting of the phone number and the password requested by the member. The method of claim 3, The input transmission step, the mobile phone call between members using the Internet, characterized in that to input the content corresponding to the (field) registered in the member database. The method of claim 3, The member database provided in the searching step includes a member's picture and a moving picture.