TW201429221A - Telephone communication method and system thereof - Google Patents

Abstract

The present invention discloses a telephone communication method and a system thereof. The method comprises following steps: establishing correspondence between a plurality of system numbers and a plurality of communication codes in a look-up table; sending a communication request comprising at least one system number to a cloud server via a dialer; retrieving the communication code corresponding to the system number according to the look-up table and cutting off the telecommunication link between the dialer and cloud server via the cloud server; establishing a net communication connection channel between a first phone and a second phone according to the communication code by the cloud server; and executing the communication between first phone and the second phone via the net communication connection channel.

Description

Telephone communication method and system thereof

The invention relates to a telephone communication method and a system thereof, in particular to a method for dividing a first party dialer and a talker into two devices, and using a cloud server to connect the first party talker with the second The telephone communication method and system for the communication between the party and the telephone, and the process of establishing the communication link does not generate the cost required for the telecommunication transmission, and the two-party communication device can communicate.

With the advancement of technology, telephone has become an indispensable communication tool for modern people. Telephones can be used to communicate with people or exchange feelings.

However, even though communication technology continues to evolve, dialers and talkers are usually tied to the same device. When a user wants to conduct telephone communication, the user must be limited to using the device for dialing and talking. In this regard, telephone communication technology still does not have better usability.

On the other hand, the existing communication method, when the dialer does not open the network service, or the dialer's current network connection environment is not good, often can not establish a communication link with the cloud server through the network connection, and Only communication links can be established by means of telecommunication transmission. However, if the dialer establishes a communication link with the cloud server by means of telecommunication transmission, the telecommunication transmission channel will generate the cost required for telecommunication transmission, resulting in an increase in communication cost. Therefore, when the dialer can only send the communication request signal to the cloud server by means of telecommunication transmission, the telephone communication method will be limited in terms of communication cost consideration.

As described above, the inventors of the present invention have conceived and designed a telephone communication method and system thereof, and after years of painstaking research, improved the lack of the prior art, thereby enhancing the implementation and utilization of the industry.

In view of the above-mentioned problems of the prior art, the object of the present invention is to provide a telephone communication method and system thereof for solving the problem that the prior art cannot dial and talk with different devices, and when the dialer is dialed to the cloud by telecommunication. There will still be problems with the cost of telecommunications transmission.

According to the purpose of the present invention, a telephone communication method is provided, which comprises the steps of: establishing a plurality of system representative numbers and a plurality of communication identification codes corresponding to a lookup table; and using a dialer to send a communication request signal including at least one system representative number To the cloud server; obtain the communication identification code corresponding to at least one system representative number according to the lookup table through the cloud server, and cut off the telecommunication transmission link between the dialer and the cloud server; establish the communication identification code according to the obtained communication identifier through the cloud server The network communication connection channel between the first talker and the second talker; and the first talker and the second talker communicate through the network communication link channel.

Preferably, the method further includes the following steps: when the cloud server is unable to obtain the communication identification code corresponding to the at least one system representative number according to the lookup table, the cloud server returns a prompt message to the dialer.

Preferably, the method further comprises the steps of: generating or obtaining a plurality of system representative numbers via the cloud server.

Preferably, the method further includes the following steps: providing an input interface through the cloud server to receive a plurality of communication identification codes respectively input by the user corresponding to the plurality of system representative numbers.

Preferably, the communication identification code may include a first communication identification code corresponding to the first talker and a second communication identification code corresponding to the second talker.

According to the purpose of the present invention, a telephone communication system is further provided, which comprises: a first talker, a second talker, a cloud server and a dialer. The first talker provides a first party to make a call; the second talker provides a second party to make a call; the cloud server stores a lookup table, and the lookup table stores a plurality of communication identification codes and a plurality of system representative numbers corresponding thereto; the dialer Providing a first party dialing to send a communication request signal including at least one system representative number to the cloud server, so that the cloud server receives the communication request signal, and obtains a communication identification code corresponding to the at least one system representative number according to the lookup table, and cuts The telecommunications transmission link between the dialer and the cloud server is established, and a network communication connection channel between the first talker and the second talker is established according to the communication identification code.

As described above, the telephone communication method and system thereof according to the present invention may have one or more of the following advantages:
(1) The telephone communication method of the present invention can provide the same user to perform dialing and calling functions by using different devices, and is not limited to dialing and talking by the same device, and is practically utilized. For example, the user can dial through the mobile phone, but the user can make a call with the other party by the television.
(2) The telephone communication method of the present invention, in the process of establishing a communication link, when the cloud server receives the communication request signal sent by the dialer in the telecommunication transmission mode, the telecommunication transmission link between the dialer and the dialer is cut off. Without incurring additional telecommunications transmission costs. In addition, the communication link between the first party and the second party is established by network communication, and does not incur additional costs, so that the telephone communication method of the present invention can save a lot of communication costs.

A, B, G, H, I, X, Y, Z. . . Caller

M, N, 44. . . Dialer

Sn1, sn2. . . System representative number

CS, 43. . . Cloud server

S11-S15. . . Step flow

4. . . Telephone communication system

41. . . First talker

42. . . Second talker

431. . . Query list

441. . . Communication request signal

45. . . Network communication link

Figure 1 is a flow chart showing the steps of the telephone communication method of the present invention.
Figure 2 is a first schematic diagram of the telephone communication method of the present invention.
Figure 3 is a second schematic diagram of the telephone communication method of the present invention.
Figure 4 is a block diagram of the telephone communication system of the present invention.

The technical features, contents, and advantages of the present invention, as well as the advantages thereof, can be understood by the present inventors, and the present invention will be described in detail with reference to the accompanying drawings. The subject matter is only for the purpose of illustration and description. It is not intended to be a true proportion and precise configuration after the implementation of the present invention. Therefore, the scope and configuration relationship of the attached drawings should not be interpreted or limited. First described.

Please refer to FIG. 1 , which is a flow chart of the steps of the telephone communication method of the present invention. The process steps of the method may include the following:
Step S11: Establishing a plurality of system representative numbers and a plurality of communication identification codes corresponding to the lookup table.
Step S12: Send a communication request signal including at least one system representative number to the cloud server by using a dialer.
Step S13: Obtain a communication identification code corresponding to at least one system representative number according to the lookup table through the cloud server, and disconnect the telecommunication transmission link between the dialer and the cloud server.
Step S14: Establish a network communication connection channel between the first talker and the second talker according to the obtained communication identification code via the cloud server.
Step S15: The first talker communicates with the second talker through the network communication link channel.

The main purpose of the telephone communication method of the present invention is to operate the dialer and the talker separately, and is not limited to the same device. That is, the user can use different devices to perform dialing or talking operations. When the user makes a call through the dialer, the server can dial the caller used by the user and the talker used as the call object, so that the two can talk and establish two parties. In the process of network communication connection, when the cloud server confirms that the two-party communication device needs to be separately dialed, the cloud server will cut off the telecommunication transmission link with the dialer to avoid additional cost, thereby achieving Save on communication costs.

In the above, the telephone communication method can be applied under the Voice over Internet Protocol (VOIP), and the dialer and the first party talker respectively provide the same user for dialing and telephone calls, and second. The party talker provides another user to make a phone call. The dialer can be any device having a telephone communication function, such as a mobile phone or a personal digital assistant, and the first talker and the second talker can be devices with network communication functions, such as a computer or a smart phone. But not limited by this list.

Please refer to FIG. 2, Table 1 and Table 2 together. FIG. 2 is a first schematic diagram of the telephone communication method of the present invention. In the telephone communication method of the present invention, the cloud server CS generates a registration code corresponding to the user and a plurality of system representative numbers according to different users, and stores them in a lookup table corresponding to the registration code, wherein The system representative number can be a phone number, but not limited to this. The user can input the communication identification code corresponding to the plurality of system representative numbers to the query table corresponding to the user in the input interface provided by the cloud server CS, such as a webpage.

For example, the cloud server CS corresponds to a user, generates a registration code m and system representative numbers sn1, sn2, and sn3, and stores them in a lookup table, and then the user inputs a corresponding system representative through the webpage. The communication identification codes g, h and i of the numbers sn1, sn2 and sn3 are in the lookup table. The query table corresponding to the registration code m represents that when the user dials the system representative number sn1, sn2 or sn3 to the cloud server CS by the dialer, the call object for establishing the network communication connection is the corresponding communication identification code g. , h or i talker G, H or I.
Table 1

Please refer to Table 2, similarly, the lookup table corresponding to the registration code n represents that when the user dials the system representative number sn1, sn2 or sn3 to the cloud server CS by the dialer, the call object of the network communication connection is established. They are respectively the talker P, Q or R (not shown) corresponding to the communication identification code p, q or r.
Table 2

Please refer to FIG. 2, which illustrates the flow of the first party (assuming that the cloud server CS corresponds to the registration code generated by the first party is m) to communicate with the second party CA by the talker B. First, the dialer M of the first party transmits the communication request signal to the cloud server CS by means of telecommunication transmission, wherein the communication request signal includes the system representative number sn2. Then, the cloud server CS recognizes the sender of the communication request signal as the talker M, and obtains the registration code m corresponding to M. When the cloud server CS obtains the communication identification code h corresponding to the system representative number sn2 according to the lookup table corresponding to the registration code m, the cloud server CS will cut off the telecommunication transmission link with the dialer M. Then, the cloud server CS dials the caller B bound to the dialer M in advance according to the communication identification code h (the binding information may be included in, for example, the registration code m, but the binding mode is not limited thereto). And the talker H corresponding to the communication identification code h, so that the first party and the second party can communicate by the talker B and the talker H.

If the cloud server CS cannot obtain the communication identification code corresponding to the system representative number according to the lookup table, the cloud server CS will return the prompt message to the dialer M, wherein the prompt message can be transmitted by way of a short message, but not Limited.

It is worth mentioning that the dialer M sends the communication request signal to the cloud server CS by means of telecommunication transmission. Therefore, when the cloud server CS obtains the communication identification code h by the system representative number sn2, the cloud server CS is cut off. The telecommunication transmission link with the dialer M ensures that there is no charge for this signal transmission process. This process is similar to when the first party dials the phone number to the second party, and if the second party hangs up after not ringing after ringing, there is no charge for this process. On the other hand, the process of dialing the cloud server CS to the talker B and the talker H respectively is done by means of a network communication connection, and avoiding extra charges caused by the transmission by telecommunication, whereby the telephone communication of the present invention is achieved. The method can achieve the effect of saving communication costs.

Please refer to FIG. 3 and Table 3 together. FIG. 3 is a second schematic diagram of the telephone communication method of the present invention.

Please refer to Table 3. In the lookup table, the communication identification code can respectively include the first communication identification code and the second communication identification code corresponding to the two-party talker. For example, the lookup table corresponding to the registration code m in the figure represents that when the user dials the system representative number sn1 to the cloud server CS by the dialer, it wants to establish with the talker B corresponding to the first communication identification code b. Corresponding to the network communication link between the talkers Y of the call object of the second communication identification code y. Similarly, when the user dials the system representative number sn2 to the cloud server CS by using the dialer, the user wants to establish the caller corresponding to the second communication identification code y with the talker A corresponding to the first communication identification code a. Network communication link between Y. Alternatively, when the user dials the system representative number sn3 to the cloud server CS by using the dialer, the user wants to establish the talker Z of the call object corresponding to the second communication identification code z with the talker B corresponding to the first communication identification code b. Network communication link between.
table 3

Please refer to FIG. 3, which illustrates the flow of the first party (assuming that the cloud server CS corresponds to the registration code generated by the first party) to communicate with the second party. The flow is similar to that shown in Figure 2b, so similar parts will be omitted and only the differences will be explained. The communication request signal sent to the cloud server CS in the figure includes the system representative number sn1, and the cloud server CS obtains the first communication identification code b and the second communication identification code y of the corresponding system representative number sn1 according to the lookup table corresponding to the registration code m. After that, the dialer B corresponding to the first communication identification code b and the talker Y corresponding to the second communication identification code y are respectively dialed. It is worth noting that the dialer M and the caller B are not pre-bound, and the cloud server obtains the correspondence between the dialer M and the talker B by using the registration code m and the first communication identification code b.

Please refer to FIG. 4, which is a block diagram of the telephone communication system of the present invention. As shown, the telephone communication system 4 of the present invention includes a first talker 41, a second talker 42, a cloud server 43, and a dialer 44. The first talker 41 and the second talker 42 provide the first party and the second party respectively for use as a call. The cloud server 43 stores a lookup table 431. The lookup table 431 stores a plurality of communication identification codes and a plurality of system representative numbers corresponding thereto. The dialer 44 provides the first party as the dialing to send the communication request signal 441 to the cloud server 43, and then causes the cloud server 43 to search the corresponding lookup table 431 according to the communication request signal 441 to establish the first talker 41. The network communication with the second talker 42 is connected to the channel 45. The embodiment of the telephone communication system of the present invention has been described in the above-mentioned telephone communication method, and will not be described herein for brevity.

In summary, the telephone communication method and system thereof of the present invention can provide a user with different devices for dialing and talking, so as to break through the telephone communication mode that has not been seen before, and is an innovative communication method. In addition, in the case that the dialer only has the telecommunications transmission and communication capability, the telephone communication method is in the process of establishing the network communication connection, and when the cloud server receives the communication request signal sent by the dialer to the telecommunication transmission link, the cloud servo The device will cut off the telecommunication transmission link with the dialer without incurring the cost of telecom transmission, and the first party and the second party communicate by means of network connection, and will not cause additional Costs, which greatly reduce communication costs.

The above embodiments can optimize the judgment conditions for the application environment in practical applications. Therefore, the opinions of the embodiments disclosed herein are to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and the legal equivalents thereof are not limited to the foregoing description.

S11-S15. . . Step flow

Claims (10)

A telephone communication method comprising the following steps:
Establishing a plurality of system representative numbers and a plurality of communication identification codes corresponding to a lookup table;
Sending a communication request signal including at least one representative number of the system to a cloud server by using a dialer;
Obtaining, by the cloud server, the communication identification code corresponding to the at least one representative number of the system according to the lookup table, and cutting off a telecommunication transmission connection between the dialer and the cloud server;
Establishing, by the cloud server, a network communication connection channel between the first talker and the second talker according to the obtained communication identification code; and making the first talker and the network through the network communication connection channel The second talker communicates. For example, the telephone communication method described in claim 1 further includes the following steps:
When the cloud server is unable to obtain the communication identifier corresponding to the at least one representative number of the system according to the lookup table, the cloud server returns a prompt message to the dialer. For example, the telephone communication method described in claim 1 further includes the following steps:
The plurality of system representative numbers are generated or obtained via the cloud server. For example, the telephone communication method described in claim 3 of the patent scope further includes the following steps:
An input interface is provided through the cloud server to receive the plurality of communication identification codes respectively input by the user corresponding to the plurality of system representative numbers. The telephone communication method according to claim 1, wherein the communication identification code includes a first communication identification code corresponding to one of the first talkers and a second communication identification code corresponding to one of the second talkers. A telephone communication system comprising:
a first talker that provides a first party to make a call;
a second talker, providing a second party to make a call;
a cloud server storing a lookup table storing a plurality of communication identification codes and a plurality of system representative numbers corresponding thereto; and a dialer providing the first party dialing to transmit at least one of the systems The communication request signal is sent to the cloud server, so that the cloud server receives the communication request signal, obtains the communication identification code corresponding to the at least one representative number of the system according to the lookup table, and cuts off the dialer and One of the cloud servers transmits a telecommunication transmission link, and establishes a network communication connection channel between the first talker and the second talker according to the communication identification code. The telephone communication system of claim 6, wherein when the cloud server cannot obtain the communication identification code corresponding to the at least one representative number of the system according to the lookup table, the cloud server returns a prompt message to The dialer. The telephone communication system according to claim 6, wherein the system representative number is generated or obtained by the cloud server. The telephone communication system of claim 8, wherein the cloud server provides an input interface, and the input interface receives the plurality of communication identification codes respectively corresponding to the plurality of system representative numbers. The telephone communication system of claim 6, wherein the communication identification code comprises a first communication identification code corresponding to one of the first talkers and a second communication identification code corresponding to one of the second talkers.