TWI544776B - Telephone communication method - Google Patents

Description

Telephone communication method

The invention relates to a telephone communication method, in particular to a dialer and a talker that can be divided into two devices, and then the caller is connected with other talkers via a cloud server, so that The talker can communicate with other talkers, and at the same time, when establishing a communication link, a telephone communication method of the talker can be located at the same time.

With the advancement of technology, telephone has become an indispensable communication tool for modern people. Common telephones are commonly used in household wired telephones, public telephones, and wireless communication mobile phones. Even now, people have been able to use computers or smart phones to use VoIP phones for communication, such as via Skype, Msn, etc. Conduct network telephony communication. As communication technology continues to develop, it also allows people to enjoy better communication quality services.

However, even if the communication technology is more and more developed, the dialer and the caller must still be bound to the same device. When the user wants to conduct telephone communication, the user must be limited to using the device for dialing and talking. Action, for this aspect, telephony technology still does not have better usability.

In addition, the current smart phones usually have WiFi wireless network connection function or GPS and other positioning functions, which can be used for self-positioning. However, if you want to locate a landline phone that does not have intelligent functions, it is practical. The difficulty has made it impossible to locate the communication equipment such as landline telephones without positioning functions.

As described above, the inventors of the present invention have conceived and designed a telephone communication method, 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 problems in the prior art, the object of the present invention is to provide a telephone communication method for providing the same user to dial and talk by different devices, thereby improving the usability of the telephone technology, and thereby making the method useful. The cloud server establishes a location database of the talker.

According to the purpose of the present invention, a telephone communication method is provided, which includes the following steps: transmitting a communication request signal by using a dialer, wherein the communication request signal includes a first communication identification code, a second communication identification code, and a dialer positioning information; Receiving a communication request signal, the first caller positioning information corresponding to the first talker is set as the dialer positioning information, and the first talker is established according to the first communication identification code and the second communication identification code of the communication request signal And a communication link channel between the second talker; and communicating the first talker with the second talker via the communication link channel.

Preferably, the method further includes the following steps: determining, by the cloud server, whether the first talker location information has been stored, and if not, setting the first talker location information to the dialer location information.

Preferably, the method further includes the following steps: when the cloud server determines that the first talker location information has been stored, the dialer location information of the communication and the first talker stored by the cloud server may be determined by the cloud server. Whether the difference of the positioning information exceeds a preset value; if so, the first caller positioning information can be changed to the dialer positioning information of the communication through the cloud server.

Preferably, the dialer and the first talker can respectively provide the same user for telephone dialing and telephone call use, and the second talker can provide another user for telephone call use.

According to the purpose of the present invention, a method for telephone communication is further provided, which includes the steps of: storing, by a cloud server, a plurality of first caller location information corresponding to a plurality of first talkers, and corresponding to a plurality of first talker locations. The first communication identification code of the information; the communication request signal is sent by using the dialer, wherein the communication request signal includes the second communication identification code and the dialer positioning information; and the communication request signal is received through the cloud server to determine the positioning with the dialer The first caller positioning information corresponding to the information is used to obtain the first communication identification code of the corresponding first caller location information; and the first caller is established according to the first communication identification code and the second communication identification code via the cloud server. a communication link channel between the second talkers; and communicating the first talker with the second talker via the communication link channel.

Preferably, the method further includes the following steps: determining, by the cloud server, the first talker location information that is closest to the dialer location information, and obtaining the corresponding first communication identifier.

Preferably, the method further comprises the following steps: determining, by the cloud server, whether the difference between the first talker positioning information closest to the dialer positioning information is less than a preset value, and if so, obtaining the corresponding first communication Identification code.

Preferably, the method further comprises the steps of: storing, by the cloud server, the number of communication links corresponding to each first talker; and when the cloud server determines that the plurality of first talker positioning information is the closest to the dialing When the device locates the information, the first communication identification code of the first talker corresponding to the communication connection is obtained through the cloud server.

Preferably, the method further comprises the steps of: transmitting a switching message to the dialer when the cloud server determines the first talker location information having the smallest difference from the dialer location information; and transmitting the confirmation message via the dialer To the cloud server, so that the cloud server obtains the first communication identification code corresponding to the first talker positioning information.

Preferably, the dialer and the first talker can respectively provide the same user for telephone dialing and telephone call use, and the second talker can provide another user for telephone call use.

As described above, the telephone communication method 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 a 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 used. For example, the user can dial through the mobile phone, but the home landline phone can talk to the other party, which can be selected by the user.
(2) The telephone communication method of the present invention can simultaneously locate the location information of the dialing party's landline (talker) and store it in the cloud server when establishing the two-party communication link, thereby establishing a large number of positioning information of the landline. Form a cloud landline positioning database.
(3) The telephone communication method of the present invention can automatically bind the dialer to the talker according to the actual position of the dialer of the user, or prompt the user to select the recommended talker without the user Complex settings are made manually to increase ease of use.

A, B, C. . . First talker

M. . . Dialer

H. . . Second talker

CS. . . Cloud server

P, Q, R. . . position

a, b, c. . . Caller location information

m. . . Dialer location information

h. . . Second communication identification code

S11-S13, S21-S25. . . Step flow

Figure 1 is a flow chart showing the steps of a telephone communication method of the present invention.
Figure 2 is a flow chart showing the steps of another telephone communication method of the present invention.
Figure 3a is a first schematic diagram of the telephone communication method of the present invention.
Figure 3b is a second schematic diagram of the telephone communication method 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 steps of a telephone communication method according to the present invention. The process steps of the method may include the following:
Step S11: Sending a communication request signal by using a dialer, where the communication request signal includes a first communication identification code, a second communication identification code, and a dialer positioning information.
Step S12: receiving a communication request signal through the cloud server, so as to set the first talker positioning information corresponding to the first talker as the dialer positioning information, and according to the first communication identification code and the second communication identification code of the communication request signal Establishing a communication link between the first talker and the second talker.
Step S13: The first talker and the second talker are communicated via the 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, and establish a communication link, and at the same time as the dialing party itself does not have a positioning function ( The caller) locates the information for positioning. 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 user can talk to the user at the same time. The location information of the talker is stored in the cloud database.

In the above, the telephone communication method is preferably applicable to the implementation of the Voice over Internet Protocol (VOIP), and the dialer and the first party talker respectively provide the same user for dialing and telephone calls. The second party talker provides another user to make a telephone call. The dialer and the first talker and the second talker can be any device having a telephone communication function, such as a computer, a mobile phone or a personal digital assistant, but are not limited by the enumeration.

In detail, when using this telephone communication method, since the dialing party will immediately communicate with the talker after dialing using the dialer, it can be reasonably inferred that the distance between the dialer of the dialing party and the talker should not be too far. In the perspective of the giant view, the positioning information of the dialer and the talker can be regarded as equal. Therefore, the main concept of the positioning method of the telephone communication method of the present invention is to transmit the dialer with its own positioning function to the cloud server. The dialer positioning information is regarded as the positioning information of the talker which does not have the positioning function itself.

Further, the dialer itself can be positioned by using, for example, GPS positioning, to transmit the obtained latitude and longitude coordinates to the cloud server as dialer positioning information; or when the dialer is connected to a nearby wireless network (such as Wifi, However, if the base station is connected, and the telephone communication method of the present invention is used for dialing, the media access control code (Mac Address) or the service setting identification code (SSID) of the wireless network base station can be simultaneously used. ) Transfer to the cloud server as the dialer location information; however, the dialer is not limited to the examples here.

Further, the telephone communication method of the present invention further includes: determining, by the cloud server, whether the first talker location information has been stored, and if not, setting the first talker location information to the dialer location information; if yes, The cloud server determines whether the difference between the dialer location information of the communication and the first talker location information stored by the cloud server exceeds a preset value; if the preset value is exceeded, the first talker is transmitted through the cloud server. The positioning information is changed to the dialer positioning information of the communication; if there is a difference between the plurality of first talker positioning information and the dialer positioning information is less than a preset value, the first call with the smallest difference is obtained through the cloud server. The first communication identification code of the device positioning information.

Simply put, when the cloud server receives duplicate dialer location information, it does not have to write to its database. When the cloud database receives the new dialer location information, it compares with the stored talker location information in the database, and if the difference between the location information and the dialer location information is greater than a preset, Value, it can be reasonably speculated that the location of this talker has been changed, so this talker location information is changed to the dialer location information of this communication. On the other hand, if the difference between the location information of the talker and the location information of the dialer is less than the preset value, it can be determined that the location of the talker has not changed, but only the actual position of the dialer during the communication and the last time. The communication is different, so there is no need to modify the positioning information in the cloud server.

Incidentally, in the telephone communication method, the talker can be a non-smart mobile phone or a home landline telephone that does not have a positioning function, but is not limited thereto. When the caller, such as the location database of the landline telephone, is established by the telephone communication method of the present invention, since the landline telephone represents the home or office location, it can be used to analyze the population or the density of the residence. Further, it can be provided to the telecommunications provider as a planning reference for the density of the base station, or even the distribution time of the customers in different time periods can be analyzed to provide the telecommunications provider as the basis for resource scheduling allocation. Further, the relevant database can be provided as reference information for the home or office, for example, it can be used to query the public facilities within 500 meters of the home, but the application method of the landline telephone location database is not limited thereto. .

Please refer to FIG. 2, which is a flow chart of steps of another telephone communication method according to the present invention. The process steps of the method may include the following:
S21: storing, by the cloud server, a plurality of first talker location information corresponding to the plurality of first talkers, and a plurality of first communication identifiers corresponding to the plurality of first talker location information.
S22: Send a communication request signal by using a dialer, where the communication request signal includes a second communication identification code and a dialer positioning information.
S23: Receive a communication request signal through the cloud server, to determine a first caller location information corresponding to the dialer location information, to obtain a first communication identification code of the corresponding first talker location information.
S24: Establish a communication connection channel between the first talker and the second talker according to the first communication identifier and the second communication identifier via the cloud server.
S25: The first talker communicates with the second talker via the communication link channel.
In the step S21, the dialer can also store or update a plurality of first talker location information in synchronization with the cloud server, but not limited thereto.

The main spirit of the above telephone communication method is that the dialer and the caller of the dialing party are set on different devices, and the dialing party only needs to transmit its own positioning information and the communication identification code of the object to be communicated to the cloud server, the cloud The server can judge and dial the dialing party's talker according to the dialing party's positioning information, and dial the caller to the communicating party and establish a communication link channel to enable the two parties to communicate. The positioning mode of the dialer has been described in the previous telephone communication method, and details are not described herein again.

Please refer to FIG. 3a and FIG. 3b together, which are respectively a first schematic diagram and a second schematic diagram of the telephone communication method of the present invention.

As shown in the figure, when the communication request signal sent by the dialer M to the cloud server CS includes the dialer positioning information m and the second communication identification code h, the cloud server CS will locate the information m according to the dialer and the database. The caller locates the information a, b and c, and determines that the talker closest to the dialer M is the talker B, so the cloud server CS will determine the talker B according to the dialer positioning information m, and the The caller H corresponding to the communication identification code h is dialed to the talkers B and H respectively to establish a communication link channel between the two.

It is worth mentioning that the cloud server CS can record a communication connection number for each talker, which represents the communication request signal of the dialer M in the previous communication, as the caller of the communication dialing party. The number of times. When the cloud server CS determines that the location of the dialer M can correspond to a plurality of talkers, the priority can be dialed to the number of times of the communication link, so that the talker acts as the talker of the corresponding dialer M of the current communication. Alternatively, the cloud server CS can recommend the most suitable talker according to the number of previously established communication links, but the user still has the final option, that is, the cloud server CS will transmit a switching message to the user. To remind the user to use one of the plurality of talkers. After the user returns a confirmation message, the cloud server CS initially binds the dialer M to the talker selected by the user.

Further, when the dialer M moves, for example, to the position P shown in the figure, and transmits its dialer positioning information m to the cloud server CS, the cloud server CS can judge the most according to its dialer positioning information m. The talker near the dialer M is the talker A. At this time, the cloud server CS can automatically bind the dialer M and the talker A, that is, the next time the dialer M transmits the communication request signal to the cloud. When the server CS is used, the cloud server can automatically determine that the talker corresponding to the dialer M is the talker A. Alternatively, when the dialer M moves to the location P, the cloud server CS may first transmit a switching message to the user to remind the user whether to bind the dialer M to the talker A, and wait for the user to return a confirmation message. After that, the cloud server CS starts to bind the dialer M to the talker A, or binds the dialer M to the talker designated by the user. Similarly, when the dialer M moves to the position Q or R, the cloud server can automatically determine to associate the dialer M with the talker B or C according to the dialer location information m transmitted by the dialer M, or transmit a switch first. The message is sent to the user to remind the user whether to bind the dialer M to the talker B or C.

On the other hand, when the user does not select the first talker corresponding to the communication link within a preset time, the cloud server CS can automatically set the first talker as a dialer (for example, the user's mobile phone) ), or a preset mobile phone, but not limited to this. Incidentally, when the user wants to specify the first talker used in the current communication link, the communication request signal including the first communication identification code can be transmitted to the cloud server CS by the dialer. For example, the communication request signal transmitted by the dialer M includes a first communication identification code a, a positioning information m, and a second communication identification code h, wherein the first communication identification code a specifies the first call used by the current communication link. The device is the talker A, and the cloud server CS will dial to the talker A and the talker H respectively to establish the current communication link. In summary, the telephone communication method 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. And the telephone communication method can locate the coordinate information of the talker at the same time of communication, so as to establish a database of the caller coordinate information in the cloud server. Moreover, according to the coordinate information in the database, when the communication method is used, the dialer dialer and the talker can be automatically bound, or the user can be prompted to select a suitable talker to establish communication. Linking, without having to manually set up complex settings by the user, adds convenience.

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-S13. . . Step flow

Claims (10)

A telephone communication method comprising the following steps:
Sending a communication request signal by using a dialer, wherein the communication request signal includes a first communication identification code, a second communication identification code, and a dialer positioning information;
Receiving the communication request signal through a cloud server to set a first caller location information corresponding to a first talker to the dialer location information, and according to the first communication identification code of the communication request signal a second communication identification code, establishing a communication connection channel between the first talker and a second talker; and communicating the first talker with the second talker via the communication connection channel. For example, the telephone communication method described in claim 1 further includes the following steps:
The cloud server determines whether the first talker location information has been stored, and if not, sets the first talker location information to the dialer location information. For example, the telephone communication method described in claim 2 of the patent scope further includes the following steps:
When the cloud server determines that the first talker location information has been stored, whether the difference between the dialer location information of the current communication and the first talker location information stored by the cloud server is determined by the cloud server Exceeding a preset value; and if so, changing the first talker location information to the dialer location information of the communication through the cloud server. The telephone communication method according to claim 1, wherein the dialer and the first talker respectively provide the same user for dialing and telephone calls, and the second talker provides another user. Use for phone calls. A telephone communication method comprising the following steps:
And storing, by a cloud server, a plurality of first caller location information corresponding to the plurality of first talkers, and a plurality of first communication identification codes corresponding to the plurality of first talker location information;
Sending a communication request signal by using a dialer, wherein the communication request signal includes a second communication identification code and a dialer positioning information;
Receiving, by the cloud server, the communication request signal to determine the first caller location information corresponding to the dialer location information, to obtain the first communication identification code corresponding to the first talker location information;
Establishing, by the cloud server, a communication connection channel between the first talker and a second talker according to the first communication identifier and the second communication identifier; and making the first through the communication connection channel The talker communicates with the second talker. For example, the telephone communication method described in claim 5 of the patent scope further includes the following steps:
And determining, by the cloud server, the first talker location information that is closest to the dialer location information, and obtaining the corresponding first communication identifier. For example, the telephone communication method described in claim 6 further includes the following steps:
And determining, by the cloud server, whether the difference between the first talker positioning information closest to the dialer positioning information is less than a preset value, and if yes, obtaining the corresponding first communication identification code. For example, the telephone communication method described in claim 6 further includes the following steps:
And storing, by the cloud server, a number of communication links corresponding to each of the first talkers; and when the cloud server determines that the plurality of first talker location information is closest to the dialer location information, The first communication identification code of the first talker corresponding to the communication connection is obtained by the cloud server. For example, the telephone communication method described in claim 7 further includes the following steps:
Transmitting a switching message to the dialer when the cloud server determines that the first talker location information has the smallest difference from the dialer location information; and transmitting a confirmation message to the cloud server via the dialer So that the cloud server obtains the first communication identification code corresponding to the first talker positioning information. The telephone communication method according to claim 5, wherein the dialer and the first talker respectively provide the same user for dialing and telephone calls, and the second party provides another user. Make a phone call.