TWI586141B - Virtual integrated cell phone system and method - Google Patents

Description

Virtual integrated mobile phone system and method

The present invention relates to a system and a method for implementing a mobile phone, and more particularly to a system and method for virtually integrating a mobile phone.

In the case of the growing development of the mobile phone industry, in order to promote sales, various communication service providers often have free offers such as free internet subscriptions, thereby attracting the same user to save the cost and set up the number of multiple manufacturers, and therefore own Many mobile phones. In this case, there is also a problem that when there is an incoming call, the user has to select the mobile phone of the incoming call from a plurality of mobile phones, and this process often causes a lot of inconvenience, such as the timing of missed answering for searching. …Wait.

In addition, since the discounts of each manufacturer are often obtained by playing in the network, when the user wants to make a call, he must first select the appropriate mobile phone to dial, and if the mobile phone is not in the hand, it will also A lot of inconvenience is caused, so an integrated system is needed to integrate the phone calls of multiple mobile phones.

One object of the present invention is to provide a virtual integrated mobile phone system for integrating telephone receiving and dialing of multiple mobile phones, the system package The main mobile phone includes a user interface module, an integrated module, a call control module and a first wireless communication connection module; at least one child mobile phone, Each subsystem has a subsystem, the subsystem includes a connection control module and a second wireless communication connection module; wherein the main system and the subsystem are connected through the first and second wireless communication The module transmits a signal such that the primary handset can make and receive calls by itself or via the at least one handset.

Another object of the present invention is to provide a virtual integrated mobile phone method for integrating telephone receiving and dialing of a plurality of mobile phones to control the operation of a primary mobile phone and at least one child mobile phone, the method comprising the following steps: (A Providing a main system having a user interface module, an integrated module, a call control module and a first wireless communication connection module for the main mobile phone; (B) providing an answering message a control module and a subsystem of a second wireless communication connection module are disposed on each of the child phones; (C) performing signal transmission between the host system and the subsystem through the wireless communication connection modules to enable the The primary handset can make and receive calls by itself or via the at least one handset.

(1)‧‧‧Virtual integrated mobile phone system

(2) ‧‧‧ major mobile phones

(3) ‧ ‧ sub-phone

(4) ‧‧‧Main system

(41) ‧‧‧Send control module

(42)‧‧‧Wireless communication connection module

(43)‧‧‧ integrated modules

(44)‧‧‧User interface module

(5) ‧‧‧ subsystem

(51) ‧‧‧Send control module

(52)‧‧‧Wireless communication connection module

S21~S29‧‧‧Steps

S31~S33‧‧‧Steps

1 is a system architecture diagram of a virtual integrated mobile phone system of the present invention; FIG. 2 is a flow chart of the operation of the present invention when receiving a telephone; FIG. 3 is a flow chart of the operation of the present invention when a telephone is dialed.

1 is a system of the virtual integrated mobile phone system (1) of the present invention. The system architecture can be used to integrate the receiving and dialing of multiple mobile phones. The system can be divided into a main mobile phone (2) and at least one child mobile phone (3), on which a main system (4) is executed, and at least one child mobile phone (3) executes a subsystem. (5). The architecture of the main system (4) is as shown in FIG. 1 , which is a connection control module (41), a wireless communication connection module (42), an integration module (43) and a user interface module. (44) The structure of the subsystem (5) is also as shown in FIG. 1, which is composed of a connection control module (51) and a wireless communication connection module (52). Preferably, the modules are stored in an application (AP) of a computer readable medium and integrated on the main system (4) or subsystem (5) for execution, or the main system (4) and The memory device of the subsystem (5) itself is an application device having the modules built therein, but is not limited thereto, and the modules and systems may also be hardware devices such as a microprocessor.

2 is a flow chart of an embodiment of the present invention, which is mainly used when receiving a telephone. In this case, it is assumed that the user has at least two mobile phones, one of which has a main mobile phone. The system (4) is therefore set as the primary handset (2), and the remaining handsets have the subsystem (5) and are therefore set as the handset (3). When one of the child phones (3) receives an incoming call, first proceeds to step S21, and the call control module (51) of the subsystem (5) of the child mobile phone (3) transmits the incoming call message through the wireless communication connection. The module (52) is transmitted to the wireless communication connection module (42) of the main system (4) of the main mobile phone (2), and then proceeds to step S22, the connection control module (41) of the main system (4) Passing the incoming call message obtained by the wireless communication connection module (42) to the integrated module (43), and then performing step S23, the integrated module (43) transmitting the incoming call system through the user interface Module (44) is provided to the user Answer.

After the user answers, proceeding to step S24, the integrated module (43) of the primary mobile phone (2) transmits a command through the wireless communication connection module (42) to enable the child mobile phone (3) to connect the incoming call, and then proceed. Step S25, the call control module (51) of the subsystem (5) of the sub-cell phone (3) transmits the voice signal of the incoming call to the main system of the main mobile phone (2) through the wireless communication connection module (52). (4) the wireless communication connection module (42), and then proceeding to step S26, the connection and call control module (41) of the main system (4) obtains the voice signal of the incoming call from the wireless communication connection module (42), And transmitting the voice signal to the integration module (43), and then proceeding to step S27, the integration module (43) provides a voice signal to the user through the user interface module (44), and the user interface The module (44) can be coupled to a sound hole through which the voice signal is emitted.

When the user speaks, the user's voice signal is transmitted through a microphone on the main mobile phone (2), and the process proceeds to step S28, and the integration module (43) transmits the user interface module connected to the microphone ( The voice signal of the user is obtained, and the voice signal is sent to the call control module (41), and then the step S29 is performed, and the call control module (41) transmits the wireless communication connection module (42). The user's voice signal is transmitted to the wireless communication connection module (52) of the child handset (3), and the voice signal is sent by the child handset.

The wireless communication connection modules (42) and (52) are preferably wirelessly transmitted using Bluetooth, but are not limited thereto. If Bluetooth is used, the wireless communication connection modules (42) and (52) are respectively connected to the main mobile phone (2) and a Bluetooth antenna module of the child mobile phone (3).

It is worth noting that the main mobile phone (2) is only for providing The user obtains and sends a voice signal, and in fact, the outward transmission of the voice signal is still via the child handset (3), that is, if the primary handset (2) is different from the service telecommunications terminal of the handset (3), the voice The actual outgoing transmission of the signal is still through the service telecommunications side of the handset (3).

As can be seen from this embodiment, when the user is using the main mobile phone (2), for example, using the smart phone's Internet access function, and the sub-mobile phone (3) in the backpack has an incoming call, the system (1) can The call is forwarded to the main mobile phone (2), and the main mobile phone (2) is directly used as a medium for the user to listen/talk, so that the user does not have to open the backpack to take the sub-phone (3) to answer. The above embodiments are merely examples, and the use of the present invention is not necessarily limited to this case. In addition, if a call is received when the main mobile phone (2) receives an incoming call, the main mobile phone (2) directly answers the incoming call, which is the same as the answering process of the general mobile phone, and therefore will not be described.

3 is a flow chart of another embodiment of the present invention. The embodiment is mainly used when dialing a call. In this case, it is assumed that the user has at least two mobile phones, one of which has The main system (4) is therefore set as the main mobile phone (2), and the remaining mobile phones have the subsystem (5), so it is set as the sub-cell (3). When the user dials a number using the main mobile phone (2), first step S31 is performed. The integration module (43) can obtain the number information input by the user through the user interface module (44), and then perform the steps. S32, the integration module (43) analyzes the number information, and determines whether the main mobile phone (2) is directly dialed out or dialed by a certain mobile phone (3), and the door is preferably analyzed. No. Server, and choose to use the same server, but not limited to this. When deciding to hand out the call After the operation, the step S33 is performed, the integration module (43) delivers the number information to the connection control module (41), and the connection control module (41) transmits the wireless communication connection module (42) through the wireless communication connection module (42). The number information is transmitted to the child handset (3) that is determined to be dialed, and the number is dialed by the child handset. It should be noted that if the integrated module decides to dial the number from the primary mobile phone (2), then after step S32, the call is directly dialed out without performing step S33.

When the outgoing call is received and the other party answers the call, and the call is dialed through the sub-telephone (3), refer to steps S24-S29, and the user's voice signal can be obtained by the main system of the main mobile phone (2) (4) The transmission control module (41) is transmitted to the handset (3) of the selected outgoing telephone, which is transmitted to the handset (3) through the wireless communication module (42) of the primary handset (2) The wireless communication connection module (52) receives the voice signal by the connection voice control module (51), and then the voice signal is transmitted to the receiver by the child handset (3). Similarly, the voice signal of the listener can be received by the call control module (51) of the handset (3), and transmitted to the primary handset (2) through the wireless communication connection module (52). After the processing, the integrated module (53) is provided to the user through the user interface module (54).

The integration module (43) analyzes the number information to determine which mobile phone to use for dialing, and the integration module (43) queries the server information of the door number in the database (such as a phone book). (If the phone number is recorded in the phone book belongs to Chunghwa Telecom), or the integration module (43) uses the first four codes of the phone number to determine the server information of the door number (such as 0921 belongs to Chunghwa Telecom), or The integration module (43) is connected to the network to search for the server to which the door number belongs, but may also be a non-automatic aspect, such as the integration. The module (43) displays a selection message through the user interface module (44) for the user to select the mobile phone to be used. The above aspects are all examples, and the present invention is not limited thereto.

It is worth noting that if the decision is made by the handset (3), the primary handset (2) is only used to provide the user with a voice signal to be transmitted. In fact, the outward transmission of the voice signal is still via the The sub-mobile phone (3), that is, if the main mobile phone (2) is different from the service telecommunication terminal of the sub-mobile phone (3), the actual outgoing transmission of the voice signal is still through the service telecommunication terminal of the sub-telephone (3).

As can be seen from this embodiment, when the user is lying in bed and wants to use the main mobile phone (2) at hand to make a call, the door number server of the phone is different from the server of the main mobile phone (2) but is on the table nearby. When a child mobile phone (3) is the same, the system (1) can automatically transfer the dialed telephone to the child mobile phone (3) to dial out, and directly use the main mobile phone (2) as a user to answer/speak. The medium allows the user to go to the table to take the sub-telephone (3). The system (1) can automatically select the sub-telephone (3) that is most suitable for the user, for example, select the cheapest rate. . The above embodiments are merely examples, and the use of the present invention is not necessarily limited to this case.

It can be seen that the present invention provides a virtual integrated mobile phone system (1), which can transfer calls of multiple child mobile phones (3) to the most commonly used main mobile phone (2), so that the user can save the search for the child mobile phone. (3) Trouble. In addition, when the user wants to make a call, he still only needs to dial using the main mobile phone (2). The system (1) automatically searches for the main mobile phone (2) or sub-mobile phone that is most suitable for the user (3) ), and the action of dialing the call is handed over to the mobile phone, and the user does not need to Looking for a suitable mobile phone by itself, the present invention can bring great convenience.

The above-mentioned embodiments are merely examples for convenience of description, and the scope of the claims is intended to be limited to the above embodiments.

(1)‧‧‧Virtual integrated mobile phone system

(2) ‧‧‧ major mobile phones

(3) ‧ ‧ sub-phone

(4) ‧‧‧Main system

(41) ‧‧‧Send control module

(42)‧‧‧Wireless communication connection module

(43)‧‧‧ integrated modules

(44)‧‧‧User interface module

(5) ‧‧‧ subsystem

(51) ‧‧‧Send control module

(52)‧‧‧Wireless communication connection module

Claims (10)

A virtual integrated mobile phone system for integrating telephone reception and dialing of a plurality of mobile phones, the system comprising: a main mobile phone, wherein a main system is implemented, the main system includes a user interface module and an integrated module And a first wireless communication connection module; at least one child mobile phone, each sub-phone performs a subsystem, the subsystem includes a connection control module and a second wireless communication connection mode a group; wherein the primary system and the subsystem transmit signals through the first and second wireless communication connection modules, so that the primary mobile phone can make and receive calls by itself or via the at least one child mobile phone, and When the main mobile phone wants to dial a phone number, the integrated module obtains the information of the phone number through the user interface module, and assigns the number to the primary mobile phone or one of the child mobile phones, and when the designated mobile phone is one of the child mobile phones The integrated module transmits the voice signal of the telephone number to the caller control module, and the transmission is transmitted to the designated finger through the first wireless communication connection module. On the mobile phone, wherein the integration module assigns the number to the main mobile phone or one of the sub-mobile phones includes the server information of the door number in the query database, and the server information of the door number determined by using the first four codes of the phone number, Connecting to the network to search for the server number of the door number and receiving the user's selection message at least one of the ways to assign the number to the primary mobile phone or one of the child mobile phones. The virtual integrated mobile phone system of claim 1, wherein the at least one child mobile phone receives an incoming call, and the call control module of the subsystem sends the telephone voice signal of the incoming call, second The wireless communication connection module is sent to the first wireless communication connection module, and the telephone voice signal is received by the connection control module of the main system. The virtual integrated mobile phone system of claim 2, wherein the call control module of the main system transmits the telephone voice signal to the integrated module, and the integrated module transmits the user interface module The telephone voice signal is provided to the user to answer. The virtual integrated mobile phone system of claim 1, wherein the first and second wireless communication connection modules are Bluetooth connection modules. A virtual integrated mobile phone method for integrating telephone reception and dialing of a plurality of mobile phones to control operation of a primary mobile phone and at least one child mobile phone, the method comprising: providing a user interface module and an integration module a main system for connecting the utterance control module and a first wireless communication connection module to the main mobile phone; providing a subsystem having an utterance control module and a second wireless communication connection module Performing signal transmission between the primary system and the subsystem through the first and second wireless communication connection modules, so that the primary mobile phone can be dialed and answered by itself or via the at least one mobile phone. The telephone module obtains the information of the telephone number through the user interface module and assigns the number to the primary mobile phone or one of the child mobile phones when the designated mobile phone is When a child phone is used, the integration module hands over the voice signal of the phone number to the receiving voice control module. a group transmission, the transmission is transmitted to the designated mobile phone through the first wireless communication connection module; wherein the integration module assigns the number to the primary mobile phone or one of the sub-mobile phones includes the door number in the query database The server information, the server information of the first four codes of the telephone number, the server information of the door number, the server to which the door number is searched, and the user's selection message are received, and the number is assigned to the server. The main phone or one of the sub-phones. The method of claim 5, wherein the at least one child phone receives an incoming call, controls the call voice control module to send the phone voice signal of the incoming call, and transmits the second wireless communication The connection module sends the first wireless communication connection module, and the connection control module that controls the main system receives the telephone voice signal. The virtual integrated mobile phone method of claim 6, wherein the call control module that controls the main system transmits the telephone voice signal to the integrated module, and controls the integrated module to pass through the user The interface module provides the telephone voice signal to the user to answer. The virtual integrated mobile phone method according to claim 5, wherein the first and second wireless communication connection modules are Bluetooth connection modules. A computer readable medium executable in a main system of one of the main mobile phones of the virtual integrated mobile phone system, wherein the virtual integrated mobile phone system comprises the primary mobile phone and at least one child mobile phone, the primary mobile phone having the main system, and the main The system includes a user interface module, an integrated module, a connection control module, and a first wireless communication connection module, the at least one child mobile phone The system has a subsystem, the subsystem includes a connection control module and a second wireless communication connection module, wherein when the computer readable medium is executed in the main system, the virtual integrated mobile phone system is set to the following Column mode operation: the primary system and the subsystem transmit signals through the first and second wireless communication connection modules, so that the primary mobile phone can make and receive calls by itself or via the at least one child mobile phone, and when When the main mobile phone wants to dial a phone number, the integrated module obtains the information of the phone number through the user interface module, and assigns the number to the primary mobile phone or one of the child mobile phones, and when the designated mobile phone is one of the child mobile phones The integrated module transmits the voice signal of the telephone number to the caller control module, and the transmission is transmitted to the designated mobile phone through the first wireless communication connection module; wherein the integration module The number assigned to the main mobile phone or one of the sub-mobile phones includes the server information of the door number in the query database, and the server that judges the door number by using the first four codes of the phone number. Information connected to the network to search for services relevant to the gate number and the receiver of a user selection of at least one of the posts wherein the primary phone number to a mobile phone, or wherein a promoter. A computer readable medium executable in a sub-system of at least one sub-mobile phone of a virtual integrated mobile phone system, wherein the virtual integrated mobile phone system includes a primary mobile phone and the at least one sub-mobile phone, the main mobile phone having a main system, and The main system includes a user interface module, an integrated module, an incoming call control module, and a first wireless communication connection module. The at least one child handset has the subsystem, and the subsystem includes an incoming call. a control module and a second wireless communication connection module, wherein when the computer can read the media While operating in the subsystem, the virtual integrated handset system is configured to operate in a manner that the primary system and the subsystem transmit signals through the first and second wireless communication connection modules to enable the primary handset to be The integrated module can obtain the information of the telephone number through the user interface module, and assign the number to the mobile phone through the user interface module when the primary mobile phone wants to dial a telephone number. The main mobile phone or one of the sub-mobile phones, when the designated mobile phone is one of the sub-mobile phones, the integrated module transmits the voice signal of the telephone number to the connection control module, and the transmission is transmitted through the first wireless communication module. The group is transmitted to the designated mobile phone; wherein the integration module assigns the number to the main mobile phone or one of the sub-mobile phones includes the server information of the door number in the query database, and uses the first four codes of the phone number to determine the door number. Server information, connecting to the network to search for the server number of the door number, and receiving at least one of the user's selection messages, assigning the number to the primary Machine or one child phone.