WO2017063154A1

WO2017063154A1 - Multi-connection type mobile communication device

Info

Publication number: WO2017063154A1
Application number: PCT/CN2015/091913
Authority: WO
Inventors: 李孝忠
Original assignee: 李孝忠
Priority date: 2015-10-14
Filing date: 2015-10-14
Publication date: 2017-04-20

Abstract

The invention provides a multi-connection type mobile communication device comprising: a wireless transceiver circuit, system memory, an identifier extraction circuit, and a control circuit. The wireless transceiver circuit is configured to provide a wireless communication connection operation. The system memory comprises an operating system and a plurality of communication programs to be identified and authenticated. The control circuit is further configured to switch to a designated subscriber identity module (SIM) slot via an access controller by a communication program, so as to access a designated SIM card, and to operate the wireless transceiver circuit by the communication program having an authenticated identifier, so as to execute operations of multi-connection communications on one device.

Description

Multi-line mobile communication device

Technical field

The present invention relates to a mobile communication device, and more particularly to a mobile communication device having executable multi-wire communication.

Background technique

With the development of mobile communication networks, many users often communicate through communication programs on mobile communication devices, or operate various websites, fan pages, communication groups, etc., in order to achieve real-time response and management needs.

Since part of the communication procedure is to confirm the identity of the user, the long-term requires the telephone number as the login account, and when the mobile communication device executes the mobile communication program, the mobile communication program checks the telephone number of the mobile communication device to determine a single action. Only a single account mobile communication program is provided on the communication device for operation.

And this setting method enables a single mobile communication device to execute only a single account of a single communication program. Therefore, when the user has multiple accounts in the same type of mobile communication program, in order to be able to operate each account at the same time, it is necessary to carry multiple actions at the same time. The communication device operates the mobile communication program of different accounts, which causes a lot of inconvenience to the user. The purchase of multiple mobile communication devices will also cause a heavy burden on the user.

In summary, how to provide a communication program that can perform multiple identification and verification communication procedures on a single mobile communication device is a technical problem that needs to be solved in the art.

Summary of the invention

In order to solve the above-mentioned technical problems, an object of the present invention is to provide a wireless telephone device having multi-line communication to solve the problem that a user needs to carry multiple wireless telephone devices for multi-line communication.

To achieve the above object, the present invention provides a multi-line type mobile communication device. The device includes a wireless transceiver circuit, a system memory, an identifier extraction circuit, and a control circuit. The wireless transceiver circuit is used to provide wireless communication connection work. The system memory contains the operating system and multiple communication programs that need to be authenticated, and the communication program will make an identification request under execution. The identifier extraction circuit includes a plurality of subscriber identity module slots for setting a plurality of subscriber identity module cards, and an access controller for connecting the subscriber identity module slots. The control circuit is connected to the wireless transceiver circuit, the system memory and the identifier extraction circuit, and the control circuit is still executing the operating system, and provides a communication program according to the identification request, and switches to the designated user identification module slot through the access controller to access The specified subscriber identity module card performs identification verification and provides a communication program for identifying and verifying the wireless transceiver circuit to configure multi-line communication jobs.

In summary, the multi-line type mobile communication device of the present invention can provide a specified machine code and a user identification module card to execute a plurality of communication programs requiring identification and verification on a single device, so as to prevent the user from managing multiple communications. The program needs to carry the trouble of carrying multiple mobile communication devices.

DRAWINGS

The following is a detailed description of a preferred embodiment of the present invention and its accompanying drawings, and the technical contents of the present invention and its functions will be further understood; the drawings relating to the embodiment are:

1 is a block diagram of a multi-line type mobile communication device according to an embodiment of the present invention.

2 is a block diagram of a multi-line type mobile communication device according to another embodiment of the present invention.

3 is a schematic diagram of an operation interface of the multi-line type mobile communication device of the present invention.

4 to 5 are schematic diagrams showing a program cluster area of an operation interface of the multi-line type mobile communication device of the present invention.

6 to 8 show an implementation apparatus of the multi-line type mobile communication device of the present invention.

[Main part representative symbol]

1 multi-line mobile communication device

11 wireless transceiver circuit

12 identifier extraction circuit

121 Subscriber Identification Module Slot

122 code storage memory

123 access controller

13 operating interface

131 program cluster area

14 control circuit

15 system memory

2 communication program

detailed description

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Please refer to FIG. 1, which is a block diagram of a multi-line type mobile communication device 1 according to an embodiment of the present invention. The multi-line type mobile communication device 1 includes a wireless transmission/reception circuit 11, an identifier extraction circuit 12, an operation interface 13, a control circuit 14, and a system memory 15. The wireless transceiver circuit 11 is used to provide a wireless communication online service. The identifier extraction circuit 12 further includes a plurality of subscriber identity module slots 121 for setting a plurality of subscriber identity module cards, and an access controller 123 that connects the subscriber identity module slots 121. The system memory 15 is provided with an operating system and a plurality of communication programs 2 for performing identification and verification. The control circuit 14 is connected to the wireless transceiver circuit 11, the access controller 123 of the identifier extraction circuit 12, the operation interface 13, and the system memory 15. The control circuit 14 also configures the access controller 123 to switch to the designated user identification module according to the identification request. The machine code value of the slot 121.

Referring to FIG. 2, in another embodiment, the identifier extraction circuit 12 further includes a code storage memory 122 for storing a plurality of machine code values, and the code storage memory 122 is connected to the access controller 123. The control circuit 14 can further configure the access controller 123 to access the specified machine code value from the code storage memory 122 in accordance with the identification request.

Referring to FIG. 3, in the operation of the multi-line type mobile communication device 1 of the present invention, the control circuit 14 loads and executes an operating system, and the operation interface 13 displays an operation screen. In order to provide a more convenient operation for the user, the multi-line type mobile communication device 1 divides the same plurality of communication programs 2 into the same area (for example, the A communication cluster area and the B communication cluster area). When the user clicks on the program cluster area 131 of the operation interface 13, the operation interface 13 switches to the screen of FIG. 4, and the system has five communication programs 2 by default (the first communication program-01 to the first communication program -05) ), and according to the system configuration requirements, the communication program 2 can be set to be undelete. The multi-line type mobile communication device 1 also allows the user to install various types of communication programs 2 and the number via the operation interface 13.

Since the communication program 2 of the known mobile communication device is installed, it is first checked whether the same communication program 2 is installed in the operating system, and it is not possible to install a plurality of identical communication programs 2 on a single mobile communication device. To solve this problem, the operating system of the multi-line type mobile communication device 1 of the present invention further installs a plurality of sub-operating systems in the system memory 15 by using a virtual machine, and configures a plurality of communication programs 2 in the sub-systems, respectively. To achieve the purpose of configuring multiple communication programs 2 on the same mobile communication device and performing multi-line communication. The sub-operating system may select the same operating software as the operating system; or, the sub-operating system may be based on the operating system and retain only the operational resources and functions of the executable communication program 2 to reduce the computational burden of executing the sub-operating system.

When the user clicks the specified communication program 2 through the operation interface 13, or the control circuit 14 executes the specified communication program 2 according to the time schedule, the control circuit 14 and the operating system load and execute the specified communication program 2, and then control The circuit 14 provides the communication program 2 to switch access to the specified subscriber identity module card via the access controller 123, or access the specified machine code value for identification verification, and provides the communication program 2 for operating the identification to verify the wireless transceiver circuit 11, To configure multi-line communication jobs.

The wireless transceiver circuit 11 can be selected as a wireless transceiver circuit 11 that operates in a communication protocol such as 3G/4G/5G, Wi-Fi, Bluetooth, or the like. The subscriber identity module slot 121 is configured to insert a Subscriber Identity Module (SIM) card. The type of the user identification module card can be a contract type or an easy-to-pay card with a relatively low card cost to save the construction cost. The machine code value can be selected from International Mobile Equipment Identity (IMEI). The system memory 15 and the code storage memory 122 can be a hard disk, a flash memory, a read only memory, or the like. The operation interface 13 can be a button interface or a touch interface. The control circuit 14, the access controller 123 is a processor, a microprocessor, a programmable digital circuit, etc., and the operating system can choose to use the AndroidTM (AndroidTM) operating system, MicrosoftTM mobile communication operating system (Windows phoneTM). Apple's iOS TM operating system, etc., only the operating system is not limited to this. The communication program 2 can choose to use APPs such as WeChatTM, LineTM, FacebookTM Messenger, etc., only the communication program 2 category is not limited to this. The multi-line type mobile communication device 1 can be selected from a tablet size (for example, 7 inches) mobile communication device.

In addition to the multi-line communication formed by the virtual machine, the control circuit 14 can also execute the respective communication programs 2 in turn during the interval to achieve the function of multi-line communication. For example, the access controller 123 connects the respective subscriber identity module slots 121 via the switch. Therefore, the access controller 123 can perform the handover operation by enabling the enabler of the enable switch during the interval. The user identification module slot 121 is connected in turn, and the telephone number information and identification information in each user identification module card are read. The foregoing switcher can be implemented by components such as a multiplexer, a demultiplexer, a one-to-many switch, or a three-state gate.

In the prior art related to the operation of the communication device, the account number of each communication program 2 is registered by a unique telephone number, and part of the communication program 2, when running, checks the machine code value to know that there is only one on the device. The running account enables the user with multiple accounts to carry multiple mobile communication devices at the same time, and must carry multiple mobile communication devices at the same time, which causes a lot of inconvenience.

Therefore, in order to provide a multi-line communication function, the multi-line type mobile communication device 1 of the present invention accesses a machine code value or a telephone number by switching modes to provide each communication program 2 to extract a corresponding identifier to achieve a single The purpose of installing and executing multiple identical communication programs 2 on the mobile communication device. Please refer to the description in Table 1. If the multi-line mobile communication device 1 is installed with 5 communication programs of the same program type 2 (for example, 5 sets of LINETM communication programs 2), and 5 communication programs 2 respectively use 5 groups of telephones. The number is registered. Therefore, the identifier extraction circuit 12 of the present invention includes five subscriber identity module slots 121 for interspersing five sets of subscriber identity module cards, each of which includes a set of telephone numbers and identification information thereof.

In order to allow the user to distinguish the communication programs 2, the control circuit 14 edits the names of the communication programs 2, for example, sequentially edits the names of the communication programs 2 belonging to the same program category as: 1st communication program-01 The first communication program -02, the first communication program-03, the first communication program-04, and the first communication program -05.

Table 1

编号Numbering	通讯程序2的名称The name of the communication program 2	电话号码 telephone number
11	第1通讯程序-011st communication program-01	0910-881-0010910-881-001
22	第1通讯程序-021st communication program-02	0910-881-0020910-881-002
33	第1通讯程序-031st communication program-03	0910-881-0030910-881-003
44	第1通讯程序-041st communication program-04	0910-881-0040910-881-004
55	第1通讯程序-051st communication program-05	0910-881-0050910-881-005

2 and 3, which are schematic diagrams of the operation interface 13 of the multi-line type mobile communication device 1 of the present invention. After editing as described above, the user can know the respective communication programs 2 from the operation graphics. For example, when the first terminal selects the "first communication program-01", the control circuit 14 instructs the access controller 123 to switch to the subscriber identity module slot 121 of the number 1, and the multi-line type mobile communication device 1 You will be logged in with the number 1 identifier and operate "1st Communication Program-01". In addition, the control circuit 14 The telephone numbers of access numbers 1 to 5 can also be switched alternately to provide communication procedures 2 for "1st communication program-01" to "1st communication program-05" for verification.

Referring to FIG. 5, the control circuit 14 can also be provided with a plurality of different communication programs 2 of different program categories (for example, two sets of LINE TM and three sets of WeChat TM communication programs 2) to achieve the goal of multi-line communication. The control circuit 14 can also edit the names according to the program type of each communication program 2: {1st communication program-01, 1st communication program-02}, and {2nd communication program-01, 2nd communication program-02 , the second communication program -03}.

Table 2

编号Numbering	通讯程序2的名称The name of the communication program 2	电话号码 telephone number
11	第1通讯程序-011st communication program-01	0910-881-0010910-881-001
22	第1通讯程序-021st communication program-02	0910-881-0020910-881-002
33	第2通讯程序-012nd communication program-01	0933-325-0010933-325-001
44	第2通讯程序-022nd communication program-02	0933-325-0020933-325-002
55	第2通讯程序-032nd communication program-03	0933-325-0030933-325-003

Please refer to Table 3, because part of the communication program 2 will access the machine code for verification when it is executed. Therefore, when the communication program 2 issues an authentication request to the operating system, the operating system accesses the memory code 122 via the control circuit 14 and the access controller 123, and accesses the corresponding machine code value to provide the communication program 2 for verification. Since the present invention accesses the machine code to the machine code storage memory 122 of the hardware structure, the communication program 2 cannot distinguish the machine code in the access code storage memory 122 from the access device in the conventional technology communication device. The difference in code can be effectively verified by the communication program 2.

table 3

编号Numbering	通讯程序2之名称Name of communication program 2	电话号码telephone number		机码Machine code
11	第1通讯程序-011st communication program-01	0910-881-0010910-881-001	12457-82554-8101212457-82554-81012
22	第1通讯程序-021st communication program-02	0910-881-0020910-881-002	35416-00654-2314535416-00654-23145

33	第1通讯程序-031st communication program-03	0933-325-0010933-325-001	54120-51247-6521854120-51247-65218
44	第1通讯程序-041st communication program-04	0933-325-0020933-325-002	54720-33210-5521054720-33210-55210
55	第1通讯程序-051st communication program-05	0933-325-0030933-325-003	33214-78901-6475133214-78901-64751

Referring to FIG. 6 to FIG. 8 , the multi-line type mobile communication device 1 can be a tablet computer with mobile communication function ( FIG. 6 ), a notebook computer ( FIG. 7 ), or a network, in addition to an enabled mobile phone. Implementation device of the telephone (Fig. 8).

The multi-line type mobile communication device 1 as a VoIP phone has an Internet function and a video function. To this end, the multi-line type mobile communication device 1 further includes an Internet communication interface (not shown) connected to the control circuit 14, a camera (not shown), and a display (not shown), and the control circuit 14 selects The control circuit 14 also enables the camera and the display to perform the video function via the Internet communication interface or via the subscriber identity module card and the wireless transceiver circuit 11. The Internet interface can be implemented via a network line interface (eg, RJ45), or a wireless network card (eg, Wi-Fi).

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and is not intended to limit the scope of the present invention, and equivalent embodiments or modifications that do not depart from the technical spirit of the present invention should be included in the present invention. In the scope of the patent.

Claims

A multi-line type mobile communication device, comprising:

Wireless transceiver circuit for providing wireless communication connection operation;

System memory, comprising an operating system and a plurality of communication programs for which identification and verification are required, wherein the communication program presents an identification request under execution;

An identifier extraction circuit comprising:

a plurality of subscriber identity module slots for setting a plurality of subscriber identity module cards;

Accessing a controller, connecting the subscriber identity module slot;

a control circuit connecting the wireless transceiver circuit, the system memory, and the identifier extraction circuit, the control circuit further executing the operating system, and providing the communication program through the access control according to the identification request Switching to the specified subscriber identity module slot to access the specified subscriber identity module card for identification verification, and providing the communication program for identifying and verifying the wireless transceiver circuit to configure multi-wire communication operation.
A multi-line type mobile communication device according to claim 1, wherein said control circuit further sets a name of said communication program belonging to the same program type.
A multi-line type mobile communication device according to claim 2, wherein said control circuit further sets names in order of said communication programs belonging to the same program type.
The multi-line type mobile communication device according to claim 1, wherein said control circuit further executes said communication program in turn during an interval.
The multi-line type mobile communication device according to claim 1, wherein said access controller further connects said subscriber identity module slot via a switch.
The multi-line type mobile communication device according to claim 5, wherein said access controller further enables said switch to switch during a interval to switch connection of said subscriber identity module slot.
The multi-line type mobile communication device according to claim 5, wherein said switch is selectable as at least one of a multiplexer, a demultiplexer, a one-to-many switch, or a three-state gate. .
A multi-line type mobile communication device according to claim 1, wherein said identifier extraction circuit further comprises a code storage memory for storing a plurality of machine code values, wherein said identifier extraction circuit is connected to said An access controller; wherein the control circuit executes the operating system, and provides the communication program according to the identification request to access the code storage memory through the access controller to access the specified machine The code value is subjected to identification verification, and the communication program is provided to operate the wireless transceiver circuit by the identification verification to configure a multi-line communication job.
The multi-line type mobile communication device according to claim 1, wherein the system memory further comprises a plurality of sub-operating systems, and the operating system further sets the communication program to the sub-operating system via a virtual machine. in.
The multi-line type mobile communication device according to claim 1, wherein the multi-line type mobile communication device is a network telephone having an Internet function and a video function, and the multi-line type mobile communication device further includes An Internet communication interface, a camera, and a display connected to the control circuit, wherein the control circuit selects a network connection via the Internet communication interface, or performs network connection via the user identification module card and the wireless transceiver circuit, and the control circuit further The camera and the display can be implemented to perform the video function.