TWI827504B - Call system and call method using alternative user identification module - Google Patents

Abstract

The invention provides a communication system using a substitute user identification module, including a first transceiver The unit stores the first identification data and the second identification data associated with the second transceiver unit. The first transceiver unit further includes: an application configured to encode the second identification data to add segment data, wherein the first transceiver unit Send a communication request based on the first identification data and the encoded second identification data; and a specific identification data processing system that receives the first identification data and the encoded second identification data based on the segment data; wherein the specific identification data processing system is based on association Adaptively convert the first identification data into alternative identification data, and establish a communication connection between the first transceiver unit and the second transceiver unit based on the alternative identification data and the second identification data, wherein the alternative identification data is used to present as the originator identification In the second transceiver unit, leakage of the first identification data is thereby prevented.

Description

Call system and call method using alternative user identification module

The present invention relates to a call system and a call method, in particular to a call system and a call method that use a substitute user identification module to establish a communication connection.

Since the popularization of mobile communication technology, it has provided communication convenience. Users can apply for a Subscriber Identity Module Card (SIM card) to load the SIM card on a mobile communication device (for example, (mobile phones, tablets), so that they can establish communication with other people’s mobile communication devices through telecommunications networks, so that they can communicate anytime and anywhere.

However, the SIM card records the user's personal information (such as phone number). If the personal information is collected by a third party, the SIM card user can easily be harassed by marketing companies or fraud groups. In particular, when users must leave personal information (such as phone numbers) with a specific organization (such as car insurance, residence insurance, etc.), there is no way to ensure that the specific organization will not leak the personal information.

In view of the above deficiencies, one idea of the present invention is to provide the user with an alternative user identification module to replace the original user identification module during the process of establishing a communication connection.

In order to achieve the above object, the present invention provides a communication system using a substitute user identification module, including: a first transceiver unit, storing a first identification data and a second identification data associated with a second transceiver unit, the first transceiver unit A transceiver unit further includes: an application configured to encode the second identification data to add a segment of data, wherein the first transceiver unit sends based on the first identification data and the encoded second identification data. Communication request; and a specific identification data processing system that receives the first identification data and the encoded second identification data based on the segment data; wherein the specific identification data processing system uses the first identification data based on a correlation Convert into a substitute identification data, and establish a communication connection between the first transceiver unit and the second transceiver unit based on the substitute identification data and the second identification data, wherein the substitute identification data is used as the originator identification to be presented in The second transceiver unit thereby prevents the first identification data from being leaked.

In a specific embodiment, the specific identification data processing system determines a usage condition of the substitute identification data based on a setting operation of the application. The specific identification data processing system determines the establishment of a communication connection between the first transceiver unit and the second transceiver unit based on the usage conditions, wherein the usage conditions include a usage time of the alternative identification data, a time of use of the alternative identification data, and a usage time of the alternative identification data. A usage authority, and at least one of blocking establishment of a communication connection with the first transceiver unit based on the second identification data.

In one embodiment, the segment data is associated with an area code that does not overlap with an assigned telephone area code.

In a specific embodiment, the correlation includes a plurality of alternative identification data associated with the first identification data, wherein the first identification data includes a code data, and the specific identification data processing system is based on the code data, thereby Select one of the plurality of alternative identification data.

In order to achieve the above object, the present invention provides a call method using an alternative user identification module, including: inputting a second identification data associated with a second transceiver unit in a first transceiver unit and passing the second identification data through a new Add a segment data and encode it; the first transceiver unit sends a communication request based on a first identification data of the first transceiver unit and the encoded second identification data; a specific identification data processing system, based on the The segment data receives the first identification data and the encoded second identification data; and the specific identification data processing system converts the first identification data into an alternative identification data based on a correlation, and based on the alternative identification data and The second identification data establishes a communication connection between the first transceiver unit and the second transceiver unit, wherein the alternative identification data is used as the source identification to be presented to the second transceiver unit, thereby avoiding the first identification Data leakage.

In a specific embodiment, it further includes providing a usage condition associated with the alternative identification data, which is used to determine the establishment of a communication connection between the first transceiver unit and the second transceiver unit, wherein the usage condition at least includes the alternative A usage time of the identification data, a usage authority of the substitute identification data, and one of blocking establishment of a communication connection with the first transceiver unit based on the second identification data.

In a specific embodiment, the correlation includes a plurality of alternative identification data associated with the first identification data.

10:System

110: First transceiver unit

120: Second transceiver unit

130:Identification data processing system

20:System

210: First transceiver unit

220: Second transceiver unit

230:Specific identification data processing system

S310~S340: steps

Figure 1 shows a schematic diagram of a traditional user identification module system.

Figure 2 shows a schematic diagram of a system for replacing a user identification module according to the present invention.

Figure 3 shows a step diagram of the method of replacing the user identification module of the present invention.

FIG. 4A shows a schematic diagram of an embodiment of the first identification data and the encoded second identification data in FIG. 2 .

FIG. 4B shows a schematic diagram of an embodiment of alternative identification data in FIG. 2 .

FIG. 4C shows a schematic diagram of an embodiment of the alternative identification data and the second identification data in FIG. 2 .

Please refer to Figure 1 for a schematic diagram of a traditional user identification module system. The traditional user identification module system 10 has a first transceiver unit 110, a second transceiver unit 120 and an identification data processing system 130. The first transceiver unit 110 and the second transceiver unit 120 are mobile communication devices that can be loaded with SIM cards, such as mobile phones, tablets, and laptops. The SIM card records the personal information of a user (telecommunications user). For example, the SIM card is obtained by the user after applying for it from a telecommunications operator, which stores the user's personal information, such as name, address, or copy of ID. Generally speaking, the SIM card records the phone number designated by the telecommunications operator. The identification data processing system 130 includes a switch for identifying and converting call numbers. In the embodiment of the traditional user identification module system 10, when the first transceiver unit 110 sends a communication request to the second transceiver unit 120, or sends a communication request to the identification data processing system 130, the identification data processing system 130 will receive to the communication request, and then starts to establish a communication connection with the second transceiver unit 120 . Specifically, the identification data processing system 130 will be based on a first identification data about the first transceiver unit 110 sent by the first transceiver unit 110 (such as the call number of the first transceiver unit 110) and the information about the second transceiver unit 120. A second identification data (such as the call number of the second transceiver unit 120) is used to identify the source and destination, and then allocates an available communication circuit. Next, the identification data processing system 130 establishes a connection between the source and the destination by allocating communication circuits. After the connection is established (that is, a call is started), the voice signals between the first transceiver unit 110 and the second transceiver unit 120 will be transmitted to the identification data processing system 130 and then forwarded to each other's mobile communication device. , to achieve call communication.

In the above traditional call communication, if the first transceiver unit 110 (for example, the main number A: 0935449500) dials the second transceiver unit 120 (for example, the target number B: 0226681368), the first transceiver unit 110 will display the second transceiver unit 120 The target number B: 0226681368, and the second transceiver unit 120 will display the main number A of the first transceiver unit: 0935449500. However, such mechanisms have recently been frequently collected by intentional third parties for marketing and harassment purposes. Specifically, the second transceiver unit 120 may be a deliberate third party or an automatic dialer. Once the main number A of the first transceiver unit 110 is known to the second transceiver unit 120, it may subsequently be attributed to marketing or fraudulent calls. In the list, the first transceiver unit 110 may later receive various course recommendations, stock software recommendations and other messages. In order to at least prevent this method, the present invention provides a call system and call method using an alternative user identification module, which are described in detail below.

Please refer to FIG. 2 for a schematic diagram of a system for replacing a user identification module according to the present invention. In the first embodiment of the present invention, the system 20 for replacing the user identification module of the present invention includes a first transceiver unit 210, a second transceiver unit 220 and a specific identification data processing system 230. The first transceiver unit includes An application. The specific identification data processing system 230 includes a switch and a server. Telecommunications operators can adjust routing settings so that the switch only receives identification data with segment data (such as area code) and later substituted identification data (such as substitute numbers). ). The switch transmits the received data to the server, and the server converts the received data and controls the usage conditions of the received data. The first transceiver unit 210 can communicate with the server, thereby allowing the user to The application program of the first transceiver unit 210 is operated to set usage conditions in the server corresponding to the alternative identification data applied for by the user.

In step S310 of the present invention, the first transceiver unit 210 encodes the second identification data associated with the second transceiver unit 220 through an application loaded therein to add segment data. In a specific embodiment of the present invention, when the first transceiver unit 210 wants to communicate with the second transceiver unit 220, the user opens an application program on the first transceiver unit 210 and selects the desired alternative in the application program. Identification data (an alternative number that replaces the main door number A, for example, select alternative number 1 among alternative numbers 1 to 3 in Figure 4B), then enter the second identification data of the second transceiver unit 220 in the application, and press Xiatong If so, the application will encode the second identification data at this time. For example, in Figure 4A, the original target number B: 0226681368 will be encoded into the new area code (888) and (code 1).

In step S320, the first transceiver unit 210 sends a communication request based on the first identification data and the encoded second identification data of the first transceiver unit 210. In a specific embodiment of the present invention, after the application program of the first transceiver unit 210 completes the encoding action of step 310, the application program will send a communication request. The communication request at least includes the master number related to the first identification data. A: 0935449500 and the coded second identification data number 88810226681368.

Step S330, a specific identification data processing system 230 receives the first identification data and the encoded second identification data based on the segment data. In a specific embodiment of the present invention, the telecommunications operator sets the route. The communication request is directed to the switch of the specific identification data processing system 230 based on the segment data of the second identification data (eg, area code 888), so that the specific identification data processing system 230 receives the primary number A: 0935449500 with the first identification data and Communication request for the encoded second identifying data number 88810226681368.

In step S340, the specific identification data processing system 230 converts the first identification data into a substitute identification data, and the substitute identification data is used to be presented to the second transceiver unit 220 as the calling user identification. Accordingly, the specific identification data processing system 230 allocates a communication circuit to establish a communication connection between the first transceiver unit 210 and the second transceiver unit 220 . In a specific embodiment of the present invention, the specific identification data processing system 230 selects the code data corresponding to the code data (code 1) based on the code data in the encoded second identification data (for example, the code 1 after the area code 888 in 88810226681368). Substitute identification data (substitute number 1: 0987123001), and based on the second identification data (target number B: 0226681368), establish a communication connection with the second transceiver unit 220, that is, the specific identification data processing system 230 based on the substitute identification data and The second identification data establishes a communication connection with the second transceiver unit 220. Through the technical means of the present invention, only the alternative identification data (such as alternative number 1: 0987123001) will be displayed on the screen of the second transceiver unit 220. The first identification information of the first transceiver unit 210 (such as the main number A: 0935449500) will not be displayed, so the number frequently used by the user of the first transceiver unit 210 will not be collected by a third party and harassed.

Please continue to refer to FIGS. 2 and 3 , and please also refer to the embodiments of FIGS. 4A to 4C for a detailed description of the implementation means of the present invention. In step S310 and as shown in FIG. 4A , the first transceiver unit 210 includes an application program configured to encode the second identification data (eg, target number B: 02268881368 in FIG. 4A ) to add a new Segment data (such as area code 888), the segment data is associated with an area code, and the area code does not overlap with an assigned telephone area code (such as area code 888 in Figure 4A). In the present invention, the assigned area code The telephone area code refers to the area code assigned by the International Telecommunication Union (International Telecommunication Union, ITU), such as the area code 886 assigned to Taiwan.

As in the aforementioned step S320, the first transceiver unit 210 is based on the first identification data of the first transceiver unit 210 (main number A: 0935449500 in Figure 4A) and the encoded second identification data (area code + code in Figure 4A). +Target number B: 88810226681368) sends a communication request.

As in the aforementioned step S330, the communication request will be directed to the specific identification data processing system 230 based on the segment data (eg, area code 888). Since each area code corresponds to an exchange, if the traditional number does not have specific segment data (such as area code 888), the communication request of the traditional number will not be directed to the specific identification data processing system 230, but will be directed to other exchanges. Therefore, the specific identification data processing system 230 of the present invention receives the first identification data and the encoded second identification data based on the segment data (eg, area code 888).

As shown in the aforementioned step S340 and FIG. 4B, the specific identification data processing system 230 pre-stores alternative identification data in response to the needs of the user of the first transceiver unit 210, as well as a correlation between the alternative identification data and the first identification data. In the second specific embodiment of the present invention, the user of the first transceiver unit 210 applies for alternative identification data (such as a set of alternative numbers) from the telecommunications operator, and the telecommunications operator sets and stores it in advance on the server of the specific identification information processing system 230 The alternative identification data (such as alternative number 1: 0987123001) and the first identification data (such as main number A: 0935449500) a correlation. The specific identification data processing system 230 will convert the first identification data (such as the main number A: 0935449500) into the alternative identification data (such as the alternative number 1: 0987123001) based on the correlation, and then, as shown in Figure 4C, the specific identification data The processing system 230 further sends a communication request to the second transceiver unit 220 based on the alternative identification data (such as alternative number 1: 0987123001) and the second identification data (such as target number B: 0226681368), so that the first transceiver unit and the second transceiver unit To establish a communication connection, the difference between this embodiment and the first embodiment is that the step of using code data is omitted.

The operation modes of multiple alternative door numbers are described in detail below. As shown in FIG. 2 and FIG. 4B, in the third embodiment of the present invention, the specific identification data processing system 230 can be based on the needs of the user of the first transceiver unit 210. , is set and stored with the correlation of one or more alternative identification data corresponding to the first identification data (such as alternative number 1: 0987123001; alternative number 2: 0987123002; alternative number 3: 0987123003), and at the same time, the application of the first transceiver unit 210 The one or more alternative identification data and a code data corresponding to the one or more alternative identification data are correspondingly displayed in the program for the user of the first transceiver unit 210 to select. For example, the user selects Select one of the alternative numbers 1: 0987123001, alternative number 2: 0987123002, and alternative number 3: 0987123003 that will be displayed on the app. When the user of the first transceiver unit 210 wants to select another alternative identification data (such as alternative number 2: 0987123002) for communication in the application program, the application program will encode the second identification data, thereby adding an additional number to the second identification data. Code data (such as code 2) and segment data (such as area code 888), and the first transceiver unit 210 will further be based on the first identification data (such as main number A: 0935449500) and the aforementioned encoded second identification data (such as Encoded target number B: 88820226681368) sends a communication request. Then, after receiving the communication request sent by the first identification data and the aforementioned encoded second identification data, the specific identification data processing system 230 further processes the communication request based on the code data (such as code 2) and the aforementioned correlation (such as code 2). Corresponding to the alternative number 2: 0987123002), thereby converting the first identification data (such as the main number A: 0935449500) into other alternative identification data (such as the alternative number 2: 0987123002), and then the specific identification data processing system 230 will further based on the other alternative identification data He substitutes the identification data (such as substitution number 2: 0987123002) and the second identification data (such as target number B: 0226681368) to send a communication request, thereby establishing a communication connection between the first transceiver unit and the second transceiver unit. In the third embodiment, the multiple alternative numbers that the user applies to the telecommunications operator in advance can be randomly generated or assigned special numbers by the telecommunications operator. Therefore, after the application, the multiple alternative numbers are bound to the user.

In a variation of the third embodiment, the user applies for multiple alternative numbers from the telecommunications operator in advance, but does not establish the aforementioned correlation in advance. Specifically, when the user of the first transceiver unit 210 uses an application to input the second identification data of the second transceiver unit 210 and thereby sends a communication request to the specific identification data processing system 230, the specific identification data processing system 230 can be set to random. Generate an alternative identification data (such as alternative number 3: 0987123002) and bind it to the first identification data (such as main number A: 0935449500) to generate an association, and use the alternative identification data to establish communication with the second transceiver unit 220, At this time, the specific identification data processing system 230 will send an update data to update the application program of the first transceiver unit 210. For example, the update data includes a code data (encoding data about code 3) to update the application program so that the application program can be based on the code. The data is used to encode the second identification data, for example, a coding list is created, and the application program of the first transceiver unit 210 will display the second identification data of the second transceiver unit 220 (such as target number B: 0226681368) and the alternative identification data ( Such as alternative number 3: 0987123002), at the same time, the specific identification data processing system 230 will send a communication request based on the second identification data (such as target number B: 0226681368) and the alternative identification data (such as alternative number 3: 0987123002), so that The first transceiver unit 210 establishes communication with the second transceiver unit 220. If the user of the first transceiver unit 210 wants to communicate using other alternative identification data, as described above, while the first transceiver unit 210 establishes communication with the second transceiver unit 220, the specific identification data processing system 230 will send update data. To update the code list of the first transceiver unit 210, the user of the first transceiver unit 210 can select various alternative identification data in the application to establish communication with the second transceiver unit 220.

As mentioned above, the first identification data will be converted into substitute identification data in the specific identification data processing system 230, so the second transceiver unit 220 will only receive the substitute identification data (such as substitute number 2: 0987123002) instead of the first identification data ( For example, the main number A: 0935449500), therefore even if the second transceiver unit 220 belongs to an untrustworthy third party, the first identification information cannot be easily obtained by others. Even when the second transceiver unit 220 or other transceiver units communicate based on the substitute identification data (such as calling back to the first transceiver unit 210 with the substitute number 2: 0987123002), the system of the present invention only connects based on the substitute identification data. Instead of using the first identification data for connection, more specifically, when the second transceiver unit 220 calls back to the first transceiver unit 210 with the alternative number 2: 0987123002, the telecommunications operator will have these alternative identifications by setting the route in advance. The data communication request is directed to the switch in the specific identification data processing system 230. For example, 0987 in the replacement number: 0987123XXX is directed to the switch in the specific identification data processing system 230. The specific identification data processing system 230 then uses the server therein, based on the aforementioned The correlation identifies the address of the first transceiver unit 210 to establish communication with the first transceiver unit 210 . Therefore, the second transceiver unit 220 will only appear to communicate with the alternative identification data (such as alternative number 2: 0987123002), and the application program of the first transceiver unit 210 will appear to communicate with the second identification data of the second transceiver unit 220 (such as Target number B: 0226681368) to communicate. Through the system of the present invention, the first identification data will not be leaked to others in the entire implementation method, which indeed solves the shortcomings of the prior art. Furthermore, the alternative identification data can further control the use conditions of the alternative identification data based on the user's operation ( (Explained below), so that harassing messages or advertisements can be blocked.

Variations of the present invention are described below, specifically referring to conditions for use of alternative identification data. In the present invention, the telecommunications operator can set the specific identification data processing system 230 to provide some permissions for the user of the first transceiver unit 210 to determine the usage conditions of multiple alternative identification data. Specifically, the application program of the first transceiver unit 210 is configured so that the user can set the usage conditions of the alternative identification data. Based on the user's setting operation, the application program will transmit to the specific identification data processing system 230 to process the alternative identification data. Generate usage conditions. The specific identification data processing system 230 is further based on the terms of use software to determine the establishment of the communication connection between the first transceiver unit 210 and the second transceiver unit 220, wherein the usage conditions include a usage time of the alternative identification data, a usage authority of the alternative identification data, and based on the second identification data Block at least one communication connection from being established with the first transceiver unit. For example, the user can use different alternative identification data during working hours from 8 am to 5 pm or on holidays. The user can only turn on alternative number 2 or alternative number 3 in Figure 4B, or the user can set When the second identification data is the target number B, the communication connection between the substitute number and the target number B is not established. Based on the setting of the usage conditions, the second transceiver unit 220 sends a communication request to the specific identification data processing system 230, and the specific identification data processing system 230 will not further send a communication request to the first transceiver unit 210. As described above, the user of the first transceiver unit 210 can switch the usage time of multiple alternative identification data based on his or her own needs, and will not worry about the first identification data (eg, main number A) being collected by others.

In this article, the first identification data or the second identification data are described as telephone numbers. In actual operation, the first identification data or the second identification data further include the following information: call direction (i.e., about the starting end and the terminal). Information), user identification code, connection status, connection time, system messages (such as system failure or maintenance notifications, etc.), but not limited to this.

S310~S340: steps

Claims (11)

A call system using a substitute user identification module, including: a first transceiver unit, storing a first identification data and a second identification data associated with a second transceiver unit, the first transceiver unit further includes: an application A program configured to encode the second identification data to add a segment of data, wherein the first transceiver unit sends a communication request based on the first identification data and the encoded second identification data; and a specific identification data processing The system receives the first identification data and the encoded second identification data based on the segment data; wherein the specific identification data processing system converts the first identification data into a substitute identification data based on a correlation, and based on the substitution The identification data and the second identification data establish a communication connection between the first transceiver unit and the second transceiver unit, wherein the alternative identification data is used as the originator identification and presented to the second transceiver unit, thereby avoiding the The first identifying information was leaked. The communication system as described in claim 1, wherein the specific identification data processing system determines a usage condition of the substitute identification data based on a setting operation of the application. The communication system of claim 2, wherein the specific identification data processing system determines the establishment of the communication connection between the first transceiver unit and the second transceiver unit based on the usage condition. The communication system as described in claim 3, wherein the usage condition includes a usage time of the alternative identification data, a usage authority of the alternative identification data, and blocking the establishment of communication with the first transceiver unit based on the second identification data. Connect at least one of them. The communication system of claim 1, wherein the segment data is associated with an area code that does not overlap with an assigned telephone area code. The communication system of claim 1, wherein the correlation includes a plurality of alternative identification data associated with the first identification data. The communication system of claim 6, wherein the first identification data includes a code data, and the specific identification data processing system selects one of the plurality of alternative identification data based on the code data. A call method using an alternative user identification module, including: inputting a second identification data associated with a second transceiver unit into a first transceiver unit and encoding the second identification data by adding a segment data; The first transceiver unit sends a communication request based on a first identification data of the first transceiver unit and the encoded second identification data; a specific identification data processing system receives the first identification data based on the segment data. and the encoded second identification data; and the specific identification data processing system converts the first identification data into an alternative identification data based on a correlation, and based on the alternative identification data and the second identification data in the first sending and receiving A communication connection is established between the unit and the second transceiver unit, wherein the substitute identification data is used as the calling end identification to be presented to the second transceiver unit, thereby preventing leakage of the first identification data. The call method described in claim 8 further includes: providing a usage condition associated with the alternative identification data, which is used to determine the establishment of a communication connection between the first transceiver unit and the second transceiver unit. The call method as described in claim 9, wherein the usage condition at least includes a usage time of the alternative identification data, a usage authority of the alternative identification data, and blocking the establishment of the first transceiver unit based on the second identification data. One of the communication links. The call method of claim 8, wherein the correlation includes a plurality of alternative identification data associated with the first identification data.