JPH11275251A - Telephone set with license card data input device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To remotely input the data of a license card through a telephone set. SOLUTION: This invention is composed of a telephone set 100 with license card data input device and a license card 3, the license card can read data from the outside by radio and the telephone set 100 with license card data input device accesses the license card based on a command from the other side of a telephone line, reads data by radio, extracts the requested data and outputs them to the telephone line.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a telephone, and more particularly to a telephone having a read / write device for an IC card having a built-in CPU circuit.

[0002]

2. Description of the Related Art Recently, an IC card is provided with a non-volatile memory for storing characters, codes (hereinafter referred to as ID codes), telephone numbers, algorithms, various flags, security codes, and the like, which can identify an owner. There is a built-in transceiver that can communicate with radio waves. Furthermore, the use of IC cards is expected to be widespread in the future as automobile driver licenses are converted to IC cards. Below I
An IC card type license on which a D code is recorded, and a license having a similar configuration are called a license card.

Conventionally, in a service using a telephone line, an information providing device of a service company connected to the telephone line sends guidance when a user terminal (telephone, facsimile, personal computer, etc.) receives a call, and a user ID is provided. It is designed to receive codes and passwords. The user who listens to the guidance operates the dial keys, etc.
Enter D code and PIN. At this time, even when a device for reading card information is provided in the user terminal, the user operates the terminal to read his / her own ID code and personal identification number from the card and transmit it to the information providing device.

[0004]

However, the user is not
In order to input the D code and the personal identification number, it is necessary to refer to a memo or memorize it. In addition, an input error or an operation error occurs in dial key operation, and it is not possible to smoothly transfer necessary data. Furthermore, there was no way to confirm the input data than relying on the voice guidance of the other party.

In the present invention, a license card type I
Provides a device that accurately transmits data required by a service company in a service using a telephone line, such as inputting an ID code and a personal identification number, using a C card, without requiring a user to perform a troublesome operation. The purpose is to do.

[0006]

A telephone with a license card data input device according to the first aspect transmits and receives data via a telephone line, and furthermore, when transmitting data, uses a DTMF, pulse, digital signal or analog signal format. Means for converting to a signal, etc., means for inputting / outputting a request signal from the other party, transmission / reception data, guidance display information, external input information, and means for displaying a request signal from the other party, transmission / reception data, operation status Means for extracting the requested data, means for decrypting the encrypted data in the card, means for storing the read data in the card,
The gist is to have means for controlling the whole telephone and means for reading and writing data from and to the IC card.

The telephone with the license card data input device according to the second aspect is characterized in that the telephone with the license card data input device is provided with input means for allowing a user to read the card, transmit the data, and further externally specify the data transmission format. Can be transmitted even when there is no data request signal.

[0008]

FIG. 1 shows a telephone 1 with a license card data input device as an embodiment showing an example of the present invention.
FIG. 6 is a block diagram showing the configuration of the 00, and FIG. Telephone 1 with license card data input device
Reference numeral 00 has an appearance as shown in FIG. 6 and includes a transmission / reception unit 2, a dial unit 3, operation buttons 7, a display device 8, and a control device 102. Control device 10
2 is housed inside the main body 104.

As shown in FIG. 1, the control device 102 includes a modem 1, an input / output interface 4, a data extraction unit 5, a scramble decoder 6, a memory device 9, a memory interface 10, a RAM 11, ,
ROM 12, CPU 13, input interface 1
4, an output interface 15, a modulator 16,
It includes a transmitter 17, a demodulator 18, a receiver 19, a receiving antenna 20, and a transmitting antenna 21. The modem 1 is connected to the telephone line 83A,
A, the transmission / reception unit 2, the dial unit 3, and the input / output interface 4 exchange data. As the data transfer format, DTMF, pulse, digital signal, analog signal, or the like is used. The input / output interface 4 is connected to the modulation / demodulation device 11, the operation buttons 7, and the display device 8, inputs data from these, and outputs data to them. For example, input / output of a request signal from the other party, transmission / reception data, guidance display information, and external input information is performed. The display device 8 displays a request signal and operation status from the other party. The data extraction unit 5 extracts the requested data. The scramble decoder 6 decrypts the encrypted data in the card. The memory device 9 stores the read data in the card, and the memory interface 10 stores the data in the memory device 9.
Input / output data to / from CPU 13, RAM 11,
The ROM 12 performs detection of a data request signal, reading and writing of card data, output to the display device 8, and the like. The output interface 15 includes a modulation device 16 for transmitting control data and power to the license card, a transmitter 17, and a transmission device. Data is output to the antenna 21, and the input interface 14 receives data from the receiving antenna 20, the receiver 19, and the demodulator 18 that read data from the license card.

The operation button 7 has a license card data transmission always-on standby button 7A. By operating the license card data transmission always-on standby button 7A, a process (not shown) is started by the CPU 13 and the transmitter 1
7 and the receiver 19 are always operating. Thereby, the transmitter 17 transmits the control data and the electric power to the periphery of the main body 104 via the transmission antenna 21. The receiver 19
The system is in a state of always waiting for input of data from the license card via the receiving antenna 20. The receiver 19
When receiving what is considered to be data from the license card, a data reception signal SD is input to the input interface 14.
Output to

A data request signal sent from the other party in a talking state is sent from the modem 1 to the input / output interface 4. When the data request signal is detected, the telephone 100 with the license card data input device requests the user to present the license card or the IC card by voice or the display device 8. The telephone 100 with the license card data input device is provided with a license card or IC
The data transmitted from the card is received by the receiver 19 using the receiving antenna 20. This data is sent to the demodulator 18
After being demodulated, the data is input from the input interface 14, and after arithmetic processing, is stored in the memory device 9 via the memory interface 10. Next, the telephone 100 with the license card data input device sends a control signal to the scramble decryption device 6 and uses the encryption key in the data transmission request signal to transmit a license card or IC card stored in the memory device 9. Decode the read data.
Further, a control signal is sent to the data extraction unit 5 to extract required data based on the data request signal. The extracted data is sent from the input / output interface 4 to the modem 1, converted into the data format in the data request signal, and sent out.

FIG. 10 is a front view of the license card 300 and an explanatory diagram of a memory map. The license card 300 has a business card-like appearance, and license data and a face photograph 302 (not shown) are formed on the front surface 300A.
FIG. 11 is a block diagram of the license card 300.
The license card 300 includes a transmitting antenna d1, a transmitter d2, an output interface d3, and a control device d4.
, A license card area, a nonvolatile memory d5 including several user areas, an input interface d6, a receiver / power supply device d7, and a receiving loop antenna d8.

The memory d5 has a license card area d5.
A and a user area d5B. Memory d5
Has an ID code area d5A1, a license data area d5A2, and a personal data area d5A3 such as an address and a name in the license card area d5A, as shown in FIG. 10B. It also has several user areas d5B that can be used freely by the user.

The license card 300 is used as a driver's license for visual presentation as in the prior art, and is wirelessly data-linked by a license card terminal (not shown) to output license data to the terminal. The data link with the terminal
The transmission is performed by the well-known wireless data exchange method by the transmission antenna d1 and the reception loop antenna d8.

FIG. 8 is an explanatory diagram of the communication line network 83. The communication line network 83 is connected to the telephone 100 with the license card data input device via the telephone line 83A, and is also connected to the service company 82. Service Company 8
2 is a generic name for companies that provide mail order and various member services.

FIG. 9 is a flowchart of the service company process. This process indicates a process executed by the service company 82. When the user calls the service company 82 using the telephone 100 with the license card data input device, the process starts. First, a telephone connection state is established (91). It is determined whether data has been requested in the telephone connection state (92). The determination of the data request is made here by a telephone operator (not shown) receiving a telephone call in the service company 82. When the telephone operator is automated by an electronic system, a telephone operator computer (not shown) requests data. The data request is made when the identity information, the identity information, the identity security, etc. of the user who made the call are required.

For example, it is output when there is an application for purchase of a product. If no data request is made, this routine is temporarily terminated. When data is requested, first the request data is selected (93), and then the request data is transmitted (94). In the selection of request data, the type and range of data requested for the license card 300 are selected. For example, an ID code, date of birth, first and last name, current address, permanent address, work place, spouse's name, and asset contents are requested. In the transmission of the request data, the request data is transmitted to the telephone 100 with the license card data input device that is currently talking. The transmission of the request data is performed in a standardized data format.

Next, data is received (95). In the data reception, data returned from the telephone 100 with the license card data input device is received. The returned data corresponds to the requested data. For example, an ID code extracted from data stored in the memory d5 of the license card 300, date of birth, first and last name, current address, permanent domicile, work place, spouse's name, and asset contents And

Next, it is determined whether data has been received (96). In determining whether data has been received, it is determined whether data matching the request data has been output from the license card 300 and returned via the telephone 100 with the license card data input device. When the data reception is confirmed, the data is output next (97), and this routine ends. If the data reception cannot be confirmed, the process is temporarily terminated. The output of the data is performed for the data requested in step 92. For example, the data is output to a communication interface buffer of a not-shown mail order confirmation computer. Thereby, the mail order receiving order confirmation computer receives the data corresponding to the request data, executes the order receiving confirmation processing, and completes.

FIG. 2 is a flowchart of an IC card type discrimination processing routine. This process is started by the CPU 13 every time a data reception signal SD indicating that the receiver 19 has received data from the license card 300 is generated. When this routine is started, first, the card reading data is input (step 10).
0, the description of the steps is omitted hereafter. ). In the data input, the data transmitted from the license card 300 input by the receiving antenna 20 is received by the receiver 19,
Then, the data is decoded by the demodulator 18 and stored in the reception data area 11A of the RAM 11 via the input interface 14. Next, IC card type extraction is performed (110). In the IC card type extraction, the type of the license card 300 that transmitted the data is extracted based on the data stored in the reception data area 11A. This extraction is executed by an unillustrated extraction processing routine. For example, license card 3
00 is a format that has only the license data issued by the Public Security Commission, or a format that stores both the license data issued by the Public Security Commission and the account and member data of the commercial bank, It extracts data such as a certificate or a club membership card and extracts the format of output data.

Next, an IC card type output is performed (120). The output is executed to the IC card type storage area 11B in the RAM 11. FIG. 3 is a flowchart of the control code generation processing routine. This process is started by the CPU 13 every predetermined time.
Here, it is activated by a time interruption process every 8 milliseconds.

First, a data request signal input process is executed (200). In this process, a process of receiving the request data transmitted by the request data transmission process in step 94 of the service company process shown in FIG. 9 is performed. For reception, telephone line 83A, modem 1, input / output interface 4
Are sequentially performed by a reception processing and decoding processing routine (not shown). Next, it is determined whether there is a data request (210). If there is no data transmission request, the process is temporarily terminated. If there is a request for data transmission, an IC card type input process is performed (220). The IC card type is the IC card type storage area 1 in the RAM 11.
This is performed by reading the 1B data.

Next, control code generation processing for a scramble decoder is performed (230), and then control code generation processing for a data extraction unit is performed (240), and control codes are output (250). The control code for the scramble decoder and the control code for the data extraction unit are created according to the IC card type based on the request data.

The output is performed to the control code storage area 11C for the scramble decoder and the data extraction unit control code storage area 11D in the RAM 11. FIG.
Is a flowchart of a scramble decoder processing routine. This process is subsequently activated after the execution of the control code generation process of FIG.

First, a control code input process is performed (3).
00). The control code is input from the control code storage area 11C for the scramble decoder. Next, a card read data input process is performed (310). Data is input from the reception data area 11A.

Next, it is determined whether or not scramble decoding is performed (3).
20). The determination of the scramble composite is made based on the read data of the card based on the control code. If there is no need for scramble decoding, the process is temporarily terminated. When decryption is necessary, the read data from the card is decrypted (330), and processing for outputting the decrypted read data is performed (340). The decoding of the read data is performed by outputting the read data and the control code to the scramble decoder 6. In the scramble decoder 6, predetermined decoding processing is executed by built-in scramble decoding logic.

The decoded read data is output to a decoded data storage area 11E in the RAM 11. FIG. 5 is a flowchart of a data extraction unit processing routine. This process is started after the execution of the scramble decoder process of FIG.

First, control code input processing is performed (4).
00). The control code is input from the data extraction unit control code storage area 11D. Next, a card read data input process is performed (410). Data is input from the reception data area 11A and the decoded data storage area 11E.

Next, it is determined whether data is to be extracted (42).
0). The determination as to whether to extract data is made based on the read data of the card based on the control code. If there is no need to extract data, the process is temporarily terminated. When data extraction is required, data extraction processing is performed (430), and data output processing is performed (440). Data extraction is performed by outputting read data and a control code to the data extraction unit 5. The data extraction unit 5 executes a predetermined data extraction process by a built-in data extraction logic.

The extracted read data is stored in the memory device 9 in the RAM 11 by data output processing.
The data stored in the memory device 9 is read out by a transmission processing routine (not shown) and transmitted to the service company 82 via the telephone line 83A.

By the above-described data extraction unit processing,
Data corresponding to the request from the service company 82 is read from the license card 300, stored in the memory device 9, and then transmitted to the service company 82. The data request signal can be sent not only by the data request signal from the service company 82 connected via the telephone line 83A but also by operating the operation button 7 by the user.

FIG. 12 is a flowchart of an IC card processing routine. This processing is performed by the license card 300
Is started at predetermined time intervals by the control device d4. Here, when power is supplied from the power supply device d7 attached to the receiver d7, the control device d4 starts operating, and is activated by time interruption every 8 milliseconds.

First, it is determined whether the power is established (e1). If the power has not been established, the process is temporarily terminated. When power is established, data input is performed (e2).
For data input, data received by the receiver d7 is input via the input / output interface d6. Next, a decryption process is performed (e3). The decryption processing is executed by a prescribed decryption logic by a decryption processing routine (not shown).

Next, a security check process is performed (e4). The security check is performed by a prescribed security check processing logic. Check OK
If so, the request data is prepared (e5), and data transmission is executed (e6). Preparation of request data is performed by a predetermined logic. Data transmission is performed by the output interface d3, the transmitter d2, and the transmission antenna d1.

By the above-described IC card processing, the data requested from the license card 300 can be wirelessly output. At this time, a predetermined security level can be ensured and data can be customized. With the configuration up to the IC card processing routine described above, the data request of the service company 82 is transmitted to the telephone 100 with the license card data input device via the communication line network 83 and the telephone line 83A. Next, desired data is wirelessly read from the license card 300 by the telephone 100 with the license card data input device, and requested data is extracted from the read data, and transmitted to the service company 82 via the telephone line 83A. Transmitted. The service company 82 can obtain data corresponding to the requested data from the returned data.

Thus, since the process from the data request to the return is all performed by the data processing technology by the computer, a complicated and large amount of data exchange such as data compression and scrambling or security check technology is required. Can be automatically and reliably performed. Therefore, in addition to eliminating manual data entry and labor and errors, high security that cannot be realized by manual data exchange, confidentiality, protection, convenience, accuracy, and certainty This is an extremely excellent effect that can be achieved together.

FIG. 13 is a flowchart of the membership application process. This processing indicates processing performed by the service company 82. Service company 82 to which membership application applies
As a member, you can sign up for Sarah Gold, join the mail order service, or join various members.

If the service company 82 does not request the ID code at the time of joining (51), the joining procedure is performed as it is (56), and the process is terminated. When the service company 82 requests the ID code (51), it transmits a request signal to the telephone 100 with the license card data input device (5).
2). Next, when the service company 82 needs a credit check, a credit check process is performed (54), and when the credit check is completed (55), an enrollment procedure is performed (56). If the credit check is not completed (55), the process is terminated. If no credit confirmation is requested, the received ID code is input to the request signal (57), and the input is confirmed (58). If the confirmation is obtained, personal data is extracted from the ID code. (59), and perform an enrollment procedure (56). If the ID code cannot be confirmed, the process ends.

According to the above-described membership application process, when a membership application is made by telephone, when the membership application is matched, it is determined whether a credit inquiry other than the license card 300 is necessary. If necessary, a credit check is performed by an external research institution or a credit check computer, etc., and then processing for transitioning to the enrollment procedure is executed. Only the credit information based on the data stored in the license card 300 is used. The process of obtaining data and performing an enrollment procedure can be performed automatically.

As a result, the enrollment process can be automated, and the credit check and the collection of personal data of the enrollee can be automatically performed. This is an extremely excellent effect that the performance and the man-hour reduction can be achieved at the same time.

FIG. 14 is a flowchart of a usage application processing routine. Applies to hall use, vehicle use, and various reservations. If the service company 82 does not request the ID code at the time of the use application (61), the use procedure is performed as it is (66), and the process is terminated. Service company 82 is I
When requesting the D code (61), a request signal is transmitted to the telephone 100 with the license card data input device (62). Next, when the service company 82 needs a credit check, a credit check process is performed (64), and when the credit check is completed (65), a use procedure is performed (66). If the credit check is not completed (65), the process is terminated. If the credit confirmation is not requested, the received ID code is input to the request signal (67), and the input is confirmed (68).
If confirmation is obtained, personal data is extracted from the ID code (69), and a usage procedure is performed (66). I
If the D code cannot be confirmed, the process ends.

According to the use application process described above, when a use application is made by telephone, when the use application is matched, it is determined whether a credit inquiry other than the license card 300 is necessary. If necessary, a credit check is performed by an external research institution or a credit check computer, and then processing for shifting to a use procedure is executed. Also, personal trust information only based on data stored in the license card 300 is used. The process of obtaining data and performing a use procedure can be performed automatically.

As a result, the use processing procedure is automated, and the credit check and the collection of the user's personal data can be automatically performed. This provides an extremely excellent effect that safety and man-hour reduction can be achieved at the same time.

FIG. 15 is a flowchart of an order receiving processing routine. Apply to product and work order processing. If the service company 82 does not request the ID code at the time of receiving the order (71), the order procedure is performed as it is (76), and the process is terminated. When the service company 82 requests an ID code (71), a request signal is transmitted to the telephone 100 with the license card data input device (72). Next, when the service company 82 needs a credit check, a credit check process is performed (74), and when the credit check is completed (75), the order is continued (76). If credit check is not completed (75)
The process ends. If a credit check is not requested, the received ID code is input to the request signal (77),
The input is confirmed (78), and if confirmed, personal data is extracted from the ID code (79) and an order receiving procedure is performed (76). If the ID code cannot be confirmed, the process ends.

According to the order receiving process described above, when an order is placed by telephone, it is determined whether or not a credit inquiry other than the license card 300 is necessary when the order is matched.
If a credit inquiry is required, a credit check is performed by an external research institution or a credit check computer, and then processing for shifting to an order receiving procedure is executed.
It is possible to automatically perform a process of obtaining personal data and performing an order receiving procedure using only the credit information based on the data stored in “0”.

As a result, the order receiving procedure can be automated, and the credit check and the collection of the orderer's personal data can be performed automatically, so that the procedure involved in the order receiving process can be expedited, and the reliability and security can be improved. And an extremely excellent effect that the reduction in the number of steps can be achieved at the same time.

FIG. 16 is a flowchart of a credit confirmation processing routine. The above application for membership, application for use,
Credit confirmation steps 54, 64, 7 during order acceptance procedure
4 is shown in detail. First, the user inputs the requested ID code (b1) and confirms the input (b2). If the input cannot be confirmed, the process ends. If the input is confirmed, the credit search database is searched based on the ID code (b3). Examples of the method include a method using an ID code credit check database, a method using a service company's own database, a method using a check company database, and the like. Next, personal data is extracted from the ID code (b4), and the credit status is determined (b5). Finally, the personal data and the result of the credit judgment are output (b6).

According to the credit check processing routine, the credit check can be automatically and quickly performed using an external organization or a computer, and the speed, accuracy, confidentiality, and man-hour can be increased. This is an extremely excellent effect that it can be achieved with the reduction of the temperature.

FIG. 7 is an external view of a telephone 200 with a license card data input device. The telephone 200 with the license card data input device has substantially the same structure as the telephone 100 with the license card data input device, except that a license card slot 202 is provided in the main body 204 and the license card 400 inserted from the license card slot 202 is inserted. Then, data writing and reading are performed by the contact. License card 400
Includes a data terminal contact 402.

The telephone 200 with a license card data input device is provided with both a license card 300 for inputting and outputting data only wirelessly and a license card 400 also having a configuration for inputting and outputting data by contact. Can be written and read, and has extremely high versatility.

[0051]

According to the first aspect of the present invention, the telephone 200 with a license card data input device transmits data required by the service company such as an ID code, personal data, and various user data from the contents of the IC card by a data request signal from the service company. Since it can be extracted and transmitted, the user can submit personal information by a simple operation of presenting the IC card beside the telephone according to the guidance from the telephone, which is an extremely excellent effect of high convenience. . In addition, accurate information can be transmitted, and complicated information such as a user's name and address, which has been difficult to dial, can be transmitted. In addition, in order for the phone to automatically send the required data based on the data request signal from the service company,
The user can submit the data in a short time, and can visually confirm the requested data and the transmitted data on the display device provided in the telephone, so that it is possible to easily find an error.

The telephone 200 with the license card data input device according to the second aspect has an extremely excellent effect that it can transmit data from itself, can be used for various purposes, and is highly convenient.

[Brief description of the drawings]

FIG. 1 is a block diagram showing the structure of a telephone set 100 with a license card data input device according to an embodiment.

FIG. 2 is a flowchart of an IC card type determination process.

FIG. 3 is a flowchart of a control code generation process.

FIG. 4 is a flowchart of a scramble decoder processing.

FIG. 5 is a flowchart of a data extraction unit process.

FIG. 6 is a telephone 10 with a license card data input device.
FIG.

FIG. 7 is a telephone 20 with a license card data input device.
FIG.

FIG. 8 is an explanatory diagram of a communication network 83.

FIG. 9 is a flowchart of a service company process.

FIG. 10 is a front view of a license card 300 and a memory map.

FIG. 11 is a block diagram showing a configuration of a license card 300.

FIG. 12 is a flowchart of an IC card process.

FIG. 13 is a flowchart of a membership application process.

FIG. 14 is a flowchart of a use application process.

FIG. 15 is a flowchart of an order receiving process.

FIG. 16 is a flowchart of a credit confirmation process.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Modulator / demodulator 4 ... Input / output interface 5 ... Data extraction unit 6 ... Scramble decoder 7 ... Operation button 8 ... Display device 9 ... Memory device 10 ... Memory interface 11 ... RAM 12 ... ROM 13 ... CPU 14 ... Input interface 15 ... Output interface 16 Modulator 17 Transmitter 18 Demodulator 19 Receiver 20 Receiving antenna 21 Transmitting antenna 83A Telephone line 100 Telephone with license card data input device 200 Telephone with license card data input device 300 License card 400 ... License card

Claims (2)

[Claims] (1) transmitting and receiving data via a telephone line;
Further, means for converting the data format into DTMF, pulse, digital signal, analog signal, etc. at the time of data transmission, and means for inputting / outputting a request signal from the other party, transmission / reception data, guidance display information, and external input information. Means for displaying a request signal from the other party, transmission / reception data, operation status, means for extracting requested data, means for decrypting encrypted data in the card, and data in the read card. , A means for controlling the entire telephone set, and a means for reading and writing data from and to the IC card. 2. The user reads a card and sends data,
2. The telephone with a license card data input device according to claim 1, further comprising input means for externally instructing a data transmission format.