JPS63104557A - Multifunctional telephone set - Google Patents

Abstract

PURPOSE:To enable the input/output of telephone service information, especially to a card, by providing a means for controlling a telephone based on the information inputted with a key operation and the card to execute the telephone service and a means for executing the fetch and the indication of alteration of the prescribed item of individual information. CONSTITUTION:A key pushdown signal is transmitted to a micro processor 4 via a key operation control circuit 7. When the micro processor 4 receives any signal of various kinds of mode set signals, it detects data corresponding to respective mode sets of a memory circuit 5 for control and executes the process according to the contents of the data. For example, when the micro processor 4 receives a 'write' mode signal by pushing down a write mode set key, it outputs a service function accumulated in a card information recording circuit 8 for a while to a card data input/output circuit 13. Thus the service function can be recorded from the card data input/output device 13 to a card 15.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a multifunction telephone, and more particularly to a multifunction telephone capable of inputting and outputting telephone service information to and from a card.

[Conventional technology]

Conventionally, telephone service functions such as speed dialing and charge management that are provided to this type of telephone are either owned by each telephone, or registered and changed by managing the service functions for each telephone within a telephone exchange.

The index etc. are processed by the program.

[Problem that the invention seeks to solve]

In the conventional multi-function telephones mentioned above, the service functions provided to the telephone or the service functions managed and operated by the telephone exchange for each telephone are jointly used by users on the same telephone. Functions cannot be provided to each user.

[Means for solving problems]

The multifunctional telephone of the present invention includes a means for reading and writing information to a card that records personal information including telephone service information, and a means for controlling the telephone based on key operations and information input from at least one of the cards to make calls. means for providing services, means for recording information and storing entered personal information, means for retrieving specific items of personal information and instructing changes, instructing input/output of information to and from cards, and instructing telephone service contents. Equipped with.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

Referring to FIG. 1, the multi-function telephone of this embodiment temporarily stores service functions recorded in the card inside the telephone, performs various service functions recorded on the card according to the information, The telephone is equipped with a microprocessor 4, which controls each input/output circuit inside the telephone and processes input/output information according to data in a control memory circuit 5.

The microprocessor 4 has a numeric keypad 11. Each of the key operation control circuit 7 and card input/output control circuit 9 connected to the mode setting key 12 is monitored via the bus 14 at a predetermined period. When the microprocessor 4 detects an input signal through periodic monitoring, it executes processing corresponding to the input signal according to the contents of the internal data of the control memory circuit 5. The telephone of this embodiment has a numeric keypad 11 that outputs a telephone number for inputting information from the outside and outputting information to the outside, a mode setting key 12 that sets the processing state of the telephone, and a card 15 owned by the user. Card data input/output circuit 13 that performs input/output of internal service functions.
, a card information recording circuit 8 that temporarily stores service functions input from the card 15, and an automatic number sending circuit 3 that sends a telephone number according to instructions from the microprocessor 4.
, and a display panel 10 for visually displaying information regarding service functions temporarily stored in the card information recording circuit 8 based on the data inside the card 15 to the user.

Next, using FIG. 1 and FIG. 2 together, speed dialing, data modification, and writing will be described as an example of service functions. The user uses the card data input/output circuit 13
When the contents of the card 15 that records speed dial information are read, this information is transferred to the card input/output control circuit 9.
reach.

The microprocessor 4 periodically monitors the card input/output control circuit 9, and when it detects input information from the card 15, it temporarily passes the speed dial information input from the card 15 to the card information recording circuit 8 via the bus 14. to accumulate. As shown in FIG. 2, the input information from the card 15 is determined by detecting a function code representing the service function type within the card data at the start address of the input data to determine which service function the information corresponds to.

In order to make a call to the recorded number, the user raises the handset 1, confirms the dial tone from the exchange, and then presses the numeric keypad 11 as "*01#".

The microprocessor 4 periodically monitors the signal sent from the numeric keypad 11 via the key operation control circuit 7, and when it detects a signal from the numeric keypad 11, it accesses the card information recording circuit 8 and temporarily stores the data. The function code in the accumulated service functions is analyzed to determine which type of service function is accumulated.

As a result, when the microprocessor 4 determines that the speed dial information is recorded in the card information recording circuit 8,
Telephone number r03-346- corresponding to r*o1#J, which is speed dial data entered externally by the user.
1134J is indexed from the card information recording circuit 8, the automatic number sending out path 3 is controlled according to this data, and the telephone number is sent to the exchange via the hybrid circuit 2.

The telephone of this embodiment is capable of outputting service functions temporarily stored in the card information recording circuit 8 to the card 15. Card 15 for accumulated service functions
In order to output the image to the user, the user operates the mode setting key 12. The mode setting keys 12 are as shown in detail in FIG.
A reading mode setting key 122 that specifies reading of service functions from the card 15, and a reading mode setting key 122 that specifies reading of service functions from the card 15, and
a write mode setting key 123 for specifying writing to;
Change mode setting key 12 for specifying change or deletion of service function contents temporarily stored in card information recording circuit 8
4. It is comprised of a deletion designation key 125, a data index designation key 127 for designating the index of data recorded in the recording circuit 8, and a mode status display lamp 128 corresponding to each key.

Each key press signal is sent to the microprocessor 4 via the key operation control circuit 7. When the microprocessor 4 receives any of the various mode setting signals described above,
Data corresponding to each mode setting of the control memory circuit 5 is detected, and processing is executed according to the contents. When the microprocessor 4 receives a "write" mode signal caused by pressing the write mode setting key 123, it outputs the service function temporarily stored in the card information recording circuit 8 to the card data input/output circuit 13. As a result, from the card-data input/output device 13 to the card 15
service functions can be recorded. At this time, the microprocessor 4 performs a parity check on the data to be output in order to send the data normally to the card data input/output circuit 13, and if the data has been successfully recorded on the card, the data is sent via the automatic number sending out path 3. generates an intermittent sound.

Further, if an abnormality occurs in data transfer, a continuous tone is generated via the automatic number sending circuit 3.

Furthermore, in the telephone of this embodiment, it is also possible to change the speed dial information temporarily stored in the card information recording circuit 8.

When changing some or all of the temporarily stored data, the user presses the data index designation key 127 of the mode setting keys 12. The microprocessor 4 periodically monitors key press signals sent from the key operation control circuit 7, and when it receives a signal indicating an "index" instruction, it displays a mode status display lamp 1 to notify the user that it is in the index mode.
28 or signal tone. When changing data, the user has two methods: a method in which the user refers to the information in order from the beginning and changes the speed dial information, and a method in which the user changes the speed dial information by calling up a specific speed dial information. First, abbreviated dial information is displayed on the display panel 10 in order from the beginning, and when changing the abbreviated dial information, the user sequentially presses the index designation keys 121 of the mode setting keys 12. When the microprocessor 4 receives this key press signal, it takes out the speed dial information temporarily stored in the card information recording circuit 8 in order from the beginning and outputs it to the takeout display panel 10. If the user wishes to change the displayed information, the user operates the change mode setting key 124 to align the index on the display panel 10 with the data to be changed, and presses the numeric keypad 11 to write new information. When the microprocessor 4 receives a signal from the numeric keypad 11 in the index mode, it temporarily inputs the changed speed dial information into an unused area of the card information recording circuit 8, and updates the memory by pressing the memory update designation key 126. Upon receiving the update signal, the card information recording circuit 8 is updated. On the other hand, if you want to change the calling of a specific speed dial number, press the change specification key 121 and then operate the numeric keypad 11 to change the number you want to output to the display panel 10 (for example, *01#
) is displayed and the data index designation key 127 is pressed. When the microprocessor 4 receives the data index designation signal, it indexes the telephone number indicated by the specific number from the card information recording circuit 8 and outputs it to the display panel 10 via the display control circuit 6. The subsequent change processing is similar to the sequential index processing described above.

〔Effect of the invention〕

As described above, according to the present invention, data processing and services can be selected based on card information for each user. Additionally, if you have the card, you can receive services using a multifunction telephone installed at any location.

[Brief explanation of the drawing]

FIG. 1, FIG. 2, and FIG. 3 are diagrams showing one embodiment of the present invention.

Claims (1)

[Claims] A means for reading and writing information to a card on which personal information including telephone service information is recorded, a means for controlling a telephone and performing telephone service based on information input from key operations and at least one of the cards, and information and means for instructing to retrieve and change specific items of personal information, instructing input/output of information to and from the card, and instructing contents of telephone service. A multi-function phone.