JPS6226960A - Telephone address automatic dial system by transponding card - Google Patents

Abstract

PURPOSE:To attain automatic dial from any telephone set placed nearby by providing a dial TRC, a radio equipment receiving a data from the TRC and outputting a prescribed data and a private branch telephone automatic dialer receiving the data from the radio equipment so as to add easily an automatic dial function to a telephone set used conventionally. CONSTITUTION:When a person carrying a TRC 6 makes a phone call from a telephone set 7 having an identification mark A in an area (1) to Mr. Tanaka, a start button of the TRC 6 is depressed and recognizes that the mark of the telephone set 7 used next is 'A', and inputs 'A' and a symbol 'KT' representing Mr. Tanaka from an input key 6-3. The TRC 6 sends automatically the telephone set referenced by the mark 'KT' and the mark 'A' inputted at first toward an antenna 8. When a TRT 5 receives the data normally, the normal reply is sent together with the 'A' information. The TRC 6 receives the data to complete a series of processing.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to telephone exchange, and particularly to a system for realizing a telephone address auto-dialing function.

(Conventional technology) Even though there are not many people to call frequently, it is inconvenient to dial long digits.
It also causes mistakes. Therefore, speed dialing, in which the telephone numbers of frequently called people are stored in the telephone in advance, and the telephone number can be connected to the other party by simply dialing a shortened number has come into use.

Examples of telephones with a speed dial function that simplifies dialing numbers include NTT Butshuhon,
There are outpulse telephones, etc.

The IM borrowing method of these telephones stores a specific telephone number in the telephone or NTT's computer, and automatically sends the telephone number when the user dials an abbreviation.

(Problem to be Solved by the Invention) However, in order to perform speed dialing, the device with the above configuration requires a specified telephone (in the case of NTT, a subscriber telephone).
is required, and the functionality can only be enjoyed on that phone. Furthermore, the number of registered devices is small (20), and since serial numbers from 0 to 19 are used, it is inconvenient to check with the other party.

The present invention eliminates the problems listed in L and the conventionally used %'I! Transbonding car 1 allows you to speed dial from any phone on 11.
The purpose is to provide an automatic dialing method.

(Means to Solve the Problems) In order to solve the problems listed in item L, the present invention provides a transbonding card for inputting the destination of an IM telephone call, receives data from the transbonding card, and receives the data from the transbonding card. A radio is installed to transfer the data to the private branch exchange and also transmit the received data to the transbond ink car, and the private branch exchange can auto-dial based on the data from the radio. This is how it was done.

(Function) According to the present invention, data from the dial transbonding car (-6) is received by the radio 5, and after confirming the data, the confirmation signal is transmitted to the car 1"64. The data from the radio 5 can be transmitted to the Yokonai telephone auto-dial device to perform speed dialing.

(Example) Hereinafter, an example of the present invention will be described in detail with reference to the drawings.

In addition, here, transformer bonding car 1: (hereinafter referred to as T
RC) and 411 (", a card with a wireless transceiver function added.

FIG. 1 is a block diagram of a telephone address all dialing system using "I'RC" according to the present invention.

In the figure, 1 is an electronic exchange (EPBX), 2 is a processing unit, 3 is a central control I/roll unit W (cRC), 4 is a local control C), 5L: is a wireless a (TPT>, 6i1tTR)
C, 7 is a general telephone set, and 8 is an antenna (8NT).

In this system, each user of the system usually carries one TRC6. Also, the telephones 7 are each connected to the EP B X l in a conventional manner. Furthermore, the telephone 7 has symbols A,
B: S and T are assigned and displayed on the telephone 7 so that the telephone can be identified. Telephone 7 within the area
is covered by fixed stations consisting of LRC4, TPT5, and ANT8, and all of these fixed stations are LA
CRC via N (low force Luerianeso 1 to work) etc.
Connected to 3.

Furthermore, CRC3 is connected to EPBX1.

Next, TRC6 will be explained in detail.

FIG. 2 is a plan view of this TRC.

As shown in the figure, the card body 6-1 includes a display 6-2 for displaying characters and an input key for inputting telephone numbers, etc.
6-3 etc. will be provided.

FIG. 3 is a configuration diagram of the TRC, in which 11 is a control section;
12 is a display section, 13 is a telephone address file section, 14 is a ROM in which communication control procedures are written, and 15 is a RAM for storing data.
3. ROM 14 and RAM 15 constitute memory 21.

, 16 is a transmitter/receiver section, 17 is an antenna, 18 is a key power section, and 19 is a power source section.

As shown in these figures, the control unit 11 that performs data processing and control includes a display unit 12, such as a liquid crystal display, a telephone address file unit 13, a ROM+4, and a RAM 15.
A memory 21 consisting of a transmitting/receiving section 16 and a manual section 18 are connected. Further, the power supply section 19 supplies power to each of these sections.

In addition, this TRC6 has a built-in time 11 part 20,
The usage numbers for each day and hour can be stored in the RAM 15, and the user's telephone usage status can be recorded and used for personal billing. It can also function as a user's telephone directory.

[Application example 1] For example, if a person carrying a Susu TRC6 calls Mr. Tanaka from a telephone number 7 with identification code A in the area, that person presses the "Start" button on the TRC6. Input from Hitokaki-6-3. Knowing that the symbol of the telephone 7 to be used next is "A", the user enters "A" manually from the input key 6-3. "A:" is displayed on the display 6-2 at the same time as the input. After confirming this, input "KT" indicating Mr. Tanaka of the Development Department from the input key 6-3. At the same time, "KT" is displayed on the display 6-2. :”
is displayed on the display 6-2. Note that this "KT" is a pre-registered abbreviation code, and the TRC6 will match the input "I(T") with the built-in file to find and display the corresponding full name "KAIIIATII TANAKA".The user must confirm. The meaning of “end” is human kaki-
After the input from 6-3, the telephone number referenced from "KT" and the initially input "A" are automatically transmitted to the antenna 8. When the TRT5 receives the data normally, it transmits a normal response together with the "A" information. T
The RC 6 receives the data 2, confirms that it is the own 'T' RC song data and that it is a normal response, erases the display, and ends the series of processing of the TRC 6. User is on phone 7
Pick up the handset and wait for a connection. If a data error occurs during this data exchange, the TRC6 will retransmit the data several times, and if the error still occurs, the TRC6 display 6-2
display the error and notify the user. In that case, the user manually inputs "'end", cancels it, and then inputs it again from the beginning. On the other hand, T l;! If T5 receives normal data, this data is signaled to CRC3 through LRC4, simultaneously with the response to TRC6. The CRC3 judges this data (“A”, the other party's phone number, and which 1.RC is the data from) and sends the call to F, PBXI to determine which phone to call.
ill know. EPBX I auto-dials telephone 7 according to this ill knowledge, and then performs normal EP HX
Processing is performed according to the operation of l. On the other hand, each user
TRC6 short code, full name, phone number N1■
You can freely use the input key 6-3 and the display 6-2.
Can be registered, changed, and deleted in RC6's memory.

[Application example 2] The system configuration is almost the same as application example 1, but in Fig. 1, the arithmetic processing unit 2 is connected to the CRC 3, and the TRC is connected to the CRC 3 without having a built-in telephone address file section. The telephone address file section is centrally stored in the arithmetic processing unit 2.

With this configuration, the memory capacity and functions of the TRC 6 can be reduced.

In both Application Examples I and 2, the telephone identification symbol may be one character or two or more characters, and the same identification symbol may be used in non-adjacent areas.

Note that the present invention is not limited to the example in I-,
Various modifications are possible based on the spirit of the present invention, and these are not excluded from the scope of the present invention.

(Effects of the Invention) As described in detail in 1-1, according to the present invention, after receiving a dialing TRC and data from the TRC and confirming the data, the confirmation signal is transmitted to the TRC. At the same time, it is equipped with a wireless device that outputs predetermined data and a local telephone auto-dial device that receives data from the wireless device. (1) It is possible to easily add an auto-dial function to commonly used telephones. can be added.

(2) It becomes possible to auto-dial not from a specific phone but from any nearby phone.

(3) The shortened code is not a serial number but a letter abbreviation, so it is easy to remember.

Therefore, it is possible to add an auto-dial function to a commonly used telephone without replacing it, thereby increasing cost effectiveness.

Furthermore, since the present invention combines a regular telephone and a TRC having a memory for processing by the user, it can be used for personal billing or as a telephone directory.

Thus, the present invention has various advantages, and the effects brought about by it are significant.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a telephone address automatic dialing system using a TRC according to the present invention, FIG. 2 is a plan view of the TRC, and FIG. 3 is a block diagram of the TRC. 1...Electronic switchboard, 2...Arithmetic processing unit, 3...
Central control device, 4...Local control device, 5...Radio device, 6...TRC, 6-1
...TRC body, 6-2...Display unit, 6-3...
Input key-17... General telephone, 8... Antenna (fixed station side), 11... Control section, 12... Display section, 13
Telephone address file section, 14...ROM, 15...
・RAM, 16... Transmitting/receiving section, 17... Antenna (
TI? C side), 18...Key power section, 19...Power supply, 21...Memory. Patent applicant Oki Electric Industry Co., Ltd. (1 other person)

Claims (1)

[Claims] A transbonding card for dialing, a radio that receives data from the card, confirms the data, transmits a confirmation signal to the card, and outputs predetermined data, and a radio that transmits the data from the radio. A telephone address auto-dial system using a transbonding card, characterized in that a telephone address auto-dial device for receiving calls is provided.