KR200254217Y1 - a telephone for artifical intelligence multiinterface - Google Patents

Abstract

Recently, with the opening of the telecom market, prepaid and postpaid cards have emerged that enable more convenient and inexpensive communication services for telephones. However, when using such a communication service, it was cumbersome to press many numbers such as access number, card number and pin-number. In the present invention, in a conventional telephone having a number button 1a, an asterisk button 1b, a well button 1c and a button portion 1 on the front side, a microcomputer 2 is provided inside the telephone. The memory 1 (3a) for local calls, memory 2 (3b) for long distance calls, memory 3 (3c) for mobile phone calls, and memory 4 (4c) for international calls are formed. An artificial intelligence multiple access device of a telephone is directed to an artificial intelligence multiple access telephone having an effective automatic multiple connection function, simplicity of telephone input, economical upgrade of a telephone, and quick connection.

Description

Artificial telephone multi-interface {a telephone for artifical intelligence multiinterface}

The present invention relates to an artificial intelligence multiple access telephone.

Recently, with the opening of the telecom market, prepaid and postpaid cards have emerged that enable more convenient and inexpensive communication services for telephones.

However, when using such a communication service, it was cumbersome to press many numbers such as access number, card number and pin-number.

It is an automatic dial device that solves the inconvenience as described above. The present invention is a device that further develops the functions appearing in existing products such as an automatic dial device. Anyone can easily install it and configure the system with the highest telephone discount rate. It is intended to provide convenience to many business owners and users.

In addition, the present invention is configured to be suitable for the optimal user environment because the user can set all the signal cycles and times as a program, and also to enable the user to conveniently use the general telephone type without objection.

1 is a system configuration diagram of the present invention

※ Explanation of symbols for main parts of drawing

1: Button part 1a: Numeric buttons

1b: Star button 1c: Well button

2: microcomputer

3: specific memory

3a: Memory for long distance calls 1 3b: Memory for long distance calls 2

3c: Memory for cell phone calls 3 4c: Memory for international calls 4

In consideration of the above-mentioned matters, one embodiment of the present invention will be described with reference to the accompanying drawings, wherein the number button 1a, the star button 1b, and the well button 1c are placed on the front of the button unit 1. In a conventional telephone having a telephone, a microcomputer 2 is provided inside the telephone, and the memory for local telephones 3a, the memory for long distance telephones 3b, the memory for cellular telephones 3c, and the memory for international telephones 4c. Each of the specific memories 3 is formed.

Looking at one embodiment of the present invention configured as described above are as follows.

Example 1

When a telephone user calls in a city, he dials a number except dial 0. Then, the microcomputer 2 (CPU) inside the phone detects this and sequentially sends out the already built-in access number-card number-area code through the button 1 (3a) for local calls, which is one of the specific memory buttons 3.

For reference, domestic telephone station system is dialed from 2 when making a local call, and the local station number of Korean telephone company consists of 2XX-XXXX to 9XX-XXXX.

Example 2.

When the telephone user wants to make a long distance call and presses 2-9, including 0, it is detected by the microcomputer (2; CPU) inside the telephone and is a long distance button 2 (3b) which is one of the specific memory buttons (3). Dial a specific access number-card number-area code of the corresponding telecommunications service provider in order to access the exchange.

For reference, the domestic telephone company system starts dialing from 2 to 9 starting with 0X when making a long distance call.

Therefore, if you make a long distance call to Korea's telephone company, you need to dial the area code such as 02 (Seoul), 031, .........., 064 (Jeju).

Example 3.

When the telephone user calls another person's mobile phone, 01 is dialed as 011, 016, 017, 018, 019.

At this time, the telephone according to the present invention is to send a button 3 (3c) for the mobile phone, which is one of the specific memory button (3) when the dial starts with O1X, and sends out the access number-card number entered in this button sequentially .

For reference, Korean mobile phone calls start with 01X, such as 011/017 (SK Telecom), 016/018 (Korea Telecom), 019 ...

Example 4.

If you want to make an international call, the user starts dialing to 00X, such as 001, 009, 002, 008, etc., and the microcomputer (2; CPU) inside the phone detects this and starts with 00X. Automatically transmit from button 4 (3d) for international calls.

For reference, Korea's first international call number 001, 009, 002, 008 ... begins with 00X.

Other specific memory can be input to each memory after pressing the input button of the phone and can be changed.

As a general function of the telephone according to the present invention as described above

1) Automatic connection function of domestic telecommunication exchange

2) Automatic prepaid / postpaid phone card connection

3) Caller ID service (CID) function

4) Relative number display function for TM application

5) Regular phone function (other general phone functions are displayed separately)

6) Extension number 9 auto dial function.

In terms of the automatic multiple access function, the existing ACR telephone is designed to automatically connect only one specific card number. However, the telephone according to the present invention adds an artificial intelligence function to automatically recognize local, intercity, mobile, and international telephone numbers. It is designed to automatically send out the card number and pin number of prepaid and postpaid cards corresponding to each number.

In addition, in view of the simplicity of telephone input, the biggest part of the existing ACR user has received many externalities due to the complicated input of the machine.

In addition, most of the installation was directly visited by the operator or sales person for installation, but the phone according to the present invention adds voice IC function, press the input button, the announcement comes out and consumers can easily enter by following the announcement By applying a two-way number recognition system that can recognize the other party's number during communication, it is designed to directly input to the consumer while talking to each other over the phone even if the consumer does not visit the seller's office.

It can be input by mobile phone or general landline, it is possible to recover error in both directions, and it is possible to input in both directions by using DTAF of telephone.

In terms of the phone upgrade function, the phone upgrade function is included, so if the service change of the service provider requires a change of the entire phone, the customer has to go to each local A / S center to install the phone. You won't have to buy a new phone because you can get a replacement phone for Microcom.

In terms of fast connection effect, it is designed to be automatically connected from the time of picking up the receiver without waiting for using the optimal connection time recognized by each carrier exchange. It is a useful design that can be recognized and stored.

Claims (1)

In a conventional telephone having a number button 1a, an asterisk button 1b, and a well button 1c on a front side of a button unit 1, a microcomputer 2 is provided inside the telephone, and a CPU is installed inside the CPU. An artificial intelligence multiple access telephone comprising a specific memory 3 such as a telephone memory 3a, a long distance memory 3b, a cellular phone memory 3c, and an international telephone memory 4c. .