JPS62226752A - Automatic dial originating equipment - Google Patents

Abstract

PURPOSE:To use one and seme telephone directory incorporated in each telepnone set by providing and operation key, a speaker and an automatic dialer, and sending an abbereviated dial code designated by key operation form the telephone directory possessed by the dialer to a mouthpiece of the telephone set in a PB oscillating sound from a speaker. CONSTITUTION:The titled dialer consists essentially of an operation key 1, a speaker 3, and an automatic dialer 5. The automatic dialer 5 has telephone directory code identification means 51, a write means 52, a directory 53, a read means 54, a dial code automatic sending means 55 and a PB oscillator 56. The indentification means 51 indentifies the information from the operation key identification means 11 and drive a write means 52 and the read means 54. The write means 52 uses an abbereviation number received as an address, writes and stores the name and telepnone number into the telephone directory 53. The read means 54 uses the received abberation as an address and reads the stored name and telephone number, and the telephone number is outputted to the transmissieon means 55. The transmission means 55 and the PB oscillator drive the PB oscillator 56 to output the PB oscillating sound corresponding to the dial code to the speaker 3 via a switching means 4 and an amplifier 31.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an automatic dialing device that calls up stored dialing codes and automatically dials a dialing number.

[Conventional technology]

A conventional automatic dialing device has a telephone number storage area in which the communication terminal itself or a central exchange device corresponds to each communication terminal, and stores a dial code for each communication terminal. Gradient 1. is 4rl
A call in the area is fixed to the calling communication terminal requesting the call.The telephone number has an area corresponding to each of the memory button or speed dial code, and the memory button Alternatively, the information can be stored by operating the speed dial code and then dialing and registering the telephone number to be stored. When calling a stored telephone number, the user operates a desired memory button or speed dial code.

[Problems to be Solved by the Invention] The above-mentioned conventional automatic dialing device has a telephone number storage area for each calling communication terminal, and the telephone number cannot be written or read only from the corresponding communication terminal. Because of this configuration, when using the automatic dialing device from another communication terminal other than the one normally used, there is a problem that the service is limited, which requires registering the telephone number again, that is, the service deteriorates. .

SUMMARY OF THE INVENTION An object of the present invention is to provide an automatic dialing device that solves the above problems.

[Means to solve the problem]

The automatic dialing device of the present invention can be used in portable electronic devices such as wristwatches, pocket watches, and desktop electronic computers.

Built into portable television sets, portable radios (L
operation means (for example, a button, hereinafter referred to as an operation button),
It has eight speakers and automatic dialers. The automatic dialer sends all names, abbreviations, and phone numbers. -do'
``A telephone directory, a writing means for writing operation button information when there is an instruction to write from the dial/save button information in this telephone directory, and a writing means that writes operation button information when all the abbreviations are specified by the operation button and a dial call is made. A reading means for reading the telephone number f corresponding to the abbreviation, a PB oscillator included in the push-button telephone, and a dial code automatic sending means for sequentially sending the telephone number picked up by the reading means to a speaker by the PB oscillator (11-).

By sending the telephone number from the PB oscillator broadcast from the speaker to the mouthpiece of the telephone that made the call, the automatic dial calling device can use the same telephone directory built into it from any telephone.

〔Example〕

Next, the automatic dial generator (FI device) of the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram of a machine f1 showing an embodiment of the present invention. Figure 1 is an example of a desk computer with an automatic evening dial transmitter in which a clock circuit and an automatic dial transmitter are built into the desktop computer. The main components include a force 3. and an automatic tire loop transmitter 5. Operation buttons 1.

Character display board 2. The speaker 3 is also used for a clock circuit 6 and an electronic computer 7, and is connected to a switching means 4 for switching with the automatic dial estrus machine 5. .

The operation button l is, for example, 't' and a slave computer, a telephone terminal, or a function button added to these ILs, etc. Automatic dialing can also be specified by assigning one function button or using a special number by combining numbers and codes. There are dials etc. The operation information of the operation button l is the operation button identification means 1.
1 is identified, controls the switching of the switching means 4, and is transferred to each functional block. Speaker 3 broadcasts audio output via amplifier 31i. The automatic dial transmitter 5 has a telephone directory call code identification means 51. ¥1゛1 means 52゜telephone directory 53. Shu r, means of handling 54. It has a dial code automatic sending means 55 and an l'B oscillator 5f3.

'The 1°C phonebook discharge code identification means 51 receives information from the operation button identification means 11 via the switching means 4 to indicate automatic dialing, writing, or reading, and selects the writing means 52 and 'fdr reading'. The writing means 52 uses the received abbreviation as an address and writes and stores the received name and telephone number in the telephone directory 53.The telephone directory 53 has a memory capacity, as well as the size of the character display board 2. For example, if the abbreviation, name, and telephone number are 14 letters in total, the length of the telephone number is K, and the name is 4.
1. Register as a code similar to a nickname. The reading means 54 reads the stored name and telephone number using the abbreviation received by the drive from the telephone directory ejection code identification means 51 as an address, transfers it to the character display board 2 via the switching means 4, and also outputs the automatic dialing code. When specified, the telephone number is output to the dial code automatic sending means 55. The dial code automatic sending means 55 drives the 28 oscillator 56 according to a predetermined dialing procedure starting from the first digit of the telephone number when a predetermined time period has elapsed since the input of the telephone number, and generates a P L corresponding to the dial code. (The oscillation sound is output as the IW primary output to the speaker 3 via the switching means 4 and the amplifier 31. Therefore, the speaker 3 broadcasts the read telephone numbers sequentially from the first digit using the output sound of the PR oscillator 56. The output sound of the PB excavator 2i6 broadcasted from the PB excavator 2i6 is received by the transmitter of the communication terminal, transmitted to the transmission path in the same way as the output of the PB oscillator inside the communication terminal, and reaches the exchange.

Next, FIG. 2 is a schematic diagram showing an example of a communication system in which a dial code is sent from a telephone of a communication terminal to an exchange using the automatic dialing device shown in FIG. In FIG. 2, an automatic dialing device 10 having a speaker 3 is a first
Since one embodiment has been clearly explained in the drawings, its explanation will be omitted.

The telephone 80 has a mouthpiece and a telephone exchanger 9.
0 via a communication path 11. Normally, by operating a dial on the telephone 80, a P8 oscillation sound from a built-in PB oscillator is transferred to the exchange 90 via a communication path 91. FIG. 2 shows that a push button dial code is transferred from the speaker 3 of the automatic dialing device +1flO to the communication channel 91 via the mouthpiece 81 by means of a Pu oscillation sound. Since the automatic dialing device 10 can be carried by an individual, the automatic dialing function can be used from the mouthpiece 81 of any telephone 80.

Next, with reference to FIG. 3 and FIG. 1, the operating procedure when operating the automatic dialing button of the automatic dialing device shown in FIG. 1 will be described. FIG. 3 is a flowchart showing an example of the operating procedure of the automatic dial transmitter shown in FIG. First, operate button 1 for automatic dialing (operation procedure 1). The operation button identifying means 11 identifies the signal of the automatic dialing call 1, connects with the automatic dialing transmitter 5 via the switching means 4, and transfers the "automatic dialing call" code to the telephone directory call code identifying means 51. The automatic dial transmitter 5 has a reading means 54'f.
! : First, press the button on the character display board 2 to select the abbreviation.
is displayed in text (operation procedure 2).

When operating the dial while looking at this character display (operation step 3)
) is the abbreviation code added to the phone number to be dialed.
Press the button to enter the abbreviation of the telephone directory 53 as the abbreviation 1 (operation procedure 4). The automatic dial estrus machine 5 reads the two-digit code of the received operation button information (abbreviation) as an abbreviation at the reading means 54.
searches the telephone directory 53, indexes the telephone number, and displays the character display board 2.
(operation step 5). Automatic dialing (N machine 5 waits for the operator to nitrate the character display and touch the speaker 3 to the mouthpiece of the telephone (operation procedure 6), then the indexed telephone M'1 is dial automatic sending means 5
Transferred to 5. The dial code automatic sending means 55 is
PB oscillator 5 according to the dialing order of the telephone number received.
6 to broadcast from the speaker 3 (operation procedure 7).

The automatic dial transmitter 5 dials all digits of the telephone number.
When it is confirmed that the broadcast from the oscillator 56 has ended,
The operation procedure is completed by removing the telephone from the mouthpiece and performing a recovery operation (operation procedure 8) using the button or switch. In operation step 3, redialing the last phone number operated by button can be done by operating a hot button equipped with a redial function or by operating a number code combination button (operator III).
I I ), the operation procedure 5 continues.

Next, referring to FIG. 4 as well as FIGS. 1 and 2, the operating procedure for using the automatic dial transmitter 5 of FIG. 1 in conjunction with a telephone set as a communication terminal will be described.

FIG. 4 is a flowchart showing the operating procedure of the communication terminal and exchange system of FIG. 2 when the automatic dial transmitter of FIG. 1 is used.

First, when the telephone performs a call operation (operation procedure 21), the telephone transmits a signal indicating that it is ready to receive the Atayal code. On the telephone line, the caller hears a ready tone (operation step 22) as a ready signal for receiving the dial code.
By operating the automatic dialing device described in FIG. 3 (operation step 23), a dialing code is transmitted to the switching system by an audible signal from the 1'B oscillator, and the calling party is connected to the called party. When the calling party is connected to the called party, the calling party hears a ringing tone from the switching system (operation step 24) and the operation procedure ends.

5 and 6 are flowcharts showing the main operating procedures for writing and reading from the telephone directory in FIG. 1, respectively.

The write operation shown in FIG. 5 starts with the button operation for writing in the telephone directory using the operation button (operation procedure 31).

When operating the write button, the telephone directory call code identification means 51 of the automatic dialing transmitter 5 receives the write signal and determines from the reading means 54 whether or not there is a field in the telephone directory in which there is space for entering the telephone number corresponding to the abbreviation (operation procedure 32). However, if there is no room for entry, the automatic dial transmitter 5 displays the words "Nashi Showryakutsu Go" which means "No room for entry/specify the abbreviation 21" on the character display board 2 (operation procedure 331. According to the character display, press the button for the symbol you wish to erase (
Operator III 34) When you do this, the name and telephone number stored in memory along with this deletion desired abbreviation will be displayed in characters & 2 (operation step 35), so press the button for deletion (
Perform step 36) to delete your name and phone number. Therefore, [- (abbreviation) 1 remains on the character display board 2, and then "
For example, "Name" is displayed as "52 Name" (operation procedure 3).
7) To be done. ``52 Name'' is [Register your full name in abbreviation 152. Next, when you press the button for your name (operation step 38), "(abbreviation)/(name)" will be displayed in text (operation step 39), so confirm that it is correct and press the registration button (1 horn production step 40). ) 1. The operation of this registration button is to mark the delimiter between the letters of the name and the telephone number, and the telephone number ranges from 10 digits including the area code to 2 digits of the extension number of the button telephone device, The number of characters in the name is limited if it includes the area code. Operation procedure 4
By operating the 0 button, characters are displayed & 12 is [(abbreviation)/(
Name) Tensor 7': f 1 example tbar 54 Abe Tenwa Bango 1 is displayed (operation procedure 41), and the operator operates all telephone number buttons (operation procedure 42). When you press this button, the character display board 2 displays 1 (abbreviation), (name), and (telephone number) 1 (operation step 43), so after confirming the contents, press the registration button (operation step 44).
is executed. This button operation will display [DENWATEYO Kakikomi OWARI 1] on the character display board 2 (operation procedure 45).
Therefore, the write procedure is completed by the recovery operation (operation step 46).

The reading operation shown in FIG. 6 starts with a button operation for reading the telephone directory (operation procedure 51) using an operation button.

This button operation is performed by the reading means 54 of the automatic dial transmitter 5.
Display the last read [(abbreviation), (name), (telephone number) 1 on the character display board 2 (operator 111'l 52
), so if the last read content is the purpose, determine this (operation step 53) and proceed to the termination procedure, and one -tlS
When ejecting the numbers, advance the order of the abbreviations sequentially and take the d light.
1i4i Next city r Tori 9 judged not (operator 11kT 5
4') and press the button (operator 11ij 55) for the abbreviation or name you wish to call. This button operation shows one 1 (abbreviation), (name), (
phone number)] will be displayed (operation step 56), confirm the contents 7, and if this is the end (111) operation step 57
) completes the dr and take operation 111'l by the recovery operation (operation procedure 58).

When sequentially taking #'i with the action element jik''154, the next line's memory contents [(abbreviation), (name), (telephone number) are selected by pressing the button (operation procedure [51]). ), 1 is displayed (operation procedure 62). When the display is "Owari 1" (operation procedure 63), the recovery operation in operation procedure 58 is followed, and when it is not "Owari", the operation returns to operation procedure 61. If the process is not completed in operation step 57, the process returns to operation step 54.

In the above embodiment, automatic dialing and writing can be performed using the seven operation buttons provided on the portable automatic dial dialing device.

Although it was explained that all operations for dialing and dialing are performed, writing the name in characters is carried out from an external operation panel, and even if the operation button of a portable automatic dialing device is only a push-button telephone dial button, for example. good. The abbreviation will be treated in the same way as the code for shortened tire service. Although both the abbreviations and names are stored in the drawings and explanations regarding the telephone directory, the functions of this embodiment can be achieved using either the abbreviations or names. Automatic dial estrus with operation button.

Operations such as writing, reading, registering, and restoring can have their own designated buttons or numbers.

A special number dialing system using a combination of codes may also be used.

The operation procedure can be changed depending on the 4A hV of the operation button and the button operation method to achieve the same function as this embodiment, so it is not limited to the above explanation. It is also possible to use operating means other than the button. Further, although the description has been made using a telephone, any communication terminal may be used as long as it has a handset as a telephone function.

〔Effect of the invention〕

As explained above, the automatic dial transmitter of the present invention has an operating function and an automatic tire coloring device that are incorporated into a portable electronic device, and the automatic dial transmitter can make a designated call by short button operation from a telephone. The dial code is broadcast from the speaker as an oscillating sound by the pushbutton dial, and the audible sound from the speaker is transmitted to the calling telephone's transmitter 1], and the exchange automatically connects.
This has the effect of improving service by allowing users to carry their own telephone directory and use speed dialing services.

[Brief explanation of drawings]

Fig. 1 is a functional block diagram showing an embodiment of the automatic dialing device for misfire 1174, Fig. 2 is a schematic diagram of a communication system using 1174, and Fig. 3 is the main operator j of Fig. 1.
FIG. 4 is a flowchart showing an example of the operation procedure for using the device shown in FIG. 1 as a communication terminal, and FIGS. 3 is a flowchart illustrating an example of each reading procedure. 1...Operation button, 2...Character display board, 3...Speaker, 4...Switching means,
5... Automatic tire transmitter, lO...
Automatic dialing device, 52...Writing means, 5
3...Telephone directory (storage area), 54...
Reading means, 55...Dial code automatic sending means, 56...PB oscillator (multi-frequency oscillator for push button), 80...''...Telephone (communication terminal), 81...
...Mouthpiece, 90... Switching machine. Agent Patent Attorney Shinso Uchihara 1 figure Z Haku 2 figure Man 3 figure 'y54 figure 5

Claims (1)

[Claims] The place where the telephone is installed, the name or abbreviation of the subscriber, etc.
a telephone directory for storing at least one of the given abbreviation and a telephone number; a writing means for storing the abbreviation, the name, and the telephone number in the telephone directory; and a writing means for reading the stored contents from the telephone directory. an automatic dial transmitter comprising: a reading means for reading, a multi-frequency oscillator for push-button dialing provided in a telephone; and an automatic dialing code sending means for sequentially automatically sending telephone numbers read from the telephone directory by the reading means by the oscillator. and operating means for writing in and reading the telephone directory, setting automatic dialing, and specifying the abbreviation, name, and telephone number; and operating means for specifying the telephone number read by the reading means when operating the automatic dialing transmitter. An automatic dialing device comprising: a portable device having a speaker that receives from the oscillator and broadcasts at an audible frequency; and an automatic dialing device.