JPS62245759A - Dial system - Google Patents

Abstract

PURPOSE:To reduce the number of digits of dial to be transmitted from a terminal equipment to an exchange and to eliminate the need for a pause function at the terminal equipment side by checking in advance complicated service requests as macro dial signals and registering the result. CONSTITUTION:An exchange 2 is provided with a function 22 receiving a macro dial, a function 23 decoding and discriminating the macro dial, a function 24 registering the macro dial and a function 21 controlling the macro dial to simplify the accessing of services expected to be complicated in future. The macro dial is the abbreviation of (general communication code)+(recall number of time addition request code)+(delivery result notice request code) or the like into several digits, which is registered in the network as the macro dial corresponding to the user. Thus, the number of digits of a call dial is reduced, the number of digits of a call dial sent to the exchange 2 is reduce and the expansion of the macro dial is executed in the inside of the exchange 2, then no pause function is required.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a dial system, and particularly to a support system for dial operations input from a telephone in an information communication network.

[Conventional technology]

Conventionally, known dial support systems for telephones include a speed dial system using an electronic exchange and a dial system using a memory dialing device as an auxiliary device of the telephone.

Hereinafter, as an example of a dial operation, a conventional technique for a dial operation in the case of a facsimile communication network service will be described in detail.

In facsimile communication systems, services have been proposed that combine general communication and broadcast communication with storage time extension delivery and delivery result notification. for example.

Subscriber number is A, B, C, D, E, F, G, )ItJl
and・A2 B2 C2C2F2 F2 G2 B2 J
2. If the delivery time extension and delivery result notification are requested for broadcast communication addressed to 2 destinations, call 162, #21, 3*#51*52, AIB□CI D from the PB telephone.
I EIFIGL HI Jt' A2 B2 C
2D2 F2 F2 G2 B2 J 2 tt...
... You need to dial (1). Note that in the above dial string, . indicates a break between the dialing contents and does not refer to the dialing contents. In this example, #21 is a broadcast, and 3 is an individual dial.

#51 is storage time extension delivery, #52 is delivery result request, *
means the delimiter.

In addition, in the case of speed dialing, AIBICIDt
Ex FI GA HI Jt abbreviated number 01゜A2
By registering B2 C2C2F2 F2 G2 B2 J2 with the abbreviated number 02, you can call 162・#21・3*tt52・*01・*02#・ from the PB phone.
・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・
・ ・ ・ By dialing (2), the same function as the above dial can be achieved.

On the other hand, in the case of the memory dial function, the dial string 162...H2J 2 in (1) above is registered as KEY number 1, and by selecting KEY number 1, the same dial function can be used. can be realized.

[Problem that the invention seeks to solve]

This is because the speed dialing method described above only has the function of registering the speed dial of the other subscriber's number and the function of using the registered speed dial.

As in (2) above, 162・#21・3*#51*5
You need to dial 2. In other words, when the dialing operation of the service designation section of a new communication processing service becomes complicated, such as in a facsimile communication system, there is a problem that sufficient convenience cannot be achieved only by the short dial function of the subscriber number. There is.

In addition, with the memory dial method, all dial rows can be
Since it is only necessary to register in EYl, it is possible to improve the complication of dialing operations in the service specifying section. However, it is necessary to take into account the pause function of several seconds between 162 and #21, and it is also necessary to transfer all dialed numbers after 162 to the exchange, so it is time-consuming compared to manual dialing. The shortening effect is small; in other words, it only improves the complexity of operations, but does not shorten the time.Also, even if there is a registration error in the registered dialing data, the dialed contents will not be accepted by the network. There is also the problem that it is not clear whether or not the data will be transferred until it is transferred to the exchange.

The purpose of the present invention is to improve these conventional problems and to enable short dialing of numbers other than subscriber numbers.

To provide a dialing method that can check dial registration contents, reduce the number of digits to be dialed, satisfy the need for a pause function, and simplify access to complicated dialing operations. be.

[Means for solving problems]

In order to achieve the above object, the dialing system of the present invention includes means for receiving a macro number that means a service code or a full code, or macro dial data consisting of the macro number and detailed dial data, in an exchange; The apparatus includes means for decoding and determining data, and means for registering the macro dial data, wherein the macro dial data from the telephone is received by the receiving means, and the decoding and determining means determines whether or not the information communication service can be performed. After registering the macro dial data in the registration means, when any telephone makes a call using the macro number, the macro number is received by the reception means, and the registered contents corresponding to the macro number are sent from the registration means. The macro number is read out, executes a service according to the detailed dial data corresponding to the macro number, and communicates with the information input/output device.

[For production]

In the present invention, the exchange has a function of receiving macro dials, a function of decoding macro dials, a function of determining the contents of macro dials, a function of registering macro dials, and a function of executing macro dials. biased,
Simplify access to services that are expected to become more complex in the future. here.

Macro dialing is different from conventional speed dialing, which shortens only the subscriber number, and memory dialing, which is a proxy dialing function. Addition request code) + (delivery result notification request code) etc. are shortened to several digits and registered on the network, making it a user-friendly macro dial.

〔Example〕

Hereinafter, embodiments of the present invention will be described in detail with reference to two drawings.

FIG. 1 is a system diagram of the flow of a dial system showing an embodiment of the present invention. In FIG. 1, 1, 4 and 5 are telephones, 2 is a communication processing device 3 is a switchboard, 11 is a calling terminal, 41.51 is a receiving terminal, 20 is a speed dial storage device 21 is a macro dial control device, 22 is a macro dial receiving device, 23 is a macro dial decoding/judgment device, and 24 is a macro dial storage device.

The double solid line shows the flow of communication information, and the one-dot chain line shows the flow of macro dial information.

As an example of macro dialing, a case where it is applied to a combination service of the above-mentioned facsimile communication service will be described.

First, as a first embodiment, macro dialing of a service code will be described.

In this embodiment, only the service code is macro dialed. For example, 162・#21・3*#51*#52・AlBI CI
DI EI FI GI HI Jt-A2 B2
C2D2 E2 F2 G2 H2J2 ・・・・・・
The underlined portion of the dial string in (3) is converted into a macro dial. An example of how to register macro dial is 162・x, oi・#21・3*#51
*By entering #52#, macro dial
01 is registered as #21・3*#51*#52. Kokote, Xl0I(7)Xt.

This is a numerical value that means macro dial registration, and 01 means the macro number to be registered.

When making a call using this method of macro dialing, dial 162・Y, 01・*01Ko02#...(4). In this case, the subscriber number has the speed dial 0
Use 1,02. Here, Y□ of Ylol is a numerical value that means taking out the macro dial, and 01 means a registered macro number.

In FIG. 1, when carrying out this embodiment, first call exchange 2 from telephone 1 with 162,
By sending 3*#514152 to exchange 2,
This dial string is received by the macro dial reception bag [22]. Then, the macro dial decoding/judgment device 23 reads
01 macro dial number and the corresponding #
21.3*#51*#52 is deciphered, and the macro dial number and the corresponding content #21.3*#51 *-#
It is determined that 52 is a combination service of broadcast communication, storage time extension delivery, and delivery notification, and that this combination is executable within the network. Thereafter, this dial string is registered in the macro dial storage device 24. In addition, macro dial receiving device 22, macro dial decoding/judgment bag! f
23. The macro dial storage device 24 is controlled by the macro dial control device i! 21 executes.

In this state, when the telephone 1 connected to the calling terminal 11 makes a call to 162, Yl, *014102#, the exchange 2 is called at 162, and the macro dial receiving device 22 calls Y□01, *01. After receiving *02#, the macro dial control device 21 selects the X10 corresponding to Ylol.
1 macro dial number in macro dial memory table N24
Read from #21 and 3 of the macro dial detailed data.
*Expand to #511#52. Plus, speed dial memory table! ! Read the speed dial registration details from 20 and enter #
21・3*#51*#52・IEIFI from AIBIC
GIHiJI ′ A2B2C2D2E2 F2 G
2 Complete the dial number for H2J2. From then on, the existing functions of the exchange 2 will be used to process the communication information from the 1 originating terminal 11! Patient A via 13
IBlcIDI EIF'lGI HL Jt and delivered to the destination terminal 41.51 of the destination subscriber A2B2C2D2E2F2G2H2J2. Next, a full code macro dial will be described as a second embodiment.

This method is a method of converting all dial strings into macro dials. For example, for the combination service in the previous example, the underlined part of the dial string DEF H... (5) is converted into a macro dial. An example of how to register the macro dial in this case is 162.
X201・#21・3*#51*#52 ・At
Bt CI DA EI F□GI Ht Jt'
By inputting A282 C2C2F2 F202H2J2, set the macro dial X201 to #21.
3*#sl*#52・A.

BI CI DI EI FI GA HI J t
・A2B2C2C2F2 F2 G2 B2 J2
Register with. Here, X2 of X201 is a numerical value meaning macro dial registration, and Ol means a macro number to be registered.

When making a call using this method of macro dialing.

Dial 162・'Y2O1#. Here Y2O1
Y2 is a numerical value that means taking out the macro dial, and 01 means the registered macro number.

In FIG. 1, when this embodiment is applied, first, the exchange 2 is called with 162 from the telephone 1 connected to the calling terminal 11, and
・A, B, C, D, E, r:'.

GIHIJl ・ A2 B2 C2C2F2 F2
G2H2J2# is sent from telephone 1 to exchange 2.

This dial string is sent to the macro dial receiving device i! ! 22, and the macro dial decoding/judgment device 23 receives the X2
Macro dial number 01 and corresponding content #2
1. It is decoded and determined that lt#51*#52 is a combination service of broadcast communication, storage time extension delivery, and delivery notification, and that this combination is executable within the network. Furthermore, AIBIC□DI EI FI CI
Ht Jl ・ A2 B 2 C2D 2Ez
It is also determined that F2 G2 Hz J 2 is a subscriber of the network, and #21 and subsequent numbers are registered in the macro dial storage device 24.

In this state, when 162.Y2O1 is called, the exchange 2 is called, and the macro dial receiving device 22 calls Y2O1.
After receiving #, read the macro dial of X201 corresponding to v2oi from the macro dial storage device 24,
Detailed dial #21・34'#51*#52・AI B
I CL Dt Ex FtGIHIJL -A28
2C2D2E2F2G21-12 J Complete the 2 dial number. Thereafter, using the existing functions of the exchange 2, communication information from the originating terminal 11 is transmitted to the destination party AIBI CI DA El FI via the communication processing device 3.
Gt Ht Jl and A2 B2 C2C2F2 F2
G2 B2 Deliver to the destination terminal 41.51 of J2.

In the first embodiment above, 162.1 yl above *o
Ylol from i*o2s, #21・3*tt51*tt
52 dial contents can be made into a macro,
Also, in the second embodiment.

In Y2O1 of 162・LL1 engineering number, it becomes possible to make the dial contents of 11 upper 2 11 into a macro.

As a result, the number of digits in the calling dial is reduced compared to the conventional speed dialing method, and the number of digits in the calling dial transmitted to the exchange 2 is reduced compared to the memory dialing method. Furthermore, since the expansion of the macro dial is carried out inside the exchange v12, the pause function required in the conventional memory dial is also unnecessary.

Note that the dialing method according to the present embodiment can be applied to all fields of communication services that require dialing operations, and simplifies dialing operations that are becoming more complex as communication services become more sophisticated, thereby improving convenience.

〔Effect of the invention〕

As explained above, according to the present invention, requests for increasingly complex services can be checked in advance as a macro dial,
By registering this.

When making a normal call, it can be accessed using a macro dial number with a small number of digits, making it a very convenient user interface. It is also possible to check dial registration contents within the exchange, reducing the number of dial digits transmitted from the terminal side to the exchange and eliminating the need for a pause function on the terminal side.

[Brief explanation of drawings]

FIG. 1 is a system diagram of the flow of a dial system showing one embodiment of the present invention. 1.4,5: Telephone, 11.41,51: Terminal, 2: Exchange, 3: Communication processing device, 20? Speed dial storage device, 21: Macro dial control device, 22: Macro dial receiving device, 23; Macro dial decoding/determination device, 2
4: Macro dial storage device.゛、・I5・１ ゝ-1-/

Claims (1)

[Claims] 1. In an information communication network in which multiple terminals equipped with information input/output devices and telephones are connected to an exchange via a transmission line,
A means for receiving macro dial data consisting of a macro number meaning a service code or a full code or the macro number and detailed dial data, a means for decoding and determining the macro dial data, and a means for deciphering and determining the macro dial data. and a means for registering the macro dial data from the telephone, the macro dial data from the telephone is received by the receiving means, the decoding/judging means determines whether or not the information communication service can be executed, and the macro dial data is registered in the registering means. After that, when any phone calls with the macro number,
The receiving means receives the macro number, reads the registered contents corresponding to the macro number from the registering means, executes a service according to the detailed dial data corresponding to the macro number, and performs communication with the information input/output device. A dial system characterized by communication.