JPS59168774A - Facsimile device - Google Patents

Abstract

PURPOSE:To reduce ineffective call by avoiding calling of a transmission destination for a prescribed time when the calling of the destination of the 1st original is an ineffective call and the tansmission desination is the same as the destination of the 2nd original succeeding to the 1st original. CONSTITUTION:A control section 2 is provided with two registers 8, 10 and a comparator 9 comparing contents of the registers. A destination number read by a reading section 1 is stored in the register 10 and a destination number of the preceding original is stored in the register 8. The control section 2 compares contents of each register by the comparator 9 and when they are dissident, a line is disconnected and a telephone number of new destination is read from a memory 3. When contents of the registers are identical, that is, the preceding and present originals are addressed to the same destination, and when the calling of the preceding original is an ineffective call, after the calling is waited for a prescribed time, the number is called from the memory 3 and the line is connected according to this number.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to 4I1. IC Sekicho Φ is a facsimile machine that automatically sends 100 iron barrels continuously.

[A technical background of the invention and its problems]

Conventionally, a switching machine with a valve (E) between facsimile machines handles the transmission and reception of the number 1 of the mantissa facsimile machines, and each facsimile machine is marked on the rack and dials the destination based on the dial information. As a result of the repeated calls, a facsimile system was set up that automatically sent multiple calls.

In such a system, when multiple facsimile machines call at the same time, the signal transmission and reception between the facsimile machines is controlled. It becomes a state of gorge.As a result,
The function of the parent exchanger decreases or stops, resulting in a so-called down-like feeling.

However, as mentioned in QiJ, the facsimile machine determines the destination based on the information written on the manuscript.
If the call to the destination becomes invalid due to a decrease in the capacity of the destination, etc. The number of cool tubs posted at the prefectural meeting?The destinations will be automatically called in order.

Then, when the call is called or the call is invalid, Natsu sends 1 destination and 4@
If the destination of the next manuscript σ) is the same, the call to the destination of the medical manuscript will also be an invalid call. That will happen. These invalid calls must also be processed by the switching equipment.The more invalid calls there are, the more the functionality of the switching equipment will deteriorate.Φ
.

Furthermore, as the functionality of the line switching equipment deteriorates, there is a problem that the entire system will go down due to the vicious cycle of invalid calls.

[Purpose of the invention]

The purpose of the present invention is to reduce invalid calls from facsimile machines.

[Cost of invention]

If the call to the destination of the first manuscript of the above-mentioned uninvented candy is an invalid call, and this destination is the same as the destination of the first thousandth manuscript, , is achieved by not asking this source to call for a predetermined period of time.

[Embodiments of the invention]

Hereinafter, the present invention will be explained in detail based on non-inventive embodiments.
f′ heart.

FIG. 1) 1 is a diagram showing an embodiment of the present invention.

An embodiment of the present invention will be described with reference to FIG.
and a control unit 2 which includes a comparison unit 9 and controls the entire device and manages the S-fold operation, a memory 3 for dialing '1' 4, operation section 5, Mochimura, and automatic dialing 400 functions'a? The main part is the network control unit 7 (hereinafter referred to as NCU), and the control unit 2, memory 3, main memory 4, Mochimura, and NCU 7 are used to control the total number of units. .

Next, we will explain the operation of the facsimile machine in this concluding example, focusing on its characteristic parts, with reference to Fig. 2 σ,) Fronayat. When the automatic transmission switch of 5σ on the operating section is pressed, the information on the original image of Ichimaki Kanko's part 1 in the *i manuscript σ that has been published can be read. When the document is set on the stand and opened until it is fully seated, the VG take-off section 1 reads the document σ), which is the destination address, and the address number (81) written at the first foot position of the original document σ). This destination is a strange rock (SD
) is sent to the control unit 2, and the register X (
r e gX) l Stored in O. Register X(r
The contents of egX)10 are stored in register Y(reg
Y) It is softened in the comparison s9 with the 8σ content. In addition,
The initial value of register Y (regY) 8 stores "0"'. If the contents of each register are different, disconnect the Igl edge when the 5 lines are connected, and
After setting the flag (F) to "0", read out the data whose address is the sending destination strange-shaped rock (Sl) stored in the memory 3, that is, the sender's X story strange-looking rock. In the same case, and when the flag (F) is "O", the call is for an uncut manuscript or an invalid call, and the destination is the same as the destination for the previous document. After counting the time for 3 minutes, call the sender's phone number based on the sender's phone number and dial it as in the different cases mentioned above.

Read out the NCU 7 like this: rt, y, :, 'According to the Kamishina rock, send a dial signal using the communication control procedure using a normal telephone line, and call the destination.

As a result, if the line is connected, the hair e-flag (ii″)
becomes "l", and the image data of the destination strange rock on the document is read by the reading line l, and this image data is sequentially transmitted by the NCU 7 to the destination. In this way, when the transmission of one original is the first, the control unit 2 registers the register X (regX)1.
The contents of 0 are transferred to register Y (regY) 8, and the next document is controlled so that it can be read. (If the connection is not connected, that is, if the call is invalid)
Transfers the contents of O to register Y (reg'Y) 8 and controls it so that the next original data can be created. Also,
Register X (regX) l O and register Y (regY
) 8 and the same case, and the flag (k゛) is "1", that is, the connections are connected, and the destination is the same as the destination of the previous manuscript, part 1! According to this embodiment, if the image information on the manuscript is sent, the call becomes an invalid call. Is the call invalid due to not calling the destination of yA Tsukuda for 23 minutes? It can be reduced.

Furthermore, in this embodiment, register X (re gX) 1
After northing the circle '6 between 0 and register Y (regY) 8, we can decide to cut (b) Iwao σ, ). Therefore, when the line is connected and the sender is the same as the destination of the previous manuscript, the line is closed and the line is closed, so send the dial message again to open the destination. Image information can be transferred continuously without any effort. Therefore, image processing becomes a good business especially when the sender sends the same originals quickly and can send a large number of originals in a short period of time.

In addition, as another embodiment of the present invention, the document destination 1/)
The flowering is an invalid call, and without waiting for ρ and Tsuko's sending 4H source and this manuscript (the sending source of the manuscript is the same f @ Zeng 1st fixed time ◇ c7), this A predetermined lfi that is different from the destination is called, and once this Il! In order to store the transmission N information in II'1N\N information #C, J, 9 invalid calls may be set exactly. Note that the image information @ stored in the image information storage device is sent to the original destination after the image information is processed.

According to this embodiment, since the original +f4 is processed one by one without delay, the facsimile machine can process the original quickly.

[Effects of the invention] According to a case of failure, since the caller of the invalid call can be ignored, there is no need to impair the function of the telephone exchange.In the past, the function of the telephone exchange was The reason for the decline and 'f
This will reduce the number of invalid calls and reduce the chances of the entire system being down.

[Brief explanation of drawings]

Figure 1 is a block diagram showing an embodiment of the present invention, and Figure 2 is a flowchart showing the operation of an embodiment of the invention.
It is. ■・・・Reading line, 2...ftrlJ decorative part, 3・s
ea memory, 4. working...main memory, 5. e...m part,
6...Motem, 7...Itwork control unit, 8...Storage section (register Y), 9...
...Comparison section, 1°・Fist Φ・Register X0 [

Claims (1)

[Scope of Claims] ill The destination is called based on the destination information written on the original bucket or the destination information set in advance in the memory, and the source of the mantissa f? I: In the facsimile machine that transmits, there is a section for reading out the destination information, an output section for storing the destination information, and a section for storing the destination information and the storage section for reading out the destination information. comprising a comparison section that compares the transmission source official gazette that has been compared with the transmission source official gazette, and a means for controlling the transmission source to be called based on the output signal from the comparison section,
The erasure readout is based on the sending light information of the first manuscript. A signal indicating that the second destination based on the second destination information of the first document and the first Q, the interference sent to the communication control means;
11) The facsimile apparatus, wherein the communication control means does not call the second destination for a predetermined period of time. (Special Wf-calculation σ, characterized in that 21 communication control means calls the destination of temporary assembly 2 after a predetermined time elapses) Range No.
The facsimile machine described in item 1). (3) The communication control means is connected to the second CV destination and (tool 7
．． I1. The facsimile apparatus according to claim 1, wherein the facsimile apparatus transmits the document 2 before the other rts.