JPS5897962A - Facsimile equipment - Google Patents

Abstract

PURPOSE:To prevent the absence of a part of data, by providing a means of detecting the size of a form set on the opposite-side device at this side. CONSTITUTION:This describes a transmission procedure which is followed manually. When an operator at a reception side pushes a reception button, a discrimination signal for a station to be called is sent to a circuit. Further, the reception side sends out a nonstandard device signal to the circuit as an option signal which is usable to discriminate the request of a specific user. An operator on a transmission side confirms an answer from the reception side and then pushes a transmission button. In response to the nonstandard device signal, a transmitter sends a nonstandard device setting signal. This signal contains the form size of a transmission original. Similarly, the side of a form on the reception side is reported to the transmission side. The size of the form is detected optically.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a facsimile machine, and more particularly to a facsimile machine that transmits and receives data to and from a 7-axis transmitter/receiver at the other end.

The conventional 7-axis transmission transmitter did not have a function to display the recording paper set in the other party's II 7-axis transmission receiver. Therefore, the operator on the 7-axis override transmitter side could not know the recording paper niceness that was transmitted by the 7-axis override receiver on the other side. This has the disadvantage that the original set in the fax transmitter may be reduced in size or may be unable to send a part of the original.

SUMMARY OF THE INVENTION An object of the present invention is to provide a seven-axis power transmission device that eliminates the above-mentioned conventional drawbacks and can reliably transmit data.

According to the present invention, in order to achieve this object, a configuration is adopted in which the originals or recording sheets set in both facsimile machines are displayed on this side.

Hereinafter, the present invention will be described in detail based on embodiments shown in the accompanying drawings.

The FA1 diagram shows 10 examples of a 7-axis transmitter that displays the recording paper that is set on the other party's f117 receiver and the document that is set on the 77-axis transmitter. Illustrated as fig. In addition, in this example, electric transmission in zero mode is considered.
In the figure, the reference numeral 1 indicates a document nice identification circuit that identifies whether the document set in the 7-axis scanning transmitter is nice, and 2 is a CPU (central processing unit) as described later.
This is a detection circuit that detects the DIS signal of the other party's II7 Akidentsu telegraph receiver sent from the Akidentsu Telegraph Receiver. Also, 4 is 7T
This is a display circuit that displays on the 7-axis transmitter the original document set in the 7-axis transmitter and the recording paper set on the other party's receiver.

FIG. 2 shows an example of a signal flowchart for 7 acem and 7 ace B in the zero mode. Here, phase 7 is call setup and phase B is the pre-message procedure for identification and selection of the required device. To explain the diagram 1lF2, let us consider a case where operators on the transmitting and receiving sides manually perform the transmission procedure. First, when the operator on the receiving side presses the receive l#- button, the receiver transmits the message to the called station. Called station identification signal, or GK, that informs the operator of the response
Transmits the ICD signal 11 times 1 [K0 (following the ICD signal 11, an optical signal that the receiver can use to identify specific user requests that are outside the scope of the T-series recommendations) A non-standard equipment signal 12, that is, an NSF signal, is sent to the line.Following the NSF signal 12, the receiver transmits a digital identification signal, that is, a DIS signal 13, indicating that the called station equipment has the GCITT function, to the line. The operator on the transmitting side confirms the CED signal 11 and then presses the transmit l button.The transmitter receives the DIS signal 16 from the receiver.
After confirming, a non-standard power setting signal, which is a digital command that responds to the information contained in the NSC or N8F signal,
In other words, the NSS signal 14 is sent to the line. This NSS signal 14 is an optional signal, but it includes
7.Include information about the nice manuscript set in the Axiden transmitter. For information on nice manuscripts, see D (38)
It seems like it's included in the signal, but it's not. That is opponent I
This is because when the I7 transmitter is transmitting data in the reduced mode, the DO8 signal contains information about the reduced document quality. Following the NSS signal 14, the transmitter sends on the line a gage digital command signal DO8 or DO8 signal 15, which is a digital configuration command responsive to the standard function identified in the DIS signal 13.

The transmitter then sends the training signal 16 to group 5.
A training check signal, TCP signal 17, is sent out through the modulation system to verify the training and initially indicates whether this speed channel is available for use on the line.

After confirming the TGF signal 17 from the transmitter, the receiver sends out to the line a reception readiness confirmation signal, that is, a GFB signal 18, which is a gage digital response confirming that all pre-message procedures have been completed and that message transmission can be started. 〇Figure 6 shows a specific example of the document nice identification enclosure provided on the sending side in Figure 1. In the figure, the right edge of the recording paper is fixed. 4. B4. This shows the right end when a Muronice original is set, and the light rays emitted from the light sources 24 and 25 are blocked according to the set originals, thereby controlling the incidence of the light rays on the photodetectors 26 and 27. Detects the niceness of the ordered manuscript. For example, if A4 nice is set, the photodetector will be 26°27
are respectively turned on and generate a signal of -1 level.

Also, when B4 nice is set, only the photodetector 27 is turned on, and in the case of A3 nice, none of the photodetectors are activated.
The photodetector 26 is connected to the circuit shown in FIG.
The signal from is connected via an inverter 31 to a light emitting diode 34 that displays A4 nice, and is also connected to one input of a NOR circuit 55, and is also connected to a photodetector 27.
is connected to the other input of the NOR circuit '55 via the buffer circuit 32, and is also connected to the light emitting diode 36 indicating A5 size. Also, the output of the NOR circuit 65 is B4
It is connected to the light emitting diode S5 which indicates the size.

In this configuration, when an A4 size original is sent to the sending side, the signal from the photodetector #26 and 27 becomes low level, the light emitting diode 54 lights up, and it is confirmed that the original is A4 size. It is displayed on the display circuit 4.

Also, when one B4t chair is pushed, the photodetector 27
Only the signal from the detectors 26 and 27 becomes low level, and when the person 3 nizes, both the signals from the detectors 26 and 27 become high level, and the light emitting diode 5
5.56 lights up and the manuscript is nice, B4. Similarly, the display circuit 4 displays that the image is uneven.

FIG. 114(b) shows a display circuit that displays the recording paper NICE set on the receiving side at the transmitter 4, and receives signals from the Dl and S signal detection circuits 2 shown in FIG. Nice distribution paper is displayed for each. The DIS signal is an optional signal, and the 4th octet and subsequent octets of the FIF (7-axis information field) can be used for 6 calls, and is received using the information in the 17th and 18th bits of the DIS signal. I'm trying to send nice information on my side's recording paper. In this case, 17.18 pits) are all “0”.
” indicates that the recording paper is MU4, and also 17
When the 1st bit is rIJ and the 18th bit is “0”, it is B4.
On the other hand, if the 17th bit is "0", it means 18
When the value of the F-th point is "1", it indicates that it is A3 taste. In FIG. 4(b), the 17th bit signal is inputted to the light emitting diodes 40 and 41 which indicate A4 nice and B4 nice, respectively, through the NOR circuit 67 and the path circuit '58, and the 18th bit signal The signal is the NOR circuit 57. They are connected via buffers 59 to light-emitting diodes 40 and 42 indicating the size of 4° and A5, respectively.

In such a configuration, each recording paper nice set on the receiving side is 0PU3. 17 is connected to the circuit shown in Figure (b) K through the DI8 signal detection circuit 2.
．． In response to the 18th bit signal, the light emitting diodes 40, 4
1.42 is driven, and the recording paper size is A4. B
4. A3 is displayed on the display circuit 4 on the transmitting side.

Fig. 5 (→t (1)) includes the above-mentioned Fig. 4 (→t (1)).
&).

('b) Light emitting diode (LED) 34-56.40
-420 lighting state is shown in the figure, and the specific structure of the display circuit of FIG. 1 is shown in figure #I6.

#! From Figure 6, the original set on the sending side is B4 size, while the paper printed on the receiving side is A4 size.
I can understand that it's nice.

In the embodiment described above, the transmitting side is configured to know whether the recording paper on the receiving side is nice, but using the same principle, the receiving side can know the niceness of the recording paper set on the transmitting side. It is also possible to send the nice side manuscript to the transmission price and display it.

Also, instead of displaying the recording paper nice set in the other party's 117 axis receiver and the original document set in the 7 axis transmission transmitter, the recording paper nice of the other party's I7 axis t9 receiver is displayed. When the original size of the facsimile transmitter is large, it is possible to prevent reduced transmission by calling the operator.

As explained above, according to the present invention, it is possible for the 7-axis scanning device on this side to know the quality of the original or recording paper set in both 7-axis scanning devices. It is possible to eliminate reduced reception or partial reception of the original that occurs when the niceness of the original on the receiving side is greater than the niceness of the recording paper on the receiving side, and the operator on the sending side can halve the original as necessary and split the original into two. It is also possible to send all the information in its original size by electronically sending it separately or by contacting the operator on the receiving side and resetting the recording paper, making reliable data transmission possible.

[Brief explanation of drawings]

Figure 1 is a block diagram showing the configuration centered around the display section of the 7Axis electric transmitter used in the present invention, and Figure 2 is G1.
Figure 3 is a perspective view showing a specific example of the document nice identification device, Figure 4 (→, (b) is the display of Figure 1). A specific circuit diagram of the circuit, fiXS diagram (→, (b) is Fig. 4 ta) e (
FIG. 6 is an explanatory diagram showing an example of a panel of a display circuit. 1@@@416 Original nice identification circuit, 2...0.・DI
S signal detection circuit, 3...C20, 4...display circuit. To the darkness v4 (α) Nashi rr v4 figure (shi)

Claims (1)

[Claims] In an axis transmission device that transmits and receives data with the other party's II7 axis cutting device, a means is provided to detect whether the original or recording paper set in both 71 cutting devices is set, and the original or recording paper of both parties is This is a 7-axis electric device that is characterized by being able to display nice information on the 71-axis electric device on this side.