JPS5864865A - Facsimile transmitter automatically designating address - Google Patents

Abstract

PURPOSE:To improve the transmission efficiency, by storing automatic transmission reference information consisting of an address telephone number, a transmission time and number of transmision originals to a memory in advance, and transmitting the originals to a designated address at a prescribed time automatically. CONSTITUTION:A transmission reference input section 1, a transmisson reference storage section 2, and a transmittion time detection section 3 are connected to a central processing section 5, and when time reaches a designated time from the detection section 3, a transmitted original is transmitted to a remote terminal from a transmission original input section 6 automatically through the control of the processing section 5. The input section 1 consists of a keyboard. Depressing a key button, at least three transmission criteria such as addressed telephone number, number of transmission original and transmission time are stored in the storage section 2. In inputting each information from the keyboard, the originals of a prescribed number are transmitted as facsimile to a designated address at a designated time.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is an automatic destination designation facsimile transmission system, in particular, an automatic destination designation factor t IJ that automatically designates the other party when a predetermined time is reached and transmits the contents of the communication.
Concerning transmission reconnaissance.

Typically, when communicating with a recipient using a facsimile device connected to a telephone line, the recipient's telephone number must first be designated.

Conventionally, in the factor i system using such a Wi-Fi line, the operator turned the dial to specify the telephone number, and after confirming the transmission/reception status of the other party, communication was started.90 However, this In such manual destination specification, it is actually difficult to have operators on standby during the day.
There is a problem of not being able to communicate at any time. For example, if you need to send at night because the other party is busy during the day, or if you want to send in bulk late at night when the @ line charges are generally cheaper, manual operation by the operator is required as in the past. Factor i Send 4I! It is clear that the transmission efficiency is extremely low because the equipment cannot be operated at night or late at night when transmission is most easily possible in a private facility. To improve the communication efficiency of a facsimile transmitting apparatus by storing automatic transmission standard information consisting of the following in advance in a memo VK and automatically specifying a destination at a predetermined time and transmitting a document.

According to the present invention, there is provided the above-described transmission device which is provided with a transmission manuscript input section, a central processing section, and a line control section, is connected to a telephone line control station, and is configured to transmit a manuscript using a telephone line. a transmission standard input section into which a transmission standard consisting of a destination telephone number, the number of original sheets to be sent, and a transmission time is input into the central processing section; a transmission standard storage section in which the transmission standard is stored; aa
Nobuyuki Satoshi O Our sending time detection FB where our sending time is detected
are connected to each other, the central processing unit detects the transmission time from the transmission time detection unit, and the central processing unit is driven, whereby the destination telephone number is extracted from the transmission reference storage unit and transmitted via the line control unit. , I want to automatically send a predetermined number of originals to a predetermined destination at a specified time.My Jlk address specification 7 Acti Send j! Chills are provided.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in more detail with reference to the accompanying drawings.

FIG. 111 is a block diagram of a self-destination facsimile transmitting apparatus according to the present invention.

The central processing unit 115 includes a transmission standard input [1, a transmission standard storage 82 . The transmission time detection section 3 is connected to the above transmission time detection s.
At the designated W# time from 3, the central location! The ink is automatically transmitted to the destination from the transmission document input 11g. The transmission standard input section 1 consists of a keyboard, and by pressing a key button, at least the destination telephone number and the transmission document are input. Store three transmission standards such as the number of sheets and transmission time in the transmission standard storage di2.0 For example, destination type 1
1i11 No. 044-7774111 Number of manuscripts to be sent 2゜Transmission #; If 1Q121:00 is manually rt from the keyboard, two copies of the manuscript will be electronically sent to the above address at 21:00. 0 Transmission standard memory li2 is , for example, a memory device RAM (Radom Ac) formed of semiconductor elements.
cess Memory). Transmission time check lB5
5 has a clock function, and even if it is connected to the auxiliary power source 1 [4 and the transmitting device is powered off, it always counts the time t and operates in the same manner as the time stored in the transmission reference storage section 2. The auxiliary power source 4 above is a so-called rechargeable power source that only performs charging when the main power source (not shown) is on. &1lIss is a combination &-1 (Wl not shown) 1/R11) 1 This invention 7 Axis 2 S Transmission control is the combination of all input and output signals when transmitting the original S based on the above transmission standard. The human power II 6 for sending originals is a device that inputs the original original to the central processing unit ss based on the above-mentioned sending standard Km. Above, reflected light from the tubular light 11[K is scanned by a photoelectric conversion III element and photoelectrically converted. 119 line control l17 is connected to telephone-1, and the receiving device of the other party (
Communication with Kffi (not shown) is used 1iii! Controls the opening/closing of t--shaving signal conversion.

Furthermore, an automatic voice response s8 shown by a dashed line may be provided in case the 71-inch receiver on the other party is in a manual state.

The above automatic destination designation 7 action sender (a) operates as follows: First, by pressing the button on the keyboard for sending criteria input s1, the sending criteria consisting of the destination phone number, number of originals to be sent, and sending time are entered in advance. It is input to the central processing WA5 (solid line arrow ■). If this transmission standard is entered incorrectly, for example, the transmission time should be 21:00 but the transmission time is incorrectly entered as 12:00.
If specified as 00.

1I It will be displayed on the confirmation display device so that you can re-enter the correct aim of 21:00 later.
tL.

The above transmission standard once stored in the register of the central processing s5 is stored in the transmission standard storage fil! Stored in ffi (!11
Figure dashed line ■).

On the other hand, the paper to be sent is on the automatic sending paper feed tray (not shown) in the sending document input s6! 2r: It is placed like 1A(1). At the end of each transmission document group communication unit M, H, and C, communication ms ascriptions a, b, and c, which are different from those of general telegrams, are placed.

b and c constitute 11211(2)K indications tiL, Jl [An identification mark α is formed on the edge 11 to indicate that.

The above manuscript is sent at the request of Mu, B, and C. For example, the overconfidence identification paper has a function that indicates the end of Mu, indicates the end of B, and indicates the end of C. shall be.

21:00゜zz which is the transmission time of this transmission standard
:oo, zs: oott memory 1142 or b central processing al
It is transferred to ($11! IEI's failure -■), and the precise transmission time is detected from the clock of lI3 (not shown) (dash line ■ in Fig.1).
For example, in the case of 21:00, the destination phone number is 044-777-1111 and the address is 411jll [The number of manuscripts is 2. Since the address of s2 yen is known in advance, the central office 11115 According to the address, first call the above phone number 044-777-11111! ! Transfer to 1d11111 Department 7 (Dotted line in steel 1 figure ■
) 0 is transferred, and the 9ml+kinuta number is converted into pulses by the line control section 7 and sent to 1-1. When the other party's receiving device receives a 0 reception response signal from the telephone exchange that automatically connects to the transmission control of the present invention via a telephone line connected to a similar line control section, the central processing section 5 records the original input trace 6. A transmission command signal is sent to the document group and the document group is sent to the above destination via @fjjii4 (Dotted line ■ in Figure 1). The number of originals sent and the number of transmitted originals in the storage section 2 are de-cked and the number of originals sent is checked.

For example, this prevents a malfunction in which only one document is sent when two documents are supposed to be sent to the specified destination automatically, and the transmission sound field is automatically set. When the above-mentioned transmission tube 3!1 operation is completed for one destination, the central processing unit s5 transmits a transmission end signal 'to the other party, and upon receiving a response signal -+t-, the sending operation for the document group A is performed. Completed 0 Such an operation is for other document group B.

It is repeated even if there is a CK.

Furthermore, 11! Another case is when the other party's receiving device is on standby manually. and the central processing aSS sends a signal (1
Solid line arrow (■) in Figure 111) 0 The automatic voice response unit receives a voice signal from the other party requesting to start production.

For example, [ζchira x x x FAX. I would like to send a message, so please press the receive button.'' The signal is sent to the line control unit 7 (solid line arrow ■) in Figure 1), and the message is transmitted to the other party's receiver 41 via the m line j. Even if the destination phone number is specified and transmitted in error, if the other party is busy, the central processing unit S sends a rejection signal to the original input s6 after receiving the speech or sound, and sends the message to the scissors destination phone number. The corresponding group of originals, if any, is removed by the removal mechanism that operates in response to the removal signal from the paper feed tray. L, next manuscript group Bt
Make it possible to send 0 However, when the document $Bt-transmits, retries are made every few minutes, and when time B comes, A is ejected.

The contents of the above manuscript groups A, H, and C are also displayed on a separate output section display as fsJ@post-journal or on the FAX reception II (not shown), and the operator checks the record and determines whether or not to retransmit it. It is preferable that it be used as a reference.

As described above, according to the present invention, the automatic transmission standard information consisting of the destination telephone number, transmission time, and number of documents to be sent is stored in the memory in advance, and the destination is automatically specified at a predetermined time and the documents are sent. The transmission efficiency of the transmitter can be improved by a factor i.

[Brief explanation of drawings]

FIG. 111 is a configuration diagram of the automatic destination designation transmitting device according to the present invention, and FIG. II2 is an explanatory diagram of a document used in the device shown in FIG. III. DESCRIPTION OF SYMBOLS 1... Transmission standard input section, 2... Transmission standard storage section, 3... Transmission time detection section, 4...
... Auxiliary power supply, G. Song central processing section, 6 ... Transmission original input section, 7 ... Line control section.

Claims (1)

[Claims] A transmission document input, a central processing l1m, and a line control unit are provided, and the line control l1m is connected to the line control unit! l! Call times! I sent the original by using the 7-bit si inverted K>!
/&te, the central processing unit includes a transmission standard input section into which a transmission standard consisting of a destination telephone number, the number of documents to be sent, and a transmission time is input, a transmission standard storage section in which a cough transmission standard is stored, and a transmission standard storage section in which a transmission standard is stored. A transmission time detection unit for detecting the transmission time is connected to each of the transmission time detection units. The overconfidence time detection unit detects the transmission time stored in the transmission reference storage unit and activates the central transmission time, and the destination telephone number is extracted from the transmission reference storage and the line is activated. transmitted via control st. Automatic destination designation factor transmission system characterized by automatically transmitting a predetermined number of originals to a specified destination at 9 o'clock mK.