JPS61105175A - Facsimile equipment - Google Patents

Abstract

PURPOSE:To completely hide a confidential test and realize quick and secure facsimile transmission of important documents by adding a secret keeping part to the receiving part of a facsimile unit. CONSTITUTION:On a confidential message received, a confidential symbol 2 predetermined with a transmitter and addressee indication 3 are recorded, and a reading mechanism 23 of secret keeping part 21 senses the confidential symbol 2 and operates a cover sheet supply mechanism 24 to draw a cover sheet 4 from a cover sheet roll 22, and starting end and terminating end sticking mechanism 25 and side end sticking mechanism 26 stick a starting end sticking place 5 and side end sticking place 6 respectively so that only the confidential text following the confidential symbol 2 and addressee indication 3 on the recording paper 1 is covered, and when the reading mechanism 23 senses the end blank, the starting end and terminating end sticking mechanism 25 sticks a terminating end sticking place 7 and a cover sheet cutting and discharging mechanism 27 cuts the cover sheet 4 at the cutting end and discharges it into a recording paper discharging tray 28.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a facsimile machine, and more particularly to a security section for concealing the confidential text of a confidential received message.

Facsimile machines are widely used internationally as a means of transmitting information, and it is common for important documents to be transmitted unattended late at night from locations that can receive data completely automatically, and for the received messages to be sorted and delivered to those starting the day. .

Confidential matters such as personnel matters, management, and technology have traditionally been handled as confidential and sent by mail, but in modern society, which requires quick response, there is a drawback that it is desirable to use facsimile machines. .

However, conventional facsimile machines do not have a mechanism for concealing the contents of confidential receptions, and there is a risk that confidential information may be leaked during sorting and delivery of confidential reception messages.

The present invention has been made in view of the above, and a security section is additionally provided in succession to the receiving section of the facsimile machine.

To explain the drawings, Fig. 1 is a plan view of a confidential reception recording paper according to an embodiment of the present invention, Fig. 2 is an example of a confidential handling symbol of a confidential reception recording paper, and Fig. 3 is a system explanatory diagram of an embodiment of the present invention. be.

In the figure, 1 is a confidential reception record paper, 2 is an example of a confidential symbol, 3 is a delivery address display, 4 is a cover sheet that cannot be seen through, and 5
6 indicates the starting end bonding location, 6 indicates the side bonding location, 7 indicates the terminal bonding location, and 8 indicates the cut end.

9 is a facsimile device, 10 is a transmitter, 11 is a document tray, 12 is a document supply mechanism, 13 is a document reading and transmitting mechanism, 1
4 is a document ejection mechanism, and 15 is a document ejection tray.

16 is a receiving section, 17 is a recording paper roller, 18 is a recording mechanism, 19 is a cutting mechanism, and 20 is a recording paper ejecting mechanism. The above shows a conventional facsimile machine.

2 is a secret part according to the present invention, 22 is a cover sheet roll, 23 is a reading mechanism, 24 is a cover sheet supply mechanism, 2
Reference numeral 5 designates a starting end and end end adhesion mechanism, 26 a side end adhesion mechanism, 27 a cover sheet cutting/discharging mechanism, and 28 a recording paper discharging tray.

As shown in FIG. 2, the confidential received message includes a confidential symbol 2 and a delivery destination display 3 that have been agreed upon in advance with the sender. The cover sheet 4 is pulled out from the cover sheet roll 22, and the confidential symbol 2 and delivery address display 3'K are displayed on the confidential reception recording paper 1.

The start end and end adhesion mechanisms 25 adhere the start end adhesion point 5 and the side end adhesion mechanism 26 adhere the side end adhesion point 6 so as to cover only the following confidential text, and the reading mechanism 23 senses the reception end margin, and The end adhering mechanism 25 operates to adhere the end adhering portion 7, and the cover sheet cutting/discharging mechanism 27 cuts the cut end 8 of the cover sheet 4, and the cover sheet 4 is discharged onto the recording paper discharging tray 28.

The cover sheet 4 is opaque or has a pattern, etc., so that the confidential text on the confidential reception recording paper 1 cannot be seen through. In addition, an appropriate adhesive such as a heat-fusible sheet is selected for adhering the outer periphery of the cover sheet 4, and since it is impossible to see the confidential text from the outer periphery of the cover sheet 4, the confidential text can be completely concealed. It enables quick and reliable facsimile transmission of important documents, which is highly effective for information transmission.

[Brief explanation of drawings]

FIG. 1 is a plan view of the confidential reception recording paper according to the embodiment of the present invention, and FIG.
The figure is an example of the confidential handling symbol of the confidential reception recording paper, and FIG. 3 is a system explanatory diagram of the embodiment of the present invention.

Claims (1)

[Claims] The receiving unit 16 reads the confidential symbol 2 on the confidential reception record paper 1, covers the confidential text with a cover sheet 4 that cannot be seen through, and attaches a confidential part 21 that can be glued from the outer periphery of the cover sheet 4 so that it cannot be seen.
A facsimile machine that is additionally installed in the