JPS58215864A - Facsimile receiving device - Google Patents

Abstract

PURPOSE:To realize to keep the secrecy of a document received and recorded by a facsimile device, by receiving a receiving record paper in a paper discharge box equipped with a locking device when sending and receiving a secret document. CONSTITUTION:A controlling means is equipped with a controlling circuit. By means of the controlling circuit, a magnetic solenoid and the first and the second clutches are selectively actuated according to a controlling signal, which indicates the transmission of a secret document from an opposite transmitter, to guide a recording paper. When the controlling signal is not received, a switching guide 30 contacts a fixed guide 32, and a feeding roll 31 rotates in clockwise direction to feed a recording paper 4 on a paper discharge tray 3 so that the recording paper 4 can be picked up freely, when the controlling signal is received, the guide 30 contacts with the fixed guide 34, and the roll turns in counterclockwise direction to feed the recording paper 4 to a paper discharge box 25 so that the recording paper cannot be picked up unless releasing an opening and closing cover 3 by unlocking a locking device to keep the secrecy of the received document.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a facsimile receiving device, and is intended to protect the secrets of documents that have been received and recorded.

In conventional facsimile receiving devices, the recorded paper is ejected to a place where it can be easily taken out and viewed, such as a paper ejection tray, so the secrecy of the transmitted document cannot be protected, and therefore, confidential documents cannot be sent or received. IC0 has the disadvantage that sometimes it is necessary to call the receiving party and ask him/her to perform the receiving operation and to monitor the received recording paper. All of the above-mentioned drawbacks can be overcome by storing the paper in a paper output box equipped with
An example will be described below.

In Figure 1, (1) is the exterior of the facsimile receiving device;
(2) is an operation display section, and (3) is a paper discharge tray on which the received and cleaned recording paper is placed.

In the second section, Fig. 6, (41 is a recording roll paper for electrostatic recording, which is sent to the recording means (6) through a guide shaft (51).The recording means (6) is a recording roll paper for electrostatic recording. Electrode head (7) and platen roller] 8) clamps the recording paper (4) to record the received image with antistatic properties. (9) is a feeding roller, tio+ is a pinch roller, qD is an automatic cutter, (121 is a developing roller) With a rotating magnet roller (14), toner u5n-
Toner (151vr) is applied to the belt section of the recording paper (4).
-How many people should I have? (16) is a guide for bending the recording paper (4) upward; Paper (4) is completely absorbed and transported.

(2'i) is placed facing the recording paper 14) f'1. The toner a9 on the recording paper 14) is optically fixed using a xenon lamp. (Foundation) is a cooling fan and a xenon lamp 12N.
) All of the high-temperature air (111+) is blown out and exhausted from the reflector shaft of (c).
171 to transfer the recording paper 141 all the way.

(C) is the paper discharge position 2'1. Recording paper (4)? The paper discharge box 131fj is used as an opening/closing lid. The paper output box (c) is a record of receiving secret calligraphy images, etc. 1
It also stores the recording paper (4) and is equipped with a lock. Tray (3) Paper output box @
Lock and unlock the door. ) is placed in the paper feed path,
Selectively write on the top of the paper output tray (3) or the paper output box (c). The paper (4) is a switching means that is the same as the paper output tray (3), and consists of a switching guide rotatably supported at (e) and a feed roller el]) that rotates in forward and reverse directions. When guiding the recording paper (4), use the switching guide (7) missing fixed guide'] [contact and feed roller 0])? Rotates clockwise to transfer the recording paper (41) between the pinch roller and guide the recording paper (41) to the paper output box (c). A and rotate the feed V roller 01 counterclockwise to transfer the recording paper (41) between it and the pinch roller. A switching mechanism (b) for guiding and restricting switching by a means, and a feed 90
-Ra 131J It consists of a rotation control 111 mechanism trowel that controls forward and reverse rotation. The half-cutting mechanism has a mating surface [29a] on the rotating shaft.
) +C11y attached rotating lever Ca, and a spring (41) that forces the rotation of the bar shaft clockwise [τ] and the rotating lever (example 41) against the tension spring 911. It consists of an electromagnetic solenoid Q[+ which rotates and urges clockwise. Clutch with 2 gears and 〇 attached 1In1 @
2nd crunch chili θ and 1st crunch chili 4 @ child to qQ
and the first pulley (g) of the second clutch (47) and the second
The g-belt (g), which is hung on a pulley (g) and is formed from a bell (not shown) that transmits the movement of a drive source (not shown), is set to run clockwise as shown by the arrow. . In this rotary control front machine (rIv), the first clutch is energized 1. When the first clutch is in the connected state, the rotational force of the first boot IJ 1119 in the direction of the arrow is transmitted axially to the feed roller 11. feed roller c3
1) rotates to the hour side 11iJ, -1000, the second clutch 1η
When only the second clutch 4η is energized, the second clutch 4η is in the connected state 9, and the rotational force of the second pulley in the direction of the arrow is applied to the clutch shaft (G), the second gear 4, and the first gear 4. The direction is reversed and transmitted to the feed roller shaft decoy jt, feed roller c (
l) will now rotate counterclockwise. The control stage 9 is not shown in the control circuit 1], and in this split circuit, the electromagnetic solenoid ( Goods) 1st Crunchy and 2nd Crunchy Q? ) L/C selectively energized V
It's C. Specifically, in this system @1 means (1), when the secret message 4 control IR1 times number is not received, the electromagnetic solenoid 141) and the first clutch 1) are energized, the 2nd clutch 1) is de-energized, and the paper ejection tray is (3) Recording paper 14 on top
) is in the rack, and on the other hand, when all secret document splitting signals are received, the electromagnetic solenoid Cυ and the first clutch member 4 are de-energized, the second crunch is closed, and the paper output box (
c) Place the recording paper 141w in the rack.

In the above device, when a cracking signal instructing the transmission of a secret document is received, the switching guide (V) is rotated clockwise so that the switching guide ■ contacts the fixed guide ■, and the feed roller 01 is rotated clockwise. Then, the recording paper (4) is fed onto the paper discharge tray (3), and the operator can therefore take out the recording paper 14) without any special operation. On the other hand, when all the control signals instructing the transmission of confidential documents are received, the switching guide (7) changes to rl@ which contacts the fixed guide ■, and the feed roller OJ) rotates counterclockwise to record the document. Paper (4
) is sent to the paper output box (c) 11. , unless the locking device (a) is fully unlocked and the opening/closing lid (3) is fully released, the recording paper (4) will not be stored until t151. The VC is unable to view the documents, thus ensuring the confidentiality of the received documents.

This invention has a similar configuration, and when receiving a secret whistle document, it is possible to store the recording paper in a paper output box equipped with a locking device at °C based on a control signal from the other party's transmitter.

Therefore, confidential documents are prevented from being viewed by third parties undesirably. Another secret? Unnecessary received recording paper can be stored in the paper output tray and easily ejected without any special operations.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of an external appearance of an embodiment of the present invention, and FIG. 2 is a perspective view of the same example. FIG. 6 is a perspective view of the main part of the same embodiment. (3)... Paper output tray, (4)... Recording paper, (6)
...-Recording means, (c)...Paper discharge section, g)-...
Locking device, (a)... switching means, (g)... regulating means.

Claims (1)

[Claims] 1) Recording means for recording the received image on the recording paper, recording paper missing after the received image is recorded and discharged through the paper feeding path, a paper discharge tray on which it is placed, and a locking device? A paper output box provided with the paper output box, and a recording paper provided on the paper transport path and selectively placed in the paper output tray or the paper output box? Which switching means is connected to the local area and which switching means? , and control means for switching based on the collateral signal of the other party's transmitter.