JP2500981B2 - Receiving paper sealing device for facsimile machines - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a receiving sheet sealing device for a facsimile machine which seals a receiving sheet of a facsimile machine.

[0002]

2. Description of the Related Art Facsimile devices are normally set to be in a receivable state for 24 hours, automatically receive image information such as sentences and pictures sent from a sending side at an arbitrary time, and receive the received image. It prints on paper and is automatically ejected. Therefore, there is the convenience that information can be transmitted even when there is no person like a telephone.

On the other hand, the information printed on the receiving paper can be touched by anyone's eyes, so that it is unsuitable for confidential information or communication of personally-written personal information. For this reason, there has been a facsimile machine having a sealing device built therein as disclosed in Japanese Patent Laid-Open No. 57-57090. However, since this device is built in the facsimile machine, the facsimile machine itself becomes expensive. In addition, there is a problem that maintenance of the facsimile device becomes inconvenient.

[0004]

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems. An object of the present invention is to automatically seal a receiving sheet and print on the receiving sheet. It is an object of the present invention to provide a receiving paper sealing device for a facsimile machine, which can prevent the generated information from being seen by a person and can be attached to an existing facsimile machine.

According to the second aspect of the present invention, in addition to the object of the first aspect of the invention, a facsimile in which the inclination of the intake port can be adjusted according to the degree of inclination of the receiving paper discharge port of the facsimile machine. An object is to provide a receiving paper sealing device for equipment. The object of the invention of claim 3 is, in addition to the invention of claim 1 or 2, that the receiving paper is guided to the intake port even when the receiving paper discharge port and the intake port of the facsimile machine cannot face each other. (EN) It is possible to provide a receiving paper sealing device for a facsimile machine which can be operated.

[0006]

In order to achieve the above object, the invention of claim 1 provides a receiving paper on which a received image discharged from a receiving paper discharge port of a facsimile machine is printed.
An inlet for introducing the apparatus main body, a capture means for forcibly taking in the receiving sheet in the apparatus main body and detects that the received paper to the inlet was captured, the reception paper captured printed surface on the inside The foldable means for folding in two, the sealing means for sealing the periphery of the receiving sheets stacked by folding, and the discharging means for discharging the sealed receiving sheet to the outside are built in the apparatus main body. The surface from the substantially central portion to the end portion in the direction opposite to the introduction port is a flat surface, and the surface from the substantially central portion to the end portion on the intake port side is inclined from the substantially central portion to the introduction port side. For a facsimile machine that has a bottom surface that is an inclined surface and has a receiving paper discharge port on the back so that the receiving paper discharge is parallel to the placement surface of the facsimile machine, the above-mentioned inlet is the receiving paper discharge port. To face The flat surface mounted on the mounting surface in a state, the inclined state receiving sheet discharge port for a facsimile machine facing the upper surface in the diagonal direction are opposed to the inlet port to the receiving sheet discharge port The surface is placed on the upper surface of the facsimile machine.

According to a second aspect of the present invention, in the first aspect of the present invention, the slanted surface is provided with a downwardly extendable and retractable adjuster. According to a third aspect of the present invention, in the first or second aspect of the present invention, the sheet guide is provided with a guide bar that is extendable from the upper side of the opening of the introduction port toward the receiving sheet discharge port of the facsimile machine. .

[0008]

According [action] Thus to the invention of claim 1, an inlet port for introducing a receiving sheet on which the received image is printed is discharged from the receiver sheet discharge port of the facsimile device to the apparatus body, the guide
Folding means for forcibly loading the receiving paper into the main body of the device when it detects that the receiving paper has been taken into the entrance , and folding means for folding the received receiving paper in two so that the printing surface is on the inside. Since it is equipped with a sealing means for sealing the periphery of the reception paper piled up by and a discharging means for discharging the reception paper after sealing to the outside, when there is a reception paper discharged from the facsimile machine, The receiving paper can be forcibly taken into the main body of the device, and the receiving paper can be folded and sealed in two and discharged outside the main body of the device. Therefore, the image printing surface of the receiving paper is exposed and the contents of communication leak. You can prevent accidents such as
Moreover, the apparatus main body incorporating the above means has a flat surface from the substantially central portion to the end portion in the direction opposite to the introduction port, and a surface from the substantially central portion to the end portion on the intake port side from the substantially central portion. For a facsimile machine that has a bottom surface that is an inclined surface that is inclined toward the above-mentioned inlet side, and that has a receiving paper discharge opening on its back so that the receiving paper discharge is parallel to the placement surface of the facsimile machine. the flat surface mounted on the mounting surface in a state in which are opposed to the inlet port to the receiving sheet discharge port,
For a facsimile machine in which the receiving paper discharge port is oriented obliquely from the upper surface, the inclined surface is placed on the upper surface of the facsimile machine with the introduction port facing the receiving paper discharge port. It can be easily attached to an existing facsimile machine, and it can be applied to both the parallel discharge type and the oblique discharge type of the facsimile discharge outlet. It is versatile, and because it is mounted and attached, it can be easily removed and it does not cause any trouble during maintenance of the facsimile machine, and there is no need to install a special device on the facsimile machine itself. It also does not raise the price of facsimile machines.

According to the second aspect of the present invention, since the slanting surface forming the bottom surface of the apparatus main body is provided with the adjustable retractable downward, it is possible to cope with the oblique inclination of the receiving paper discharge port of the facsimile machine. By adjusting the inclination of the inlet , it is possible to support various types of facsimile machines. Further, according to the invention of claim 3, since the paper guide provided with the guide rod which is expandable from the upper side of the opening of the introduction port toward the receiving paper discharge port of the facsimile machine is provided, the introduction port and the facsimile machine are directly connected. Introducing receiving paper even when it is not possible to make it close to the receiving paper outlet
It can be guided by the mouth and can be used with various types of facsimile machines.

[0010]

EXAMPLES The present invention will be described below with reference to examples. This embodiment is used by being combined with an off-the-shelf facsimile machine. As shown in FIGS. 1 and 2, on one surface of the apparatus main body 1, a receiving paper sheet facing the receiving paper sheet discharge port of the facsimile machine is used.
The introduction port 2 is opened, and the other side is provided with a discharge port 4 for discharging the receiving paper 3 to the outside. Inside the device body 1, the receiving paper 3 that has entered the receiving paper introduction port 2 is in the device body. 1 forcibly taking in the sheet 1 and this sheet taking-in section 5
Folding part 6 for folding the receiving paper 3 taken in by two and receiving paper 3 folded by this folding part 6.
A sealing section 7 for sealing the sheet and a discharge section 8 for forcibly discharging the sealed reception sheet 3 to the outside of the apparatus main body 1 via a discharge port 4, and a control section 50 and a power supply section 66 for controlling the above-mentioned sections. And a circuit section 9 on which are mounted.

The receiving paper introducing port 2 has an upper and lower inner surface and inner surfaces on both sides which are inclined so as to become narrower as it goes deeper, and a paper detecting device composed of a reflection type photoelectric switch is provided on both sides of the lower inclined surface 2a. The sensors 10 and 10 are provided to detect the receiving paper 3 that has entered the receiving paper inlet 2 discharged from the facsimile machine. The paper take-in unit 6 includes take-in rollers 11A and 11B and a feed roller 1.
2 and a mechanism section for rotating and driving the take-in roller 11A and moving and rotating the feed roller 12 to a predetermined position. While the detection output of the sheet detection sensor 10 is present, the drive motor M ₁ is on the right side in FIG. The rotation is transmitted to the take-in roller 11A via the drive pulley 13, the endless belt 14A, and the driven pulley 15A, and the driven pulley 15A moves to another driven pulley 15B.
A link 17A whose rotation is transmitted to the shaft 17 of the driven pulley 15B and whose one end is fixed to the shaft 16 of the driven pulley 15B.
Rotates from the position indicated by the broken line to the position indicated by the solid line, and the feed roller 12 rotatably attached to the other end of the link 17A presses the receiving paper 3 on the lower inclined surface 2a in the receiving paper introducing port 2. It is like this. Rotation is transmitted to the driven pulley 15C provided on the rotary shaft 12a of the feed roller 12 from the driven pulley 15B through the endless belt 14C, and the feed roller 12 rotates in the direction in which the receiving sheet 3 is taken in. There is. The shaft 16 is connected to the shaft of the take-in roller 11A by a link 17B.

Therefore, while the receiving paper 3 is pressed and fed by the feed roller 12 by the force discharged from the facsimile machine, the take-in rollers 11A and 11B provided in the apparatus main body 1 through the opening at the back end of the receiving paper introducing port 2. Will be forcibly taken into the apparatus main body 1. The folding portion 6 has one end fixed to the rotating shaft 18 and a paper folding plate 19 which can rotate substantially 180 degrees leftward in FIG. 1 from a state where the free end is located at the exit portion of the take-in rollers 11A and 11B, and one end. Is fixed to the rotary shaft 20, and the slack door plate 21 is rotatable about 90 degrees to the right in FIG. 1 from the state in which the free end is located near the rotary shaft 18.
And a small piece plate 22A whose one end is rotatably supported, and a large piece plate 22B whose one end is pivotally supported by a hinge 22C so as to regulate the rotation angle at the other end of the small piece plate 22A. 19, a sheet slackening door plate 21 and a guide plate 22 arranged to cover the upper surfaces of the plates 19 and 21 with a certain gap in a state of being rotated so as to be substantially flush with each other; The suction port 23 opened near the free end of the plate 19 is opened, and the hollow rotary shaft 18 of the sheet folding plate 19 and the rotary shaft 18 are opened from the suction port 23.
The air pump 26 sucks air through a pipe 25 communicating with the through hole 18a, and a suction mechanism for sucking the receiving sheet 3 to the sheet folding plate 19. The one end of the rotary shaft 23 of the paper slack door plate 21 is connected to an output shaft of the rotary solenoid M _2, which is as rotationally driven at a rotational solenoid M _2. A driven pulley 28 is attached to the rotary shaft 18 of the sheet folding plate 19 via a slip clutch 27, and the driven pulley 28 is attached to the driven pulley 28 as shown in FIG.
Drive pulley 30 of the drive motor M ₃ of the discharge portion 8 to be described later by the operation of the electromagnetic clutch 52 shown in a timing belt 3
The rotation is transmitted via the and 1. Further, the timing belt 31 is a rotary shaft 32 of the small piece plate 22A.
It is also suspended on a driven pulley 33 provided on the small piece plate 22.
A, by extension, the guide plate 22 is rotated. The slip clutch 27 is for holding the rotating shaft 18 at a predetermined position by slipping even if the reverse rotation of the drive motor M ₃ is too long.

The discharge part 8 is provided with two upper and lower fixed guide plates 34.
This is for forcibly ejecting the receiving paper 3 sent through between A and 34B toward the ejection port 4 by the ejection rollers 35A and 35B arranged above and below, and the operation of the electromagnetic clutch 53 in FIG. By the output shaft 37 of the drive motor M _3.
The rotation of the discharge roller 35B in the discharge direction is performed by the rotation transmitted through the drive gear 38 provided in the lower discharge roller 35B and the driven gear 39 provided in the rotation shaft 36 of the lower discharge roller 35B.

Discharging rollers 35A and 35B of the discharging section 8
Paper detection sensors 49, 49, which are reflection type photoelectric switches, are provided in the vicinity of both sides of the exit side of the sheet ejection sensor, and the operation of the discharge section 8 is controlled by the detection output of the paper detection sensors 49, 49. The sealing section 7 is the folded reception sheet 3
It is for forming a concavo-convex joint portion on the bottom and sealing it, and is erected on both sides of the bottom portion of the apparatus main body 1 so as to correspond to the periphery of the receiving sheet 3 protruding outward from the side ends of the fixed guides 34A and 34B. It is composed of electromagnetic solenoids 41, 41 mounted on the bearing chassis 40, 40.

In this electromagnetic solenoid 41, as shown in FIGS. 3 and 4, the short piece 44a of the J-shaped iron core 44 is inserted from the lower surface opening of the through hole of the coil bobbin 42, and the long piece 44b is arranged along the coil bobbin 42. The long piece 43b of the inverted L-shaped plunger 43 is inserted from the upper surface opening of the through hole of the coil bobbin 42 so that the lower end is the short piece 44 of the iron core 44.
The upper end of a and the lower end of the short piece 43a are opposed to the upper end of the long piece 44b of the iron core 44. Then, a DC exciting current in the attracting direction is applied to the exciting coil 45 wound around the coil boin 42 to cause the plunger 43 to attract and move downward, and the upper end of the long piece 44b of the iron core 44,
The lower end of the short piece 43a of the plunger 43 is pressed against the upper end of the long piece 44b of the iron core 44 by pressing the lower end of the short piece 43a of the plunger 43 onto the upper end of the long piece 44b of the plunger 43 around the both sides of the receiving sheet 3 which is overlapped with the lower end of the short piece 43a of the plunger 43. The convex portion 46 formed on the lower end surface of the short piece 43a and the concave portion 47 formed on the upper end surface of the long piece 44b of the iron core 44 form the concave-convex coupling portion 59 on the upper and lower two receiving papers 3 to form the receiving paper 3 It is designed to be sealed. The plunger 43 is constantly urged upward by a return spring (not shown), and when the DC exciting current is turned off, the plunger 43 is returned to its original state by the return spring (not shown).

The coil bobbin 42 is rotatably supported on the bearing chassis 40 by a rotary shaft 48. The rotary shaft 48 is rotationally driven by a drive motor M ₄ (or rotary solenoid) shown in FIG. As shown in FIG. 4, 41 can be moved to the sealing position (b) or can be moved from the sealing position (b) to the standby position (a).

As shown in FIG. 1, the apparatus main body 1 has a bottom surface formed by an inclined surface 1a which is inclined from the substantially central portion toward the receiving paper introduction port 2 side, and as shown in FIG. When the sheet discharge port is provided on the back of the facsimile machine 60 and the receiving sheet 3 is discharged in the direction parallel to the mounting surface 61, the flat bottom surface of the apparatus body 1 is used to place the sheet on the mounting surface 61. Place and place a fax machine 60
When the receiving paper discharge port 62 of is oriented diagonally from the upper surface, as shown in FIG.
The apparatus main body 1 is placed on the facsimile machine 60 with the inclined surface 1a placed on the upper surface of the facsimile machine 60, and the receiving paper introduction port 2 of the apparatus main body 1 with respect to the receiving paper discharge port 62 of the facsimile machine 60.
Can be made to face each other.

Of course, as shown in FIG.
5 is provided on the inclined surface 1a to so allow adjustment of the receiver sheet inlet 2 slope The mounting adjustment 65,
Further, the adjustable paper guide 63 provided with a guide rod 64 capable of expanding and contracting is provided, and the facsimile machine 6 is provided along the guide rod 64.
The reception paper 3 discharged from the reception paper discharge port 62 of 0 may be guided to the reception paper introduction port 2 of the apparatus main body 1.

FIG. 7 shows the configuration of the circuit section 9 of this embodiment. The circuit section 9 is composed of a power supply section 66 and a control section 50. The control section 50 is composed of a CPU and the like, and each detection sensor. The detection signals of 10, 40 are connected to the input port, and the drive motors M ₁ , M based on the signals of the respective detection sensors 10, 40.
_3, M ₄ to drive control through drive circuit 51 ₁ to 51 _3, the drive circuit rotates the solenoid M ₂ 5
1 is driven and controlled through _4, further air pump 26, is the electromagnetic clutch 52, 53 to drive control the drive circuit 55 to 57 respectively.

Next, the operation of this embodiment will be described. Figure 5
Alternatively, as shown in FIG. 6, the present apparatus is attached to the facsimile device 60 such that the receiving paper discharge port 62 of the facsimile device 60 faces the receiving introduction port 2 of the device body 1. In this state, the facsimile device 60 operates to receive, and when the receiving paper 3 on which the received image is printed is ejected from the receiving paper ejection port 62, the surface on which the received image is printed due to heat sensitivity or transfer to plain paper using toner faces upward. In this state, the receiving paper 3 is sent to the receiving paper introducing port 2 of the apparatus body 1. In the apparatus body 1, the receiving paper 3 is introduced along the lower inclined surface 2a of the receiving paper introducing port 2, and when the leading edge of the receiving paper 3 reaches the position of the paper detecting sensor 10, the paper detecting sensor 10 receives the receiving paper 3 Is sent. Upon receiving the detection signal, the control unit 50 drives the drive motors M ₁ and M ₃ via the drive circuits 51 ₁ and 50 ₂ and operates the electromagnetic clutch 53.

The rotation of the drive motor M ₁ causes the take-in roller 11A of the paper take-in section 5 to rotate in the take-in direction, and the feed roller 12 moves so as to press the upper surface of the receiving paper 3 and rotates in the take-in direction. As a result, the receiving sheet 1 is forcibly taken into the main body 1 of the apparatus, and is placed between the guide plate 22 and the sheet folding plate 19 and the guide plate 2.
2 and the slackening door plate 21, a fixed guide plate 34
A discharge roller 35 while being guided between A and 34B.
It is sent in the A and 35B directions. The rotation of the drive motor M ₃ is transmitted to the discharge roller 35A by the operation of the electromagnetic clutch 53, and the discharge roller 35A rotates together with the discharge roller 35B in the discharge direction to feed the receiving paper 3 in the discharge port 4 direction.

By this feeding, the starting end of the receiving paper 3 is detected by the paper discharge sensor 49. The control unit 50 receiving the detection signal of the paper discharge sensor 49 stops the drive motor M ₃ through the drive circuit 51 ₂ . At the same time as this stop control of the drive motor M _3, the control unit 50
Drives the rotary solenoid M ₂ via the drive circuit 50 ₄ to rotate the slackening door plate 21 from the solid line state to the downward state as shown by the chain double-dashed line.

At this time, the take-in rollers 11A, 11B
Since the rotation and the feed roller 12 continue to rotate, the receiving paper 3 sags downward as shown in FIG. 8 while being guided by the downward projection 22a of the guide plate 22.
Now, when the trailing edge of the receiving paper 3 passes the position of the paper detection sensor 10 and the detection signal from the paper detection sensor 10 disappears, the control section 50 causes the drive motor M ₁
Is stopped through the drive circuit 50 ₁ . FIG. 9 shows this stopped state, and the end of the receiving paper 3 is stopped at the position A between the take-in rollers 11A and 11B and the paper detection sensor 10.

Simultaneously with this stop control, the control unit 50 drives the air pump 26 to vacuum-suck the end portion of the receiving paper 3 at the suction port 23, reversely rotates the drive motor M ₃ through the drive circuit 51 ₂ , and electromagnetically Clutch 5
2 is operated to transmit the rotation of the drive motor M _{3 to} the rotary shaft 20 of the sheet folding plate 19 and the rotary shaft 32 of the small piece plate 22A of the guide plate 22. By this rotation transmission, the guide plate 2
2, the small piece plate 22A rotates upward as shown in FIG. 10, and with this rotation, the large piece plate 22B rotates downward about the hinge 22C by a certain angle, and the tip end of the small piece plate 22A and the ceiling surface of the apparatus body 1 come together. It rotates to a position where it hits the stopper 58 provided. On the other hand, the sheet folding plate 19 is rotated 180 degrees to the right around the rotation shaft 20. Therefore, the end of the receiving paper 3 is slightly behind the start end, for example, 3
The receiving paper 3 is folded in two as shown in FIG. 11 so as to overlap the position of about 0 to 40 mm. Here, since the rotation shafts of the take-up rollers 11A and 11B are supported by the one-way clutch, the take-up rollers 11A and 11B run idle during the folding, so that the trailing end of the receiving sheet 3 can be easily removed.

After performing this folding operation control, the control section 50 rotates the drive motor M ₄ via the drive circuit 51 ₃ , and this rotation causes the electromagnetic solenoid 41 to rotate the rotary shaft 48.
To the position where the side edge of the receiving sheet 3 is interposed between the short piece 43a of the plunger 43 and the long piece 44b of the iron core 44, and the electromagnetic soleinoid 41 is rotationally moved about the rotation shaft 48.

After this rotational movement, the electromagnetic solenoid 41 is excited through the drive circuit 55 to move the plunger 43 downward. By this downward movement, the peripheral portions on both sides of the receiving sheet 3 are pressed between the short piece 43a of the plunger 43 and the long piece 44a of the iron core 44, and the convex portion 46 provided on the lower end surface of the short piece 43a of the plunger 43 and the iron core A concave-convex coupling portion 59 is formed by the concave portion 47 provided on the upper end surface of the long piece 44a of 44, and the side peripheral portions of the two upper and lower receiving sheets 3 are sealed.

When this sealing is completed, the control unit 51 stops the excitation of the electromagnetic solenoid 41 and rotationally drives the drive motor M ₂ through the drive circuit 51 ₃ , and the rotational drive sends the receiving paper 3 in the ejection direction. By energizing the electromagnetic solenoid 41 at a constant time interval during the feeding, the concave and convex coupling portions 59 are formed at a constant distance to ensure the sealing of the receiving paper 3. In addition, the discharge roller 35
A and 35B apply pressure to the concavo-convex bond to increase the bond strength.
In this way, the reception paper 3 folded in two is sent out and is no longer detected by the paper detection sensor 49.
At the timing when is discharged from the discharge port 3, the control unit 50 reversely drives the drive motor M ₂ via the drive circuit 51 ₃ to return the position of the electromagnetic solenoid 41 to the original position.

Further, the electromagnetic clutch 52 is further operated and the drive motor M ₃ is reversely driven through the drive circuit 51 ₂ to return the guide plate 22 and the sheet folding plate 19 to their original positions. The back sheet slack door plate 21 rotating solenoid M ₂ by reaction driven through drive circuit 51 ₄ to the initial position.

In this way, the respective units are returned to the initial standby state and ready for the next reception of the receiving paper 3. On the transmitting side, the format of the transmission paper is devised so that the destination is printed within the range of 30 to 40 mm from the starting end of the reception paper 3 in correspondence with the apparatus of the present embodiment. Even if it is sealed, the address is shown in Figure 12.
Will look like. X in FIG. 12 indicates a sealing place.

By the way, a sensor 70 for reading a mark (including a bar code) indicating the necessity of sealing on the apparatus side is provided in the sheet take-in section 5, while on the other side, as shown in FIG. If a transmission sheet in which the mark Y is written or printed is used in the address entry section, the control section 50 determines whether or not the above-mentioned sealing operation is necessary depending on the presence or absence of the detection signal of the sensor 70, and the sealing is not necessary. In such a case, the receiving paper 3 may be sent to the discharge port 4 without performing the folding operation and the sealing operation.

In the above-mentioned embodiment, the two receiving sheets 3 stacked together are sealed by concavo-convex connection, but a means for sealing with a double-sided adhesive tape may be used. That is, as shown in FIG. 13, a double-sided adhesive tape 82 of a certain length is attached to the release paper 81 at regular intervals and wound in a roll shape. When the receiving paper 3 is fed into the apparatus main body 1, the release paper 81 is released. While the release paper 81 is being wound up, the other adhesive surface of the double-sided adhesive tape 82 is pressed from the back surface of the release paper 81 by the pressing roller 83 to both sides of the printing surface side near the address portion of the starting end of the receiving paper 3. Let it adhere. In this state, the receiving paper 3 is sent to the discharge port 4 side while peeling off the release paper 81, and the receiving paper 3 is folded through the folding portion 6 in the same manner as in the above-described embodiment, and the discharge portion 8 is discharged as shown in FIG. The upper receiving paper 3 is pressed by the rollers 35A and 35B and adhered to the adhesive surface of the double-sided adhesive tape 82 to seal the upper and lower receiving papers 3.

It should be noted that the sealing means other than the above-mentioned embodiment, that is, the metal staple, the application of an adhesive, the tape-like paste material or the like may be used for the sealing, and the sealing means is particularly limited to the above-mentioned embodiment. Not something.

[0033]

According to the first aspect of the present invention, an introduction port for introducing the reception sheet printed with the received image discharged from the reception sheet discharge port of the facsimile machine into the main body of the apparatus and the reception sheet taken in the introduction port. When the paper is detected, the receiving paper is forcibly taken into the main body of the apparatus, the folding means that folds the received paper into two so that the printing surface is on the inside, and the receiving paper stacked by folding Since it is equipped with a sealing unit that seals the area around and the discharging unit that discharges the received paper after sealing, if there is a received paper discharged from the facsimile machine, this received paper is automatically Can be forcibly taken in, folded and folded in two, and then sealed and ejected outside the device body, so the image printed surface of the received paper is exposed and communication content leaks Which accident can be prevented, yet the apparatus main body with a built-in said means, the introduction from the substantially central portion
The surface to the end in the direction opposite to the mouth is a flat surface, and the surface from the substantially central portion to the end on the intake side is approximately the central portion to the above.
For a facsimile machine that has a bottom surface that is an inclined surface that is inclined toward the inlet side, and that has a receiving paper discharge port on the back so that the receiving paper discharge is parallel to the placement surface of the facsimile machine. placing said flat surface in the mounting surface in a state of being opposed to the inlet port to the receiving sheet discharge port, the inlet port to the facsimile apparatus receives paper discharge port is facing the upper surface in the diagonal direction Since the inclined surface is placed on the upper surface of the facsimile device while facing the receiving paper discharge port, it can be easily attached to the existing facsimile device and, in addition, it can be received by the facsimile device. It can be applied to both parallel discharge type and diagonal discharge type, and it has a wide range of versatility, and it can be easily removed because it is mounted and attached. Is characterized in that not what such failure even when maintenance of the vessel, also has the effect of nor raise the price of the facsimile apparatus is not necessary to provide a special device to the facsimile device itself.

According to the second aspect of the present invention , since the slanting surface forming the bottom surface of the apparatus main body is provided with a retractable adjuster downward, the slanting surface is introduced corresponding to the inclination of the obliquely inclined receiving paper discharge port of the facsimile machine. There is an effect that the degree of inclination of the mouth can be adjusted, and it can be applied to various types of facsimile machines. The invention of claim 3 is an introduction.
Since there is a paper guide provided with a guide bar that can expand and contract toward the receiving paper discharge port of the facsimile machine from the upper side of the mouth opening, the direct introduction port and the receiving paper discharge port of the facsimile machine cannot be brought close to each other. Even if you receive the paper
There is an effect that it can be guided to the introduction port and can be applied to various types of facsimile machines.

[Brief description of drawings]

FIG. 1 is a side sectional view of an embodiment of the present invention.

FIG. 2 is a horizontal sectional view of the above.

FIG. 3 is an enlarged cross-sectional view of the electromagnetic solenoid of the sealing portion of the above.

FIG. 4 is an operation explanatory diagram of the position movement of the electromagnetic solenoid of the above.

FIG. 5 is an installation explanatory diagram of the above.

FIG. 6 is another installation explanatory view of the above.

FIG. 7 is a circuit configuration diagram of the above.

FIG. 8 is an operation explanatory diagram of the above.

FIG. 9 is an explanatory diagram of an operation of the above.

FIG. 10 is an operation explanatory diagram of the above.

FIG. 11 is an operation explanatory diagram of the above.

FIG. 12 is a front view of the sealed reception sheet of the above.

FIG. 13 is a configuration diagram of a main part of another embodiment of the present invention.

FIG. 14 is an explanatory diagram of an operation at the time of sealing the same as above.

[Explanation of symbols]

1 device body 2 receiving paper introduction port 3 receiving paper 4 discharge port 5 folding unit 8 discharge unit

Claims (3)

(57) [Claims] 1. A receiving sheet on which a received image is printed, which is ejected from a receiving sheet ejecting port of a facsimile machine, is placed in an apparatus main body.
An inlet to be introduced , and a capturing means for forcibly capturing the receiving sheet into the main body of the apparatus when detecting that the receiving sheet has been introduced into the inlet , and the received receiving sheet has a printing surface inside. The foldable means for folding in two, the sealing means for sealing the periphery of the receiving sheets stacked by folding, and the discharging means for discharging the sealed receiving sheet to the outside are built in the apparatus main body. The surface from the substantially central portion to the end portion in the direction opposite to the introduction port is a flat surface, and the surface from the substantially central portion to the end portion on the intake port side is from the substantially central portion to the guiding surface.
It has a bottom surface that is an inclined surface that is inclined toward the entrance side,
The flat surface when the discharge of the receiving sheet for a facsimile machine provided with the received paper discharge port back to parallel with the mounting surface of the facsimile machine in which are opposed to the inlet port to the receiving sheet discharge port was placed on the mounting surface, the receiving sheet discharge port for a facsimile machine facing obliquely from the upper surface of the facsimile machine of the inclined surface in a state of being opposed to the inlet port to the receiving sheet discharge port A receiving paper sealing device for a facsimile machine, which is placed on the upper surface. 2. The receiving paper sealing device for a facsimile machine according to claim 1, wherein the slanted surface is provided with a downwardly extendable and contractible adjuster. 3. The facsimile machine according to claim 1, further comprising a paper guide provided with a guide bar which is extendable from the upper side of the opening of the introduction port toward the receiving paper discharge port of the facsimile machine. Receiving paper sealing device.