JPH0230870B2 - - Google Patents

Description

Detailed Description of the Invention (Industrial Application Field) The present invention relates to an automatic stamping machine, which uses paper coated with a photosensitive agent especially for facsimile and copying when issuing various certificates in government offices. Relating to an automatic stamping machine that quickly dries the stamped area with wet ink when stamping an official seal such as a certification stamp, an issuance number stamp, etc., and prevents the stamping from becoming unclear. It is.

(Prior art) Various certificate documents issued by various government offices have been used in the past, such as resident certificates, family registers, commercial registers, etc.
Real estate registers and other certified copies and extracts are stamped with the issuer's certification seal, issue number stamp, etc. The contents of the issuance work include copying from the original, electronic transmission, binding, printing of certification contents, stamping, etc. These are performed using specified equipment, and mechanization and automatic processing of these are possible from time to time. For example, an automatic stamping device as shown in Japanese Unexamined Patent Publication No. 50-60322 has been proposed, and electronic transmission (facsimile) processing to remote locations is also available. Since the final stamping of the issuer's certification, issuance number, and other stamps is required to be clear, it is decided to use an ink pad with a large amount of ink impregnated and print with a large stamping pressure. . However, when doing this, the stamped ink does not dry sufficiently and becomes damp, so if you stack a large number of them, such as when a large number of issues are issued, the stamped part may be damaged by other parts. The document may be damaged by being copied or even rubbed off, and there is also the possibility that the recipient may abuse this by copying the document. In particular, this
In many cases, facsimile paper coated with a photosensitive agent is used for sending and receiving electronic data, or copy paper coated with a photosensitive agent is used for copying from a cost-saving perspective. This can be prevented by forced drying using a heat source prepared for the purpose, for example, a small drying device suitable for drying sheet-like materials such as printing paper disclosed in Japanese Utility Model Application Publication No. 55-159149. is also extremely troublesome,
This only increased the amount of work required.

(Problems to be Solved by the Invention) In other words, providing a separate drying device in addition to the stamping machine increases costs and requires time and effort to set the paper stamped by the stamping machine in the drying device. However, there were problems such as poor usability and poor work efficiency. Furthermore, if a paper feeding device was installed to automatically set the printed paper in the drying device, it would be more expensive and inconvenient since it would take up a large space.

Furthermore, in the case of conventional front-loading dryers, the switch that operates the drive device is turned on and off depending on the balance between the weight of the paper and the weight, which is a holding element energized by a holding lever that receives the paper. Therefore, it is extremely difficult to adjust this weight, and setting it is difficult and troublesome.
Also, if this weight adjustment is not done properly,
There were drawbacks such as the switch sometimes not turning on even if paper was inserted.

Therefore, the present invention was created in view of the existing points as described above, and the main purpose of the present invention is that even if a certificate document is created using paper coated with a photosensitive agent, it will not be possible to stamp it. The purpose of this system is to enable a series of treatments by forcing wet ink caused by printing, etc., to dry in conjunction with the stamping operation, and to ensure that the processing work can be carried out reliably. The purpose is to improve the efficiency of counter operations by making it possible to link with document creation machines such as facsimile machines and copying machines.A further objective is to simplify post-processing by forcing ink to dry when stamping, etc. The aim is to reduce opportunities for abuse, and ultimately contribute to the realization of fair trade.

(Means for Solving the Problems) In order to achieve the above-mentioned object, in the present invention, the issuer's certification is attached to the processed paper, which is a prescribed certification document, which is copied or sent electronically for various certifications. ,
After the issuance number and other stamps are stamped, hot air is forcibly sprayed onto the stamped area to dry it, and this can be done reliably and automatically as the paper is transported. As a result, it has succeeded in improving administrative efficiency by making it possible to process a series of counter operations at government offices, etc.

That is, the present invention includes a drive device that includes a motor in a container frame that is constantly driven by turning on an operating switch, and a conveyance system that uses the driving force of this drive device to carry in, further convey, and unload paper to be processed. A transport device is arranged in the container frame with a path formed therein, and a drum clutch mechanism is connected to the drive device by the operation of a drum switch that detects the introduction of paper to be processed. A printing device includes a printing plate with predetermined content installed in a printing drum, and after the start of rotation, the printing plate, to which ink is applied and supplied, prints a seal while traveling the paper to be processed in cooperation with a platen exposed on a conveying path surface. , a paper ejection driven roller that is rotated by friction with a paper ejection drive roller that is constantly rotated in conjunction with the drive device is fixed to a paper ejection roller shaft in a paper ejection section of the transport path, and a feeder switch disposed on the transport path. A paper ejection link having a brake piece that presses against the paper ejection driven roller is connected to the paper ejection arm so as to reciprocate elastically to the plunger of the feeder solenoid which is energized by the operation of the feeder solenoid. There is a feeder clutch mechanism in which the paper to be processed being conveyed is temporarily stopped by the brake piece of the paper ejection link coming into pressure contact with the paper ejection actuating roller when the feeder switch is operated, and the paper to be processed once stopped by the feeder clutch mechanism. The invention consists in having a drying device equipped with a hot air source that sprays hot air onto the stamped area for a predetermined period of time.

(Function) According to the invention as described above, the driving device 10 is driven by turning on the operating switch 11B, and the paper to be processed P1 is transported on the transport path 21 by the transport device 20. In addition, the drying device 60 is kept in a preheated state.

Then, the paper to be processed P1 carried in by the paper feed mechanism 22 is delivered to the drum switch 41 on the conveyance path 21.
, the driving force of the drive device 10 is transferred to the printing device 4 by the drum clutch mechanism 42.
The official seal printing plate 51A and the issuance number printing plate 51B in the printing drum 50 work together with the platen 49 to print predetermined contents while running the paper P1, and the drying device 60 Send it to me.

Then, the paper to be processed P1 is transferred to the feeder switch 6.
5 and is detected, the feeder clutch mechanism 6
The feeder solenoid 66 is excited by the operation of the feeder switch 65 of No. 1, which pulls the paper ejection link 67 and swings the paper ejection arm 63 downward, thereby driving the paper ejection drive roller 63A and the paper ejection driven roller 31.
At the same time, the brake piece 68 presses against the sheet discharge driven roller 31C to stop the rotation of the sheet discharge roller 31 and release the sheet P1 to be processed.
During this time, the stamped area of the paper to be processed P1 is dried for a predetermined period of time by hot air jetted from the hot air source 70 of the drying device 60, and then,
The released feeder clutch mechanism 61 transmits the driving force of the drive device 10 again, rotates the paper discharge roller 31, and discharges the paper to be processed P1.

(Example) An example of the present invention will be described below with reference to the drawings.

Reference numeral 1 shown in the figure is a device frame, and inside this device frame 1 there is a copying machine for copying resident certificates, family registers, commercial registers, real estate registers, and other original documents, as well as a facsimile machine for sending and receiving electronic documents. Processed paper P such as certified copies and extracts created with a creating machine C such as
a conveying device 20 that feeds, conveys, and discharges paper, a stamping device 40 that stamps predetermined contents while conveying the paper;
A drying device 60 that sprays hot air onto the stamped portion of the paper P1 to dry it after the stamping is completed, and a transporting device 20, a stamping device 40, and a drying device 60 for these.
A drive device 10 is incorporated therein.

The container frame 1 includes left and right frames 2 facing each other, a plurality of stays 3 installed between the frames 2 to support the frames 2, and various power transmission members, which will be described later, arranged outside the frames 2. It consists of a removable side cover 4 that covers a wiring circuit board (not shown) and the like, and an upper cover 5 that can be locked 6 and can be opened and closed.

This container frame 1 has a built-in drive device 10 equipped with a motor 15 that is constantly driven by turning on an operating switch 11B.The driving force of the motor 15 rotates a drive gear 16 via a speed reduction mechanism. Drive chain 17 circulated by drive gear 16
The information is then transmitted to the conveyance device 20 and the stamping device 40. The actuation switch 11B is arranged outside the container frame 1, for example, on the upper wall of the upper cover 5, so that it can be operated from the outside.Also, since the printing plate part of the stamping device 40 is an official seal, it is arranged to prevent unauthorized use of it. ,
It is energized and can be operated by turning on a power switch 11A placed inside the top cover 5 which is locked 6. When this 11A is turned on, the energizing lamp 12 is turned on.
When the operation switch 11B is turned on, the operation lamp 12B is turned on (see FIG. 1).

As mentioned above, the paper to be processed P1 that has been copied or created by electronic transmission is fed into the container frame 1 directly from the creation machine C or indirectly by manual feeding or the like.
The conveyance device 20, which conveys the paper P1 to be processed using the driving force of the drive device 10, temporarily stops the paper P1 to be processed, and then conveys it again to stamp and dry it, or carries it in without stopping. A conveying path 21 is formed within the container frame 1 for conveying and unloading the container as it is.

The conveyance path 21 itself is formed from the rear to the front by fixing a plate to the stay 3 in the container frame 1 described above, and a paper feed mechanism 22 is provided in the paper feed section at the rear.
is installed. The paper feed mechanism 22 includes a paper feed roller 24 pivoted at the front and rear of a paper feed frame 23 having a flat groove cross section and fixed to the container frame 1 in a forward-inclined state.
A paper feed guide 2 in which a paper feed belt 26 is looped between the driven rollers 25 and a paper feed driven roller 28 that comes into contact with and follows the paper feed belt 26 is pivoted.
7 are removably engaged with and supported by the left and right walls of the paper feed frame 23. Facing the exit of this paper feed mechanism 22, a carry-in roller 29 is pivoted at the rear of the conveyance path 21, a conveyance relay roller 30 is pivoted at the approximate center of the conveyance path 21, and a paper discharge section at the front of the container frame 1. Paper discharge rollers 31 pivoted on the front part of the conveyance path 21 are disposed above and below the surface of the conveyance path 21 together with driven rollers 29A, 30A, and 31A in contact with these rollers, and the paper to be processed P that has been conveyed is
1 is conveyed from a paper feed section to a paper discharge section equipped with a static elimination brush 7A, and is stored on a stocker 7 attached to the front of the container frame 1.

This transport operation from the paper feed section to the paper ejection section is as follows:
As shown in FIG. 4, a drive gear 16 rotated by the motor 15, a frame 2 of a feeder clutch mechanism 61 in a drying device 60, which will be described later.
A relay gear 62 pivoted approximately at the center, a conveyance relay gear 30B fixed to the conveyance relay roller 30 axis, a drum gear 50B fixed to the stamping drum 50 axis in the stamping device 40, and a carry-in gear 29B fixed to the carry-in roller 29 axis. Drive chain 1 sequentially looped
By being rotated by This is done by the paper feeding mechanism 22. In the figure, reference numeral 19 denotes a tension gear that elastically supports the drive chain 17 to tension it appropriately.

A stop release mechanism 35 that releases the stopping operation of a stopper 39 that temporarily stops the paper P1 to be processed is disposed immediately before the stamping device 40 on the transport path 21. A stopper 39 with an L-shaped side surface that can freely come out and retract is fixed to a stopper shaft 38 that is pivotally supported on the frame 2, and a connecting arm 37 that has a plunger of a stopper solenoid 36 attached to the frame 2 fixed to the stopper shaft 38. It is connected to the This stop release mechanism 35
is operated by the switching control of the stamping switch 13 which switches and selects the operation mode according to the selection of whether to stamp the paper to be processed P1 being conveyed or to simply let it pass. The stopper 39 is made to protrude above the surface of the conveyance path 21 to close the detection operation circuit of the drum switch 41, which will be described later. When the drum switch 41 is switched to the passing side, the stopper solenoid 36 is energized and the stopper 39 is depressed below the surface of the conveyance path 21. This opens a detection circuit for the drum switch 41, and when the switch is switched to the stamp side, the stamp lamp 14 is turned on (see FIG. 1).

That is, by selective switching control of the stamping switch 13, the stamping device 40 stamps the paper to be processed P1 while the paper P1 is being transported, and the drying device 60 dries it, or the stamping device 4
0, the operation of the drying device 60 is stopped and the conveying device 2
It is possible to select whether to perform only conveyance by zero. By doing this, if you connect it to the creation machine C and use it in conjunction with it to only make copies or create electronic transmissions without stamping,
The actuation of the stop release mechanism 35 allows the seal to pass through the stamping device of the present invention. Therefore, even if it is necessary to always connect the paper feed section of the stamping device of the present invention to the paper discharge section of the creating machine C, the paper feed section of the stamping device of the present invention must be connected to the paper discharge section of the printing machine C at all times.
This makes it possible to select not only document creation processing but also additional processing such as stamping and issuance, thereby increasing the diversity of office processing.

The stamping device 40, which stamps predetermined contents on the paper to be processed P1 transported in this manner, is connected to the drum clutch mechanism 42 which is linked to the drive device 10 by the operation of the drum switch 41 that detects the conveyance of the paper to be processed P1. A printing plate 51 with predetermined content is placed on a printing drum 50 that is mounted on a shaft of the container frame 1 so as to rotate once.
A, 51B is incorporated into the printing plate 51A, to which ink is applied and supplied by the ink supply mechanism 56 after the rotation starts.
A platen 49 whose portion 51B is exposed to the surface of the conveyance path 21
When the stop release mechanism 35 is not activated, the stopper 39 protrudes onto the surface of the conveyance path 21 and temporarily stops the conveyance of the sheet P1. Activates when stopping.

The drum switch 41 is disposed on the conveyance path 21, and is turned on when the tip of its actuator is pressed in accordance with the conveyance action of the carried-in paper to be processed P1, and the drum switch 41 is turned on by the drum clutch mechanism. 42 is activated to rotate the stamping drum 50 by the driving force of the drive device 10, and the printing plate 51A,
51B.

The main body of the stamping drum 50 has a shaft of the stamping drum 50 supported between the frames 2, and a paper to be processed P1.
Appropriate number of drum side plates 5 with notched edges for carrying in
In addition, an official seal stamp plate 51A for an official seal and an issuance number stamp plate 51B for an issuance number are fixed via a stamp stand in correspondence with the stamping position on the paper to be processed P1. The ink supply mechanism 56 has an ink pad impregnated with vermilion ink for the official seal printing plate 51A, and an ink pad impregnated with black ink for the issuance number printing plate 51B. The ink pad surface is arranged so as to be in contact with the official seal stamp plate 51A and the issuance number stamp plate 51B after rotation starts, and the issuance number stamp plate 51B has an addition arm 51C that increments the number one by one. They are configured to collide (see Figure 3).

The printing drum 50 is driven in this manner by rotating in the direction of conveying the paper P1 to be processed.
This is carried out by being connected to the driving force of the drive device 10 by the operation of a drum clutch mechanism 42 provided at one end of the shaft of the stamping drum 50 extending outside the frame 2; The rotation start position (marking start position) can be adjusted with an adjustment stopper provided at the other end of the shaft. That is, the drum clutch mechanism 42 is
As shown in the figure, the clutch plate 45 connected to the drum gear 50B, which is the drive device 10, and the clutch body 46 fixed to the shaft of the marking drum 50 are elastically ratcheted together, and attached to the frame 2. The plunger of the drum solenoid 43 is connected to a clutch arm 44 which is also pivotally supported by the frame 2 so as to be elastically oscillated. By pulling 44, the clutch plate 45 and the clutch body 4
6. Connect each other and rotate the stamping drum 50,
After completing one rotation, the clutch stopper 47, which is pivotally supported by the frame 2 so as to be elastically oscillated, engages with the clutch body 46 and is stopped at the original position. In addition, as shown in FIG. 5, the adjustment stopper includes a substantially disc-shaped stopper cam 53 that has a stepped notch in a part of its periphery and is fixed to the shaft of the stamping drum 50, and an adjustment plate that allows adjustment of the width of the notch. 53A is slidably fixed with screws, and a stopper arm 54 whose tip engages elastically is fixed to the end of the stopper shaft 38,
The paper to be processed P1 that has been stopped by the stopper 39 is conveyed again after the stop time that is adjusted according to the swinging of the stopper arm 54 whose swing start timing is set by the position of the adjustment board 53A. , thereby making it possible to adjust the sealing position.

In addition, 57 in the figure is an issuance number stamping mechanism,
A part of the upper cover 5 is opened corresponding to the position of the issuance number stamp plate 51B, and an application form stand 58 is provided, into which an application form P2 submitted to apply for the issuance of various certificates is inserted and set from above. In cooperation with a sub-platen 59 disposed on the application table 58, as the stamp drum 50 rotates, the issuance number stamp is stamped on the application form P2 using the issuance number printing plate 51B. By attaching such an issuance number stamping mechanism 57 to the stamping device 40, it is possible to print the same issuance number on the processed paper P1 to be issued and the application form P2 requesting the same, This can be useful for later verification, storage, and management.

After the marking is completed, the paper P1 to be processed is transported forward by the transport relay roller 30 located approximately at the center of the transport path 21, and the stamped portion is dried by the drying device 60, which The apparatus is provided with a hot air source 70 that temporarily stops the paper to be processed P1 being conveyed after stamping is completed by a feeder clutch mechanism 61 and sprays hot air onto the stamping area for a predetermined period of time.

The feeder clutch mechanism 61, which temporarily stops the paper to be processed P1 being conveyed, is configured to interrupt the transmission of the driving force of the drive device 10 to the paper discharge roller 31, which is normally rotated by being transmitted. , the paper discharge roller 31, and the driven roller 31A are configured to stop with the paper to be processed P1 being held between them. Specifically, a paper discharge drive roller 63A and a transmitted gear 63B are coaxially supported on the same axis at the end of a paper discharge arm 63 that is pivotally supported on the frame 2, and the transmitted gear 63B is a transmission gear fixed to the shaft of the relay gear 62. The paper ejection drive roller 63A is constantly rotated by the driving force of the drive device 10 by being transmitted and rotated by the paper ejection chain 64 that is connected between the gear 62B and the paper ejection drive roller 63A.
Paper discharge driven roller 31C rotated by friction at A
is fixed to the shaft of the paper ejection roller 31, and a feeder solenoid 66 is attached to the frame 2, which is energized when a feeder switch 65 disposed on the transport path 21 detects and operates the transport of the paper to be processed P1 at the tip of its actuator. A paper discharge link 67 having a brake piece 68 that presses against the paper discharge driven roller 31C is connected to the plunger of the feeder solenoid 66 so as to elastically reciprocate and connect to the paper discharge arm 63. be. That is, the paper discharge driven roller 3 is driven by the paper discharge drive roller 63A, which is constantly rotated by the drive of the drive device 10.
Although the paper to be processed P1 is being conveyed by the paper discharge roller 31 which is being rotated via the feeder switch 65, when the feeder solenoid 66 is energized by the operation of the feeder switch 65, it pulls the paper discharge link 67. By swinging the paper discharge arm 63 downward, the paper discharge drive roller 63A and the paper discharge driven roller 31C are activated.
At the same time, the brake piece 68 presses against the sheet discharge driven roller 31C to stop the rotation of the sheet discharge roller 31. The stop time while the feeder solenoid 66 is energized is set in advance as a sufficient time to dry the stamped area, and when used in conjunction with the making machine C, hot air is Taking into consideration the relationship with the drying time required by the source 70, the interval is set to be no longer than the interval at which the paper to be processed P1 is brought in.

On the other hand, the hot air source 70 is installed in a heater case 71 that includes a coil heater 72 and a bimetal 73.
For example, the fan motor 7 is set to be operated while the drum solenoid 43 is energized.
4 are connected in series, and as shown in Figure 2, the container frame 1
They are installed in a heater cover 75 which is rotatably supported between the front parts of the frame 2 and can be opened and closed to cover the front upper part, and are arranged in pairs so that hot air can be supplied and injected in correspondence with the official seal and the issuance number stamp, respectively. (See Figure 3). The heater case 71 is arranged in the vertical direction so that the hot air is injected downward from above the conveyance path 21, and directed toward the front of the container frame 1 by an inclined wind shield plate 76 arranged at the front lower part of the frame 2. Therefore, a large number of small holes for ventilation are bored in the cover portion that covers the front part of the container frame 1. Note that 77 is a thermistor placed directly below the heater case 71, and is connected to the operating switch 11.
The temperature of the hot air jetted from the hot air source 70, which is preheated by the injection of B, is detected and controlled to be a temperature suitable for drying the seal, for example, around 40°C.

The present invention is constructed as described above, and its use will now be explained with reference to the flowchart shown in FIG. 6. When issuing a document and using it in conjunction with the production machine C, the stamping machine of the present invention is aligned so that the paper P1 to be processed as a certification paper discharged from the production machine C can be carried in. Install. Then, the power is turned on by the power switch 11A inside the upper cover 5, which is opened by the lock 6, and the driving device 10 is driven by turning on the operation switch 11B, and the transporting device 20 moves the transport path 21. The paper P1 to be processed can be transported on the drying device 60, and the drying device 60 is kept in a preheated state. At this time, if the paper to be processed P1 is not to be stamped, the stop release mechanism 35 is actuated by switching the stamping switch 13 to the pass direction, and the stopper 39 is activated.
is submerged under the conveyance path 21, and the paper to be processed P
1 is simply passed through, and in that case, the marking device 40 and feeder clutch mechanism 61 are not operated.

Conversely, when stamping an official seal, an issuance number stamp, etc. on the paper P1 to be processed, the stopper 39 is made to protrude onto the conveyance path 21 by switching the stamping switch 13 to the stamping position. Now, the paper feed mechanism 22
The paper to be processed P1 carried in by the transport path 21
When the upper drum switch 41 is reached, it is activated and the drive device 1 is activated by the drum clutch mechanism 42.
The driving force of 0 is transmitted as the rotational force of the stamping device 40, and the official seal stamp plate 51A and the issuance number stamp plate 51B in the stamp drum 50 work together with the platen 49 to stamp predetermined contents while moving the paper P1 to be processed. and sends it out to the drying device 60. Then, in the drying device 60, when the paper P1 to be processed reaches the feeder switch 65, this is activated, and the driving force of the drive device 10 is applied by the feeder clutch mechanism 61 to stop the rotation of the paper ejection roller 31 in the paper ejection section. The paper to be processed P1 is held in the mouth,
In the meantime, the hot air jetted from the hot air source 70 dries the stamped area of the paper P1 to be processed.
After the processing is performed for ~10 seconds, the driving force of the drive device 10 is transmitted again by the feeder clutch mechanism 61, which is released, and the paper to be processed P1 is ejected by the rotating paper ejection roller 31, and the paper P1 is ejected from the front of the container frame 1. It is stocked by a stocker 7 attached to the section.

When one movement is completed in this way, it returns to the original position and prepares for the next movement, and after the completion of one movement, the counter 9 counts.
Further, in the event of a paper jam, the system is automatically stopped, and can be recovered by removing the paper feed mechanism 22, opening the upper cover 5 and furthermore the heater cover 75, and then restarting the system using the reset switch 8. .

If necessary, by inserting and setting the application form P2 in the issuance number stamping mechanism 57 of the stamping device 40, the issuance number can be recorded and stored on the application form P2 as a copy of the issuer. This can be useful for later verification.

(Effect of the invention) Therefore, when used in conjunction with the creation machine C,
Alternatively, the predetermined contents are stamped on the manually fed paper P1 to be processed, and the stamped part is dried, so that the issued certificate is
The stamped part will not be transferred to other documents, nor will it become dirty due to scratches, so there is no disadvantage to using it as an official document, and there is also no risk of misuse by transferring it. It can be removed. Moreover, since forced drying is performed in conjunction with the stamping operation, there is no need for a separate drying device as in the past, and the stamping and drying operations can be performed in a continuous series, making it easy and reliable. can. Furthermore, since the ink on the stamped area is forced to dry in this way, subsequent office processing can be simplified, and by linking with the production machine C, it is possible to improve the office efficiency in a series of counter operations.

The transport device 20 is operated by a drive device 10 that includes a motor 15 in the container frame 1 that is constantly driven when the operating switch 11B is turned on, so that the paper to be processed P1 can be carried in at any time. It is convenient for issuance processing in the Kazuki system when used in conjunction with the creation machine C. In addition, since the transported paper P1 to be stamped and dried is temporarily stopped, the stamping position in stamping/printing by the stamping device 40, which is activated by the drum switch 41 that detects this, is always constant. In addition, since the paper to be processed P1 is stamped and transported while running, the paper to be processed P1 will not be damaged or the stamps/prints will not be clear, and the accuracy and reliability required for official documents can be achieved. There is no risk of it being damaged.

The feeder clutch mechanism 61 that temporarily stops the paper to be processed P1 is connected to the drive device 10 and constantly rotates the paper discharge drive roller 63A.
A feeder solenoid is fixed to the shaft of the paper ejection roller 31 in the paper ejection section of the transport path 21, and is energized by the operation of the feeder switch 65 disposed on the transport path 21. The paper discharge driven roller 3 is attached to the plunger 66.
Since the paper ejection link 67 having the brake piece 68 that comes into pressure contact with 1C is connected to the paper ejection arm 63 so as to reciprocate elastically, the paper to be processed P1 conveyed after stamping is completed reaches the feeder switch 65 and is detected. Then, the feeder solenoid 66 is energized by the operation of the feeder switch 65 of the feeder clutch mechanism 61, which pulls the paper discharge link 67 and swings the paper discharge arm 63 downward, thereby connecting the paper discharge drive roller 63A and the paper discharge. At the same time as the frictional contact with the driven roller 31C is released, the brake piece 68
comes into pressure contact with the paper discharge driven roller 31C, and the rotation of the paper discharge roller 31 is stopped, so that the paper to be processed P1 can be reliably stopped in a state where it is held in its grip.

The drying device 60 is provided with a hot air source 70 that temporarily stops the paper to be processed P1 conveyed after stamping is completed by the above-mentioned feeder clutch mechanism 61, and sprays hot air onto the stamping area for a predetermined period of time, so that the paper is kept in a moist state. The stamped area can be reliably dried,
Moreover, since this is carried out while the apparatus is temporarily stopped, hot air drying is effectively carried out, and there is no need for a long conveyance path 21, thereby making it possible to reduce the overall size.

As explained above, according to the present invention, in particular,
When paper coated with a photosensitive agent is used as a certification document, the ink stamped by the issuer quickly dries the wet stamped area to prevent the document from being stained or misused. In addition, since these are automatically processed during transportation, work efficiency is extremely high, and the entire product can be molded compactly and installed in a space-saving manner, and furthermore, it can be used in conjunction with a production machine. This system has excellent effects such as improving the efficiency of counter operations through a consistent system.

[Brief explanation of drawings]

Fig. 1 is a perspective view, Fig. 2 is a sectional view showing the internal mechanism, Fig. 3 is a plan view, Fig. 4 is a side view of one side showing the drive system, Fig. 5 is a side view of the other side, Fig. 6 is a side view showing the drive system. The figure is a flow chart. P1...Paper to be processed, P2...Application form, C
...creation machine, 1...ware frame, 2...frame, 3...
... Stay, 4 ... Side cover, 5 ... Top cover, 6 ... Lock, 7 ... Stocker, 7A ... Static elimination brush, 8 ... Reset switch, 9 ... Counter, 10 ... Drive device, 11A ... Power switch, 11B... Operating switch, 12A... Energizing lamp, 12B... Operating lamp, 13... Stamping switch, 14... Stamping lamp, 15... Motor,
16... Drive gear, 17... Drive chain, 18
... Paper feed chain, 19 ... Tension gear, 2
0... Conveying device, 21... Conveying path, 22... Paper feeding mechanism, 23... Paper feeding frame, 24... Paper feeding roller, 24B... Paper feeding gear, 25...... Driven roller, 26...... Feeding Paper belt, 27...Paper feed guide,
28...Paper feed driven roller, 29...Carry-in roller, 29A...Followed roller, 29B...Carry-in gear, 30...Transportation relay roller, 30A...Followed roller, 30B...Transportation relay gear, 31...Discharge Paper roller, 31A... Driven roller, 31C...
... Paper discharge driven roller, 35 ... Stop release mechanism, 3
6... Stopper solenoid, 37... Connection arm, 38... Stopper shaft, 39... Stopper, 40... Stamping device, 41... Drum switch, 42... Drum clutch mechanism, 43... Drum solenoid, 44 ...Clutch arm, 45...
...Clutch plate, 46...Clutch body, 47...
Clutch stopper, 49...Platen, 50...
...Sealing drum, 50B...Drum gear, 51A...
...Stamp plate for official seal, 51B...Stamp plate for issue number, 51
C... Addition arm, 52... Drum side plate, 53...
...Stopper cam, 53A...Adjustment board, 54...
Stopper arm, 55...Drum brake, 5
6...Ink supply mechanism, 57...Issuance number stamping mechanism, 58...Application table, 59...Sub-platen, 60...Drying device, 61...Feeder clutch mechanism, 62...Relay gear, 62B...Transmission Gear, 63... Paper discharge arm, 63A... Paper discharge drive roller, 63B... Transmitted gear, 64... Paper discharge chain, 65... Feeder switch, 66... Feeder solenoid, 67... Paper discharge link, 68...
... Brake piece, 70 ... Hot air source, 71 ... Heater case, 72 ... Coil heater, 73 ... Bimetal, 74 ... Fan motor, 75 ... Heater cover, 76 ... Wind shielding plate, 77 ... Thermistor .

Claims (1)

[Claims] 1. A drive device that includes a motor in a container frame that is constantly driven when an operating switch is turned on, and the drive force of this drive device to carry in the paper to be processed, and further transport and take it out. A conveying device is arranged in the container frame with a conveyance path formed therein, and a drum clutch mechanism is connected to the drive device by the operation of a drum switch that detects the introduction of the paper to be processed. A printing device incorporates a printing plate with predetermined contents into a printing drum, and after the start of rotation, the printing plate, to which ink is applied and supplied, prints a seal while running the paper to be processed in cooperation with a platen exposed on the transport path surface. A paper ejection driven roller, which is rotated by friction with a paper ejection drive roller that is connected to the drive device and rotates at all times, is fixed to a paper ejection roller shaft in a paper ejection section of the transport path, and is arranged on the transport path. Stamping is completed by connecting the plunger of the feeder solenoid, which is energized by the operation of the feeder switch, to the paper ejection arm so as to reciprocate elastically the paper ejection link, which has a brake piece that presses against the paper ejection driven roller. A feeder clutch mechanism that temporarily stops the paper output roller by pressing the brake piece of the paper discharge link against the paper discharge driven roller when the feeder switch is operated, and the paper to be processed that is once conveyed by the feeder clutch mechanism. and a drying device equipped with a hot air source that sprays hot air onto the marking area for a predetermined period of time. 2. The automatic stamping machine according to claim 1, which is switch-controlled so as to selectively perform only stamping, drying, or transporting the paper to be processed while it is being transported. 3 The stamping device works with the sub-platen as the stamping drum rotates to stamp the issuance number stamp in the printing plate on the application form that is inserted and set separately from the paper to be issued. An automatic stamping device according to claim 1 or 2, which is provided with a stamping mechanism.