KR820001838B1 - Automatic certification composite apparatus - Google Patents

Abstract

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Description

Automatic Certification Multifunction Device

The drawings show an embodiment of the present invention.

1 is a perspective view of the whole appearance of the stapler body with the stapler body removed;

2 is a partial cutaway plan view of the entire internal mechanism.

3 is a side view of the driving device and the stamping device.

4 is a side view of a perforaror device.

5 is a side view of the stapler device.

6 is a partial cutaway side view of the stapler body.

7 is an exploded perspective view of the blade drum.

8 is an exploded perspective view of the seal clutch mechanism.

9 is a side view showing the operating state thereof.

10 is a partial cutaway front view of the movement adjusting mechanism of the authentication sentence switching block.

11 is a front view of an authentication sentence switching mechanism.

12 is a control circuit diagram.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic certification multifunction machine, which requires so-called window offices, such as real estate registers, corporation registers, family registers, etc., etc. The present invention relates to an automatic certification multifunction device for effort-saving the issuance of documents.

Conventionally, in so-called window offices such as the issuance of real estate registers, corporation registers, family registers and other documents in government offices, offices, etc., copying of originals, folding at a predetermined size, stacking of required sheets, and each side It is the contents to seal the authentication statement of predetermined contents by the seal person or the collective puncher.

In this case, in particular, each work such as the iron processing system or certification may be performed by hand or by a stapler, sealer, or authenticator that performs each work independently. 'S work couldn't be done the same, and because of its busyness, it caused congestion at the window, and if it wasn't, it was a lot of work to wait for a long time.

Therefore, the present invention was devised to solve the above-mentioned defects, and its main object is to improve the time efficiency and reduce the effort by performing the processing such as the iron treatment system using the same machine. In order to reduce the risk, the stamping process of the authentication statement and the selection operation of whether or not to be merged separately from other processing iron processing are inherent, and the processing operation can be selected. It is to increase the diversity of the certification contents by changing the selection to one touch. In addition, the secondary purpose is to facilitate the work by improving the operability and to expand the economics by reducing the installation space, and furthermore, to ensure the official management without giving the possibility of forgery or error, It is accurate and prevents fraud.

To this end, the present invention provides a driving force of a motor which is rotated by a motor driving circuit by a base fixed to a base by opening an insertion hole of a paper, and a driving micro switch operated when the inserted paper is pressed by contact. Further, a crank wheel and reciprocating power connected to the driving device by the drive device by means of a driving device for reducing and transmitting the inertial driving force and a solenoid and a perperator clutch mechanism that operate in connection with the operation of the driving micro switch, thereby being driven in rotation. Perperator toggle arm mechanism for perforation, and perforator which raises and lowers the perperator body installed at the lower part of the periphery of the periphery of the periphery of the periphery of the periphery of the periphery of the periphery. The device, and when this perforator device is in operation, The stapler toggle link mechanism is stretched by a reciprocating power link, and the hammer at the bottom of the toggle link mechanism hits the iron processing portion of the stapler main body that faces the insertion port, and the stapler is subjected to iron treatment. A stamping drum, which is connected to the drive device by means of the micro-switch, or connected to the drive device for the solenoid and seal clutch mechanisms which are operated directly or in connection with the operation of the stapler device, the stapler device, There is a plate attached to the certification door switching mechanism of the certification door block that can adjust the movement in the radial direction.The ink supply mechanism and the platen mechanism are installed in the vicinity of the blade drum. While inserting the inserted paper as it moves under the rotation of the blade drum, the paper is sealed and slipped from the slot. Has turned out that the sealing device, these will spread, it characterized in that the upper radar device, so that the stapler unit, can be operated with all or individual selective.

Next, an embodiment of the present invention will be described with reference to the drawings.

The summary shows that the base 10 with the insertion opening 11 of the paper P to be processed and the drive force of the motor 21 driven in connection with the insertion of the paper P and the inertial driving force are reduced and transmitted. It operates similarly to the drive apparatus 20, the perforator apparatus 30 connected to this drive apparatus 20, and perforation apparatus 30 which performs the perforation processing for the paper P to be carried out, And a stapler device 70 which causes the paper P to be iron-treated, and a stamp device 100 which seals various authentication doors on the paper P and slides it out at the same time. The stapler device 70 and the stamp device 100 may be operated in whole or individually.

Thus, the frame 10 having the insertion opening 11 of the paper P, such as a certificate of the real estate, the register, the corporate register, the register register and other documents, the iron processing, the certificate requiring authentication, etc., is located at the bottom of the four corners. The drive device 20, the perforator device 30, and the stapler, which are fixed to the base 13 having a flexible leg 12 which absorbs vibrations and prevents noise, are incorporated on the base 13. The device 70 and the stamping device 100 are formed in a box shape so as to contain all of them.

)자모양의 가이드 플레이트(16)에 따라서 용지(P)가 삽입되도록 되어 있다.On the front of the frame 10, an opening and closing cover 15 having a glass plate 14 fitted therein is attached to enable the perspective of the stamping device 100 in order to ensure the internal perspective, in particular, the official management. Opening and closing cover 15 can be opened and closed only by (K), and in addition to the manager lock (K), in particular, alteration of the plate 126, the authentication plate 129 of the stamping device 100, and inside The operation of the installed main switch 19 is made impossible, and the official management is ensured. The insertion opening 11 is opened in the lower side surface part of the front part of the base 10, and is roughly in the plane fixed on the base part 13 base part below this opening part.

The paper P is inserted along the shaped guide plate 16.

The driving device 20 which slows down and transmits the driving force of the motor 21 driven in connection with the insertion of this paper P, and also its inertial driving force, is for driving which is operated when the inserted paper P is contact-pressed. A motor 21 and a deceleration mechanism 25 are diffracted by the motor driving circuit turned on by the micro switch 22.

The micro switch 22 is disposed inside the insertion hole 11, and turns on the driving circuit to the switch piece 22A which is rocked by the pressing action when the paper P is inserted, and is pulled by a relay or the like. It is sufficient to temporarily supply power to the rotor 21, and the power supply to the micro switch 22 is performed by an on / off operation to the main switch 19 provided in the opening / closing cover 15.

On the base 13, a pair of left and right frames 24A and 24B which are opposed to each other along the front right and right directions of the base 13 are provided, and one side 24A is attached to the base 13 on the rear part. The second 24B is provided with an auxiliary frame 24C opposed to each other at the rear portion of the rear portion 24B, which is short enough to correspond to the mounting space of the motor 21, and each of these frames ( 24A, 24B, and 24C are held at predetermined intervals by a suitable spacer 23.

The deceleration mechanism 25 is provided with the appropriate number of deceleration shafts 26 formed between the frames 24B and 24C. , This reduction shaft 26... 26A of deceleration gears fixed to the edges. , The deceleration difference 26A. Belt 27 having a tooth surface arranged to walk between them. The driving force of the motor 21 is obtained by fixing the drive displacement 28A positioned between the left and right frames 24A and 24B via the reduction mechanism 25 to fix the frame 24A, ( 24B) is configured to transmit and decelerate to the drive shaft 28 hypothesized therebetween. (See Figures 2 and 3)

The drive of the motor 21 in the drive device 20 may not always rotate during one operation, but may be one in which an inertial driving force sufficient to complete one operation is obtained. However, in the perforator device 30, the stapler device 70, and the stamping device 100, a situation in which one operation is not completely completed due to the thickness of the paper P, clogging, failure, etc., which prevents it during any operation. In consideration of the occurrence of the power supply, the drive switch 29 placed behind the base 13 directly supplies electric power to the motor 21 to continue driving of the drive device 20, thereby completing the operation. Continue until again.

The perforator device 30, which is connected to the drive device 20 and causes the paper P to pass through, is operated in connection with the operation of the micro switch 22, as shown in FIG. Perforated crypt arm by the solenoid 31, the crank wheel 34B connected to the drive device 20 by the perperator clutch mechanism 33, and driven by it, and the power link 39 reciprocating. The periphery main body 51 installed at the lower end of the instrument 41 is stretched and thus the oscillating sisio arm 46 is directed to the insertion hole 11. (In FIG. 4, one frame 24A is omitted.)

The perperl clutch mechanism 33 has a final gear 34A positioned between the left and right frames 24A and 24B, and is fixed to the frame 24A, (below the driving side 28). The clutch plate 35 positioned between the frames 24A and 24B is supported by the swing shaft flow path shaft on the final shaft 34 interposed between 24B and the drive above the clutch plate 35. The clutch car 35A intermittently engaged with the replacement car 28A is supported by the shaft while being engaged with the final gear 34A, and acts in a tendency to drop the clutch gear 35A from the drive replacement car 28A. A traction spring 36 is attached between the lower end of the clutch plate 35 and the appropriate position of the frame 24A, and the rear portion outside the frame 24A so as to be excited and operated by the driving micro switch 22. On the operating core 31A of the solenoid 31 attached to the lower part by the front and rear adjuster The shaft surface which is continuously supported by the coupling pin 37 which penetrated the frame 24A through the hump 32 provided continuously, and protruded in the lower part of the clutch plate 35, is arrange | positioned at the side of the frame 24A. It is coupled to the lower portion of the a-shaped clutch lever 38.

Therefore, when the micro switch 22 is operated in connection with the insertion of the paper P, the drive unit 20 is driven to rotate the drive counterwheel 28A, while the solenoid 31 is operated to operate the clutch lever 38. ) And tow the clutch plate 35 itself by swinging it, thereby engaging the clutch gear 35A with the drive gear 28A, thereby being connected to the drive device 20, and through the final gear 34A. The final side 34 moves along and rotates.

On the final side 34, crank wheels 34B positioned respectively outside the frames 24A and 24B are fixed to both ends thereof, and the rear end of the power link 39 is rotated on the crank wheels 34B. The guide hole, which is supported so that the front end of the power link 39 is formed to show a lateral arc shape along the front and rear directions of the base 10 over the substantially center portions of the left and right frames 24A and 24B. It is rotatably supported by the toggle relay shaft 42 inserted through the () 40. Therefore, when the final shaft 34 is rotated as described above, by the rotation of the crank wheel 34B, the power link 39 reciprocates back and forth while shaking, and the toggle relay side 42 is reciprocated.

The perforator crypt arm mechanism 41 is extended and operated by using this toggle relay shaft 42 as a working sword, and the lower toggle supported between the left and right frames 24A and 24B. The lower toggle arm 44 is rotatably supported by the shaft 43, the lower toggle arm 44 is rotatably supported by the toggle relay axis 42, and the lower end is rotatably supported by the toggle relay axis 42. Top soil supported and rotatably supported by the connecting shaft 48 at the rear end of the iso-so arm 46 supported by the arm shaft 47 hypothesized between the upper left and right sides of the frame 24A, 24B. It consists of the arm 45 and is located between the left and right frames 24A and 24B.

The shiiso arm 46 is roughly shaped in a cross section, and its front end is freely attached to and detached from the banyan block 50 installed by inserting a banyan needle 49 directed toward the center of the insertion hole 11 at the bottom thereof. It is set and connected to the upper part of the perperator main body 51 which moves up and down without shaking by the suitable guide mechanism 52 so that the joint 53 and the joint shaft 54 can move freely.

In addition, the system welding 49 is arranged in accordance with this so as to puncture the paper P with a row of points formed by a display that is a system of predetermined contents such as letters and symbols. The pipe insertion hole of the metering needle 49 is laid, and it penetrates through a pair of diblocks 55 which are attached to the upper and lower parts of the center part inside the insertion opening 11 at intervals which are not narrower than the paper P thickness, and are arranged freely. After the perforation, the paper debris is stored in the dust case 56 disposed so as to be freely taken out below the base 13 below the die block 55.

At this time, the installation height of the metering needle 49 is set in several different kinds of stages, and it is difficult to complete it all at once because the pressure to be applied to the object to be produced during the punching of the paper P is large. At any time, during one drilling operation, it can be dispersed in several steps to observe with the same drilling force.

For example, as two types of display needles 49 having different installation heights, when installed, the drilling work can be dispersed in two stages, which is particularly effective when the driving device 20 is driven by inertial driving force. .

Therefore, when the solenoid 31 is excited by the operation of the driving macro switch 22, the clutch switch plate 35 that is oscillated causes the clutch gear 35A to drive the clutch gear 35A of the drive gear 20A. ) Is connected to the driving device 20, and the final gear 34A, the final side 34, and the crank wheel 34B are rotated to reciprocate back and forth while swinging the power link 39. The front end of the link 39 erects the upper and lower toggle arms 44 and 45. The toggle arm mechanism 41 is expanded and contracted to swing the seesaw arm 46, and the perforator main body 51 is operated up and down accordingly. In P), the puncture operation is performed by the dot array of a plurality of holes having predetermined contents, so as to be acquired.

This operation is configured such that the one lifting side of the toggle arm mechanism 41 and the one lifting operation of the perperator body 51 are performed by one rotation of the crank wheel 34B.

In other words, if the operation is not returned to the state before the operation once again, for example, the up-and-down operation of the display infiltration 49 is stopped in the middle, so that it is impossible to remove or insert the paper P. Care must be taken to return to the original position.

To this end, the reset bar 61 protruding from the lower arm arm 44 of the toggle arm mechanism 41 is moved in and out from the outgoing hole 62 drilled in the frame 24A in a movable form. A traction spring 64 which is coupled to the hook-shaped trigger arm 63 connected to the upper end of the clutch lever 38 via a roller 61A and pulls the clutch lever 38 always upward. Is attached between the tip of the trigger arm 63 and the proper position of the frame 24A. Thus, when the clutch lever 38 is tossed by the operation of the solenoid 31, the clutch plate 35 is rocked and connected to the driving device 20, and accordingly, the crank wheel 34B and the power link 39 are connected. The toggle arm mechanism 41 is extended by this. At this time, the lower toggle arm 44 is upright, and the reset bar 61 is released from being engaged with the trigger arm 63, but the toggle arm mechanism 41 is reduced to operate the lower toggle arm 44 again. When tilted to the side, the reset bar 61 reliably engages with the trigger arm 63, which is towed by the traction spring 64, towing it to return the entire clutch lever 38 to its original position and then the clutch. Even the plate 35 is returned to the original position at the same time as the traction action by the traction spring 36, the perforator device 30 is completely out of the drive transmission action of the drive device (20).

On the other hand, a position grip 65 having an arc-shaped edge is cut and formed in the crank wheel 34B positioned at the outer axis of the frame 24B, and the roller-shaped position rest 66 engaged with the position grip 65 is formed. The position arm 67 and the frame (1) are directed to the frame 24B by the shaft, and the towing spring 68 for pulling the position rest 66 toward the position grip 65 at the front end thereof. Attach it between the proper positions of 24B).

Therefore, when the entirety of the chopper wheel 34B or the perforator device 30 starts to operate, even if the engagement state of the position grip 65 and the position rest 66 is forcibly removed, both of them are finished again. (65) and (66) are coupled to stop the rotation of the crank wheel (34B) itself, and further stop the inertia of the perforator device (30) to ensure complete return to the previous position. See also 3)

In addition, the stapler device 70, which operates in the same manner as the perforator device 30 to iron the paper P, is formed by the reciprocating power link 39, as shown in FIG. The toggle link mechanism 71 for the spooler is stretched to hit the iron processing portion 86 of the stapler main body 85 with the hammer 78 at the lower end of the toggle link mechanism 71 facing the insertion hole 11. Iron treatment is performed.

The toggle link mechanism 71 is connected to the power link 39 in the perforator device 30. The toggle link mechanism 71 moves in accordance with the reciprocating motion of the power link 39, and expands and contracts. In addition, since the paper P is subjected to iron treatment at two positions at the upper and lower positions thereof, the stapler main body 85 is arranged in pairs of one each on the left and right sides of the base 10 in response to this. At the same time, a toggle link mechanism 71 for operating each of the stapler main bodies 85 is also arranged, one each on the left and right sides of the frame 24A, 24B, which is the left and right sides of the frame 10. Is omitted.)

That is, the rear end of the stapler power link is rotatably supported through the long hole 72A on the toggle relay side 42 on which the front end of the power link 39 is rotatably supported, and the left and right frames 24A are supported. ) And (24B) the lower end of the upper toggle link 74 rotatably supported by the upper link shaft 73 hypothetically interposed between the upper part, and the frame 24A and 24B. The upper end of the lower toggle link (75), the lower end of which is rotatably supported through the hammer pin (79), in front of the hammer (78), which is rotatably supported at the rear end, on the hammer shaft (77) hypothesized to the lower side of the center. The toggle pin 76 was connected and supported, and the front end of the stapler power link 72 was rotatably supported by the toggle pin 76.

Accordingly, the reciprocating motion of the power link 39 reciprocates while the stapler power link 72 is also oscillated at the same time so that the up and down toggle links 74 and 75 are erected and laid down, so that the entire toggle link mechanism 71 is up and down. Direction is stretched and the hammer 78 is rocked so that its front end is hit by the stapler main body 85. At this time, the hammer roller 78A made of a synthetic resin for preventing scratches on the hammer pin 79 at the front end of the hammer 78 is mounted, and the iron processing portion of the stapler main body 85 is expanded according to the expansion and contraction of the toggle link mechanism 71. When hitting (86), it is rotated automatically in accordance with the hitting to quickly push down the iron processing unit 86 so that the iron operation is performed smoothly.

At this time, the toggle link mechanism 71 expands and contracts downward, and when it hits the stapler body 85 through the hammer 78 and the hammer roller 78A, it is not good to give a sudden impact action. Force) to contract elastically. That is, the revolving free adjusting screw 82 is fixed to the flat b-shaped connecting plate 80 attached to the stapler power link 72 by being rotatably supported by the toggle pin 76 and fixed by the double nut 81. At the same time, the fixing plate 83 is rotatably supported by the toggle relay 42, and the shock absorbing spring 84 is provided between the fixing plate 83 and the adjusting screw 82.

According to this, the hitting force against the stapler main body 85 can be buffered, the return of the toggle link mechanism 71 to the original position after the end of the operation can be facilitated, and the next operation can be prepared quickly. The stapler main body 85 generally uses a stapler sold and used as it is, and can be pulled out in the accommodating groove 87 arranged on the left and right on the base 13 along the left and right directions of the base 10. It is attached to the slide plate 89 on the slide plate 89 in a substantially reverse groove shape.

The slide plate 89 itself has a window 88 that fits the side size of the stapler body 85 at the side wall of the frame 10 so that the slide plate 89 can be carried out directly outside the frame 10. At the time of storing set in 87, a cover plate 89A for closing the window 88 is provided at the end of the side surface of the slide plate 89, and in order to ensure the reliability of the storing set, The magnet 90 which can be adhere | attached by the magnetic force to the inner wall which entered and installed is being fixed to the lower surface of the inner side part of the slide plate 89. As shown in FIG. Of course, at the time of storing set, the iron processing portion 86 of the stapler main body 85 faces the inside left and right portions of the insertion hole 11, and when the paper P is inserted, the iron portion 86 The cover plate (89A) has a spherical shape, and the cover plate (89A) is cut into a spherical shape so as to reach the position. It is attached on the slide plate 89 (see FIG. 1).

The stapler main body 85 is attached to and detached from the side b-shaped slide stopper that is capable of sliding backward while supporting the elasticity of the traction spring 92 attached to the bottom of the slide plate 89 as shown in FIG. (93) The front end of the stapler main body 85 is forcibly inserted by the elasticity of the traction spring 92 by inserting the rear end portion through the slide plate 89 and attaching it to the rear end of the stapler main body 85, and detaching it. The side engaging N-shaped insertion coupler 94 is formed by cutting the slide plate 89 in front.

In this way, the supply of the iron core to the stapler main body 85 consumed by attaching and detaching the stapler main body 85 on the slide plate 89 releasably received with respect to the base 13, the clogging of the iron core or In addition to the advantage that the stapler main body 85 is repaired when a failure occurs, spare parts are prepared in advance, and the rapid processing of the iron processing during repair is possible, and when the stapler main body 85 is removed, the stapler device is substantially removed. Iron processing of 70 can be stopped.

When the stapler device 70 is operated, since the staples loaded on the stapler main body 85 are consumed, the counter 10 for specifying the consumption number can be used to check the number of counts outside the base 10. It is located in the upper part and is directly connected to the one operation | movement of the said solenoid 31 which concerns on the one operation | movement of the stapler apparatus 70.

Then, the stamping device 100 which seals various authentication texts on the paper P and simultaneously slides them out is directly driven by the driving micro switch 22 as shown in FIGS. 7 to 11. Or the rotor which is connected to the drive device 20 by a seal clutch mechanism 110 by a solenoid 109 operating in conjunction with the operation of the perforator device 30, the stapler device 70, A plate 126 having an authentication door switching mechanism 135 of the authentication door block 127, which is capable of adjusting the movement of the blade drum 105 in the radial direction, is attached to the drum 105 surface. An ink supply mechanism 155 and a platen mechanism 160 are provided in the vicinity, and the inserted sheet P is stamped on the sheet P while the inserted sheet P is driven in accordance with the rotation of the blade drum 105, and the insertion opening 11 is provided. It is supposed to slide out of.

The operation of the stamping device 100 is performed by the operation of the driving micro switch 22 when the iron processing is unnecessary, such as when the sheet of paper P is one sheet. In the case where iron processing is required, such as when P) is two or more sheets, a command to start sliding and discharging, which is a substantial blade, is synchronized with the completion of the operation of the perforator device 30 and the stapler device 70 which do these things. It is assumed that the selection device 170 and the control circuit 173 are used.

The blade drum 105 is substantially flat in shape of a pair consisting of a pair of side plates 101B in which the back boards 101A are opposed to each other, and the support plate 101C is provided at the lower end thereof. It is hypothesized in the housing | casing side in the housing | casing 101, and this support frame 101 is a pair of plane roughly b-shaped connection boards laid behind the back board 101A above the guide plate 16 of the front part of the base 10. Through 102, an orthogonal state is attached to the leading edges of the left and right frames 24A and 24B, and is fastened with screws so as to be free to remove them. In this way, by storing the seal drum 105 in the support frame 101, the seal device 100 is used, and the seal device 100 itself is attached and detached freely as described later. When the structure of the authentication sentence switching mechanism 135 and the display mechanism 145 are different from each other, the stamping device 100 corresponding to the number of authentication sentences is configured in advance, thereby forming this in the framework 10. It can be very simple to embed and replace (see Figure 2).

As shown in FIG. 7, the main body of the blade drum 105 is positioned above the insertion hole 11 at the time of the stop of operation, and is inserted into the straight linear edge 106A and the straight edge 106A, which are largely repaired. It is continuous, and it runs continuously with a step difference in circular arc running edge 106B in which the non-slip knurling process for running paper P was run, and this running edge 106B, A pair of drum side 106, each having a circular arc-shaped cut free edge 106C having a small radius of curvature, and having a center of rotation of the traveling edge 106B opposed to each other having a substantially U-shape; In addition, an appropriate number of hypotheses that are provided between the drum side 106 and the plate 126 interposed between the drum side 106 and the inside of the traveling edge 106B with a curved surface in which the display of a predetermined content is engraved on the surface thereof. A drive shaft 104, 1 consisting of a spacer 107, at the center of rotation It is hypothesized between the side plates 101B of the support frame 101 through 36).

Thus, the drive of the blade drum 105 is rotated so that the paper P is slid out and that is, the downward circumferential side thereof is moved from the inside of the insertion hole 11 to the inlet direction, which is one drum side 106. The operation is performed by connecting and releasing the drive mechanism 20 by the operation of the clutch mechanism 110, which is a blade provided at the drum driving side 104 end secured thereto.

That is, the clutch mechanism 110 includes a disc shaped clutch body 111 fixed to the drum driving side 104 and a disc shaped clutch plate rotatably supported by the drum driving shaft 104 as shown in FIG. 112 and a ratchet 113 disposed on the rear surface thereof, the clutch wheel 114 capable of flowing to the drum driving side 104 through the bearing 114A and being rotatably supported from the drum side 106 side. The clutch body 11 includes a pair of studs 115A and 115B which are arranged in sequence and penetrated and inserted into a pair of substantially arc-shaped outgoing holes 112B installed at approximately symmetric positions of the clutch plate 112. ), A traction spring 117 is attached to the first stud 115A between the attachment pin 116 protruding from the clutch plate 112, and the second stud 115B is attached to the first stud 115A. The clutch intermittently engaged with the rack tooth 113 also comes into contact with the attachment pin 116 protruding the tip of the 118 from the clutch plate 112. In this case, a force is elastically applied to the center of the drop driving shaft 104 by the torsion coil spring 120 which is properly mounted.

And the clutch wheel 114 is between the drive gear 28B fixed to the edge part of the side of the auxiliary frame 4C in the drive shaft 28 hypothesized between the left and right frames 24A and 24B. It is made to rotate at all times during the drive of the drive device 20 through the chain 28C, which is rotated by the appropriate tensioning mechanism 28D.

In addition, the clutch main body 111 is formed by partially cutting the position grip 111A having a circular arc edge, and the position arm 122 having the roller-shaped position rest 121 engaged with the position grip 111A is provided at the distal end thereof. While supporting the side plate 101B of the support frame 101 to the side and pulling the position rest 121 toward the position grip 111A, the traction spring 123 is positioned between the position arm 122 and the side plate 101B. By interposing, when the rotation of the clutch main body 111 is stopped by the position arm 122, even the rotation of the drum drive shaft 104 itself is prevented. On the other hand, the clutch plate 112 is partially cut and formed with a coupling portion 112A. The excitation force of the return spring 109B is exerted by the excitation of the solenoid 109 attached to the shaft plate 101B freely up and down. The clutch arm 125 supported on the shaft freely swinging on the side plate 101B is coupled to the coupling part 112A so as to be pulled by the hook 124 connected to the operation iron core 109A which is suction-operated while holding. have.

In addition, when rotation of the clutch main body 111 is prevented, the ball pulling force generated by the traction spring 117 between the first stud 115A and the attachment pin 116 is the clutch plate 112. The clutch arm 125 is coupled to the clutch plate 112 in such a state as to prevent itself from rotating. In other words, the clutch body 125 is provided within the range in which the traction force of the traction spring 117 works effectively. 111 and the rotation stop position relative to the clutch plate 122 are set.

Thus, the excitation operation of the solenoid 109 is directly performed by the operation of the driving macro switch 22 when only the stamp processing of the authentication statement is desired by the selection operation by the selection device 170 as described above. In addition to the stamping and iron treatment, the stamping treatment is also configured to start when the former treatment is finished.

Therefore, in the latter case, the solenoid 109 is set to be energized when the iron processing, which is the perperator device 30 and the stapler device 70, returns to its original position before the operation.

Specifically, for example, one operation of the perforator device 30 and the stapler device 70 focuses on registering one revolution of the panel shaft 34, and attaches one crank wheel 34B. The signal micro switch 108, which is operated by the lifting portion 108A of the installed cam plate, is attached to the frame 24A (see Fig. 5).

And the solenoid 109 is made so that the projection part 108 may operate the signal micro switch 108 at the time of the exiting | attainment needle 49 in the perforator apparatus 30 at least escape | escape from the paper P. The solenoid 109 is excited by prolonging the supply of the signal current to the clutch arm 125 so as to reliably swing the clutch arm 125. In this case, when the stamp processing is performed in conjunction with the seal and iron processing, the sheet P is stopped and the former is processed before the stamp is started. However, when this is finished, the sheet P can be stamped and slipped to export it. The breakage of the cuff needle 49 is prevented, and the crusting and iron treatment can be carried out completely. In that case, when the rotation of the blade drum 105 is started, the traveling edge 106B is not immediately press-contacted to the paper P, but the traveling edge 106B is subjected to the paper after the cutting free edge 106C is preceded. If it is set to be press-contacted to (P), a substantially large time difference can be obtained between the iron treatment and the stamping treatment, and the electron processing can be completed more reliably.

When the clutch arm 125 is now released from the clutch plate 112, the clutch arm 125, which is pulled and oscillated to the solenoid 109 excited by the operation of the driving micro switch 22 or the signal micro switch 108, is released. And slightly rotated by the first stud 115A, the traction spring 117, and the attachment pin 116 of the clutch body 111 whose rotation is prevented by the position arm 122, thereby simultaneously attaching the pin 116. Is rotated, and the clutch dog 118 rotatably supported by the second stud 115B of the clutch body 111 so that the tip abuts with this 116 is connected to the drum drive shaft (120) by the torsion coiling spring (120). 104) Rotate to the center direction. Then, the clutch dog 118 is engaged with the ratchet 113 installed on the rear side of the clutch wheel 114, and the rotation of the clutch wheel 114 is performed by the ratchet 113, the clutch dog 118, and the second stud. Through 115B, the clutch body 111, and furthermore, the drum drive shaft 104, i.e., the blade drum 105, is driven for subsequent rotation (see Fig. 9).

During rotation of the clutch main body 111, the clutch plate 112 also rotates synchronously, and the rotation of the clutch plate 112 itself causes the clutch arm 125, which is in contact with the circumferential edge thereof, to engage the engaging portion 112A again. Until it is continued. Thereafter, although the rotation of the clutch plate 112 is prevented by being coupled to the clutch arm 125, the rotation of the clutch wheel 114 continues to rotate the clutch body 111 as it is, but the front end of the clutch dog 118 is the clutch plate. It is released from the ratchet 113 by contacting the attachment pin 116 of the 112 again and moving outward, and at the same time, the clutch body 111 is in the original position before the operation by the position arm 122, that is, the blade drum ( 105) The motor stops at its original position before operation and prepares for the next operation (see Fig. 3). By adopting such a stamping clutch mechanism 110, there is no excessive load of the driving force from the drive device 20, there is no failure during operation, it can be used safely, and no special maintenance check is required. Have

A printing plate (126) attached to the surface of the printing drum (105), a curved surface having a curved surface, and a printing plate attached to the printing surface, and a printing plate freely attached and detached is purchased. It is supposed to be. Also, the plate 126 is provided with an authentication door block 127 which enables movement adjustment in the radial direction of the blade drum 105. The authentication door block 127 is, for example, a real estate register and a corporation. A certificate plate 129 engraved with various authentication texts including a copy of a register, a family register, or other documents, including a copy of a document, a copy of a book, an expulsion book, etc., each of which shows an arc surface conforming to the curved face. The cross section attached to the cross section is formed in a substantially regular polygonal rod shape, for example, a hexagonal or quadrilateral shape, and both ends thereof are block shafts 128 projecting outward from the drum side 106.

The movement adjustment in the radial direction with respect to the blade drum 105 of the authentication door block 127 is performed by the block movement adjustment mechanism 130. That is, the block movement adjusting mechanism 130 is driven by the shaft 104 for driving in the central long hole 131A which is opened in its center in the longitudinal direction as shown in Figs. 136 and a substantially modified elliptical adjuster 131, which is free to move in the radial direction of the drum side 106, is disposed on the drum side 106 and abuts on the drum side 106 at the same time. The block side 128 penetrated and inserted into the moving field 106D long installed along the dial direction is rotatably supported by the hole 131B drilled at one end of the adjuster 131, and is provided at the other end of the adjuster 131. Drilling the adjustment hole 131C along the width direction, the drum dial (133) dials the adjustment dial 132 on which the eccentric protrusion 132A which contacts the hole edge of this adjustment hole 131C protrudes from the back side. To the drum side 106, respectively. The. Thus, when the adjusting dial 132 is rotated, the adjuster 131 is moved in the radial direction of the drum side 106 by the eccentric rotation of the eccentric protrusion 132A. Accordingly, the block side 128 also has a blade drum 105. In the radial direction (see FIG. 10),

Therefore, when the authentication plate 129 attached to each side of the authentication door block 127 is set at the same level as that of the plate 126 surface in the case of 6 or 4 sides, the authentication door block is set. (127) The authentication door block 127 due to the difference in distance from the central axis to the side of the authentication plate 129 can be very easily positioned, and various authentication door blocks having different cross-sections with the same structural parts ( 127 can be inserted into plate 126.

In addition, the authentication sentence switching mechanism 135 of the authentication door block 127 attached to the plate 129 is considered to be able to operate from the outside of the frame 10, and at the same time the display mechanism so that the contents of the authentication sentence can be confirmed from the outside. Equipped with 145.

As shown in FIG. 7 and FIG. 11, the authentication sentence switching mechanism 135 has a switching drive shaft 136 to share a function as a center of rotation of the blade drum 105 in consideration of manipulation outside the frame 10. ) Is inserted into the drum drive shaft 104 fixed to one drum side 106, and the tip of the drum side 106 and the support frame 101 of the other side of the drum Insert 101B through a collar or the like, and take it out from the shaft 10 shaft wall, and fix the switching dial 137 with a screw at the rear end which is sent out, and at the same time, it is located inside the drum side 106 to change the drive shaft 136. A self-adjustlink rotatably supported by the switching drive shaft 136 at one end between the switching drive gear 136A fixed to the switch drive 128A and the switching drive gear 128A fixed to the block shaft 128. 138, and one end is rotatable to the block axis 128 The intermediate transmission gear 139A rotatably supported by supporting members 138A such as bolts and nuts on the support connection portions of the other ends of the two idle gear links 139, the driving gear 136A, the switching driven gear ( 128A) are interlocked and supported.

Here, when the switching dial 137 is rotated, the block shaft 128 itself is rotated through the switching drive gear 136A, the intermediate transmission gear 139A, and the switching follower gear 128A of the switching drive shaft 136. Accordingly, each side of the authentication door block 127 is sequentially displayed on the plate 126 surface.

Here, the intermediate transmission gear 139A is supported by the automatic adjustment link 138 and the idle gear link 139, so that the authentication door block 127 itself is drummed by the block movement adjustment mechanism 130. Even when the movement is adjusted according to the radial direction of 105, it automatically responds to the fluctuating distance between the switching drive gear 136A having the rotational center floatation and the switching follower gear 128A with the rotational center moving. It is adjusted so that the engagement between the two 136A, 128A through the intermediate transmission gear 139A is always maintained, and is particularly effective as the authentication statement switching mechanism 135 when the block movement adjusting mechanism 130 is employed.

설된 위치결정캠(141)을 블럭축(128)에 고착하고, 캠홈(141A)에 끼워넣어지도록 압력조정스크루우(142A)에 의해서 탄력이 조정되는 코일스프링(142B)으로 항시 압압되어 있는 위치결정보울(ball)(142C)을 돌출시키는 보울 홀더(ball holder)(142)를 상기 블럭이 동조정기구(130)의 어느 한쪽의 조정자(131)외측에 고정한 것이다. 따라서 코일스프링(142B), 위치결정보울(142C)에 대한 탄력에 버티어 절환다이얼(137)의 회전조작에 전동되는 블럭축(128)을 강제적으로 종동 회전시킴으로써 인증판(129)의 정위치로의 1면씩의 절환을 간단하게 행할수가 있을뿐만 아니라 위치결정스토퍼(140)자체는 날인드럼(105)을 직접 회전시키는 드럼구동축(104)내지는 회전중심으로서 이것을 지지하는 절환구동축(136)과는 전혀관계없게 위치하기 때문에, 날인 드럼(105) 회전증의 날인시에, 이들의 구동용의 축(104),(136)자체에 발생한 진동등의 영향을 받지않고 용지(P)에 대한 선명한 인증문의 날인을 확실히 보증할 수가 있다.Moreover, when switching the authentication door block 127, the positioning stopper 140 is provided in order to ensure the stop in the fixed position. One example of the positioning stopper 140 will be described with reference to FIGS. 7 and 10. For example, six cam faces and four cam grooves 141A correspond to the number of various authentication plates 129. Around this

The fixed positioning cam 141 is fixed to the block shaft 128 and is always pressed by the coil spring 142B whose elasticity is adjusted by the pressure adjusting screw 142A so as to be inserted into the cam groove 141A. The ball holder 142 protruding from the bowl 142C is fixed to the outside of the adjuster 131 on either side of the copper adjusting mechanism 130. Therefore, by forcibly rotating the block shaft 128, which is driven by the rotation operation of the switching dial 137, against the elasticity of the coil spring 142B and the positioning bowl 142C, the authentication plate 129 is brought into position. Not only can it be easily switched one by one, but the positioning stopper 140 itself has no relation to the switching drive shaft 136 supporting the drum drive shaft 104 or the rotation center which directly rotates the blade drum 105. Since it is located in the absence of the stamping drum 105, when the seal of rotation, the stamping of the clear authentication of the paper (P) without being affected by vibrations, etc. generated in the driving shaft 104, 136 itself Can certainly guarantee.

Moreover, the display mechanism 145 which displays the content of the authentication statement to be switched becomes the display matched with the content of the authentication statement, as shown in FIGS. 2 and 4, and is exposed on the upper wall of the framework 10. The housing 147, which is covered with the translucent cover 146A and correspondingly provided with the appropriate number of lamp chambers 146 corresponding to the number of authentication plates 129, is fixed to the upper portion of the support frame 10 and is shown in FIG. As shown, a suitable number of switch cams 148 having different periphery of projections on the switching drive shaft 136 are placed between the side wall 101B of the support frame 101 and the side wall of the frame 10. A proper number of micro switches 149, which are turned on and off by the projections at the edges of these switch cams 148, are properly supported and disposed. When the authentication plate 129 of the authentication door block 127 is selected and changed in accordance with the rotation of the switching dial 137, the display microswitch 149 by the rotation of the projection of the switch cam 148 corresponding thereto is selected. According to the combination of the on-off operation of the < RTI ID = 0.0 >), a circuit in which the proper number and the diode 151 is combined to light up the indicator 150 provided in the lamp room 146 corresponding to the authentication text content (the twelfth). See also). According to the display mechanism 145, when the contents of the authentication text are selected and changed by the rotation of the change dial 137, the indicator 150 is turned on to display the contents of the authentication text displayed on the cover 146A. Not only can this be confirmed and the erroneous operation can be prevented, but it can also be checked when the stamping process is instructed by the selector 170 so that the whole combined operation can be confirmed and the handling can be made very easy.

자형 지지틀(156)의 좌우 측벽 상호간에 로울러 모양의 잉크패드(157)를 회전자유로 축에 지지하고, 좌우 측벽방향에서 접동 자유로 되도록 적당히 지지되어서 안쪽벽에 관통삽입시킨 한쌍의 손잡이(158)에 코일스프링의 탄력에 의해서 좌우측벽에서 돌출하는 지지돌편(159)을 연속설치하고, 이 지지돌편(159)을 지지틀(101)의 지지공(101D)에 끼워넣게 한 것이다.As shown in FIG. 4, the ink supply mechanism 155 is freely attached to and supported on the support frame 101 above the blade drum 105.

A pair of handles 158 which support the roller-shaped ink pad 157 on the shaft between the left and right side walls of the female support frame 156 on a shaft freely, and are appropriately supported so as to be free to slide in the left and right side wall directions so as to penetrate the inner wall. ), The support protrusion pieces 159 protruding from the left and right side walls by the elasticity of the coil spring are continuously installed, and the support protrusion pieces 159 are inserted into the support holes 101D of the support frame 101.

Then, the ink pad 157 is positioned so that the blade drum 105 is in contact with the surface of the plate 126 or the plate 129 immediately before the rotation of the blade drum 105 starts to rotate, and the ink pad 157 rotates while supplying ink in a passing action. It is set.

As shown in FIG. 3, the platen mechanism 160 has a shaft under the guide plate 16 in a state where a part of the main side surface is exposed on the guide plate 16 below the blade drum 105. As shown in FIG. Is supported. For example, the guide plate 16 includes a platen shaft 163 in which a roller-like rubber platen body 162 is mounted between a pair of support pieces 161 facing each other placed on the base 16. The side of the b-shaped adjuster 165, which is installed on the bearing in a state where a force is applied through the spring 164, etc. from the side downward, and one end is positioned below the platen shaft 163 to be appropriately rotatable. At the other end, the tip of the adjusting screw 166, which is screwed freely on the front of the base 13, is brought into contact with each other, which is provided at both ends of the platen shaft 163.

Therefore, it is possible to adjust the platen shaft 163 to the upper and lower flaws and to adjust the left and right balance in correspondence with the insertion length of the adjusting screw 166, and the thickness of the paper P at the time of stamping becomes When it is different, it becomes very convenient to adjust stamp pressure, sharpness, etc.

Therefore, when the stamping device 100 starts the stamping operation, the edge drum 105 rotated in a predetermined direction by the driving force by the drive device 20 is the running edge 106B of the drum side 106. While pushing the paper P to the platen mechanism 160 by means of the ink, the ink is supplied by the ink supply mechanism 155 while simultaneously driving the paper P, and the authentication plate 129 and platen are appropriately selected. Seal the predetermined authentication stamp engraved on (126), and slide out the paper (P) at the same time as the end of the seal, and when the end of the operation, the straight edge (106A) of the drum side 106 is located on the insertion hole (11) Since the insertion opening 11 is opened, insertion of the next sheet of paper P is facilitated.

On the other hand, the selection device 170 for instructing the selection of the sealant, the iron treatment and the stamping process, that is, the selection operation between the perperator device 30, the stapler device 70 and the seal device 100, is outside the frame 10. A pair of self-return type pushbutton switches 171 and 172 instructing each to be operated are placed on the upper part of the front of the frame 10.

The operation of the selection device 170 will be described with reference to FIG. 12 together with the control circuit 173. The on / off operation of the main switch 19 will result in preparation for each operation and a standby state. When the pushbutton switch 171 on which iron processing is performed first is turned on, then the self-return type switching relay RH ₁ operated by the relay RH excited by the circuit is supplied to the solenoid 31. In this state, when the paper P is inserted and the driving micro switch 22 is turned on, the motor driving circuit is formed, thereby operating by the exciting relay RA. The relay contact RA ₁ supplies electricity to the solenoid 31 to operate the perforator clutch mechanism 33 and perform one addition operation to the counter 95.

On the other hand, the supply of electricity to the display mechanism 145 is stopped by the self-return switching relay RH ₂ operated by the relay RA, so that the display mechanism 145 is not turned on.

In addition, when the other pushbutton switch 172 to cause the stamping operation is turned on, the relay contact RA ₁ operated by the relay RS excited by this forms a circuit to the solenoid 109. In this state, when the paper P is inserted and the driving micro switch 22 is turned on, the relay contact is operated by the relay RA which is turned on at the same time as the motor driving circuit is turned on. RA ₁ ), the switching relay RH ₁ returned and the actuating relay contact RS ₁ operate the stamping clutch mechanism 110 by supplying electricity to the solenoid 109.

On the other hand, electricity is supplied to the display mechanism 145 by the self-return switching relay RG ₂ operated by the relay RG, and the combination of the on-off operation of the display microswitch 149 is applied. The indicator light 150 is turned on.

In addition, when both pushbutton switches 171 and 172 are turned on to perform the sealing, ironing, and stamping processing, the solenoids 31 and 109 form circuits, except for the solenoid 31. When the supply of electricity is completed, the switching relay RH ₁ returns to form a circuit to the solenoid 109, which is connected to the signal micro switch 108 which is operated in connection with the operation of the perforator device 30. It is operated during the return of the perforator device 30 to operate the blade clutch 110.

On the contrary, when the perforator device 30, the stapler device 70, and the stamping device 100 are operated by the inertial driving force of the drive device 20, the drive switch ( The relay contact RB ₁ , which is operated by the relay RB which is excited by this by turning ON 29) by manual operation, is configured to drive the motor 21 directly.

Next, the operation of the machine will be described. The pushbutton switch for instructing iron processing is opened by opening and closing the cover 15 by the manager lock K to turn on the main switch 19 therein. (171), the selection apparatus 170 selects the desired process by the switch operation of the pushbutton switch 172 which instructs the seal process.

Now, in the case where both processes are selected together, the operation sequence is described in sequence. When the paper P is inserted in the insertion hole 11 and the driving micro switch 22 is operated, electricity is supplied to the motor 21. To drive the drive device 20 itself and the solenoid 31 to be energized, and the perperator device 30 to connect to the drive device 20 by the perperator clutch mechanism 33 actuated accordingly. The stapler device 70 is operated. In the perforator device 30, the perforator toggle arm mechanism 41 is expanded and contracted by the final shaft 34, the crank wheel 34B, and the reciprocating power link 39. The perperator main body 51 is lifted and lowered through the oscillation of the shiiso arm 46, and the perforation as a seal against the paper P is carried out by the dropping needle 49 at the lower end of the perperator main body 51. do. At the same time, the stapler toggle link mechanism 71 is stretched and contracted by the stapler power link 72 which is rotatably supported by the power link 39 and reciprocates with it, and the swinging hammer 78 is stapled to the stapler main body 85. The counter 95 is added once by performing the ironing operation on the paper P by hitting the convex portion 86 of the "

Next, the clutch mechanism 110, which is a blade operated by exciting the solenoid 109 with the signal micro switch 108 operated during the return of the perforator device 30 in accordance with the rotation of the crank wheel 34B. In the stamping device 100 connected to the drive device 20, the blade drum 105 itself is rotated in a predetermined direction.

Here, since the authentication plate 129 conforming to the contents of the authentication text previously selected by the selection operation of the authentication object switching mechanism 135 before starting operation is inserted into the plate 126, ink is supplied to the ink supply mechanism 155. While the paper P is pushed on the platen mechanism 160 in the attached state, it is stamped while driving it, and it slides out of the insertion hole 11 and is sent out.

When the operation is completed in this manner, the perforator device 30, the stapler device 70, the position arm 67 for stopping the rotation of the crank wheel 34B, and the perforator clutch mechanism for returning to the pre-operation position ( 33) and the stamping device 100 is completely returned to the state before each operation by the position arm 67 for stopping the rotation of the clutch body 111 and the clutch mechanism 110 which is the blade returning to the pre-operation position. It is waited for next processing.

In that case, it is possible to instruct only the discount, the iron treatment or the stamping only, i.e., in the case of the former, the signal micro switch 108 is not electrically operated, and in the latter case, the drive micro switch 22 is stamped with the clutch. Exciting only the solenoid 109 that actuates the instrument 110 enables selection of both treatments.

If necessary, the stapler main body 85 of the stapler device 70 is removed when only discount processing is desired, and when the iron processing is desired, the infiltration 49 to the in-block of the perperator device 30 is required. (50), the diblock 55 may be removed.

Therefore, in the issuance of a certified copy of the real estate register, corporate register, family register and other affairs in the window office of each government office, the certification after selecting the contents of the certification statement such as iron, certified or herbal, etc. The seal of the seal can be processed collectively in accordance with the issued documents.

Moreover, these processes can be performed by the same machine, and the time efficiency can be improved and the effort can be reduced by virtue of effort. Also, the stamping process of the authentication letter is performed by operating the stamping device 100, and the iron stamping process is performed. By operating the aerator device 30 and the stapler device 70, or by integrating the device 30, 70, and 100 according to the processing work, You can cope with this.

In particular, since the paper P is processed without moving the paper P when it is merged and processed, and when this is finished, the stamping process is started, and the paper P is stamped and slipped out while traveling. There is no fear of damage to (P) or imprinted imprint and the accuracy and reliability required as an official document.

Since the drive device 20 is driven in the ratio by the drive microswitch 22 when the paper P is inserted, the drive device 20 is not driven until immediately before the processing is started, and the motor in the case of being driven in advance in preparation for the processing. (21) (21) The driving sound is not generated, and at the same time, the direct drive force of the motor 21 and the inertia drive force operate the perforator device 30, the stapler device 70, and the seal device 100. In addition to making it, it also contributes significantly to electricity savings.

Since the perforator device 30 expands and contracts the perforator toggle arm mechanism 41 by the reciprocating power link 39, the elastic force becomes very large, and the perforation through the shiisuo arm 46 is performed. Since the lifting force with respect to the radar main body 51 is also very large, even when the number of sheets P is large and quite thick, it is surely drilled to ensure the accurate engagement processing.

Since the stapler device 70 operates in the same manner as the perforator device 30 and expands and contracts the stapler toggle link mechanism 71 by the power link 39, the stapler main body 70 also has a large working force as described above. It is possible to secure the force of delamination to the convex portion 86 of 85 and reliably iron treatment.

Since the stamping device 100 is rotated in a predetermined direction to slide the paper P out, the stamping end can be confirmed by sliding out the paper P, and the authentication sentence switching mechanism 135 is operated in accordance with the authentication text. As a result, the authentication plate 129 of the authentication door block 127 inserted into the plate 126 can be selected and changed, thereby increasing its versatility and at the same time, the authentication door block 127 itself is a radial of the edge drum 105. Since the movement adjustment in the direction is possible, the level adjustment with the face of the plate 126 when it is six or four or other plural faces is facilitated, which is advantageous in manufacturing and in case of replacement.

As described above, according to the present invention, in the case of isochronous publication of various documents, a series of office work such as lifting, sealing, and ironing of these documents can be automated, and at the same time, the individual and merge processing functions are built-in. In addition to making the selection possible, the authentication statement can be switched with one touch, and it is possible to cope with the diversity of the processing industry, the operation sound is small, and the level of the authentication door block can be easily changed, and the operability, economy by reducing the installation space, It is excellent in accuracy and reliability, and does not give the possibility of forgery or error, and shows excellent effects such as ensuring the integrity of official management.

Claims (1)

The motor turned on by the base 10 fixed to the base 13 by the insertion opening 11 of the paper P and the driving micro switch 22 which is operated when the inserted paper P is contact-pressed. (21) The solenoid 31 which operates in conjunction with the operation of the drive device 20 which decelerates and delivers the driving force of the motor 21 rotated by the drive circuit and its inertial driving force, and the drive micro switch 22. And the crank wheel 34B, which is connected to the drive device 20 by the perperator clutch mechanism 33 and thereby rotates in response to an external force, by the reciprocating power link 39. A furnishing needle 49 is provided at the lower end of a toggle arm mechanism 41 for the radar, which is directed to the insertion opening 11 through the shiosio arm 46 that expands and contracts accordingly. Perperator which raises and lowers the aperture main body 51 to perform a counting process. Teeth 30 and the perforator device 30 operate together, and the stapling toggle link mechanism 71 is stretched by the reciprocating power link 39 to lower the toggle link mechanism 71. A stapler device 70 for hitting the hammer 78 of the stapler main body 85 with the hammer opening 78 facing the insertion hole 11 so as to perform iron treatment thereto; and the micro switch 22. The solenoid 109, which is operated in connection with the operation of the stapler device 70, the stapler device 70, or the seal-in clutch mechanism 110, directly or by the drive device 20 in a predetermined direction. On the rotating blade surface 105, an authentication sentence switching mechanism 135 of the authentication door block 127, which allows movement adjustment in the radial direction of the blade drum 105, is provided. The plate 126 is attached, and the ink supply mechanism 155 is provided near the blade drum 105. And a platen mechanism 160, and the sealing device 100 which seals the inserted paper P and slides it out of the insertion opening 11 while driving the inserted paper P according to the rotation of the cutting drum 105, And a perforator device 30, a stapler device 70, and a stamping device 100 so as to operate all or individually.

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