TWI439379B - Engraving institutions of the commune printing institutions - Google Patents

Description

Commemorative coin imprinting mechanism

The present invention relates to a plate forming mechanism for a commemorative coin printing device, and more particularly to a commemorative coin embossing mechanism for imprinting a commemorative date or a serial number of a commemorative coin.

It is customary to have a commemorative coin-type imprinting device that can sell commemorative coins after the commemorative coin sheet has a embossed pattern. This device is a product that was born as a commemorative commemoration of the commemorative coins such as sightseeing spots, exhibition halls, and other related scenery or mascots, etc., when visitors visit sightseeing spots, amusement park facilities, and visits to exhibition halls.

An example of the appearance of the commemorative coin printing apparatus is shown in Fig. 8.

A commemorative coin purchase step display portion 56 for commemorating the description of the coin forming process is disclosed on the upper front side of the commemorative coin printing device 51. Below the commemorative coin purchase step display portion 56, a transparent window 57 is provided for viewing the commemorative coin-plate forming mechanism. At the front of the transparent window 57, there is a pattern selection panel 54 which is provided with pattern selection buttons 54a, 54b and 54c which can respectively select different patterns. Inside the pattern selection buttons 54a, 54b, and 54c are built-in light-emitting bulbs.

A portion of the layout selection panel 54 is provided with a sold portion 58 in which the embossed pattern commemorative coin has been formed, and a coin input portion 55 is disposed beside the portion.

The person who wants to purchase the commemorative coin first inputs the designated coin in the coin input unit 55.

When the coin is put in, the plate forming mechanism (not shown) inside the apparatus supplies the coin raw material plate to the upper portion between the roller having the flat surface and the plate with the plate, and the three plates of the plate selection panel 54 The pattern selection buttons 54a, 54b, and 54c are illuminated, thereby urging the commemorative coin purchaser to select one of the buttons that are different in pressing the embossed pattern. When the commemorative coin purchaser selects one of the buttons to press, the coin raw material plate will fall between the roller having the flat surface of the rotating surface and the roller with the plate, and the selected version of the coin raw material plate is formed and sold. The part 58 sells a commemorative coin having a concave-convex pattern.

Fig. 9 and Fig. 10 show the plate forming mechanism of the commemorative coin printing device of Fig. 8.

Fig. 9 is an overall perspective view showing the plate forming mechanism, and Fig. 10 is a front view showing the plate forming mechanism.

The fixed base 66 is fixed to a device casing (not shown), and the roller mounting plates 68 and 69 for assembling the plate forming roller are erected on the upper surface, and the plate mounting roller driving motor 61 is attached to the lower surface. The drive shaft 62 of 61 is fixed to the gear 63. On the other hand, the shaft 70 is rotatably attached to the roller mounting plates 68, 69, and the gear 71 is fixed to one end of the shaft 70. A chain 64 is hung between the gear 63 and the gear 65, whereby the rotational force of the motor 61 can be transmitted to the shaft 70.

A calender roll 74 is fixed to the shaft 70, and a gear 71 is attached to the end of the shaft 70. The shaft 73 is rotatably attached to the roller attachment plates 68 and 69 in parallel with the shaft 70, and the plate mounting roller 75 is fixed to the shaft 73 at a peripheral interval of approximately 120 degrees, and three plates (first plate 76a, etc.) are attached to the peripheral surface. . Further, a gear 72 that can be engaged with the gear 71 is attached to the end of the shaft 73. First edition 76a, The 2nd and 3rd editions have bumps that can be stamped with different patterns.

The motor rotational force transmitted to the shaft 70 is transmitted to the gear 72 through the gear 71, whereby the plate mounting roller 75 is rotated. The circumferential surface of the calender roll 74 and the plate of the plate mounting roll 75 are crimped, and the calender roll 74 and the plate mounting roll 75 are co-rotating.

On the surface of the pressure contact surface of the calender roll 74 and the plate mounting roller 75, a guide rail 77 for guiding the commemorative coin stock plate 78 to the pressure contact surface is provided. The guide rail 77 is a configuration in which a long groove is formed in the vertical direction, and the commemorative coin stock sheet 78 is confined while being restricted by the long groove side wall (note: the commemorative coin stock sheet 78 is dropped along the long groove side wall). A transparent plate (not shown) is attached to the long groove to prevent the commemorative coin stock plate 78 from flying out.

In the vicinity of the upper portion of the guide rail 77, a through hole 77a through which the plunger 84 of the electromagnetic coil enters and exits is bored. When the plunger 84 of the electromagnetic coil protrudes from the through hole 77a, the commemorative coin stock sheet 78 sent via the commemorative coin stock sheet feed hopper (not shown) stops in the guide rail 77, and the electromagnetic coil drives the plunger 84. The commemorative coin stock sheet 78 is dropped on the crimping faces of the calender rolls 74 and the plate mounting rolls 75 when retracted.

The plate forming timing signal is generated based on the narrow groove count of the rotary encoder or the like, whereby the electromagnetic coil is driven to drop the commemorative coin raw material plate 78, and the transfer roller 74 and the plate mounted on the plate mounting roller 75 are rolled while the transfer is performed. The commemorative coins of the version fell. The falling commemorative coin is slid down on the guiding ramp 81, enters the commemorative coin receiving interface 85, and then falls to the commemorative coin selling port 86. The purchaser can obtain the commemorative coin from the commemorative coin sales department 58.

The commemorative coins processed by such devices can be used as amusement parks as described above. A collection of souvenirs or hand-worn gifts purchased after a visit. Therefore, the commemorative coin in which various design patterns symbolizing the sightseeing place and the amusement park facility can be transferred to the surface of the commemorative coin surface is provided as a commodity.

The commemorative coin made as described above is quite valuable even if it has only a symbolic design pattern. However, in order to add additional value, it is possible to add a purchase date or a sequential number to the reverse side of the commemorative coin on the design surface such as the pattern, so that More valuable products are available. Now, the same commemorative coin-type imprinting apparatus as described above has been used all over the world, but there has not been a device for date transfer or sequential number transfer of a commemorative coin in which a pattern is formed.

Further, the above-mentioned plate forming mechanism is an invention created by the applicant of the present invention, and the added value can be further enhanced as long as the stamping function such as the date or the serial number described above is provided in the plate forming mechanism.

[Patent Document 1] JP-A-2005-74854 (Patent Document 2)

An example of the commemorative coin-type printing mechanism of the commemorative coin-type imprinting apparatus having the same configuration is as described in Patent Document 1 or Patent Document 2.

However, Patent Document 1 detects the rotation using a rotary encoder to thereby detect whether or not the body on which the plate is finished is placed on the outer surface of the plate, and does not disclose the date or order in which the plate is imprinted in addition to the plate. Numbered technology. Further, Patent Document 2 uses a roll as a plate-like pattern for forming The device was transferred, and the applicant's proposal was not a device having the above-described added value commemorative coin imprinting mechanism.

An object of the present invention is to provide a commemorative coin of a plate forming mechanism capable of further increasing the added value of the commemorative coins sold by embossing the back side of the commemorative coin after the printing of the plate by the plate forming mechanism and imprinting the date or the serial number. Imprinting mechanism.

In order to achieve the above object, the first item of the patent application scope of the present invention is to commemorate the fall of the commemorative coin raw material sheet, the calender roll having a flat rotating surface, and the rotating surface of the plate having the plate of one plate or more. The coin raw material sheet is formed by calendering the concave-convex pattern of the transfer printing plate, thereby forming a commemorative coin having a pattern and then selling the commemorative coin, and is characterized in that: the calendering When the roll side of the commemorative coin is bent to be lower, the commemorative coin induced ramp which is induced by the above-mentioned commemorative coin with the pattern can be received; the commemorative coin induced by the commemorative coin is used to induce the reverse side of the commemorative coin. Commemorative coin stamping box; an imprinting device that updates the text, number or imprint date for each stamping of the back of the commemorative coin contained in the commemorative coin stamping box; and a commemorative coin that can be stamped on the stamping device The launch of the commemorative coin to the commemorative coin ejection device outside the above-mentioned imprinting machine is carried out.

According to a second aspect of the invention, in the second aspect of the invention, the commemorative coin configuration confirmation that the commemorative coin has been accommodated in the bottom of the commemorative coin embossing box is detected. The above-mentioned imprinting apparatus has: an imprinting machine acting as a driving source; the imprinting surface has the above a protrusion of a character, a number, or a date, each time imprinting, a projection having a next character, a number, or a date is disposed on the embossing portion of the embossed surface; and commemorating the sensor according to the commemorative coin configuration The coin detecting drive driving source of the above-mentioned imprinter causes the embossing portion to be embedded in the commemorative coin embossing box, and after embossing, the embossing portion is returned to the original printing machine driving portion, and the commemorative coin pushing device is further Having: a driving source for the selling mechanism; disposed near the transfer box of the commemorative coin, the commemorative coin can be pushed out at the commemorative coin launching portion of the commemorative coin sold ramp; and after the embossing of the above-mentioned imprinting device is finished, driving the above The selling mechanism transmits the driving force to the driving force transmitting unit of the commemorative coin launching unit by the driving source.

According to a third aspect of the invention, the commemorative embossing box has an opening on the upper portion and the front and rear sides, and is open from the upper side. The embossed portion is fitted, the end portion of the induced ramp is connected to the upper portion of the front side opening portion, and the end portion of the commemorative coin selling ramp is connected to the lower portion of the front side opening portion, and the opening portion from the rear side is opened. The commemorative coin embossing box highlights the above-mentioned commemorative coin launching department.

According to the above configuration, imprinting such as imprinting or sequential numbering of the date of purchase is added, so that a more valuable commemorative coin product can be provided. The commemorative coin has the above-mentioned embossing, which enables the purchaser and the seller to obtain the following benefits.

. When the commemorative coin is stamped with the date of purchase, the purchaser can have the time to go. Have memories of the attraction.

. When the commemorative coin embossed with the date of purchase is given as a companion gift to relatives and friends, it can be proved that the purchaser did go to the attraction on the same day.

. Commemorative coins are stamped with sequential numbers to give buyers a superior sense of purchase priority.

. The stamping escape number (1000 or 10000 is the best escape number) that allows the purchaser to order in commemorative currency order is the target purchase.

. The embossing of the commemorative coin serial number, for example, if the stencil stamped with the heart-shaped pattern is imprinted with the serial number of "1082" (Japanese homonym is forever), the commemorative coin can symbolize the eternal love, if This became a legend, superstition spread on the market, it is possible to use this as the target purchase. Originally, the first 1 cent coin that was picked up after going out in the morning in the United States, Canada, etc. is called "lucky penny" and is regarded as a lucky charm. From the above background, people have a good impression of pennies, so it is easy to have the same legends and superstitions.

[Best Embodiment of the Invention]

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings and the like.

Fig. 1 is a perspective view showing an embodiment of a plate forming mechanism having the commemorative coin embossing mechanism of the present invention. Fig. 2 is a perspective view of the plate forming mechanism as seen from the back, Fig. 3 is a plan view of Fig. 1, and Fig. 4 is a cross-sectional view of a plate forming mechanism A-A having a commemorative coin embossing mechanism. In the first and second figures, the roller attachment plate 69 and the gears 71 and 72 (only for the second figure) are omitted in order to facilitate the internal structure. The machine illustrated in the figure and in Figure 9 The components of the structure are marked with the same figure number and have the same function. The present invention is configured to arrange a commemorative coin-inducing ramp 2 between the roller mounting plates 68, 69, and a commemorative coin embossing mechanism including a commemorative coin embossing box 78, an embossing device, and a commemorative coin ejecting device.

First, a predetermined number of pulses generated by the narrow grooved disk 21 provided on the surface of the gear 72 are calculated, and after the pulse is counted, a plate forming timing signal is generated after a predetermined time. The electromagnetic coil plunger 84 disposed in the middle of the path of the guide rail 77 is retracted according to the plate forming timing signal to cause the suspended commemorative coin stock sheet 78 to fall.

Next, the commemorative coin-inducing ramp 2 disposed between the roller mounting plates 68 and 69 is transferred by the calender roll 74 and the plate mounting roller 75. The commemorative coin induces the ramp 2, as shown in Fig. 4, which is inclined so that the lower portion of the calender roll 74 is lower. When the commemorative coin raw material sheet 78 is dropped into the guide rail 77, it is calendered between the calendering roll 74 and the plate mounting roller 75 in a state of being first contacted to the outer peripheral surface of the calender roll 74, and then transferred with a pattern, thereby forming a contact thereof. The side of the peripheral surface of the calender roll 74 is a curved commemorative coin by which the back side of the commemorative coin is dropped upward on the commemorative coin-inducing ramp 2.

The commemorative coin embossing box 8 provided at the front end of the commemorative coin-inducing ramp 2 has openings 8a, 8b, and 8c at the upper portion and the front and rear portions. Next, a commemorative coin arrangement confirmation sensor 7 (see FIG. 5B) for detecting the commemorative coins stored therein by optical (shading by light) is disposed on the bottom surface of the commemorative coin embossing box 8. The opening portion 8b is an embossed portion 10 that can be inserted and lowered. The upper portion of the opening portion 8b is a front end portion that locks the commemorative coin-inducing ramp 2, and a commemorative coin having an embossed back surface is pushed out from the lower side thereof to the record-coin selling ramp 9.

The embossing portion 10 (omitted from Fig. 2) is attached to the shaft 20 and disposed at the upper portion of the commemorative coin embossing box 8. The embossing portion 10 is a projection having a character, a number or a date on the embossed surface, and a spring (not shown) built in the embossing portion 10 when the squeezing surface reaches the bottom of the recording embossing cylinder 8 when the squeezing surface 20 is lowered. The elasticity will cause the last embossed text, number or date protrusion to be returned, and the next text, number or date protrusion will be moved to the embossed surface so that the protrusion of the text, number or date collides with the back of the commemorative coin. Embossed with text, numbers or dates. In addition, the date is configured in Japanese units to change the date.

The shaft 20 is fixed to the embossing drive unit 28, and the squeegee drive unit 28 is a shaft 27 that is erected on the embossing mechanism mounting plate 67 so as to be movable up and down. The embossing machine drive unit 28 is provided with a commemorative coin embossing start-action motor 6, and a pinion gear is fixed to the output shaft of the commemorative coin embossing start-action motor 6. It is engaged with a rack provided in the direction of the surface around the shaft 27. The rack pinion mechanism allows the output of the commemorative coin imprinting action motor 6 to be transmitted to the rack to move the nip portion 10 fixed to the nipper driving portion 28 up and down. Further, the motor output shaft, the rack, and the pinion are provided in the imprinter drive unit 28, and are not shown in FIGS. 1 and 2 . When the embossing portion 10 descends from the opening portion 8a into the commemorative coin embossing box 8 so that the embossed surface contacts the back surface of the commemorative coin, the spring force of the above spring will emboss the next number of the last embossed sequential number. Commemorative coin back.

Here, the embossing device is constituted by a mechanism portion including the commemorative coin embossing starter motor 6, the nip portion 10, and the squeegee driving portion 28.

The embossing mechanism mounting plate 67 is further provided with an embossed commemorative coin selling mechanism. The motor 5 is rotatably mounted at one end of the rotary plate 24. The other end of the rotating plate 24 is rotatably attached to one end of the connecting rod 25, and the other end of the connecting rod 25 is attached with a commemorative coin ejecting portion 26. The commemorative coin ejecting portion 26 is disposed at a position that can enter the commemorative coin embossing box 8 from the opening portion 8c. When the embossed commemorative coin selling mechanism is rotationally driven by the motor 5, the commemorative coin ejecting portion 26 is protruded to the commemorative coin pressure. Inside the printing box 8, commemorative coins imprinted with sequential numbers and the like are pushed out from the lower portion of the opening portion 8b. When the embossed commemorative coin selling mechanism motor 5 is again rotationally driven, the commemorative coin ejecting portion 26 will be returned to the original position. Here, the commemorative coin ejecting device is constituted by a mechanism portion including the embossed commemorative coin selling mechanism motor 5, the rotating plate 24, and the commemorative coin ejecting portion 26.

5A to 5D are perspective views for explaining the overall operation of the commemorative coin embossing mechanism. As shown in Figure 5A, the commemorative coin after the plate is formed is turned into a commemorative coin-induced ramp 2. The commemorative coin 30 is slid in the reverse state and housed in the commemorative coin embossing box 8, which is detected by the commemorative coin arrangement confirmation sensor 7 (Fig. 5B). The commemorative coin arrangement confirmation sensor 7 can detect a certain amount of light before the commemorative coin is accommodated, and the light is blocked when the commemorative coin is accommodated, so that the detection signal is sent to the control circuit board described below.

The detection signal causes the commemorative coin embossing start action motor 6 to drive down the embossing machine 10 on the back embossed order number of the commemorative coin 30 (Fig. 5C). When the embossing is finished, the embossing machine 10 will rise (Fig. 5D) back to the original position. Next, the connecting rod 25 is protruded so that the commemorative coin launching portion 26 pushes out the commemorative coin to the commemorative coin selling ramp 9 for sale (Fig. 5E).

Figure 6 is a block diagram showing the circuit configuration of a commemorative coin-type imprinting apparatus to which a plate forming mechanism having the commemorative coin imprinting mechanism of the present invention is applied.

Each circuit unit is mounted on the control circuit board 10, and the CPU 18, the RAM 19, and the invariable memory unit 23 are connected to the CPU 14. Further, the CPU 14 is further connected to a motor drive unit 17 formed of a relay for switching driving of a plate rotation motor (plate rotation drive device) 61, and an origin position detecting sensor 4 and a position detecting optical sensor 3; The commemorative coin arrangement in the embossing box confirms that the sensor for controlling the sensor 7 controls the input/output circuit 16, and the commemorative coin suspension electromagnetic coil 11, the embossed commemorative coin selling mechanism motor 5, and the commemorative coin embossing start function. The electromagnetic coil for controlling the motor 6 controls the input/output circuit 15. Further, the CPU 14 is connected to an A/D converter 13 that converts the analog voltage from the plate position adjusting potentiometer 12 into an A/D voltage.

The ROM 18 is a control program for accommodating the driving of the plate forming mechanism and various data used when the control program is driven.

The invariable memory unit 23 accommodates the set time of the set pulse number data and the plate relative to each other. The set time data is changed before and after the preset position adjustment potentiometer 12 is centered on the time set in advance. The plate position adjustment potentiometer 12 can independently adjust the set time data t so that the plate offset of the individual manufacturing cause at the time of assembly of the device is adjusted to be at the correct position.

The RAM 19 is used as a work area when the CPU 14 performs calculations and the like, and the RAM 19 temporarily accommodates data.

The CPU 14 reads out the control program from the ROM 18 and executes it, thereby realizing the pulse required for the plate transfer in addition to the plate forming control portion. Each functional unit such as a counting unit and a time measuring unit.

The plate molding control unit is management and control of the entire execution device, that is, control of the plate molding mechanism portion corresponding to the coin input, calculation control corresponding to the input from the plate position adjustment potentiometer 12, and origin position detection. The input and output control of the optical sensor 4 and the position detecting optical sensor 3, and the driving control of the commemorative coin suspension electromagnetic coil 11, the cooling electromagnetic coil 5, and the plate rotation motor 61 are performed. In addition, in order to imprint the commemorative coins after the plate is stamped with the serial number, etc., the input control of the commemorative coin configuration confirmation sensor in the stamping box and the motor 5 for embossing the commemorative coin selling mechanism and the commemoration are performed. The coin imprinting actuates the drive control of the motor 6. Further, when the time measured by the plate forming control unit by the time measuring unit becomes t, the electromagnetic coil drive signal (plate forming timing signal) is sent to the electromagnetic coil control input/output circuit 15.

Fig. 7 is a flow chart for explaining the operation flow of the commemorative coin printing apparatus using the plate forming mechanism of the commemorative coin embossing mechanism of the present invention.

Hereinafter, the detailed process of plate molding and commemorative coin embossing will be described with reference to FIGS. 1 , 2 , 4 , 5A to 5E , 6 , and 8 . The steps surrounded by the two-dotted line are part of the process directly related to the present invention.

When the commemorative coin purchaser inputs 100 yen of Japanese coins in the coin input unit 55, the plate forming control unit confirms that the coin inserted is a predetermined coin [step (hereinafter referred to as "S") 001]. As a result, the commemorative coin feeding hopper which accumulates the commemorative coin sheet of most commemorative coins starts to discharge one commemorative coin raw material sheet 78 at the entrance of the guide rail 77 (S002). Commemorative coin raw material board 78 When it is desired to fall along the guide rail 77, the plunger 84 of the commemorative coin suspension solenoid is protruded from the guide rail 77, so that the commemorative coin stock plate 78 can be stopped to fall downstream (S003).

On the other hand, the plate forming control unit lights up the light bulbs of the three pattern selection buttons on the pattern selection panel 54 of different patterns, thereby urging the commemorative coin purchaser to press the desired pattern selection button. .

When the plate forming control unit confirms that the commemorative coin purchaser has executed the version selection (S004), the drive signal is sent to the motor drive unit 17 to rotate the plate rotation motor 61 according to the signal transmitted from the pattern selection button (S005). ).

The rotational force of the plate rotation motor 61 is transmitted to the chain 64 through the transmission shaft 62 and the gear 63, and is transmitted to the shaft 70 after the gear 65 is decelerated. The rotation of the shaft 70 is transmitted to the shaft 73 through the gears 71 and 72, and the rolling roller 74 and the plate mounting roller 75 start to rotate, and the narrow groove disk 21 also starts to rotate.

The initial position of the plate mounting roller 75 is a state in which the datum position detecting optical sensor 4 stops the reference piece at a predetermined angle only at the front position, and starts to rotate from the position, and optically senses the position piece passing position detecting. In the case of the device 4, the origin position detecting signal is output from the light receiving element portion of the position detecting optical sensor 4.

When the plate forming control unit receives the home position detecting signal, the number of the pulse number measuring unit (calculator) 14b is reset to zero, and the pulse number measuring unit starts the pulse detected by the position detecting optical sensor 4. Count (S006).

Then the version rotation is started (S007). Version molding control department will remain unchanged The memory unit 20 reads the set pulse number data, and determines whether or not the pulse count unit counts up to the set number of pulses. When the count reaches the set number of pulses, the time measuring unit starts calculating the time from the time point when the count reaches the set number of pulses. Next, it is determined whether or not the calculated time has reached the set time (S008). When the calculated time reaches the set time, the plate forming control unit outputs the plate forming timing signal to the electromagnetic coil control input/output circuit 15, and the electromagnetic coil control input/output circuit 15 drives the commemorative coin suspension electromagnetic coil to be retracted into the plunger 84. As a result, the commemorative coin stock sheet 78 is dropped along the guide rail 77 (S009).

The commemorative coin stock sheet 78 dropped along the guide rails 77 is subjected to rolling transfer with a pattern (S010), and then dropped to the lower portion of the plate forming mechanism.

The falling commemorative coins will slide down on the commemorative coin-induced ramp 2. Next, the commemorative coin will be contained at the bottom of the commemorative coin embossing box 8 (S011). The plate forming control unit controls the commemorative coin arrangement confirmation sensor 7 in the embossing box through the input/output control circuit 16, and when the commemorative coin arrangement in the embossing box confirms that the sensor 7 detects the light occlusion from the light incident state, The commemorative coin imprinting action motor 6 is driven to lower the embossing portion 10. When the embossing portion 10 reaches the bottom of the commemorative coin embossing cylinder 8, the order number of the bottom surface of the embossing portion 10 is embossed on the back surface of the commemorative coin 30 by the elastic force of the spring. After the imprinting, the commemorative coin imprinting action motor 6 is reversed, causing the embossing portion 10 to rise back to the original position (S012).

When the plate forming control unit executes the closing of the commemorative coin imprinting action motor 6, the driving of the imprint commemorative coin selling mechanism motor 5 is started. Thereby, the motor rotational force is converted into a straight line by the rotating plate 24 and the connecting rod 25. The movement embosses the commemorative coin ejecting portion 26 attached to the front end of the connecting rod 25 in the commemorative coin embossing box 8.

The embossed commemorative coin 30 is pushed out from the opening 8b, and the commemorative coin 30 is slid down on the commemorative coin selling ramp 9 (S013). Then, the commemorative coin 30 will fall into the commemorative coin receiving interface 85 and be sold from the commemorative coin outlet 86 (S014). The commemorative coin purchaser can take out the commemorative coin from the commemorative coin outlet 86.

In the above embodiment, the imprinting device that updates the character and the digital imprint every time the back of the commemorative coin contained in the commemorative coin embossing box is embossed is an example in which the embossing portion is lowered from the upper side into the embossing portion. Although the description may be made, the embossing unit may be placed on the upper side portion of the commemorative coin embossing box, and the embossed portion may be moved to the upper side of the commemorative coin embossing box by a spring, and then the embossed portion may be lowered to perform embossing. Further, in the above embodiment, the commemorative coin may be ejected by pushing the embossed commemorative coin to the ejection device beside the embossing box, but the modification may be configured such that the bottom side of the commemorative coin embossing box is a pivoting mechanism. By the side of the opposite side, the commemorative coin is sold under the commemorative coin embossing box. In this case, the commemorative coin confirms that the sensor is not optical, but uses the commemorative coin weight when the commemorative coin is placed at the bottom to open the mechanical switch for detection, or the optical sensor is set at the commemorative coin embossing The side of the box.

[Industrial availability]

The present invention can be applied as a commemorative coin vending machine installed in a sightseeing place or an amusement park facility or an exhibition hall.

2‧‧‧Commemorative coin induced ramp

3‧‧‧Optical sensor for position detection

4‧‧‧Optical sensor for origin position detection

5‧‧‧imprinted commemorative coin sales machine motor

6‧‧‧Commemorative coin imprinting start-action motor

7‧‧‧Commemorative sensor configuration confirmation sensor in the stamping box

8‧‧‧Commemorative coin stamping box

9‧‧‧Commemorative coins sold on the ramp

10‧‧‧Control circuit board

11‧‧‧Commemorative coin suspension solenoid

12‧‧‧ Position Adjustment Potentiometer (VR)

13‧‧‧A/D converter

14‧‧‧CPU

17‧‧"Motor Drives (SSR)

18‧‧‧ROM

19‧‧‧RAM

20‧‧‧Axis

21‧‧‧Narrow slotted disc

22‧‧‧Motor shaft

23‧‧‧Invariable memory

24‧‧‧Rotating plate

25‧‧‧ Connecting rod

26‧‧‧Commemorative coin launching department

27‧‧‧Axis

29‧‧‧ Gearbox

30‧‧‧Commemorative coins

51‧‧‧Commemorative coin printing device

54‧‧‧ version selection panel

55‧‧‧Coin Investment Department

56‧‧‧Commemorative coin purchase step display section

58‧‧‧Commemorative coin sales department

61‧‧‧Motor

62, 70, 73‧‧‧ axes

63, 65, 71, 72‧‧‧ gears

64‧‧‧Chain

66‧‧‧Fixed base

67‧‧‧ Imprinting mechanism mounting plate

68, 69‧‧‧ Roller mounting plate

74‧‧‧ calender rolls

75‧‧‧ version of the mounting roller

76a, 76b, 76c‧‧ version

77‧‧‧rails

78‧‧‧Commemorative coins raw material board

85‧‧‧Commemorative currency interface

86‧‧‧Commemorative coins for sale

Fig. 1 is a perspective view showing an embodiment of a plate forming mechanism having the commemorative coin embossing mechanism of the present invention.

Figure 2 is a perspective view of the plate forming mechanism as seen from the back.

Fig. 3 is a plan view of Fig. 1.

Figure 4 is a cross-sectional view of the plate forming mechanism A-A having a commemorative coin embossing mechanism.

Fig. 5A is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram when the commemorative coin is dropped.

Fig. 5B is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram when the sensor detects the commemorative coin.

Fig. 5C is a perspective view showing the action description of the commemorative coin embossing mechanism, showing a state diagram when the embossing machine is pressed against the commemorative coin.

Fig. 5D is a perspective view showing the action description of the commemorative coin embossing mechanism, showing the state diagram of the upper boosting press after the commemorative coin embossing.

Fig. 5E is a perspective view showing the operation of the commemorative coin embossing mechanism, showing a state diagram when the commemorative coin after the embossing is sold.

Fig. 6 is a block diagram showing the circuit configuration of a commemorative coin printing apparatus using a plate forming mechanism having the commemorative coin embossing mechanism of the present invention.

Fig. 7 is a flow chart for explaining the operation flow of the commemorative coin printing device using the plate forming mechanism of the commemorative coin embossing mechanism of the present invention.

Figure 8 is a perspective view showing the appearance of a commemorative coin printing device.

Fig. 9 is a perspective view of the plate forming mechanism as seen from the back side of the upper position.

Figure 10 is a front view of the plate forming mechanism.

2‧‧‧Commemorative coin induced ramp

5‧‧‧imprinted commemorative coin sales machine motor

6‧‧‧Commemorative coin imprinting start-action motor

7‧‧‧Commemorative sensor configuration confirmation sensor in the stamping box

8‧‧‧Commemorative coin stamping box

8a, 8b, 8c‧‧‧ openings

9‧‧‧Commemorative coins sold on the ramp

22‧‧‧Motor shaft

24‧‧‧Rotating plate

25‧‧‧ Connecting rod

26‧‧‧Commemorative coin launching department

27‧‧‧Axis

28‧‧‧Printer drive department

61‧‧‧Motor

66‧‧‧Fixed base

67‧‧‧ Imprinting mechanism mounting plate

68‧‧‧Roll mounting plate

Claims (3)

A commemorative coin embossing mechanism of a plate forming mechanism, which is a commemorative coin raw material plate in which a commemorative coin raw material plate is dropped, a rolling roll having a rotating surface is flat, and a rotating surface is mounted with a plate of a plate having a plate or more. A plate forming mechanism for embossing a embossed printing plate and a commemorative coin printing device for selling the commemorative coin, which is characterized in that: the embossing coin is provided by the embossing The curved roller side is inclined to be lower, and can receive the commemorative coin-inducing ramp induced by the above-mentioned commemorative coin with the pattern; the commemorative coin induced by the commemorative coin is induced by the commemorative coin a stamping device capable of updating the text, number or imprint date for each stamping of the back of the commemorative coin contained in the commemorative coin stamping box; and the commemorative coin embossed by the stamping device The commemorative coin is introduced to the commemorative coin ejection device outside the embossing machine; and the commemorative coin configuration confirmation sensor capable of detecting that the commemorative coin has been accommodated at the bottom of the commemorative coin embossing box, the embossing device Preparation: The embossing machine acts as a driving source; the embossing surface has the above-mentioned characters, numbers or date protrusions, and each time the embossing is performed, the protrusion having the next character, number or date is placed on the embossing part of the embossing surface. And confirming the commemorative coin detection drive of the sensor according to the above commemorative coin configuration The embossing machine driving source is configured such that the embossing portion is embedded in the commemorative coin embossing box, and after the embossing, the embossing portion is returned to the original printing machine driving portion, and the commemorative coin ejection device is provided with: a drive source for the mechanism; disposed near the transfer box of the commemorative coin, the commemorative coin can be pushed out at the commemorative coin launching portion of the commemorative coin sold ramp; and after the embossing of the stamping device is completed, the above-mentioned selling mechanism is driven a driving source that transmits the driving force to the driving force transmitting unit of the commemorative coin ejecting unit; the commemorative coin embossing box has an opening on each of the upper portion and the front and rear sides, and the embossing portion is fitted from the upper opening portion An end portion of the induced ramp is connected to an upper portion of the front side opening portion, and an end portion of the commemorative coin selling ramp is connected to a lower portion of the front side opening portion, and protrudes from the opening portion on the rear side into the commemorative coin stamping box. The above commemorative coin launching department. A commemorative coin embossing mechanism of a plate forming mechanism, which is a commemorative coin raw material plate in which a commemorative coin raw material plate is dropped, a rolling roll having a rotating surface is flat, and a rotating surface is mounted with a plate of a plate having a plate or more. A plate forming mechanism for embossing a embossed printing plate and a commemorative coin printing device for selling the commemorative coin, which is characterized in that: the embossing coin is provided by the embossing The curved roller side is inclined to be lower, and can be subjected to the above-mentioned commemorative coin with the pattern to induce the commemorative coin induced slope The commemorative coin embossed for the commemorative coin induced by the commemorative coin in the above-mentioned commemorative coin; the commemorative coin embossed for the commemorative coin contained in the commemorative coin stamping; a stamping device for the date; and a commemorative coin embossed by the stamping device; the commemorative coin is pushed out to the commemorative coin pushing device outside the stamping machine; and the commemorative coin has been detected to be contained in the commemorative coin The commemorative coin arrangement confirmation sensor at the bottom of the embossing box, the embossing device has: a driving source acting on the embossing machine; the embossing surface has the above-mentioned characters, numbers or date protrusions, and each imprinting has the next one a letter, a number, or a date protrusion is disposed on the embossing portion of the embossing surface; and the commemorative coin detection of the commemorative coin arrangement confirmation sensor drives the embossing machine driving source to embed the embossing portion into the commemorative coin pressure In the printing press, after the imprinting, the embossing unit is returned to the original printing machine driving unit, and the commemorative coin ejecting device includes: a driving source for the selling mechanism; In the vicinity of the transfer box, the commemorative coin can be pushed out to the commemorative coin launching portion of the commemorative coin sales ramp; and after the embossing of the imprinting device is completed, the drive source for the above-mentioned selling mechanism is driven, and the driving force is transmitted to the above The driving force communication unit of the commemorative coin launching department; The embossing portion of the imprint apparatus is in a standby state above the commemorative coin embossing box, and when embossing is performed, the embossing machine driving source is driven to be lowered, and is pressed against the back surface of the embossed commemorative coin. . The commemorative coin embossing mechanism of the plate forming mechanism according to claim 1 or 2, wherein the embossed commemorative coin is dropped to: the above-mentioned pressure delay causes the embossed coin to be bent to be lower The commemorative coin induces the ramp and makes it the back state.