JPS5925670B2 - Embossed card design - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a recording device for printing embossed characters provided on a card onto a sheet of paper such as a slip.

A recording device is already known that records embossed characters on the card on the slip by placing the slips on top of the card and rolling the slips with a roller. According to the above, the information recorded on the magnetic stripe provided on the card is read out, and depending on the read information, it is decided whether to record or not, and the recording is controlled based on this decision. was extremely difficult.

The present invention provides a recording device that satisfies the above-mentioned requirements, and provides a recording device that reads information on a card and controls recording on a sheet of paper based on the read information. It is something to do.

Below, one embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows that a bank or the like verifies whether or not the owner of the card is the true owner, and according to the result, a slip is issued. This figure shows a recording device that performs recording upwards, and in this device, an employee pulls out a tray 12 that is provided in a part of the recording device main body 11 (however, in FIG. (shows the state in which the tray 12 is pushed in),
Information area 13 and embossed characters (protruding characters) in which information is written magnetically as shown in Figure 2, which the bank staff received from the customer.
14 and the slip (paper sheet) issued based on this card ■5 Lever tray 1
2 and then push the tray 12 in to read the magnetically recorded PIN number from the card by a mechanism (not shown) inside the main body. It is stored in a storage device. In this state, the code 16 causes the card holder (customer) to enter the PIN number using the keyboard 17 electrically connected to the card body, so that the PIN number obtained from the card and the PIN number from the keyboard match. If they match, the embossed characters on the card are recorded on the slip, and if they do not match, they are not recorded. Therefore, by checking the issued slip, it is possible to know that money has been exchanged with the genuine cardholder, and the recording on the slip is done by the embossed letters on the card itself. This makes it difficult to create fake invoices. To explain the tray 12 in more detail with reference to FIG. 3, this figure shows the main body 11 with all parts other than those directly related to the tray 12 removed, and the outer casing of the main body also removed. .

Here, the tray 12 has a right side plate 18 and a left side plate 19, and these both side plates are held approximately parallel by structural members such as a tray bottom surface and a top surface plate (not shown), and a cylindrical shape is provided at the front end of the tray 12. A grip 20 made of a pipe is fixed, and a clip 21 is provided on the grip 20 so that it can rotate freely.Furthermore, a rotatable bearing 22 is attached to the right side plate 18 and left side plate 19 (of course, the left side plate 19 ), and such bearings 22 are also provided at corresponding locations in the main body 1.
A guide groove 24 provided on a holding member 23 fixed to 1
By inserting the tray 1λ into the holding member 23
It is possible to move back and forth in the area between the two.

A top plate 25 is provided on the top surface of the tray 12, but this top plate 25 is formed to cover only a part of the top surface of the tray 12, rather than covering the entire top surface of the tray 12, and its role is to place slips. It is something.

In addition, a machine number 26 is pre-marked in a protruding shape on a part of the upper plate 25, and a date 27 is written in protruding characters (each type is provided around a rotary wheel. This means that when recording the embossed characters on the card on the slip as described later, the machine number and date on the top plate 25 are also recorded. By doing so, the machine that made the record, the date, etc. are also recorded so that it can be used as evidence later. At the cutout portion of the top plate 25 and adjacent to the right side plate 18, a card placement plate 28 is placed on the top plate 25 by lowering the top plate 25 by an amount corresponding to the thickness of the card 15.
Place parallel to 5. The end portion of the card placement plate 28 is bent to form a regulating member 29 for regulating movement of the card at a position corresponding to the card placement plate 28. A card reader 30 for reading magnetic information from the card 15 is arranged behind the tray 12, and a guide member 32 is fixed to the card insertion slot 31 of the card reader 30. The guide member 32 connects one side end (left end) of the card 15 to the card insertion slot 31.
The guide groove 33 has a card drive roller 34 provided in a part of the groove 33, and an inclined surface 35 provided at the end of the card drive roller 34. The guide member 32 fits into the gap between the top plate 25 and the card placement plate 28 as described later, so the guide member 32 fits into the gap between the top plate 25 and the card placement plate 28.
The gap between the guide member 32 must be larger than the thickness D1 of the guide member 32.

A card 15 is placed on the tray 12 having the above-described structure as shown in FIG.

Additionally, a card guide groove 36 is formed on the right side plate 18 as shown by the dotted line.
is a guide groove that guides the right end of the card when it is placed on the card placement plate 28 in the state shown in FIG. 3, and this shape is the same as the guide groove 33;
Assume that they are parallel. A slip 37 having a larger area than the card is placed on top of the card 15, which is arranged as described above and whose right end is inserted into the guide groove 36, and this slip 37 is indicated by the dashed line in FIG. As shown in , at least a part of the embossed characters 14 on the card 15
The slip 37 is fixed to a desired position on the top plate 25 using the clip 21.

Now, cards and slips as described above are placed on the tray with the tray 12 pulled out to the maximum extent from the main body 11, but by pushing the tray 12 into the main body, the card placement plate 28 is It rotates to move the regulating member 29 out of the path of the card.

That is, as shown in FIG. 5, the card placement plate 28 is rotatably supported by the top plate 25 and a hinge 38, but the main body 11 is located below the card placement plate 28.
A base portion 39 is provided by being fixed to.

This base part 39 has a horizontal part 40 and an inclined part 41 as shown in FIG. It is constructed so that the right end of the card on the card placement plate 28 is at the same height as the guide groove. Therefore, when the tray 12 is pulled out from the main body 11 as shown in FIG. 5A, the card 15 on the card placement plate 28 is restricted by the regulating member 29 and cannot move, but when the tray 12 is pulled out as shown in FIG. When it is pushed into the main body 11 so that the horizontal part 40 is located under the top plate 25 and the inclined part 41 is located under the card placement plate 28, the card placement plate 28 rotates around the hinge 38 due to gravity, so that the restriction member Since the card 29 exits from the path along which the card moves, the card can be freely moved along the guide groove 36 in the state shown in Figure B.

To explain the movement of the card in more detail with reference to FIG. 6, the card 15 is placed on the card placement plate 28 with the tray 12 pulled out from the main body 11 as shown in FIG.

At this time, the right end of the card 15 is inserted into the guide groove 36 on the right side plate 18. In reality, a slip 37 is placed above this as shown by the dotted line, but for the sake of simplicity, only the movement of the card will be explained here.

After placing the card 15 in this way, move the tray 12 to the arrow R.
By pushing the card 15 in the direction B, the left end of the card 15 faces the opening of the guide groove 33 of the inclined surface 35 of the guide member 32, and by further pushing the card 15, the left end of the card 15 faces the opening of the guide groove 33 of the inclined surface 35 of the guide member 32.
This will be introduced in 3. The tray 12 has a right side plate 18,
It is assumed that it moves parallel to the left side plate 19. Once the tray 12 has been pushed into the main body 11 in this way, the state will be as shown in Figure C, where guide grooves 33 and 36 are formed on the left and right sides of the card, and these guide grooves are connected to the card reader 30. It is. This card reader 30 has guide grooves 42 and 43 similar to the guide grooves 33 and 36, and is fixed to a rotating shaft 46 of a pulley 45 around which a belt 44 driven by a motor (not shown) is wound around a part of the guide grooves 42 and 43. Since it has a card transfer roller 47 and a roller 50 driven by a belt 49 wound around a pulley 48 fixed to the rotating shaft 46, by transferring the card 15 to the card insertion slot 31, After that, the card 15 is moved to the roller 50,
47, and the magnetic head 51 reads the card 15.
This is to read the magnetic information in the upper information area 13. After that, the card 15 is further transferred to the micro switch 5.
2, the motor (not shown) is reversed, the rotation directions of the rollers 47 and 50 are reversed, and the card is reversely fed and ejected from the card insertion slot 31. Now, if the tray 12 is pushed in as shown in FIG. 6C above, the end of the card 15 comes into contact with the drive roller 34,
By rotating the drive roller 34 in the clockwise direction in the figure, the card 15 can be sent to the insertion slot side of the card reader 30. By bringing the card 15 into contact with the roller 50 before the drive roller 34 and the card 15 are separated, the card on the card placement plate 28 can be fed into the card reader 30.

After the magnetic information of the card 15 that has been sent is read by the magnetic head 51, the micro switch 52 is pressed, and the output drives the rollers 47, 50 and the drive roller 34 in the opposite direction, so that the card 15 is Guide groove 3
3 and 37 in the opposite direction to reach the card placement plate 28.

Therefore, when the tray 12 is pulled out in this state, the card placement plate 2 is pulled out slightly as explained in FIG.
8 is pushed up and becomes horizontal, and by further pulling out the tray, the end of the card 15 is caught by the regulating member 29 and the card is pulled out.

So far, only the movement of the card 15 between the tray 12 and the card reader 30 has been explained, but in reality, as shown in FIG.
5 and a slip 37, if the tray 12 is pushed into the main body 11 after overlapping the card 15 and slip 37 as shown in FIG. The end of the slip 37 is connected to an inclined surface 35 provided on the guide member 32.
By riding on the guide member 3 and pushing it further, the slip 37 is moved to the guide member 3.
2, and the card 15 is placed on the upper end of the guide member 3.
The card reader 30 is inserted into the guide groove 33 on the top of the card reader 2 and pushed in further, and the card reader 30 is inserted into the guide groove 33 and 36 as shown in FIG. 6C.
It forms a card transfer path to the

In this state, the slip 37 and the card 15 are completely separated as shown in FIG. 7B, so only the card 15 can be transferred to the card reader 30 as described above. Card 15 in such a state as described above
Transfer to the card reader 30 is carried out by a drive roller 34, which, as shown in FIG. Pulley 5 connected to 34
A belt 56 is wound between the belt 5 and the belt 5 (this belt 56 is given appropriate tension by a tension roller 57) and is rotationally driven by a motor 53. On the other hand, the pulley 55 and drive roller 34 are rotatably held by an arm 58, whose lower end is rotatably held by a hinge 59 and pulled downward by a tension spring 60. supports the plunger 62 of the solenoid 61. Since this solenoid 61 drives the plunger 62 in the direction of arrow S when it is energized, the drive roller 34 is lifted upward when the solenoid 61 is driven, and is otherwise positioned downward. It is something.

Therefore, in the apparatus shown in FIG. 3, the solenoid 61 is energized and the drive roller 3 is activated only when card transfer is desired.
4 is located in the guide groove 33, and in other cases, the drive roller 34 is configured to withdraw from the guide groove 33.

Although the ink roller has not been disclosed at all in the previous explanation to simplify the explanation, in this device, as shown in FIG. The ink roller 71 is arranged so that its rotation center axis 63 is approximately perpendicular to the moving direction of the tray 12, and this rotation center axis 63 is rotatably held by two arms 64 and 65. The other ends of the arms 64, 65 are rotatably fixed to a hinge 66 fixed to the housing 11 (not shown). On the other hand, a solenoid 67 is fixed to another part of the housing (not shown), and the tip of a plunger 68 energized by this solenoid 67 is fixed to a drive shaft 69 provided between the arms 64 and 65. This is what is being done.

A spring 70 is provided on the hinge 66 to rotate the arms 64 and 65 clockwise, so when the solenoid 67 is not energized, the force of the spring 70 pulls up the ink roller 71 (turns the arm clockwise). Rotate it)
The ink roller 71 and the card placement plate 28 are separated as shown by the dotted line in FIG. 9B, and when the solenoid 67 is energized, the ink roller 71 is pulled down by rotating the arm counterclockwise. Then, it is pressed against the card placement plate 28 as shown by the solid line in FIG. 9B.

Note that this ink roller 51 is located closer to the tray 1 than the inclined surface 35 of the guide member 32 when viewed from the right side as shown in FIG. 9B.
The ink roller 71 is arranged so as to press the card placement plate 28 on the grip side of the printer 2, and the ink roller 71 used in a normal imprinter can be used. .

In the above-described apparatus, the card 15 and the slip 37 are piled up on the tray 12 as described above, and the tray 12 is pulled out while the ink roller 71 presses the two, thereby moving the card and the slip. Embossed characters are recorded on the slip 37.

Although the card 15 cannot be moved on the tray by the restricting member 29, the slip will move if left as it is, so this device is constructed by providing a clip to fix the slip 37. FIG. 10 shows such a clip, and a grip 20 provided between the right side plate 18 and the left side plate 19 of the tray 12 is rotatably attached to the grip 20, and the right side plate 18 and the left side plate 19 are attached to the grip 20. Further, a right side plate 72 and a left side plate 73 are provided so as to be located inside the side plate, and these both side plates are connected by a front plate 74, and a part continuous with this front plate 74 and corresponding to the upper plate 25 is provided. A presser plate 75 is formed on.

The clip 21 formed in this manner is configured so that it can rotate a certain amount around the grip 20, as shown in FIG. 10B. Now, as shown in FIG. 10A, the left side plate 19 has a recess 76 formed in a part of the recess 76. length), and the left side plate 73
At this point, a pin 78 is installed at a location corresponding to the recess (it should be shorter than the depth of the recess), and a tension spring 79 is suspended between the pins J and V, 78. Therefore, since the presser plate 75 is constantly biased in the direction of pressing the upper plate 25 by the spring 79, as shown in FIG. 10B.
As shown in FIG.
By pushing up, a gap is created between the holding plate 75 and the top plate 25, and by inserting the slip into this gap and then releasing the hand, the slip is pushed up by the force of the spring 79 onto the holding plate 7.
5 and the top plate 25.

In order to more securely hold the slip, a rubber plate 79 may be embedded in a part of the top plate 25 as shown in FIG. 10A. The tray and its peripheral equipment have a structure roughly as described above, and although this device is controlled in various ways depending on the position of the tray and other conditions, the control shown in FIG. Electrical control will be further explained with circuit diagrams and other drawings.

The first detection section provided for such control is a micro switch 80 fixed to a part of the guide member 32, as shown in FIGS.
This is for detecting whether or not the card 15 is placed thereon. As is clear from FIG. 7, if the card 15 is placed, the output is not always derived, but when the card 15 is placed and the tray 12 is pushed in to a certain extent, the detector of the switch 80 81 is card 1
Only when it reaches a position where it comes into contact with 5, it becomes ON and an output is derived. The second detection section is a lamp 8 provided in a part of the main body 11, as shown in FIGS. 3 and 7.
2 and a photoelectric converter 83 that receives light from the lamp 82 and derives an output, but the lamp and photoelectric converter are such that the slip 37 is placed on the top plate 25 at least when the tray is pushed in. Since the purpose is to detect whether or not the (Assume that the photoelectric converter 83 is located on the line), By arranging it in this way, when the tray 12 is pushed into the main body, if there is a slip, the light from the lamp 82 will be blocked by this slip. Photoelectric converter 8
3, and if there is no slip, the light from the lamp 82 reaches the photoelectric converter 83, and output is obtained from the photoelectric converter 83.

The third detection section consists of a micro switch 84, which is fixed to a part of the main body 11 so that its detector 86 is in contact with the bottom surface 85 of the tray 12.
7A, it becomes 0FF, and when it is pushed in, as shown in FIG. 7B, it becomes 0N, and a high level signal is derived.

The fourth detection section consists of a micro switch 87, which becomes 0N when the tray 12 is pushed in as far as it can go, as shown in FIG. This is to derive the signal.

To further explain the bottom surface 85 of the tray 12, a part of the bottom surface 85 is provided with a through hole 88.
Furthermore, a plunger 89 is provided at a position corresponding to the through hole 88 when the tray 12 is pushed in to the deepest position as shown in FIG. 7B, and this plunger 89 is driven by a solenoid 90 fixed to the main body. Configure it as you like.

That is, when the solenoid 90 is driven, the plunger 89 is inserted into the through hole 88 to lock the tray 12, as shown in FIG. 7B, and when the solenoid 90 is not driven, the tray 12 moves freely. It is constructed in such a way that it can be obtained. Now, to explain in more detail with reference to FIG. 11, the output of the switch 80 for detecting the card 15 is applied to the set input of the flip-flop 91, and the set output is applied to the AND gates 92 and 93. The output of switch 83 is inverted by an inverter 94 and applied to the set input of flip-flop 95, and the set output is applied to the AND gates 92 and 93. The output of switch 87 is applied to the AND gate 93 and The output is applied to the flip-flops 91 and 95 as a reset signal and also to the AND gate 92.

The AND gate 92 compares the PIN number on the card with the PIN entered from the keyboard, and generates a high-level signal when the two match (zero level when they do not match). The output of this AND gate 92 is applied to a drive circuit 96, and the solenoid 6 energizes the ink roller 71 with the output of this drive circuit 96.
7.

Further, the output of the AND gate 93 is connected to the AND gates 97 and 9.
8 and these AND gates indicate that all card processing that requires the card itself, such as reading information on the card by the card reader 30 and writing information on the card if necessary, is completed. A processing completion signal to be notified (high level when completed, zero level when incomplete) is applied (however, the signal to the AND gate 97 is inverted).

The output of the AND gate 97 serves as the set input of the flip-flop 99, the output of the AND gate 98 serves as the set input of the flip-flop 99, and the set output of the flip-flop is applied to the drive circuit 100, The output drives the solenoid 90.

The processing completion signal includes a match signal and a mismatch signal obtained as a result of matching, an OR output of an invalidation signal that indicates that the card is invalid, and a card that has submitted that the card is present on the card placement plate 28. This can be constructed by AND outputting the presence signal.

Now that the general configuration has been explained above, the explanation will be based on the order in which it is actually used.

If you do not need such a device, first insert a key (not shown) into the power key switch 101 and turn off all power supplies.
(N) and check the lamp 102 to confirm that the power is turned on.

In such a state, naturally there is no card 15 in the tray 12.
Since neither the nor the slip is placed, the solenoids 67 and 90
is not energized, the tray 12 is not locked, and the ink roller 71 is also separated from the card placement plate 28.

In this state, hold the grip 20, pull out the tray 12, place the card 15 on the card placement plate 28, and then
As shown in the figure, the right side of the card 15 is inserted into the guide groove 3 of the right side plate 18.
Insert into 6. At this time, the protrusions of the embossed characters 14 on the card 15 are arranged so as to face upward. Thereafter, as shown in FIG. 10B, a gap is created between the top plate 25 and the holding plate 75 by lifting the right side plate 72 or the left side plate 73, and the front end of the slip 37 is inserted into this gap, and at least After forming a part of the slip 37 so that it overlaps with the embossed characters on the card, release your hand and release the spring 7.
The slip 37 is pressed and fixed against the upper plate by the pressing plate 75 with a force of 9.

Thereafter, by pushing the tray 12 into the main body 11, the slip 37 rides on the guide member 32 and is separated from the card 15, as shown in FIG. and 42 are connected in a straight line, thereby forming a pair of card guide paths by the guide grooves 36 and 33 between the card placement plate 28 and the card reader 30.

Furthermore, in this state, as shown in FIG. 5, the card placement plate 28 is rotating downward about the hinge 38, so that the regulating member 2''9 on the card placement plate 28 is It exits from the formed card guide path.In such a state, the switches 80, 87 and the photoelectric converter 8
An output is derived from switch 3, that is, as mentioned above, switch 8
0, the presence of the card 15 is detected, the photoelectric converter 83 detects the presence of the slip 37, and the switch 87 detects that the tray 12 is pushed all the way in.

Since the aforementioned processing completion signal applied by the card reader 30 is uncompleted (zero level), the solenoid 90 is energized and the plunger 89 is inserted into the through hole 88 to remove the tray 12. is locked to the main body 11. In this way, when it is detected that a card is present and the tray is pushed all the way in, the motor 53 is driven in the forward direction (to take the card into the card reader) and the solenoid 61 is energized. A motor (not shown) that moves the plunger 62 in the direction of the arrow S and drives the rollers 47 and 50 of the card reader is also driven in the forward direction.

In the position where the tray 12 is pushed in in this way, the driving roller 34 is biased so that the card 15 is in contact with the card 15 located in the guide groove 33. The card 15 is transported toward the card reader 30 along the guide path formed by the roller 5.
When the card reaches 0, it is also transferred by the roller 50, and the card 1
5 further moves, the card 15 is moved to the driving roller 3.
4 and is further fed into the card reader 30. At the time of such transfer, the data magnetically written in the information area (including the valid/invalid signal and the PIN number) is read by the magnetic head 51 to memorize whether the card is valid or invalid. In addition to displaying whether this is valid or invalid using lamps 104 and 105, a validation check etc. is performed to determine whether the data was read normally or not (error).
In addition, in the event of an error, it is displayed by a lamp 106. In this way, the information is read and the card 1
5 presses the micro switch 52, the signal from the micro switch 52 is transmitted to the motor (not shown) and the motor 5.
A flip-flop (not shown) that controls the direction of rotation of the motors 3 and 3 is reversed to reverse the rotation of these motors. Said roller 4
7 is provided with a detection means (not shown) for detecting that the card 15 has passed, and when it is detected that the rear end of the card has passed through this detection means, the parity check is activated. If it is determined that the result is an error, the flip-flop is reversed again, the motor is driven in the forward direction, and the operation of reading information from the card 15 is repeated again.

Of course, a parity check is performed again at this time, and this information is reread a predetermined number of times (for example, three times). When the information is normally read from the card 15 or when the card is stored as an invalid card, the card 15 is ejected from the card reader 30 as it is, and the drive roller 34 guides the card 15 through the guide grooves 33 and 36. The roller 50 detects that the card 15 has been sent back to the position corresponding to the card placement plate 28 (detected by the switch 80).
, 47 and the motor 53 are stopped, and the energization of the solenoid 61 is also stopped. In this way, when it is detected that the card 15 has been returned from the card reader 30 (for example, the output of the switch 80 can be used), the display window 103 of the keyboard 17 connected to the main body 11 with the code 16 displays the "Password". Please press the number" is displayed and the card holder is prompted to enter the PIN number from the keyboard 17.

The input password input in this manner is compared with the password read out from the card, and if the two match, a match signal is derived, and if they do not match, a mismatch signal is derived.

As is clear from FIG. 11, when such a coincidence signal is derived, the solenoid 67 is energized, and the ink roller 71 is lowered to the position shown by the solid line in FIG. Press.

At the same time, the flip-flop 99 is reset, so the energization of the solenoid 90 is stopped, and the plunger 89 inserted into the through hole 88 is pulled out from the through hole 88, so that the tray 12 is unlocked from the main body. On the other hand, when the input password and the password read from the card do not match, the solenoid 67 is not energized and the ink roller 71 does not descend, but the processing completion signal in FIG. 11 is an error signal and a match. Since the signal is composed of an OR output of the signal, a mismatch signal, and an AND output with the switch 80, the lock on the tray 12 is released when a match, mismatch signal, or an error signal is derived.

When the verification is completed in this way, the result is displayed on the lamp 108.
Alternatively, it is displayed at 109, and when a processing completion signal is derived, the lamp 107 is turned on to notify that the processing has been completed.

When the tray 12 is pulled out from the main body after confirming that the processing completion lamp is lit, the card placement plate 28 in the state shown in FIG. As the card 15 enters the card transfer path, the restriction member 29 locks the card 15, and when the tray is pulled out in this state, the embossed characters on the card are pressed onto the slip by the ink roller, and Since the card and the slip move together with the tray by the clip 21 and the regulating member 29, all the characters on the card are recorded on the slip. Further, by pulling out the tray 12, the switch 84 is turned off, the energization of the solenoid 67 is stopped, and the ink roller 71 is moved to the position shown by the dotted line in FIG. 9B. Note that the signal generated when the switch 84 becomes 0FF is supplied as a clear signal to all the flip-flops and other storage devices used in this device, so it is necessary to pull out the tray in this way. In this state, everything returns to its initial state.

Therefore, by taking out the tray, the imprinted slips and cards can be prepared for the next new use.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing a recording device for recording empos characters on a card according to the present invention, FIG. 2 is a front view showing the card, FIG. 3 is a perspective view showing the tray and card reader, and FIG. The figure is a top view showing the tray, Figures 5A and B show the A-Nml plane in Figure 4, showing movement of the card placement section due to movement of the tray, and C is a side view showing the base part Figures 6A, B, and C are top views showing the relationship between the tray and the card reader, Figures 7A and B are B-B side views in Figures 6A and C, respectively, and Figure 8. 9 is a perspective view showing the drive system of the drive roller, FIG. 9 is a relationship between the tray and the ink roller, A is a perspective view, B is a side view, FIG. 10 is a clip, B is a perspective view, and A is a partially exploded view. The perspective view and FIG. 11 are block diagrams showing the control circuit. Here, 11 is the main body, 12 is the tray, 14 is the embossed character, 15 is the card, 17 is the keyboard, 21 is the clip,
23 is a holding member, 24 is a guide groove, 25 is a top plate, 28 is a card placement plate, 29 is a regulation member, 30 is a card reader,
32 is a guide member, 33 is a guide groove, 34 is a drive roller, 3
5 is an inclined surface, 36 is a guide groove, 37 is a slip, 51 is a magnetic head, 61 and 67 are solenoids, 71 is an ink roller,
75 is a holding plate, 80, 84, 87 are switches, 83 is a photoelectric converter, 89 is a plunger, and 90 is a solenoid.

Claims (1)

[Claims] 1. A tray on which a card with embossed characters and a paper sheet superimposed on the card is placed and can be freely pulled out and pushed into the housing, and information is read from the card while the tray is pushed into the housing. A card reader to be read, a member for locking or releasing the lock when the tray is pushed into the housing, the presence or absence of the card and paper, the position of the tray, and the content of the processing completion signal applied from the card reader. a control means for detecting and controlling the embossed characters on the card; a pressing means for pressing the paper sheet against the embossed characters on the card after the card processing by the card reader is completed and the tray is released from the locked state by the control means; 1. A recording device for recording embossed characters on a card onto a sheet of paper, characterized in that the embossed characters on the card are recorded on the sheet of paper during the process of pulling out the card from the housing.