JP2853155B2 - Slip issuing device - Google Patents

Description

[Detailed Description of the Invention] "Industrial application field" The present invention reads out an image written in an input form such as an application form or an order form, edits the image, and outputs it on a form to issue a form. More particularly, the present invention relates to a slip issuing apparatus capable of preventing an incorrect slip from being issued.

"Conventional technology" For example, in department stores (department stores), when a customer requests delivery of goods, a delivery slip is created. The delivery slip consists of (a) a work slip used by the distribution center party to pick up and pack products, (b) a slip used as a tag attached to the goods to be shipped, and (c) a delivery center and each household. A work slip used at a small delivery site (depot) to be linked, and (d) a plurality of related slips such as a slip used to obtain a certification seal for confirming that the product has been delivered to the customer. It consists of a form slip. When a department store receives a request for delivery of a product, the department store creates a delivery slip in a plurality of forms based on one set of processing data such as the name of the product, the destination, and the client.

Delivery slips are often designed so that relatively small customers, such as individual customers, can directly enter specific information such as the destination. In other words, the department store prepares a booklet in which related form slips are superimposed, and asks the top slip to fill out predetermined items using carbon paper or pressure sensitive paper as the slip paper. In this way, multiple related forms are created at the same time.

However, for relatively large customers, that is, customers who have more than 10 delivery points, it is usual for department stores to directly create and process slips based on purchase applications for products submitted by customers. is there.

A slip issuing device is also active as a device for quickly processing requests for delivery of gifts by a relatively large number of customers, such as during the middle of the year or during the year-end period.

FIG. 8 shows the appearance of a slip issuing device proposed earlier by the present applicant (Japanese Patent Application No. 56-118471). The slip issuing device 11 is composed of two device parts which are separated in outer shape. In the apparatus portion located on the right side in the figure, a data input unit 13 having a platen 12
And a data storage unit 14 for storing the input data.
And a data editing unit for editing stored data
15 and a control unit 16 for performing various controls. Also, the device part located on the left side in the figure has an operation unit 17 and an output control unit for controlling data output.
And a laser printer unit 19 for printing data using a laser beam.

FIG. 9 shows a form of a delivery slip used in this conventionally proposed slip issuing apparatus. In this device, (a) to (d) described above as an example.
Form 21 corresponding to one page is composed of four partial forms 22-1, 22-2, 22-3, and 22-4 in correspondence with the four types of slips. It corresponds to the cut line to be separated in the future. Each part form 22−
1, 22-2, 22-3, and 22-4 have a “Send to” column 24-
Columns 1 to 24-4 and columns 25-1 to 25-4 of "client" are arranged. The operator of the slip issuing device writes the form 21 to be used on the platen shown in FIG.
It is set to 12, read by the data input unit 13, and stored in the data storage unit 14.

On the other hand, FIG. 10 shows an example of a gift purchase application. As shown in this figure, the gift purchase application form 27 includes the fields 28-1 and 28-2,
.., And a column 29 for describing “client” is arranged. The completed gift application form 27 is also set on the platen 12 shown in FIG. 9, read from the data input unit 13 and stored in the data storage unit 14.

When the two types of image information are stored in this manner, the slip issuing device extracts necessary image information from the gift purchase application form 27, and outputs the four partial forms 22-1, 22-2,
It is allocated to locations corresponding to 22-3 and 22-4 and printed out as a slip.

FIG. 11 shows an example of the slip printed out in this way. In this example, the image information of the “client” described in the column 29 shown in FIG. 10 corresponds to the “client” of each of the partial forms 22-1, 22-2, 22-3, and 22-4. Transcribed in columns 25-1 to 25-4. Further, in the output slip 31, the image information of "delivery destination" described in the column 28-1 shown in FIG.
24-1 to 24-4. That is, the slip 31 shown in FIG. 11 is in a state before the separation of a series of individual slips created for a destination called "Ichiro Kono".

As described above, the conventionally proposed slip issuing apparatus enables high-speed processing of slips using a laser printer.However, the issued slip for one page is separated along the boundary line 23, and the individual slips are separated from each other. I needed to. For this reason, there is a problem that it is difficult to obtain compatibility with a conventional slip issuing system in which a slip of a related form is superimposed on a booklet in which the slips are sequentially removed.

Therefore, a slip issuing apparatus that prepares a booklet in which related form slips are overlapped or a roll-shaped slip sheet in which this booklet is continuous, prints it with an impact type printer, and issues the slip is put into practical use. Has been done. Such a slip issuing apparatus has a configuration in which an office computer or a personal computer is used, and a reading device and a dot printer are connected to the office computer or the personal computer. The computer uses a program for reading a slip, editing image information, and printing control for printing the edited image information on a slip sheet.

"Problems to be solved by the invention" By the way, in the spot where a slip such as a department store is issued,
At the time when the delivery requests are concentrated, thousands of input forms such as the application form illustrated in FIG. At the peak of such voucher issuance, the amount of work becomes enormous,
When reading the input form with the reading device, an error may occur. For example, there is a mistake that the input form is set on the reading device with the front and back sides or the front and back sides wrong. A slip without data or a slip with incorrect description created by such a mistake is found by various checks, discarded, and finally a correct slip is issued.

However, re-issuing the slip places an extra burden on the slip issuing apparatus and the worker, and causes a reduction in office efficiency. Unnecessary slips are discarded with reissuance,
The slip paper bound in the booklet format is much more expensive than the paper (one sheet at a time) output from the laser printer described in FIG. For this reason, if the double issuance of the slip occurs frequently, the economic loss of the paper increases.

For this reason, there has been proposed a slip issuing device that stamps the input form when the input form has passed through the reading unit of the reading device, assuming that the reading process has been completed. However, in this slip issuing device, the stamp is unconditionally pressed when the input form passes through the reading unit. Therefore, it is effective when the reading process is forgotten for some sheets of the input form, but the stamp is pressed even if the input form is set in the wrong direction, and the stamp is pressed. There is a problem that it cannot be immediately associated with the fact that the processing of the slip has been completed.

SUMMARY OF THE INVENTION An object of the present invention is to provide a slip issuing apparatus which determines that reading processing of an input form has been correctly performed and presses a stamp in that case.

[Means for Solving the Problems] According to the present invention, (a) reading means for reading image information on an input form serving as a slip, and (b) image information for storing image information read by the reading means Storage means, and (c) whether the face and arrangement direction of the input form are correct depending on whether or not the mark entered at a predetermined place in the image information stored in the image information storage means is correctly present at that position. Mark position existence discriminating means for discriminating whether or not, (d) form type discriminating means for reading information at a predetermined position on the input form and discriminating the type of the input form, and (e) mark position existence discriminating means. When it is determined that the surface and arrangement direction of the input form are correct, the image information stored in the image information storage means based on the form type determined by the form type determination means Logic determination means for determining whether or not the specific information conforms to a predetermined logic; and (f) reading means when the logical compatibility determination means determines that the logic conforms to a predetermined logic. The stamp issuing device is provided with stamp pressing means for pressing a stamp on the input form that has been read.

That is, in the present invention, the image information read by the reading unit is stored in the image information storage unit, and the mark written in a predetermined place in the image information stored in the image information storage unit is correctly positioned at that position. Whether or not the input form exists is checked by the mark position existence determining means to determine whether or not the surface and the arrangement direction of the input form are correct. Further, the type of the input form is determined by reading information at a predetermined position on the input form using the form type determining means. When the mark position existence determining means determines that the surface and the arrangement direction of the input form are correct, the logical information matching means is used to determine the image information storage means based on the form type determined by the form type determining means. It is determined whether or not specific information of the image information stored in the storage device conforms to a predetermined logic. When the logic matching determining means determines that the input form is read in conformity with the predetermined logic, it is determined that the reading processing of the input form has been correctly performed, and a stamp is given to the input form which has been read by the reading means. It is something to push.

"Example" Hereinafter, the present invention will be described in detail with reference to examples.

(Outline of Apparatus) FIG. 1 shows an appearance of a slip issuing apparatus according to an embodiment of the present invention. This slip issuing device is controlled by a control unit.
A reading device 52 having a front surface 51 is provided. Reader
A high-speed dot printer 53 is disposed on the left side in the drawing of FIG. A bar code reader 54 is connected to the control unit 51.

The stacked application forms (input forms) 55 are set on the supply tray 56 of the reading device 52 by a predetermined amount that can be processed at one time. Then, by operating the operation unit 57 provided on the upper part of the control unit 51, the barcode reader 54 reads the barcode described on the slip paper portion where printing of the high-speed dot printer 53 is started according to the instruction. This reading is achieved by opening the lid 58 on the high-speed dot printer 53, bringing the bar code reader to the place of the set slip paper, and scanning.

When you are ready to read in this way,
The control unit 51 issues an instruction to start work for issuing a slip. Based on this, the application slips set on the supply tray 56 pass one sheet at a time under the sheet document reading section 59 of the reading device 52 and are discharged onto the surface of the platen cover 61. At this time, the application form 55 is temporarily stopped with its rear end sandwiched by the sheet-shaped document reading section 59, and is checked for compatibility by the control section 51. For example, when the application form 55 cannot be read, such as when the application form 55 is set upside down, the application form 55 remains in a stopped state, and a necessary warning display is displayed on the liquid crystal display 62 of the operation unit 57. Etc. are performed. If it is determined that there is compatibility, the stamp arranged in the sheet-shaped document reading section 59 is pressed by the application form 55, and the application form 55 is completely discharged onto the platen cover 61. .
In this state, the control unit 51 edits the image information and transfers the result to the high-speed dot printer 53 to print the slip. The print result is output from the rear portion of the high-speed dot printer 53 in the state of the rolled slip sheet 64 as it is.

It should be noted that this slip issuing device can also handle documents that are difficult to pass through the sheet document reading unit 59 one by one from the supply tray 56, such as a damaged application form. When such an original is set on a platen glass (not shown) under the platen cover 61, the operation unit 57 is operated to switch the original reading from the image sensor fixed type to the image sensor movable type. Good.

FIG. 2 shows a schematic configuration of the reading device.
Inside the apparatus main body of the reading device 52, a rail 64 and a one-dimensional image sensor 65 arranged reciprocally along the rail 64 are provided.
Is arranged. The one-dimensional image sensor 65 stops at a reading position 66 below the sheet-shaped original reading section 59 as shown by a solid line in the figure in a state where the original is read using the sheet-shaped original reading section 59. ing. In this state, the application form 55 set on the supply tray 56 is conveyed one by one by the conveying rolls 67 in the sheet-shaped document reading section 59, and the image information is read by the one-dimensional image sensor 65 in this state. A stamp stamping mechanism (not shown) is arranged near the document transport roll 68, and stamping is performed on an application form that has been read without any problem.

On the other hand, the platen cover 61 and the platen glass 69 below it
When reading is performed with the document held between the two, the one-dimensional image sensor 65 reciprocates within a predetermined range below the platen glass 69 as shown by a broken line in FIG. Is performed.

FIG. 3 shows an outline of the circuit configuration of the slip issuing device described above. The slip issuing device has a CPU (central processing unit) 71 mounted thereon, and is connected to the following units directly via a bus 72 or via an interface circuit (not shown).

(I) External storage device 73: It is composed of a hard disk and a circuit for driving the hard disk. The hard disk stores a program for controlling this slip issuing device. In a predetermined area of the hard disk, an application number (input form number) as a unique number described in an application form described later is sequentially stored, and necessary information such as predetermined image information is stored. Data is also stored.

(Ii) RAM 74: a working memory, which stores programs in the hard disk when the power of the slip issuing device is turned on.

(Iii) Reading device 52: The reading device 52 includes the one-dimensional image sensor 65 shown in FIG. 2, and converts a read image signal into a digital signal. The stamp imprinting mechanism arranged in the reading device 52 will be described later in detail.

(Iv) Image memory 75: A memory for storing image information.

(V) High-speed dot printer 53: In this embodiment, a wire dot printer capable of high-speed printing is used so that processing of a slip is performed without delay.

(Vi) Operation section 57: This operation section includes various input keys and a liquid crystal display 62.
And are arranged. Input keys include a start key for starting work, a stop key for stopping, a numeric keypad for inputting numbers, a function key for selecting various functions, and a density key for setting a reading density. Etc. are prepared. The liquid crystal display 62 can output a sentence mixed with Chinese characters or kana over several lines.

(Vii) Barcode reader 54: The barcode reader 54 has already been described. The bar code reader may be omitted, and the number printed on the slip sheet 64 may be directly read with the naked eye, and the numerical value may be input from the numeric keypad.

(Structure of Application Form) FIG. 4 shows the structure of an application form used in this embodiment.

The application form 55 is, for example, a B4 size sheet, and a requester entry field 81 is provided on the upper left side of the form. The address, name, and telephone number of the client, such as gifts, are entered in the client entry column 81 by handwriting or the like. Below the requester entry column 81, destination entry columns 82-1 and 82-1 ... at predetermined intervals, for example, 7
The columns are arranged. In the figure, two of the destination entry fields 82-1 and 82-2 are shown. Delivery address entry field
82-182-2..., The address of the destination, the name and number of the product to be delivered, and the charge and quantity are similarly entered by handwriting or the like.

An application number column 83 is arranged on the upper right side of the requester entry column 81, and a start mark entry column 84 and an end mark entry column 85 are adjacently arranged below the application number column 83. Also, on the right side of the destination entry fields 82-1, 82-2,..., A mark entry field 86, a cancellation mark entry field 87, and a page end mark entry field 88 are arranged. In addition, a cross-shaped alignment mark 89-1 is printed in the upper right corner of the application form 55,
Destination address entry fields 82-1 and 82 in the right end of application form 55
Similarly, alignment marks 89-2, 89-3,... Are printed at positions corresponding to the boundaries of.

Here, a predetermined number of digits are printed as an application number in the application number column 83, and these are unique numerical values that are different for each application form 55. In the mark entry columns after the start mark entry column 84, a mark is entered in a corresponding column with a pencil or the like. When a mark is entered in the start mark entry column 84 as shown in the drawing, it indicates that this is the first page in the application form 55 of the same client. When a mark is added to the end mark entry column 85, it is indicated that this is the last page in the application form 55 of the same client. Therefore, if there is only one application form 55 of the same client, the start mark entry field 84
And the end mark entry field 85 will be marked.

When a mark is entered in the mark entry column 86,
This indicates that the name and quantity of the product to be entered in the destination entry column 82 are the same as the column immediately before the mark is entered. As a result, it is possible to omit the entry of the product and the fee in the destination entry column 82. In this case, the slip issuing device performs the transcription process of the image information in the item and the price column in the column immediately before the mark.

If the mark is entered in the cancellation mark entry field 87,
The contents of the delivery destination entry field 82 on the left side are canceled, and the delivery of the product to this delivery destination is not performed. This takes into account that a predetermined portion of the application form 55 may be copied and used for the next gift. When the mark is written in the page end mark entry column 88, all the contents of the destination address entry column 82 thereafter on this page are canceled.

(Details of Stamp Imprinting Mechanism) FIG. 5 specifically shows a stamp imprinting mechanism arranged in the reading device of the slip issuing device. Document transport roll shown in FIG. 2 in sheet-like document reading section 59
A solenoid 91 is arranged near 68. The bottom of the solenoid 91 is fixed in place and its plunger
The tip of 92 is cracked in a U-shape. An elongated hole is drilled at one end of a rod 94 that is rotatably arranged about a shaft 93, and this end is inserted into the above-mentioned U-shaped portion, and a pin 95 is inserted into the elongated portion. It is fixed to the tip of the plunger 92 through the hole. The other end of the rod member 94 is inserted into this U-shaped part of a moving rod 97 also having one end formed in a U-shape, and a pin 98 is inserted.
Move through a slot provided at this end of the rod 94.
97 is fixed to the above-mentioned one end. A stamp 99 is attached to the other end of the moving rod 97, and the rod-like portion between them is slightly larger than the outer diameter of the moving rod 97 and fixed to a member (not shown). It is inserted inside the tube 101. The cylinder 101 is provided to make the moving bar 97 movable only in a substantially vertical direction. A spring 102 acting to move the end of the bar 94 on the pin 98 side is moved downward.

An upper guide plate 104 is provided above the stamp 99 so as to guide the back side of the application form 55. The upper guide plate 104 also functions as a platform when the solenoid 91 is excited and the plunger 92 is sucked downward as shown in the figure, and the moving rod 97 presses the stamp 99 against the application form 55.
A lower guide plate 106 is arranged near the place where the stamp 99 is stamped on the conveyance path of the application form 5. The lower guide plate 106 serves to prevent the rear end of the application form 55 from being stained by contact with the stamp 99 when the solenoid 91 is demagnetized and the stamp 99 is moved away from the application form 55 by the action of the spring 102. Is fulfilled.

FIG. 6 shows a state in which the application form has been stamped by the stamp stamping mechanism shown in FIG. Application form
55 is temporarily stopped from being transported with its rear end sandwiched between the transport rolls 68 shown in FIG. 5, and the read information is checked. When it is determined that the reading has been performed with the correct logic, a pink ring-shaped mark 108 is stamped on the rear end of the application form 55.
The mark 108 is stamped at a position where reading of the application form 55 does not interfere. Mark 10
The color 8 may be used as the dropout color so that if the application form 55 is read again for some reason, it may be considered that this color is not recognized.

(Operation of Reading Apparatus) FIG. 7 shows a flow of an operation of the reading apparatus in the slip issuing apparatus having such a system configuration.

The reading device shown in FIG. 1 by the operator of the slip issuing device
When a predetermined number of application slips 55 are set in 52 and the start key of the operation unit 57 is pressed (step in FIG. 7), only one application slip 55 set in the supply tray 56 is read in the sheet-shaped document reading unit 59.
Application form 55 with one-dimensional image sensor 65
An entire reading is performed (step). The image information obtained as a result is stored in the image memory 75 (step). Thereafter, the CPU 71 searches a predetermined area in the image memory 75 to determine whether or not the alignment marks 89-1 are present (step).

If the alignment marks 89-1... Are not detected, (a) documents other than the application
Or (b) the regular application slip 55 is set in the reading device 52 with the wrong front and back or wrong front and back. Therefore, the alignment mark 89-1
If is not detected, an error message is displayed on the liquid crystal display 62 of the operation unit 57 (step). In response to this, when the operator presses any key of the operation unit 57 to respond (Step; Y), the document (application form 55) whose conveyance has been stopped with the rear end sandwiched between the conveyance rolls 68 is discharged. Is performed (step). Then, after the start key is pressed, the processing of the next application form 55 is started (step). Depending on the system, it is possible to proceed to the step immediately after the operation of the step and start the process of reading the next application form 55, but in the system of this embodiment, the reading process is started after the operator confirms the next object to be read. I have.

If the alignment marks 89-1 are detected in the step (step; Y), the image of the application number column 83 is cut out, and the application number is recognized by the optical character recognition method (step; Y). ). Since the application number is printed in advance, it can be understood that the application form 55 cannot be used at the site unless the application number having a predetermined number of digits is recognized. The application number may be used not only for the number of digits but also for other checks such as whether the number is to be processed in the department store or the like in the year, whether the number has already been read and processed, or the like.

If the application number is not correctly recognized (Step; N), the process proceeds to Step and the same processing as described above is performed. That is, in this case, a slip is not issued for the application slip 55.

If the application number is correctly recognized (step;
Y) Subsequently, the marks entered in various fields such as the start mark entry field 84 of the application form 55 are interpreted (step). Then, a check is made as to whether these marks exist with the correct theory (step). This check is performed by referring to a predetermined theory. For example, (a) Start mark entry field on the previous page
If the mark is entered in 84 and the mark has not been entered in the end mark entry field 85 but the mark has been entered in the start mark entry field 84 of the currently read page, 1
Since there is a possibility that the processing of the next requester's slip is started at the stage where the processing of the human requester's slip is not completed, the logic is not regular logic. (B) First application form of the day 55
Similarly, when no mark is entered in the start mark entry column 84, it is determined that the logic is not regular. On the other hand, the mark may be entered in both the start mark entry field 84 and the end mark entry field 85 of the same application form 55. This is because if one requester satisfies only one application form 55, both sides will be marked.

If it is determined in the step that the logic is not normal (N), an inquiry is displayed on the liquid crystal display 62 of the operation unit 57 as to why the logic does not match and whether or not to process the slip (step). As described above, in this state, the corresponding application form 55 has its rear end sandwiched between the transport rolls 68. Therefore, the operator can check the contents of the application form 55 by flipping the tip of the application form 55 upside down.

As a result of this confirmation, if it is determined that the issuance of the slip itself is acceptable, such as a mark entry error, the operator operates the operation unit 57 to instruct to continue the slip processing (step; Y). In this case, as in the case where it is determined that the logic is the normal logic, the process proceeds to step) to perform editing processing on the read image information.

On the other hand, if an instruction is given to stop processing the application form 55 whose rear end is currently sandwiched (step;
N), go to step and stop issuing the voucher,
Only this manuscript (application form 55) is discharged.

By the way, in the editing process of the step, a process of transferring an image of a predetermined area is performed on the image information stored in the image memory 75, and slip image information suitable for the form of each slip (individual slip) is created. . And
The slip image information is sequentially output to the high-speed dot printer 53. In this manner, printing of the individual slip for each destination is performed.

When the creation of one or a plurality of individual slips corresponding to one application slip 55 is completed, the CPU 71 sends an instruction to the reading device 52 to perform stamping and discharge of the application slip 55 for which conveyance has been stopped. (Step).

Thereafter, the CPU 71 checks whether or not the next application form 55 is set in the supply tray 56 of the reading device 52 (step), and if it is set, proceeds to step (Y) and executes a slip issuing process for this. I do. The processing of the application form 55 is started without pressing the start key in a normal state where no problem occurs in each step, and the application form 55 is automatically processed without the intervention of an operator. This is to allow for more efficient processing. When the processing of all the application slips 55 set in the reading device 52 is completed (Step; N), the reading process by the reading device 52 is completed.

In the embodiment described above, the application form 55 is checked in steps and in FIG. 7, and if it is not correct, the stamp is not pressed. However, other items are checked to determine whether the stamp can be pressed. It may be determined. Further, in the embodiment, when the processing of the application form 55 is correctly performed, a stamp having a ring shape is pressed, but a stamp of another shape may be pressed, or a date or a name of a person handling the reader. May be stamped.

In the embodiment described above, there is a problem in that, when a wrong entry or setting of an application form is made, the stamp is not pressed on the application form and the application form is stopped in the reading device without discharging the application form. There is an advantage that the application form can be easily distinguished from other application forms, and correction and the like can be performed quickly.

[Effects of the Invention] As described above, according to the present invention, it is determined whether or not specific information such as marks and characters exist in regular logic, and a stamp is pressed. Therefore, there is an advantage that labor and time required for checking can be saved. According to the present invention,
Form type discriminating means for reading the information at a predetermined position on the input form and discriminating the type of the input form was prepared.
Even when the appearances of the input forms are similar, the device side can determine the type of the form without manual intervention, and the logical discrimination means can accurately perform the logical determination for each form. There is also an effect that it becomes.

[Brief description of the drawings]

1 to 7 are views for explaining one embodiment of the present invention, in which FIG. 1 is a perspective view showing an appearance of a slip issuing device, and FIG. 2 is a schematic diagram showing a reading device. FIG. 3 is a block diagram showing an outline of a circuit configuration of the slip issuing device, FIG. 4 is a plan view showing a part of an application slip, and FIG.
The figure is a partial cross-sectional view showing the stamp imprinting mechanism arranged in the reading device and its periphery, FIG. 6 is a plan view of an application form stamped with a stamp, and FIG. 7 shows the operation flow of the reading device. FIG. 8 is a perspective view showing the appearance of the slip issuing apparatus proposed by the applicant, and FIG. 9 is a plane showing the form of a delivery slip used in the conventionally proposed slip issuing apparatus. FIG. 10 is a plan view showing an example of a gift purchase application, and FIG. 11 is a plan view showing an example of a printed out slip. 45 stamp pressing means, 52 reading device, 53 dot printer, 55 application slip, 65 one-dimensional image sensor, 71 CPU, 73 external storage device, 74 RAM, 75…
… Image memory, 83… Application number field, 84… Start mark field, 85… End mark field, 86… Same as above mark field, 87… Cancellation mark field, 88… Page end mark Column, 89 ... alignment mark, 91 ... solenoid,
99 …… Stamp, 108 …… Mark.

 ────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Masahito Kawai 1275 Iwatsuki, Iwatsuki City, Saitama Prefecture Inside Fujiwa Rocks Iwatsuki Office (56) References JP-A-59-128666 (JP, A) JP-A-63 -24380 (JP, A) JP-A-58-101369 (JP, A) JP-A-63-14293 (JP, A)

Claims (1)

(57) [Claims] A reading means for reading image information on an input form serving as a basis of a slip; an image information storing means for storing image information read by the reading means; and an image stored in the image information storing means. Mark position existence determining means for determining whether the surface and the arrangement direction of the input form are correct based on whether the mark entered at a predetermined place in the information is correct at that position, and a predetermined position on the input form A form type discriminating means for reading the information of the input position and discriminating the type of the input form; and a form type discriminating means when the mark position existence discriminating means determines that the surface and arrangement direction of the input form are correct. Whether specific information among the image information stored in the image information storage means conforms to a predetermined logic based on the type of the form Logic matching determining means for determining whether or not the logical matching determining means conforms to a predetermined logic; and stamp pressing means for pressing a stamp on the input form that has been read by the reading means. A slip issuing device comprising: