JP2000219421A - Sealed letter forming device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate the administration of sealed letters to be formed in order while aiming at the correspondence of the flow of sealed letters to be formed to the administration information of address by providing a cutting paper supplying unit with a discrimination code giving device for giving the discrimination code for discrimination to a continuous paper sheet printed with addresses in order of address. SOLUTION: Each cutting paper supplying device 4a of a cutting paper supplying unit is provided with a discrimination code giving device 12. The discrimination code giving device 12 is formed of a discrimination code reading device 13 for reading the discrimination code of a transference hole part to be cut at the time of cutting a continuous paper sheet (b) per address unit and a discrimination code printing device 14 for outputting the new discrimination code to a paper sheet to be cut per address unit on the basis of the read code data. Printing is performed while using the invisible stale ink. A cutter unit 15 and a folding unit 16 are arranged in a paper sheet carrying direction from the discrimination code giving device 12, and furthermore, a second discrimination code reading device 17 is arranged so as to read a discrimination code of a cut paper sheet (c).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sealed letter forming apparatus for forming a sealed letter by binding or sack-binding a united sheet consisting of unit paper and cut paper in a moving sorting pocket.

[0002]

SUMMARY OF THE INVENTION Brochures and catalogs have been used in department stores, mail-order businesses, and various financial institutions to introduce new products and services to customers regularly or irregularly. Etc. are sent to the customer, and in the case where there are many destinations, catalogs and pamphlets etc. are placed in separate pockets where the transport line can be moved so that continuous creation processing can be performed. In addition to supplying unit paper such as single sheets and booklets, cut sheets prepared in advance according to the destination such as delivery slips, guide letters, invoices, etc., and destinations are sorted and pocketed. A system that can be created as a sealed letter (including those in the form of a bag) for each item has been adopted, and efficiency has been improved. However, in the above-described apparatus in which unit paper such as a pamphlet or a catalog and cutting paper such as an invoice are collectively created as a sealed letter in the moving sorting pocket as described above, the speed at which the destination is printed on the cutting paper and the supply to the sorting pocket. Because of the speed, the cutting paper whose destination is described in advance is simply supplied sequentially as described above, so that the management information on the destination such as the supply order of the cutting paper and the like, and the actual There is an inconvenience that it is difficult to cope with a flow of a sealed letter that is sequentially moved and created. In other words, it is difficult for the apparatus to determine which address information the created envelope is based on, and therefore, it is difficult to determine whether the envelope is created due to a trouble in unit paper supply. It is difficult for the equipment to automatically sort the pass / fail status of a product, or to separate a sealed letter created with some booklets removed for inspection from other appropriate sealed letters. there were. In view of the above circumstances, the present invention relates to a device for creating a sealed letter in a form in which sheets each having a destination provided in advance are provided so that correspondence between the management information concerning the destination and the flow of the created sealed letter is achieved. It is an object of the present invention to make it easier to manage sequentially created sealed letters.

[0003]

SUMMARY OF THE INVENTION The present invention has been made in consideration of the above problems, and has a plurality of sorting pockets which are sequentially transferred in an aligned state. A transport line for receiving objects,
In the sorting pocket that moves the transport line, a unit paper supply unit that supplies the necessary paper for each destination unit paper, and in the sorting pocket that moves the transport line, continuous paper that is printed in advance in the order of destination in a continuous state. A cutting sheet supply unit for supplying cutting sheets cut in units of destinations; and a sorting unit consisting of the unit sheets of the sorting pockets and the cutting sheets for each sorting pocket moving on the transport line, or bag binding. And a database for supplying unit paper and cutting paper for each destination, and based on the database, supply timing of unit paper and cutting paper to the sorting pockets that move in the order of destination. A control unit that controls the transport line, the unit paper supply unit, the cut paper supply unit, and the collection processing unit so as to perform collating or bag binding under control. An enveloping apparatus consisting of,
An envelope creation device, characterized in that an identification code providing device that provides an identification code for classifying and identifying the continuous paper printed in the destination order for each destination unit is provided in the cut paper supply unit, This is to solve the above problem. In the present invention, the identification code providing device includes an identification code reading device that, when the continuous paper is cut in units of destination, reads an identification code that is provided in advance in a transfer hole of the continuous paper that is cut off, It is possible to use an identification code printing device that newly outputs an identification code to a sheet that is cut for each destination based on the code data read by the identification code reading device. Further, the identification code printing device is capable of printing with stealth ink, and is attached to the paper to be cut at a separation pocket position of a transport line corresponding to a paper supply position of the cutting paper supply unit. It is possible to provide an identification code reading device for reading the identification code.

[0004]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the embodiments shown in FIGS. FIG. 1 and FIG. 2 schematically show the configuration and form of a sealed letter preparation device 1 according to the present invention. This letter-making apparatus 1 comprises a transport line 2, a unit sheet supply unit 3, a cut sheet supply unit 4, an assembly processing unit 5, an eject unit 6, a database 7, and a control unit 8, as shown in FIG. The transport line 2 has a plurality of sorting pockets 9 that are sequentially moved in an aligned state by moving a pair of transport claws protruding above the transport surface and moving in one direction. The pocket 9 moves in one direction while temporarily stopping at a plurality of positions to receive an article such as a sheet to be a collation. That is, as the sorting pockets 9 move from the upstream side in the transport direction, the sheets or the like that are sequentially or selectively supplied are stacked and move in the downstream direction. The unit paper supply unit 3 is a catalog,
Unit paper supply device 3 for supplying unit paper a such as a sheet paper such as a pamphlet or a booklet to the sorting pocket 9
a are provided side by side in the direction of the transport line. For example, a supply device 3a is divided for each type of unit paper and each is disposed along the transport line 2. In the unit paper supply unit 3, the sorting pockets are located at positions corresponding to the supply devices, so that the necessary unit papers are selectively supplied from the respective supply devices to the sorting pockets according to each destination as described later. Things.

The cut sheet supply section 4 is located downstream of the unit sheet supply section 3 in the direction of movement of the sorting pocket. The cut sheet supply unit 4 converts the continuous sheet b on which information such as the destination name related to the destination is printed in the order of the destination in a continuous state.
For example, a plurality of cut sheet supply devices 4a provided in a roll form are arranged along the transport line 2, and each of the cut sheet supply devices 4a outputs the continuous paper b fed out for each destination. Cut paper c
Into the sorting pocket 9 arriving at the corresponding location of the supply device.
To supply. The collecting section 5 is located downstream of the cutting sheet supply section 4 in the moving direction of the sorting pockets, and sorts or clears the collation made of the unit paper a and the cutting paper c transported for each sorting pocket 9. Bag binding is performed by using a simple bag body, and the collated products are put together in a state where they are sent out to the downstream side in the sorting pocket.

An eject unit 6 is located downstream of the sorting unit 5 in the sorting pocket moving direction. In the eject unit 6, when a sorting pocket 9 for which paper supply is disabled arrives, the sorting pocket 9 is removed. The collection is collected to remove the collection from the transport line 2. The database 7 records the correspondence between combinations of unit papers to be supplied in destination units and cutting papers. As shown in a table form in FIG. And a plurality of types of cutting paper c
1, c2, c3 and unit papers a1, a2,... The control unit 8 manages each of the above units, and
On the basis of, the supply timing of the unit paper and the cut paper to the sorting pocket 9 that moves in the order of the destinations can be controlled, and the transport line 2 and the unit paper supply unit 3 It controls the cut sheet supply unit 4, the collection processing unit 5, and the ejection unit 6. In this control unit 8, FIG.
As shown in FIG. 1, a display unit 10 composed of a monitor or the like indicating the operation status of each unit is connected to an input unit 11 composed of an input device such as a keyboard and capable of inputting various settings. The display unit 10, the input unit 11, and the database 7 can be integrally configured by a computer.

In each of the cut sheet supply devices 4a,
As shown in FIG. 4, an identification code providing device 12 is provided. The identification code assigning device 12 assigns an identification code to the continuous paper b printed in advance in the order of the destinations in order to classify and identify each of the destination units. As shown in FIG. A new identification code e is output at a predetermined position for each portion serving as a cutting sheet by using an identification code d previously assigned to the transfer hole. Therefore, in the identification code providing device 12, when the continuous paper b is cut in units of destination, the identification code reading device 13 reads the identification code d of the transport hole to be cut off, and the code data read by the identification code reading device 13 And an identification code printing device 14 that newly outputs the identification code e on paper cut in units of destinations based on the above. In the identification code printing device 14, the identification code e is printed with stealth ink, so that the identification code e cannot be visually confirmed so as not to impair the appearance of the cut sheet. The identification code e can be read by a device that can detect stealth ink. As shown in FIG. 4, in the cut sheet supply device 4a, the cutter unit 15 and the folding unit 16 are arranged in the sheet feeding direction from the identification code providing device 12, and as described above, Then, an identification code e is given to a portion to be a cutting sheet, and the cutting section c cuts each cutting sheet c to cut the transfer hole to obtain a cutting sheet c. The sheet is folded into a substantially Z-shape and sent to the sheet discharge position, and is supplied when the sorting pocket is located at the sheet discharge position. Further, in the cutting sheet supply section 4, a second identification code reading device 17 is arranged at a sheet supply position to read the identification code e given to the cutting sheet c using stealth ink. By reading the identification code e of the cut sheet c by the code reading device 17 and sending the information to the control section 8, it is determined that the cut sheet c has been supplied to the sorting pocket from the cut sheet supply device 4a that has sent the information. The control unit 8 performs management by associating the sorting pocket 9 moving toward the collective processing unit 5 with destination management information such as destination information.

As described above, since the identification code assigning device 12 is provided in the cut sheet supply section 4 so that the cut sheet c set for each destination can be sorted and identified, the cut sheet c is supplied to the sorting pocket 9 and By obtaining the information from the cut sheet c, the collation of each sorting pocket 9 and the sealed letter that has passed through the collection processing unit 5 can be performed on the transport line 2 while the correspondence relationship corresponding to the management information in the order of destination is managed on the device side. You can move it. By assigning an identification code to the cutting paper with stealth ink that cannot be confirmed by the human eye, the cutting paper can be used as a form for production management without the end user (recipient of the sealed letter) noticing. Therefore, there is no restriction on the design.

In the sealed letter creating apparatus 1, the unit paper a
And is provided so as to be able to detect when jamming occurs on the moving path of the cutting paper c, and to enable the jamming at the time of feeding the unit paper a to be performed by the unit paper supply unit 3. Each cutting sheet supply unit 4a of the cutting sheet supply unit 4 is provided to the unit sheet supply unit 3a so as to be able to respond to jamming at the time of feeding the cutting sheet c.
In order to be able to respond to jamming when moving on the transport line 2, it is possible to respond to jamming at the gathering processing unit 5 when collating and bag binding in various parts of the transport line 2. The jam processing unit 5 is provided with a jam sensor 18, and a jam signal from the jam sensor 18 is sent to the control unit 8. Under the control of No. 8, the sealed letter making device 1 is stopped. Further, even in the case of normally stopping the sealed letter producing device 1, the stop instruction signal is sent to the control unit 8, and the received letter is instructed to stop the sealed letter producing device 1 under the control of the control unit 8. I am trying to do it. Upon receiving the jam signal and the stop instruction signal, the control unit 8 controls the stop position of the sorting pocket 9 on the transport line 2 to be the sheet supply position of the unit sheet supply device 3a or the cut sheet supply device 4a. When the sorting pocket 9 stops at the paper supply position under the control unit 8, an appropriate supply of the unit paper a and the cut paper c at each stop position (paper supply position) and appropriate address information are made according to the address information. This makes it easy to grasp whether or not a combination of sheets is performed, and to facilitate management.

[0010] In the system using the sealed letter producing apparatus 1, the collation of the sorting pocket, which has moved to the paper supply position of the apparatus where jamming has been detected by the jam sensor 18, has a normal combination of paper. Even if it is, processing is performed assuming that there is a defect in the combination or the like, and this processing is performed at each processing location (unit paper supply device 3a, cut paper supply device 4a, collection processing unit 5, eject unit 6). In order to be able to display such an impossible state and a permissible state in which an appropriate processing operation has been performed, it is also necessary to determine whether each of the moving divided pockets 9 is in the permissible state or in the impossible state. It is something that can be displayed. As a specific example, a display device 19 is provided at a predetermined location corresponding to a position where the sorting pocket 9 stops on the transport line 2 and each device.
Is provided. The display device 19 displays a possible state as blue lighting and displays a non-performing state as red lighting. The blue light and the red light are paired, but they do not necessarily have to be paired. Only the disabled state may be lit and displayed. Further, the control unit 8 operates the display device 19 based on the jam signals input from the jam sensors 18 of the unit paper supply device 3a, the cut paper supply device 4a, the collection processing unit 5, and the ejection unit 6. Until the jam signal is no longer sent, the display unit 19 of the jamming device displays an unusable state, and the unit paper supply unit 3 or the cut sheet supply unit 4 disables the paper supply of the device. Each time the sorting pocket 9 that has passed through the position arrives at the position on the transport line 2 associated with the display device 19, an impossible state is displayed, and with the movement of the sorting pocket 9 on the transport line 2, In this case, the display of “OK” or “NO” is controlled so as to move the sorting pocket 9, that is, the unsuccessful sorting pocket without stopping the envelope creating device 1 itself. You have to be able to see. In this way, the divided pocket 9
Movement control of the display of permission / inhibition along with the movement of
The impossible state can be easily determined.

As described above, even in the case where the unit sheet supply unit 3, the cut sheet supply unit 4, the collection processing unit 5, the eject unit 6, and the like are disabled, the sealed letter preparation device 1 is not stopped. The state of continuous operation is maintained as much as possible. However, when the sorting pocket 9 which is disabled due to jamming or the like at the stage of the unit paper supply unit 3 which is upstream reaches the cut paper supply unit 4 downstream thereof,
It is uneconomical to supply cutting paper to the sorting pocket 9. Therefore, in the sealed letter producing apparatus 1, when it is determined that an unacceptable state has occurred in the unit paper supply unit 3, the destination corresponding to the sorting pocket 9 in the unacceptable state reaches the cut sheet supply unit 4. Information is sent to the control unit 8
The supply of the cutting paper c in the cutting paper supply unit 4 is stopped under the control of the control unit 8, and the sorting pocket 9 that has not been supplied with the cutting paper c passes through the collection processing unit 5. (Collating and bag binding operations are also not performed in the collection processing unit 5).
Is removed from the transport line 2. Note that the union in the sorting pocket 9 which has been made available is sent to the delivery conveyor 20 connected to the final end of the transport line 2 without being removed by the eject unit 6, and is delivered to the delivery conveyor 20. To be sent to the next process.
Further, when the state of disabling in the unit paper supply unit 3 is resolved, the control unit 8 retrieves again from the database 7 a combination of unit papers corresponding to the destination information in the order in which the unit information was previously disabled, and reads the destination information. Is started in the unit sheet supply unit 3 and the sorting pocket 9 in the enabled state is placed in the downstream cut sheet supply unit 4.
Is provided so that the supply of the cut sheet c is restarted at the point of time when the sheet has been moved. This is provided so that continuous operation of the sealed letter making device can be easily maintained.

On the other hand, the apparatus is provided so that continuous operation is maintained even if an unacceptable state occurs in the cut sheet supply unit 4. As described above, in each of the cut sheet supply devices 4a in the cut sheet supply section 4, the second identification code reader 1 is cut from the cut sheet c obtained by cutting the continuous sheet b.
7, the control unit 8 always compares the read identification code with the destination information on the database, and when the identification code matches, the state is determined to be acceptable, and the continuous paper is created. If a mismatch occurs due to an output error or the like at the time, the state is determined to be impossible. Further, a jam sensor 18 for detecting jamming as described above is disposed in the apparatus and at the sheet supply position corresponding to each of the cut sheet supply devices 4a, and the jam sensor 18 outputs a jam signal. The control unit 8 also determines that the state is not possible even when it is sent. Then, the union of the sorting pockets 9 in the disabled state is removed from the transport line 2 by the eject unit 6 without being subjected to the processing in the collection processing unit 5 as described above. Further, since it is necessary to re-create the cut sheet in the collated product to be removed, the destination information corresponding to the disallowed sorting pocket 9 is determined by the control section 8 by the control section 8 to cause the sheet discharge failure of the cut sheet supply section. It is provided so as to output a file as data, and a continuous sheet b is newly created from the output file. Thus, from the comparison with the database using the second identification code reader, and
Based on the jam signal in the apparatus or at the sheet supply position, the control unit 8 determines whether the cut sheet supply unit 4 is enabled or disabled, and responds to the sorting pocket that is disabled in the cut sheet supply unit 4. Since the destination information to be output is separately output to a file, even if the sorting pocket 9 becomes in an unusable state, the sealed letter creating device 1 can be kept operating during the work for solving the malfunction, and the normal operation state after the malfunction is solved It is possible to continuously shift to.

As described above, the jam sensor 18 is disposed at a required position in the transport line 2 so as to correspond to the sheet supply position. It detects the presence of unit paper or cut paper being sent out,
When the transport line 2 is stopped, the collation of the unit paper and the cut paper is taken out for inspection so that the sorting pocket 9 is associated with the determination of the impossibility state, and the operation of the sealed letter producing device 1 is restarted. Occasionally, the eject unit 6 removes the collated material from the transport line 2 in the same manner as the above-described countermeasure for the sorting pocket determined to be unacceptable. As described above, when the operator removes the collation for inspection or the like, the determination of the unacceptable state is made to correspond, so that the returning error by the operator can be prevented beforehand.

In the above-described embodiment, one eject unit 6 located downstream of the transport line 2 removes and collects the collated items in the sorting pocket 9 from the transport line 2 which are determined to be unacceptable. However, the present invention is not limited to this. FIG. 6 shows a main part of another embodiment. In the letter-making apparatus 1 shown in FIG. 6, a letter is used for machine adjustment of the apparatus 1 or for checking the function of the above determination. It is then removed from the transport line 2 in a state in which both the collation with cutting paper and the collation determined to be in the above-mentioned unacceptable state are distinguished from each other. In order to be able to collect, eject unit 6
The required information is sent to the control unit 8 via the identification code reading device 13 and the second identification code reading device 17 from the paper created for the machine adjustment and for the determination function check, and Under the control of the control unit 8, the union with the cut sheet is collected from the transport line 2 by a predetermined eject unit 6. In this way, the collation created for the purpose of machine adjustment or for checking the judgment function is removed from the transport line 2 while being distinguished from the collation determined to be in an unusable state during normal operation. The management of collated objects is facilitated.

The cut sheet used for machine adjustment or for checking the judging function is an identification code indicating that it is a cut sheet in which dummy destination information is previously described for machine adjustment at the time of continuous sheet form, or An identification code is provided to indicate that the sheet is a cutting sheet in which dummy destination information is written for checking a determination function of a valid state or an invalid state by the identification code reading device 13 and the second identification code reading device 17. The paper portion 21 serving as a cut paper for this purpose is arranged at the front and rear portions and between the continuous papers b as shown in FIG. In FIG. 7, (a) shows the leading portion of the continuous paper b, (b) shows the data area portion,
In (c), the end portion of the continuous paper b is shown, and the arrow X indicates the feeding direction of the continuous paper b, and in (a), (b), and (c), each frame in the continuous paper b indicates the minimum unit paper. ing. As shown in FIG. 7 (a), at the beginning of the continuous paper b, after the blank area A, the dummy paper destination information for machine adjustment is described, and the paper part 21 which becomes the cut paper continuously starts. A dummy data area B is formed, and a header area C for notifying the control section that normal data follows thereafter is continuous with the head dummy data area B. Further, a normal data area D is continuous with the header area C. ing. As shown in FIG. 7 (b), in the data area of the continuous paper b, there are a plurality of dummy data areas E in such a manner as to divide the normal data area D. 13. It is formed from the sheet portion 21 which is a cut sheet on which dummy destination information for checking the function of judging whether the state is acceptable or not by the second identification code reading device 17 is described. Fig. 7 (c)
As shown in the figure, in the end portion of the continuous paper b, there is a footer area F for notifying the control unit that the regular data has been completed. In this footer area F, dummy destination information for machine adjustment is described, and An end dummy data area G consisting of the paper portion 21 is formed and is continuous, and thereafter a blank paper area H is continuous. As described above, since the paper portion 21 as a dummy for machine adjustment and for checking the determination function is provided in the continuous paper b having the normal destination information, each of the cut paper supply devices 4a of the cut paper supply unit 4 has Therefore, it is not necessary to replace the continuous paper for the actual operation with the continuous paper for the adjustment or the dummy.

[0016]

As described above, according to the present invention,
It has a plurality of sorting pockets that are sequentially transferred in an aligned state, and a transport line that receives a collated material such as paper while moving the sorting pocket, and a sorting pocket that moves the transport line, and unit paper is transferred for each destination. A unit paper supply unit for supplying necessary paper, and a cutting paper supply unit for supplying cutting paper formed by cutting continuous paper, which has been printed in a continuous state in advance in the order of destinations, into destination pockets in a sorting pocket for moving the transport line. And a collective processing unit for collating or bag binding a collation made of the unit paper and the cut paper of the sorting pocket for each sorting pocket moving on the transport line, and the unit paper for each destination. And a database for supplying cutting paper and unit paper and cutting paper to the sorting pockets that move in the order of destination based on the database. A sealed letter preparation device comprising a control unit for controlling a feeding line, a unit sheet supply unit, a cut sheet supply unit, and a collective processing unit so as to control supply timing to perform collation or bag binding. An identification code assigning device for assigning an identification code for sorting and identifying the continuous paper thus formed for each destination unit is provided in the cut sheet supply unit. in this way,
The identification code assigning device provided in the cutting paper supply unit can sort and identify the cutting paper for each destination unit. By obtaining information from the cutting paper supplied to the sorting pocket, A device with excellent practicality, such as being able to move on the transport line while managing the correspondence corresponding to the management information in the order of destination on the compound and the sealed letter that passed through the collective processing unit on the device side. It is.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram schematically showing a configuration of an example of a letter-making apparatus according to the present invention.

FIG. 2 is an explanatory view schematically showing an example of an embodiment.

FIG. 3 is an explanatory diagram showing a database.

FIG. 4 is an explanatory diagram illustrating a cutting sheet supply device.

FIG. 5 is an explanatory diagram showing one unit serving as a cut sheet in continuous paper.

FIG. 6 is an explanatory diagram showing another embodiment.

FIG. 7 is an explanatory diagram illustrating a continuous sheet.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Envelope creation device 2 ... Conveying line 3 ... Unit paper supply part 4 ... Cutting paper supply part 5 ... Collecting processing part 6 ... Eject unit 7 ... Database 8 ... Control part 9 ... Sorting pocket 12 ... Identification code giving device 13 ... Identification Code reader 14 ... Identification code printer 17 ... Second identification code reader 18 ... Jam sensor 19 ... Display device 21 ... Paper part for checking a ... Unit paper b ... Continuous paper c ... Cutting paper d ... Identification code e …Identifying code

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Masatoshi Oka 3-20-1 Yawatacho, Fuchu-shi, Tokyo (72) Inventor Naoki Oba 3-2-24 Asahigaoka, Hino-shi, Tokyo (72) Inventor Kazuki Takayama Tokyo (72) Inventor Yasuyuki Miyata 4-15 Motomachi, Tokorozawa-shi, Saitama F-term (reference) 3E095 AA04 BA02 BA09 DA12 DA62 EA33 FA01 3F050 BB02 BB07 BC04 BD02 BD03 BD05 BE12 CE05 LB03

Claims (4)

[Claims] 1. A unit having a plurality of sorting pockets for sequentially transferring them in an aligned state, and a transport line for receiving a collation such as paper while moving the sorting pockets; and a sorting pocket for moving the transport line. A unit paper supply unit that supplies necessary paper for each destination, and a cut sheet formed by cutting continuous paper, which is printed in the order of destination in advance in a continuous state, into destination units, to a sorting pocket that moves the transport line. A cutting sheet supply unit, and for each sorting pocket that moves on the transport line, a collation unit that gathers or sorts a collation made of unit paper and cutting paper of the sorting pocket is arranged, A database for supplying unit paper and cut paper for each destination; and a sorting pocket for moving in the order of destination based on the database. A sealed letter creation device comprising a control unit for controlling a feeding line, a unit sheet supply unit, a cut sheet supply unit, and a collection processing unit so as to control supply timing of a sheet and a cut sheet to perform collating or bag binding. An envelope creation device, wherein an identification code providing device for providing an identification code for classifying and identifying the continuous paper printed in the destination order for each destination unit is provided in the cut paper supply unit. 2. An identification code reading device, comprising: an identification code reading device for reading an identification code given in advance to a transfer hole portion of the continuous paper to be cut when the continuous paper is cut by a destination unit; 2. The sealed letter creating device according to claim 1, further comprising an identification code printing device that newly outputs an identification code to a sheet cut for each destination based on the code data read by the code reading device. 3. The sealed letter creating device according to claim 1, wherein the identification code printing device performs printing with stealth ink. 4. An identification code reading device for reading an identification code attached to a sheet to be cut is provided at a sectioning pocket position of a transport line corresponding to a sheet supply position of the cutting sheet supply section. Claims 1 to 3
The sealed letter creation device according to any one of the above.