JP3709756B2 - Sheet selection collation processing apparatus and sheet selection collation processing method - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
In the present invention, a plurality of sets of sheets, such as catalogs, booklets, and other printed paper sheets, are appropriately selected and collated so that one to a plurality of predetermined sheets are set as a set of sheets. A sheet selection collating apparatus for forming a grouped sheet and packaging, binding, binding and binding together for each designated sheet for each designated customer Regarding the system.
[0002]
[Prior art]
For example, for commercial prints such as catalogs, booklets, and other printed paper sheets, one or more sheets of catalogs, booklets, other printed paper sheets, etc., as appropriate, as a set according to instructions from the customer Packaged and shipped to the designated customer.
[0003]
Thus, after collating a set of printed matter (sheets) designated by the customer as a set sheet and packaging it together, for example, as an apparatus for sending out to the customer without fail, Conventionally, there is a sheet selection collation and a film wrapping apparatus.
[0004]
The sheet selection collation and film wrapping apparatus is based on a predetermined collation selection condition by the collation means, and includes a plurality of types of sheet groups such as one type to a plurality of types of catalogs (or booklets and other printing sheets). 1 to a plurality of types of sheet groups to be collated are selected, and a plurality of sheets taken out one by one from the group are collated, and the plurality of sets are collated.
[0005]
Then, the collated sheet sheets are grouped together for each group by film wrapping means, and are formed into a film pouch (for example, a transparent pouch) by using a long winding wrapping film (roll film). Packaged and shipped.
[0006]
The conventional sheet selection collation and film wrapping apparatus stores the selected collation information as specified by the customer in the collation operation sequence program memory section of the collation control section that controls the collation means as selection data. Based on the selected data, the collation means is controlled to operate, and one or more types to be collated from among a plurality of types of sheet groups such as one to a plurality of types of catalogs (or booklets and other printing sheets). Select a group of sheets, collate multiple sheets taken out one by one from the group as a set of sheets in order to form multiple sets of set sheets, and collate Each formed set sheet is wrapped by a set by a film wrapping apparatus in the subsequent stage and wrapped in a pouch.
[0007]
[Problems to be solved by the invention]
By the way, for each grouped sheet wrapped using the sheet selection collation and film wrapping apparatus as described above, the customer name (company name, various organization names, personal names, etc.) and customer corresponding to each grouped sheet There are cases where it is desired to wrap and attach a customer information sheet on which customer information such as an address, a sequential number, a manufacturing date and time, or a sheet content (number of sheets, sheet type) is printed and displayed.
[0008]
When the customer information sheet is attached to each set sheet and packaged, whether the customer information sheet is attached to the set sheet in a state where the customer information sheet and the set sheet are compatible with each other. It is necessary to check and inspect each group sheet, and it is necessary to manage that the customer information sheet is attached to the group sheet with a correct correspondence.
[0009]
The present invention prints and displays customer information such as a customer name (company name, various organization names, personal names, etc.), a customer address, a sequential number, a manufacturing date, or a group sheet content (number of sheets, sheet type). After each sheet is attached to each grouped sheet, when each grouped sheet is packaged, bundled, or bound for each group, the customer information sheet and the grouped sheet are attached in a state in which they correspond to each other. Whether the customer information sheet is definitely attached to the group sheet with the correct correspondence relationship is checked for each group sheet.
[0010]
[Means for Solving the Problems]
The invention according to claim 1 of the present invention selects one or more types of sheet groups to be collated from among a plurality of types of sheet groups based on predetermined collation selection conditions preset for each customer, A sheet that is taken out from the selected group one by one as a set sheet, a collating unit that sequentially collates the plurality of sets, a group sheet conveying unit that conveys each grouped sheet after collation, A set sheet thickness measuring means for measuring the thickness of each set sheet after joining, and a customer information sheet supply attaching means for sequentially attaching customer information sheets prepared in advance for each customer to each set sheet after the thickness measurement; The customer information reading means for sequentially reading the customer information displayed on each of the customer information sheets attached sequentially, the measured thickness data measured and the specified thickness data derived from the read customer information. And a collating / determining means for judging whether both thickness data match or not, and a sheet-sheet processing means for packaging, binding, or binding the respective assembled sheets after the collating determination to be conveyed. This is a selective collation processing device.
[0011]
Next, the invention according to claim 2 of the present invention is the sheet selection collating apparatus according to claim 1 of the present invention, wherein the reject means for rejecting the set sheet determined to be inconsistent by the collation determining means is the set sheet. It is a sheet selection collating apparatus provided in the front stage of the processing means.
[0012]
Next, the invention according to claim 3 of the present invention is the sheet selection collating apparatus according to claim 1 or 2, wherein each customer information displayed on each customer information sheet is a barcode. A sheet selection collating apparatus that is a one-dimensional reading code or a pattern two-dimensional reading code.
[0013]
Next, the invention according to claim 4 of the present invention is the sheet selection collating apparatus according to any of claims 1 to 3, wherein the sheet is a sheet such as a postcard, a catalog, a product advertisement sheet, Or it is the sheet-like booklet which bound those sheets, and the said sheet group is a sheet selection collation processing apparatus which is the accumulation group of the said sheet-like booklet and sheets.
[0014]
Next, in the invention according to claim 5 of the present invention, the collation means controlled based on a predetermined collation selection condition set in advance for each customer is to collate from a plurality of types of sheet groups. Select a sheet group of multiple types, and collate the plurality of sets sequentially as a set of sheets to be taken out one by one from the selected group. While transporting each set sheet, the set sheet thickness measuring means sequentially measures the thickness of each set sheet after collation, and the customer information sheet supply / attachment means corresponds to each set sheet after thickness measurement for each customer. A customer information sheet prepared in advance is attached, and customer information displayed on the customer information sheet attached is read by customer information reading means, and the measured thickness data measured by the collating judgment means and Read After matching the specified thickness data derived from the customer information and determining whether the thickness data match or not, the sheet processing means sequentially wraps, binds or binds each paired sheet that has been checked by the sheet processing means. Sheet selection collation processing characterized by attaching Method It is.
[0015]
Next, the invention according to claim 6 of the present invention is the sheet selection collation processing system according to claim 5 of the present invention, wherein the set sheet determined to be inconsistent by the collation determining means is placed before the set sheet processing means. Sheet selection collation to be rejected by the provided rejection means Method It is.
[0016]
Next, the invention according to claim 7 of the present invention is the sheet selection collating system according to claim 5 or 6, wherein each customer information displayed on each customer information sheet is a barcode. Sheet selection collation that is one-dimensional reading code or pattern-based two-dimensional reading code Method It is.
[0017]
Next, the invention according to claim 8 of the present invention is the sheet selection collating system according to any of claims 5 to 7, wherein the sheet is a sheet such as a postcard, a catalog, a product advertisement sheet, Or it is the sheet-like booklet which bound these sheets, and the said sheet group is the sheet | seat selection collation processing method which is the accumulation group of the said sheet | seat.
[0018]
DETAILED DESCRIPTION OF THE INVENTION
The sheet selection collating apparatus according to the first aspect of the present invention will be described in detail below according to the embodiment.
[0019]
FIG. 1 illustrates a collating means A that sequentially collates, an assembled sheet conveying means B that conveys each assembled sheet after collation, and measures the thickness of each assembled sheet after collating FIG. 2 is a plan view of the assembled sheet thickness measuring means C. FIG. 2 is a customer information sheet supply attaching means D for sequentially attaching customer information sheets arranged at the subsequent stage of the assembled sheet thickness measuring means C, and each of the customer information attached sequentially. It is a top view of the customer information reading means E which reads each customer information currently displayed on the sheet | seat sequentially.
[0020]
The collating means A includes a plurality of sheet supply units 1-1, 1-2, 1-3, which are arranged at equal intervals in a row on which a plurality of types of sheet groups P1, P2, P3, to Pn are placed. 1-n, an endless gathering chain 2 that moves the sheet in the Y direction in close proximity to the sheet supply unit and parallel to the supply unit arrangement direction, and winds the chain 2 at both ends thereof The rotary sprockets 2a and 2b are rotated and transferred, a plurality of sheet feeding claws 3 attached to the chain 2 at equal intervals, and a slide guide plate 4 for supporting conveyance. The endless gathering chain 2 may be an endless conveyor belt having a plurality of sheet feeding claws 3 attached at equal intervals instead of the endless chain.
[0021]
In FIG. 1, the gathering chain 2 of the collating means A is provided one by one on both sides of the collating means A in the width direction, with one conveyance support slide guide plate 4 interposed therebetween. And one slide guide plate 4 for conveying support may be provided.
[0022]
The collation means A is provided on a supply table of a plurality of sheet supply units 1-1, 1-2, 1-3, and 1-n based on predetermined collation selection conditions set in advance for each customer. From one of the plurality of types of sheet groups P1, P2, P3, .about.Pn, one or more types of sheet groups Pk to be collated are selected, and one of the selected groups PK is selected. Sheets pk (k: one or more selected from the numbers from 1 to n) are sequentially taken out in the X direction and placed on the gathering chain 2 that moves the sheets in the Y direction. The sheet pk is conveyed forward while pushing the trailing edge of the sheet by the pushing claw 3, and the sheet pk is set as a set sheet pm, and the plurality of sets are sequentially collated. The sheet pk is, for example, a postcard, a catalog, a sheet such as a product advertisement sheet, or a sheet-like booklet in which these sheets are bound.
[0023]
As shown in FIGS. 1 and 2, the assembled sheet pm sequentially collated by the collating means A is carried out in the Y direction from the leading end of the gathering chain 2 in the conveying direction, and a belt conveyor system, a roller conveyor system, etc. To the grouped sheet conveying means B side.
[0024]
The assembled sheet conveying means B includes an endless chain conveyor 12 that conveys the assembled sheet pm in the Y direction, driving rotary sprockets 12a and 12b that wind the chain conveyor 12 around both ends thereof, and perform transfer transfer. A plurality of sheet feeding claws 13 attached to the conveyor 12 at equal intervals and a conveyance supporting slide guide plate 14 are configured. The endless chain conveyor 12 may be an endless belt conveyor in which a plurality of sheet feeding claws 13 are attached at equal intervals instead of the endless chain. The assembled sheet conveying means B may be a roller conveyor that conveys the assembled sheet pm from above and below.
[0025]
The assembled sheet thickness measuring means C is mounted on the leading end of the gathering chain 2 in the gathering chain 2 of the collating means A or on the path through which the assembled sheet pm passes in the assembled sheet conveying means B as shown in FIG. Then, the thickness of each set sheet pm that is sequentially collated by the collating means A and moves through the measurable area of the measuring means C is measured, and the measured thickness data is recorded on a recording medium (memory, It is sequentially recorded on a magnetic tape.
[0026]
The measurement method of the thickness measuring means C is not particularly limited in the present invention. For example, the laser light detection method for measuring the reflected light of the laser beam irradiated from the laser light source onto the assembled sheet pm surface. The optical system may be used, or a mechanical system using a caliper or the like, an electromagnetic system, an electric field capacity system, or the like may be used.
[0027]
As shown in FIG. 2, the customer information sheet supply / attachment means D accumulates each customer information sheet pa prepared in advance for each customer in order for each customer corresponding to each set sheet pm collated in the preceding stage. The stacking unit 21 and the sheet feeding means (not shown) provided in the stacking unit 21 by a vacuum air adsorption method, a gripping claw method, a friction roll feed method, etc. The customer information sheet pa sent out one by one is received and conveyed, and it is conveyed on each assembled sheet pm after thickness measurement conveyed in the Y direction by the assembled sheet conveying means B corresponding to the customer information sheet pa. The belt conveyor system, roller conveyor system, and chain conveyor system (push-feed system) with push-feed claws 23 at equal intervals on the endless chain. Which conveying unit 22 is provided, and the collating conveyance speed so as to correspond to each of the grouped sheets pm after collation sequentially collated and conveyed by the grouped sheet collating means A and the grouped sheet conveying and conveying means B in the preceding stage. The customer information sheet pa is supplied and attached to each assembled sheet pm after the thickness measurement at the timing synchronized with the above. Reference numerals 22a and 22b denote driving rotary sprockets that wind the endless chain of the transport unit 22.
[0028]
The supply / attachment direction of the customer information sheet pa by the customer information sheet supply / attachment means D is the X direction orthogonal to the conveyance direction (Y direction) of each set sheet pm by the set sheet transfer means B, as shown in FIG. Affix to the supply.
[0029]
Alternatively, the customer information sheet pa may be supplied and attached in parallel to the conveyance means B from above in the same direction as the conveyance Y direction of the assembled sheet pm. In parallel thereabove, the customer information sheet supply / attachment means D is arranged to supply and attach the customer information sheet pa in the same Y direction as the conveyance Y direction of each set sheet pm.
[0030]
As shown in FIG. 2, in the middle of the supply direction of the customer information sheet pa by the customer information sheet supply attachment means D, a one-dimensional reading code such as a barcode displayed on each customer information sheet pa or a two-dimensional pattern system Customer information reading means E for sequentially reading customer information k expressed using a reading code or characters, symbols, images and the like is provided.
[0031]
As the customer information reading means E, there are a photo sensor and linear CCD sensor for reading one-dimensional information such as a barcode, an area type CCD sensor for reading two-dimensional information such as a pattern system, characters, symbols and images, and an OCR reader. The information reading means E is appropriately installed corresponding to the type of information expressed on the customer information sheet pa surface.
[0032]
Each customer information sheet pa supplied by the customer information sheet supply attachment means D is read and attached to each set sheet pm which is read by the customer information reading means E and conveyed by the set sheet transfer means B. Thus, the final assembled sheet pam is formed, and further introduced into the front assembled sheet processing means F by the sheet feeding claws 13 attached to the chain conveyor 12 of the assembled sheet conveying means B at equal intervals.
[0033]
In the present invention, as the assembled sheet processing means F, as shown in FIG. 2, each of the final assembled sheets pam is a packaging processing means for packaging each final assembled sheet pam. Alternatively, the processing means F for performing the binding process may be used.
[0034]
The processing means shown as an example in FIG. 2 is a film wrapping packaging processing means F that performs wrapping packaging processing for each final assembled sheet pam.
[0035]
The film wrapping packaging processing means F shown in FIG. 2 includes, for example, a roll-shaped film 30 mainly composed of transparent or opaque synthetic resin or paper for wrapping packaging, on the lower side of the assembled sheet conveying means B. A film unwinding supply shaft portion 31 for unwinding and feeding at the same feeding speed as the conveying speed of the conveying means B is provided.
[0036]
A long strip of wrapping film 32 (web film) unwound from a roll-shaped film 30 mounted on the supply shaft portion 31 is provided below the film guide 33 from the lower side of the chain conveyor 12 of the conveying means B. It is guided upward through and further guided to the upper side of the guide roll 34.
[0037]
On the other hand, the final assembled sheets pam that are sequentially conveyed by the assembled sheet conveying means B are sequentially merged and placed on the long wrapping film 32 on the upper side of the guide roll 34 by the conveying means B. At a speed, it moves and moves in the feed Y direction.
[0038]
The guide roll 34 is provided with an oblique guide plate 36 (or an oblique guide bar) and a film folding guide 38 in the film feeding Y direction, and each of the long wrapping films 32 to be fed is a final assembled sheet thereon. Both ends of the width direction are gradually folded back in the same direction along the oblique guide plate 36 while placing the pam, and the infeed roll 37 ( The holding roll and the film folding guide 38 are introduced and overlapped with each other.
[0039]
In the present invention, one roll-shaped film 30 is arranged on the lower side of the assembled sheet conveying means B as described above, and one long strip wound out from the roll-shaped film 30 is used. While the final assembled sheet pam is placed on the wrapping film 32, another long strip of paper is unwound from another roll film 30 disposed on the upper side of the conveying means B. The wrapping film 32 may be filled and packaged while being overlapped.
[0040]
FIG. 3 is a partially enlarged perspective view illustrating a state in which the long wrapping film 32 is introduced into the film folding guide 38 while folding both end portions in the width direction in the same direction and wrapping the final assembled sheet pam. The film folding guide 38 includes a bottom plate 38a (provided if necessary), side plates 38b and 38c in the width direction, and horizontal upper plates 38d and 38e parallel to the bottom plate 38a.
[0041]
The long wrapping film 32 is formed so that both end portions 32d and 32e in the film width direction are gradually aligned in the same direction at the folds 32b and 32c along the oblique guide plates 36 and 36 on both sides in the film width direction. The film is folded, and both end portions 32d and 32e of the film are overlapped with each other with a width L (for example, 10 mm to 20 mm) to wrap and pack the final assembled sheet pam.
[0042]
In the film feeding Y direction from the film folding guide 38, the both ends of the film feeding out-feed roll 39 and the film 32 that is wrapped and sent in the final assembled sheet pam are sealed in the film feeding Y direction. A heating roll 40 for vertical sealing, a restraining roll 41 if necessary, and a seal bar 42 for transverse sealing provided in the X direction orthogonal to the film feeding Y direction (heating seal for sealing the front and rear in the feeding direction) Bar or sealing seal and heating seal bar for cutting).
[0043]
Inside the folded packaging film 32 to be fed, the final assembled sheet pam is filled and packaged in order, and the overlapping inner surfaces of both folded ends are heat-sealed by the heating roll unit 40 to form the vertical seal portion S1 (for example, seal width) 5 mm to 10 mm), and further, heat-sealed by a transverse seal heating seal bar 42 provided in the X direction on the downstream side in the film feeding direction, and a transverse seal portion S2 (for example, a seal width of less than 1 mm or 1) ~ 5mm) is formed. In addition, the film 32 is cut by the heating seal bar 42 at the same time, or in a subsequent inline process or another process.
[0044]
As a result, as shown in FIG. 4, the final assembled sheet pam is wrapped by the film 32, and the vertical seal portion S1 in the film feed Y direction and the transverse seal portions S2 and S2 in the X direction perpendicular to the front and back of the film feed direction. A wrapping film package f individually sealed and packaged is obtained.
[0045]
As described above, the apparatus of the present invention includes a set sheet thickness measuring means C for measuring the thickness of each set sheet pm after collation sequentially collated and conveyed by the collation means A, and sequentially. Corresponding to each grouped sheet pm after collation being conveyed, the customer information sheet pa attached to the customer information sheet supply / attachment means D at the timing synchronized with the collation conveyance speed is displayed on the customer information sheet pa. Customer information reading means E for reading customer information k, specified thickness data memory table storing specified thickness data relating to the set sheet pm corresponding to each customer information k, and a specification read based on a read signal of customer information k Collation determination means for comparing and collating the thickness data with the measured thickness data measured by actual measurement is provided.
[0046]
The apparatus of the present invention corresponds to each set sheet pm (the top surface of the set sheet pm) selected and collated by the collating means A and each set sheet pm (customer of the set sheet pm, destination, etc.). A customer information sheet matching confirmation device for confirming the result of forming the final set sheet pam based on the correct correspondence with the customer information sheet pa stacked and attached, so-called sheet matching state of customer information.
[0047]
FIG. 5 is a block diagram for explaining the outline of the customer information sheet matching confirmation device 50 in the device of the present invention. The confirmation device 50 includes a control unit 51 for performing data input / output control, data processing control, arithmetic control, and the like. A personal computer (or computer) that includes a unit 52 (memory), a memory table 53, a reading unit 54, a data comparison / collation unit 55, and the like, and that performs a confirmation operation using data signals from the assembled sheet thickness measurement unit C and the customer information reading unit E. .
[0048]
As shown in FIG. 5, the set sheet thickness measuring means C measures the thickness data of each set sheet pm that is sequentially collated and conveyed, while actually measuring the measured thickness data via the control unit 51. It is temporarily stored in the thickness data memory 52 in real time.
[0049]
The customer information reading means E reads the customer information k displayed on the customer information sheet pa supplied and attached by the customer information sheet supply attaching means D, and in response to a command signal from the control unit 51 based on the read signal of the customer information. The specified thickness of the set sheet corresponding to the customer from the specified thickness data memory table 53 storing the specified thickness data regarding the set sheet pm corresponding to each predetermined customer information k loaded in advance via the reading unit 54 that operates. Read data.
[0050]
Simultaneously with the reading of the prescribed thickness data, the actually measured thickness data stored in the memory 52 is read through the reading unit 54 that operates in response to a command signal from the control unit 51.
[0051]
The read specified thickness data and measured thickness data are input to the data comparison / collation means 55, and the two data are compared and collated to determine whether or not they match.
[0052]
When it is determined that they match, it is assumed that the set sheet pm and the customer information sheet pa attached thereto are compatible with each other, and the final set sheet pam is in a normal collating state (normal setting). The final assembled sheet pam is confirmed to be present, and is subjected to packaging processing such as film wrapping packaging, binding processing, or binding processing as a non-defective product by the assembled sheet processing means.
[0053]
If it is determined that there is a mismatch, the final set sheet pam is in an abnormal collating state (abnormal setting) because the set sheet pm and the customer information sheet pa attached thereto are not matched. For example, the alarm means 56 such as a buzzer or lamp lighting is operated to notify the occurrence of an abnormality, or the reject means 57 provided on the transport means B before the sheet processing means F is operated as necessary. As a defective product, it is discharged to the outside of the processing line, or after passing through the assembled sheet processing means F in a non-processed state, it is discharged as a defective product by reject means 57 provided as necessary.
[0054]
【The invention's effect】
The sheet selection collation processing apparatus and sheet selection collation processing system of the present invention includes a customer name (company name, various organization names, personal names, etc.), customer address, sequential number, production date and time, or sheet content (number of sheets). , Sheet type), etc., when customer information sheets printed and displayed are attached to each grouped sheet, and then each grouped sheet is packaged, bundled and bound for each group. When it is necessary to inspect each group sheet whether or not the group sheet is attached in a compatible state, the customer information sheet and the group sheet are attached to each other in a state in which they are compatible with each other. It is possible to quickly check in real time for each set sheet whether the customer information sheet is attached to the set sheet with the correct correspondence without fail. Rukoto can.
[0055]
In addition, when a grouped sheet with different customer name or destination (shipping destination) is packaged, bound, or bound for each group, an error occurs in the combination of the customer information sheet and the grouped sheet Can be accurately inspected and confirmed, and can greatly contribute to the quality improvement in the assembled sheets selected and collated (selective collation) and their shipping and shipping.
[Brief description of the drawings]
FIG. 1 is a plan view illustrating a selection collation apparatus (process) in an apparatus and system (process) of the present invention.
FIG. 2 is a plan view for explaining a customer information sheet supply / attachment apparatus (process) and a sheet processing apparatus (process) subsequent to a selection collation apparatus (process) in the apparatus and system (process) of the present invention.
FIG. 3 is a partially enlarged perspective view for explaining a film wrapping packaging processing apparatus (process) in the apparatus and system (process) of the present invention.
FIG. 4 is a perspective view of an assembled sheet that has been film-wrapped and packaged by the apparatus and system (process) of the present invention.
FIG. 5 is a block diagram for explaining an overview of a customer information sheet matching confirmation device in the device and system (process) of the present invention.
[Explanation of symbols]
A ... collating means B ... assembled sheet conveying means C ... assembled sheet thickness measuring means
D ... Customer information sheet supply attachment means E ... Customer information reading means
F ... Assembly sheet processing means (film wrapping packaging processing means)
P1, P2, P3, ~ Pn ... sheet group
pm ... assembly sheet pa ... customer information sheet pam ... final assembly sheet
1-1, 1-2, 1-3, ... 1-n ... sheet supply unit 2 ... gathering chain
3 ... sheet feeding claw 4 ... slide guide plate for conveyance support
12 ... Chain conveyor 13 ... Sheet feeding claw
21 ... Customer information sheet collecting unit 22 ... Conveying unit k ... Customer information
30 ... Roll-shaped film 31 ... Film unwinding supply shaft
32 ... Long wrapping film
32d, 32e ... Both ends in the film width direction 32b, 32c ... Film folds
33 ... Film guide 34 ... Guide roll
36 ... Diagonal guide plate (or oblique guide bar) 37 ... Infeed roll
38 ... Film folding guide
38a ... Bottom plate 38b, 38c ... Side plate 38a ... Bottom plate
38d, 38e ... Horizontal upper plate
39 ... Outfeed roll
40 ... heating roll for vertical seal 41 ... restraining roll
42 ... Seal bar for cross seal
S1… Vertical seal part S2… Transverse seal part
f ... Wrapping film package
50 ... Customer information sheet matching confirmation device 51 ... Control unit
52 ... Memory (memory)
53 ... Memory table 54 ... Reading unit 55 ... Data comparison / collation means
56 ... Alarm means 57 ... Reject means

Claims (8)

  Based on a predetermined collation selection condition set in advance for each customer, one or more types of sheet groups to be collated are selected from among a plurality of types of sheet groups, and one sheet is taken out from the selected group. The collating means that collates a plurality of sets sequentially as a set sheet, the assembled sheet conveying means that conveys each assembled sheet after collation, and the thickness of each assembled sheet after collating A set sheet thickness measuring means, a customer information sheet supply attaching means for sequentially attaching a customer information sheet prepared for each customer to each set sheet after thickness measurement, and each of the customer information sheets attached sequentially The customer information reading means for sequentially reading each displayed customer information, and the measured thickness data and the specified thickness data derived from the read customer information are collated to match or not match both thickness data. And determining the match determination means to, sheet selection collation processing apparatus characterized by comprising a pair sheet processing means for attaching each packaging or bundling or binding each set sheet after verification assessment to be carried.   2. The sheet selection collating apparatus according to claim 1, further comprising: a reject unit that rejects a set sheet that has been determined to be inconsistent by the collation determination unit, before the set sheet processing unit.   3. The sheet selection collating apparatus according to claim 1, wherein each customer information displayed on each customer information sheet is a one-dimensional reading code such as a bar code or a pattern two-dimensional reading code. The sheet is a sheet such as a postcard, a catalog, or a product advertisement sheet, or a sheet-like booklet in which these sheets are bound, and the sheet group is an integrated group of the sheet-like booklet or sheets. The sheet | seat selection collation processing apparatus in any one of Claims 1-3 . Select one or more types of sheet groups to be collated from among a plurality of types of sheet groups by collation means controlled based on predetermined collation selection conditions set in advance for each customer, and select them Sheets that are taken out from the group one by one are collated as a set sheet, and a plurality of sets are collated sequentially, and the assembled sheet thickness is measured while conveying each assembled sheet after collation , Sequentially measure the thickness of each assembled sheet after collation, and supply and attach a customer information sheet prepared in advance for each customer corresponding to each assembled sheet after the thickness measurement by the customer information sheet supply attachment means The customer information reading means reads the customer information displayed on the attached customer information sheet, and the collation determining means reads the measured thickness data measured and the specified thickness derived from the read customer information. The sheet is characterized by collating the data and determining whether the two thickness data match or not, and then sequentially wrapping, binding, or binding each paired sheet conveyed after the collation determination by the sheet processing means. Selection collation processing method . 6. The sheet selection collating method according to claim 5 , wherein a set sheet determined to be inconsistent by the collation determining unit is rejected by a reject unit provided at a preceding stage of the set sheet processing unit. The sheet selection collating method according to claim 5 or 6, wherein each customer information displayed on each customer information sheet is a one-dimensional reading code such as a barcode or a pattern two-dimensional reading code. Said sheet is a postcard, a catalog, sheets and sheet for product advertising, or a sheet-like booklet such that Tojikon them sheets, the sheet groups, claims 5 to an integrated group of said sheet 8. The sheet selection collating method according to any one of 7 above.

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