JP5195167B2 - Selective collation product processing apparatus and selective collation product processing method - Google Patents

Description

  In the present invention, one or more sheets are appropriately selected and collated from sheets such as catalogs, booklets, and other printed paper sheets to create one set sheet, and further, the set sheet is a plurality of sets. The present invention relates to a selective collation product processing apparatus and method for creating a sheet product and packaging, binding, binding or binding the assembled sheet product together for each predetermined customer group.

  For example, in the case of commercial prints such as booklets, forms, catalogs, postcards, and other printed paper sheets, one or more catalogs, booklets, and other printed paper sheets are appropriately collated according to customer instructions. The products are bundled by means such as packaging and shipped to a customer designated in advance.

  As such an apparatus, there has conventionally been a sheet selection collation and a film wrapping apparatus.

  This sheet selection collation and film wrapping apparatus is based on a predetermined collation selection condition, and uses one or more types of catalogs (or booklets or other print sheets) by a collation means. Select one or more types of sheet groups to be collated, and sequentially collate a plurality of sheets taken out one by one from the group to create one set of sheets. An assembled sheet product in which the sheet is wrapped with a wrapping film by a film wrapping means is produced. Here, the selection collation condition is based on conditions designated by the customer. Based on this information, the collation means is controlled to operate, so that the assembled sheet product selected and collated for each customer is created. Will be.

  By the way, the wrapping packed sheet includes a customer name (company name, various organization names, personal names, etc.), customer address, sequential number, manufacturing date and time, or contents of the sheet (sheet) corresponding to each sheet. In some cases, it is desired to wrap and attach a customer information sheet on which customer information such as the number of sheets and sheet type is printed and displayed. In this case, it is necessary to check whether or not the set sheet and the customer information sheet are correctly associated with each other.

  Therefore, the invention of Patent Document 1 discloses a technique for collating whether or not a set sheet and a customer information sheet are attached in a correctly associated state.

  That is, one or more types of sheet groups to be collated are selected from a plurality of types of sheet groups based on a predetermined collation selection condition preset for each customer, and one sheet is selected from the selected group. The sheet to be taken out one by one as a set sheet, collating means for sequentially collating the plurality of sets, group sheet conveying means for conveying each group sheet after collation, and the thickness of each group sheet after collation A set sheet thickness measuring means for measuring, a customer information sheet supply attaching means for sequentially attaching a customer information sheet prepared in advance for each customer to each set sheet after the thickness measurement, and each customer information to be attached sequentially The customer information reading means for sequentially reading the customer information displayed on the sheet and the measured thickness data and the specified thickness data derived from the read customer information A sheet selection collating apparatus comprising: collation determining means for determining match / mismatch; and a combined sheet processing means for packaging, binding, or binding each assembled sheet after the collation determination to be conveyed Further, there is disclosed a sheet selection collating apparatus that includes a rejection unit that rejects a group sheet that is determined to be inconsistent by the collation determination unit, in a stage preceding the group sheet processing unit.

Prior art documents are shown below.
Japanese Patent No. 3709756

  An assembled sheet product created by the apparatus of Patent Document 1 and packaged or bundled is normally bundled for each predetermined quantity sequentially based on a customer name and a shipping destination (shipping destination), and determined for each shipping destination. A predetermined amount is loaded on the shipping cart and shipped.

  By the way, the assembled sheets determined to be inconsistent (error) by the collation determining unit of the above apparatus are excluded as defective products outside the processing line by the rejecting unit. In some cases, a bundle that does not have a sheet product to be bundled (ie, has fallen off) may be formed. Because this “missed” assembly sheet product was determined to be defective, it was necessary to recreate a properly assembled assembly sheet product (reworked product) that had been correctly collated, and the corresponding bundle was missing. It is necessary to put the repaired product back into the position.

  However, Patent Document 1 does not disclose any solution that compensates for this “missing”.

  In addition, conventionally, as a method of compensating for this “missing-off”, a mark by a method such as a sticky note or marking is attached to a place where a “missing” due to a defective product occurs in a bundle of assembled sheet products. After re-creating a sheet product (retouched product), a method of searching for a place of a mark that should be bundled and inserting the retouched product back into the place (pinching) has been taken.

  However, since the speed at which a set sheet product is created by the apparatus of Patent Document 1 is as high as 40 to 60 sets per minute, this method can be used when there are very few defective products (2, 3 copies). Even if it is possible, when a large number of defective products are generated, it takes a lot of trouble to search for a place where the “removal” corresponding to the repaired product has occurred from among the plurality of produced bundles. There was a problem that it took.

  In addition, in order to put back the repaired product that corresponds to the found location, the relevant binding body is searched from the multiple binding bodies loaded on the shipping cart, loaded and unloaded, and the binding state is once cleared. It took time and effort to reposition the product, put it back in the product, rebind it, and then reload it to the original position on the original cart.

  Furthermore, despite the fact that the product was discharged as a defective product and “dropped out” occurred, forgetting to put in the product again and not realizing that the assembled sheet product has been “dropped out” from the bundle. There was a problem of being shipped.

  Therefore, the present invention has been made to solve these problems, and provides a solution for compensating for the “dropping off” of the bundled body due to being discharged as a defective product so that it can be efficiently prepared for shipment. To do. Furthermore, it is possible to prevent leakage of non-defective products corresponding to defective products in the bundle.

In order to achieve the above object in the present invention, first, in the invention of claim 1, a sheet group or sheet to be collated is selected from a plurality of types of sheet groups or sheets based on collation conditions preset for each customer. A sheet selection collation processing device that creates a grouped sheet product for each customer by collating and packaging while sequentially conveying on a predetermined conveying line, and binding the grouped sheet product for each predetermined quantity,
A determination means for determining whether or not the assembled sheet product is created according to the collation conditions before bundling;
A determination result recording means for recording the determination result as customer attribute information corresponding to each set sheet product;
Discharging means for discharging the defective sheet product determined as a result of determination not matching the collating condition from the conveying line;
Rewriting means for rewriting the record that does not match as the determination result of the determination result recording means to the record that matches,
A binding number is assigned to each of the bound bundles, and output means for outputting a product list in which the customer numbers corresponding to the assembled sheet products included in the bundle and the binding numbers of the bundles are output.
The product list of the assembled sheet product discharged by the discharging means is output separately from the product list that was not discharged, and the bundle number and customer number on which the discharged assembled sheet product is to be placed are displayed in the discharged product list The present invention provides a selective collation product processing apparatus characterized by the above.

  According to a second aspect of the present invention, in the sheet selection collating apparatus according to the first aspect, the customers are divided into a plurality of groups, and a set sheet product is created based on a preset production plan for each group. A selection collation product processing apparatus is provided, which includes means for permitting creation based on a production plan of another group only when records of determination results based on the production plan of a predetermined group all coincide. To do.

In the invention of claim 3 , a sheet group or sheet to be collated is selected from a plurality of types of sheet groups or sheets based on a collation condition preset for each customer and sequentially conveyed on a predetermined conveyance line. While collating and packaging while creating a group sheet product for each customer, the sheet selection collation processing method of binding the group sheet product for each predetermined quantity,
It is determined whether the assembled sheet product has been created according to the collation conditions before bundling, and the determination result is recorded as customer attribute information corresponding to each assembled sheet product. The defective sheet product determined not to match the combination condition is discharged from the conveyance line,
After the discharged faulty set sheet product re collated into sets sheet product that matches the collation condition, selected Ding Ru rewriting the recording indicating matching records that do not match as the determination result of the set sheet product In the combined product processing method,
A binding number is assigned to each bound bundle, and a product list in which the customer number corresponding to the assembled sheet product included in the bundle is associated with the binding number of the bundle is output, and the discharged defective set The selection is characterized in that the product list of the sheet product is output separately from the product list that has not been discharged, and the bundle number and customer number on which the discharged assembled sheet product is to be placed are displayed in the discharged product list A method for processing collated products is provided.

According to a fourth aspect of the present invention, in the sheet selection collating method according to the third aspect , the customers are divided into a plurality of groups, and a set sheet product is created based on a preset production plan for each group. A method for processing a selected collated product, characterized in that the creation of a production plan of another group is permitted only when all the records of the judgment results of the production plan of the predetermined group are coincident. is there.

  Since this invention is the above structure, there exist the following effects.

  In other words, even when the assembled sheet product determined to be defective is discharged, it is time-consuming to find a place where the defective product has been “dropped” out of a plurality of bundles, and to insert a repaired product. There is no need to spend.

  Further, even when a defective product is generated in the bundle, it can be reliably recreated without forgetting to create a repair product corresponding to this.

  Furthermore, even if defective products are produced in the bundles that are sequentially produced, it is time-consuming to find and unload the bundles that have been pulled out due to defective products as before, unload the bundles, re-bind, and re-load. Is no longer necessary.

  Hereinafter, embodiments of the present invention will be described in detail.

  The assembled sheet product created according to the present embodiment is selected and collated according to predetermined conditions from one sheet or a plurality of sheets or sheet groups for each member to be a customer who distributes the assembled sheet product. First, I will explain the members. As shown in FIG. 15, there are several “centers” (delivery centers) for delivering assembled sheet products for each district (prefecture), and a plurality of courses (delivery courses) are set in each center. Members will belong to one of the courses according to their place of residence. In the present embodiment, by setting collation conditions for each course and creating a set sheet product, the set sheet product can be efficiently delivered.

  Next, the selective collation product processing apparatus according to the present embodiment will be described. As shown in FIG. 6, the selected collated product processing apparatus is composed of a selected collated product processing apparatus main body 71, a control device 50 for controlling the selected collated product processing apparatus main body, and processing devices (described later) connected thereto.

  As shown in FIG. 1, FIG. 2, or FIG. 3, the selected collation product processing apparatus main body 71 is a collated sheet collating means A that collates one sheet or a plurality of sheets or sheet groups in order to create a collated sheet. A grouped sheet conveying unit B that sequentially conveys the grouped sheets after collation, a customer information sheet supply attaching unit D that sequentially supplies customer information sheets to the grouped sheet conveying unit B, and a rear side of the grouped sheet conveying unit B. An assembled sheet product packaging means F for wrapping and packaging an assembled sheet on which a customer information sheet is placed and creating an assembled sheet product, and an assembled sheet product arranged and packaged behind the assembled sheet product packaging means F It comprises a binding means G for binding a plurality of assembled sheet products while sequentially conveying the sheet.

  On the other hand, the control device 50 is composed of a control unit, a memory, a data comparison / collation means, etc. (all not shown), and is connected to the selected collation product processing device main body 71 and each processing device, that is, production via the HUB 57. A management terminal 56, a data processing server 58, a form output terminal 59, and a printer 60 are connected.

  Further, various sensors, defective product rejection means, automatic stop means and alarm means (none of which are shown) are connected.

  Next, the operation of this embodiment will be described. First, the worker sets a predetermined number of sheets or sheet groups, which will be members of the assembled sheet product to be produced, in the selected collation product processing apparatus main body 71 in advance in the sheet supply unit 1 of the collation means A before starting production. Keep it. A production instruction is issued from the production management terminal 56. That is, “select production schedule” is selected from the menu page screen of the TOP menu shown in FIG. 7, and the machine number and schedule to be produced are selected from schedule selection 1 on the next screen.

Here, the machine number indicates each machine number of the selected collation product processing apparatus main body 71 connected to the production management terminal 56. In this embodiment, three machines are connected, and the second machine has already given a production instruction. It is in production and cannot be selected. The schedule is composed of items of item names and work codes as indicated by 83 in FIG. 11, and is composed of data indicating the range of work codes for each item name. The work code is composed of a plurality of items as shown in 81, and one work code is configured to correspond one-to-one with one assembled sheet product. Then, according to the work code, the assembled sheet product is collated, bundled, loaded on the carriage, and shipped. Therefore, by specifying the work code, it is possible to track the production status, shipping status, etc. of the corresponding assembled sheet product.

  Here, the machine “No. 1” and the schedule “Aichi No. 1” are selected, and “Next” is pushed. After confirming the display contents of schedule selection 2 on the next screen and pressing “next”, it is displayed in schedule selection 3 on the next screen that data has been set as selected.

  Next, the collating process by the selected collated product processing apparatus main body 71 will be described in detail. As shown in FIG. 1, the assembled sheet collating means A includes a plurality of sheet supply units 1-1, 1 arranged in a row on which a plurality of types of sheets or sheet groups P 1, P 2, P 3,. -1, 1-3, ˜1-n, an endless gathering chain 2 that conveys the sheet in the Y direction in parallel with the sheet supply unit in the vicinity of the sheet supply unit, and the chain 2 is composed of drive rotary sprockets 2a and 2b that wind and transfer the wire 2 at both ends thereof, a plurality of sheet feeding claws 3 attached to the chain 2 at equal intervals, and a slide guide plate 4 for supporting conveyance. .

  This group sheet collating means A is based on a predetermined collation selection condition, and one or more types to be collated from sheets or sheet groups P1, P2, P3,. Select the seed, take out each sheet one by one in the X direction, place the sheet on the gathering chain 2 that moves in the Y direction, and feed it forward while pushing the trailing edge of the sheet by the feed claw 3 Then, the sheets Pk are sequentially collated as a set of assembled sheets Pm. The sheet or sheet group Pn 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.

  As shown in FIGS. 1 and 2, the assembled sheet Pm collated by the assembled sheet collating means A is carried out in the Y direction from the front end of the gathering chain 2 in the conveying direction, and is a belt conveyor system, a roller conveyor system, etc. To the grouped sheet conveying means B side.

  The assembled sheet conveying means B includes an endless chain conveyor 12 that conveys the assembled sheet Pm in the Y direction, drive rotary sprockets 12a and 12b that wind the chain conveyor 12 around both ends thereof, and transfer it. A plurality of sheet pushing claws 13 attached to the conveyor 12 and a conveyance supporting slide guide plate 14 are included. Further, a collation confirmation unit C is mounted on a path through which the assembled sheet Pm passes in the assembled sheet conveying unit B.

  As shown in FIG. 2, the customer information sheet supply / attachment means D includes a stacking unit 21 for stacking and mounting a customer information sheet Pa prepared in advance for each customer, a vacuum air adsorption method, and a claw (clamp) method. The customer information sheets Pa sent one by one (or one set) sequentially from the stacking unit 21 are conveyed in the Y direction by the assembled sheet conveying unit B by a sheet feeding unit (not shown) by a friction roll feed method or the like. And a conveyance unit 22 that sequentially supplies and attaches to the assembled sheet Pm. The conveyance unit 22 further includes customer information reading means E for reading the customer information k described in the customer information sheet Pa. Then, X is orthogonal to the conveying direction (Y direction) of the assembled sheet Pm on the assembled sheet Pm sequentially conveyed from the assembled sheet collating means A through the assembled sheet conveying means B at a timing synchronized with this conveying speed. From the direction, the corresponding customer information sheet Pa is supplied and attached, and the assembled sheet Pam to which the customer information sheet Pa is attached is conveyed and supplied to the assembled sheet processing means F.

Further, before the customer information sheet Pa is supplied and attached to the assembled sheet Pm, the customer information reading means E reads the customer information k described in the customer information sheet Pa. The customer information k read here is used for error detection described later.

  The assembled sheet processing means F binds the assembled sheet Pam and performs film wrapping packaging. It is also possible to perform binding processing such as string binding or binding processing.

  As shown in FIG. 2, the assembled sheet processing means F includes a film unwinding supply shaft portion 31 for unwinding and supplying a roll-shaped film 30 for wrapping packaging on the lower side of the assembled sheet conveying means B. The film 32 (web film) is guided upward from the lower side of the chain conveyor 12 of the conveying means B through the lower side of the film guide 33 and further guided to the upper side of the guide roll 34. On the other hand, the assembled sheet Pam is merged and placed on the long wrapping film 32 on the upper side of the guide roll 34 by the conveying means B, and is conveyed in the Y direction. Further, in the Y direction, an oblique guide plate 36 (or an oblique guide bar) and a film folding guide 38 are provided, and the wrapping film 32 is gradually oriented in the same direction along the oblique guide plate 36 at both ends in the width direction. The sheet is folded and introduced into the infeed roll 37 (restraining roll) and the film folding guide 38 while being wrapped, packed and packed, and overlapped with each other. As shown in FIG. 4, the wrapping film 32 has its both end portions 32d and 32e gradually folded at the folds 32b and 32c along the oblique guide plates 36 and 36 on both sides, as shown in FIG. 32e is overlapped with each other with a width L (for example, 10 mm to 20 mm), and the assembled sheet Pam is wrapped and packed.

  Further, in the Y direction of the film feeding from the film folding guide 38, an outfeed roll 39 for feeding the film, a heating roll 40 for vertical sealing for sealing and sealing the overlapping ends of the film 32, and a restraining roll 41 And a sealing bar 42 for transverse sealing provided in the X direction orthogonal to the Y direction, and the overlapping inner surfaces of both ends are heat-sealed by the heating roll unit 40, and the vertical sealing part S1 (for example, seal width 5 mm to 10 mm) And is further heat-sealed by a transverse seal heating seal bar 42 provided in the X direction on the downstream side to form a transverse seal portion S2 (for example, a seal width of less than 1 mm or 1 to 5 mm). Further, the film 32 is cut by the heat seal bar 42.

  As a result, as shown in FIG. 5, the assembled sheet Pam is packaged, and the assembled sheet product (wrapping film) is individually packaged by the transverse seal portions S2 and S2 in the X direction orthogonal to the longitudinal seal portion S1 in the film feeding Y direction. A package (f) is created.

  By the way, the assembled sheet collating means A, the assembled sheet conveying means B, and the assembled sheet processing means F are provided with various sensors at each of a plurality of locations, and there is a misalignment (feed error, folding / bending, etc.), lapping. When a defect such as a defect or a form defect is detected, the conveyance is stopped and the defect is corrected on the conveyance line, or the defect is discharged from the conveyance line and corrected separately. The collation confirmation means C is one of the sensors, and is used to collate and detect the assembled sheet Pm after completion of a predetermined collation, and the thickness of the assembled sheet Pm that is sequentially collated and conveyed is measured. The customer information k displayed on the customer information sheet Pa corresponding to the measurement is read and compared with the pre-stored prescribed thickness data to determine and detect whether or not the data has been correctly collated. . When it is determined that the normal collation (normal setting) is made, the data is conveyed to the packaging processing step downstream of the conveyance line as it is, and data indicating that it has been correctly produced from the selected collation processing apparatus main body 71 is sent to the production management terminal 56. As shown in FIG. 11, the production status of the work code corresponding to this set sheet Pm is recorded as “normal” in the production management terminal 56 as shown in FIG.

On the other hand, when it is determined that there is an abnormal collation (abnormal setting), the reject means (not shown) ejects it as a defective product from the transport line and confirms that it has not been correctly produced from the selected collating apparatus main body 71. The indicated data is output to the production management terminal 56, and the production state of the corresponding work code is recorded as “abnormal”. Even if it is determined that there is an abnormal collation here, the conveyance line does not stop and production of the assembled sheet product is continued.

  Then, the assembled sheet Pm determined to be “normal” is made into an assembled sheet product (wrapping film package) f by the assembled sheet processing means F, and is conveyed to the bundling means G downstream of the conveying line. In this binding means G, the stacked sheet product f conveyed by the stacker 61 is stacked in a predetermined number of copies (for example, 10 copies may be changed according to the quantity of leaflets to be collated), and the conveyor 61 , 62 and the bundle turn unit 63 rotate the stacked assembled sheet product f by 90 ° and transport it further downstream. The bundle wrapper 64 ties it with a heat-shrinkable band film and passes through the shrink tunnel 65. The band film is then heat-shrinked and bound. The bundled sheet product f that has been bound is then normally discharged from the conveyance line, and after an operator enters the number in the binding order, the bundled sheet product f is sequentially loaded onto the shipping cart 66 at the most downstream position.

  As shown in FIG. 14, the carriage 66 has a structure in which wheels are attached to the bottom side so that it can be easily moved, and the side surface is surrounded by a metal frame, and the assembled sheet product f is in order from the bottom as shown in FIG. After being placed in two rows and placed so that both rows have the same height, they are fixed by a load collapse prevention band as shown in (a). A management slip shown in FIG. 12 is affixed to the cart 66. This management slip includes the name of the delivery center corresponding to the group sheet product to be shipped, the shipping date, the course to be delivered and the bundled quantity corresponding to the course (the quantity of the bundled sheet product bundled) and this quantity. The binding number corresponding to is displayed. The delivery person can deliver as determined in advance by referring to the management slip attached to the carriage.

  By the way, since the production of the assembled sheet product is continued without stopping as described above, the conveyance line is determined to be “abnormal” in the bundle of the assembled sheet product f stacked on the carriage 66 and conveyed. The assembled sheet Pm discharged from the line is missing. Therefore, it is necessary to recreate the missing assembled sheet Pm. Therefore, the abnormally discharged assembled sheet Pm is re-created in a normal collation according to a predetermined specification, and the production management terminal 56 is operated as follows.

  That is, as shown in FIG. 8, “BCR rework product registration” is selected from the TOP menu of the production management terminal 56, and the reason for the defect, in this case, the wrapping defect is selected from the BCR rework product registration 1 screen, and the next screen, BCR rework is selected. Proceed to product registration 2. Then, using the barcode reader (BCR) of the production management terminal 56 according to the display content of the screen, the barcode (work code) displayed on the customer information sheet of the revised assembled sheet Pm is read. When it is confirmed that the read bar code (work code) is correctly displayed, the process proceeds to the next screen, BCR rework product registration 3, where the display content is confirmed and the update button is pushed. Then, the next screen, BCR rework product registration 4 is displayed and the registration is completed. At this time, as indicated by 82 in FIG. 11, “Recovered” is recorded in the revised state of the production history of the corresponding work code. All of the discharged assembled sheets Pm are reworked, and such BCR rework product registration is repeated. By doing so, the reworked state corresponding to all work codes in which the production state of the production history 82 is recorded as “abnormal” can be set to “recovered”.

  When all the reworking is completed, as shown in FIG. 9, “Retouching list output” is selected from the TOP menu of the production management terminal 56, and from the reworking list output 1 screen, the item to be output as a list is selected. Here, Aichi No. 1 is selected, the next screen is advanced to the rework list output 2, the display content on the screen is confirmed, and the output button is pressed. Then, the printed output is printed out. In this printed output, a cart No., a binding No., a course number, and a member No. on which the assembled sheet Pm that has been discharged (missed) is placed are displayed.

  Then, the reworked assembled sheet Pm displayed on the printed output product, that is, the refurbished product is loaded on the bundled product loaded on the cart of the displayed cart No. together with the printed output product. By doing in this way, when unloading a bundle from a cart at a predetermined delivery destination, it is possible to correctly unload a repaired product that has fallen out of the bundle with reference to the printed output. Details will be described later.

  Next, when the production according to the selected production schedule is completed, a production termination operation is performed from the production management terminal 56. That is, as shown in FIG. 10, “take production log” is selected from the TOP menu, and the next screen, the production log take-in 1 is selected, for example “No. 2, Gifu No. 3”. Then, confirm the contents displayed on the next screen, production log capture 2 screen, and press the Next button. Then, referring to the production history 82 shown in FIG. 11, if there is something that is recorded as “abnormal” in the production state but there is no record of “recovered” in the reworked state, the production log is captured. As shown in the screen display 3 of FIG. At this time, by clicking the member number according to the screen display of the production log capture 3, BCR rework product registrations 2, 3, 4 (both in FIG. 8) are sequentially performed, and rework list output 1, 2, 3 4 (both in FIG. 9), it is possible to proceed to production log capture 4.

  On the other hand, when the next button is pushed on the production log capture 2 screen, if all the repaired states corresponding to the production state “abnormal” in the production history 82 shown in FIG. As shown in the screen display of log capture 4, the determination is OK, and the production is completed as displayed on the next screen, production log capture 5.

  By performing such an end-of-production operation, if there is something that has not been recreated normally even though the production status is `` abnormal '', this can be easily understood, so there is no rework leak Can be surely prevented. In addition, since the next production schedule can be selected (production can be started) only when the assembled sheet products corresponding to the selected production schedule are all non-defective, the product must be reworked without fail. Can do.

It is a top view which shows a part of selection collation product processing apparatus which is embodiment of this invention. It is a top view which shows a part of selection collation product processing apparatus which is embodiment of this invention. It is a top view which shows a part of selection collation product processing apparatus which is embodiment of this invention. It is a perspective view which shows the film wrapping packaging process in embodiment of this invention. It is a perspective view of the assembled sheet product by which the film wrapping packaging process by embodiment of this invention was carried out. It is a block diagram which shows the outline | summary of the selection collation product processing apparatus which is embodiment of this invention. It is a figure which shows the screen transition of the production management terminal in embodiment of this invention. It is a figure which shows the screen transition of the production management terminal in embodiment of this invention. It is a figure which shows the screen transition of the production management terminal in embodiment of this invention. It is a figure which shows the screen transition of the production management terminal in embodiment of this invention. It is a table | surface which shows the data structure in embodiment of this invention. It is a figure which shows the management slip in embodiment of this invention. It is a figure which shows the management slip in embodiment of this invention. It is a figure which shows the trolley | bogie for shipment in embodiment of this invention. It is a figure which shows the relationship between the member (customer) and district etc. in embodiment of this invention.

Explanation of symbols

A ... Assembly sheet collating means B ... Assembly sheet conveying means C ... Collation confirmation means D ... Customer information sheet supply attachment means E ... Customer information reading means F ... Assembly sheet processing means G ... Bundling means f ... Assembly sheet product (wrapping) Film package)
DESCRIPTION OF SYMBOLS 50 ... Control apparatus 56 ... Production management terminal 57 ... Rejecting means 58 ... Data processing server 59 ... Form output terminal 60 ... Printer 66 ... Delivery cart

Claims (4)

For each customer, select a group of sheets or sheets to be collated from a plurality of types of sheets or sheets based on a collation condition set in advance for each customer, collate and package them while sequentially transporting them on a predetermined conveyance line. A sheet selection collating apparatus for creating a set sheet product and binding the set sheet product every predetermined quantity,
A determination means for determining whether or not the assembled sheet product is created according to the collation conditions before bundling;
A determination result recording means for recording the determination result as customer attribute information corresponding to each set sheet product;
Discharging means for discharging the defective sheet product determined as a result of determination not matching the collating condition from the conveying line;
Rewriting means for rewriting the record that does not match as the determination result of the determination result recording means to the record that matches,
A binding number is assigned to each of the bound bundles, and output means for outputting a product list in which the customer numbers corresponding to the assembled sheet products included in the bundle and the binding numbers of the bundles are output.
The product list of the assembled sheet product discharged by the discharging means is output separately from the product list that was not discharged, and the bundle number and customer number on which the discharged assembled sheet product is to be placed are displayed in the discharged product list A selective collation product processing device characterized by that.   2. The selective collation product processing apparatus according to claim 1, wherein the customers are divided into a plurality of groups, and a set sheet product is created based on a preset production plan for each group. A selection collation product processing apparatus, comprising: means for permitting creation by a production plan of another group only when all the records of the determination results of the items match. For each customer, select a group of sheets or sheets to be collated from a plurality of types of sheets or sheets based on a collation condition set in advance for each customer, collate and package them while sequentially transporting them on a predetermined conveyance line. A sheet selection collation method for creating a set sheet product and bundling the set sheet product for each predetermined quantity,
It is determined whether the assembled sheet product has been created according to the collation conditions before bundling, and the determination result is recorded as customer attribute information corresponding to each assembled sheet product. The defective sheet product determined not to match the combination condition is discharged from the conveyance line,
After the discharged faulty set sheet product re collated into sets sheet product that matches the collation condition, selected Ding Ru rewriting the recording indicating matching records that do not match as the determination result of the set sheet product In the combined product processing method,
A binding number is assigned to each bound bundle, and a product list in which the customer number corresponding to the assembled sheet product included in the bundle is associated with the binding number of the bundle is output, and the discharged defective set The selection is characterized in that the product list of the sheet product is output separately from the product list that has not been discharged, and the bundle number and customer number on which the discharged assembled sheet product is to be placed are displayed in the discharged product list Collation product processing method. 4. The selective collation product processing method according to claim 3, wherein the customers are divided into a plurality of groups, and a set sheet product is created based on a preset production plan for each group. A method for processing a selected collated product, wherein creation of another group according to a production plan is permitted only when the records of the determination results by all match.

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