JP2019016373A - Delivery management system - Google Patents

Abstract

To provide a program capable of contributing to preventing making of a mis-gathered matter.SOLUTION: This program makes a computer execute a procedure of receiving a plurality of electronic advertisement information including advertisement identification information, delivery base identification information and delivery day information, a procedure of selecting one or more electronic advertisement information including a first delivery base identification information and a first delivery day information out of a plurality of the electronic advertisement information to generate advertisement gathering information based on the selected one or more electronic advertisement information, and a procedure of outputting the advertisement gathering information. The advertisement gathering information includes selected one or more out of the advertisement identification information, the first delivery base identification information and the first delivery day information included in the electronic advertisement information.SELECTED DRAWING: Figure 1

Description

  Embodiments described herein relate generally to a delivery management system for collated items and the like.

  A plurality of types of pre-designated ad bundles are delivered to each store such as a newspaper in a predesignated number of copies. For example, a collation machine is installed at each store, and a plurality of types of advertisement bundles delivered are set in the collation machine. The collating machine takes out advertisements one by one from the set of a plurality of types of advertisements set, collates the taken-out advertisements, and creates a collation. As a result, the designated collated items are prepared in each dealer.

  In addition, a collating machine is installed at the folding company located upstream of the dealer, and the collating machine installed at the folding company creates a collation for each dealer. A mechanism for delivering a combination is also considered.

JP 2012-86979 A

  However, if there is an erroneous delivery of an advertisement bundle to a store, an incorrect type or an incorrect number of collations are created at the store.

  In addition, even when creating a collation for each dealer on the collating machine of the folding company, if an incorrect type or an incorrect number of advertisement bundles are set on the collator, An incorrect type or an incorrect number of collations are created.

  There is a demand for a mechanism that prevents the creation of such an erroneous collation.

  An object of the present invention is to provide a program, a delivery management apparatus, and a delivery management system that can contribute to prevention of creation of an erroneous collation.

  To achieve the above object, a program according to an embodiment of the present invention includes a procedure for receiving a plurality of electronic advertisement information including advertisement identification information, delivery base identification information, and delivery date information, and the plurality of electronic advertisement information. One or more electronic advertisement information including first delivery base identification information and first delivery date information is selected, and advertisement collation processing information is generated based on the selected one or more electronic advertisement information. A program for causing a computer to execute a procedure and a procedure of outputting the advertisement collation processing information, wherein the advertisement collation processing information includes advertisement identification information included in the selected one or more electronic advertisement information, The first delivery base identification information and the first delivery date information are included.

  According to the present invention, it is possible to provide a program, a delivery management apparatus, and a delivery management system that can contribute to prevention of creation of an erroneous collation.

It is a figure which shows an example of the consignment commission system which concerns on embodiment. FIG. FIG. It is a figure which shows the outline | summary of a folding commission trust system. It is a figure which shows the outline | summary of a folding commission trust system. FIG. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the outline | summary of a folding commission trust system. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows the example of a display of the folding instruction | indication data by a collation machine. It is a figure which shows an example of a delivery advertisement address paper (collation completed advertisement address paper). FIG. It is a figure which shows an example of the example of a display of a tablet, and a delivery advertisement address paper (collation completed advertisement address paper). FIG. FIG. It is a perspective view which shows an example of the collating machine which concerns on embodiment. It is sectional drawing which shows an example of the collating machine which concerns on embodiment. It is a fragmentary sectional view showing an example of a collating machine concerning an embodiment. It is a block diagram which shows an example of the collating machine which concerns on embodiment.

  Each embodiment will be described below with reference to the drawings. In the present embodiment, advertisement and leaflet are used synonymously.

  FIG. 1 is a diagram illustrating an example of a consignment acceptance system according to the embodiment. As shown in FIG. 1, the folding commission system includes a folding data processing device S1, a folding instruction data creation device S2, a server S3, and a collation machine S4.

  The folding data processing device S1 includes a control unit S11, a storage unit S12, a communication unit S13, an input unit S14, a display unit S15, and a printing unit S16. The control unit S11 includes a processor and a memory. For example, the folding data processing device S1 can be realized by a personal computer or the like including a processor and a memory.

  The folding instruction data creation device S2 includes a control unit S21, a storage unit S22, a communication unit S23, an input unit S24, and a display unit S25. The control unit S21 includes a processor and a memory. The folding instruction data creation device S2 can be realized by a personal computer or the like including a processor and a memory.

  The cloud server S3 includes a control unit S31, a storage unit S32, and a communication unit S33. The control unit S31 includes a processor and a memory. The cloud server S3 can be realized by a personal computer having a processor and a memory.

  The collation machine S4 includes a control unit S41, a storage unit S42, a communication unit S43, an input unit S44, a display unit S45, and a collation mechanism S46. A configuration example of the collator S4 will be described in detail later.

  FIG. 2 is a diagram for explaining an outline (part 1) of the entrustment acceptance system. As shown in FIG. 2, the folding data providing device S1 exports the folding data through the communication unit S13 (the folding data processing device S1 imports the folding data into the folding instruction data creation device S2 through the communication unit S13). . For example, insert data includes a plurality of pieces of electronic advertisement information, and each piece of electronic advertisement information includes ID (advertisement identification information), store name (delivery base information), insert date (delivery date information), sponsor name, number of sheets, flyer size. , Including the amount of money and insert instructions. Each electronic advertisement information can be identified by advertisement identification information. Insertion instruction contents include information on whether or not the advertisement is set at the top (first) (head designation information), information on whether or not the advertisement is desired as the parent paper (band), etc. (band designation) Information).

  Further, the insert data providing device S1 prints the insert advertisement addressed paper based on the insert data by the printing unit S16. For example, the first electronic notice information of the insert data includes the first ID, the store A (first delivery base identification information), the insert date 2017/3/1 (first delivery date information), the first sponsor. Assume that it includes name, 1200 copies (number of copies), 1st to 4th wards (delivery area information), and A4 size. For example, the printing unit S16 prints four insert advertisement address sheets based on the first electronic advertisement information of the insert data, and the first insert advertisement address paper has information such as a barcode, Information such as code is information indicating the first ID, store A, insertion date 2017/3/1, first sponsor name, 300 sheets, 1st to 4th wards, A4 size, and 1/4 (packing). including. Further, the second insert advertisement addressed paper has information such as a barcode, and the barcode information includes the first ID, the store A, the insertion date 2017/3/1, the first sponsor name, Information including 300 sheets, 1st to 4th wards, A4 size, and 2/4 (packaging) is included. Further, the third insert advertisement addressed paper has information such as a barcode, and the barcode information includes the first ID, the store A, the insertion date 2017/3/1, the first sponsor name, Information including 300 sheets, 1st to 4th wards, A4 size, and 3/4 (packaging) is included. Also, the fourth insert advertisement addressed paper has information such as a barcode, and the barcode information includes the first ID, the store A, the insertion date 2017/3/1, the first sponsor name, Information including 300 sheets, 1st to 4th wards, A4 size, and 4/4 (packaging) is included.

  The person in charge divides 1200 advertisements corresponding to the first electronic advertisement information into 4 packages of 400 each. Each package is provided with an insert advertisement address paper. As a result, the insert instruction data output from the insert instruction data creation device S2 and the actual product (packing of the advertisement) completely match.

  Further, the insert instruction data creating device S2 selects one or more electronic advertisement information including the same store name and the same insert date from among the plurality of electronic advertisement information included in the insert data, and the selected electronic advertisement information. Based on this, insert instruction data (advertisement collation processing information) is generated. For example, the insert instruction data creation device S2 selects one or more electronic advertisement information including the store A and the insert date 2017/3/1, and insert instruction data (advertisement collation processing information) based on the selected electronic advertisement information. Is generated.

  FIG. 3 is a diagram for explaining the outline (part 2) of the entrustment acceptance system. As shown in FIG. 3, the folding instruction data creation device S2 transmits the folding instruction data to the mail terminal of the store by e-mail or the like. The mail terminal of the store receives this mail and displays the insert instruction data. The sales representative can confirm the contents of the mail, that is, the contents of the insert instruction data. The mail terminal of the store transmits the result of confirmation (the presence / absence of correction and the insert instruction data of the corrected version) to the insert instruction data creating apparatus S2.

  FIG. 4 is a diagram for explaining an outline (part 3) of the folding commission acceptance system. As shown in FIG. 4, the folding instruction data creation device S2 imports the folding instruction data into the collator S4 through the communication unit S23. The folding instruction data creation device S2 and the collation machine S4 communicate with each other to import the folding instruction data from the folding instruction data creation device S2 to the collation machine S4, or the folding instruction data via the cloud server S3. Insertion instruction data may be imported from the creation device S2 to the collation machine S4. Further, the insert instruction data may be imported to the collating machine S4 through the storage medium storing the insert instruction data using a storage medium or the like.

  The collation machine S4 performs area setting based on the folding instruction data. The area setting will be described in detail later.

  Further, the display unit S45 of the collating machine S4 displays the folding instruction data. Input part S44 receives specification of a store name and an insertion date. For example, when the input unit S44 receives the designation of the store A and the insertion date 2017/3/1, the control unit S41 obtains electronic notification information corresponding to the store A and the insertion date 2017/3/1 from the insertion instruction data. The extracted electronic notice information is set as collation data.

  The input unit S44 of the collator S4 includes a communication interface for inputting (receiving) information from the barcode reader R. The bar code reader R reads a bar code attached to a package advertisement addressed paper. The control unit S41 compares the electronic public notice information included in the collation data with the barcode read data to determine whether or not they match, and the display unit S45 notifies the collation acceptance permission corresponding to the coincidence between the two. Further, the user is prompted to set the corresponding advertisement bundle in the collation machine S4. Further, the display unit S45 notifies the collation acceptance disapproval in response to the mismatch between the two, and further urges attention not to set the corresponding advertisement bundle in the collation machine S4. When the match is confirmed for all the electronic advertisement information included in the collation data, the control unit S41 permits the collation process to start. If the match is not confirmed for some of the electronic advertisement information included in the collation data, the display unit S45 requests a set of advertisement bundles that are confirmed to be further read and matched. That is, the control unit S41 determines whether an ad bundle can be accepted and whether the ad bundle is excessive or insufficient.

  FIG. 5 is a diagram for explaining an outline (part 4) of the entrustment acceptance system. As shown in FIG. 5, in the collation machine S4, when all the electronic advertisement information included in the collation data is confirmed to be matched and the start of the collation process is permitted, the collation machine mechanism S46 causes the advertisement to be displayed. The collation process is started.

  The collation machine S4 outputs the collation data (including delivery base information) to the cloud server S3 and the printer S5, and the printer S5 prints the delivery advertisement addressed paper (addressed to the collated advertisement) based on the collation data. To do. In addition, the cloud server S3 stores the collation data in the storage unit 32. FIG. 17 is a diagram illustrating an example of delivery advertisement addressed paper (collated advertisement addressed paper). For example, it is assumed that the collation data includes the first ID, the store A, the insertion date 2017/3/1, and 600 copies. For example, the printer S5 prints three delivery advertisement addressed sheets based on the collation data, and the first delivery advertisement address paper has information such as a barcode, and the barcode information is 1 information, store A, insertion date 2017/3/1, 200 parts, and 1/3 (packing) are included. Further, the second delivery advertisement addressed paper has information such as a barcode, and the barcode information includes the first ID, the store A, the insertion date 2017/3/1, 200 copies, and 2 / 3 (packaging) information is included. In addition, the third delivery advertisement addressed paper has information such as a barcode, and the barcode information includes the first ID, store A, insertion date 2017/3/1, 200 copies, and 3 / 3 (packaging) information is included.

  The person in charge divides 200 copies of the collation corresponding to the collation data into 3 packages of 200 copies. A delivery advertisement address paper is attached to each package. This completes the preparation of the actual product (packing of the collated product) corresponding to the collated data.

  The collation machine S4 transmits the collation data to the cloud server S3. The cloud server S3 receives and manages the collation data. For example, when loading a collated product onto a truck, the barcode reader R that can communicate with the tablet T reads the barcode on the delivery advertisement attached to the collated product, and transmits the read data to the cloud server S3. Therefore, it is possible to prevent leakage of the collage to the truck. The tablet T includes a processor, a memory, a display unit, a communication unit, and the like. For example, the cloud server S3 can recognize a collated product that is required under the conditions of the store A and the insertion date 2017/3/1 based on the collated data. The tablet T (barcode reader R) transmits read data to the cloud server S3 after specifying the conditions of the store A and the insertion date 2017/3/1 from the tablet T to the cloud server S3. Thereby, the cloud server S3 can determine whether the collation corresponding to the read data is a collation to be loaded based on the collation data and the conditions of the store A and the insertion date 2017/3/1. Furthermore, the cloud server S3 can also determine whether or not the collation has been loaded based on the collation data, the condition of the store A and the insertion date 2017/3/1, and the read data. The cloud server S3 transmits the determination result to the tablet T.

  Similarly, at the time of loading / unloading, it is possible to determine whether or not a collated item has been loaded / unloaded correctly or not due to the cooperation of the tablet T, the barcode reader R, and the cloud server S3.

  7-12 is a figure which shows the example of a display of folding instruction | indication data by display part S45 of collation machine S4.

  As shown in FIG. 7, the display unit S45 of the collation machine S4 displays the exported folding instruction data.

  Here, it supplements about "parent paper", "the top", and "the round." A collation made up of a plurality of advertisements becomes a collation in a state of being bundled by a designated single advertisement. An advertisement that forms a band for bundling collated items is referred to as “parent paper”. Further, the advertisement located at the top of the collated product excluding the parent paper is referred to as “top”. In addition, the maximum number of sheets constituting the collated object is determined, and the maximum number can be created in the first round. For example, if the maximum number of collated items is 20 and you want to collate 30 advertisements, 20 collated items (first collated item) and 10 collated items ( A second collation product) will be created. In this case, the collating machine S4 creates 20 collated items in the first round and creates 10 collated pieces in the second round.

  The person in charge looks at the folding instruction displayed on the display unit S45 (No. 1 and No. 4 have a parent paper request), and the No. 1 via the input unit S44 such as a touch panel. 1 or No. 4 can be designated as the parent paper (band). For example, the display unit S45 displays a guidance as to which paper feed shelf (parent paper feed shelf) of the plurality of paper feed shelves is set. The collating machine S4 collates the advertisement set on the parent paper feed shelf as the parent paper. Further, the person in charge looks at the folding instruction displayed on the display unit S45 (there is a top (first) hope in No. 2 and No. 6), and through the input unit S44 such as a touch panel, No. 2 or No. 6 can be specified at the top. For example, the display unit S45 displays a guidance as to which paper feed shelf (top paper feed shelf) among the plurality of paper feed shelves is set. The collating machine S4 collates the advertisement set on the uppermost paper feed shelf as the top.

  As shown in FIG. When there are 1900 advertisements (actual) for 1 and the total from 1st ward to the spare ward is 1900 sheets (in the case of a total number of insert requests), the control unit S41 of the collating machine S4 determines the designated number of each ward (1 ward 300 sheets, 2 wards, 400 sheets ...) are automatically allocated. That is, the control unit S41 of the collation machine S4 generates copy number information for each delivery area according to the number of copies.

  As shown in FIG. 2-No. Four advertisements (actual) are half-length advertisements of less than 1900. For example, the control unit S41 of the collating machine S4 automatically allocates the number (number of copies) of each section based on the folding data history stored in the storage unit 42 of the collating machine S4. For example, no. 2 based on the ID of advertisement No. 2. It is possible to check the insertion data history (allocation of the number of sheets in each ward) of the second advertisement. The allocation of the designated number of each section by the control unit S41 is accumulated in the storage unit 42 as a folding data history. That is, the control unit S41 of the collation machine S4 generates the number information for each delivery area according to the number of copies based on the number history information for each delivery area.

  As shown in FIG. 10, when there are a plurality of insert data histories for one advertisement ID, the display unit S45 displays the plurality of insert data histories and inserts data history from the input unit S44 such as a touch panel. Allows selection of The control unit S41 automatically allocates the number of each section based on the selected insertion data history.

  As shown in FIG. 11, when there is no insert data history, it is possible to input the number of sheets to each section from the input unit S44 such as a touch panel.

  As shown in FIG. 12, the person in charge looks at the insert instruction displayed on the display unit S45, designates the parent paper, designates the order, or selects the round (of the first and second collated items). Or any one of them). If one round is specified for a certain advertisement, one advertisement is incorporated into the first collation created in the first round, and if a second round is specified for a certain advertisement, a certain advertisement is created in the second round. To be incorporated into a second collated product. When the first round is designated for the first, second, and third advertisements, and the second round is designated for the fourth, fifth, and sixth advertisements, the collation machine S4 prior to the first round of collation processing. When the information of the insert advertisement addressed paper of the first, second, and third advertisements is read, the first round collation process is started. Similarly, the collation machine S4 starts the collation process of the second round when it reads the information about the insert advertisement addressed to the fourth, fifth and sixth advertisements prior to the collation process of the second round.

  According to the present embodiment, as shown in FIG. 13, the collation machine S4 receives information such as a barcode of the insert advertisement addressed paper attached to the advertisement bundle to be collated, and receives the advertisement to be collated. The suitability of the bundle can be determined. As a result, the collation machine S4 can create a collation corresponding to the folding instruction data.

  As shown in FIG. 14, the display unit S45 of the collation machine S4 displays the insert instruction data, and the ID included in the insert instruction data and the ID obtained from the bar code of the insert advertisement addressed paper or the like. If they match, identification information indicating that they match may be displayed on the display screen of the folding instruction data.

  In addition, as shown in FIG. 15, a round can be designated on the display unit S45 of the collation machine S4 via the input unit S44 such as a touch panel.

  In addition, as shown in FIG. 16, when the first round or the second round is executed, the display unit S45 of the collation machine S4 is folded in the display part S45 of the collation machine S4 in the first round or the second round. You may make it display flyer data.

  FIG. 18 is a diagram illustrating an example of a preparation process of a collated product generated by the collating machine S4. As described above, the collation machine S4 generates a collation and transmits collation data to the tablet T. The tablet T can display an image of the delivery advertisement addressed paper (see FIG. 19) based on the collation data. In addition, the tablet T transmits the collation data to the printer S5, and the printer S5 prints a delivery advertisement addressed paper (collated advertisement addressed paper) (see FIG. 19). When the delivery addressed paper is placed on the collated product and packed, the collated product (packing) is completed.

  For example, as shown in FIG. 20, the tablet T and the cloud server S3 store information on the number of packing for each area of a predetermined insertion date of a predetermined newspaper store. As shown in FIG. 21, at the time of loading and unloading the collated items, the tablet T designates a predetermined newspaper store and a predetermined insertion date, and then barcodes the delivery addressed paper attached to the collated items. The data read by the reader R and the data read by the tablet T are collated with information narrowed down by a predetermined newspaper store and a predetermined insertion date. If the collation results do not match, a warning is displayed on the tablet T. In addition, a warning is displayed on the tablet T even when all matches cannot be confirmed. Thereby, loading and unloading of an incorrect collation can be prevented.

  In addition, as shown in FIG. 6, collation machine S4 is installed in each store (delivery base), and folding instruction data creation apparatus S2 installs the folding instruction data totaled according to the delivery base in the corresponding delivery base. You may make it transmit to collated machine S4 made. For example, the folding instruction data creation device S2 may store the identification information of the collation machine S4 installed in the store A, and transmit the folding instruction data of the store A to the collation machine S4 of the identification information of the store A. it can. The collation machine S4 of the store A can receive an advertisement bundle for the store A based on the insertion instruction data of the store A, and can generate a collation for the store A. Similarly, the insert instruction data of the store B can be transmitted to the collation machine S4 installed in the store B, and the insert instruction data of the store C can be transmitted to the collation machine S4 installed in the store C. .

  Hereinafter, the collating machine 100 as an example of the collating machine S4 will be described with reference to FIGS.

  FIG. 22 is a perspective view showing the appearance of the collating machine 100.

  22, the left front side is defined as the front side of the collating machine 100, the right hand back side is defined as the rear side of the collating machine 100, the left hand back side is defined as the left side, and the right front side is defined as the right side.

  The collating machine 100 includes a support 1, a support 2, a top plate 3, a bottom plate 4, a plurality of paper feed shelves 5, a plurality of paper feed shelves 6, a paper feed shelf 7, a hopper 8, an upper panel 9, and a lower panel 10. A plurality of main panels 11 and a touch panel 12 are included.

  The support body 1 and the support body 2 have a rectangular plate-like appearance, and the longitudinal direction of the support body 1 and the support body 2 face the vertical direction, and they face each other so as to be positioned on the left side and the right side.

  The top 3 connects the support 1 and the support 2 in the vicinity of the upper ends of the support 1 and the support 2. The bottom plate 4 connects the support 1 and the support 2 near the lower ends of the support 1 and the support 2.

  The collating machine 100 includes 11 sheet feeding shelves 5 in the present embodiment. The paper feed shelf 5 is supported by the supports 1 and 2 while being arranged in the vertical direction between the supports 1 and 2. The sheet feeding shelf 5 is loaded with sheet paper (equivalent to an advertisement or a leaflet) on its upper surface. The sheet feeding shelf 5 receives input of sheet paper from the front side.

  Although only one sheet feeding shelf 6 is shown in FIG. 22, the number is the same as the number of sheet feeding shelves 5. That is, in the present embodiment, there are 11 paper feed shelves 6. The sheet feeding shelf 6 is supported by the supports 1 and 2 while being arranged in the vertical direction between the supports 1 and 2. The sheet feeding shelf 6 stacks sheet sheets on the upper surface thereof. The paper feed shelf 6 receives the sheet paper from the rear side. Each of the paper feed shelves 6 is arranged in a horizontal direction with one of the paper feed shelves 5.

  However, the number of paper feed shelves 5 and 6 may be an arbitrary number of 3 or more. Further, at least a part of the paper feed shelves 5 and 6 may be detachable from the supports 1 and 2. Further, the number of paper feed shelves 5 and the number of paper feed shelves 6 may be different.

  The paper feed shelf 7 is arranged between the supports 1 and 2 so as to be adjacent to the lower side of the lowermost paper feed shelf 5, and is supported by the supports 1 and 2. The sheet feeding shelf 7 stacks sheet sheets used as origami on the upper surface thereof. The sheet feeding shelf 7 receives input of sheet paper from the front side. The origami refers to sheet paper that sandwiches a bundle of paper in a folded state.

  The hopper 8 is disposed between the supports 1 and 2 so as to be adjacent to the lower side of the paper feed shelf 7 and is supported by the bottom plate 4. The hopper 8 stacks the formed paper bundle on the upper surface thereof.

  The upper panel 9 is attached to the front surface of the support 1, and includes an operation switch 9a, a discharge switch 9b, and a test switch 9c. The operation switch 9a inputs instructions for starting and stopping the collating operation. The discharge switch 9b inputs an instruction to start an operation for discharging the sheet remaining in the collating machine 100. The test switch 9c inputs an instruction to start a trial collating operation. Although not shown in FIG. 22, the upper panel 9 is also attached to the rear surface of the support 1.

  The lower panel 10 is attached to the front surface of the support 1 and includes a lock switch 10a and a speed adjustment dial 10b. The lock switch 10a inputs an emergency stop instruction for collation operation. The speed adjustment dial 10b inputs a folding speed specification. Although not shown in FIG. 22, the lower panel 10 is also attached to the rear surface of the support 1. However, the lower panel 10 attached to the rear surface of the support 1 includes a power switch instead of the speed adjustment dial 10b. The power switch turns on / off the power intake from an external commercial power source.

  Although not shown in FIG. 22 because it is a shadow of the paper feed shelf 7, a discharge adjustment dial and a folding adjustment dial are provided on the front surface of the support 1. The discharge adjustment dial inputs a designation of a speed at which the formed paper bundle is discharged. The folding adjustment dial inputs a designation of a folding position when the sheet stacked on the sheet feeding shelf 7 is to be folded.

  The collating machine 100 includes one main panel 11 more than the number of paper feed shelves 5. That is, in this embodiment, there are 12 main panels 11. These twelve main panels 11 are attached to the front surface of the support 2 in a state of being lined up next to each of the paper feed shelf 5 and the paper feed shelf 7, and include a paper feed switch 11a, a miss switch 11b, a continuous switch 11c, A winding adjustment dial 11d is provided. However, the main panel 11 arranged beside the sheet feeding shelf 5 and the sheet feeding shelf 7 positioned at the uppermost part does not include the continuous switch 11c. The main panels 11 are respectively associated with the paper feed shelves 5 and 7 arranged side by side. The paper feed switch 11a and the miss switch 11b input designation of whether or not to make the associated paper feed shelf effective. The continuous switch 11c inputs designation of whether to apply the continuous function. The winding adjustment dial 11d inputs designation of the magnitude of the force applied to the sheet paper in order to send out one sheet paper from the sheet paper stacked on the associated paper feed shelf by a sending mechanism described later. Although not shown in FIG. 22, the main panel 11 is attached to the rear surface of the support 2 in association with each of the paper feed shelves 6. That is, the total number of main panels 11 provided in the collating machine 100 is 23.

  The touch panel 12 is attached to the side surface of the support 2. The touch panel 12 displays various information related to the operation of the collating machine 100. The touch panel 12 inputs various setting specifications related to the operation of the collating machine 100.

  FIG. 23 is a diagram schematically showing the structure of a mechanism provided inside the collator 100 for transporting the sheet paper S. In FIG. 23, the same elements as those of FIG. 22 are denoted by the same reference numerals, and detailed description thereof is omitted.

  The collating machine 100 includes a plurality of delivery mechanisms 21, a plurality of delivery mechanisms 22, a delivery mechanism 23, a plurality of guides 24, a plurality of vertical conveyance rollers 25, and a plurality of vertical conveyances as elements of a mechanism related to conveyance of the sheet paper S. A roller 26, a sheet folding unit 27, and a conveyance belt 28 are included.

  The delivery mechanism 21 is provided corresponding to each of the paper feed shelves 5. That is, in the present embodiment, there are 11 delivery mechanisms 21. The delivery mechanism 21 sends out the sheet sheets S stacked on the associated paper feed shelf 5 one by one.

  FIG. 24 is a partially broken view showing the specific structure of the delivery mechanism 21. FIG.

  The feeding mechanism 21 includes a main feeding roller 21a, a driven feeding roller 21b, a timing belt 21c, a separating plate 21d, conveying rollers 21e and 21f, a feeding sensor 21g, a remaining sheet sensor 21h, and a jamming sensor 21i.

  The main paper feeding roller 21a and the driven paper feeding roller 21b can be swung up and down by a bracket (not shown). The main feeding roller 21a and the driven feeding roller 21b are rotated by a driving force generated by a motor not shown in FIG. 24 and transmitted via a first electromagnetic clutch not shown in FIG. The driven paper feed roller 21b is connected to the main paper feed roller 21a by a timing belt 21c, and rotates with the rotation of the main paper feed roller 21a. An electromagnetic brake (not shown in FIG. 24) is attached to the main feed roller 21a.

  The separating plate 21d is disposed below the main feed roller 21a and is pressed against the peripheral surface of the main feed roller 21a. The facing plate 21d is made of, for example, a rubber material, and gives a large frictional force to the sheet paper S. As a result, the separating plate 21d stops the lower one of the plurality of sheet sheets S inserted between the main feeding roller 21a and only the uppermost sheet is the main feeding roller. It is sent out by 21a.

  The transport rollers 21e and 21f are arranged to face each other so that their peripheral surfaces are in contact with each other. Further, the transport rollers 21e and 21f are arranged on the main feed roller 21a so that the sheet paper S sent out from the paper feed shelf 5 by the main feed roller 21a enters between the transport roller 21e and the transport roller 21f. Adjacent to each other. The transport rollers 21e and 21f send the sheet paper S fed by the main feeding roller 21a toward the guide 24.

  The transport rollers 21e and 21f are rotated by a driving force generated by the above-described motor and transmitted via a second electromagnetic clutch not shown in FIG.

  The paper feed sensor 21g includes an actuator 21g-1 and a micro switch 21g-2. The actuator 21g-1 is pushed down by the sheet paper S that has entered between the conveyance roller 21e and the conveyance roller 21f. The micro switch 21g-2 is turned on by the actuator 21g-1 pushed down as described above. Thus, the paper feed sensor 21g detects that the sheet paper S exists between the transport roller 21e and the transport roller 21f.

  The remaining sheet sensor 21 h detects the sheet sheets S stacked on the sheet feeding shelf 5. As the remaining paper sensor 21h, for example, a reflective optical sensor is used. Therefore, when the remaining sheet sensor 21 h cannot detect the sheet sheet S, it can be determined that the sheet sheet S is not properly stacked on the sheet feeding shelf 5.

  The jamming sensor 21i detects the sheet paper S sent out by the transport rollers 21e and 21f. Accordingly, if the jamming sensor 21i continues to detect the sheet paper S even after a certain amount of time has passed since the feeding of the sheet paper S by the transport rollers 21e and 21f is started, it is determined that jamming has occurred. it can.

  As shown in FIG. 23, the feeding mechanism 22 is provided corresponding to each of the paper feed shelves 6. That is, in the present embodiment, there are 11 delivery mechanisms 22. The delivery mechanism 22 sends out the sheet paper S stacked on the associated paper feed shelf 6 one by one. Since the structure of the delivery mechanism 22 is the same as that of the delivery mechanism 21, its illustration and description are omitted.

  The delivery mechanism 23 is provided corresponding to the paper feed shelf 7. The sending mechanism 23 sends out the sheet sheets S stacked on the sheet feeding shelf 7 one by one. Since the structure of the delivery mechanism 23 is the same as that of the delivery mechanism 21, its illustration and description are omitted.

  One guide 24 is provided corresponding to each delivery mechanism 21, 22. That is, in this embodiment, there are 11 guides 24. The guides 24 are arranged in a line in the vertical direction. The guide 24 feeds the sheet paper S delivered from the corresponding delivery mechanisms 21 and 22 between the vertical conveyance roller 25 and the vertical conveyance roller 26. Further, the guides 24 other than the one located at the uppermost position are arranged so that the sheet paper S fed from the vertical conveying rollers 25 and 26 adjacent on the upper side is interposed between the vertical conveying rollers 25 and 26 adjacent to the lower side. Send it in.

  The vertical conveying rollers 25 and 26 are provided corresponding to the guide 24. That is, in the present embodiment, there are 11 vertical conveying rollers 25 and 26 each. The vertical conveying rollers 25 and 26 are arranged to face each other so that their peripheral surfaces are in contact with each other. Further, the vertical conveying rollers 25 and 26 are disposed adjacent to the lower side of the corresponding guide 24 so that the sheet S fed by the guide 24 enters between the vertical conveying roller 25 and the vertical conveying roller 26. Has been. The vertical conveying rollers 25 and 26 send the sheet paper S fed by the guide 24 downward.

  Thus, a common transport path for transporting the sheet paper S sent out from the plurality of paper feed shelves 5 and 6 is formed by the guide 24 and the vertical transport rollers 25 and 26.

  The sheet folding unit 27 includes a conveyance belt 27a, a folding box 27b, a folding box sensor 27c, a folding knife 27d, and folding rollers 27e and 27f.

  The conveying belt 27a conveys the sheet paper S sent out from the paper feeding shelf 7 by the sending mechanism 23 until the leading end thereof passes over the folding rollers 27e and 27f and reaches the folding box 27b.

  The folding box 27b holds the end of the sheet paper S. When the folding box 27b holds the end portion of the sheet paper S, the central portion of the sheet paper S is positioned above the folding rollers 27e and 27f. The folding box 27b is moved in the lateral direction by a moving mechanism (not shown in FIG. 23) as the folding adjustment dial rotates.

  The folding box sensor 27c detects that the sheet paper S is held by the folding box 27b.

  The folding knife 27d is moved up and down by a reciprocating mechanism (not shown) in synchronism with the conveyance timing of the sheet S in the common conveyance path. The folding knife 27d is located above and does not interfere with the sheet paper S when the leading edge of the sheet paper S is fed into the folding box 27b by the transport belt 27a as described above. The folding knife 27d is moved downward by a folding knife driving unit (not shown), so that the central portion of the sheet paper S positioned above the folding rollers 27e and 27f is positioned between the folding roller 27e and the folding roller 27f. Bend toward.

  The folding rollers 27e and 27f are located below the vertical conveying rollers 25 and 26. The folding rollers 27e and 27f together with the bundle of sheet papers S fed from the lowermost vertical conveying rollers 25 and 26 are sheet paper S positioned above the folding rollers 27e and 27f in the bent state as described above. And send them down. As a result, the sheet paper S positioned above the folding rollers 27e and 27f in the bent state as described above is sandwiched between the bundles of the sheet paper S fed from the lowermost vertical conveying rollers 25 and 26. The origami is folded in half.

  The conveyance belt 28 conveys a bundle (sheet bundle) B of origami-attached sheet sheets fed from the folding rollers 27 e and 27 f to the front side of the collating machine 100 and discharges it toward the hopper 8.

  FIG. 25 is a block diagram showing the configuration of the control system of the collating machine 100. Of the elements shown in FIG. 25, the elements shown in FIGS. 22 to 24 are given the same reference numerals.

  The collating machine 100 has one shelf correspondence unit 31 corresponding to each of the paper feed shelves 5 and the paper feed shelves 7. The shelf correspondence unit 31 is provided for the paper feed switch 11 a, the miss switch 11 b and the continuous switch 11 c of the main panel 11 provided for the corresponding paper feed shelf 5, and the corresponding paper feed shelf 5. The feed sensor 21g, the remaining paper sensor 21h, the jamming sensor 21i, the first electromagnetic clutch 21j, the second electromagnetic clutch 21k, and the electromagnetic brake 21m included in the feeding mechanism 21 are connected to the input / output circuit 31a. Is formed. However, the shelf correspondence unit 31 corresponding to the uppermost paper feed shelf 5 and the paper feed shelf 7 does not include the continuous switch 11c. The input / output circuit 31a generates detection information that indicates the state of various connected switches and various sensors, and that can identify which switch or sensor is associated with, and sends the detection information to the data transmission path 43. . When the control information for each of the first electromagnetic clutch 21j, the second electromagnetic clutch 21k, and the electromagnetic brake 21m is sent via the data transmission path 43, the input / output circuit 31a receives the first information according to the control information. The excitation state of the electromagnetic clutch 21j, the second electromagnetic clutch 21k, or the electromagnetic brake 21m is changed.

  Note that the shelf-corresponding unit 31 corresponding to the paper feed shelf does not include the continuous switch 11c, and instead, the folding box sensor 27c is connected to the input / output circuit 31a.

  The collating machine 100 has one shelf correspondence unit 32 corresponding to each of the paper feed shelves 6. The shelf correspondence unit 32 is formed in the same manner as the shelf correspondence unit 31. However, the sheet feeding sensor, the remaining sheet sensor, the jamming sensor, the first electromagnetic clutch, the second electromagnetic clutch, and the electromagnetic brake included in the shelf correspondence unit 32 are provided to the corresponding sheet feeding shelf 6. 22 is included.

  The input / output circuit 33 includes an operation switch 9a, a discharge switch 9b, a test switch 9c, a lock switch 10a, a speed adjustment dial 10b, an inverter 34, a motor 35, a discharge adjustment dial 37, a discharge motor 38, and a rear display unit 39. It is connected. The input / output circuit 33 generates detection information that indicates the state of the connected various switches, the various dials, and the folding encoder 36 and that can identify which device it is associated with. Send it out. When control information for each of the motor 35, the discharge motor 38, and the rear display unit 39 is sent via the data transmission path 43, the input / output circuit 33 receives the motor 35 and the discharge motor 38 according to the control information. In addition, the operating state of the rear display unit 39 is changed.

  The inverter 34 obtains an AC drive signal for driving the motor 35 from the DC drive signal output from the input / output circuit 33 for controlling the operation of the motor 35, and supplies the AC drive signal to the motor 35.

  The motor 35 generates a driving force for driving the above-described various rollers and belts for transporting the sheet paper S. In the description of FIG. 24, the motor 35 is described as generating a driving force for rotating the main sheet feeding roller 21a, the driven sheet feeding roller 21b, and the conveying rollers 21e and 21f.

  The encoder 36 generates a timing signal corresponding to the conveyance timing of the sheet paper S on the common conveyance path.

  Although not shown in FIG. 22, the discharge adjustment dial 37 has been described as being provided on the front surface of the support 1.

  The discharge motor 38 generates a driving force for discharging the sheet paper remaining in the collating machine 100.

  The rear display unit 39 is provided on the rear surface of the support 1. The rear display unit 39 displays various abnormalities and usage states with an illumination lamp during collation work.

  The processor 41 constitutes a computer that controls the collator 100 together with the storage unit 42.

  The processor 41 corresponds to the central part of the computer. The processor 41 controls each unit to implement various functions as the collating machine 100 according to the operating system and application programs.

  The storage unit 42 corresponds to a main storage portion and an auxiliary storage portion of the computer. The storage unit 42 includes a nonvolatile memory area and a volatile memory area. The storage unit 42 stores an operating system and application programs in a nonvolatile memory area. The storage unit 42 may store a part of the application program in a volatile memory area. In addition, the storage unit 42 may store data necessary for the processor 41 to execute processing for controlling each unit in a nonvolatile or volatile memory area. The storage unit 42 uses the volatile memory area as a work area in which data is appropriately rewritten by the processor 41.

  The data transmission path 43 transmits various types of data that the processor 41 exchanges with each unit. The touch panel 12 is connected to the data transmission path 43.

  Next, the operation of the collating machine 100 configured as described above will be described. Note that many of the operations of the collating machine 100 are the same as those of an existing collating machine of the same type, and a detailed description thereof will be omitted. Here, operations related to the skip function will be described in detail.

  First, in the collating machine 100, whether or not to detect errors related to validity of sheet feeding from each sheet feeding shelf 5, 6 and 7 and the sheet feeding from the sheet feeding shelf, In addition, it is possible to set the presence / absence of a continuous connection between the sheet feeding shelf and the sheet feeding shelf one level higher. Therefore, the storage unit 42 stores a setting table for managing these setting situations.

  When an operation by the operator is performed on the main panel 11, the processor 41 updates the description of the setting table according to the operation. That is, the processor 41 sets the shelf number “n” in the setting table every time the paper feed switch 11a or the miss switch 11b is operated on the main panel 11 associated with the paper shelf whose shelf number is “n”. Invert the validity / invalidity of the associated paper feed. Note that when the paper feed switch 11a is operated to change the paper feed to be valid, the processor 41 sets the error detection associated with the shelf number “n” in the setting table to “no”. In addition, when the processor 41 changes the sheet feeding to be effective in response to the operation of the miss switch 11b, the processor 41 sets “detect” the error detection associated with the shelf number “n” in the setting table. Further, the processor 41 operates the continuous switch 11c on the main panel 11 associated with the paper feed shelf whose shelf number is “n”, every time the continuous switch 11c is operated, the serial number associated with the shelf number “n” in the setting table. Inverts the presence or absence of steps.

  In the collating machine 100, the paper feed can be skipped in an arbitrary pattern for each of the paper feed shelves 5 and 6 by a skip function based on a control process described later. Therefore, the storage unit 42 stores a management table for managing the skip function.

  In addition, this invention is not limited to the said embodiment, In the implementation stage, it can change variously in the range which does not deviate from the summary. Further, the embodiments may be implemented in combination as appropriate, and in that case, the combined effect can be obtained. Furthermore, the present invention includes various inventions, and various inventions can be extracted by combinations selected from a plurality of disclosed constituent elements. For example, even if several constituent requirements are deleted from all the constituent requirements shown in the embodiment, if the problem can be solved and an effect can be obtained, the configuration from which the constituent requirements are deleted can be extracted as an invention.

S1 ... Insertion data processing device, S2 ... Insertion instruction data creation device, S3 ... Server, S4 ... and collator, S11 ... Control unit, S12 ... Storage unit, S13 ... Communication unit, S14 ... Input unit, S15 ... Display unit , S16 ... printing unit, S21 ... control unit, S22 ... storage unit, S23 ... communication unit, S24 ... input unit, S25 ... display unit, S31 ... control unit, S32 ... storage unit, S33 ... communication unit, S41 ... control unit , S42 ... storage unit, S43 ... communication unit, S44 ... input unit, S45 ... display unit, S46 ... collation mechanism

Claims (20)

Receiving a plurality of electronic advertisement information including advertisement identification information, delivery base identification information, and delivery date information;
One or more electronic advertisement information including first delivery base identification information and first delivery date information is selected from the plurality of electronic advertisement information, and an advertisement is selected based on the selected one or more electronic advertisement information. A procedure for generating joint processing information;
A program for causing a computer to execute a procedure for outputting the advertisement collation processing information,
The advertisement collation processing information includes a program including advertisement identification information, the first delivery base identification information, and the first delivery date information included in the selected one or more pieces of electronic advertisement information. A program for causing a computer to execute a procedure for generating the advertisement collation processing information based on the selected first and second electronic advertisement information,
The first electronic advertisement information includes first advertisement identification information of a first advertisement, the first delivery base identification information, and the first delivery date information,
The second electronic advertisement information includes second advertisement identification information of a second advertisement, the first delivery base identification information, and the first delivery date information,
The program according to claim 1, wherein the advertisement collation processing information includes the first and second advertisement identification information, the first delivery base identification information, and the first delivery date information. The first electronic advertisement information includes a first number of copies of the first advertisement,
The second electronic advertisement information includes a second number of copies of the second advertisement,
The program according to claim 2, wherein the advertisement collation processing information includes the first and second copies.   The program according to claim 3, wherein the advertisement collation processing information includes first delivery area information of the first advertisement and second delivery area information of the second advertisement.   5. The program according to claim 4, wherein the computer generates a copy number information for each delivery area corresponding to the first number of copies, and causes the computer to execute a procedure for generating the copy number information for each delivery area according to the second number of copies.   Based on the copy history information for each delivery area, generate the copy information for each delivery area according to the first number of copies and execute the procedure for generating the copy information for each delivery area according to the second number of copies on the computer The program according to claim 5.   The program according to any one of claims 2 to 6, wherein the first electronic announcement information includes band designation information for designating the first advertisement as a band for bundling advertisements other than the first advertisement.   The program according to any one of claims 2 to 7, wherein the second electronic announcement information includes head designation information for collating the second advertisement at the head. When creating a delivery that includes first and second collations,
The program according to any one of claims 2 to 8, wherein each electronic advertisement information includes designation of one of the first and second collated items.   The program according to any one of claims 2 to 9, which causes a computer to execute a procedure of transmitting the advertisement collation processing information to a collation machine registered in the first delivery base identification information.   The program as described in any one of Claim 2 thru | or 9 which makes a computer perform the procedure which outputs the said advertisement collation process information to a server. A first receiving unit for receiving a plurality of electronic advertisement information including advertisement identification information, delivery base identification information, and delivery date information;
One or more electronic advertisement information including first delivery base identification information and first delivery date information is selected from the plurality of electronic advertisement information, and an advertisement is selected based on the selected one or more electronic advertisement information. A processing unit for generating combined processing information;
A first output unit for outputting the advertisement collation processing information,
The delivery management apparatus, wherein the advertisement collation processing information includes advertisement identification information, the first delivery base identification information, and the first delivery date information included in the one or more selected electronic advertisement information.   The delivery management device according to claim 12, wherein the first output unit outputs the advertisement collation processing information to a server. A delivery management system comprising the delivery management device and collator of claim 12,
The collating machine is
A second receiving unit for receiving the advertisement collation processing information;
A collation unit that collates the first and second advertisements based on the advertisement collation processing information;
A delivery management system comprising: A delivery management system comprising the delivery management device and collator of claim 13,
The collating machine is
A second receiving unit for receiving the advertisement collation processing information from the server;
A collation unit that collates the first and second advertisements based on the advertisement collation processing information;
A delivery management system comprising: A third receiving unit for receiving the first read information read from the first attached advertisement information attached to the first advertisement bundle;
A determination unit that determines whether or not to accept the first advertisement bundle based on a comparison result between the advertisement collation processing information and the first read information;
The delivery management system according to claim 14 or 15, further comprising: The third receiving unit receives second read information read from second attached advertisement information attached to the second advertisement bundle,
The determination unit determines whether the first and second advertisement bundles are acceptable and whether the advertisement bundle is excessive or insufficient based on a comparison result between the advertisement collation processing information and the first and second reading information. The delivery management system according to claim 16.   The collation unit collates the first advertisement of the first advertisement bundle and the second advertisement of the second advertisement bundle based on permission to accept the first and second advertisement bundles. Item 17. The delivery management system according to Item 17. The collation machine includes a second output unit that outputs collation data corresponding to the collation product of the first advertisement and the second advertisement,
The delivery management system according to claim 18, wherein the collation data includes the first delivery base identification information. The delivery management system includes an information reader,
The information reading device includes a reading unit that reads the collation data from a collation printed label;
A display unit for displaying the first delivery base identification information included in the collation data;
The delivery management system according to claim 19.