JP5786437B2 - Saito paper drum winding device - Google Patents

Description

  The present invention relates to an apparatus for automatically winding a candy paper on a gift such as a box.

  In Japan, for example, in Japanese Patent Application Laid-Open No. 2003-26089, there is a custom of sending a gift by wrapping a doll paper printed with candy dough or water drawing in Japan. An automatic packaging machine that automatically wraps a gift into a gift is disclosed.

  In addition, although the presenter or the like was handwritten on the candy paper, in order to save labor for handwriting the writer or the like on a number of candy paper, for example, in Patent Document 2, the candy paper can be printed on demand. The system has been disclosed, and it has become possible to print the same lot of papers with different uses and gifts, such as celebrations and events.

JP-A-6-032324 Japanese Patent No. 4564181

  When oyster papers with different uses and gifts are printed in the same lot, the papers with different purposes and gifts are stacked, and the wrapping paper is applied to the gift using the automatic packaging machine described above. When the body is rolled up, it is fed from the stack of sheets of paper made up of different types of papers of different uses and gifts to the automatic packaging machine one by one and fed into the gift. It was necessary to check whether the combination of the gift paper on which the paper was wrapped and the gift wrapped around the paper was correct.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a device that can automatically wind a stuffed paper around a packaged item such as a gift and check whether the combination of the stuffed paper and the packaged item is correct.

  The present invention that solves the above-described problems is applied to a roll winding mechanism that feeds stacked paper sheets one by one and winds the fed paper sheets around a package, and the paper roll fed to the drum winding mechanism. A first optical code reader for reading the printed optical code and a second optical code reader for reading the optical code added to the back side of the package put into the body winding mechanism are connected, and the first optical code reader is connected. A collation unit that collates data read from the optical code of the candy paper by the code reader with data read from the optical code of the package by the second optical code reader; and if the collation unit fails to collate, A wrapping paper drum winding device comprising a control unit for stopping the operation of the mechanism.

  According to the above-described present invention, the optical code (for example, barcode) printed on the candy paper is collated with the optical code added to the gift, and if the collation fails, the candy paper is wrapped. By suspending the action of wrapping around the wrapping paper, the combination of the wrapping paper with the wrapping paper on the wrapping paper is the correct combination of the wrapping paper on the wrapping paper. Even if the paper is different, it can be automatically and continuously wound.

The figure explaining the candy paper drum winding device concerning this embodiment. The figure explaining the candy paper and present gift which concern on this embodiment. The figure explaining the trunk winding mechanism in the state where the gift was loaded on the loading member. The figure explaining the trunk winding mechanism in the state where the stacking member descended. The figure explaining the trunk winding mechanism of the state which folded the left side of the candy paper. The figure explaining the trunk winding mechanism of the state which folded the right side of the candy paper. The figure explaining the trunk winding mechanism of the state which discharged | emitted the gift after trunk winding.

  From here, embodiments of the present invention will be described to the extent that those skilled in the art of the present invention can understand the contents of the invention and implement the invention. The embodiment described below is only one embodiment of the present invention, and the present invention is not limited to the embodiment described below, and various modifications and changes are possible.

  FIG. 1 is a diagram for explaining a candy paper drum winding apparatus 1 according to the present embodiment. The wrapping paper drum winding device 1 according to the present embodiment feeds the stacked candy paper 2 one by one and winds the wrapping paper 2 fed to a packaged article (the gift 3 in this case). 12, collator 11 for collating gift paper 3 fed to drum winding mechanism 12 with gift 3 fed to drum winding mechanism 12, paper funnel 2 fed to drum winding mechanism 12, and drum winding mechanism 12 A control unit 10 is provided that causes the collation unit 11 to collate the gift 3 and stops the body winding mechanism 12 when the collation unit 11 fails to collate.

  FIG. 2 is a diagram illustrating the candy paper 2 and the gift 3 according to the present embodiment. FIG. 2A is a diagram for explaining the funnel paper 2 according to the present embodiment. As illustrated in FIG. 2A, the surface of the funnel paper 2 according to the present embodiment has a funnel 2a and a water draw 2b. In addition to the above pattern, a gift application 2c (for example, “celebration”) is printed on the upper line delimited by the water draw 2b, and a gift giver 2d of the gift 3 is printed by a digital printer on the lower line delimited by the water draw 2b. The Further, as illustrated in FIG. 2B, an optical code 20 (here, a one-dimensional barcode) used for collation of the candy paper 2 and the gift 3 is provided on the back surface of the candy paper 2 according to the present embodiment. ) Is printed by a digital printer.

  Furthermore, FIG.2 (b) is a figure explaining the gift 3 which concerns on this embodiment. In the present embodiment, the gift 3 has a box shape, and as shown in FIG. 2B, on the back side of the gift 3, an optical code 30 used for matching the candy paper 2 and the gift 3 is used. (Here, a one-dimensional barcode) is added. The optical code 30 added to the back side of the gift 3 may be printed when the gift 3 is manufactured, or the optical code 30 is added to the gift 3 after manufacture using an ink jet printer or a seal label. Can also be added.

  When the paper paper 2 is printed by on-demand printing using a digital printer, the paper paper 2 with different contents is printed one by one like a direct mail. A gift in which the paper 2 and the paper 2 fed to the paper roll winding device 1 are wound using the optical code 20 printed on the back of the paper 2 and the optical code 30 added to the back of the gift 3 A collation unit 11 for collating the object 3 is provided.

  The collating unit 11 of the candy paper cylinder winding device 1 can be realized by using a computer, and the collating unit 11 of the proto paper cylinder winding device 1 has an optical printed on the back surface of the candy paper 2 fed to the drum winding mechanism 12. A first optical code reader 110 for reading the code 20 and a second optical code reader 111 for reading the optical code 30 added to the back side of the gift 3 put in the body winding mechanism 12 are connected. The computer used as the collating unit 11 of the apparatus 1 includes data encoded in the optical code 20 read from the back surface of the candy paper 2 by the first optical code reader 110 and a gift by the second optical code reader 111. 3 is mounted with a computer program for collating data encoded in the optical code 30 read from the back side.

  The data encoded in the optical code 20 of the candy paper 2 and the optical code 30 of the gift 3 can be the same or different. For example, the product code of the gift 3 is encoded into the optical code 20 of the candy paper 2 and the optical code 30 of the gift 3, and the collation unit 11 of the candy paper drum winding device 1 is operated by the first optical code reader 110. The product code encoded in the optical code 20 read from the back side of the paper 2 and the product code encoded in the optical code 30 read from the back side of the gift 3 by the second optical code reader 111 are collated. May be.

  Further, the identification code of the candy paper 2 is encoded into the optical code 20 of the candy paper 2, the product code of the gift 3 is encoded into the optical code 30 of the gift 3, and the collation unit 11 of the paper wrapping machine 1 The product code corresponding to the identification code encoded in the optical code 20 read from the back surface of the candy paper 2 by the first optical code reader 110 and the second optical code reader 111 read from the back side of the gift 3 The product code encoded in the optical code 30 can be collated.

  Next, the drum winding mechanism 12 provided in the candy paper drum winding apparatus 1 will be described. As shown in FIG. 1, the body winding mechanism 12 of the paper wrapping machine 1 feeds the stacked paper sheets 2 one by one, and rolls the fed paper sheets 2 onto the gift 3 in order to wind the paper sheets. A paper feeding stacker 12a that is provided in the body winding device 1 and is stacked in a state where the paper sheets 2 are stacked, a feed roller 12b that feeds the paper sheets 2 stacked on the paper feeding stacker 12a one by one, and a gift 3 Fold the left side of the stacking paper 2, the guide member 12 c that regulates the position of the gift 3, the pair of support members 12 e that play the role of guiding the lifting and lowering of the stacking member 12 d and the guide member 12 c, and The folded portion 12f has a label attaching portion 12g that has a function of folding the right side of the foldable paper 2 and bonding the left and right sides of the folded foldable paper 2 with a label. .

  From here, the trunk winding mechanism 12 of the turtle paper drum winding apparatus 1 will be described in detail while explaining the operation executed by the control unit 10 of the jar paper drum winding apparatus 1. FIG. 3 is a diagram illustrating the trunk winding mechanism 12 in a state where the gift 3 is stacked on the stacking member 12d, FIG. 4 is a diagram illustrating the trunk winding mechanism 12 in a state where the stacking member 12d is lowered, and FIG. FIG. 6 is a diagram illustrating the body winding mechanism 12 in a state where the left side of the paper 2 is folded, FIG. 6 is a diagram illustrating the body winding mechanism 12 in a state where the right side of the paper 2 is folded, and FIG. 7 is a gift after the body winding. It is a figure explaining the trunk winding mechanism 12 of the state which discharged | emitted 3. As shown in FIG.

  The paper feed stacker 12a and the feed roller 12b are provided to feed the stacked paper sheets 2 one by one to the drum winding mechanism 12, and the paper sheets 2 are stacked on the paper feed stacker 12a with the back side facing up. When the control unit 10 rolls the paper 2 on the gift 3, first, the feed roller 12b is actuated so that the sheet of paper 2 with the back side facing up is placed between the stacking member 12d and the guide member 12c. To feed. When the sheet of paper 2 is fed, the control unit 10 puts the gift 3 between the guide members 12c and is sandwiched between the guide members 12c as shown in FIG. The gift 3 is stacked on the stacking member 12d while being placed on the stacking member 12d.

  When the gift 3 is inserted into the body winding mechanism 12, the control unit 10 notifies the collation unit 11 of an instruction to collate the paper 2 and the gift 3, and the collation unit 11 receives the first optical code. The reader 110 and the second optical code reader 111 are operated to read the data encoded in the optical code 20 of the candy paper 2 and the optical code 30 of the gift 3, respectively, and the read data is collated.

  The guide member 12c and the stacking member 12d of the trunk winding mechanism 12 have a function of moving up and down independently, and the control unit 10 verifies that the data read from the optical codes of the candy paper 2 and the gift 3 is successfully verified. When notified from the section 11, the guide member 12c and the stacking member 12d are lowered simultaneously. When the collation unit 11 notifies that the collation of the data read from the optical code 20 of the candy paper 2 and the optical code 30 of the gift 3 is failed, the guide member 12c and the stacking member 12d are not lowered simultaneously. Perform actions such as issuing alarms.

  Since the candy paper 2 is sandwiched between the guide member 12c and the stacking member 12d, when the guide member 12c and the stacking member 12d are simultaneously lowered, as shown in FIG. Both sides are in a U-shaped state along the gap between the support member 12e and the guide member 12c.

  As shown in FIG. 5, when the guide member 12c and the stacking member 12d are lowered to a predetermined position, the control unit 10 raises only the guide member 12c to a predetermined position and raises the guide member 12c to a predetermined position. The control unit 10 operates the folding unit 12f to fold the left side of the dough paper 2 so as to be wrapped around the gift 3 as the operation of winding the candy paper 2 around the gift 3 first.

  When the left side of the candy paper 2 is folded so as to be wrapped around the gift 3, the control unit 10 operates the label attaching unit 12g as shown in FIG. The right side of the candy paper 2 is folded so as to be wrapped around the gift 3, and labels for fastening the left and right sides of the candy paper 2 are attached, and the candy paper 2 is wound around the gift 3.

  When the wrapping paper 2 is wound around the gift 3, the control unit 10 lowers the stacking member 12d to a predetermined position as shown in FIG. After returning the label attaching portion 12g to a predetermined position, the stacking member 12d is slid so as to be divided into left and right, and the gift 3 after being wrapped is dropped.

DESCRIPTION OF SYMBOLS 1 Control paper 11 Winding device 10 Control part 11 Collation part 110 1st optical code reader 111 2nd optical code reader 12 Body winding device 12a Paper feed stacker 12b Feed roller 12c Guide member 12d Loading member 12e Support member 12f Folding part 12g Labeling Part

Claims (1)

A stacking mechanism that feeds the stacked paper sheets one by one, a body winding mechanism that winds the fed paper sheets around the package, and a first optical code printed on the paper sheet fed to the body winding mechanism. An optical code reader is connected to a second optical code reader for reading an optical code added to the back side of the package put into the body winding mechanism, and the first optical code reader reads the optical code from the candy paper. A collation unit that collates the data read from the optical code of the package by the second optical code reader, and a control unit that stops the operation of the drum winding mechanism when the collation unit fails to collate. A wrapping paper drum winding device.

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