JP2000247304A - Consecutive wrapping method for object to be delivered - Google Patents

Abstract

PROBLEM TO BE SOLVED: To consecutively wrap while leaving unsealed inserting portions, to close after additional insertion, etc., to facilitate the additional insertion, etc. after packaging, and to easily cope with the alteration of the composition of a stack of sheets of paper. SOLUTION: A long wrapping sheet 3 for enclosing and packaging is fed out in the direction where objects 1 to be delivered are conveyed, and the objects 1 to be delivered are placed at fixed intervals. An adhesive means 4 is continuously provided along the upper overlap margin 6 of the wrapping sheet 3. As the wrapping sheet 3 moves, the objects 1 to be delivered are enclosed and packaged so that the upper overlap margin 6 overlaps a lower overlap margin 7. Between the objects 1 to be delivered, the wrapping sheet 3 is sealed and the sealed parts are cut.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for continuously packaging a delivery made of a paper stack in which paper is stacked.

[0002]

SUMMARY OF THE INVENTION Brochures and catalogs have been used in department stores, mail-order businesses, and various financial institutions to introduce new products and services to customers regularly or irregularly. Etc. are sent to the customer, and if there are many destinations, catalogs and brochures can be placed in the sorting pockets where the transport line can be moved so that continuous creation processing can be performed. In addition to supplying unit sheets such as single sheets and booklets, etc., supply cutting sheets prepared in advance according to the destination such as sending slips, guide letters, bills, etc., and send them to the sorting pocket. While collecting paper stacks such as leverage paper as deliverables,
A system is adopted in which the products are transferred to a packaging process, and each of the products is individually wrapped with a wrapping sheet or inserted into an envelope, thereby improving efficiency. However, in the packaging of deliverables, complete packaging without openings is applied so that stored items do not fall off. In such a case, there is a problem that the additional insertion cannot be performed. Therefore, in view of the above circumstances, the present invention is a method for continuously packing a delivery, and it is possible to perform continuous packing with an unsealed portion that is not sealed, and to close after additional insertion and the like. An object of the present invention is to make it possible to easily perform a new additional insertion after packaging, and to easily deal with a change in the paper stacking configuration.

[0003]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and is intended for a plurality of sheets and the like for each delivery destination to be stacked and arranged in an aligned state by a transfer means and sequentially transferred. In wrapping the deliverables for each of the deliverables, a long wrapping sheet for wrapping and wrapping the deliverables with an overlap margin is sent out in the transport direction of the deliverables, and a fixed interval is placed on the wrapping sheet. While transferring the delivery, the adhesive means covered with a release tape is continuously provided along the overlapping surface of one side of the wrapping sheet and a side which is an upper overlap margin, As the wrapping sheet moves, the delivery is wrapped and packaged so that the upper tier overlaps the lower tier of the wrapping sheet, and the wrapping sheet is sealed between the deliverables. Department Providing a continuous method of packaging a delivery item, characterized in that the cross-sectional, is to solve the above problems.

[0004]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the illustrated embodiments. FIG. 1 shows an example of an embodiment in which the present invention is applied to a packaging process in which a stack of paper sheets or the like stacked in a delivery creation system is sorted as a delivery 1 and sent out from a pocket 2, and the beginning of the packaging process is shown. , The long wrapping sheet 3 is continuously sent out in the transport direction of the delivery 1, and every time the sorting pocket 2 arrives at the end of the stacking process, the delivery 1 is sequentially pushed by the pushing operation of the sorting pocket 2. , Is transferred onto the moving wrapping sheet 3. The deliveries 1 moving on the wrapping sheet 3 are arranged at regular intervals on the wrapping sheet 3 in an aligned state, and move together with the wrapping sheet 3. The width of the wrapping sheet 3 is such that a sufficient overlapping margin is provided on the upper side when the delivery is wound in a direction perpendicular to the moving direction, that is, a sheet overlapping length that does not allow the stored paper to easily pass through. It is dimensioned so that it can be rolled up and packed. Further, on the starting end side of the packaging step from which the wrapping sheet 3 is sent out, an adhesive tape having double-sided adhesiveness is provided so as to be able to continuously supply an adhesive means 4 having one surface covered with a release tape, The exposed adhesive portion (one side not covered with the release tape) of the adhesive means 4 is continuously attached along one side which becomes an overlap margin when the above-described wrapping sheet 3 is wrapped and wrapped. Like that.

[0005] In the wrapping sheet 3, both sides (two sides facing the width direction of the wrapping sheet) are folded back on the delivery 1 so that the delivery 1 is inward. It is folded by passing through the guide 5, and the delivery 1 is wound and packaged in a substantially cylindrical shape such that the upper stacking margin 6 having the adhesive means 4 is located above the lower stacking margin 7. As described above, the cutting device 8 is moved in a state of being rolled up and wrapped in a tubular shape, and the delivery device 1 is moved to the delivery device 1 by the action of the cutting device 8 at each time when the space between the delivery products 1 corresponds to the cutting device 8 arranged on the downstream side. The wrapping sheet 3 corresponding to the gap between the delivery items is welded in a belt shape without being hung, and cut at the center thereof to separate the delivery item wrapped and packaged by the wrapping sheet 3. In this way, it is possible to sequentially obtain the delivery products wrapped and wrapped by the wrapping sheet 3, and in each of the packaging forms, the upper margin 6 has a sufficient overlapping width with the lower margin 7. They are superimposed, and their overlapping margins are not joined. Then, when new paper is added as a storage item after packaging, the space between the upper stacking margin 6 and the lower stacking margin 7 may be opened and inserted, and then the release paper in the adhesive means 4 is peeled off. You can reseal it.

[0008] As shown in FIG. 2, the wrapping sheet wrapped and packaged in a cylindrical shape is cut and separated for each gap in the line of the delivery, as shown in FIG. 2. Welding a
Then, the center may be cut linearly (a), or the center of the welded portion may be cut and removed with a certain width (b). It can be set appropriately according to the size of the product, the delivery pitch of the delivery, the size of the gap, etc., and a certain amount of extra space is formed between the delivery and the sealing portion inside the package. It is desirable.

[0007]

As described above, according to the present invention,
When packing a plurality of sheets or the like for each delivery destination and stacking the sheets of paper which are sequentially transferred in an aligned state by the transfer means, for each of the deliverables, the delivery is performed with a margin for stacking. The long wrapping sheet to be wrapped and wrapped is sent out in the transfer direction of the delivery, and the delivery is transferred at regular intervals on the wrapping sheet. Along the overlapping surface of the side sides to be provided, an adhesive means covered with a release tape is continuously provided so that the upper overlapping allowance overlaps the lower overlapping allowance of the wrapping sheet while moving the wrapping sheet. And wrapping and packing the delivery, sealing the wrapping sheet between the delivery, and cutting the sealed portion. As described above, when the delivery is packaged in the state of having the overlapping margin, and the upper overlapping margin has the adhesive means covered with the release tape, there is a case where new paper is added as a storage after packaging. However, the present invention has an excellent effect in practicality, such as being able to be inserted while being opened between the overlapping margins and being able to easily cope with an additional change or replacement in the configuration of the delivery.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing an example of an embodiment of a method for continuously packing delivered goods according to the present invention.

FIG. 2 is an explanatory diagram showing a cutting form of a wrapping sheet for each delivery.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Delivered goods 2 ... Separation pocket 3 ... Wrapping sheet 4 ... Adhesive means 5 ... Folding guide 6 ... Upper stacking allowance 7 ... Lower stacking allowance 8 ... Cutting device

Continued on front page (72) Inventor Kazuki Takayama 3-20-1 Yawata-cho, Fuchu-shi, Tokyo F-term (reference) 3E051 AB05 BA02 CA08 CB06 DA05 EA03 FB02 FB07 HA02 HA07 HE01 JA02

Claims (1)

[Claims] 1. A method of stacking a plurality of sheets or the like for each delivery destination and stacking a stack of sheets which are sequentially transferred in an aligned state by a transfer means for each of the deliverables. A long wrapping sheet for wrapping and wrapping the delivery is sent out in the transport direction of the delivery, and the delivery is transferred at regular intervals on the wrapping sheet, and the one side of the wrapping sheet is used. The adhesive means covered with the release tape is continuously provided along the overlapping surface of the side which becomes the upper lapping margin, and the lapping sheet is moved above the lower lapping margin as the wrapping sheet moves. Wrap and wrap the delivery so that the stacking allowance overlaps,
A continuous wrapping method for a delivery, characterized in that a wrapping sheet is sealed between the deliveries and the sealing portion is cut.