JP3000414U - Delivery slips for non-impact printers - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a delivery slip that can create a large amount of slips at high speed in a short time. [Structure] A sheet of paper in which a release paper, a pressure-sensitive adhesive layer, a film layer, a cohesive adhesive layer, and a top paper are sequentially stacked in this order. A line is engraved to divide the top paper into a plurality of separable regions, and a release paper side half-cut partition line from the release paper side to the film layer is engraved to divide the top paper into the plurality of regions. The release paper, the adhesive layer and the film layer near the edge of at least one region of the paper were provided so that they could be removed from the paper with a narrow width.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is capable of printing a large number of slips at high speed and in a short time with a non-impact printer such as a laser beam printer (LBP), and moreover, it is possible to easily print a copy of the required documents at the shipping source or an agency, etc. The present invention relates to a delivery slip that can be created and can be easily separated and saved.

[0002]

[Prior art]

 Conventionally, various delivery slips used for delivering goods have been proposed and used. For example, a multi-part delivery slip in which multiple slips are plyed in a staircase pattern and the bottom layer is made of tack paper to facilitate easy removal at the agent store, or a delivery slip in which these are covered with a waterproof film. and so on.

A delivery slip creation system for non-impact printers, which has a printing speed several tens of times faster than that of impact printers, has also been proposed. A non-impact printer prints a large amount at high speed and then uses a dedicated processing machine. As a result, a method of creating a slip form in which a single set of slips is separated and several sheets of the next order are superposed has been put into practical use.

[0004]

[Problems to be solved by the device]

 However, since the above multi-part delivery slips are all copy type for impact printers, it is necessary to use multiple printers at the same time when issuing a large number of slips in a short time. There was a problem with.

The delivery slip for the non-impact printer described above is capable of printing a large amount of slips in a short time, but is an expensive exclusive product for sequentially stacking several slips while separating one slip set. In addition to the need for a processing machine and a dedicated operator, there is a problem that it is difficult for general companies to adopt, and even for companies that handle delivery, running costs that increase equipment costs There is also the problem of bulking.

Therefore, it is possible to solve the problems of the conventional delivery slips, and particularly to create a slip using a non-impact printer capable of printing a large amount of slips in a short time. There is a need for new delivery slips that do not require a dedicated operator.

Further, unlike the above-mentioned stepped laminated slip, a release paper, an adhesive layer, a film layer, a cohesive adhesive layer, and a top paper are laminated, and the top paper is divided by half cut lines. It is also possible to think of a delivery slip in which the slips are divided into separate sheets and the divided slips are peeled off when necessary, but such slips are firmly attached to the flat surface of the package. However, there is a problem in that it is difficult to remove individual forms simply by separating the top paper with half-cut lines.

[0008] The present inventor has developed a new delivery voucher that enables high-speed and large-volume voucher creation in a short time in response to the above-mentioned conventional technology and the demand for solving the problem. As a result, we have conducted intensive research. In addition, it is possible to use these existing facilities in consideration of the fact that in many cases already have a large-capacity computer and a high-speed non-impact printer such as a large store such as a department store that ships a large amount of luggage. The aim is also to significantly reduce new capital investment.

Still another object of the present invention is to provide a delivery voucher in which it is easy to remove a copy voucher required depending on the progress stage of the delivery work.

[0010]

[Means for Solving the Problems]

 The present invention has been made to achieve the above object, and is characterized by a sheet of paper in which a release paper, an adhesive layer, a film layer, a cohesive adhesive layer, and a top paper are sequentially laminated in this order. The upper paper side half-cut partition line that does not reach the film layer from the upper paper side divides the upper paper into multiple separable areas and peels from the release paper side to the film layer. By engraving a half-cut partition line on the paper side, it is possible to remove the release paper, the adhesive layer and the film layer near the edge of at least one area of the top paper divided into the above multiple areas with a narrow width. It is in the place where it is provided.

A more specific feature of the present invention is that a paper formed by laminating the release paper, the pressure-sensitive adhesive layer, the film layer, the similar adhesive layer, and the top paper is usually formed as a flat rectangle. Further, the top paper is divided into a sending slip area and other areas by engraving a first top paper side half-cut partition line across a pair of opposite sides of the rectangular paper, and the other areas are , For example, a second upper paper-side half-cut partition line is engraved between the first upper paper-side half-cut partition line and one side facing the first upper-paper-side half-cut partition line, and the other area is two or four areas. The release paper-side half-cut partition line that allows the release paper, the adhesive layer, and the film layer to be removed with a narrow width is divided into all the subdivisions of the above other areas. In addition, in the above-mentioned delivery slip area, a display showing a delivery destination slip is displayed, in one of the subdivisions a display showing a sender slip, and in the rest of the subdivision, a delivery agent copy slip. The display shown is printed.

In the above configuration, the material of the top paper is not particularly limited as long as it is a sheet that can be printed by a non-impact printer and is suitable for peeling and filing as a copy. Alternatively, other plastic sheet may be used.

The film layer sandwiched between the cohesive adhesive layer and the adhesive layer is an adhesive layer for attaching the paper to the shipping article, and an adhesive layer for holding the top paper so that it can be easily peeled from the paper. The material is not particularly limited as long as it can hold the similar adhesive layer in a layered manner, but a plastic film (thin plastic sheet) is generally used. The adhesive layer is similar to the known one, and is formed as a layer having sufficient adhesiveness (adhesiveness) to peel off the release paper from the delivery slip and attach it to the article. Similar to the known adhesive layer, the adhesive layer has a lower adhesiveness (adhesiveness) than the adhesive layer, and is formed as a layer that cannot be re-adhered without stickiness after the upper paper is once peeled off. It The formation of these layers is carried out by a known method such as coating so that the layers are generally several [mu] m to several tens [mu] m thick.

As the release paper, an ordinary release paper which has been subjected to a surface treatment (for example, a chemical for making the surface easily peelable from the pressure sensitive adhesive) of the pressure sensitive adhesive of the pressure sensitive adhesive layer can be used. In addition, only the part that covers the narrow width of the edge where the film layer can be removed by the half-cut partition line on the release paper side, for example, the effect of the above surface treatment is lost by corona discharge treatment, or the chemical itself is applied. If not, it is also possible to use a release paper in which the release paper and the film layer are firmly adhered to each other so that they cannot be easily released. In this way, if the release paper at the removed portion is not allowed to be substantially peeled off from the film layer, the film layer will also be peeled off from the top paper side when peeling off the release paper, which facilitates the removal work. Is preferable.

The upper paper side half-cut partition line that is inserted from the upper paper side of the paper divides the upper paper into a plurality of areas and cuts the upper paper so that each area becomes an independent slip, while It is engraved so that it does not reach the layers. This half-cut partition line on the paper side can be engraved to reach the close adhesive layer, but since the close adhesive layer is not a sheet, half cut reaches this layer. Even if you do not, there is no problem in separating the top paper.

The release paper half-cut partition line, which is inserted from the release paper side of the paper, is for removing a part of the release paper and the film layer at the edge of the paper in order to make it easier to remove some slips. The cuts are provided from the release paper to the film layer but not to the top paper, and need not reach the cohesive adhesive layer. The half-cut partition line on the release paper side is for facilitating the peeling of the slip as described above.By removing the release paper and the film layer, the top paper is pushed out like an eaves at the edge. The position of the partition line is set so that it can be used by the operator for picking up the slip with his fingers. For this reason, it is generally preferable to provide it with a narrow width of about 5 to 10 mm so that the release paper and the film layer at the edge can be removed.

The top sheet is typically divided into a delivery slip area and other areas by a first top sheet side half-cut partition line, and the delivery slip area is used as a delivery slip for a destination, and other areas. This area is further subdivided into two areas by the second upper paper-side half-cut partition line, and one of the subdivisions is a delivery slip for the sender and the rest is a delivery for the agent. It is possible to exemplify a slip. If there are two agents, the second half-cut partition line on the paper side makes the above three subdivided sections, and if there are three agents, the above. It is also possible to use four subdivisions and use three of them as delivery slips for the delivery agent. The method (layout) for subdividing the sending slip area and the subdivisions may be such that the sending slip area and subdivisions are provided in parallel (the first and second half-cut partition lines are parallel) or the first half. The second half-cut partition line may be provided at a right angle to the cut partition line.

In addition, these shipping slips, shipping slips for the delivery agency store, and shipping slips for the delivery destination are displayed on the display, for example, “delivery slip slip”, “delivery agency slip copy”. It is preferable to print in advance a display indicating that it is a "slip" or a "delivery destination slip", and it is also preferable to print a predetermined address, a display field of a name, a frame, and the like. It should be noted that each of the above-mentioned indications does not show the display word itself, and therefore the wording is not limited to the above.

The paper of the present invention is configured as continuous paper continuously fed by the tractor feeder, and may be of course configured as cut paper such as A4 size.

[0020]

[Action]

 According to the present invention, a computer such as a personal computer is used to output information necessary for delivery (display of address, agency, shipping source, etc.) to a non-impact printer such as LBP while continuously printing at high speed. In addition, it is possible to make a single piece of paper consisting of a "shipping slip for slips", a "slip for delivery agent stores", and a "slip for destinations" without using a special processing machine. Can provide a delivery slip that allows you to easily remove each copy from the paper.

That is, according to the delivery slip described above, for example, a predetermined destination is printed on a sheet prepared as continuous paper at a required position with a non-impact printer, then cut into a single piece from perforations, and peeling paper is peeled off for adhesion. Delivery preparation is completed simply by exposing the drug layer and attaching it to the package. At the time of sticking the slips, a part of the film layer is removed together with the release paper by the release paper half-cut partition line. By doing this, the package prepared by pasting the delivery slip is handed over to the delivery company, at which time part of the film layer is removed and the edge of the top paper remains as the picking part. However, the delivery company can easily separate (remove) the delivery slip (shipping slip) attached to the package and leave it as the shipment receipt for the requester, and at the delivery agency base, use the same method to open the agency copy slip. It can be easily removed.

[0022]

【Example】

 Hereinafter, the present invention will be described in more detail based on examples.

FIG. 1 is a perspective view showing an embodiment of the delivery slip of the present invention, in which 5 is a release paper, 4 is an adhesive layer, 3 is a film layer, 2 is a pseudo adhesive layer, and 1 is an upper layer. It is paper, and these are sequentially stacked as shown to form a sheet of paper 10. In these figures, the thickness of each layer (particularly the adhesive layer and the cohesive adhesive layer) is illustrated as having a considerable thickness for convenience of explanation, but in reality, each layer has a thickness of several μm to 100 μm. Is.

The above-mentioned top paper 1 has a first half-cut partition line 6 on the top paper side which is engraved so as not to reach the film layer from the top paper side but to reach the pseudo adhesive layer. It is divided into a first area 101 to be a "slip" and other areas, and in this example, the other areas are made into slip copies 102, 10 by two second upper paper side half-cut partition lines 7 and 8. It is subdivided into three parts, 3, 104. Of these subdivided slips, 102,103 are “delivery agent copy slips”, and 104 is a “shipping agency copy slip”. In addition, a display indicating that each of these sections is a slip, for example, the characters such as the above "sending slip for shipping origin", a prescribed address, a frame for describing the name, etc., and other necessary It is prepared as a slip on which various instruction displays are printed.

The reference numeral 9 extends across the divisions of the above-mentioned subdivided slips 102, 103, 104, and reaches the edge portion thereof from the side of the release paper to the pseudo adhesive layer but not to the film layer. It is a carved half-cut partition line, and in this example, it is provided at a position having a width of about 5 mm from the edge.

The delivery slip of the present invention having the above configuration is used as follows.

That is, first, the computer, which stores predetermined delivery information, transfers the information to a non-impact printer such as an LBP, and prints the delivery information necessary for each voucher used for delivering individual articles. At this time, since a non-impact printer is used, a large amount of slips can be printed in a large amount in a short time.

After this, the operator peels off the release paper 5 on the back side of the delivery slip 10 on which the predetermined print is made, and at the edge of the release paper side half-cut partition line 9 Peel off the release paper 5 and the film layer 3 and make part of the top paper part stick out like a canopy (see the right end of the delivery slip in Fig. 2) and attach it to the package 20 in this state. And hand it over to the delivery company.

The delivery company that has received the parcel 20 removes the slip copy 104 (“shipping slip copy slip”) from the picking section and hands it to the sender as a copy of the slip. FIG. 2 shows this state. The shipping slips given to the sender can be easily stored as a copy without the sticky backside of the paper sticking because the pseudo adhesive layer is exposed on the back.

When the parcel 20 is delivered in this state and there are two agency companies, the “delivery agency store voucher” 103 is peeled off when it is delivered from the first agency to the second agency. Further, when the parcel is delivered to the destination, the “delivery agent copy slip” 102 is peeled off and stored as each delivery agent copy slip. When peeling off these copy slips, in the delivery slip of the present invention, as shown in FIG. 2, a part of the upper paper sticks out as a tab, so that the peeling work can be easily performed. There is a point.

Since the “delivery destination slip” 101 is left at the delivery destination together with the package 20, the delivery destination can confirm predetermined information such as the delivery source.

As described above, according to the delivery slip of the present invention, it is possible to use a non-impact printer capable of performing a large amount of printing on the slip at a high speed in a short time, and even during the delivery work. The advantage is that each copy slip can be easily peeled off.

[0033]

[Effect of device]

 According to the present invention, it is possible to produce a large amount of slips at high speed in a short time using a non-impact printer.

If you already have a large-capacity computer and a high-speed non-impact printer, such as in a large store such as a department store that ships a large amount of parcels, you can use these existing facilities for delivery. Since slips can be created, there is no need for a dedicated slip collation processor, etc., and it is possible to significantly reduce new capital investment.

Further, it is said that the delivery slip prepared by using the paper of the present invention is easy to remove the backing slip depending on the progress stage of the delivery work, and the backing is not sticky and suitable for storage. There is also an effect.

[Brief description of drawings]

FIG. 1 is a diagram showing an example of a configuration outline of a delivery slip according to the present invention.

FIG. 2 is a diagram showing a state in which the delivery voucher of FIG. 1 is attached to delivery parcels.

[Explanation of symbols]

1 ... Top paper, 2 ... Similar adhesive layer, 3 ... Film layer, 4 ... Adhesive layer, 5 ... Release paper, 6 ... First
Top paper side half-cut partition line, 7, 8 ... Second top paper side half-cut partition line, 9 ... Release paper half-cut partition line, 10 ... Delivery slip, 101 ... Send Forward slip, 102, 103 ... Delivery agent store slip, 104
・ ・ ・ Shipment slips, 20 ・ ・ ・ Luggage.

Claims (3)

[Scope of utility model registration request] 1. A sheet of paper in which a release paper, a pressure-sensitive adhesive layer, a film layer, a cohesive adhesive layer, and a top paper are sequentially laminated in this order,
The top paper side that does not reach the film layer from the top paper side divides the top paper into a plurality of separable regions by engraving the half cut partition line, and the release paper side that reaches the film layer from the release paper side By engraving a half-cut partition line, the release paper, the adhesive layer and the film layer in the vicinity of the edge of at least one region of the upper paper divided into the above-mentioned plurality of regions are provided to be removable from the paper with a narrow width Delivery slips for non-impact printers that are characterized. 2. The transmission sheet according to claim 1, wherein the sheet has a flat rectangular shape, and the upper sheet has a first upper sheet-side half-cut partition line engraved between a pair of opposite sides of the rectangular sheet. It is divided into a region and another region, and the other region is the second region.
The upper paper side half-cut partition line is engraved and the other area is 2
The release paper, which is subdivided into three or four areas,
The release paper side half-cut partition line that enables the adhesive material layer and the film layer to be removed with a narrow width is characterized by being engraved across the edges of all the subdivisions in the other area. Delivery slips for impact printers. 3. The sending slip according to claim 1, wherein the paper has a flat rectangular shape, and the top paper is engraved with a first top paper side half-cut partition line between a pair of opposing sides of the rectangular paper. It is divided into a region and another region, and the other region is the second region.
The upper paper side half-cut partition line is engraved and the other area is 2
The release paper, which is subdivided into three or four areas,
The release paper-side half-cut partition line that enables the adhesive layer and the film layer to be removed with a narrow width is engraved across the edges of all the subdivisions in the other area, and further in the delivery slip area. Indicates that it is a delivery destination slip, one of the subdivisions indicates that it is a shipping source copy slip, and the rest of the subdivisions indicates that it is a delivery agent copy slip. Delivery slips for non-impact printers that are printed.