JP2008221492A - Delivery slip label - Google Patents

Abstract

It is possible to prevent a receipt area 10 or a part of the receipt area 10 from being naturally separated from a lower layer side base material, and to jam the receipt area 10 in a label printer, an automatic label sticking device, an automatic reading device, or the like. Providing preventable delivery slip labels.
The present invention focuses on adopting a micro perforation 54 as a separation line between an invoice area 9 and a receipt area 10 in an upper layer side base material 7. An invoice area 9 that can be affixed to the delivery article together with the material, and a receipt area 10 that is adjacent to the invoice area 9 and can be affixed to the delivery article together with the lower side base material, and can be peeled off from the lower side base material A separation line is formed at the boundary between the invoice area 9 and the receipt area 10 so that the invoice area 9 and the receipt area 10 can be separated from each other. It is characterized by that.
[Selection] Figure 1

Description

The present invention relates to a delivery slip label, and more particularly to a delivery slip label to be attached to a delivery article delivered from a sender to a destination.

The conventional delivery slip label 1 will be outlined with reference to FIGS.
5 is a plan view of the delivery slip label 1 and FIG. 6 is a sectional view taken along the line VI-VI of FIG. 5. The delivery slip label 1 is a strip-shaped release paper 2 from the lower layer side (back side). And the back side adhesive layer 3, the lower layer side base material 4, the front side adhesive layer 5, the receipt pseudo adhesive layer 6, and the upper layer side base material 7, and from the back side adhesive layer 3 The upper layer side (lower layer side base material 4 and upper layer side base material 7) is attached as a delivery slip 8 to a delivery article delivered from a sender to a destination.

The release paper 2 has a release agent layer (not shown) formed on the surface side thereof, and the lower layer side substrate 4 is removed from the lower layer side substrate 4 via the back side adhesive layer 3 formed on the back side of the lower layer side substrate 4. I'm wearing it on top. The back side adhesive layer 3 enables the delivery slip 8 to be attached to the delivery article.
When the delivery slip label 1 is not loaded in a thermal printer 20 (FIG. 7) or an automatic label affixing device 30 (FIG. 8), which will be described later, between the upper base materials 7 of the release paper 2 A cut line 2A (FIG. 5, imaginary line) formed by perforations or the like can be formed, and the delivery slip 8 can be cut and separated together with the release paper 2 by manual operation.

The lower layer side substrate 4 is formed of a paper material or other arbitrary label substrate.
Similar to the lower layer side substrate 4, the upper layer side substrate 7 is made of paper or other arbitrary label substrate, and a thermal color former is applied to the surface (so-called thermal coating) to obtain predetermined information. Can be printed, and this is defined in the invoice area 9 and the receipt area 10 adjacent to the invoice area 9.
Further, a separation line 11 is formed at the boundary between the invoice area 9 and the receipt area 10 by slits or perforations that can separate the invoice area 9 and the receipt area 10 from each other.
In the invoice area 9, the sender 12 (requester) and the destination 13 (destination), bar code information, OCR (optical character recognition) information, and other predetermined information can be displayed. The sender 12 and the destination 13 as well as their barcode information, OCR information and other predetermined information can be displayed, and a receipt stamp column 14 and a peeling start mark 15 are provided.

Only the front-side adhesive layer 5 is positioned and laminated on the lower layer portion of the invoice area 9, and only the receipt pseudo adhesive layer 6 is positioned and laminated on the lower layer portion of the receipt area 10.
The degree of tackiness of the front side adhesive layer 5 is weaker than that of the back side adhesive layer 3.
The receipt adhesive pseudo-adhesive layer 6 is made by pressurizing the pseudo-adhesive under a predetermined pressure so as to have tackiness. The receipt receipt area 10 is separated from the invoice area 9 and from the lower base material 4. Once peeled off, it is difficult to bond again, so that the handling of the subsequent receipt area 10 is not hindered.
That is, the invoice region 9 can be laminated integrally with the lower layer side base material 4 via the front side adhesive layer 5, and can be attached to the delivery article together with the lower layer side base material 4.
The receipt area 10 is temporarily attached to the lower layer side substrate 4 via the receipt pseudo adhesive layer 6 and can be attached to the delivery article together with the lower layer side substrate 4 and is peeled off from the lower layer side substrate 4. Is possible.

In the delivery slip label 1 having such a configuration, in order to display predetermined information in the invoice area 9 and the receipt area 10, for example, when a predetermined label printer is used, a slit is employed as the separation line 11. There is a problem that the invoice area 9 and the receipt area 10 are separated at the part of the separation line 11.
FIG. 7 is a schematic side view of a conventional general printer, for example, a thermal printer 20. The thermal printer 20 includes a supply unit 21 for a delivery slip label 1, a transfer path 22 for a delivery slip label 1, A position detection unit 23 and a printing unit 24 are provided.

The supply unit 21 holds the strip-shaped delivery slip label 1 in a roll shape, enables the delivery slip label 1 to be fed out in a strip shape on the transfer path 22, and the position detection unit 23 detects the position of the delivery slip label 1. Do.
The printing unit 24 includes a thermal head 25 and a platen roller 26, the delivery slip label 1 is sandwiched between the thermal head 25 and the platen roller 26, and the platen roller 26 is driven to rotate and data is supplied to the thermal head 25. Thus, predetermined information can be printed on the invoice area 9 and the receipt area 10 of the delivery slip label 1.

    However, when the separation line 11 is a slit, the invoice area 9 and the receipt area 10 are separated from the separation line 11 portion of the delivery slip label 1 on the transfer path 22 of the thermal printer 20, and the receipt line 10 is received. There is a case where the writing area 10 or a part thereof naturally peels off from the upper layer side substrate 7, and the peeled receiving area 10 or a part thereof causes jamming (paper jam) in the transfer path 22. There is.

Furthermore, in the case of the automatic label peeling and automatic sticking system, the possibility of spontaneous peeling of the receipt area 10 portion is even greater.
For example, FIG. 8 is a schematic side view of a conventional general label automatic pasting device 30, and the label automatic pasting device 30 includes a peeling unit 31 and an automatic pasting unit 32 in addition to the thermal printer 20 described above. .

    The peeling unit 31 turns only the release paper 2 of the delivery slip label 1 and delivers the delivery slip 8 (the lower layer side base material 4 and the upper layer side base material 7) on the upper side of the back side adhesive layer 3 from the delivery slip label 1. The delivery slip 8 peeled off by the automatic pasting unit 32 is sucked and pasted on a predetermined article (delivery article P).

    However, in the label automatic pasting apparatus 30, the transfer path 22 is longer than the thermal printer 20, and the peeling part 31 and the automatic sticking part 32 are provided. Therefore, the lower layer side substrate 4 in the receipt area 10 in the upper layer side substrate 7. There is a problem that the possibility of spontaneous peeling from the surface and the possibility of occurrence of defects in transfer and various treatments associated therewith are further increased.

Therefore, if a general perforation is adopted as the separation line 11 instead of the slit, the problem of the natural separation of the receipt area 10 in the transfer path 22 is solved, but the receipt area 10 collected by the delivery person is accumulated and data is collected. There is a problem in that there is a possibility of jamming at the perforation portion in the automatic reading process performed for processing.
For example, FIG. 9 is a schematic side view of a conventional general automatic reading device 40, and the automatic reading device 40 includes a hopper 41, a data reader 42, and a stacker 43.

The hopper 41 stacks a plurality of collected receipt areas 10 and discharges the receipt areas 10 one by one from the lower part toward the data reader 42.
The data reader 42 optically reads bar code information, OCR information and other data in the receipt area 10, for example, and discharges them one by one to the stacker 43. Alternatively, a plurality of stackers 43 can be prepared and sorted as necessary.

    However, in the automatic reading device 40, when the separation line 11 that is the boundary between the invoice area 9 and the receipt area 10 is a perforation, generally, the length of the perforation is about 2 mm. In addition, the length of the connection portion is about 1 mm, and there is a possibility that jamming occurs when the receipt area 10 is caught by the lower part of the hopper 41 or the data reader 42 or the stacker 43 due to the uneven shape at the perforation. There is a problem that there is.

    Further, in order to peel off the portion of the pseudo-adhesive layer 6 for receipt between the lower layer side substrate 4 and the receipt area 10, that is, the delivery person picks the portion of the peeling start mark 15 and lower layer side substrate. 4, when the receipt area 10 is peeled off, the receipt area 10 itself needs to be pulled upward. As a result, the receipt area 10 warps in a concave shape on the print surface side, and the hopper 41 of the automatic reader 40, the data There is another problem that the transfer or handling in the reader 42 and the stacker 43 is hindered.

JP 2004-291292 A

    The present invention has been considered in view of the above problems, and provides a label for a delivery slip that can prevent the receipt area or a part of the receipt area from peeling off naturally from the lower layer side base material. Is an issue.

    Another object of the present invention is to provide a label for a delivery slip that can prevent a receipt area from jamming in a label printer such as a thermal printer, an automatic label affixing device, or an automatic reading device.

    Moreover, this invention makes it a subject to provide the label for delivery slips which can prevent that the receipt area peeled off from the lower layer side base material curved in a concave shape or convex shape.

    That is, the present invention pays attention to adopting a micro perforation as a separation line between the invoice area and the receipt area in the upper layer side substrate. The release paper and the lower layer side temporarily attached to the release paper A delivery material delivered from a sender to a destination, using the base material and an upper layer base material provided on the upper layer side of the lower base material, and using the lower base material and the upper layer base material as a delivery slip A label for a delivery slip to be attached, wherein the upper layer side substrate can display the sender and the destination, and can be attached to the delivery article together with the lower layer side substrate, and the invoice region A receipt area that can display the sender and the destination adjacent to each other, can be attached to the delivery article together with the lower layer side base material, and can be peeled from the lower layer side base material. A separation line that can separate the invoice area and the receipt area from each other is formed at the boundary between the invoice area and the receipt area, and the separation line is defined as a micro perforation. This is a delivery slip label characterized by the following.

    A front side adhesive layer is formed between the lower layer side base material and the upper layer side base material, and the front side adhesive is provided between the lower layer side base material and the receipt region of the upper layer side base material. A release release layer that is laminated to the layer and a receipt coating layer between the release release layer and the receipt area can be formed.

The front-side adhesive layer has an adhesive applied to a halftone dot, and the halftone dot of the adhesive of the front-side adhesive layer is a circular portion having a diameter of about 2 mm. It can have a density of ˜15 / cm ² .

    The micro perforation alternately has a plurality of cut portions and connection portions in the width direction of the upper layer side base material, and the length of the cut portions is 0.15 to 0.25 mm. The length between can be 0.10 to 0.20 mm.

    The lower layer side substrate may have a thickness of 0.75 to 0.90 μm.

    The upper layer side substrate may have a thickness of 0.75 to 0.90 μm.

The micro perforation can be formed only on the upper layer side base material.
Alternatively, the micro perforations can be formed through the upper layer side substrate and the lower layer side substrate.

    The delivery slip label is provided with a plurality of delivery slips (the lower layer side base material and the upper layer side base material) on the release paper, formed into a strip shape, loaded into a predetermined label printer, and the sender and The destination can be displayed.

In the delivery slip label according to the present invention, since the micro perforation is adopted as a separation line between the invoice area and the receipt area in the upper layer side base material, the invoice area and the receipt area are naturally separated. In addition, it is possible to prevent the receipt area or a part thereof from being peeled off naturally, thereby preventing jamming in a label printer or other various apparatuses.
In addition, by adjusting the density of the halftone dot of the adhesive in the front side adhesive layer, it is possible to reduce the operating force required when peeling the receipt area of the upper layer side substrate from the lower layer side substrate, Warpage can be prevented, and processing in an automatic labeling device, an automatic reading device, or the like can be stabilized.

    The present invention employs a micro perforation as a separation line between the invoice area and the receipt area in the upper layer side base material, so that it can be used for a delivery slip having stable processing characteristics when loaded in a label printer or other various devices. Realized the label.

Next, a delivery slip label 50 according to an embodiment of the present invention will be described with reference to FIGS. However, the same parts as those in FIGS. 5 to 9 are denoted by the same reference numerals, and detailed description thereof will be omitted.
1 is a plan view of the delivery slip label 50, FIG. 2 is a cross-sectional view taken along the line II-II of FIG. 1, and the delivery slip label 50 is the delivery slip label 1 (FIG. 5, FIG. Similarly to 6), the strip-shaped release paper 2, the back side adhesive layer 3, the lower layer side substrate 4 and the upper layer side substrate 7 are provided from the lower side (back side).
Further, the delivery slip label 50 includes the front adhesive layer 5, the receipt release agent layer 51, and the receipt coating layer 52 between the lower layer side substrate 4 and the upper layer side substrate 7. Then, the upper layer side (the lower layer side base material 4 and the upper layer side base material 7) from the back side adhesive layer 3 is attached to the delivery article P as the delivery slip 53.

The lower layer side substrate 4 has a thickness of 0.75 to 0.90 μm, preferably 0.80 to 0.85 μm.
The upper layer side substrate 7 has a thickness of 0.75 to 0.90 μm, preferably 0.80 to 0.85 μm.

The front-side adhesive layer 5 is laminated so as to be positioned over the entire region between the lower layer side base material 4 and the upper layer side base material 7 (invoice area 9 and receipt area 10).
However, FIG. 3 is a plan view of the front-side adhesive layer 5 portion, and FIG. 4 is an enlarged view of the IV portion of FIG. 3. As shown in the figure, the front-side adhesive layer 5 is applied to the halftone dots. In addition, the halftone dots have a circular portion 5A having a diameter D1 of about 2 mm as an adhesive, and the circular portion 5A has a density of 10 to 15 pieces / cm ² , preferably about 12 pieces / cm ^2. .
Further, the distance D2 between the circular portions 5A in the transfer direction of the delivery slip label 50 is about 0.5 mm, and the distance D3 between the width directions orthogonal to the transfer direction is about 1 mm, It is uniformly dispersed and applied in a predetermined pattern on the surface side of the lower layer side substrate 4.
Of course, as an application form of the circular portion 5A, any other application pattern can be adopted, and the adhesive strength as the front adhesive layer 5 is arbitrarily adjusted by adjusting the density of halftone dots. Thus, the peelability from the lower layer side base material 4 (front side adhesive layer 5) in the receipt area 10 can be kept within a predetermined level.

The receipt release agent layer 51 and the receipt coating layer 52 are laminated in such a manner that they are positioned only in the lower layer of the receipt area 10.
The release agent layer 51 for receipt is in contact with the front adhesive layer 5 (circular portion 5A) and laminated on the upper layer side.
The receipt coating layer 52 is laminated between the receipt release agent layer 51 and the receipt area 10.
The release agent layer 51 for receipt allows the receipt region 10 on the upper layer side substrate 7 to be peeled from the lower layer side substrate 4 (front side adhesive layer 5).
The receipt coating layer 52 is formed so that the release agent such as silicone of the receipt release layer 51 does not penetrate into the surface side of the upper layer side substrate 7.
That is, the upper layer base material 7 is temporarily attached to the lower layer base material 4 via the receipt release agent layer 51 and the receipt coating layer 52, and the receipt region 10 is defined as the lower layer base material 4. In the state once peeled off, it is difficult to adhere again, so that the handling of the subsequent receipt area 10 is not hindered.
That is, the invoice region 9 can be laminated integrally with the lower layer side base material 4 via the front side adhesive layer 5, and can be attached to the delivery article P together with the lower layer side base material 4.
The receipt area 10 can be attached to the delivery article P together with the lower layer side base material 4 and can be peeled from the lower layer side base material 4.

In particular, as shown in FIG. 1, a micro perforation is adopted as a separation line 54 corresponding to the separation line 11 (FIG. 5) between the invoice area 9 and the receipt area 10.
The micro perforations 54 have a plurality of cut portions 54A and connection portions 54B alternately in the width direction of the upper layer side substrate 7.
The length of the cut portion 54A is 0.15 to 0.25 mm, preferably 0.20 mm.
The length between the connecting portions 54B is 0.10 to 0.20 mm, preferably 0.15 mm.

    In the delivery slip label 50 having such a configuration, for example, even if the delivery slip label 50 is loaded into the thermal printer 20 (FIG. 7) or the automatic label attaching device 30 (FIG. 8), the invoice area in the upper layer side substrate 7 is used. 9 and the receipt area 10 is a micro perforation 54, and its connecting portion 54B can keep the invoice area 9 and the receipt area 10 connected. The region 10 or a part thereof does not naturally peel from the lower layer side substrate 4 to cause jamming.

    Further, after being pasted on the delivery item P as a delivery slip 53, the receipt area 10 collected after receiving the receipt stamp in the receipt stamp column 14 is put into the automatic reading device 40 (FIG. 9) or the like, and the receipt area 10 Even when the data reading process is performed, the separation cuts in the micro perforation 54 of the invoice area 9 and the receipt area 10 are fine and the uneven shape is also fine, so that the receipt area 10 is the hopper 41, the data reader 42 or the stacker 43. There is no jamming by being caught in the part.

Moreover, the thickness of the lower layer side base material 4 and the upper layer side base material 7 is limited to the predetermined level as described above, and the front side adhesive layer 5 is adopted in a dot-like application form, and a conventional receipt Since the receipt release agent layer 51 and the receipt coating layer 52 are formed instead of the pseudo adhesive layer 6 for use (FIG. 6), the adhesive strength of the receipt region 10 to the lower layer side substrate 4 is conventionally increased. As a result, the delivery worker can perform the peeling operation relatively easily when the delivery worker peels the receipt area 10 from the lower layer side base material 4. As a result, the receipt area 10 is unnecessary as in the prior art. There is no significant warpage, and in particular, there is no problem in the transfer and handling process in the automatic reader 40 (FIG. 9).

It is a top view of the label 50 for delivery slips by the Example of this invention. It is the II-II sectional view taken on the line of FIG. It is a top view of the front side adhesive bond layer 5 part same as the above. FIG. 4 is an enlarged view of a portion IV in FIG. 3. It is a top view of the conventional label 1 for delivery slips. FIG. 6 is a sectional view taken along line VI-VI in FIG. 5. FIG. 6 is a schematic side view of a conventional thermal printer 20. It is a schematic side view of the conventional automatic label pasting device 30. FIG. 6 is a schematic side view of a conventional automatic reading device 40.

Explanation of symbols

1 Delivery slip label (conventional, Fig. 5 and Fig. 6)
2 Release paper 2A Cut line of release paper 2 (FIGS. 1 and 5)
DESCRIPTION OF SYMBOLS 3 Back side adhesive layer 4 Lower layer side base material 5 Front side adhesive layer 5A It is a halftone dot of front side adhesive layer 5, Comprising: Circular part by an adhesive agent (FIG. 3, FIG. 4)
6 Pseudo-adhesive layer for receipt 7 Upper layer side base material 8 Delivery slip 9 Invoice area 10 Receipt area 11 Separation line (slit or perforation)
12 Sender (client)
13 Destination (Destination)
14 Receipt stamp field 15 Peel start mark 20 Thermal printer (Fig. 7)
21 Supply unit 22 Transfer path 23 Position detection unit 24 Printing unit 25 Thermal head 26 Platen roller 30 Label automatic pasting device (FIG. 8)
31 Peeling unit 32 Automatic pasting unit 40 Automatic reader (Fig. 9)
41 Hopper 42 Data reader 43 Stacker 50 Delivery slip label (Example, FIG. 1)
51 Release agent layer for receipt 52 Coating layer for receipt 53 Delivery slip 54 Micro perforation (separation line, Fig. 1)
54A Cut portion 54B of micro perforation 54 Connection portion D1 of micro perforation 54 Diameter of circular portion 5A by dot (adhesive) (FIG. 4)
D2 Distance between the circular portions 5A in the transfer direction of the delivery slip label 50 D3 Distance P between the circular portions 5A in the width direction orthogonal to the transfer direction of the delivery slip label 50 Delivery article (FIG. 8)

Claims (6)

Release paper,
A lower layer base material temporarily attached to the release paper;
While having an upper layer side substrate provided on the upper layer side of this lower layer side substrate,
This lower layer side substrate and this upper layer side substrate as a delivery slip, a label for a delivery slip to be attached to a delivery article delivered from a sender to a destination,
The upper layer side substrate is
An invoice area that can display the sender and the destination, and can be pasted to the delivery article together with the lower layer side substrate;
The sender and the destination can be displayed adjacent to the invoice area, can be attached to the delivery article together with the lower layer side substrate, and can be peeled from the lower layer side substrate, and a receipt area,
To define this,
A separation line is formed at the boundary between the invoice area and the receipt area so that the invoice area and the receipt area can be separated from each other.
This separation line is a label for a delivery slip characterized by a micro perforation. While forming a front side adhesive layer between the lower layer side substrate and the upper layer side substrate,
Between the lower layer side substrate and the receipt area of the upper layer side substrate,
A release agent layer for receipt to be laminated on the front adhesive layer;
2. The delivery slip label according to claim 1, wherein the receipt release agent layer and a receipt coating layer between the receipt area are formed. The front side adhesive layer has an adhesive applied to a halftone dot,
The halftone dot of the adhesive of the front-side adhesive layer has the circular portion with a density of 10 to 15 pieces / cm ² , wherein the adhesive is a circular portion having a diameter of about 2 mm. Delivery slip label. The micro perforation has a plurality of cut portions and connection portions alternately in the width direction of the upper layer side substrate,
The length of the cut portion is 0.15 to 0.25 mm,
2. The delivery slip label according to claim 1, wherein a length between the connecting portions is 0.10 to 0.20 mm.     The delivery slip label according to claim 1, wherein the lower layer side substrate has a thickness of 0.75 to 0.90 µm.     The label for a delivery slip according to claim 1, wherein the upper layer side substrate has a thickness of 0.75 to 0.90 µm.

Images