JP2000006551A - Prescription sheet and its manufacture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide prescription sheets which are not inclined by slipping of the sheets therebetween even in the case of superposing them as cut sheets in the sheets using tacky sheets. SOLUTION: In the prescription sheet 10, a woodfree sheet coated on its rear surface with an adhesive and a separator sheet coated on its front surface with a release agent are separably pseudo-adhered, its one side is partitioned as a prescription record 12 via a sew line and the other is partitioned as a label manufacturing unit 14. In the record 12, the woodfree sheet and the separator sheet are released, a release agent coating surface of the front surface of the separator sheet is corona discharged to vanish its releasing effect, and then non-releasably adhered. Since the sheet 10 has a uniform thickness, even if the sheets are cut as cut sheets, superposed and stored, the sheets are not slipped therebetween or not inclined each other, and not inclined during storage.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a prescription sheet and a method for manufacturing the same, and more particularly, to a prescription recording section and a label manufacturing section for forming a label to be attached to a medicine bag or a vial, which are formed on a single backing paper. And a method for manufacturing the same.

[0002]

2. Description of the Related Art There is known a prescription sheet in which a prescription recording section and a label attached to a medicine bag or a medicine bottle, or a medicine voucher are formed on a single backing paper.

[0003] In the conventional prescription paper, a label manufacturing section is provided adjacent to a prescription recording section. The label manufacturing section separates a label paper having an adhesive applied to the back surface and a separator paper having a release agent applied to the front surface. Since a general structure is a material that is pseudo-adhered so as to be peelable (so-called tack paper), when a tack paper having a thickness of two sheets is connected to a prescription recording unit, which is a normal high-quality paper, the prescription paper is used. When they are superimposed, they are inclined to one side, which causes problems in storage and printing.

[0004] The improved type which solves the above-mentioned problems has attempted to make the thickness of the prescription paper uniform by manufacturing the entire prescription with tack paper. However, since the prescription recording unit is tack paper, the prescription recording is performed. If the separator paper comes off during storage of the copy, the adhesive in the copy will adhere to other documents, and the improved model is not suitable for storage.

[0005] The prescription paper shown in FIG. 4 is an example of one currently used. The prescription paper is a tack paper, in which a high quality paper 1 is coated with an adhesive 2 and a separator paper 3 is coated with a release agent 4. A cut 5 reaching the adhesive 2 is made in the separator paper 3, one of the separator papers 3a is inverted and returned to its original position, and the release agent 4 of the inverted separator paper 3a is exposed on the surface to bond the separator paper 3a. Adhere to Agent 2.

Next, a perforation 6 is inserted in the center of the paper, and a portion where the separator paper 3 is not inverted, that is, a portion where the high quality paper 1 and the separator paper 3 can be peeled off, is used as the high quality paper 1. Then, a cut 7 for forming a label that reaches the release agent 4 is formed.

As a result, a prescription recording section where the high quality paper 1 and the separator paper 3 cannot be peeled off and a label manufacturing section where the high quality paper 1 and the separator paper 3 can be peeled off are formed.

Although the prescription paper of FIG. 4 solves the problem of thickness and the problem of preservation of the prescription recording section after being cut off, the prescription paper is superior to those previously proposed. Since the release agent application surface (usually, silicon is used) is exposed on the back half of the sheet, the sheets may slip due to slippage when the sheets are stored in a stacked state.

There are two types of prescription paper: continuous paper and cut paper. In the case of cut paper, slippage between papers poses a problem in terms of printing work and the like.

[0010] On the other hand, since the raw material of the tack paper has a wound structure, it is inevitable that the above-mentioned problems occur as long as the current raw material of the tack paper is used.

[0011]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a prescription sheet using tack paper, which does not incline due to slippage between sheets even when cut and overlapped. And

[0012]

Means for Solving the Problems A solution is that a prescription paper (10) is pseudo-adherably releasable from a high-quality paper coated with an adhesive on the back surface and a separator paper coated with a release agent on the front surface,
And one of the prescription recording units (1) at the perforation (11).
2) The other is divided into a label manufacturing section (14),
The prescription recording section (12) is characterized in that the high-quality paper and the separator paper are peeled off, the release effect is eliminated by performing a corona discharge treatment on the release agent-coated surface of the separator paper, and then the separation paper is non-peelable. .

[0013] In the first solution, the release agent-coated surface, which has been subjected to corona discharge treatment to eliminate the release effect, reaches the label production section (14) beyond the perforation (11).

[0014] A second solution is that the prescription paper manufacturing method uses, as a raw material, a tack paper in which a high quality paper having an adhesive applied to the back surface thereof and a separator paper having a release agent applied to the front surface thereof are pseudo-adhered in a releasable manner; During the process of peeling off the high-quality paper and the separator paper once to remove the curl of the raw paper, and bonding the two again,
A corona discharge device is installed, a corona discharge current is applied from the corona discharge device to a part of the release agent-coated surface to eliminate the peeling effect, and then the film is adhered so that it cannot be peeled off. And the other area is formed in the label manufacturing section.

Since the prescription paper of the present invention has a uniform thickness, even if the paper is cut and stacked and stored, the paper does not slip and tilt to one side, and
Since it does not tilt during storage, printing work is also facilitated.

[0016]

1 to 3 show a prescription sheet according to the present invention. FIG. 1 is a plan view of the prescription sheet, and FIG.
Is a manufacturing process diagram, and FIG. 3 is a configuration diagram for performing a corona discharge treatment on a release agent applied surface.

In FIG. 1, reference numeral 10 denotes a prescription paper,
A perforation 11 provided at the center in the vertical direction divides one into a prescription recording unit 12 and the other into a label manufacturing unit 14 that forms a plurality of peelable labels 13.

In the embodiment, a so-called cut sheet is used, but it is also possible to use a continuous sheet in which sheets are continuous in the vertical direction. However, when paper is used as continuous paper, a perforation for mounting the printer on both sides is required.

In FIG. 2, a tack paper raw material 100 is composed of a high quality paper 101 and a separator paper 102.
1 is coated with an adhesive 103 on the back surface, and a release agent 104 is coated on the surface of the separator paper 102;
Both are pseudo-adhered releasably (FIG. 2A). The release agent 104 is silicon, and the adhesive 103
Has an adhesive force attached to the high-quality paper 101 when peeled from the release agent 104.

Since the tack paper web 100 is stored in a wound state as shown in FIG. 3, it has a curl. Therefore, when using the tack paper raw material, the high-quality paper 101 and the separator paper 102 are once peeled off in order to take up the curl, and the two are put in a tensioned state and then subjected to pseudo-adhesion again.

FIGS. 2B and 3 show a process in which the high-quality paper 101 and the separator paper 102 are temporarily peeled off and the two are rolled up. Corona discharge device 10 on release agent coated surface
5 is a diagram in which a corona discharge current emitted from No. 5 is applied.

The present invention focuses on the fact that when a corona discharge treatment is performed on a release agent-coated surface of silicon, the peeling effect of the portion disappears. By installing the discharge device 105, the peeling effect of the release agent-coated surface in a desired range was successfully eliminated.

Although the surface of the release agent coated with the release agent is in a mirror surface state, the surface applied is changed to a rough surface state by performing a corona discharge treatment. When the adhesive force is exerted and the two are adhered again, the high-quality paper 101 and the separator paper 102 are adhered irremovably. In the figure, reference numeral 104a denotes a non-release agent layer in which the release effect has disappeared (FIG. 2C).

Next, a predetermined printing is performed on the surface of the high-quality paper 101, a perforation 11 is formed in the center in the vertical direction, and a cut 15 which reaches the release agent 104 for forming the label 13 in the label manufacturing section 14. Is provided. If the non-peeling agent layer 104 a is formed to a position slightly beyond the perforation 11, the prescription recording unit 12 separated from the perforation 11 is peeled off from the junction between the high-quality paper 101 and the separator paper 102. Can be prevented (FIG. 2D).

When the prescription paper 10 is formed on cut paper, as shown in FIG. 1, the prescription paper 10 is cut into a predetermined size after printing and cutting.

[0026]

The present invention uses a tack paper in which a high quality paper coated with an adhesive and a separator paper coated with a release agent are pseudo-adhered so as to be peelable, and a part of the release agent coated surface is subjected to corona discharge treatment. Performing the release agent to eliminate the release effect of the release agent and then adhered so that it could not be peeled off, the area where the corona discharge treatment was performed on the prescription recording section, if a label was formed in other areas,
The entire prescription paper has a uniform thickness, so that even when the papers are cut and stacked, they do not tilt, and have an effect of being easy to store or print.

[Brief description of the drawings]

FIG. 1 is a plan view showing a prescription sheet according to the present invention.

FIG. 2 is a manufacturing process diagram of a prescription paper.

FIG. 3 is a configuration diagram showing a state in which a corona discharge treatment is performed on a release agent application surface.

FIG. 4 is a cross-sectional view showing a prescription sheet according to the related art.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Prescription paper 11 Perforation 12 Prescription recording part 13 Label 14 Label manufacturing part 15 Cut 100 Tack base paper 101 Fine paper 102 Separator paper 103 Adhesive 104 Release agent 105 Corona discharge treatment device 104a Non-release agent layer

Claims (3)

[Claims] 1. A prescription paper (10) is pseudo-adhesively releasable from a high-quality paper coated with an adhesive on the back surface and a separator paper coated with a release agent on the front surface, and one of the prescriptions is prescribed by a perforation (11). In the recording unit (12), the other is in the label manufacturing unit (1).
The prescription recording section (12) was peeled off from the high-quality paper and the separator paper, and was subjected to corona discharge treatment on the release agent-coated surface of the separator paper to eliminate the peeling effect, and then adhered so as not to be peelable. Prescription paper, characterized in that: 2. A release agent-coated surface having been subjected to a corona discharge treatment and having lost the release effect reaches a label manufacturing section (14) beyond a perforation (11).
Prescription paper described in. 3. A high-quality paper and a separator for removing the raw paper from a tack paper obtained by pseudo-adhering a high-quality paper having an adhesive applied to a back surface thereof and a separator paper having a release agent applied to a front surface thereof in a releasable manner. During the process of peeling the paper and bonding the two again, a corona discharge device is installed, the corona discharge current is irradiated from the corona discharge device to a part of the release agent coated surface, the peeling effect is lost, and then the peeling is impossible And forming a corona discharge-treated area in a prescription recording section and forming another area in a label manufacturing section.