JPH0243176A - Continuous sheet medicine bag paper available for computerized automatic printer and manufacture thereof - Google Patents

Abstract

PURPOSE:To make such a rectangular body that is large in capacity formable by pasting peripheral edges of both foldable trapezoidal and triangular bottom parts formed in each bottom part of both first and second sheets and a double side bottom of this second sheet together and thereby forming a bottom plane. CONSTITUTION:A print command for specified items is fed to a printer from a computer, and the specified printing takes place in a balloon part on a printable surface sheet 1. When the printed continuous sheet medicine bag like this is delivered out of a printer, it is cut off along a perforation running in the cross direction, and furthermore a lower part and an edge part 10 of a slant sticking part 7 are cut off along perforations 9, 12. Then, a lower part of a fold type 8 is set down to a bottom surface, using a dogleg-shaped bend part as a gusset, and a medicine bag 15 is opened into which a drug is chanrged. Since the gusset and the bottom part are made formable in this medicine bag 15, a large quantity of the drug can be easily housed in the finished medicine bag.

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention relates to a continuous tart-shaped drug bag paper used in a computerized automatic printing device that can be used in an automatic drug supply system line used in pharmacies such as hospitals. This relates to a manufacturing method.

(Prior art) In recent years, with the advancement of computer technology, in pharmacies such as hospitals, a plurality of drugs are weighed in advance and packaged or weighed into tablets, and these are stored appropriately in a storage unit and medical records are stored. There is a trend toward adoption of a system in which data regarding drugs, etc. is input into a computer according to instructions, and the drug is automatically selected and supplied by the computer.

Such an automatic drug supply system has the advantage of speeding up work by eliminating the need for manpower to select, weigh, and package drugs.

(Problem to be solved by the invention) However, when it comes to medicine bags, it is necessary to write information such as the patient's name, how to use the medicine, time, amount, etc. However, in conventional automatic medicine supply systems, it is not possible to record the medicines that have been automatically supplied. It is common for prescribed information to be entered in the medicine bags to be stored by hand, and for this reason, handwriting on the medicine bags has become a bottleneck, and a complete drug supply system has not yet been completed. be.

In order to solve this problem, it would be possible to input the specified items in the medical record into a computer, and use a computer automatic printing device to automatically fill in the specified items on the medicine bag, which had previously been done by hand. .

However, in order to be able to be used for computer automatic printing, the bag must be constructed into a thin sheet-like structure.
It has been proposed to construct the device by pasting a pair of sheets together, but this poses a problem in that the internal volume is small.

On the other hand, if the bag is large and has a large internal volume, there is a problem that it cannot be used in an automatic printing device of a computer.

Therefore, the present invention provides a continuous sheet that can be used in computer printing devices, but also a continuous sheet that can be cut off after printing and stretched out on both sides and the bottom to form a rectangular rectangular bag with a large internal capacity. The challenge is to provide bag paper.

Another object of the present invention is to provide a method for manufacturing the continuous sheet-like medicine bag paper.

(Means for Solving the Problems) Therefore, the continuous sheet-like medicine bag paper used in the computer automatic printing device according to the present invention consists of a first sheet extending in the longitudinal direction constituting one of the front and back sides of the medicine bag, and a It consists of a main surface part constituting the other side of the main face part and a second sheet extending in the longitudinal direction having a pair of inwardly folded side parts on both sides continuous with the main face part, and the periphery of both sheets at a constant bag length interval in the longitudinal direction. It is a continuous sheet-like bag paper which is made by pasting together in a roughly U-shape excluding the opening so that a plurality of bag grooves are continuous in a sheet shape in the longitudinal direction, and can be separated into each bag structure after printing. When separating each bag groove adult body and stretching the folded side portion to form a substantially flat rectangular bag, the first bag groove adult body of each bag groove adult body is
The bottoms of the first and second sheets are formed into a trapezoidal shape that can be folded so that the bottom of the sheet, the bottom of the main surface of the second sheet, and the bottom of both sides gather together to form the rectangular bag bottom. In addition, the bottoms of both side surfaces of the second sheet are formed into a triangular shape that can be folded, while the peripheral edges of the trapezoidal bottoms and the triangular bottoms are adhered to each other to form a bottom plane.'' That is.

Further, the continuous sheet medicine bag paper used in the computer automatic printing device according to the present invention is characterized in that a first sheet and a second sheet, at least one of which can be automatically printed, are pasted together in a band shape along both sides in the longitudinal direction. The first sheet is folded into a dogleg shape with the inner portions of the side adhesive portions bent to form a sheet main body having approximately the same width as the second sheet; The second sheet is attached to each other in the width direction at constant length intervals, and
The doglegged bent portion of the first sheet, the first sheet main body portion, and the second sheet are formed into a belt-like shape that slopes upwardly toward the outside between the side adhesion portion and the width direction adhesion portion. A folding mold is inserted into the first and second sheets by tying the outer end positions of the lateral pasting parts, and the lower part of the slanted pasting part is cut out or A perforation is provided along the lower side of the inclined adhesive part, and a continuous punch hole for paper feeding is formed on the outside of the adhesive part on both sides of at least one of the first or second sheet. When the lower end of the widthwise adhesive part is cut or separated, it is possible to form a gusseted medicine bag in which the upper end is released and the lower part of the folding mold serves as the bottom surface.

Further, the continuous sheet medicine bag paper used in the computer automatic printing device according to the present invention has the following characteristics: The gist is that a perforation is provided on the bottom side.

Further, the method for manufacturing a continuous sheet-like medicine bag paper according to the present invention is characterized in that “at least one of the first and second paper sheets is capable of automatic printing;
Among the sheets, a step of bending both sides of the first sheet into a dogleg shape so that the sheet main body has approximately the same width as the second sheet, and both sides of at least one of the first and second sheets. At the same time, apply the adhesive to the
An adhesive is applied to at least one of the sheet main body portion and the second sheet in the width direction at regular intervals, and the adhesive is applied to the doglegged bent portion of the first sheet, the first sheet main body portion, and the second sheet. a step of applying an adhesive to at least one of the sheets at an angle so that the adhesive becomes higher toward the outside; a step of overlapping the first and second sheets and pasting the adhesive-applied portion; 1. The step of tying the outer end of the slanted adhesive part on the second sheet and inserting a folding mold, and cutting out the corner of the lower part of the slanted adhesive part, or cutting out the corner along the lower part of the slanted adhesive part. and a step of forming continuous punch holes on the outside of the lateral pasted portions of the first and second sheets.

Here, the continuous sheet-like medicine bag paper according to the present invention may be rolled or folded, and the paper may be automatically cut before and after automatically printing predetermined items, but in the above-mentioned width direction. It is also possible to make a perforation on the bottom of the adhesive part and tear it off by hand after printing out.

Further, this bag paper may be used as a medicine bag with punch holes left on both sides, but it is also possible to make perforations inside the punch holes and cut out the punch holes on both sides.

In addition, the adhesive can be glue, or heat sealing, or both can be used. When heat sealing is used, heat sealing agent is applied to the part or the entire surface in advance. Then, by applying heat to a predetermined location, only the portion according to the present invention may be attached. Further, the steps of applying and pasting the adhesive may be divided as appropriate and included in other steps.

Furthermore, as long as one of the first and second sheets can be automatically printed, such as plain paper, the other sheet may be plain paper or transparent or translucent material, such as a synthetic resin film. The holes may be formed by leaving one of the first and second sheets on the outside, or may be formed by pasting both sheets together.

(Function) In the present invention, since a continuous sheet of medicine bag paper is made by pasting predetermined portions of the first and second sheets, at least one of which is automatically printable, when predetermined data is input into a computer, , predetermined information is automatically printed on the medicine bag by a computer printer. Moreover, in the present invention, since the medicine bag is provided with a gusset, a large amount of medicine can be stored in the medicine bag.

(Example) Embodiments of the present invention will be described below with reference to the drawings.

1 to 3 show a continuous sheet of medicine bag paper used in an automatic computer printing device according to an embodiment of the present invention, in which 1 is a top sheet (second sheet) that can be automatically printed, and 2 is a back side. In the sheet (first sheet), the top sheet 1 is made of, for example, plain paper, and the back sheet 2 is also made of plain paper. Note that the back sheet 2 may be constructed using a transparent or translucent film. The above-mentioned top sheet 1 has a predetermined printing on it except for the part surrounded by O in Fig. 1, and the top sheet 1 and the back sheet 2 are glued or heat-sealed along both sides in the longitudinal direction. It is attached by.

On the other hand, the inner side of the back sheet 2 is bent in a box shape so that the sheet main body 4 has approximately the same width as the top sheet 1. The top sheet 1 is pasted in a band shape in the width direction at intervals corresponding to the length of the medicine bag by gluing or heat sealing. Further, the doglegged bent portion 5 of the straight sheet 2 and the backsheet main body portion 4, and the doglegged bent portion 5 of the backsheet 2 and the topsheet 1 are inclined so that the height increases toward the outside. The top sheet 1 and the back sheet 2 are pasted in a band shape by gluing or heat sealing, and a folding mold 8 is inserted by connecting the outer ends of the above-mentioned both side pasting parts 7. There are perforations 9 on the lower side.

Furthermore, ears 10 are formed on the outer sides of the side adhesive parts 3 of the top sheet 1 and the back sheet 2, and are mutually adhered to each other, and continuous punch holes 11 are formed in the ears 10, and A perforation 12 is provided between the ear portion 10 and the side attachment portion 3, and
A perforation 14 is also provided on the lower side of the width direction adhesive part 13, so that when it is cut off at the perforation 14 after automatic printing, the lower part of the folding die 8 becomes the bottom surface, and A medicine bag 15 is formed in which the curved portion 5 serves as a gusset 16.

Here, the continuous sheet-like medicine bag paper 17 is folded at the perforations 14 as shown in FIG. 3, but it may be wound as shown in FIG. 4.

Next, the method for manufacturing the continuous sheet medicine bag paper of this example will be explained in the fifth step.
This will be explained using figures.

When manufacturing this continuous paper, first, a predetermined printing is performed on a top sheet 1 that can be automatically printed, and then the both sides of the back sheet 2 are separated so that the sheet body 4 has approximately the same width as the top sheet 1. Fold it into a dogleg shape (see Figure 5 (aJΦ))
Note that the above-described printing may be performed after the continuous paper is manufactured.

When printing and folding are completed in this way, sheet 1.2
At the same time, the adhesive 18 is applied in a band shape on both sides of the back sheet, and the adhesive 18 is applied in a band shape in the width direction at fixed length intervals on the back sheet main body 4 and the top sheet 1. After applying the adhesive 18 in a band shape to the doglegged bent portion 5 of No. 2, the back sheet main body portion 4, and the top sheet 1 so that it becomes higher toward the outside, both sheets 1.2 are overlapped. Figure 5 (C)
(d)), and finally, perforations 9 and 14 are made along the lower side of the inclined adhesive part 7 and the lower side of the widthwise adhesive part 13, and approximately the middle of both side adhesive parts 3 is made. A perforation 12 is made in the edge part 10 to form an ear part 10, a continuous punch hole 11 is formed in the ear part 10, and this is folded or rolled. In some cases, it is difficult to attach them all at once during the process, and in such cases, heat sealing agent may be applied to the dogleg-shaped bent portions 5, and heat-sealing may be performed when forming the perforations 9, 12, and 14. .

Next, how to use it will be explained.

In this continuous sheet-like drug bag paper, the punch holes 11 on both sides for feeding the paper are inserted into the track part of the printer device in the same way as normal continuous paper, and the medical record number, for example, is entered into the computer by entering 487102 on the keyboard. The computer sends a print command for specified items to the printer device, and the printable surface sheet shown in Figure 1 is produced.
Predetermined printing is performed on the O-marked bone of No. 1.

When the continuous sheet-shaped drug bag paper printed in this way is sent out from the printer device, it is cut along the perforation 14 running in the width direction, and then cut along the perforation 9° 12 to the lower part of the inclined adhesive part 7 and the ear part. 10 is cut off, the medicine bag 15 is opened using the lower part of the folding mold 8 as the bottom surface and the doglegged bent part 5 as the gusset 16, and the medicine is poured into the bag.

In the continuous sheet medicine bag paper of this embodiment as described above, the printable front sheet 1 and the back sheet 2 are pasted together at the required locations to form a continuous sheet medicine bag paper. Using the device, it is possible to automatically print predetermined items on medicine bags that were previously handwritten. Therefore, the drug bag supply system can be incorporated into the line of an automated system that manages medical records by computer and automatically dispenses drugs or calculates charges based on the computerized medical record management, thereby facilitating the achievement of an automated management system. have

Further, in this paper, since the medicine bag 15 can be formed with a gusset 16 and a bottom surface, a large amount of medicine can be easily stored.

(Effects of the Invention) As described above, according to the present invention, the first and second sheets, at least one of which can be automatically printed, are adhered to each other as appropriate to form a continuous sheet-like medicine bag paper, and the medicine bag paper is made into a continuous sheet-like medicine bag paper. Since the gusset can be formed, information that was conventionally handwritten can be automatically printed on the medicine bag, and a large amount of medicine can be easily stored in the finished medicine bag.

[Brief explanation of the drawing]

1 and 2 are a front view and a perspective view, respectively, of a medicine bag made from a continuous sheet of medicine bag paper used in a computer automatic printing device according to an embodiment of the present invention, and FIGS. 3 and 4 are A perspective view showing the above-mentioned paper in a folded state and a perspective view showing a rolled state, respectively, Figures 5 (a), (b) (C
) (d) is a diagram for explaining the manufacturing method of each of the above-mentioned papers. 1...--Top sheet (second sheet), 2...
・・−・Back sheet (first sheet), 3−・−・−・Side adhesion part, 4・−・−・−Sheet body, 5・−・−・・
Dog-shaped bent portion, 7・−・−・−・Slanted adhesion portion, 8...
...Folding pattern, 9,12.14--perforation, 11
...--Continuous punch hole, 13--Width direction adhesion part, 15--Medicine bag, 16--Gusset, 17--
・・・－・Continuous sheet medicine bag paper. Patent applicant: Asha Printing Co., Ltd. January 12, 1999

Claims (4)

[Claims] (1) A longitudinal sheet having a first sheet extending in the longitudinal direction constituting one of the front and back sides of the medicine bag, a main face part constituting the other face of the front and back of the medicine bag, and a pair of inwardly folded side parts on both sides continuous thereto. The periphery of both sheets is pasted together in a roughly U-shape with a constant bag length interval in the longitudinal direction, excluding the opening, so that a plurality of bag structures are formed in a sheet shape in the longitudinal direction. A continuous sheet-like bag or paper that is constructed so as to be continuous and can be separated into each bag structure after printing, wherein each bag structure is separated and the folded side portions are extended to form a substantially flat rectangular bag. When forming, the first
The bottoms of the first and second sheets are formed into a trapezoidal shape that can be folded so that the bottom of the sheet, the bottom of the main surface of the second sheet, and the bottom of both sides gather together to form the rectangular bag bottom. In addition, the bottoms of both side surfaces of the second sheet are formed into a foldable triangular shape, and the peripheral edges of the trapezoidal bottoms and the triangular bottoms are bonded to each other to form a bottom plane. Continuous sheet medicine bag paper used in automatic computer printing equipment. (2) A first sheet and a second sheet, at least one of which is capable of automatic printing, are pasted to each other in a band shape along both sides in the longitudinal direction, and the first sheet has inner portions of the side pasting parts. Each sheet is bent into a dogleg shape and its sheet main body is formed to have approximately the same width as the second sheet, and the first sheet main body and the second sheet are pasted to each other in the width direction at a constant length interval. At the same time, the dogleg-shaped bent portion of the first sheet, the first sheet main body portion, and the second sheet are arranged so that the height becomes higher toward the outside between the side adhesive portion and the width adhesive portion. A folding die is inserted into the first and second sheets by tying the outer ends of both the inclined adhesive parts, and a corner is cut out in the lower part of the inclined adhesive part. or a perforation is provided along the lower side of the inclined adhesive part, and continuous punch holes for paper feeding are formed on the outside of both side adhesive parts of at least one of the first or second sheets. A computer automatic printing device characterized in that, when the lower end of the widthwise adhesive part is cut or separated, a gusseted medicine bag can be formed with the upper end being released and the lower part of the folding mold serving as the bottom surface. Continuous sheet medicine bag paper used for. (3) A patent claim characterized in that perforations are provided between the lateral pasted portions of the first and second sheets and the continuous punch hole and on the lower side of the widthwise pasted portion. Range 2nd
A continuous sheet of medicine bag paper used in the automatic computer printing device described in Section 1. (4) at least one of which is capable of automatic printing;
of the second sheet, bending both sides of the first sheet into a dogleg shape so that the sheet main body has approximately the same width as the second sheet; and at least one of the first and second sheets. At the same time, an adhesive is applied to at least one of the first sheet main body portion and the second sheet in the width direction at regular length intervals, and the first sheet has a cross section. a step of applying an adhesive to at least one of the first sheet main body portion and the second sheet at an angle so that the adhesive becomes higher toward the outside; overlapping the first and second sheets; a step of attaching the adhesive-applied portion; a step of tying the outer end positions of the inclined attaching portion to the first and second sheets and inserting a folding pattern; and a step of attaching the lower portion of the inclined attaching portion to the first and second sheets the step of cutting out corners or making perforations along the lower side of the slanted adhesive portion; and the step of forming continuous punch holes on the outside of both side adhesive portions of the first and second sheets. A method for manufacturing a continuous sheet of medicine bag paper used in an automatic computer printing device, characterized in that: