WO2004000200A1

WO2004000200A1 - Divided drug pack, divided drug pack continuum and process for producing divided drug pack continuum

Info

Publication number: WO2004000200A1
Application number: PCT/JP2003/007830
Authority: WO
Inventors: Yasuhiro Yamaguchi
Original assignee: Yasuhiro Yamaguchi
Priority date: 2002-06-24
Filing date: 2003-06-19
Publication date: 2003-12-31
Also published as: AU2002315878A1; JPWO2004000200A1; JP4344851B2; WO2004000199A1; AU2003211288A1; WO2004000198A1

Abstract

A divided drug pack continuum (A) produced by continuously forming divided drug packs (1), covering adhesive surface (20) of two-sided tape (2) with release paper (21) and sticking the adhesive surface of the opposite side to an internal surface of sheet paper of drug charging port (11). At, for example, a pharmacy having purchased the divided drug pack continuum, the divided drug pack continuum (A) is extended so that the drug charging port (11) is set upside, and drugs (61-64) are charged through the drug charging port (11). The release paper (21) is detached from the two-sided tape (2), and the adhesive surface (20) is stuck to the internal surface of sheet paper on the side where the two-sided tape is not stuck to the drug charging port. Thus, the drugs (61-64) can be efficiently sealed in the divided drug packs by manual work.

Description

TECHNICAL FIELD The present invention relates to a package, a drug package continuum, and a method for producing a drug package continuum.

The present invention relates to a package, a drug-packed continuum, and a method for producing a drug-packed continuum that can encapsulate a single dose of a drug. Background art

2. Description of the Related Art There has been conventionally known a technique of enclosing a single dose of a drug (tablet, capsule, powder) in a package so as to prevent mistakes in the type of the drug, mistake in taking the drug, and the like.

However, in a hospital dispensary or an insurance pharmacy (hereinafter referred to as a pharmacy, etc.), automatically encapsulating a predetermined drug in a package requires expensive (hundreds of thousands of millions of yen) drug. A packaging device is required. In addition, maintenance costs are required to maintain performance.

In addition, if the drug packaging device is not completely cleaned after the drug (mainly powder) is filled, trace contamination of other drugs (contamination) can occur.

SUMMARY OF THE INVENTION An object of the present invention is to provide a package, a drug package continuum, and a drug package that can efficiently enclose a drug manually by a pharmacist without using an expensive drug packaging device in a pharmacy or the like. It is intended to provide a method for producing a continuous package. Disclosure of the invention The invention of claim 1 is a bag-shaped package having a drug inlet in which two sheets are overlapped, and a part of the bag is protruded from the drug inlet of the package. It is characterized in that a sealing band covering the loading side is attached to the inner surface of the drug inlet. In this case, the sheet paper may be made of any material (other than paper) as long as it can be broken by hand when taking the medicine. (4) The release paper may be made of any material (other than paper) as long as it can be removed from the sealing band at the time of sealing. Also, since a part of the release paper has protruded from the drug inlet, when the package containing the drug is sealed, the protruding portion is picked and pulled, so that剝 The release paper can be easily removed. Furthermore, when the drug is injected into the package, the protruding part functions as a guide as it is, so that the injection of the drug is easy.

The package according to the second aspect of the present invention is the same as the first aspect, except that a sheet of a predetermined shape is folded in two, and the outer peripheral end other than the medicine inlet is bonded to form a bag. It is characterized by: In this case, the sheet paper to be folded in two may be a polygon, a circle, an ellipse, or the like in addition to the rectangle. According to a third aspect of the present invention, in addition to the configuration of the first aspect, in addition to the configuration of the first aspect, a set of sheet papers of a predetermined shape are overlapped, and the outer peripheral end other than the medicine inlet is bonded to form a bag. It is a feature.

The package according to the invention of claim 4 is the same as the structure of claim 1, except that the rectangular sheet paper is formed into a ring shape, and a part other than the medicine inlet is pasted into a bag shape, or the tubular sheet paper is filled with the medicine. It is characterized in that the openings other than the mouth are stuck together to form a bag.

In the package according to claims 2, 3, and 4, the bonding of the sheet paper is performed by bonding with an adhesive, heat fusion, ultrasonic fusion, or ultraviolet irradiation. Adhesion or the like can be used.

In the structure of claim 14, a pharmacy or the like purchases a drug from a pharmaceutical company and purchases a package from a package manufacturer. When encapsulating the drug in the package, the drug is injected into the package from the drug inlet with the drug inlet facing upward. After that, the release paper is peeled off from the sealing band, and the medicine inlet is sealed. As a result, in a pharmacy or the like, the drug can be efficiently and efficiently enclosed in a package without using an expensive drug packaging device.

The drug packaging continuum according to the invention of claim 5 is a drug packaging continuum in which a bag-like packaging body having a drug input port in which two sheets overlap is formed continuously. However, a part of the package protrudes from the drug inlet. The feature is that a sealing band covering the sealing side with release paper is attached to the inner surface of the drug inlet. In this case, the sheet may be made of any material (other than paper) as long as it can be broken by hand when taking the medicine. The release paper may be of any material (other than paper) as long as it can be peeled off at the time of sealing. In addition, since a part of the release paper protrudes from the medicine inlet, the same thing as in claim 1 can be said.

According to a sixth aspect of the present invention, there is provided a continuous medicine packaging apparatus according to the fifth aspect, wherein a strip-shaped sheet of paper is folded in two in the longitudinal direction, and a part other than the medicine inlet is laminated. And .

According to a seventh aspect of the present invention, there is provided a medicine packaging continuum formed by laminating a set of band-shaped sheet papers and pasting a part other than the medicine inlet. .

The continuum for medicine packaging according to the invention of claim 8 is the same as the construction of claim 5, except that the rectangular sheet paper is formed into a ring shape, and a part other than the medicine inlet is attached to the medicine. • One-

It is characterized in that a sealing band is attached to the inner surface of the!

In addition, in the medicine package continuum according to claim 6 to 8, the sheet paper can be bonded by using an adhesive, heat fusion, ultrasonic fusion, adhesion by ultraviolet irradiation, or the like. .

In the structure of claims 5-8, a pharmacy or the like purchases a drug from a pharmaceutical company and purchases a drug package continuum from a drug package continuum manufacturer. In this case, when enclosing the drug in the package, the drug package continuum is extended so that the drug inlet is on the upper side, and the drug is injected into each package from the drug inlet. Thereafter, the release paper is peeled off from the sealing band, and the drug inlet is sealed. As a result, in a pharmacy or the like, the drug can be efficiently and efficiently enclosed in the package of the drug packaging continuum without using an expensive drug packaging device.

A package according to a ninth aspect has the configuration according to the first aspect, and the shape of the portion protruding from the drug inlet is substantially three months. For this reason, when sealing the package into which the medicine has been injected, the release paper can be very easily peeled off from the sealing band by picking and pulling the approximately three-month portion. In addition, when the drug is injected into the package, the approximately three-month portion functions effectively as it is as a guide, so that the injection of the drug is easy. A medicine packaging continuous body according to claim 10 has the configuration according to claim 5, and the shape of the portion protruding from the medicine inlet is approximately three months. For this reason, when sealing the package into which the medicine has been charged, the release paper can be extremely easily removed from the sealing band by picking and pulling the approximately three-month portion. In addition, when the drug is injected into the package, the approximately three-month portion functions effectively as it is as a guide, making it easier to insert the drug. „

PC ~ ™

T / JP2003 / 007830.

The package of claim 11 has the configuration of claim 1, and a perforation is formed in the transverse direction substantially at the center of the release paper. For this reason, when injecting a drug, it is opened by folding it at the perforation! Can be held.

The pharmaceutical package continuous body of claim 12 has the configuration of claim 5, and a perforation is formed in the transverse direction substantially at the center of the release paper. For this reason, the opening state can be maintained by bending at the perforation when the medicine is injected.

The package according to claim 13 has the configuration of claim 1 and is rectangular, and the medicine inlet is formed at the center of one side of the rectangle.

In this case, since the medicine inlet is narrow, the medicine once injected is hardly spilled to the outside during the work up to enclosing, and the sealing can be performed without generating "wrinkles".

The medicine packaging continuous body of claim 14 has the configuration of claim 5 and is rectangular, and the medicine inlet is formed at the center of one side of the rectangle. In this case as well, since the drug inlet is narrow as in the case of claim 13, the injected drug is hardly spilled during the work up to encapsulation, and the sealing can be performed without wrinkles.

The package according to claim 15 has the configuration according to claim 13, wherein the lower side of the trapezoid of the release paper located inside the package is shorter than the upper side of the trapezoid located outside the medicine inlet or the package. It has a trapezoidal shape. This makes it easy to inject the drug and makes it difficult for the drug to spill outside. Also, when sealing the package into which the medicine has been injected, the upper side of the trapezoid can be easily pulled off by pulling and pulling the upper side of the trapezoid. A medicine package continuous body according to claim 16 has the configuration according to claim 14, wherein the lower side of the trapezoid of the release paper located inside the package is the upper side of the trapezoid located outside the medicine inlet or the package. It has a shorter trapezoidal shape. This facilitates the introduction of the drug as in claim 15 and makes it difficult for the drug to spill outside, so that when sealing the package containing the drug, the upper side of the trapezoid is pulled and pulled. This makes it easier to remove the release paper on the lower side of the trapezoid.

A package according to a seventeenth aspect has the configuration according to the first aspect, and the sealing band is a double-sided tape. Double-sided tape is readily available because it is commercially available. When providing a package to a pharmacy, etc., remove the release paper on the other side of the sealing band and attach it to the inner surface of the sheet at the drug inlet in advance.

A medicine packaging continuous body according to claim 18 has the configuration described in claim 5, and the sealing band is a double-sided tape. In this case, the double-sided tape is easily available, as in claim 17. In addition, when providing a continuous package of medicines to a pharmacy or the like, peel off the release paper on the opposite side of the sealing band and affix it in advance to the inner surface of the sheet paper at the medicine inlet.

A package according to a nineteenth aspect has the configuration according to the first aspect, and the sealing of the medicine inlet with the sealing band is performed with an adhesive. As for the adhesive, an adhesive such as an acrylic adhesive has excellent adhesiveness and is easily available. The adhesive is preferably of a type that cannot be peeled off, and includes an adhesive that cannot be peeled off.

In the case of folding a sheet of paper into two to make a package, or in the case of a sheet of paper in the form of a bag or in the form of a bag of sheet paper, it is necessary to apply an adhesive to the sealing band side to manufacture. Easy. Also, a set of sheet papers are stacked and attached In the case of making a package by peeling, it is preferable to put a release paper over the place where the adhesive is applied to the sheet side and then to bond the respective sheet papers together.

The pharmaceutical package continuous body according to claim 20 has the configuration according to claim 5, and the sealing of the drug input port with the sealing band is performed with an adhesive. As in the case of the nineteenth aspect, an adhesive such as an acrylic adhesive has excellent adhesiveness and is easily available. The adhesive is preferably of a non-removable type, and includes a non-removable adhesive. When a sheet of paper is folded in two to make a continuous package of medicines or when a sheet of paper is made into a loop, it is easier to manufacture by applying an adhesive to the sealing band side. In addition, when a set of sheet papers is laminated and bonded, it is preferable that the release paper is put on a place where the adhesive is applied to the sheet side and then the respective sheet papers are bonded together.

According to the invention of claim 21, there is provided a drug packaging continuous body in which a bag-shaped packaging body having a drug loading port in which two sheets overlap each other is continuously formed, and the drug loading port is provided at the drug loading port. A strip-shaped release paper having corresponding ears formed at predetermined intervals is arranged at the opening end of each sheet, and the ear is inserted into the medicine inlet, and the opening ends are bonded to each other. As a result, the medicine inlet is formed between the ear and the open end of the first and second sheets that are not bonded to the ear. For this reason, drugs such as tablets and capsules can be smoothly and easily injected into the package from the drug injection port using the ears as guides, and the operation of drug injection during dispensing can be performed quickly and efficiently. be able to. After the introduction of the drug, the release paper can be continuously gathered from one end and quickly peeled off, so that the release paper does not scatter in a random manner and contributes to the improvement of the efficiency of drug encapsulation. In addition, when manufacturing a continuous package of medicines, a simple configuration is required, in which two sheets are overlapped and release papers are lined up. Therefore, it is cheaper in cost and can be widely spread by mass production. In addition, as a strip-shaped release paper with ears is inserted into the opening end of each sheet, all the ears are located at the drug inlet at once without using special tools. This eliminates the need to attach the release paper to the drug inlet one by one, which improves production efficiency.

In the invention of claim 22, the first sheet and the second sheet are formed so that the bag-like packages are adjacent to each other via the bonding line, and are formed at the opening end of each sheet. It is a medicine package continuous body provided with a medicine inlet of a package, and strip-shaped release papers having ears corresponding to the medicine inlet formed at predetermined intervals are arranged at the opening end of each sheet. Part is inserted into the medicine inlet and the open ends are stuck together. Thereby, an effect similar to that of claim 21 is obtained.

According to the invention of claim 23, there is provided a continuous medicine packaging body in which a bag-shaped packaging body having a medicine input port in which two sheets are overlapped is continuously formed, and a strip-shaped medicine input port is provided. Release sheets of approximately equal width are arranged at the opening end of each sheet so as to protrude from the medicine inlet, and the opening ends are bonded together with the release paper interposed therebetween. In this case, assembling is performed by a simple operation such as arranging a strip-shaped release sheet having substantially the same width at the opening end of each sheet, thereby realizing mass production of a medicine packaging continuous body that is cost-effective. .

According to the invention of claim 24, the small protrusion which is identifiable by touch is formed on the package. For this reason, the number, shape, arrangement relationship, and the like of the small protrusions of the package function as information, and the time point of taking the drug can be confirmed. This is an indicator that prevents medication errors, especially if the visually impaired or the visually impaired take the drug.

According to the invention of claim 25, a small part of the front side or the back side of the package is provided. At least, a strip-like elongated sheet is stacked and attached to form a pocket part for storage. For this reason, it is convenient to store explanatory papers, memos, or other medications related to the drug in the pocket, even among small items that are in hand.

In the invention of claim 26, when a hole is provided at the opening end of the sheet and the release paper is peeled off from the opening end, the adhesive applied to the opening end is exposed from the hole and adhered. Part. For this reason, another medicine package or the like is attached to the sticking part, or the package is attached to the indoor wall surface, treatment equipment, or furniture furniture such as a bookcase or closet through the sticking part. Can be stored temporarily.

In the invention according to claim 27, a cutout portion, a cut line, or a resectable line that can be identified by touch is formed in the bonded portion at the boundary between adjacent packages. Therefore, as in the case of claim 24, it is an index for preventing a mistake in the method of taking the medicine.

In the invention of claim 28, when the release paper is inserted between the open ends, the notch recesses are provided at predetermined intervals at the lower end of the release paper at a position corresponding to the boundary of the adjacent package. Form intermittently. In this case, since the cutout concave portion of the release paper corresponds to the boundary portion of the package, the cutout concave portion functions as a guide for positioning with respect to the boundary portion. In addition, the cutout recess reduces the area to be separated from the bonding portion and improves the release property of the release paper.

By the way, if the notch recess is not provided, the sheet protrudes downward from the sheet bonding portion at the boundary. The lower end of the release paper has a non-bonding band that only overlaps the sheet (see details). Are described later in a 30th embodiment of the best mode). For this reason, the adjacent packages are opened by the non-bonding zone after the release paper is released, but are not bonded by the cutout recess. The joint zone does not disappear and the boundary of the package is not opened. Moreover, unlike the method using a release paper having a cutout recess provided in advance at the time of assembling, the notch depression is formed at the same time as the assembling of the release paper. Reduction in production leads to improved productivity.

According to the invention of claim 29, one of the open ends is set to be taller than the other open end, and a length is set between the tall open end and the release paper. A wide laminating layer protruding from the lower opening end is applied, and a part of the laminating layer is exposed from the lower opening end to form a laminating part when the release paper is peeled off. Therefore, the portion of the bonding layer exposed from the lower end of the opening forms the bonding portion, and the same effects as those described in claim 26 can be obtained.

The release paper according to the invention of claim 30 is formed of a synthetic resin that is weakly fusible to each sheet, and the boundary between adjacent packages is heat-sealed together with the release paper. When pasted, the release paper is easily peeled off from the boundary.

In the invention of claim 31, a portion of the boundary between the adjacent packages that overlaps with the release paper has a shape in which the bonding area is reduced. For this reason, the separation target area of the release paper is reduced with respect to the boundary portion, and the release paper is easily peeled off, thereby improving the releasability.

According to the invention of Claim 32, in Claims 21 and 22, the first sheet and the second sheet are formed by folding a continuous sheet along the longitudinal direction. For this reason, a simple structure in which only a single sheet is folded is sufficient, which is advantageous in cost.

According to the invention of claim 33, in the drug-packed continuum, the first series The sheet and the second sheet are overlapped and bonded along the longitudinal bonding line at the approximate center, and are formed in the front, rear, left and right directions by bonding along the short direction bonding line. A bag-shaped packet, a drug inlet provided at the opening ends on both left and right sides of each sheet so as to correspond to the packet, and ears corresponding to the drug port were formed at predetermined intervals. A strip-shaped release paper is provided, release papers are arranged on the left and right opening ends of each sheet, and the ears are inserted into the medicine inlet and the opening ends are bonded to each other. This makes it possible to form a package (continuous drug package) in two rows on the left and right, which is in addition to the advantages of claims 21 and 22, and a large number of packages at once. Which is excellent in mass productivity.

According to the invention of claim 34, in claim 33, at least one of the open ends of each sheet is bent inward to form a bent end portion. I have. Due to the formation of the bent portion, the tip of the bent portion is directed toward the inside of the package, and the tip protrudes like a tongue from the bonding surface of the first sheet and the second sheet. Structure. Therefore, even if the package is shaken or turned upside down, the tip of the bent portion does not allow the medicine in the package to approach and prevents the medicine from approaching. As a result, a good hygienic environment can be maintained without the drug enclosed in the package coming into contact with the adhesive located on the bonding surface. In addition, a simple configuration in which the end folded portion is formed by bending without adding a new member is sufficient, and a sanitary environment for the drug after encapsulation can be realized in a cost-effective manner.

According to the invention of claims 35 to 37, in claim 34, the outer end of the release paper is drawn inward from the folded edge, or is substantially flush with or protrudes outward. Is set as follows. In this way, even when the outer end of the release sheet is positioned in various ways with respect to the edge folded portion, the release sheet can be satisfactorily removed during sealing. You can pick it up. In particular, if the release paper protrudes outside the edge fold, it becomes easier to pick up the release paper.

According to the invention of claim 38, in claim 21, the opening ends on the medicine inlet side of each sheet are bonded to each other with an adhesive. Therefore, the convenience that the adhesive can be obtained at a relatively low price as a bonding means can be obtained. As a bonding means other than the drug inlet, heat sealing means such as adhesives, heat fusion, ultrasonic fusion, and ultraviolet irradiation can be used. The adhesive may be an adhesive such as PSA as an example, or may be an adhesive having both properties of an adhesive and an adhesive.

According to the invention of claim 39, in claim 5, a removal line is formed between the adjacent packages so that the packages can be separated from each other along the bonding line. Therefore, in order to obtain a package from the drug package continuum, it is only necessary to pull and separate the packages along the removal line.

According to the 40th aspect of the present invention, in the 21st aspect, a removal line is formed on the release sheet so that adjacent ear portions can be separated from each other. For this reason, the packaging body can be easily and easily cut off together with the release paper. According to the invention of claim 41, the release paper according to claim 21 can be configured such that adjacent ears can be separated from each other. To form a narrow constriction. Therefore, the package can be easily and easily separated together with the release paper by pulling and cutting the constricted portion.

According to the invention of claim 42, in claim 21, the release paper is formed with a removal line that can be cut off from the ear part. For this reason, the manufacturing side of the drug-packaging continuum, depending on the choice of the pharmacy or other customers, Can also provide a drug packaging continuum in an individual and independent form. According to the invention of claim 43, in claim 33, a cut line that cuts the continuous drug packaging bodies in a shape that can be distinguished by touch is provided in the bonding line in the longitudinal direction substantially at the center of the bonding lines. Form a line. For this reason, when the medicine package continuum is cut off by the cut line, a shape that can be identified by touch is generated in each packet, and the time point of taking the medicine can be confirmed. In this way, the identifiable shape plays a role like Braille, and is an indicator to prevent mistakes in how to take it, especially when taken by blind and visually impaired people.

According to the invention of claim 44, the first sheet and the second sheet are superimposed on each other and bonded together at the substantially central portion along the bonding line in the longitudinal direction, and along the bonding line in the short direction. A bag-like package formed in the front, rear, left and right directions by bonding together, a medicine inlet port provided at the opening end on each of the left and right sides of each sheet so as to correspond to the package, A strip-shaped release paper with ears corresponding to the inlets formed at predetermined intervals is provided.These release papers are arranged at the left and right opening ends of each sheet, and the ears are inserted into the medicine inlet and opened. A method for producing a continuous drug package in which end portions are attached to each other, comprising: a pressing step of overlapping a first sheet, a second sheet, and a release sheet and sandwiching the sheet between a pair of rollers; Withdrawal process that draws out synchronously for positioning with respect to the paper ear That Yusuke. Therefore, in addition to obtaining the advantages described in claim 21, in addition to the simple operation of superimposing the first sheet, the second sheet, and the release paper, the sheet is passed through a pair of rollers and pulled out. In this way, unnecessary wrinkles of the drug packaging continuous body are extended to form a flat and smooth finished surface. Moreover 剝 By always positioning the ear to the medicine inlet in the release paper withdrawing process, it is possible to prevent the ear from being displaced and to maintain high quality of the product. The continuum of drug packaging that has passed through a pair of rollers is quickly pulled out to the outside via a release paper, so it is excellent in mass productivity due to consistent production without stagnation, and can respond to large demands. .

According to the invention of claim 45, in claim 44, a continuous hole is continuously formed at a predetermined pitch in the longitudinal direction in the release paper, and the hole is engaged with the hole by rotation in the drawing process. A gear is provided to draw out the release paper. For this reason, it is possible to determine the position of the ear of the release paper by a simple means such as a gear, thereby preventing the displacement.

According to the invention of claim 46, in claim 44, the drug-packing continuous body is separated from the bonding line in the longitudinal direction at substantially the center of the bonding line in a shape that can be identified by touch. A score line is formed. For this reason, the same effect as in claim 43 can be obtained.

According to the invention of claim 47, in claim 44, at least one of the open ends of each sheet is bent inward to form a bent end portion. I have. For this reason, the same advantage as in claim 34 can be obtained. BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is an explanatory view showing the structure of a continuous drug package according to the first embodiment of the present invention.

Fig. 2 is an explanatory diagram showing the method of enclosing a drug into a package of a drug-packed continuum (front side).

Figure 3 shows the theory of how to pack a drug into a package of a drug pack continuum. It is a clear view (back side).

FIG. 4 is an explanatory diagram showing a method for producing a continuous drug package.

(A) of FIG. 5 is an explanatory diagram showing the structure of a drug-packaging continuum in the second embodiment, and (b) of FIG.

FIG. 6 is an explanatory diagram showing a state in which a drug is charged into a drug package continuum.

FIG. 7 is an explanatory view showing another structure of the press plate portion in the third embodiment.

FIG. 8 is an explanatory diagram showing a method of enclosing a drug in a package according to the fourth embodiment.

(A) and (b) of FIG. 9 are explanatory diagrams showing the structure of the package according to the sixth embodiment.

FIG. 10 is an explanatory diagram showing the structure of the package according to the seventh embodiment. FIG. II is an explanatory view showing the structure of the package according to the eighth embodiment and the manufacturing steps thereof.

Fig. 12 (a) is an explanatory view showing the structure of the package according to the ninth embodiment and the manufacturing process thereof, and (b) is the structure of the package according to the tenth embodiment and its manufacture. It is explanatory drawing which shows a process.

FIG. 13 is an explanatory view showing the structure of the continuous drug package according to the eleventh embodiment and the manufacturing process thereof.

FIG. 14 is an explanatory view showing the structure of the package according to the 12th embodiment. FIG. 15 is a front view of the continuous medicine package according to the 13th embodiment. FIG. 16 is an explanatory diagram of a drug package continuum.

FIG. 17 is a front view of the continuous drug package according to the 14th embodiment. FIG. 18 is a front view of the medicine package continuous body according to the fifteenth embodiment. FIG. 19 is a front view of the release paper in which a removal line and a constricted portion are formed on the release paper.

FIG. 20 is a front view of the medicine packaging continuum according to the sixteenth example. FIG. 21 is a schematic diagram of a processing apparatus.

FIG. 22 is a top view of a processing apparatus for producing a continuous medicine package. FIG. 23 is a front view of the medicine packaging continuum in which a score line is formed. FIG. 24 is a front view of the continuous medicine packaging body separated by a score line.

FIG. 25 is a front view of the pharmacological ij-packed continuum according to the seventeenth embodiment. FIG. 26 is a front view of the 1 U packaged continuum according to the eighteenth embodiment. FIG. 27 is a front view of a continuum of drug package according to the nineteenth embodiment. FIG. 28 is a front view of a drug pack according to Example 20 ^: | J-packed continuum. FIG. 29 is a front view of a pharmacological: Iij-packed continuum according to Example 21. FIG. 30 is a front view of a pharmacological ^: iij-packed continuum according to the second example. FIG. 31 is a front view of a continuum for simultaneous packaging of drugs according to the thirteenth embodiment. FIG. 32 is a front view of a pharmacy ^: 1! J package continuum according to Example 24. FIG. 33 is a front view of a pharmacy ^: I | J-packed continuum according to the fifth embodiment. FIG. 34 is a front view of the pharmacological Iij packaged continuum according to the 26th embodiment. FIG. 35 is a front view of a continuum of pharmacologically active Iij according to the twenty-seventh embodiment. FIG. 36 is a front view of a pharmacologic i-separation continuum according to Example 28. FIG. 37 is a front view of the pharmacological Iij packaged continuum according to the twentieth embodiment. FIG. 38 is a front view of a pharmacological 11J-packed continuum according to Example 29. FIG. 39 is a front view of the pharmacological Iij packaged continuum according to the ninth embodiment. FIG. 40 is a front view of a drug ij packaged continuum according to the nineteenth embodiment. FIG. 41 is a front view of the medicine package continuous body according to the thirtieth embodiment. FIG. 42 is an exploded perspective view of the release paper and the heat resistance bar.

FIG. 43 is a front view of the medicine package continuous body according to the thirty-first embodiment. FIG. 44 is a front view of the continuous drug package according to the 32nd example. FIG. 45 is a front view of the continuous drug package according to the 33rd embodiment.

BEST MODE FOR CARRYING OUT THE INVENTION

First, a first embodiment of the present invention will be described with reference to FIGS.

'' As shown in Fig. 1, the drug pack continuum A is made up of the packs 1, 1 ... continuously, and the drug input port 1 1 where two sheets are overlapped has an adhesive surface 2 Double-sided tape 2 (sealing band) with 0 (sealing side) covered with release paper 21 is adhered.

In this embodiment, the strip-shaped sheet of paper is folded in two in the longitudinal direction, and the open sides in the vertical and horizontal directions are flat press plates 31, 3 except for the central portion of the upper side 12 (drug inlet 11). 1 (see Fig. 4) to form packages 1, 1 ... continuously by heat fusion.

The upper side 12 is heat-sealed only at the inner side of the plate portion by press plate portions 32 and 32 (see FIG. 4) provided with grooves 30 in consideration of the thickness of the double-sided tape 2. Thus, heat fusion can be performed without wrinkles at the boundary.

Further, a perforation 15 for separating the package bodies 1 from each other is formed between the fusion portion 13 and the fusion portion 14.

The double-sided tape 2 is peeled off from the release paper on the opposite side of the release paper 2 1 (which has been silicone-coated to make it easier to remove), and the adhesive surface of the release paper 2 1 Is stuck on the inside. In addition, double-sided The part protruding from the drug inlet 11 of the loop 2 is not provided with an adhesive surface.

Double-sided tape 1 (release paper 2 1) has a trapezoidal shape in which the upper side 22 is longer than the lower side 23.

Since the drug packaging continuum A is wrapped so that the side without the double-sided tape 2 serving as the sealing band is on the outside, it has a "curl habit" and the opening is easily held.

The drug packaging continuum A is stored around the core, but the length of the core is taken into account with the length of the separation paper 21 protruding from the drug inlet 11 1 (the length of the protruding length). (+ Longitudinal side of the package 1) 剝 It is possible to protect the release paper 21 from bending.

Furthermore, if the release paper 21 protruding from the drug inlet 11 is folded so as to cover the drug inlet 11, dust can be prevented from entering during storage until the drug is injected. In addition, there is no need to increase the length of the winding core.

Further, a perforation 24 may be formed in the transverse direction substantially at the center of the release paper 21 (refer to the drug-packing continuum B in FIG. 5; corresponding to claim 11).

In this way, when the medicines 6 1 to 6 9 are introduced, the opening state of the medicine inlet 11 can be maintained by folding the valley at the perforation 24, and the introduction of the medicines 6 1 to 6 9 Is easy. In addition, the perforation 24 is formed up to just before the adhesive surface 20 or to the lower end.

Next, the method for producing the drug-packed continuum A will be described with reference to FIG.

The drug packaging continuum manufacturer manufactures the drug packaging continuum A to be supplied to pharmacies and the like. (1) Fold out the strip-shaped sheet of paper that has been folded in two in the longitudinal direction and wound into a roll, and insert the opening 3 into the top of the sheet of paper to open it.

(2) 2 Release paper 2 Hold the upper side 2 2 side of the double-sided tape 1 with the release paper on the opposite side of the release paper 2 1 between the grippers 4 1 of the robot 4, and insert the inner surface of the sheet paper (drug inlet). 1 Attach the adhesive surface to 1). There is no adhesive surface on the part that is expected to protrude from the drug inlet 11.

(3) Next, the two-folded band-shaped sheet is cut into a flat press plate part 3 1, 3, except for the central part of the upper side 12 (the position of the drug inlet 11). 1 (see Fig. 4) to form packages 1, 1… continuously by heat fusion.

At the same time, the upper side 12 is pressed while heating the upper side 12 with a press plate portion 32.32 having a groove 30 in consideration of the thickness of the double-sided tape 2, and only the outer portion of the upper side 12 is heat-sealed.

In this embodiment, a set of press plates (substantially “shaped”) having a press plate portion 31 and a press plate portion 32 is employed. .

(4) The blades 5 and 5 are sandwiched between the fusion parts 13 and the fusion parts 14 to form perforations 15 for separating the package bodies 1 from each other.

(5) Wrap it in a roll and supply it to pharmacies.

Next, a method of sealing a drug into the packet 1 of the drug packet continuum A at a pharmacy will be described with reference to FIGS. 2 and 3. FIG.

1. Feed out the medicine packing continuum A in the longitudinal direction so that the medicine inlet 11 is positioned on the upper side (see Fig. 2).

2. Inject the medicine 6 1—64 4 to be taken at the prescribed time (for example, in the morning, noon, or evening) from the medicine inlet 11 into the sachet 1. 7830 (see Figure 2). If the drug is in powder form, a hopper or the like may be used.

3. Remove the release paper 2 1 from the double-sided tape 1 stuck to the drug input port 1 1 of the package 1 into which the drug 6 1—69 9 has been completely loaded, and sheet the adhesive face I 0. Glue to the inner surface. As a result, the drugs 61 to 69 are encapsulated in the package 1.

When several days to several weeks of the drug 61 to 69 are to be enclosed in the package 1, the enclosed portion is sequentially sent out to the right side in the figure and the drug is injected into the unenclosed portion.

Next, advantages of the drug-packed continuum A of this example will be described.

[A] If a pharmacy or the like purchases a drug packaging continuum A from a drug packaging continuum manufacturer, the drug 6 1 — 69 can be manually prepared without using an expensive drug packaging device at the pharmacy. It can be efficiently enclosed in the package 1, 1, ... 1. As a result, there is a possibility that a small amount of contaminants (concentration) of other medicines may occur in the medicine packing apparatus due to incomplete cleaning of the medicine packing apparatus after the medicine (mainly powder) is filled. There is no.

[B] Since a part of the double-sided tape 2 protrudes from the drug inlet 1 1, when sealing the package 1 into which the drugs 61-69 have been charged, the protruding portion is picked. By pulling, the release sheet 21 can be easily removed from the double-sided tape 2.

Also, when the drugs 61 to 69 are injected into the sachet 1, the protruding portion functions as a guide as it is, so that the injection of the drugs 61 to 69 is easy.

[ゥ] The drug inlet 11 is formed at the center of the upper side 12, and the upper side 12 other than the drug inlet 11 is heat-sealed. Drug inlet 1 1 is narrow As a result, the chemicals 6 1-69 that have been injected are not easily spilled during the work up to encapsulation, and sealing can be performed without wrinkles.

[E] The lower side 23 of the double-sided tape 2 (剝 release paper 2 1) located inside the package 1 has a trapezoidal shape shorter than the upper side 22 located outside the package 1. As a result, it is easy to introduce the medicines 61 to 69, and it is hard to spill.

Also, when sealing the package 1 into which the medicines 6 1 to 6 9 have been charged, the upper side 22 is picked up and pulled to easily attach the lower side 23 to the release paper 11. Can be removed.

[E] From the viewpoint of the manufacturer of continuous drug packaging, double-sided tape 2 is easily available and inexpensive because it is sold. For this reason, the drug-packed continuum A can be manufactured at low cost.

[Strength] With the conventional semi-automatic drug dispenser, the "hand-rolling" of the drug to "tablet 拼" can be performed at the drug inlet 11 by using the drug dispensing continuum A as it is. Is high.

[G] When conducting a dispensing audit continuously to check whether dispensing has been correctly performed in a single package, pulling out 2 L of release paper from the package 1 as a sign that the inspection has been completed will ensure the audit. Can be implemented.

If you find any mistake in loading, replace it with the correct drug and then remove the release paper 21 and seal it. This makes it easy to correct mistakes in input.

[Second embodiment]

As shown in (a) of FIG. 5, in the drug-packed continuum B, the shape of the portion 230 of the packet 1 protruding from the drug inlet 11 is approximately three months. In addition, the adhesive paper 20 is covered. Perforations 24 are formed in the direction. The perforation 24 extends to a position before the adhesive surface 20 or to the lower end.

For this reason, as shown in FIG. 6, when introducing the medicine, the medicine inlet 11 can be kept open by spreading it out with the finger 8 and folding it at the perforation 24.

[Third embodiment]

As shown in FIG. 7, a groove 30 may be formed in only one of the press plates 32, or a configuration in which only the press plate 32 generates heat may be used.

[Fourth embodiment]

Fold the rectangular sheet into two pieces in the short direction, heat-bond the open sides other than the drug inlet 11, and seal the adhesive side 20 with the release paper 21 1, opposite the double-sided tape 2. Is attached to the inner surface of a sheet of paper at the drug inlet 11 to produce a plurality of packages 1 (corresponding to claims 1, 2, 9, 11, 11, 13, 15, and 17).

Then, insert each package 1 into the grooved holder 7 1 of the loading jig 7, spread the drug loading port 1 1 with a finger 8 or the like, fold it at the perforation 2 4, and fold the drug loading port 1. While holding the open state of 1, the medicine is introduced as shown in Fig.8.

[Fifth embodiment]

As shown in (b) of FIG. 5, the adhesive surface 20 may protrude from the release paper 11 of the double-sided tape 2. With this configuration, the sealing property is further improved.

[Sixth embodiment]

As shown in FIGS. 9A and 9B, the package 1 may be substantially circular or triangular. For example, take the drug enclosed in the substantially circular package 1 in the morning, take the drug enclosed in the triangular package 1 in the daytime, and take the drug enclosed in the rectangular package 1 in the evening. This will ensure that even visually impaired people will not miss a dose.

[Seventh embodiment]

As shown in FIG. 10, the medicine inlet may be formed at the corner of the packet 1. In this case, the corner of the packet 1 functions as a guide when the drug is injected.

[Δth embodiment]

As shown in Fig. 11, a double-sided tape 2 whose sealing side is covered with release paper 21 is attached to the inner surface of the upper opening 91 of the tubular sheet of paper 90 to flatten it and open the lower opening. The package 9 may be manufactured by laminating the upper opening 91 other than the part 92 and the medicine inlet 93 to a bag shape by heat fusion or the like. The double-sided tape 2 may be attached to the left or right of the upper opening 91 in addition to the center of the upper opening 91.

[Ninth embodiment]

As shown in Fig. 12 (a), the rectangular sheet paper 94 is heat-sealed with both ends overlapped, and both ends are welded 95) to form a ring, and the inner surface of the upper opening 91 is formed. Affix the double-sided tape 2 covering the sealing side with release paper 2 1, flatten it, and heat-seal the lower opening 92 and the upper opening 91 other than the drug inlet 93. The package 9 may be manufactured by laminating in a bag shape. In addition, the position of the both-end fusion parts 95 when flattened may be the center or the left of the package 9 in addition to the right of the package 9. Furthermore, the rain surface tape 2 is applied to the right side of the both-end fused portion 95 and the same position as the both-end fused portion 95, in addition to the left side of the both-end fused portion 95. You can use it.

[10th embodiment]

As shown in Fig. 12 (b), a double-sided tape 2 whose sealing side is covered with release paper 21 is attached to the vertical side of a rectangular sheet of paper 94, and a sheet of paper 94 is attached. Flatten both ends in an overlapped state, heat-bond (= both-end fused parts 96) the overlapping parts other than the drug inlet 93 to form a ring, and further, the lower opening 9 and the upper opening The package 9 may be manufactured by laminating 9 1 by heat fusion. Note that the double-sided tape 2 may be attached at an upper position or a lower position in the drawing other than the center of the both-end fused portion 96.

In addition, when the lower opening 92 and the upper opening 91 are bonded by heat sealing, the positions occupied by the both ends fused portions 96 are located at the left side of the drawing, in addition to the center of the package 9, and It may be rightward.

[Example 11]

As shown in FIG. 13, a double-sided tape 2 whose sealing side is covered with release paper 21 is attached to rectangular sheet 80 at a predetermined interval, and the upper end and the lower end are overlapped. The overlapping portion other than the drug inlet 8 1 is heat-sealed (= end-to-end fusion portion 8 2) to make a ring shape, and also heat-fused (-fusion portion 8 3) in the vertical direction, and the package 8 4 A perforated line 85 is formed at the center of the fusion section 83 to separate the drug packages 84,… to produce a drug-packed continuum C in which the package bodies 84.8… are continuously connected. You may. In addition, when flattened, the position of the both-end fused portions 82 may be not only in the center of the drug-packed continuum C but also in the upper part of the drawing or the lower part of the drawing. Furthermore, the position where the double-sided tape 2 is attached may be leftward or rightward in addition to the center between the adjacent fusion parts 83 and one fusion part 83 of the package 84.

[Example 12] In the package 50, the sheet paper 52 of the medicine inlet 51 on the side where the double-sided tape 2 is not stuck is folded in two and extends above the double-sided tape 2 (Fig. 1 4). For this reason, the lower end of the sheet paper 52 acts as a valve body that faces inward of the package to prevent backflow, so that the medicine once injected into the package hardly spills outside and touches the double-sided tape 2. Not sanitary.

The position of the medicine inlet 51 (the position of the double-sided tape 2) may be leftward or rightward in addition to the center of the packaging body 50. Further, the length of the sheet paper 52 on the side on which the double-sided tape 2 is not stuck can be set as desired.

[Third Embodiment]

In the thirteenth embodiment, as shown in FIG. 15, the drug-packed continuum 100 is formed by folding a continuous sheet 101 along a fold curve 102 along the longitudinal direction. I have. The front side of the sheet 101 is referred to as a first sheet 103, and the back side thereof is referred to as a second sheet 104. A bonding line 100 A is formed at a predetermined interval in the short direction of the sheet 101, and the bag-like package 1 107 is placed adjacent to the bonding line 100 A via the bonding line 100 A. It is connected. In this case, separate i-th sheet 103 and second sheet 104 may be used in place of continuous sheet 101.

An opening end portion 103a is formed at an upper end portion of the first sheet 103, and an opening end portion 104a is formed at an upper end portion of the second sheet 104. The open end portion 104a is bent inward to form a bent end portion 105, and serves as a valve-shaped stopper for the medicine in the package 107. The open end portion 103 a of the first sheet 103 is located at a position retracted below the open end portion 104 a of the second sheet 104, and the open end portion 103 a, 1 0 4 a Between them, a medicine inlet 106 is formed as described later. Also, a continuous continuous release paper 108 (hereinafter simply referred to as release paper) in a band shape is arranged along the opening end portions 103a and 104a, and the predetermined release paper 108 is provided. The ears 108 A projecting in a substantially inverted trapezoidal shape at intervals of are inserted into the medicine inlet 106. In this case, the width of the release paper 108 is set to be small, and the outer end of the release paper 108 is drawn slightly inward from the end folded portion 105. In this state, an elongated strip-shaped adhesive 109 is interposed between the opening ends 103 a and 104 a as a sealing band, and the opening end 10 is removed except for the ear 108 A. 3a, 104a are pasted together. As a result, the medicine inlet 106 is located between the surface of the ear 108A on which the adhesive 109 is not bonded and the open end 104a. As a bonding means other than the chemical inlet 106, heat sealing means such as heat fusion, ultrasonic fusion, and ultraviolet irradiation can be used in addition to the adhesive. Thereafter, a removable line 200 that can be separated from and separated from the perforation line and the cut line is formed along the bonding line 100 A, and a removable line 200 a crossing the release paper 108 is provided. ing. The pharmaceutical package continuous body 100 configured as described above is wound into a cylindrical shape, or alternately folded and folded in a bellows shape, and provided to a medical institution such as a pharmacy. At the pharmacy, etc., in order to put the drug into the package 107, unpack the package, pull out the drug package continuum 100, place it on the dispensing counter, etc., and then see Figure I6 Fold the release paper 108 forward. As a result, the medicine inlet I06 is opened widely, and the release paper 108 itself serves as a guide for medicine introduction, so that the medicine D can be easily and quickly introduced. In addition, since the release paper 108 is a continuous strip of paper, simply folding the release paper 108 in one place to the front side allows the folding action to be performed adjacently. 2003/007830

This has the advantage of spreading to the drug inlet 106 of 107 and prompting the opening of the adjacent drug inlet 106. After dosing of drug D, ear 1 108 A is glued 1

From 09, press the part corresponding to the ear part 108 A of the open end part 103 a against the end folded part 105 side, seal the medicine inlet 106 and put the medicine D. Enclose in package 107.

In addition, due to the formation of the bent end portion 105, as shown in the enlarged vertical cross-section of FIG. The tip is slightly more than the adhesive 109

It becomes a structure that protrudes in the shape of a tongue inward of 107. Therefore, the package 1

Even if 07 is shaken or inverted, the tip of the bent portion 105 does not approach the medicine in the packaging body 107 and prevents the medicine from approaching. As a result, the package

A good sanitary environment can be maintained because the drug enclosed in 107 does not touch the adhesive 109 located on the bonding surface. In addition, a simple configuration in which the end folded portion 105 is simply bent without adding a separate member is sufficient, and a sanitary environment for the drug after encapsulation can be realized in a cost-effective manner.

[The 14th embodiment]

In the 14th embodiment, as shown in FIG. 17, the release paper 108 is set to be wide, and the outer end of the release paper 108 is flush or substantially flush with the edge folded portion 105. ing. In this case, a removal line 200 a crossing the release paper 108 is not formed, and a removal line 201 is formed along the convex arc on the upper side of the ear 108 A,剝 The release paper 108 can be separated from the ear 108 A.

[15th embodiment]

In the fifteenth embodiment, as shown in FIG. PT / JP2003 / 007830 The width is set wider than in the example, and the outer end of the release paper 108 protrudes beyond the edge folded portion 105. In this case, instead of the arc-shaped removal line I01 in Fig. 17, a removal line 202 crossing the release paper 108 in a U-shape from both ends of the upper side of the ear I08A is formed. ing. For this reason, when the release paper 10 δ is cut along the removal line 0 2, the ear portion 108 A has a wide margin left above. When pulling away from 109, the ear I 08 A can be easily picked and removed.

FIG. 19 collectively shows representative examples of forming a removal line on the release paper 108. The release paper 108 shown in (a), (8), and (2) in Fig. 19 corresponds to the 13th to 15th embodiment, respectively, and the release paper 108 in (mouth) is the removal line. Instead of providing 200 a, 210, and 202, the middle part between adjacent ears 108 A and 108 A of the release paper 108 is narrowed to narrow the constricted portion 203. Has formed. For this reason, the release sheet 108 can be cut off at a required location by pulling the predetermined constricted portion 203 and cutting it at the time of sealing the medicine into the package 107.

[Example 16]

FIGS. 20 to 24 show a sixteenth embodiment of the present invention. In the sixteenth embodiment, during manufacture, the package 101 is connected to the sheet 101 in two rows on the left and right, and the package 107 is connected to the front and back to form a two-row continuous drug package. For this reason, as shown in FIG. 20, the first sheet 103 and the second sheet 104 are set to be wider than in the case of the thirteenth embodiment by using separate members. ing. The first sheet 103 and the second sheet 104 are superimposed on each other, and the left and right opening ends 103a and 104a are provided in the same manner as in the thirteenth embodiment. Insert the ears 1 0 8 て into the drug inlet 1 0 6 0 9 is interposed. The first and second sheets 103 and 104 have, in addition to the bonding line 100 OA that crosses in the transverse direction at a predetermined interval, a bonding line 100 B along the longitudinal direction at the center. Is formed into a single character. The portion surrounded by the bonding lines 100 A and 100 B formed in the vertical and horizontal directions in this way is referred to as a package 107 that is connected in two rows on the left and right.には A series of holes 204 are continuously drilled in the outer edge of the release paper 108 along the longitudinal direction at predetermined equal pitch intervals as a marginal bunch hole for processing to be described later. ing. The hole 204 can be formed in various shapes such as a circle (for example, 4 mm), an ellipse, or a semicircle instead of a rectangle or a square. The outer edge having these holes 204 is cut off from the release paper 108 by a cutter (not shown) or the like (not shown) in the manufacturing process.

FIGS. 21 and 2 show a processing apparatus 205 in which the drug-packed continuum 100 undergoes a pressing step and a pulling-out step in the manufacturing process. The processing apparatus 205 is provided with a pair of mouthpieces 206 and 207 provided so as to be slid vertically. A pair of right and left gears 208 and 208 fitted to the support shaft 300 is provided in front of the rollers 206 and 2007. Below the support shaft 300, a pair of left and right gear wheels 209 and 209 fitted to the support shaft 301 is provided. The upper gear 209 has protruding teeth, and the lower gear 209 has sprocket-shaped concave teeth that mesh with the convex teeth. The rollers 300 and 301 are fitted with rollers 300a along the bonding line 100B at the center (only the-side is shown), and bonded to the left and right shafts. The pressing plates 300 m and 300 n having a width corresponding to the interval dimension of A are attached. On the roller 300a, a heating resistor (not shown) is attached along the circumferential direction, and both ends of the pressing plate 300m and 300On. A similar heating resistor is also provided in the section.

In order to process the drug-packed continuum 100 by the processing device 205, an adhesive 109 is applied, and as shown in FIG. With the sheet 104 at the bottom, sandwich it between the rollers 206 and 207 and press it, and 剝 Patch the hole 104 of the release paper 108 between the gears 208 and 209 and engage. Let it. The second sheet 104 is placed at the bottom when the end fold 105 is pressed inward by the rollers 206 and 207 while bending the end fold 105 inward because the end fold 105 is folded at the fold. This is to prevent it from hanging down under its own weight and prevent it from opening outward.

In this state, when the continuous medicine packaging body 100 passed through the rollers 206,207 and the gears 208,209 is towed by the truncation part (not shown), The gears 208 and 209 rotate in synchronization with the traction part.

In the pressing step, unnecessary wrinkles of the continuous medicine packaging body 100 are stretched while pressing the adhesive 109 while the rollers 206 and 207 are pressed to form a flat finished surface. In the pulling-out step in which the hole 204 is engaged with the gears 208 and 209 to pull out the release paper 108, the ear 108A is always positioned at the medicine inlet 106. The position of the ear 108A can be prevented from being shifted, and the high quality of the product can be maintained.

With the rotation of the gears 208 and 209, the rollers 300a, the pressing plates 300m and 300n rotate to form the bonding lines 1◦0B and 100A. Continuously press up and down. When the bonding wire 100B is sandwiched by the rollers 300a, the bonding wire 100B is fused and sealed by the heating resistor (heat seal). ). When the bonding wire 100A is sandwiched between the pressing plates 300m and 300n, the bonding wire 10 0 A is fused and sealed (heat sealing).

In this case, since the rotation of the gears 208 and 209 is synchronized with the traction part, the peripheral velocities of the pressing plates 300 m and 300 n match the drawing speed of the traction part. . For this reason, each time the bonding line 100A is pressed, the pressing plate 300m and 300m while continuously performing the traction operation without intermittently stopping the medicine packaging continuous body 100. n can be continuously pressed to the bonding wire 100 A, which contributes to an improvement in productivity. At this time, a removal line 200 is formed along the bonding line 100A in order to separate the package bodies 107 from each other.

In the next step following the drawing step, each packaged body 107 is pressed by sandwiching the bonding line 100 B with a pair of blades (not shown) having a predetermined cutting edge pattern formed thereon. A cut line 210 with a unique pattern is continuously formed in the longitudinal direction at the lower end of the (see Fig. 23). In this case, the score line 210 is formed by forming a zigzag pattern with different undulations in each package 107 as a universal design, and as shown in FIG. 24, the score line 210 is used. When cut off, the shape of the score line 210 becomes identifiable by touch and plays a role like Braille.If a visually impaired person, especially blind, takes the medicine, there is a mistake in how to take it. It can be confirmed that it does not occur. The score line 210 may be formed not only after processing by the processing device 205 but also at the time of receiving processing by the processing device 205. Alternatively, the cutting may be performed by a cutting blade pattern (not shown) provided on the outer peripheral portion of the rollers 300a and 300a. The adhesive 109 is not limited to being applied before the pressing step, and may be configured to be applied in the process of receiving the pressing step. In addition, heat bonding (heat shearing) is performed on the bonding wire 100 B and the bonding wire 100 A. ), The heating resistor may be always energized.

Alternatively, heat is applied to the heating resistor only when the roller 300a or the pressing plate 300m or 300n sandwiches the bonding line 100B and the bonding line 100A. Is also good.

[17th embodiment]

FIG. 25 shows a 17th embodiment in which the pattern of the cut line 210 is distinguished into a sin curve shape, a triangular wave shape and a pulse shape.

[Eighteenth Embodiment]

FIG. 26 shows an 18th embodiment in which the cut pattern of the cut line 210 is added to the undulating pattern and a series of pores 210a are scattered to diversify the discrimination by touch. The cut pattern can be freely formed along different geometric patterns as desired.

Regarding such a score line 210, not only the double-row drug-packaging continuum shown in FIG. 20 but also the single-row drug-packing continuum A, 10 shown in FIGS. The 0 package 1 and 107 can also be formed in the margin band area provided along the lower edge of the drug package continuum A and 100.

[Ninth Embodiment]

FIG. 27 shows a nineteenth embodiment of the present invention. In place of the release paper having the ear portion 108 A used in the thirteenth to fifteenth embodiments, a band-like and substantially equal width dimension is used.剝 The release paper 108 is arranged at the opening end portions 103 a and 104 a of the sheets 103 and 104 so as to protrude from the medicine inlet 106. The material of each of the sheets 103 and 104 is, for example, a polypropylene (PP) -based material, and the release paper 108 is made of a synthetic resin material that is weakly fusible to each of the sheets 103 and 104. It is formed so that it becomes. This allows The release line 108 is easily peeled off from the bonding line 100 A as a bonding portion to be applied to the boundary between the packages 107. As a specific synthetic resin material having a low fusibility to each of the sheets 103 and 104, a commercially available synthetic resin material can be appropriately selectively used depending on the implementation status and the like. In this case, the adhesiveness of the adhesive layer ij 109 interposed as a bonding layer between the release paper 108 and the opening end 103 a has a higher adhesiveness than that of the release paper 108. The release paper 108 is secured with good releasability so as to be strong against the part 103 a. Further, in the 19th embodiment, the release paper 108 having a relatively simple shape and a substantially equal width following the belt shape is sufficient, so that the production of the release paper 108 is simple and the assembling operation is easy. However, rapid mass production of the continuous drug package 100 is advantageous in terms of cost.

[20th embodiment]

FIG. 28 shows a tenth embodiment of the present invention. The 20th embodiment is different from the 19th embodiment in that a small protrusion 3 • 1 identifiable by touch is integrally provided on the package body 107. Small protrusion 301

The number, shape or arrangement is different for each 107, and the time point of taking the medicine can be confirmed by touch as in the 16th embodiment. The shape of the small protrusion 301 is not limited to a hemispherical shape, but may be an elliptical shape, a triangular shape, a quadrangular shape, a hexagonal shape, or the like.

[Example 21]

FIG. 29 shows a twenty-first embodiment of the present invention. The difference between the eleventh embodiment and the nineteenth embodiment is that a strip-shaped elongated sheet 302 is laminated and adhered on the front side and the back side of the package 107, and the other medicine package. Formed a socket section 303, 304 for accommodating handy items such as memos. PC orchid painting. The elongated sheet 302 is bent so as to cover the sheet 101 along the folding curve 102 of the continuous drug package 100. The elongated sheet 302 and the sheet 101 are joined by heat fusion along the folding curve 102 as indicated by the symbol Qp, and the boundary between the pockets 303 and 304 is formed. Are hermetically sealed to prevent communication. Note that the pocket portion 303.304 may be provided on only one of the front and rear surfaces, not both.

[Example 22]

FIG. 30 shows a twenty-second embodiment of the present invention. The difference between the 12th embodiment and the 21st embodiment is that the elongated sheet 302 is separated into a front portion 302a and a back portion 302b along the folding curve 102. That is. For this reason, small articles are inserted between the front part 302a and the first sheet 103 or between the rear part 302b and the second sheet 104 by insertion. Accept. In this case, without separating the elongated sheet 302, two sheets consisting of the front part 302a and the back part 302b may be prepared from the beginning. In addition, you may make it provide not only the front part 302a and the back part 302b of the elongated sheet 302 but any one.

[Example 23]

FIG. 31 shows a twenty-third embodiment of the present invention. The difference between the third embodiment and the second embodiment is that the adhesive 109 is provided between the release paper 108 and the end folded portion 105 of the open end 104 a. It is. In the opening end portion 103 a of the first sheet 103, an arbitrary number of holes 305 having an arbitrary shape are scattered by an appropriate punching means. As a result, when the release paper 108 is peeled, the adhesive 109 is exposed from the hole 305 to form the adhesive portion 306. For this reason, write a note on the sticking part Or other medicine package, etc., or the package 107 via the sticking section 310, for example, to the indoor wall, bookcase, closet, or a usual treatment instrument, etc. Can be stored. In this case, since the hole 305 only has to play a role of exposing the adhesive 109, no accuracy is required for the formation position of the hole 305, the diameter, and the like. It has the advantage of not requiring much effort and not affecting the cost / productivity progress.

[Example 24]

FIG. 32 shows a fourteenth embodiment of the present invention. The difference between the fourth embodiment and the second embodiment is that the bonding line 100 A as the boundary between the adjacent packages 107 overlaps with the release paper 108. That is, a corrugated portion 307 having irregularities was formed. Therefore, the bonding area of the bonding line 100 A with respect to the release line 108 decreases, and the area to be separated of the release line 108 with respect to the bonding line 100 A decreases. In addition, when the release paper 108 is pulled out from the corrugated portion 307 and peeled off, the tensile force concentrated on the corrugated portion 307 is released due to the uneven outer ring portion of the corrugated portion 307. Acts in the direction. With this as a trigger, the separating operation of the separating paper 108 proceeds, which contributes to the improvement of the separating property.

[Examples 25 and 26]

FIGS. 33 and 34 show a twenty-fifth embodiment and a sixteenth embodiment of the present invention. The twenty-fifth embodiment differs from the twenty-fourth embodiment in that, instead of the wavy portion 307, for example, a bulging portion 308 that swells in a parabolic, barrel, convex, bow, arc, or arc shape is provided. That is. For this reason, when the release paper 108 is pulled out from the bulging portion 308 and peeled off, the concentrated force is separated from the bulging portion 308 by the curved outer ring portion of the bulging portion 308. Acting in the direction This will trigger the separation. Further, the difference of the twenty-sixth embodiment from the twenty-fourth embodiment is that an opening 309 is formed by punching in place of the wavy portion 307. For this reason, the separation target area of the release sheet 108 with respect to the bonding line 100 A is only the sealed annular peripheral portion 309 a of the opening 309, which contributes to the improvement of the separation property.

[Twenty-seventh embodiment]

FIG. 35 shows a twenty-seventh embodiment of the present invention. The difference between the seventh embodiment and the ninth embodiment is that a wide bonding portion at the lower end of the adjacent packaging body 107 is formed by a rectangular bonding line 100B at the lower end thereof. That is, it was formed. 'The rectangular bonding line 100 B has a universal design U that connects a cuttable line such as a cutout, cut line, or cut line that can be identified by touch to the removal line 200. It is formed. Therefore, Universal Design U functions as an index to prevent a mistake in the method of taking the drug, as in the 16th embodiment.

Moreover, in the twenty-seventh embodiment, since the bonding line 100 B is limited to the lower end of the boundary, the bonding line 100 A at the upper end remains narrow, and Good separation property can be maintained without increasing the separation target area with respect to 0 8.

[Example 28 and Example 29]

FIGS. 36 and 37 show the 28th and 29th embodiments of the present invention. The twenty-eighth embodiment differs from the twenty-seventh embodiment in that a rectangular bonding line 100 C having shoulders on the left and right is formed instead of the rectangular bonding line 100 B. . Also, the difference between the twentieth embodiment and the twenty-seventh embodiment is that, instead of the rectangular bonding line 100 A, a flared shape is attached.

This is the formation of the A line mod 100 D. Fig. 38 to Fig. 40 show the second An example is shown in which a U-shaped, zigzag-shaped and wavy cut line or resectable line is formed as a universal design U on the bonding line 100 D of the ninth embodiment.

[30th embodiment]

FIG. 41 and FIG. 42 show a 30th embodiment of the present invention. The difference between the 30th embodiment and the 19th embodiment is that when the release paper 108 is inserted into the open end portions 103a and 104a by insertion, the release paper 108 The notch recess 310 is formed intermittently at a predetermined interval に at the lower end of the. The cutout recess 310 is formed in a substantially semicircular shape at a position corresponding to the bonding line 100A, which is the boundary between the adjacent packages 107. At the time of forming the notch recess 310, for example, using a heat resistance rod 311 shown in FIG. Let In this case, since the cutout concave portion 3100 of the release paper 1108 corresponds to the bonding line 100A of the package 1107, the cutout concave portion 3100 corresponds to the bonding line 100A. Functions as a guide for positioning. In addition, the cutout recess 310 reduces the area to be separated from the adhesive 109 and the bonding line 100A, and facilitates peeling of the release paper 108, which contributes to improvement of the release property. .

By the way, if the notch recess 310 is not provided, the lower end of the release sheet 108 protruding downward from the adhesive 109 in the sheet 101 is indicated by hatching in FIG. 41 for convenience. The non-bonded band S t only overlaps with 1. For this reason, after separating the release paper 108, the adjacent packages 107 are opened to each other by the non-bonding zone St, but the non-bonding zone S 10 is formed by the formation of the cutout recess 3 10. The t does not disappear and the packages 107 do not open to each other. In addition, unlike the case of using the release paper 108 in which the notch recess 310 is provided in advance at the time of assembly, The notch recess 310 is formed at the same time as the release paper 108 is assembled, so that the material is formed as a part at the time of assembly and the productivity is improved by reducing the number of processing steps. To contribute. By the way, in the ninth embodiment of FIG. 27, the lower end of the adhesive 109 is aligned with the lower end of the release paper 108 as much as possible in consideration of the viewpoint that the non-bonding band St occurs. The generation of the bandwidth St is kept to a minimum.

In this case, the narrower the bonding line 100A is, the smaller the diameter of the notch recess 310 tends to be. For this reason, by setting the bonding wire 10 OA as narrow as possible and setting the notch recess 3 10 as small as possible, the notch recess 3 10 can be easily formed with a small and simple notch. And the advantage that it can be formed quickly is obtained.

[Examples 31 and 32] ''

FIGS. 43 and 44 show a thirty-first embodiment and a thirty-second embodiment of the present invention. The 31st embodiment is different from the 30th embodiment in that a mountain-cut notch 310a is provided instead of the substantially semicircular notch 310. The difference between the thirty-second embodiment and the thirty-seventh embodiment is that a rectangular notch recess 310b rising in a pulse shape is provided in place of the substantially semicircular notch recess 310. It is.

[Third Embodiment]

FIG. 45 shows a thirty-third embodiment of the present invention. The difference of the 33rd embodiment from the 23rd embodiment is that, instead of the hole portion 305, the bonding agent 109 as a bonding layer is set wider, and the first sheet 103 That is, it extends above the open end 103a. In this case, as in the case of the thirteenth embodiment, one of the open ends 104a and 104a is higher than the other open end 103a. Tall open end set to 1 0 Between 4 a and release paper 108, a wide laminating layer protruding from the short open end 103 a is applied as adhesive 109, and release paper 108 When the adhesive is peeled off, a part of the adhesive 109 is exposed from the open end portion 103 a having a small height to form a sticking portion 311. The upper and lower width dimensions of the sticking part 3 1 1 can be set, for example, from a regular level 1 m to a short width level 1-n, a medium width level 1-0 and a high width level 1-p. Because of this, the adhesive

Since the portion of 109 that is exposed from the lower open end portion 103 a forms the adhesive portion 311, the same effect as in the thirteenth embodiment can be obtained. In addition, the sticking portions 3 1 1 are not limited to the short width level region 1 1 n, the middle width level region 1 1 0 and the high width level region 1 1 p, but also the level region 1 1 1 The intermittent level area, which is intermittently combined, such as m and the level area n—0 ゃ level area 11—n and the level area 0—p, may be used as the sticking portion 3 1 1. Further, by bending the sticking portion 311 downward, for example, along the level region line n, the open ends 103a and 104a are overlapped to form a composite seal, and the package 10 Careful airtightness may be ensured in 7.

[Modification]

(a) The bent end portion i05 in the above-described thirteenth to thirty-third embodiments may be formed at the open end portion 103a instead of the open end portion 104a. It may be provided in both of the sections 103a and 104a.

(b) The extent to which the release paper 21 protrudes from the medicine inlet 11 is not limited to one-third or two-fifth of the whole, but rather a half, such as two-third or four-fifth of the whole. The amount of the release paper 21 protruding from the medicine inlet 11 may be large or small.

(c) Release paper for the open end 104a of the second sheet 104 The position of the outer end of the can be adjusted in the same manner as in FIGS. 15, 17, and 18 of the 13th to 15th embodiment, and the removal line can be formed in the same manner as in FIG. it can.

(d) Adhesive 109 is an example, and double-sided tape may be used.In short, after separating ears 108A, seal drug inlet 106 Anything that can be done is acceptable. The shape of the ear 108A is not only approximately inverted trapezoid, but also inverted triangle, square, rectangle, oval, round, semicircular, star, crescent, heart, rhombus, parallelogram, gourd Alternatively, it may be a polygon such as a pentagon or a hexagon.

(e) The configurations of the nineteenth embodiment to the thirty-third embodiment (FIGS. 27 to 45) may be applied to the double-row medicine package continuum shown in FIG. Also, when separating the packages 107 from each other by omitting the bonding line 100 A between the adjacent packages 107, use a fusing blade to cut off the boundary by fusing. It may be. In this case, small protrusions are provided at the edge of the fusing blade to protrude left and right, and correspond to the fine protrusions at the fusing end of the package 107 during fusing. The notch in the upper and lower multiple stages is a universal design. May appear. Industrial applicability

When using the package of the present invention or the continuous body of drug packaging in a pharmacy or the like, after the drug is injected into the package from the drug inlet, the release paper is peeled off, the drug inlet is closed, and the drug is injected into the package. Encapsulate. This makes it possible to efficiently enclose drugs manually without using expensive drug dispensing and packaging equipment in pharmacies, etc., and is widely applied not only to pharmacies but also to the medical service industry such as home care. can do.

Claims

The scope of the claims

1. A bag-shaped packet having a drug inlet in which two sheets overlap,

A package partly protruding from the medicine inlet of the package. A sealing band whose sealing side is covered with release paper is attached to the inner surface of the medicine inlet.

2. The package according to claim 1, wherein a sheet of a predetermined shape is folded in two, and an outer peripheral end portion other than the medicine inlet is bonded to form a bag.

3. The package according to claim 1, wherein a set of sheet papers of a predetermined shape are stacked, and an outer peripheral end other than the medicine inlet is stuck to form a bag.

4. The rectangular sheet paper was made into a ring shape, and the parts other than the medicine inlet were pasted together to form a bag, or the openings other than the medicine inlet of the cylindrical sheet paper were adhered together to form a bag. The package according to claim 1, wherein:

5. A drug-packing continuum formed by continuously forming a bag-shaped packet having a drug inlet in which two sheets overlap,

A part of the package protrudes from the medicine inlet. A continuous medicine packing body characterized in that a sealing band covering the sealing side with release paper is attached to the inner surface of the medicine inlet. .

6. The drug packaging assembly according to claim 5, wherein the strip-shaped sheet paper is folded in two in the longitudinal direction and is formed by bonding the portions other than the drug inlet.

7. — Lay a pair of strips of paper and glue them together except for the drug inlet. 6. The drug-packed continuum according to claim 5, which is formed.

8. A rectangular sheet of paper is formed into a ring shape, and a portion other than the drug input port is attached to produce the continuous drug packaged body, wherein the sealing band is attached to an inner surface of the drug input port. 6. The drug packaging refill according to claim 5.

9. The package according to claim 1, wherein the shape of the portion protruding from the medicine inlet is substantially three months.

10. The continuous medicine-packing body according to claim 5, wherein the shape of the portion protruding from the medicine inlet is substantially three months.

11. The package according to claim 1, wherein a perforation is formed in a lateral direction substantially at a center of the release paper.

1. The continuous medicine packaging body according to claim 5, wherein a perforation is formed in a lateral direction substantially at a center of the release paper.

13. The package according to claim 1, wherein the package is rectangular, and the medicine inlet is formed at the center of one side of the rectangle.

14. The continuous medicine packaging body according to claim 5, wherein the package is rectangular, and the medicine inlet is formed at a center of one side of the rectangle.

15. The release paper according to claim 13, wherein the release paper has a trapezoidal shape in which the lower side of the trapezoid located inside the package is shorter than the upper side of the trapezoid located outside the medicine inlet or the package. Sachets.

16. The release paper according to claim 14, wherein the release paper has a trapezoidal shape in which the lower side of the trapezoid located inside the package is shorter than the upper side of the trapezoid located outside the medicine inlet or the package. Drug packaging continuum.

17. The package according to claim 1, wherein the sealing band is a double-sided tape.

18. The continuous medicine packaging body according to claim 5, wherein the sealing band is a double-sided tape.

19. The package according to claim 1, wherein the sealing of the medicine inlet with the sealing band is made of an adhesive.

20. The continuous medicine packaging body according to claim 5, wherein the sealing of the medicine inlet with the sealing band is made of an adhesive.

2 1. A drug-packed continuum formed by continuously forming a bag-shaped packet having a drug input port in which two sheets overlap,

A strip of release paper having ears corresponding to the medicine inlets formed at predetermined intervals is arranged at the opening end of each of the sheets, and the ears of the release paper are inserted into the medicine inlet to open the opening. A drug-packing continuum characterized in that its ends are attached to each other.

22. The first and second sheets are overlapped so that the bag-shaped packets are connected to each other via the bonding line, and the medicine of each packet is injected into the open end of each sheet. A drug-packing continuum provided with a mouth,

A strip-shaped release paper having ears corresponding to the medicine inlet at predetermined intervals is arranged at the opening end of each of the sheets, and the ears of the release paper are inserted into the medicine inlet and A drug-packing continuum characterized in that open ends are bonded to each other.

23. A drug-packing continuum formed by continuously forming a bag-shaped packet having a drug inlet in which two sheets overlap,

A strip-shaped release sheet of approximately equal width is arranged in the medicine inlet so as to protrude from the medicine inlet at the opening end of each sheet. A drug-packing continuum, characterized in that the opening ends are attached to each other with paper interposed therebetween.

24. The drug package continuum according to claim 13, wherein the package has small protrusions that can be identified by touch.

25. A container part for storing is formed by laminating a strip-shaped elongated sheet on at least one of the front side and the back side of the package body. Item 24. A drug-packed continuum according to Item 23.

26. A hole is provided at the open end of the sheet, and when the release paper is peeled off from the open end, the adhesive applied to the open end is exposed from the hole. The pharmaceutical packaged continuum according to claim 23, which forms an adhesive portion.

27. The notch according to claim 5, wherein a cutout portion, a cut line, or a resectable line that can be identified by touch is formed in a bonding portion at a boundary portion of the adjacent package. Drug packaging continuum.

28. When assembling the release paper by inserting it between the open ends, a notch recess is provided at the lower end of the release paper at a position corresponding to the boundary of the adjacent package, at a predetermined interval. The continuous drug-packed body according to claim 23, wherein the continuous body is formed intermittently every time.

29. One of the open ends is set to be higher than the other open end, and a low-length opening is provided between the tall open end and the release paper. A wide bonding layer protruding from an end is provided, and a part of the bonding layer is exposed from a low-length opening end to form a bonding part when the release paper is peeled off. 24. The drug-packed continuum according to claim 23.

30. The release paper is made of a synthetic resin that is weakly fusible to each of the sheets. When the boundary between the adjacent packages is bonded together with the release paper by heat fusion, the release paper is easily separated from the boundary. A continuum of the drug package according to claim 23.

31. The continuous drug packaging according to claim 23, wherein a portion overlapping the release paper in a boundary portion between the adjacent packaging bodies is formed in a shape in which a bonding area is reduced. body.

32. The method according to claim 21, wherein the first sheet and the second sheet are formed by folding a continuous sheet along a longitudinal direction. Drug packaging continuum.

3 3. The first sheet and the second sheet are superimposed on each other along the longitudinal lamination line at the approximate center, and the back and forth are adhered along the short lamination line. A bag-shaped packet formed on the left and right, a drug inlet provided at the opening end on both left and right sides of each sheet so as to correspond to the packet, and an ear corresponding to the drug port. A strip-shaped release paper formed at a predetermined interval,

A continuous medicine packaging body in which the release papers are arranged at the left and right opening ends of each of the sheets, the ears are inserted into the medicine inlet, and the opening ends are bonded to each other.

34. The drug according to claim 33, wherein at least one of the open ends of each of the sheets is bent inward to form an end folded portion. Concatenated continuum. '

35. The continuous medicine packaging body according to claim 34, wherein an outer end of the release paper is recessed inward from the end folded portion.

36. The outer edge of the release paper is substantially flush with the edge folded portion 35. The drug-packed continuum according to claim 34, characterized in that:

37. The 薬剤 continued pharmaceutical package according to claim 34, wherein an outer end of the release paper protrudes outward from the end folded portion.

38. The continuous medicine packaging body according to claim 21, wherein the opening ends of the respective sheets on the side of the medicine inlet are bonded with an adhesive.

39. A removal line is formed between the adjacent packet bodies along the lamination line so as to be able to separate the packet packages from each other. A drug-packed continuum as described.

40. The continuous medicine package according to claim 21, wherein a removal line is formed on the release paper so that adjacent ears can be separated from each other.

41. The drug-packing continuum according to claim 21, wherein the release paper is formed with a narrow constricted portion that allows adjacent ears to be separated from each other.

42. The continuous medicine packaging body according to claim 21, wherein the release paper is formed with a removal line that can be separated from the ear part. 4 3. The bonding line in the longitudinal direction substantially at the center of the bonding line has a cut line that separates the drug packaging continuous bodies in a shape that can be identified by touch. The drug-packed continuum according to claim 33, characterized in that: 4 4. The first sheet and the second sheet are superimposed on each other at the approximate center and along the longitudinal lamination line, and are laminated along the transversal lamination line. A predetermined interval between the formed bag-shaped packet, a drug inlet provided at the opening end portions on both left and right sides of each sheet so as to correspond to the packet, and an ear corresponding to the drug port. And a strip-shaped release sheet formed by the steps described above. The release sheets are arranged on the left and right sides of the opening ends of the respective sheets, and the ears are inserted into the front drug inlet, and the opening ends are bonded to each other. A method for producing a drug-packed continuum, comprising:

A pressing step in which the first sheet, the second sheet, and the ears of the release sheet are overlapped and sandwiched between a pair of mouths;

A method for producing a continuous package of medicines, comprising: synchronously extracting the release paper having passed through the pair of rollers with respect to the ears.

45. In the release paper, a continuous hole is formed continuously at a predetermined pitch in the longitudinal direction, and the release paper is pulled out by engaging with the hole by rotation in the pulling-out step. The method according to claim 44, wherein a gear is provided.

46. Of the lamination lines, the lamination line in the longitudinal direction substantially at the center is formed with a cut line that separates the drug packaging continuous bodies in a shape that can be identified by touch. The method for producing a continuous drug package according to claim 44, wherein

47. The drug according to claim 44, wherein at least one of the open ends of each of the sheets is bent inward to form a bent end portion. A method for producing a continuous package.