TW201819260A - Enclosing container manufacturing method and manufacturing device - Google Patents

Abstract

The objective of the present invention is to provide a suitable method capable of reliably joining a cup and a lid when manufacturing a product in which an opening portion of a cup containing contents is sealed using a lid. To this end, in the method of manufacturing an enclosing container according to the present invention: a lid for covering a cup containing contents is formed from a sheet, which is the material of the lid for sealing an opening portion of the cup, and which is provided in advance with an adhesive layer on a side thereof that is to form an inner surface in intimate contact with an outer surface of a peripheral wall of the cup; and an inner surface of a peripheral wall of the lid is caused to adhere to the outer surface of the peripheral wall of the cup.

Description

Manufacturing method and manufacturing device of packaging container

[0001] The present invention relates to a method and a device for manufacturing a sealed container in which contents are sealed.

[0002] In the manufacture of orally administered pharmaceutical preparations, as one of the methods used, it is made by adding additives such as excipients, binding agents, and disintegrating agents to the active ingredients to homogenize them. After compression molding, the powder is coated with a film coating in consideration of the deterioration in quality due to light or the use of a patient, and is tabletized. However, depending on the type of active ingredient, it may sometimes be difficult to inject tablets to have sufficient hardness necessary for circulation or prescription and administration on the market. In addition, due to physical impact during film coating, Part of the formed body is damaged, and the quality of the tablet is impaired. In addition, depending on the solvent used during film coating, the stability of the active ingredient may be affected in some cases. [0003] Examples of preparations other than lozenges include capsules. Capsules are produced by, for example, filling powder of an active ingredient in a preformed capsule and sealing it (see Patent Document 1 below). However, in principle, capsules only have a uniform shape and a standardized size, and it is difficult to obtain a characteristic appearance like a tablet. Furthermore, with the different capsules, some are easy to open and even replace the contents of the capsules. [0004] On the other hand, there is also a state in which a powder filled in a sealing cup formed by a thermoplastic film is compressed with a pestle and then sealed to be manufactured (see Patent Document 2 below). [0005] Alternatively, there may be a state in which a tablet containing an active ingredient is inserted between two gelatin flakes, and the two flakes are then punched into a preparation shape by a die (see Patent Document 3 below). . In order to manufacture the preparation, it is necessary to use other equipment to make tablets in advance. Although gelatin is widely used in capsules, it is an animal protein. In recent years, from the viewpoint of BSE infection, hydrocarbyl methyl cellulose is used instead. [Prior Art Literature] [Patent Literature] [0006] [Patent Literature 1] Japanese Patent Laid-Open No. 10-192370 [Patent Literature 2] Japanese Patent No. 4417246 [Patent Literature 3] Japanese Patent Laid-Open No. 2009-196958

[Problems to be Solved by the Invention] [0007] After storing an active ingredient and other contents in a sealing cup, and sealing the opening of the sealing cup with a lid to manufacture a product, in order to securely join these sealing cups and lids, it is thought that The adhesive dissolved or dispersed in the solvent is applied to the bonding surface just before the sealing cup and the lid are bonded. [0008] However, in the case of such a method, a solvent such as ethanol or water used in the adhesive may impair the stability of the contents contained in the sealing cup or cause doubts such as the reproduction of bacteria. [0009] The present invention seeks to provide a suitable method or a manufacturing device capable of reliably joining a sealing cup and a lid when manufacturing the product by sealing the opening of the sealing cup containing the contents with a lid. [Means to Solve the Problem] [0010] The manufacturing method of the packaging container according to the present invention is a material for a lid required for sealing the opening of the sealing cup in which the contents have been stored, and The outer surface of the peripheral wall of the cup is tightly attached as one side of the inner surface, and a sheet of an adhesive layer is provided in advance to form a cover covering the cup. . [0011] According to the present invention, the lid can be securely joined to the sealing cup containing the contents. Not only that, it is not necessary to apply an adhesive at the time of bonding the lid to the sealing cup, which can prevent the solvent used in the adhesive from causing deterioration of the contents contained in the sealing cup or multiplication of bacteria. [0012] When the lid is formed, for example, the sealing cup is previously described as a male mold, and the sheet is relatively moved to the sealing cup with the opening portion facing the sheet side, and the sheet is abutted against the sealing cup. . Thereby, the lid can be formed, and at the same time, the sealing cup and the lid can be joined. [0013] In order to make the lid adhere to the cup more firmly, it is preferable to carry out a process of crimping the inside of the peripheral wall of the lid to the outside of the peripheral wall of the former seal cup after forming the former cover. [0014] The preamble layer is, for example, copovidone, methacrylic acid copolymer LD, ethyl acrylate-methyl methacrylate copolymer, polyvinylpyrrolidone, or aminoalkyl methacrylate copolymer E. Make up. [0015] The foregoing sheet is, for example, a thin film made of a thermoplastic polymer material. In this case, before forming the cap, copovidone, methacrylic acid copolymer LD, ethyl acrylate-methyl methacrylate copolymer, polyvinylpyrrolidone, or aminoalkyl methacrylate copolymer E is prepared. The pre-adhesive layer can be formed by dissolving in ethanol or water, and then coating and drying the pre-film. [0016] The device for manufacturing a preparation according to the present invention includes a lid forming unit, which is a material for a lid required to seal an opening portion of a sealing cup in which the contents have been stored, and The outer surface of the peripheral wall is tightly attached, and one side of the inner surface is provided with a sheet of an adhesive layer in advance to form a lid covering the sealing cup. [0017] The preform cover forming unit is, for example, a preform seal cup which is a male mold, and moves the sheet relative to the seal cup with the opening portion facing the preform sheet side, and abuts the sheet on the seal cup. The former cap is formed. [Effects of the Invention] [0018] According to the present invention, a suitable method for reliably joining the sealing cup and the lid when the product is manufactured by sealing the opening of the sealing cup containing the contents with a lid can be realized. Or make a device.

[0020] Hereinafter, embodiments of the present invention will be described with reference to the drawings. [0021] <Outline> First, an outline of the method of manufacturing the packaging containers 1 and 2 and the preparation in the present embodiment will be described. In this embodiment, the molded product 3 obtained by compressing the powder 30 is wrapped with the base material sheets 10 and 20 packaged in the packaging containers 1 and 2 to manufacture a packaging ingot. The packaging ingot is formed by inserting the contents into the sealed cup 1 having a volume formed from the sheet 10, for example, a molded product 3 obtained by compressing the powder 30, and the opening of the sealed cup 1 is opened from the sheet 20 A preparation in which the formed lid 2 is sealed. The term "powder" refers to the concept of aggregates of minute individuals, including aggregates of so-called granules such as granules, and aggregates of powder smaller in size than granules. As shown in FIG. 1 and FIG. 2, the manufacturing method of the packaging containers 1 and 2 and the preparation according to the present embodiment includes a sealing cup forming process, and forming the sealing cup 1 required for housing the molded product 3 from the sheet 10. ; And powder compression process, which is a process of compressing powder 30 to form a molded article 3 as the content of a packaging ingot; and insertion process, which inserts the molded product 3 into the sealing cup 1; and sealing cup processing, which starts from The sealing cup 1 in which the molded product 3 has been inserted, and the remaining portion 13 of the sheet 10 is cut off; and the sealing process is to seal the opening of the sealing cup 1 in which the molded product 3 has been inserted by the sheet 20. [0022] In the sealing cup forming process, as shown in FIG. 1 (I), the sheet 10 as the material of the sealing cup 1 is relatively moved to the male mold 507, and the sheet 10 is abutted to the male mold 507. So that the sealing cup 1 having a volume protrudes from the current sheet 10. Thereby, the sealing cup 1 provided with the shape of the bottom wall 12 and the peripheral wall 11 standing up along the outer periphery of the bottom wall 12 is formed. [0023] The sheet 10 as the material of the sealing cup 1 is a thin film using a thermoplastic polymer material. In the case where the preparation to be manufactured is a medicine for oral administration, a film used as a raw material such as a hydrocarbylmethyl cellulose or polyvinyl alcohol can be used as the sheet 10 for the medicine. In addition, when a thin film-like sheet 10 is manufactured, a plasticizer may be added to the material of the sheet 10. In addition, the material of the sheet 10 may be blended with, for example, titanium oxide as a sunscreen agent for suppressing the contents of the packaging ingot from being exposed to light. [0024] Then, as shown in FIG. 1 (II), the remaining portion of the excess sheet 10 attached to the sealing cup 1 is substantially removed by, for example, laser processing of irradiating the sheet with laser light L. At this stage, from the opening of the seal cup 1, in other words, from the edge of the peripheral wall 11, the stubs 13 of the 锷 -shaped sheet 10 extending to the outside will remain, and the seal cup 1 will become like a hat. shape. The wavelength of the laser light L used when the sheet 10 is cut must be a wavelength that allows the sheet 10 to absorb the energy of the laser light L. In the case where the transparency of the sheet 10 is high, a laser with a long wave is used, for example, a wavelength of 10. 6 μm or 9. 4 μm carbon dioxide laser. [0025] In the powder compression process, a tip portion (upper end portion) of the lower pestle 603 is inserted into the mortar hole 601 provided in the upper and lower penetration holes of the mortar table 602 from below, and the mortar hole 601 is filled with After the powder 30 of the component (if the medicine is a medicine), insert the tip (lower end) of the upper pestle 604 into the mortar hole 601 from above, and place the mortar hole 601 through the upper pestle 604 and the lower pestle 603. The inner powder 30 is compressed to obtain a molded product 3 (see FIGS. 10 to 12). The compacted powder 30 is an active ingredient and components other than the active ingredient (if the tablet is a medicine, it is an excipient, a binder, a disintegrant, a moisturizer, a stabilizer, a preservative, etc.) mixture. In addition, the molded product 3 manufactured in the powder compression process does not necessarily have sufficient hardness as a tablet that can be circulated on the market, as long as it can be stored in the period before the cup 1 is sealed, What is necessary is just to guarantee the shape-retaining property to the extent that the amount or shape of the powder 30 is maintained. That is, in the powder compacting process, the powder 3 can be compressed with the molded product 3 having sufficient hardness as a tablet, and the powder can also be compressed with pressure to the extent that the molded product 3 is easily damaged or disintegrated. Body 30. [0026] In the inserting process, as shown in FIG. 1 (III), the molded product 3 obtained through the powder compression process is inserted into the sealing cup 1 from above with the opening of the sealing cup 1 facing upward. . [0027] In the sealing cup processing process, as shown in FIG. 1 (IV), the stub-like stub 13 extending outward from the opening of the sealing cup 1 is removed. At this time, while the sheet 10 containing the sealing cup 1 is rotated around the axis α, the laser light L with the optical axis oriented in a direction that intersects (especially orthogonally) the extending direction of the rotation axis α is The portion near the edge of the peripheral wall 11 of the sealing cup 1 protruding from the stub portion 13 of the sheet 10 is irradiated with laser processing from the outside. With this processing, small pieces of the thin sheet 10 are not left at the opening edge of the sealing cup 1, and the remaining part 13 of the sheet 10 can be cut off from the sealing cup 1 surely, and the sealing cup 1 having only the bottom wall 12 and the peripheral wall 11 can be completed. . The laser L used in the cutting of the stub 13 of the sheet 10 is, for example, a wavelength of 10. 6 μm or 9. 4 μm carbon dioxide laser. [0028] The sealing process includes: a cap forming process, which forms the cover 2 required to seal the opening portion of the sealing cup 1 from the sheet 20; and a cap processing process, which removes the remainder of the sheet 20 from the formed cap 2 23; and the crimping process, applying pressure to the peripheral wall 21 of the cover 2 to crimp it to the peripheral wall 11 of the sealing cup 1. In the lid forming process, as shown in FIG. 2 (V), the sealing cup 1 with the molded product 3 inserted is used as a male mold, and the sheet 20 as the material of the lid 2 is relatively moved to the sealing cup 1, By abutting the sheet 20 to the sealing cup 1, the lid 2 having a shape covering the sealing cup 1 is protruded from the sheet 20. As a result, a cover 2 having a shape including a top wall 22 and a peripheral wall 21 hanging down along the outer periphery of the top wall 22 is formed. At the same time, the inner surface of the peripheral wall 21 of the lid 2 is in close contact with the outer surface of the peripheral wall 11 of the sealing cup 1, and the top wall 22 of the lid 2 closes the opening of the sealing cup 1. [0029] The sheet 20 as the material of the lid 2 is also a thin film using a thermoplastic polymer material in the same manner as the sheet as the material of the sealing cup 1. If the preparation to be manufactured is a medicine for oral administration, a material that can be dissolved in the body of the person taking the medicine, such as a film of hydrocarbon propyl methyl cellulose or polyvinyl alcohol, is used as the sheet 20 . In addition, when a thin film-like sheet 20 is manufactured, a plasticizer may be blended in the material of the sheet 20. In addition, the material of the sheet 20 may be blended with, for example, titanium oxide as a sunscreen agent for suppressing the contents of the packaging ingot from being exposed to light. [0030] In some cases, the sheet 20 as the material of the cover 2 is provided on the inner surface side which is in close contact with the outer surface of the peripheral wall 11 of the cup 1, and an adhesive layer 24 is provided in advance (see FIGS. 19 and 20). The adhesive layer 24 is composed of, for example, copovidone, methacrylic acid copolymer LD, ethyl acrylate-methyl methacrylate copolymer, polyvinylpyrrolidone, or aminoalkyl methacrylate copolymer E. More specifically, copovidone or the like as an adhesive is dissolved in ethanol or water together with a plasticizer, and this is applied to a sheet 20, that is, a hydrocarbyl methyl cellulose film or a polyvinyl alcohol film, and then dried. This constitutes the adhesive layer 24. When applying the adhesive to the sheet 20, a plate type composed of a metal mesh or the like may be used, and the adhesive may be applied in countless dots. Alternatively, instead of dispersing and applying the adhesive in a solvent, it is conceivable to produce a thin film using the adhesive as a material, and apply the film to one side of the sheet 20, that is, a hydrocarbylmethyl cellulose film, or the like. Heating and pressure are performed on one side to form the bonding layer 24. The next layer 24 does not necessarily need to be provided on the entire surface of the sheet 20, as long as it is provided at least on the peripheral wall 21 of the sheet 20 (the inner surface of which is next to the outer wall of the seal cup 1) and the top wall 22 (the lower surface of which is On the upper surface of the molded product 3). [0031] In the process of forming the lid 2 by the lid forming process, the inner surface of the peripheral wall 21 of the lid 2 is joined to the outer surface of the peripheral wall 11 of the sealing cup 1. In the case where the adhesive layer 24 is provided on the sheet 20 of the material of the lid 2, by heating the sheet 20 at this time, the inner layer of the peripheral wall 21 of the lid 2 and the peripheral wall 11 of the sealing cup 1 will be heated by the adhesive layer 24. Follow up outside. [0032] Then, as shown in FIG. 2 (VI), the remaining portion of the excess sheet 20 attached to the cover 2 is roughly removed by, for example, laser processing of irradiating the sheet 20 with laser light L. At this stage, from the opening of the cover 2, in other words, from the edge of the peripheral wall 21, the stub-shaped sheet 20 extending to the outside is left with the remainder 23, and the cover 2 is shaped like a hat. As mentioned above, the laser L used in the cutting of the sheet 20 is, for example, a wavelength of 10. 6 μm or 9. 4 μm carbon dioxide laser. [0033] Next, in the cap processing process, as shown in FIG. 2 (VII), the stub-like stub 23 extending outward from the opening of the cap 2 is removed. At this time, while the sheet 20 containing the lid 2 is rotated around the coaxial α of the sealing cup 1 and the like, the optical axis is oriented in a direction that intersects (especially orthogonally) the extending direction of the rotation axis α. The laser light L is subjected to laser processing for irradiation from the outer side at a portion near the edge end of the peripheral wall 21 of the cover 2 protruding from the stub portion 23 of the sheet 20. At this time, by matching the focal point of the laser light L to the peripheral wall 21 of the cover 2 and / or adjusting the output of the laser light L, the peripheral wall 11 of the sealing cup 1 can be prevented from being cut by the laser light L. Damage other than that. With this processing, a small piece of the excess sheet 20 does not remain on the opening edge of the cover 2, and the remaining part 23 of the sheet 20 can be reliably cut off from the cover 2, and the cover 2 having only the top wall 22 and the peripheral wall 21 can be completed. The peripheral wall 11 of the cup 1 and the peripheral wall 21 of the lid overlap to complete the peripheral wall of the packaging ingot, and therefore the side surfaces of the molded product 3 that has been packaged will not be exposed. As mentioned above, the laser L used in the cutting of the sheet 20 is, for example, a wavelength of 10. 6 μm or 9. 4 μm carbon dioxide laser.  [0034] Furthermore, In the crimping process, The peripheral wall 21 of the cover 2 is pressed from the outside to the inside. The inner surface of the peripheral wall 21 of the lid 2 faces the outer surface of the peripheral wall 11 of the cup 1 and is crimped. but, The implementation of the crimping project is not necessary. When the lid 2 is formed from a sheet in a lid forming process, If the inner surface of the peripheral wall 21 of the cover 2 faces the outer surface of the peripheral wall 11 of the sealing cup 1 as a sufficiently strong adherent, It is not necessary to perform such crimping.  [0035] Through the above project, Packaging ingots as shown in Figure 2 (VIII), That is, a preparation in which the molded product 3 compressed into the powder 30 is wrapped with a packaging capsule formed by a cup 1 and a lid 2, Was done.  [0036] As shown in FIG. 3, A manufacturing apparatus used for carrying out the method for manufacturing a preparation according to this embodiment, It is a packaging capsule forming machine 500 for forming cups 1 and lids 2 from sheets, A combination with a powder compression molding machine 600 for forming the molded product 3 from the powder 30. the following, The manufacturing apparatus of this embodiment will be described in detail.  [0037] <Cup forming unit> Cup forming unit A, Inside the packaging capsule forming machine 500, Responsible for the cup forming process of forming the cup 1 with a volume from the sheet 10. As shown in Figure 4 to Figure 9, In the cup forming unit A, First of all, At the sheet cut-out position 501, From the strip 502 of the sheet 10 as the material of the sealing cup 1, A round-shaped sheet 10 having a predetermined size is cut out. The sheet 10 is cut out by For example, the laser light L is irradiated along the contour of the cut sheet 10. then, The cut sheet 10, The forming position 503 is held and fixed by the Baoding mechanism 504. Baoding Agency 504, By means of a pair of ring-shaped hollow members 505, 506, the sheet 10 is clamped up and down. The lower member 506 of the Baoding mechanism 504, Can be moved between the sheet cutting position 501 and the forming position 503, Collect the sliced sheet 10 at the sheet cutting position 501, It is then transported to the forming position 503.  [0038] In the forming position 503, Male mold 507 protruding upwards and having a slightly cylindrical shape, Stands under the Baoding mechanism 504. then, Looking at the opposite side of the male mold 507 from the sheet 10, That is, from above the sheet 10, Built-in fan duct 508, A warm wind is blown on the sheet 10 to warm the thermoplastic sheet 10. then, Baoding mechanism 504 that holds and holds sheet 10, Towards the male model 507, The sheet 10 is brought into contact with the tip surface (upper end surface) of the male mold 507 (FIG. 5). Simultaneously, From the perspective of the sheet 10, the male mold 507 side is decompressed to a lower pressure than the air duct 508 side. Specifically, the atmosphere under the sheet 10 is attracted, The sheet 10 is attracted to the tip (upper end) of the male mold 507 (FIG. 6). result, The sealing cup 1 having a volume corresponding to the shape of the tip portion of the male mold 507, It protrudes from above the sheet 10 and is formed. The sealing cup 1 has, The peripheral wall 11 having a cylindrical shape along the outer peripheral surface of the tip portion of the male mold 507, And a bottom wall 12 having a shape along the tip surface of the male mold 507.  [0039] After the sealing cup 1 is protruded from the sheet 10 and formed, The Baoding mechanism 504 lifts the sheet 10 away from the male mold 507 while holding the sheet 10. Next, The male model 507 retreated sharply downward, The cup sealer 509 enters directly below the Baoding mechanism 504 from the side along the X-axis direction. Sealing cup turning machine 509, Is from a horizontal support axis 510 which can rotate around a horizontal axis, The suction arm 511 protrudes along its orthogonal direction, The opening part of the sealing cup 1 facing downward is turned upward, and the sealing cup 1 is inverted. The tip of the suction arm 511, It has the same shape as the tip of the male model 507. Inside the cup sealer 509, The suction path 512 required to attract the atmosphere is formed, The suction passage 512 is opened at the tip surface of the suction arm 511. Sealing cup turning machine 509, In a posture in which the suction arm 511 faces upward, It is positioned directly below the sealing cup 1. then, The Baoding mechanism 504 holding the sheet 10 is lowered again, The tip of the suction arm 511 is inserted into the sealing cup 1. In this state, once the suction path 512 is attracted to make it negative, Then, the sheet 10 containing the sealing cup 1 is adsorbed on the tip surface of the adsorption arm 511.  [0040] Next, Irradiate the remaining portion of the excess sheet 10 connected to the opening of the sealing cup 1 with laser light L, Cut off the rest of the area (Figure 7). at this time, Along the Z-axis direction orthogonal to the rest of the sheet 10, that is, the up-down direction (from above in the example shown in the figure), The laser light L is irradiated at a position slightly deviating outward from the opening edge of the sealing cup 1, Simultaneously, The irradiation position of the laser light L, Scanning is performed by moving in an arc shape along a contour β of a circular shape larger than the diameter of the opening edge of the seal cup 1. With this, The sheet 10 is cut along the trajectory of the irradiation position of the laser light L. In the opening of the sealing cup 1 from which the remaining part of the sheet 10 has been cut off, The stub-shaped sheet 10 that is bent from the peripheral wall 11 of the sealing cup 1 and protrudes outward is retained. The rest of the sheet 10 cut from the sealing cup 1, The system was later attracted and removed.  [0041] After the remaining part of the slice is excised, Half-rotate the suction arm 511 and the horizontal support shaft 510 holding the seal cup 1 so that the suction arm 511 faces downward to turn the seal cup 1 upside down. Simultaneously, Displace the suction arm 511 and the horizontal support axis 510 sideways along the X-axis direction. The sealing cup 1 with the opening portion facing upward is carried to a position directly above the transfer mechanism 513. then, The transfer body 514 of the transfer mechanism 513 is raised toward the suction arm 511. Formed in the transfer body 514, An opening shaft hole 515 is made on it. The inner diameter of the shaft hole 515, From the top of the transfer body 514 to a depth that is slightly equal to the height inch method of the peripheral wall 11 of the sealing cup 1 (for example, from the top of the transfer body 514 to a depth of about 5 mm), Is slightly the outer diameter of the peripheral wall 11 of the sealing cup 1, However, the portion below it is narrower than the outer diameter of the peripheral wall of the sealing cup 1. Once the transfer body 514 rises, The tip portion of the suction arm 511 facing downward and the sealed cup 1 absorbed thereon are received in the shaft hole 515 of the transfer body 514 (FIG. 8). in this way, By stopping the suction of the suction path 512 of the cup sealing and turning machine 509, The seal cup 1 can be delivered from the suction arm 511 to the transfer body 514. at this time, The crotch 13 extending outward from the opening edge of the sealing cup 1, The peripheral edge of the opening of the shaft hole 515 is engaged with the upper surface of the transfer body 514. Since then, The transfer body 514 descends and moves away from the suction arm 511, The cup sealer 509 is returned to the original position (Fig. 9). also, The male model 507 is raised toward the original position. A transfer mechanism 513 of the cup 1 is housed in the shaft hole 515 of the transfer body 514, Afterwards, the sealing cup 1 is used to tour the units B, C, E, F, G, The H method is transferred and works.  [0042] <Powder Compression Unit> Powder Compression Unit B, Inside the powder compression molding machine 600, Responsible for the powder compression process of compressing the powder 30 to obtain the molded product 3 to be filled in the sealing cup 1. As shown in Figure 10 to Figure 12, In the powder compression unit B, First of all, In the mortar hole 601 of the mortar table 602 having the mortar hole 601 penetrating up and down, Insert the tip (upper end) of the lower pestle 603 from below, And adjusting the height of the lower pestle 603, In order to ensure that the required volume of the powder 30 is filled in the mortar hole 601. at this time, The upper pestle 604 facing the mortar hole 601 rises from above, The area around the mortar hole 601 on the mortar table 602 is opened. then, The filling device (feeding chute) 605 is moved along the upper surface of the mortar table 602 so as to cover the mortar hole 601 of the mortar table 602 from above, The mortar hole 601 is filled with powder 30 (FIG. 11). Filling device 605 for filling powder 30, Retreat from the area around the mortar hole 601 on the mortar table 602.  [0043] Next, Lowering the upper pestle 604 and inserting the tip portion (lower end portion) into the mortar hole 601 from above, The tip of the upper pestle 604 and the tip of the lower pestle 603 press the powder 30 in the mortar hole 601 and compress it. A molded product 3 is formed (FIG. 12).  [0044] <Insertion Unit> Insertion Unit C, Is located in the powder compression molding machine 600, Shares the same components with the powder compression unit B, Responsible for inserting the molded product 3 obtained by compressing the powder 30 into the sealing cup 1. Figure 10, As shown in Figures 13 and 14, In the inserting unit C, After the compression of the powder 30 is completed by the powder compression process, Lower the lower pestle 603, The tip surface (upper end surface) is pulled away from the lower surface of the molded product 3. at this time, The molded product 3 formed by compressing the powder 30 is left in the mortar hole 601. then, Raise the upper pestle 604 and the mortar table 602, A space that is opened laterally along the Y-axis direction is secured below the mortar hole 601. then, In that space, A transfer body 514 that accommodates the seal cup 1 in the shaft hole 515 and supports the transfer mechanism 513 of the current seal cup 1, It will enter from below along the Y-axis direction (Figure 13). The shaft hole 515 of the transfer body 514 entering the current space and the central axis α of the sealing cup 1, Is coaxial with the central axis of the molar hole 601 of the molar table 602, That is, the center axes of both sides are the same when viewed in the Z-axis direction in the up-down direction.  [0045] Next, Hold transfer body 514 slightly upward, Lower the upper pestle 604, Molded product 3 retained in the mortar hole 601, Poke into the seal cup 1 from above (Figure 14). result, A molded product 3 is inserted into the sealing cup 1. then, Make the upper pestle 604 rise again, Simultaneously, Lowering the transfer body 514 slightly, The transfer body 514 is retracted from the space below the mortar table 602. Once the transfer body 514 retreats, Then the mortar table 602 descends to its original position, The tip of the upper pestle 604 is pulled out from the mortar hole 601. also, The lower pestle 603 will also rise, The tip portion will enter the mortar hole 601 again.  [0046] <Cup sealing processing unit> Cup sealing processing unit E, Is located inside the packaging capsule forming machine 500, Responsible for the process of sealing the cup by removing the remainder 13 of the flaky sheet 10 protruding outward from the opening of the sealing cup 1 into which the molded product 3 has been inserted. As shown in Figure 15 to Figure 17, In the cup sealing processing unit E, First of all, The turntable 522 required to rotate the sealing cup 1 of the processing object about its central axis α, Access is made toward the processing position 523 (Fig. 16). The rotary table 522 series has: The shaft body 524 and the piston 525, which are extended in the up-down direction and can be rotated about the central axis, that is, the vertical axis. And a motor 526 as a drive source for rotationally driving the shaft 524. Formed inside the shaft body 524: Negative pressure passages 527 extending in the up-down direction, And a negative pressure generating space 528 located below the negative pressure passage 527 and communicating to the negative pressure passage 527. Negative pressure path 527, It is open at the tip surface (upper end surface) of the shaft body 524. Piston 525, It is inserted into the negative pressure generating space 528 from below. Shaft 524 and piston 525, Such as spline joints, For shaft body 524, The piston 525 is relatively displaceable along the up and down direction, On the other hand, When the shaft 524 is rotated about the central axis, the piston 525 and the shaft 524 are integrated and rotated. The volume of the negative pressure generating space 528, It is expanded by the piston 525 moving relative to the shaft 524 up and down, compression. also, The piston 525 is directly connected to the output shaft of the motor 526.  [0047] The transfer body 514 of the transfer mechanism 513 that supports the seal cup 1 with the molded product 3 inserted therein, The system moves above the rotary table 522. at this time, The central axis of the shaft body 524, With the axial hole 515 of the transfer body 514 and the central axis α of the sealing cup 1, The system is coaxial. then, Once the transfer body 514 is lowered, The tip (upper end) of the shaft body 524 is received in the shaft hole 515 of the transfer body 514, Its tip face will abut or be very close to the bottom wall 12 of the cup 1. In this state, Once the shaft 524 is raised, Then, the tip of the shaft 524 protrudes upwards from the top of the transfer body 514, The bottom wall 12 of the sealing cup 1 is lifted so that the remaining part 13 of the sealing cup 1 and the sheet 10 floats from the upper surface of the transfer body 514. Simultaneously, The piston 525 connected to the motor 526 is relatively displaced downward with respect to the shaft 524, Increasing the volume of the negative pressure generating space 528 to generate negative pressure, This negative pressure passes through the negative pressure passage 527 so that the bottom wall 12 of the cup 1 is attracted to the tip surface of the shaft 524.  [0048] In the cup sealing process, In order to remove the stub-like stub 13 attached to the opening of the sealing cup 1, Near the edge end (upper end) of the peripheral wall 11 of the sealing cup 1, From the side along the X axis, Irradiate the laser light L. therefore, A mirror (or 45 ° right angle 稜鏡) 529 that reflects the laser light L and turns its optical axis to the X-axis direction, It is arrange | positioned at the height of the peripheral wall 11 of the sealing cup 1 which floats from the upper surface of the transfer body 514 from the X-axis direction surface. then, Start the motor 526 to make the piston 525, The shaft 524 and the sealing cup 1 attracted thereto rotate around its central axis α, Simultaneously, The laser light L is transmitted through the reflecting mirror 529 to a portion near the edge of the peripheral wall 11 of the sealing cup 1 (FIG. 17). The irradiation of laser light L, The irradiation position is continued along the peripheral wall 11 of the sealing cup 1 for several weeks (for example, two weeks). As a result, The stubs 13 of the thin sheet 10 can be made, It is cut out from the opening of the sealing cup 1. The stubs 13 of the sheet 10 cut from the sealing cup 1, The system was later attracted and removed.  [0049] After removing the remaining portion 13 of the sheet 10 from the sealing cup 1, The shaft 524 descends, And the transfer body 514 rises. at this time, Since the piston 525 is relatively upwardly displaced from the shaft 524, Therefore, the negative pressure that attracts the bottom wall 12 of the sealing cup 1 to the tip surface of the shaft 524 disappears. In addition, The remainder 13 of the sheet 10 that is engaged on the periphery of the opening of the shaft hole 515 in the upper surface of the transfer body 514 has been cut away from the sealing cup 1, But as explained earlier, The portion below the shaft hole 515 of the transfer body 514, Its inner diameter is narrower than the outer shape of the peripheral wall 11 of the sealing cup 1. therefore, The sealing cup 1 will not sink into the shaft hole 515, The supported body 514 is lifted together with the transferred body 514 at the same time. After the shaft body 524 is detached downward from the shaft hole 515 of the transfer body 514, The turntable 522 is retracted from the processing position 523.  [0050] <Sealing unit> Sealing unit, Inside the packaging capsule forming machine 500, Sealing process for sealing the opening portion of the sealing cup 1 in which the molded product 3 has been inserted with the sheet 20. In this embodiment, The sealing unit includes a cap forming unit F, Cap processing unit G and crimping unit H.  [0051] Cap forming unit F, The same constituent elements are shared with the cup forming unit A, Cover forming work for forming a cover 2 from the sheet 20 to seal the opening of the cup 1 is required. As shown in Figure 18 to Figure 22, In the cap forming unit F, The thinner lowers the transfer body 514 of the transfer mechanism 513 that supports the cup 1 after the remainder 13 of the sheet 10 has been cut off, Then, it is moved to a position below the Baoding mechanism 504 where the molding position 503 is located. on the other hand, At the sheet cut-out position 501, From the strip 530 of the sheet 20 as the material of the cover 2, a circular sheet 20 of a predetermined size is cut out, The cut sheet 20 is held and fixed at the forming position 503 by the fixing mechanism 504 (FIG. 19). at this time, The lower member 506 of the Baoding mechanism 504, Attach the cut sheet 20 at the sheet cutting position 501, It is then transported to the forming position 503. Cut out of the sheet 20 as the material of the cover 2, The cutting out of the sheet 10 as the material of the sealing cup 1 is performed by the same laser processing. In addition, With the sheet 20 as the material of the cover 2 facing downward, An adhesive layer 24 is provided in advance.  [0052] Next, From below the transfer body 514, A support shaft 531 is inserted into the shaft hole 515 of the current transfer body 514. Support shaft 531, When the cover 2 is formed from a sheet, it serves as a male model, It plays the role of supporting the cup 1 in which the molded product 3 has been inserted from below. Inside the support shaft 531, A suction path 532 is formed to attract the atmosphere. The suction passage 532 is opened at a tip surface (upper end surface) of the support shaft 531. Support shaft 531, The tip surface is raised to a height slightly equal to the upper surface of the transfer body 514, With this, Raise the bottom wall 12 of the sealing cup 1 to a height that is slightly equal to the upper surface of the transfer body 514, The sealing cup 1 is exposed upward from the shaft hole 515 of the feed body 514. then, In this state, the suction path 532 is attracted and becomes negative pressure. The bottom wall 12 of the sealing cup 1 is fixed to the tip surface of the support shaft 531 by suction.  [0053] Then, Viewed from the sheet 20 and opposite to the sealing cup 1, That is above the sheet 20, Built-in fan duct 508, The thermoplastic sheet 20 is heated by blowing warm air on the sheet 20. Since then, Baoding mechanism 504 that holds and holds the sheet 20, Falling towards the sealing cup 1 as a male mold, The sheet 20 is brought into contact with the opening edge (upper edge) of the seal cup 1 and the upper surface of the molded product 3 inserted in the seal cup 1 (FIG. 20). at the same time, When viewed from the sheet 20, the side of the cup 1 is decompressed to a lower pressure than the side of the air pipe 508, Specifically, the atmosphere under the sheet 20 is attracted, Thereby, the sheet 20 is attracted to the sealing cup 1 (and the upper surface of the transfer body 514) (FIG. 21). result, A lid 2 having a volume with a shape corresponding to the outer shape of the peripheral wall 11 of the cup 1 and the outer shape of the upper surface of the molded product 3, It is formed by protruding upward from the sheet 20. The cover 2 has: The peripheral wall 21 having a cylindrical shape along the outer periphery of the peripheral wall 11 of the sealing cup 1, And a top wall 22 that follows the shape of the upper surface of the molded product 3. then, When the cover 2 is formed, The inner surface of the peripheral wall 21 of the cover 2 is joined to the outer surface of the peripheral wall 11 of the cup 1, The lower surface of the top wall 22 is joined to the upper surface of the molded product 3 inserted in the sealing cup 1. especially, As the sheet 20 of the cover 2 faces downward, That is, when the adhesive layer 24 is provided in advance on the surface facing one side of the cup 1 and the molded product 3, When the cover 2 is formed, The inner surface of the peripheral wall 21 will follow the outer surface of the peripheral wall 11 of the cup 1. Simultaneously, The lower surface of the top wall 22 having the adhesive layer 24 is attached to the upper surface of the molded product 3 inserted in the sealing cup 1.  [0054] After the cover 2 is protruded from the sheet 20 and formed, Stop the suction of the suction path 532 of the support shaft 531, Desorption of the bottom wall 12 of the sealing cup 1 to the tip surface of the support shaft 531 is cancelled. then, The Baoding mechanism 504 holds and lifts the sheet 20 on which the cover 2 is formed, The transfer body 514 also follows the Baoding mechanism 504 and rises. at this time, The sealing cup 1 and the lid 2 are joined together, The sheet 20 integrated with the cover 2 is sandwiched by Baoding mechanism 504, The rest of the sheet 20 is placed on top of the transfer body 514, Therefore, the cup 1 and the lid 2 are also raised together with the Baoding mechanism 504 and the transfer body 514 in a state exposed from the upper surface of the transfer body 514 upward.  [0055] Next, Irradiate the remaining part of the excess sheet 20 connected to the opening of the cover 2 with laser light L, The remaining part was removed (Fig. 22). at this time, Along the up-down direction orthogonal to the rest of the sheet 20, Irradiate the laser light L at a position slightly biased to the outside from the opening edge of the cover 2, Simultaneously, The irradiation position of the laser light L is also scanned by moving in a circular arc along a contour β of a circular shape having a diameter larger than the opening edge of the cover 2. With this, The sheet 20 is cut along the trajectory of the irradiation position of the laser light L. The opening of the cover 2 after the remaining part of the sheet 20 is cut off remains, The stub-shaped sheet 20 is folded from the peripheral wall 21 of the cover 2 and protrudes outward. The remainder 23 of the sheet 20, Is the peripheral edge of the opening of the shaft hole 515 engaged with the upper surface of the transfer body 514, The sealing cup 1 and the lid 2 are held in a state protruding from the upper surface of the transfer body 514. The rest of the sheet 20 cut off from the cover 2, The system was later attracted and removed.  [0056] After the remaining part of the sheet 20 is excised, The transfer body 514 supporting the cup 1 and the lid 2 is slightly lowered, Simultaneously, The support shaft 531 is largely retracted downward.  00 [0057] Cover processing unit G, The same constituent elements are shared with the cup sealing processing unit E, Responsible for the processing of the cap, which is responsible for cutting off the stubs 23 of the 锷 -shaped sheet 20 that protrude outward from the opening of the lid 2 that seals the cup 1. As shown in Figures 23 and 24, In the cap processing unit G, First of all, The transfer body 514 supporting the transfer mechanism 513 of the cup 1 and the lid 2 is moved toward the processing position 523 (FIG. 23). The transfer body 514, Stands at a position above the turntable 522. and, The turntable 522 is moved in and out to the processing position 523. At processing position 523, The central axis of the shaft body 524 of the rotary table 522, With the shaft hole 515 of the transfer body 514, The central axis α of the cup 1 and the lid 2 is coaxial. then, Once the transfer body 514 is lowered, The tip of the shaft body 524 is received in the shaft hole 515 of the transfer body 514, Its tip face will abut or be very close to the bottom wall 12 of the cup 1. In this state, Once the shaft 524 is raised, Then, the tip of the shaft 524 protrudes upwards from the top of the transfer body 514, The bottom wall 12 of the sealing cup 1 is lifted to make the sealing cup 1 The lid 2 and the remaining portion of the sheet are lifted from the upper surface of the transfer body 514. Simultaneously, The piston 525 connected to the motor 526 is relatively displaced downward with respect to the shaft 524, Increasing the volume of the negative pressure generating space 528 to generate negative pressure, This negative pressure passes through the negative pressure passage 527 so that the bottom wall 12 of the cup 1 is attracted to the tip surface of the shaft 524.  [0058] In the cap processing process, In order to remove the stub-like stub 23 connected to the opening of the cover 2, Near the edge (lower end) of the peripheral wall 21 of the cover 2, From the side along the X axis, Irradiate the laser light L. therefore, A mirror 529 that reflects the laser light L so that its optical axis turns to the X-axis direction, It is arrange | positioned at the height of the peripheral wall 21 of the cover 2 which floats from the upper surface of the transfer body 514 from the X-axis direction surface. then, Start the motor 526 to make the piston 525, The shaft body 524 and the sealing cup 1 and the cover 2 adsorbed on the shaft body 524 rotate around their central axis α, Simultaneously, The laser light L is transmitted through the reflecting mirror 529 to a portion near the edge end of the peripheral wall 21 of the cover 2 (FIG. 24). The irradiation of laser light L, The irradiation position is continued along the peripheral wall 21 of the cover 2 for several weeks (for example, two weeks). As a result, The stubs 23 of the thin sheet 20 can be made, It is cut out from the opening of the cover 2. Residual part 23 of the sheet 20 cut away from the cover 2, The system was later attracted and removed.  [0059] Crimping unit H, It is the cover processing project continued from the above. Responsible for pressing the peripheral wall 21 of the cover 2 from the outside to the inside, The inner surface of the peripheral wall 21 of the cover 2 faces the outer surface of the peripheral wall 11 of the sealing cup 1 and a crimping process is performed. As shown in Figure 25 to Figure 27, In the crimping unit H, A crimping mechanism 533 required to press the peripheral wall 21 of the cover 2, From the side along the Y axis, It moves to the vicinity of the seal cup 1 and the lid 2 which are adsorbed on the shaft 524 of the rotary table 522 (FIG. 26). The crimping mechanism 533 has: A plurality of crimping rotors 534, which are arranged so as to surround the sealing cup 1 and the lid 2 (three in the illustrated example), And a heater 535 built into each crimp rotor 534, And a rotor support 536 that supports the crimped rotor 534 and the heater 535. The crimping rotor 534 can rotate around a vertical axis, respectively. Heater 535, The system is responsible for increasing the temperature of the outer peripheral surface of the crimp rotor 534. Rotor support 536, The supported crimp rotors 534 are moved horizontally toward the center of the rotor support 536. And it can be moved horizontally from the center of the pneumatic chuck, As a component.  [0060] In the crimping process, In such a manner that the seal cup 1 and the lid 2 exist directly below the center of the rotor support 536, Position the crimping mechanism 533, The outer peripheral surface of each of the crimped rotors 534 supported by the rotor support 536, It faces the outside of the peripheral wall of the cover 2. then, With the pneumatic chuck included in the rotor support 536, Each pressure-contact rotor 534 is displaced toward the center of the rotor support 536 (FIG. 27). that is, Contact the outer peripheral surface of each crimp rotor 534 with the outer surface of the peripheral wall 21 of the cover 2, The peripheral wall 21 of the cover 2 is sandwiched from the outside by these crimping rotors 534. then, The shaft 524 of the rotary table 522 that holds the sealing cup 1 and the lid 2 is rotationally driven, The lid 2 and the seal cup 1 held by the crimping rotor 534 are rotated around the central axis α. With this, The peripheral wall 21 of the cover 2 can be pressed toward the peripheral wall 11 of the sealing cup 1 while the peripheral wall 21 of the cover 2 is heated by the pressure-contacting rotor 534.  [0061] Once the pressing of the peripheral wall 21 of the lid 2 to the peripheral wall 11 of the sealing cup 1 is completed, Formed product 3, 4The packaging ingot is completed by covering the cup 1 and the lid 2. The pneumatic chuck is driven to displace each crimping rotor 534 in a direction away from the center of the rotor support 536, From the pinching caused by each crimping rotor 534, Release the seal cup 1 and cover 2. Since then, The crimping mechanism 533 is retracted to the original position. also, The shaft 524 of the rotary table 522 is lowered, And the transfer body 514 rises. at this time, Since the piston 525 is relatively upwardly displaced from the shaft 524, Therefore, the negative pressure that attracts the bottom wall 12 of the sealing cup 1 to the tip surface of the shaft 524 disappears. In addition, Although the remaining part 23 of the sheet 20 engaged on the periphery of the opening of the shaft hole 515 on the upper surface of the transfer body 514 has been cut off from the cover 2 However, the outer diameter of the peripheral wall 21 of the cover 2, that is, the outer diameter of the finished packaging ingot is slightly larger than the inner diameter of the shaft hole 515 of the transfer body 514. Therefore, the finished packaging ingot will not fall into the shaft hole 515, On the other hand, it is supported in a state exposed from the upper surface of the transfer body 514 and rises together with the transfer body 514 at the same time.  [0062] In addition, In the crimping unit H, The heater 535 for heating the pressure-bonded rotor 534 is not necessary. It is also possible to crimp the rotor 534 without heating, As long as the peripheral wall 21 of the lid 2 can be sufficiently and firmly adhered to the peripheral wall 11 of the sealing cup 1, It is not necessary to include the heater 535 in the crimp rotor 534.  [0063] Even, The crimping unit H and the crimping process itself are not necessary. In the cap forming process, Will have inserted molded products 3, When the sealing cup 1 of 4 is used as a male mold and the lid 2 is formed from a sheet, If the inner surface of the peripheral wall 21 of the lid 2 can be sufficiently and firmly adhered to the outer surface of the peripheral wall 11 of the cup 1, It is not necessary to carry out crimping works, The crimping unit H including the crimping mechanism 533 can be eliminated.  [0064] Finally, The transfer body 514 of the transfer mechanism 513, Is the finished packaging ingot, Transfer to the product collection position in this manufacturing apparatus (packaging capsule molding machine 500). then, Make finished packaging ingots, It falls into a discharge port (chute) provided at the current product recovery position.  [0065] In the forming process of the cup 1, Relatively move the sheet 10 to the male mold 507, Making the sheet 10 abut against the male mold 507, The sealing cup 1 having a volume is caused to protrude from the sheet 10. In the above embodiment, Although the male mold 507 is fixed first, and then the sheet 10 is moved (fallen) toward the male mold 507, However, it is also possible to fix the sheet 10 first and then move the male mold 507 toward the sheet 10, Both the sheet 10 and the male mold 507 may be moved toward each other.  [0066] Again, In the forming process of the lid 2, The sheet 20 is relatively moved to the sealing cup 1 into which the molded product 3 has been inserted, By using the current sealing cup 1 as a male mold and abutting on the sheet 20, The lid 2 having a volume-sealing cup is projected from the sheet 20. In the above embodiment, Although the sealing cup 1 in which the molded product 3 as a male mold has been inserted is fixed first, and then the sheet 20 is moved (dropped) toward the current sealing cup 1, However, it is also possible to fix the sheet 20 first and then move the sealing cup 1 into which the shaped product 3 has been inserted toward the sheet 20, You may move both the sheet | seat 20 and the sealing cup 1 in the direction which approaches each other.  [0067] A packaging container 1 according to this embodiment In the manufacturing method of 2, Is the material of the lid 2 required to seal the opening of the seal cup 1 in which the contents 3 have been stored, In addition, a sheet 20 having an adhesive layer 24 is provided in advance on one side of the inner surface which is tightly adhered to the outer surface of the peripheral wall 11 of the sealing cup 1, To form the lid 2 covering the sealing cup 1, Simultaneously, The inner side of the peripheral wall 21 of the preface cover 2 faces the outer side of the peripheral wall 11 of the preface seal cup 1. Packaging container 1 in this embodiment 2 manufacturing equipment, Department has: Cover forming unit F, Is the material of the lid 2 required to seal the opening of the seal cup 1 in which the contents 3 have been stored, In addition, a sheet 20 having an adhesive layer 24 is provided in advance on one side of the inner surface which is tightly adhered to the outer surface of the peripheral wall 11 of the sealing cup 1, To form a lid 2 covering the sealing cup 1.  [0068] According to this embodiment, The heat generated during the cap forming process and / or the crimping process, The sealing cup 1 and the lid 2 can be reliably adhered through the adhesive layer 24 provided in advance on the sheet 20. When the sealing cup 1 and the lid 2 are joined, it is not necessary to reapply the adhesive at the point. Therefore, ethanol or water used as a solvent for the adhesive does not cause deterioration of the contents 30 contained in the sealing cup 1 or proliferation of bacteria. It is also possible to avoid dissolution of the water-soluble sealing cup 1 or the lid 2 accompanying the application of the adhesive.  [0069] In the cap forming process, The sealing cup 1 containing the content 3 is used as a male model. The sheet 20 is relatively moved to the seal cup 1 with the opening of the seal cup 1 facing the preparatory sheet 20 side. The sheet 20 is abutted against the current sealing cup 1, With this, The cover 2 having a volume is caused to protrude from the sheet 20. With this, While the cover 2 is being formed, The lid 2 can be joined to the sealing cup 1. and, The heat generated when the lid 2 is formed can be used, Promote the joint between the cup 1 and the lid 2.  [0070] Even, As long as the crimping process after forming the cap 2 is performed, To be responsible for the crimping process of crimping the inner side of the peripheral wall 21 of the cover 2 to the outer face of the peripheral wall 11 of the seal cup 1 in advance, Then, the lid 2 can be further firmly bonded to the sealing cup 1.  [0071] Sheet 10 as a material for sealing cup 1 and lid 2, The 20 series are thin films made of thermoplastic polymer materials. For example, a film made of hydrocarbyl methyl cellulose or polyvinyl alcohol. In the case of manufacturing pharmaceutical preparations, It is a thin film of materials that can be dissolved in the body of the person taking it.  [0072] Furthermore, In the above embodiment, In the powder compression molding machine 600 responsible for powder compression engineering, The inserting process of inserting the molded article 3 of the content into the sealing cup 1 is also performed. but, It may not be in the powder compression molding machine 600, It can also be considered outside the powder compression molding machine 600, Implement the insertion project.  [0073] In this case, Is the insertion unit D that will be responsible for the insertion project, It is provided in, for example, a packaging capsule forming machine 500. As shown in Figure 28 to Figure 30, In the proper insertion unit D, The magazine 516 holds a plurality of molded products 3 aligned in the vertical direction. The preformed molded product 3 is stored. The molded product 3, The powder 30 is compressed by using a powder compression molding machine 600, The powder 30 may be compressed by using a powder compression molding machine different from the molding machine 600. anyway, The process of compressing the powder 30 required for forming the molded product 3 is equivalent to the powder compression process. The powder compression molding machine used for carrying out this powder compression process corresponds to a powder compression unit.  [0074] After the cup forming process in the cup forming unit A, The transfer body 514 of the transfer mechanism 513 that supports and seals the cup 1 in the shaft hole 515, The current sealing cup 1 is not transferred to the insertion unit C in the powder compression molding machine 600 but to the insertion unit D in the packaging capsule molding machine 500. at this time, Transfer body 514, It enters from below the base 517 on which the magazine 516 is placed (FIG. 29). Near the magazine 516 in the abutment 517, The system is provided with an input port 518 penetrating vertically. The inside diameter of the entrance 518, The diameter is slightly equal to the outer diameter of the upper end of the abutment 517 supporting the sealing cup 1. The shaft hole 515 of the transfer body 514 entering from below the base 517 and the central axis α of the sealing cup 1, It is coaxial with the input port 518 of the abutment 517. Since then, Raising the transfer body 514, The upper end portion is inserted into the input port 518 of the base 517 from below. at this time, The height of the upper surface of the transfer body 514 is substantially on the same plane as the height of the upper surface of the base 517.  [0075] Next, The driving body 519 located at the bottom of the magazine 516, It goes in and out from the side along the X-axis direction to a position directly above the input port 518 and the transfer body 514. Drive body 519, It is a member having a flat plate having one part of the molded product 3 to be inserted into the sealing cup 1 or a thickness smaller than that, A catching hole 520 penetrating in an up-and-down direction is chiseled at an end portion thereof. The inner diameter of the capture hole 520, It is slightly equal to the outer diameter of the molded product 3. When the capture hole 520 of the driving body 519, When it is located directly below the plurality of molded products 3 held in the magazine 516, The lowest one of the plurality of molded products 3 falls into the capture hole 520 and is captured by the capture hole 520. then, Once the driving body 519 enters and exits to the position directly above the input port 518 and the transfer body 514, The central axis of the capture hole 520 and the molded product 3 it captures, The axis hole 515 of the transfer body 514 and the central axis α of the seal cup 1 are coaxial.  [0076] In this state, Lower the rod-shaped putter 521 retracted above the input port 518, The molded product 3 in the capture hole 520 is pierced into the sealing cup 1 from above with its tip (lower end) (FIG. 30). result, A molded product 3 is inserted into the sealing cup 1.  [0077] After the molded product 4 is pushed into the sealing cup 1, the push rod 521 is raised, The driving body 519 is retracted to the original position. at this time, The capture hole 520 of the driving body 519, Returns to the position directly below the plurality of molded products 3 held in the magazine 516, We meet a new molded product 3. The transfer body 514 supporting the sealing cup 1 in which the molded product 3 has been inserted is lowered, The upper end is detached from the input port 518. then, The transfer body 514 is moved above the rotary table 522 in the cup sealing processing unit E.  [0078] Furthermore, The invention is not limited to the embodiments described in detail above. The manufacturing method and manufacturing method of the preparation according to the present invention, It is a compounding agent for compounding multiple types of powders, Or in the manufacture of a laminating agent in which plural kinds of powders are laminated, Also useful. E.g, By inserting a plurality of shaped articles into one sealing cup 1, A preparation or a laminating agent in which two or more active ingredients are enclosed in the sealing cup 1 can be easily manufactured. also, It can also be considered in the sealing cup 1, Sealing one or more molded products, As well as powders or films that have not been compressed.  [0079] In sealing cup 1, It is not necessary to insert a molded product obtained by compressing the powder, Instead, the powder is not compressed, liquid, Sol, Filling with colloids, etc. The sealing cup 1 is sealed with a lid 2 to manufacture a preparation, It is also permissible. The point is, The contents of the packaging capsules with cup 1 and lid 2 as components, It is not limited to a molded product obtained by compressing a powder.  [0080] The molding machine constituting the powder compression unit B in the above embodiment is a vertical powder compression molding machine 600, However, as the molding machine constituting the powder compression unit, a rotary powder compression molding machine may be used.  [0081] In the above embodiment, A laser device for processing the sheet 10 as a material of the sealing cup 1 from the tape 502, A laser device for processing the remaining portion of the sheet 10, A laser device for cutting the stub 13 from the opening edge of the sealing cup 1, A laser device for processing the sheet 20 as a material of the cover 2 from the tape 530, A laser device for processing the remaining part of the sheet 20, And the laser device for cutting the stub 23 from the opening edge of the cover 2 is common, Are used in the removal of remnants 13, 23 is a mirror (or 稜鏡) 529 for changing the direction of the optical axis of the laser light L during processing. but, These processes do not have to be performed using the same laser device, Of course, you can also increase production capacity by installing multiple laser devices.  [0082] Again, An object manufactured by the manufacturing method or manufacturing device according to the present invention, Department is not limited to medicine. The present invention can also be used for the manufacture of preparations other than medicine.  [0083] In addition, The specific composition or specific processing procedures of each department, Within the scope not departing from the spirit of the present invention, Can make various deformations.

[0084]

1‧‧‧Seal Cup

10‧‧‧ sheet

11‧‧‧ Zhoubi

13‧‧‧ stub

2‧‧‧ cover

20‧‧‧ sheet

21‧‧‧Zhou Bi

23‧‧‧ stub

24‧‧‧ Adjacent layer

3‧‧‧Contents (molded product)

F‧‧‧Cap forming unit

H‧‧‧Crimping unit

[0019] FIG. 1 is a schematic diagram showing an outline of a method for manufacturing a packaging container and a preparation according to an embodiment of the present invention. [Fig. 2] A schematic view showing the outline of the manufacturing method of the same embodiment. [Fig. 3] A perspective view of a panoramic view of the packaging container and the manufacturing apparatus in the same embodiment. [Fig. 4] A perspective view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 5] A side sectional view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 6] A side sectional view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 7] A side sectional view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 8] A side sectional view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 9] A side sectional view of a cup forming unit of the manufacturing apparatus of the same embodiment. [Fig. 10] A perspective view of a powder compression unit and an insertion unit of the manufacturing apparatus of the same embodiment. [FIG. 11] A side sectional view of a powder compression unit of the manufacturing apparatus of the same embodiment. [Fig. 12] A side sectional view of a powder compression unit of the manufacturing apparatus of the same embodiment. [Fig. 13] A side sectional view of an insertion unit of the manufacturing apparatus of the same embodiment. [Fig. 14] A side sectional view of an insertion unit of the manufacturing apparatus of the same embodiment. [Fig. 15] A perspective view of a cup sealing processing unit of the manufacturing apparatus of the same embodiment. [FIG. 16] A side sectional view of a cup sealing processing unit of the manufacturing apparatus of the same embodiment. [FIG. 17] A side sectional view of a cup sealing processing unit of the manufacturing apparatus of the same embodiment. [Fig. 18] A perspective view of a lid forming unit of the manufacturing apparatus of the same embodiment. [FIG. 19] A side sectional view of a lid forming unit of the manufacturing apparatus of the same embodiment. [FIG. 20] A side sectional view of a lid forming unit of the manufacturing apparatus of the same embodiment. [Fig. 21] A side sectional view of a lid forming unit of the manufacturing apparatus of the same embodiment. [FIG. 22] A side sectional view of a lid forming unit of the manufacturing apparatus of the same embodiment. [FIG. 23] A side sectional view of a cap processing unit of the manufacturing apparatus of the same embodiment. [FIG. 24] A side sectional view of a cap processing unit of the manufacturing apparatus of the same embodiment. [Fig. 25] A perspective view of a crimping unit of the manufacturing apparatus of the same embodiment. [FIG. 26] A side sectional view of a crimping unit of the manufacturing apparatus of the same embodiment. [FIG. 27] A side sectional view of a crimping unit of the manufacturing apparatus of the same embodiment. [FIG. 28] A perspective view of a second insertion unit of the manufacturing apparatus of the same embodiment. [FIG. 29] A side sectional view of a second insertion unit of the manufacturing apparatus of the same embodiment. [FIG. 30] A side sectional view of a second insertion unit of the manufacturing apparatus of the same embodiment.

Claims (7)

A method for manufacturing a sealed container, which is made of a material for a lid required to seal an opening portion of a sealing cup in which a content has been stored, and is a side of the inner surface of the sealing cup which is tightly sealed on the outer surface of the sealing cup in advance. A sheet with an adhesive layer is provided to form a lid covering the sealing cup, and at the same time, the inner side of the peripheral wall of the pre-cap is facing the outer surface of the peripheral wall of the pre-encapsulating cup. The method for manufacturing a sealed container according to claim 1, wherein the sealing cup is a male mold, and the sheet is relatively moved to the sealing cup with the opening portion facing the sheet side, and the sheet is pressed against the sealing cup. It is connected to the sealing cup to shape the cap. The method for manufacturing a sealed container according to claim 1, wherein after forming the cap, the inner side of the peripheral wall of the cap faces the outer side of the outer wall of the cap cup. The method for manufacturing a sealed container according to claim 1, wherein copovidone, methacrylic acid copolymer LD, ethyl acrylate-methyl methacrylate copolymer, polyvinylpyrrolidone, or aminoalkyl methacrylate is used. The ester copolymer E constitutes the preceding adhesive layer. The method for manufacturing a sealed container according to claim 4, wherein: the preform sheet is a film made of a thermoplastic polymer material; 之前 before forming the preform cover, copovidone, methacrylic acid copolymer LD, acrylic acid Ethyl-methyl methacrylate copolymer, polyvinylpyrrolidone, or aminoalkyl methacrylate copolymer E is dissolved in ethanol or water and then applied to the film described above and dried to form the film adhesive layer. A device for manufacturing a sealed container is provided with a lid forming unit, which is a material for a lid required to seal an opening portion of a sealing cup in which contents have been stored, and is tightly adhered to the outer wall of the sealing cup. A sheet of an adhesive layer is provided in advance as one side of the inner surface to form a lid covering the cup. The device for manufacturing a sealed container as described in claim 6, wherein the pre-cap forming unit is a pre-formed sealing cup, and the relative movement of the sheet to the sealing cup is performed with the opening portion facing the pre-sheet side. , The aforesaid cap is formed by abutting the sheet on the sealing cup.