JP2009062067A - Inner stopper simultaneously used as shock-absorbing material and tablet container fitted with inner stopper - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an inner stopper simultaneously used as a shock-absorbing material for a tablet container having no possibility of making tablets entering a surplus space. <P>SOLUTION: The inner stopper includes an annular pressing plate 11 which abuts on a stored article 5 in a container and has a center opening, a peripheral wall 12 which stands on the outer peripheral edge of the annular pressing plate and fits to an inner peripheral wall 6 of a mouth part at the upper part, elastic pressing flaps 13 continuously provided outward in the radial direction from the outer peripheral edge of the annular pressing plate through folding line (a), and a tablet temporarily storing part 14 positioned above the annular pressing plate, projecting from the annular pressing plate, and formed on the inner peripheral edge of the annular pressing plate. The peripheral edge of the upper end part of the peripheral wall is extended outward in the radial direction to form a flange part 15, and the tablet temporarily storing part constituted by a top plate 16 and pillars 17 of a storing part which is vertically provided at approximately equal intervals toward the neighborhood of the inside peripheral edge of the annular pressing plate from the neighborhood of the peripheral edge of the top plate. A space between adjacent pillars of the storing part is formed so as to pass the tablet 5 through it. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an inner plug that also serves as a cushioning material that prevents a tablet from entering into an upper space of a container containing a tablet or the like, and in particular, the tablet is not shaken out in large quantities and can be ejected little by little. The present invention also relates to an inner stopper also used as a cushioning material and a container for tablets, to which the inner stopper is attached.

  Conventionally, a container for tablets containing supplements, medicines, etc., in an excess space portion at the top of the container, for example, so that tablets and capsules are not broken or chipped from the distribution stage to the consumer use stage, for example, They were packed with a synthetic resin film that was appropriately folded and rounded, or packed with a cushioning material such as a lump of sponge of an appropriate size to prevent the tablets from moving in the container.

  However, a padded product made by folding a synthetic resin film may contain tablets, etc. between the folded films, and when the consumer opens and removes the padding from the container, the padded tablet is attached. May be taken out and the tablets may be scattered outside the container. Further, when sponge lump is used, it is not preferable that sponge debris is produced in the container because it may deteriorate the impression of the quality of the medicine.

  In order to solve these problems, padding that can be put in for the purpose of a dedicated cushioning material has been developed (see, for example, Patent Document 1 and Patent Document 2).

The said prior art document is shown.
JP 2001-315853 A. JP2003-40335A.

  However, since these stuffings are also stuffed, it is unsanitary to take out the stuffing once and set it again, even if a structure that takes out a small number of grains by devising the inner plug is devised. . Since the stuffing is not necessary when it starts to be used, there remains a problem that it must be disposed of as trash.

  The present invention has been made to solve the above-described problems related to the cushioning / packing that prevents the tablet from entering the upper surplus space of the tablet container, so that the tablet does not enter the surplus space. It is an object of the present invention to provide an internal stopper that also serves as a buffer material for a tablet container and a tablet container to which the internal stopper is attached.

According to the first aspect of the present invention, an external part of a granular container such as a tablet, which is inserted into a tablet container having a body part, a shoulder part, and a mouth part having a smaller diameter than the body part from the mouth part and accommodated in the container. An inner stopper that also serves as a cushioning material and prevents movement to the inside of the container, and an annular pressing plate that is open at the center in contact with the contents in the container, and an outer side of the annular pressing plate A peripheral wall that is erected on the peripheral edge and is fitted to the inner peripheral wall of the mouth at the upper side, a number of elastic pressing flaps that are continuously provided from the outer peripheral edge of the annular pressing plate toward the radially outer side via folding lines, and the annular It consists of a tablet temporary storage part that is formed on the inner peripheral edge of the pressing plate above the opening part of the annular pressing plate and protrudes from the annular pressing plate, and the upper edge of the peripheral wall extends radially outward. A flange portion covering the upper edge of the mouth portion is formed, and the tablet temporary storage portion is It consists of a plurality of storage column pillars that are suspended from the top plate and the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate, and a tablet is placed between the adjacent storage column and the storage column. It is an inside stopper combined with a cushioning material, characterized in that it is formed so as to be able to pass through.

  As described above, according to the first aspect of the present invention, granular storage of tablets and the like, which are inserted from the mouth into the tablet container having the mouth, the shoulder, and the mouth having a diameter smaller than that of the body, are accommodated in the container. An annular stopper plate that also serves as a cushioning material and prevents an object from being discharged to the outside and suppresses movement within the container, and an annular retainer plate that is open at the center that comes into contact with the contents within the container, and the annular retainer A peripheral wall that is erected on the outer peripheral edge of the plate and that is fitted to the inner peripheral wall of the mouth at the upper side, and a number of elastic pressing flaps that are continuously provided via a folding line from the outer peripheral edge of the annular pressing plate toward the radially outer side. The tablet holding portion formed on the inner peripheral edge of the annular pressing plate above the opening portion of the annular pressing plate and protruding from the annular pressing plate, and the peripheral edge of the upper end of the peripheral wall is radially outward. The tablet is formed with a flange portion that extends to cover the upper edge of the mouth portion. The hour storage section is composed of a plurality of storage section columns that are suspended at substantially equal intervals from the top plate and the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate. Since the tablet is formed so that it can pass through, the tablet is pressed by the elastic pressing flap and the tablet pressing plate, and the contents such as the tablet do not move and do not move into the upper space of the mouth. There will be no chipping during transportation. Moreover, the tablet which entered into the tablet temporary storage part is shaken out to the space above the mouth part from between the storage part columns, and can be taken out one tablet at a time.

  According to the second aspect of the present invention, a granular container such as a tablet or the like is inserted into a tablet container having a body part, a shoulder part, and a mouth part having a smaller diameter than the body part, and discharged to the outside. An internal stopper that also serves as a cushioning material and prevents movement in the container, and is connected to the peripheral wall that fits the inner peripheral wall of the mouth at the top and the end edge of the peripheral wall via a fold line A large number of elastic pressing flaps, an annular lid plate connected to the circumferential wall substantially at the center of the circumferential wall and formed radially inward, and a temporary tablet formed by being recessed from the periphery of the annular lid plate inside A tablet holding plate that is formed on the periphery of the upper end of the peripheral wall and extends outward in the radial direction to cover the upper edge of the mouth, and the temporary tablet storage is in contact with the stored item. And standing from the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate at substantially equal intervals Made of a plurality of accommodating portions pillars it is, between the housing part pillar adjacent accommodating section pillar, characterized in that the tablet is formed so as to be passed through a buffer material serves in stopper.

  As described above, according to the invention described in claim 2, granular storage of tablets and the like that are inserted into the tablet container having the body part, the shoulder part, and the mouth part having a smaller diameter than the body part from the mouth part and stored in the container. An internal stopper that also serves as a cushioning material that prevents the object from being discharged to the outside and suppresses movement within the container, and has a peripheral wall that fits into the inner peripheral wall of the mouth at the top and a fold line at the end edge of the peripheral wall. A large number of elastic pressing flaps that are connected to each other, an annular cover plate that is connected to the peripheral wall at the approximate center of the peripheral wall and that is formed radially inward, and that is recessed from the periphery of the annular cover plate inside The peripheral edge of the peripheral wall is formed with a flange portion extending radially outward to cover the upper edge of the mouth, and the temporary tablet storage portion includes From the vicinity of the periphery of the tablet retainer plate to the inner periphery of the annular lid plate Because it is composed of a plurality of storage columns that are erected at substantially equal intervals, and between the adjacent storage columns, the tablets can be passed between them. Tablets are pressed in, the stored items such as tablets do not move, do not enter the space above the mouth, and the tablets do not chip during transportation. Moreover, the tablet which entered into the tablet temporary storage part is shaken out to the space above the mouth part from between the storage part columns, and can be taken out one tablet at a time.

  Further, the invention of claim 3 is that in the invention of claim 1 or 2, a second inner plug having a swing-out hole through which a tablet can pass is provided at the center above the tablet temporary storage portion. It is an internal stopper used as a buffering agent.

  As described above, according to the invention described in claim 3, since the second inner plug having a swing-out hole through which the tablet can pass is provided at the center above the temporary tablet storage portion, the tablet can be easily removed from the container. You can swing out one tablet at a time.

  According to a fourth aspect of the present invention, in the third aspect of the present invention, an annular presser plate having an open center in contact with the contents in the container and an outer peripheral edge of the annular presser plate, the upper part being the inner peripheral wall of the mouth A circumferential wall fitted to the outer circumferential edge of the annular pressing plate, an elastic pressing flap continuously provided via a fold line from the outer peripheral edge of the annular pressing plate toward the radially outer side, and an opening portion of the annular pressing plate on the inner peripheral edge of the annular pressing plate A first inner plug composed of a tablet temporary storage portion formed to protrude from an annular holding plate positioned above, and a second peripheral wall in which a fitting groove is formed in the outer peripheral wall of the lower end and the most part is fitted to the inner peripheral wall of the mouth And an annular second lid plate having a center opened from the lower end of the second peripheral wall toward the radially inner side, and an inner circumferential edge of the annular second lid plate, which is continuous with the annular second lid plate. As it goes upwards, approximately the same diameter as the temporary storage part of the tablet, it narrows and the tip forms a dispensing hole. And a flange portion that extends radially outward to cover the upper end edge of the mouth is formed on the upper peripheral edge of the second peripheral wall. The storage unit is composed of a top plate and a plurality of storage unit columns that are suspended from the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate. The tablet is formed so that it can pass through, and when the second inner plug is stacked on the first inner plug, the upper end of the peripheral wall is fitted into the fitting groove formed at the lower end of the second peripheral wall. The two internal stoppers are formed integrally with each other, and the internal stopper is also used as a cushioning material according to claim 3.

  As described above, according to the fourth aspect of the present invention, the annular presser plate whose center is in contact with the contents in the container is opened, and the outer peripheral edge of the annular presser plate is erected, and the upper part is fitted to the inner peripheral wall of the mouth. A peripheral wall, an elastic pressing flap continuously provided via a fold line from the outer peripheral edge of the annular pressing plate toward the outer side in the radial direction, and an opening portion of the annular pressing plate on the inner peripheral edge of the annular pressing plate A first inner stopper formed of a temporary tablet containing portion protruding from an annular pressure plate, a second peripheral wall having a fitting groove formed in the outer peripheral wall at the lower end, and a large portion fitted in the inner peripheral wall of the mouth, An annular second lid plate that is open from the lower end of the second peripheral wall toward the inside in the radial direction, and an inner peripheral edge of the annular second lid plate that is continuous with the annular second lid plate. Inclination that narrows as it goes upwards about the same diameter as the receiving part, and the tip forms a swing hole A peripheral portion of the upper peripheral portion of the second peripheral wall is formed with a flange portion extending radially outward to cover the upper edge of the mouth portion, and the temporary tablet storage portion is The top plate and a plurality of storage column pillars that are suspended at substantially equal intervals from the periphery of the top plate to the vicinity of the inner periphery of the annular pressing plate, and between the adjacent storage column The tablet is formed so that it can pass through, and when the second inner plug is stacked on the first inner plug, the upper end of the peripheral wall is fitted into a fitting groove formed in the lower end of the second peripheral wall, Since the inner plug is integrally formed, the tablets that are contained can be reliably shaken out one by one. Further, during use in the container, the first inner plug and the second inner plug act integrally and do not feel inconvenience in handling.

  According to a fifth aspect of the present invention, in the third aspect of the present invention, in the third aspect of the present invention, the upper is a peripheral wall that abuts the inner peripheral wall of the mouth, and an elastic retainer that is connected to the end edge of the peripheral wall radially outwardly via a fold line From the flap, an annular lid plate connected to the circumferential wall substantially at the center of the circumferential wall and formed inward in the radial direction, and a tablet temporary storage portion formed by being recessed from the periphery of the annular lid plate inside A first inner plug, an annular second lid plate that extends over the annular lid plate in a radial direction over the annular lid plate substantially above the peripheral wall, and an inner peripheral edge of the annular second lid plate, An inclined cylindrical body having the same diameter as the opening diameter of the tablet temporary housing portion continuously provided on the annular second cover plate, narrowing as it goes upward, and having a dispensing hole whose tip is larger than the tablet diameter; 2 Stands upward from the outer peripheral edge of the lid plate through a fitting groove that fits the upper end of the peripheral wall, and has the same diameter as the peripheral wall. The second inner wall comprises a second inner wall that is in contact with the inner peripheral edge. The upper peripheral edge of the second peripheral wall has a flange portion that extends radially outward and covers the upper edge of the mouth. The tablet temporary storage part is formed, the tablet pressing plate abutting against the stored article, and a plurality of storage parts standing at substantially equal intervals from the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate It is composed of a pillar, and between the adjacent accommodating part pillars and the accommodating part pillars is formed so that the tablet can pass therethrough, and when the second inner stopper is stacked on the first inner stopper, the upper end of the peripheral wall is the second peripheral wall. The inside plug is also used as a cushioning material, and the two inside plugs are integrally formed by fitting in a fitting groove formed at the lower end of the cushion.

  Thus, according to the invention of claim 5, the peripheral wall whose upper part is in contact with the inner peripheral wall of the mouth portion, and the elastic pressing flap that is continuously connected to the end edge of the peripheral wall through the folding line radially outward, The 1st which consists of the cyclic | annular cover board continuously connected to the peripheral wall in the approximate center of the peripheral wall, and formed toward radial inner direction, and the tablet temporary storage part formed in the inner side from the periphery of the cyclic | annular cover board. An inner plug, an annular second lid plate that extends over the annular lid plate in a radial direction over the annular lid plate substantially above the peripheral wall, and an annular second lid on the inner peripheral edge of the annular second lid plate. An inclined cylindrical body having the same diameter as the opening diameter of the tablet temporary storage portion continuously provided on the lid plate, narrowing as it goes upward, and having a dispensing hole whose tip is larger than the tablet diameter, and an annular second lid plate From the outer peripheral edge of the peripheral wall, it is erected upward through a fitting groove that fits the upper end of the peripheral wall, and has the same diameter as the peripheral wall on the inner peripheral edge of the mouth. A second inner plug made of a second peripheral wall that is in contact with the upper peripheral edge of the second peripheral wall is formed with a flange portion extending radially outward to cover the upper edge of the mouth, The tablet temporary storage portion is composed of a tablet pressing plate that comes into contact with the stored item, and a plurality of storage portion columns that are erected at substantially equal intervals from the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate, Between the adjacent storage column and the storage column is formed so that the tablet can pass, and when the second internal plug is stacked on the first internal plug, the upper end of the peripheral wall is formed at the lower end of the second peripheral wall Since the two inner plugs are integrally formed by being fitted into the fitted groove, the tablets as the contained articles can be reliably shaken out and taken out one by one. Further, during use in the container, the first inner plug and the second inner plug act integrally and do not feel inconvenience in handling.

  Further, the invention of claim 6 is an inner plug peripheral wall that is in contact with the inner peripheral wall of the mouth, an annular lid plate that is radially opened from the tip edge of the inner plug peripheral wall in an inward direction, and A tablet temporary storage portion formed by projecting from the annular lid plate that closes the opening portion of the annular lid plate at the inner peripheral edge of the annular lid plate, and a slight distance inside the peripheral wall of the inner plug below the annular lid plate A cross-sectional shape in which a first inner plug composed of an inner sealing ring provided vertically, and an outer peripheral wall, a bottom peripheral wall, and an inner peripheral wall are successively formed so that an outer peripheral wall and an inner peripheral wall face each other. A substantially U-shaped annular frame, and a second inner plug composed of an elastic pressing flap formed radially outward from the lower end of the outer peripheral wall of the annular frame through a broken line; The inner end of the outer peripheral wall of the second inner plug is fitted to the outer side of the inner sealing ring of the first inner plug, The front end portion of the inner peripheral wall of the inner plug is in close contact with the inner end edge of the annular cover plate of the first inner plug, and the first inner plug and the second inner plug are integrally formed, and the upper end portion of the inner plug peripheral wall The peripheral edge is extended radially outward to form a flange portion that covers the upper edge of the mouth portion, and the tablet temporary storage portion is directed from the vicinity of the top plate and the periphery of the top plate toward the vicinity of the inner periphery of the annular lid plate. An internal stopper for cushioning material, characterized in that it is composed of a plurality of accommodating portion columns that are suspended at substantially equal intervals, and is formed so that a tablet can pass between adjacent accommodating portion columns. is there.

  Thus, according to the sixth aspect of the present invention, the inner plug peripheral wall that is in contact with the inner peripheral wall of the mouth, and the annular shape in which the center provided in the radial direction from the front end edge of the inner plug peripheral wall is opened. A lid plate, a tablet temporary storage portion formed by projecting from the annular lid plate that closes the opening of the annular lid plate at the inner peripheral edge of the annular lid plate, and a little inside the peripheral wall of the inner plug on the lower side of the annular lid plate A first inner plug composed of an inner sealing ring suspended from a distance, and an outer peripheral wall, a bottom peripheral wall, and an inner peripheral wall are successively formed so that the outer peripheral wall and the inner peripheral wall face each other. A second inner plug comprising: an annular frame having a substantially U-shaped cross-section; and an elastic pressing flap formed radially outward from the lower end of the outer peripheral wall of the annular frame via a broken line; The inner end of the outer peripheral wall of the second inner plug is outside the inner sealing ring of the first inner plug. The inner peripheral wall tip of the second inner plug is closely attached to the inner edge of the annular cover plate of the first inner plug, and the first inner plug and the second inner plug are integrally formed, The peripheral edge of the upper end of the inner peripheral wall is formed with a flange extending outward in the radial direction and covering the upper edge of the mouth. Since it is formed of a plurality of accommodating portion columns that are suspended at substantially equal intervals toward the vicinity of the inner peripheral edge, and between the adjacent accommodating portion columns and the accommodating portion columns, it is formed so that the tablet can pass from the annular frame body. Through the temporary tablet storage section, stored items such as tablets can be shaken out one by one from between the storage section column and the storage section column.

  According to a seventh aspect of the present invention, in the sixth aspect of the invention, the distal end portion of the inner peripheral wall of the second inner plug is formed in close contact with the substantially intermediate portion below the annular cover plate of the first inner plug. It is the inside stopper used also as a buffering agent characterized by the above-mentioned.

  Thus, according to the seventh aspect of the present invention, the tip end portion of the inner peripheral wall of the second inner plug is formed in close contact with the substantially intermediate portion on the lower side of the annular cover plate of the first inner plug. An annular cover plate bulges between the inner peripheral wall and the storage column of the temporary tablet storage portion on the upper side of the peripheral wall. When the tablet is shaken out, the tablet once hits the annular cover plate. Since it moves to the tablet temporary storage part and is swung out in one cushion, it can be swung out one by one more reliably.

  The invention of claim 8 is a container to which the cushioning material internal stopper according to any one of claims 1 to 7 is attached.

  In this way, by using the internal stopper also serving as a buffering agent of the present invention, it is not necessary to put a finger into the container and pick up a buffering material such as a film or a sponge as in the prior art. It is hygienic because objects do not jump out with the cushioning material. When everyone including elderly people handles it, it is safe and safe to take out a small amount and an appropriate amount without accidentally shaking out a large amount.

The present invention will be described in detail below based on one embodiment.
As shown in FIG. 7, for example, as shown in FIG. 7, the shock-absorbing inner plug (10) of the present invention has a barrel (2), a shoulder (3), and a mouth (4) having a smaller diameter than the barrel. Also used as a cushioning material, which is inserted from the mouth part (4) into (1) and prevents the granular container (5) such as tablets stored in the container from being discharged to the outside and also prevents movement in the container. In general, it is made by injection molding a rigid thermoplastic resin such as polyethylene or polypropylene.

  The internal stopper (10) also used as a cushioning material is composed of one member to the first and second embodiments (see, for example, FIG. 1 and FIG. 2) and composed of two members to the first. There are three, fourth, fifth and sixth embodiments (see, for example, FIGS. 3 to 6). A description will be made sequentially.

FIG. 1 is an explanatory view schematically showing a first embodiment of an internal stopper (10) serving as a cushioning material according to the present invention.
As shown in FIG. 1, for example, as shown in FIG. 1, the middle stopper (10) serving as a cushioning material according to the first embodiment includes an annular presser plate (11) having an open center in contact with an object (5) in the container, and the annular stopper plate (11). A peripheral wall (12) which is erected on the outer peripheral edge of the presser plate (11) and is fitted to the inner peripheral wall (6) of the mouth at the upper side, and a fold line from the outer peripheral edge of the annular presser plate (11) toward the radially outer side (A) a large number of elastic pressing flaps (13, 13,...) Arranged in an annular manner and positioned on the inner peripheral edge of the annular pressing plate (11) above the opening (18) of the annular pressing plate. It consists of the tablet temporary storage part (14) formed protruding from the pressing plate.

  Since the buffer stopper (10) is inserted into the mouth part (4) of the tablet container, the diameter of the annular pressing plate (11) is set slightly shorter than the mouth part (4) of the tablet container. Needless to say.

  A flange portion (15) is formed on the peripheral edge of the peripheral wall (12) so as to extend outward in the radial direction and cover the upper end edge of the mouth portion.

  The tablet temporary storage part (14) is provided with a plurality of storage part columns (17) suspended from the top plate (16) and the vicinity of the top plate toward the inner periphery of the annular pressing plate (11) at substantially equal intervals. , 17, ...), and between the adjacent storage column (17) and storage column (17) is a storage (5), for example, a tablet is formed so that it can pass through.

The method of inserting this buffering medium stopper (10) into the mouth (4) of the tablet container (1) is as follows. That is, the cushioning material internal stopper (10) is fitted into the mouth part (4) of the tablet container (1) in a state where all the elastic pressing flaps (13, 13,...) Are folded along the fold line (a). The flange portion (15) completely covers the upper edge of the mouth portion (4) and is in a sealed state. Since the elastic pressing flap has elasticity, it returns to the state parallel to the annular pressing plate (11) from the peripheral wall side through the fold line (a) as shown in FIG. For example, it will be in the state which presses a tablet and it will control that a tablet moves.
For this reason, it is desirable that the length of the elastic pressing flap (13) be as close as possible to the body (2) of the tablet container in an unfolded state when sealed in the tablet container. .

  For example, in order to shake out the tablet (1) from the tablet container (1), the container (1) is not shown, but after opening the cap, the container is lifted and shaken gently to contain the container (5). ), For example, several tablets enter the tablet temporary storage part (14), one of which is shaken out of the space between the storage part column (17) and the storage part column (17), Jump out to the outside world. By repeating the same operation, the necessary amount of tablets can be taken out one by one.

FIG. 2 is an explanatory view schematically showing a second embodiment of the cushioning material internal stopper according to the present invention.
As shown in FIG. 2, for example, as shown in FIG. 2, the inner plug (20) of the second embodiment includes a peripheral wall (22) that fits the inner peripheral wall (6) at the top, and a fold line at the end edge of the peripheral wall. (A) a large number of elastic pressing flaps (23, 23,...), And an annular cover plate (21) connected to the peripheral wall substantially at the center of the peripheral wall and formed radially inward. ) And a tablet temporary storage portion (24) formed in the inner periphery thereof by being recessed from the peripheral edge of the annular lid plate.

  As in the first embodiment, the inner stopper (20) serving as a cushioning material is fitted into the mouth (4) of the tablet container, so that the diameter of the annular lid plate (21) is the mouth of the tablet container. Needless to say, it is set slightly shorter than the diameter of (4).

  A flange portion (25) that extends outward in the radial direction and covers the upper end edge of the mouth portion is formed on the periphery of the upper end portion of the peripheral wall (22).

  The tablet temporary storage section (24) is provided at substantially equal intervals from the tablet pressing plate (26) that contacts the stored item (5) and the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate (21). It is composed of a plurality of accommodating portion columns (27, 27,...), And between the adjacent accommodating portion columns (27) and the accommodating portion columns (27) is an accommodation (5), for example, a tablet passes. It is made possible.

The method of inserting this buffering medium stopper (20) into the mouth (4) of the tablet container (1) is as follows. That is, the cushioning material internal stopper (20) is fitted into the mouth part (4) of the tablet container (1) in a state where all the elastic pressing flaps (23, 23,...) Are bent along the fold line (a). The flange portion (25) completely covers the upper edge of the mouth portion (4) and is in a sealed state. Since the elastic pressing flap has elasticity, it returns to the state parallel to the tablet pressing plate (26) from the peripheral wall side through the fold line (a) as shown in FIG. For example, it will be in the state which presses a tablet and it will control that a tablet moves.
For this reason, it is desirable that the length of the elastic pressing flap (23) be as close as possible to the body (2) of the tablet container in an unfolded state when sealed in the tablet container. .

  For example, in order to squeeze out the tablet (1) from the tablet container (1), the container (1) is not shown, but after opening the cap, the container is lifted diagonally and shaken gently. The tablet which is (5) enters the tablet temporary storage part (24) from the space between the storage part column (27) and the storage part column (27), and is swung out from the upper opening part of the tablet temporary storage part. It is. By repeating the same operation, the necessary amount of tablets can be taken out one by one.

FIG. 3 is an explanatory view schematically showing a third embodiment of the internal stopper (30) serving as a cushioning material according to the present invention.
As shown in FIG. 3, for example, as shown in FIG. 3, the middle stopper (30) serving as a cushioning material according to the third embodiment includes an annular pressing plate (11) having an open center in contact with the contents (5) in the container, and the annular stopper plate (11). A peripheral wall (12) which is erected on the outer peripheral edge of the presser plate and whose upper part is fitted to the inner peripheral wall (6) of the mouth, and a fold line (a) from the outer peripheral edge of the annular presser plate (11) to the radially outer side. And a temporary tablet formed by projecting from an annular pressing plate located on the opening (18) of the annular pressing plate on the inner peripheral edge of the annular pressing plate (11). A fitting groove (36) is formed in the first inner plug (10a) composed of the accommodating portion (14) and the outer peripheral wall at the lower end, and most of the fitting is fitted in the inner peripheral wall (6) of the mouth of the tablet container (1). A second peripheral wall (34) to be formed, and a ring having an open center provided radially inward from the lower end of the second peripheral wall Two lid plates (31) are provided on the inner peripheral edge of the annular second lid plate, and are continuous with the annular second lid plate (31). It is comprised with the 2nd inside plug (10b) which consists of an inclination cylinder (32) which forms a swing-out hole (33).

  The peripheral edge of the upper end portion of the second peripheral wall (34) is formed with a flange portion (35) extending radially outward to cover the upper end edge of the mouth portion.

  The tablet temporary storage portion (14) includes a top plate (16) and a plurality of storage column pillars that are suspended from the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate (11) at substantially equal intervals. 17, 17..., And between the adjacent storage column (17) and the storage column (17), the tablet (5) can pass.

  Further, when the second inner plug (10b) is stacked on the first inner plug (10a), the upper end of the peripheral wall (12) is inserted into the fitting groove (36) formed at the lower end of the second peripheral wall (34). The two inner plugs are integrally formed by fitting.

  Since the method of fitting the buffer plug (30) into the mouth portion (4) of the tablet container (10) is the same as in the first and second embodiments, the description thereof is omitted.

  In order to shake out the tablet (1) which is the container (5) from the tablet container (1), although not shown, after opening the cap, the container is lifted at an angle and shaken gently. ) Is swung out from the space between the storage column (17) and the storage column (17) of the temporary tablet storage unit (14), and the first internal plug (10a) and the second internal plug (10b). ) Jump out into the space between. The tablets that have jumped out pass through the inclined cylindrical body (32) and are ejected from the ejection hole (33) to the outside. By repeating the same operation, the necessary amount of tablets can be taken out one by one.

FIG. 4 is an explanatory view schematically showing a fourth embodiment of the internal stopper (40) serving as a cushioning material according to the present invention.
As shown in FIG. 4, for example, as shown in FIG. 4, the middle stopper (40) serving as a cushioning material of the fourth embodiment has a peripheral wall (22) whose upper part contacts the inner peripheral wall (6), and a radially outer end on the end edge of the peripheral wall. Folding line (a)
An elastic pressing flap (23) provided continuously through the ring, an annular cover plate (21) formed in the radial direction inwardly connected to the peripheral wall substantially at the center of the peripheral wall, and an annular cover plate on the inner side thereof The first inner plug (20a) comprising a tablet temporary storage portion (24) formed by being recessed from the peripheral edge of the tablet and the annular lid plate (21) overlying the annular lid plate (21) substantially above the peripheral wall (22). An annular second cover plate (41) extending radially in the direction of opening of the tablet temporary storage portion (24) erected on the inner peripheral edge of the annular second cover plate continuously from the annular second cover plate. The upper end of the peripheral wall from the outer peripheral edge of the annular second lid plate (41) having the same diameter as the caliber and narrowing as it goes upward and having a dispensing hole (43) whose tip is larger than the tablet diameter. A second peripheral wall that is erected upward via a fitting groove (46) that fits the portion and abuts the inner peripheral edge of the mouth with the same diameter as the peripheral wall During the second consisting a 44) is constituted out with plug (20b).

  A flange portion (45) is formed on the periphery of the upper end portion of the second peripheral wall (44) so as to extend radially outward and cover the upper end edge of the mouth portion.

  The tablet temporary storage section (24) is provided at substantially equal intervals from the tablet pressing plate (26) that contacts the stored item (5) and the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate (21). It is composed of a plurality of accommodating portion columns (27, 27,...), And is formed between the adjacent accommodating portion columns (27) and the accommodating portion columns (27) so that the tablet as the accommodation item (5) can pass therethrough. Has been.

  Further, when the second inner plug (20b) is stacked on the first inner plug (20a), the upper end of the peripheral wall (22) is inserted into the fitting groove (46) formed at the lower end of the second peripheral wall (44). The two inner plugs are integrally formed by fitting.

  The method of fitting the cushioning material inner stopper (40) into the mouth portion (4) of the tablet container (10) is the same as in the other embodiments described so far, and is therefore omitted.

  In order to shake out the tablet (1) contained in the container (1) from the tablet container (1), the tablet (5) is not shown in the figure. One tablet moved from the container to the temporary tablet storage part (24) between the storage part column (27) and the storage part column (27) of the temporary tablet storage part (24) Continues to move to the inclined cylinder (42) and is ejected to the outside through the ejection hole (43). By repeating the same operation, the necessary amount of tablets can be taken out one by one.

FIG. 5 is an explanatory view schematically showing a fifth embodiment of the cushioning material internal stopper (50) of the present invention.
As shown in FIG. 5, for example, the inner stopper (50) serving as a cushioning material according to the fifth embodiment includes an inner stopper peripheral wall (52) that comes into contact with the inner peripheral wall (6) of the mouth, and a distal end edge of the inner stopper peripheral wall. An annular cover plate (51) provided in the radial direction from the inner side to the inner side, and an opening portion (58) of the annular cover plate is closed on the inner peripheral edge of the annular cover plate, protruding from the annular cover plate From the formed tablet temporary storage part (54), and the inner sealing ring (59) suspended from the inner peripheral wall (52) at a distance from the lower side of the annular lid plate (51) with a slight distance. The outer peripheral wall (61), the bottom peripheral wall (62), and the inner peripheral wall (63) are successively connected so that the first inner plug (50a), the outer peripheral wall (61), and the inner peripheral wall (63) face each other. An annular frame (64) having a substantially U-shaped cross-section and a polygonal line (a) from the lower end of the outer peripheral wall of the annular frame. It is constructed out with second in plug made from a pressing elastic formed outward flap (65) (60a) radially Te.

  The inner end of the outer peripheral wall (61) of the second inner plug (60a) is fitted to the outer side of the inner sealing ring (59) of the first inner plug, and the inner peripheral wall distal end of the second inner plug (60a) ( 63a) is in close contact with the inner edge of the annular lid plate (51) of the first inner plug, and the first inner plug (50a) and the second inner plug (60a) are integrally formed.

  Further, the peripheral edge of the upper end portion of the inner plug peripheral wall (52) is formed with a flange portion (55) that extends radially outward and covers the upper end edge of the mouth portion.

  The tablet temporary storage part (54) includes a plurality of storage part columns (57) that are suspended at substantially equal intervals from the top plate (56) and the vicinity of the top plate to the vicinity of the inner periphery of the annular lid (51). , 57,..., And between the adjacent storage column (57) and the storage column (57), the tablet (5) can be passed.

  Since the method of fitting the buffer stopper (50) into the mouth (4) of the tablet container (10) is the same as in the other embodiments described so far, a description thereof will be omitted.

  In order to shake out the tablet (1) contained in the container (1) from the tablet container (1), the tablet (5) is not shown in the figure. Passes from the inside of the container into the annular frame (64), enters the tablet temporary storage portion (54) from the opening (58) of the annular lid plate, and stores the column (57) of the tablet temporary storage portion (54). And the housing column (57). By repeating the same operation, the necessary amount of tablets can be taken out one by one.

FIG. 6 is an explanatory view schematically showing a sixth embodiment of the internal stopper used as a cushioning material of the present invention.
For example, as shown in FIG. 6, in the fifth embodiment, the inner stopper (63 a) of the inner peripheral wall of the second stopper (60 a) The first inner plug (50a) is formed on the lower side of the annular lid plate (51) so as to be in close contact with the substantially middle portion.

  When the tablet is shaken out by moving the portion of the tip end portion (63a) of the inner peripheral wall in close contact with the lower side of the annular lid plate (51) outward from the inner peripheral edge of the annular lid plate (51). The tablets are not swung out from the space between the storage column (57) and the storage column (57) of the temporary tablet storage unit (54) through the annular frame (64). Since it moves to the tablet temporary storage part (54) after the ring cover plate (51) in the vicinity of the opening (58) of the ring cover plate, it is swung out from the one cushion so that it can be shaken one by one more securely. Can be put out.

  In the middle stoppers for cushioning materials of the fifth and sixth embodiments, for example, a desiccant or the like can be accommodated in the recessed portion of the first inner stopper (50a).

An example of the first embodiment of the cushioning material inner plug of the present invention is shown, (a) is a plan explanatory view, (b) is a cross-sectional explanatory view taken along line AA ′ of (a), ( c) is a perspective explanatory view of a temporary tablet storage portion. An example of the second embodiment of the internal stopper used as a cushioning material of the present invention is shown, (a) is a plan explanatory view, (b) is a cross-sectional explanatory view taken along the line AA ′ of (a), ( c) is a perspective explanatory view of a temporary tablet storage portion. An example of the third embodiment of the internal stopper used as a cushioning material of the present invention is shown, (a) is a plane explanatory view, and (b) is a cross-sectional explanatory view taken along line A-A 'of (a). An example of the fourth embodiment of the internal stopper serving as a cushioning material of the present invention is shown, (a) is a plane explanatory view, and (b) is a cross-sectional explanatory view taken along line A-A 'of (a). An example of the fifth embodiment of the cushioning material inner plug of the present invention is shown, (a) is a plan explanatory view, (b) is a cross-sectional explanatory view taken along line AA ′ of (a), ( c) is a perspective explanatory view of a temporary tablet storage portion. It is sectional explanatory drawing which shows an example of 6th Embodiment of the internal stopper used as a shock absorbing material of this invention. It is sectional explanatory drawing which shows one Example of the state which attached the buffer stopper combined inside stopper of this invention to the container for tablets.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Tablet container 2 ... Body part 3 ... Shoulder part 4 ... Mouth part 5 ... Containment, tablet 6 ... Inner peripheral wall 10 ... Inner stopper combined with buffer material 10a ... First inner stopper 10b ... 2nd inner stopper 11 ... Annular retainer 12 ... Peripheral wall 13 ... Elastic retainer flap 14 ... Temporary storage part 15 ... Flange part 16 ... Top plate 17 ... Retainer column 18 ... On the annular retainer plate Opening portion 20 ··· Internal stopper also used as cushioning material 20a · ····························································································································· 26 ... Tablet pressing plate 27 ... Storage column 30 ... Inner stopper also used as cushioning material 31 ... Annular second lid plate 32 ... Inclined cylindrical body 33 ... Outlet hole 34 ... Second peripheral wall 35 ... Flange part 36 ... Mating groove 40 ... Inner stopper also used as cushioning material 41 ... Ring second cover plate 4 ················································································································································· 52 52 2. Inner plug peripheral wall 54 ... Temporary tablet storage part 55 ... Flange part 56 ... Top plate 57 ... Storage part column 58 ... Opening part of the annular lid plate 59 ... Inner sealing ring 60 ... 60a ··· 2nd inner plug 61 ··· Outer peripheral wall 62 ··· Inner peripheral wall 63 ··· Inner peripheral wall 63a · Tip of inner peripheral wall 64 · · · An annular frame 65 · · · Elastic pressing flap a · · · Folded line

Claims (8)

It is inserted from the mouth into a tablet container having a mouth part, a shoulder part, and a mouth part having a smaller diameter than the torso part, and prevents the discharge of granular containers such as tablets contained in the container to the outside. It is an internal stopper that also serves as a cushioning material to suppress movement at
An annular retainer plate that is open at the center in contact with the contents in the container, a peripheral wall that is erected on the outer peripheral edge of the annular retainer plate and that fits into the inner peripheral wall of the mouth portion above, and a radial direction from the outer peripheral edge of the annular retainer plate A large number of elastic pressing flaps arranged outwardly through folding lines and formed on the inner peripheral edge of the annular pressing plate above the opening portion of the annular pressing plate and projecting from the annular pressing plate Consisting of a temporary tablet storage section,
The periphery of the upper end portion of the peripheral wall is formed with a flange portion extending radially outward to cover the upper end edge of the mouth portion,
The tablet temporary storage portion is composed of a plurality of storage portion columns that are suspended at substantially equal intervals from the top plate and the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate. An internal stopper also serving as a cushioning material, characterized in that a tablet can be passed between the columns. It is inserted from the mouth into a tablet container having a mouth part, a shoulder part, and a mouth part having a smaller diameter than the torso part, and prevents the discharge of granular containers such as tablets contained in the container to the outside. It is an internal stopper that also serves as a cushioning material to suppress movement at
A peripheral wall that engages with the inner peripheral wall of the mouth at the top, a number of elastic pressing flaps that are connected to the end edge of the peripheral wall via a fold line, and that is connected to the peripheral wall substantially at the center of the peripheral wall and directed radially inward An annular lid plate formed therein, and a tablet temporary storage portion formed by being recessed from the periphery of the annular lid plate inside thereof,
The periphery of the upper end portion of the peripheral wall is formed with a flange portion extending radially outward to cover the upper end edge of the mouth portion,
The tablet temporary storage unit is composed of a tablet pressing plate that comes into contact with the stored item, and a plurality of storage unit columns that are erected from the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate at substantially equal intervals. In addition, the internal stopper used as a cushioning material is characterized in that a tablet can pass between the adjacent storage column and the storage column.   3. The internal stopper as a cushioning material according to claim 1 or 2, wherein a second internal stopper having a swing-out hole through which a tablet can pass is provided in the center above the temporary tablet storage section. An annular retainer plate that is open at the center that comes into contact with the contents in the container, a peripheral wall that is erected on the outer peripheral edge of the annular retainer plate, and that is fitted on the inner peripheral wall of the mouth, and that is radially from the outer peripheral edge of the annular retainer plate An elastic pressing flap provided continuously through a fold line toward the outside, and a temporary tablet storage formed by projecting from an annular pressing plate located on an opening portion of the annular pressing plate on the inner peripheral edge of the annular pressing plate A first inner plug composed of a part,
A second peripheral wall in which a fitting groove is formed in the outer peripheral wall at the lower end, and most of the inner peripheral wall is fitted into the inner peripheral wall of the mouth, and an annular second lid that is open radially inward from the lower end of the second peripheral wall An inclined cylinder that is provided on the inner peripheral edge of the plate and the annular second lid plate and that is continuous with the annular second lid plate and narrows as it goes upwards substantially the same diameter as the temporary tablet storage portion, and the tip forms a dispensing hole Consists of a second inner plug consisting of the body,
The peripheral edge of the upper end portion of the second peripheral wall is formed with a flange portion extending radially outward to cover the upper end edge of the mouth portion,
The tablet temporary storage portion is composed of a top plate and a plurality of storage portion columns that are suspended at substantially equal intervals from the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular pressing plate. Between the receiving column is formed so that the tablet can pass,
When the second inner plug is stacked on the first inner plug, the upper end of the peripheral wall is fitted into a fitting groove formed at the lower end of the second peripheral wall, and the two inner plugs are formed integrally. The internal stopper used as a cushioning material according to claim 3. The upper wall is in contact with the inner peripheral wall of the mouth portion, the elastic pressing flap is connected to the end edge of the peripheral wall radially outwardly via a fold line, and the radial direction is connected to the peripheral wall substantially at the center of the peripheral wall. A first inner plug composed of an annular lid plate formed inward, and a tablet temporary storage portion formed inside thereof by depression from the periphery of the annular lid plate;
An annular second lid plate extending radially above the annular lid plate overlying the annular lid plate substantially above the peripheral wall, and continuous with the annular second lid plate on the inner peripheral edge of the annular second lid plate An inclined cylindrical body having the same diameter as the opening diameter of the tablet temporary storage portion erected and narrowing as it goes upward, and having a tip-out hole larger than the tablet diameter, and an outer peripheral edge of the annular second lid plate A second plug that is erected upward through a fitting groove that fits the upper end of the peripheral wall, and includes a second peripheral wall that has the same diameter as the peripheral wall and abuts on the inner peripheral edge of the mouth,
The peripheral edge of the upper end portion of the second peripheral wall is formed with a flange portion extending radially outward to cover the upper end edge of the mouth portion,
The tablet temporary storage unit is composed of a tablet pressing plate that comes into contact with the stored item, and a plurality of storage unit columns that are erected from the vicinity of the periphery of the tablet pressing plate toward the vicinity of the inner periphery of the annular lid plate at substantially equal intervals. , Between the adjacent storage column and the storage column is formed so that the tablet can pass,
When the second inner plug is stacked on the first inner plug, the upper end of the peripheral wall is fitted into a fitting groove formed at the lower end of the second peripheral wall, and the two inner plugs are formed integrally. The internal stopper used as a cushioning material according to claim 3. An inner plug peripheral wall that is in contact with the inner peripheral wall of the mouth portion, an annular lid plate that is provided radially inward from the tip edge of the inner plug peripheral wall, and an annular lid at the inner peripheral edge of the annular lid plate A tablet temporary storage portion formed by projecting from the annular lid plate that closes the opening portion of the plate; and an inner sealing ring that is provided below the annular lid plate so as to be suspended from the inner plug peripheral wall by a slight distance. A first plug made of
An annular frame having a substantially U-shaped cross-section in which the outer circumferential wall, the bottom circumferential wall, and the inner circumferential wall are successively formed so that the outer circumferential wall and the inner circumferential wall face each other, and the outer circumferential wall of the annular frame A second inner plug composed of an elastic pressing flap formed radially outward from the lower end of the wire through a broken line,
The inner end of the outer peripheral wall of the second inner plug is fitted to the outer side of the inner sealing ring of the first inner plug, and the inner peripheral wall front end of the second inner plug is inside the annular cover plate of the first inner plug. The first inner plug and the second inner plug are integrally formed in close contact with the edge,
The peripheral edge of the upper end portion of the inner plug peripheral wall is formed with a flange portion extending radially outward to cover the upper end edge of the mouth portion,
The tablet temporary storage portion is composed of a plurality of storage portion columns that are suspended at substantially equal intervals from the top plate and the vicinity of the periphery of the top plate toward the vicinity of the inner periphery of the annular lid plate. An internal stopper also serving as a cushioning material, characterized in that a tablet can be passed between the columns.   7. The cushioning material combined use according to claim 6, wherein the front end portion of the inner peripheral wall of the second inner plug is formed in close contact with a substantially intermediate portion below the annular lid plate of the first inner plug. Inner plug.   A container to which the shock-absorbing medium stopper according to any one of claims 1 to 7 is attached.

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