JP2009280281A - Tablet cushioning material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a tablet cushioning material of a simple structure capable of pressing down the top face of tablets uniformly according to the change of a filled amount of a tablet case and the change of the inner diameter of a mouth and the inner diameter of a body. <P>SOLUTION: The molded article made of a plastic resin material having suitable resiliency is that a plurality of spirally vertical ribs 3 are formed which are arranged tubularly having an interval in the peripheral direction mutually from the lower part of an inner stopper 1 fitted internally in the attachable and detachable states on the mouth of the tablet case and a tilting rib 4 is connected to the lower part of each vertical rib 3 through a hinge section 3a and a bottom section disk 5 is connected to the lower parts of the plurality of the tilting ribs 4 through a hinge section 4a. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a tablet cushioning material that is used by filling the upper surface of a tablet in order to guarantee the quality of the tablet stored in a packaging container such as pharmaceuticals and foodstuffs.

  In general, in a wide-mouth container containing a large number of tablets and capsules, to prevent breakage such as cracking or chipping of tablets due to the phenomenon of collision between tablets or the inner wall of the container due to vibration or impact action, Although cushioning materials such as maltoprene, polyethylene film, and cotton are housed in the upper part of the container, there is a problem in terms of hygiene because dust is likely to adhere during the filling operation. Currently, it is used with some problems in user usability, manufacturer workability, and economic efficiency. Especially for the polyethylene sheet cushioning material used in standard glass bottles, there is a specific problem with each pharmaceutical company regarding the defect that the tablet entangles the sheet when the end user removes the polyethylene sheet cushioning material. There is no solution and it is still a potential claim on the end user side. Some relatively large-capacity containers have been put into practical use with a shock-absorbing material integrally injection-molded with maltoprene or synthetic resin material, but are housed in recent standard glass bottles and the like. The tablets are relatively large in the amount of tablets stored, and the space in the upper part of the container is extremely small.

  In the cushioning material of molded products for large-capacity wide-mouth containers that are currently in practical use, there is a relatively large space between the stored tablet surface and the upper part of the container, and when inserting into the container, the external presser When the piece hits the mouth of the container and curves upward, it is reversed by elastic restoring force at the widened part of the body when inserted into the container, and the external presser piece is restored radially to the horizontal plane to hold the upper surface of the tablet. A cushioning material for tablets is commercially available.

Japanese Patent No. 3116274 Japanese Patent No. 3211082

  However, the three-dimensional tablet cushioning material described in Patent Document 1 and the planar tablet cushioning material described in Patent Document 2 are stored in the bottle upper surface and in the bottle as viewed from the standard glass bottle packaging. There is little space with the upper part, and in the form of cushioning material for molded products of current large containers, after inserting into the bottle, the external presser piece has no space to be reversed due to elastic restoring force, and the external presser piece is the mouth of the bottle There is a drawback that the neck portion of the mouth of the bottle is clogged in the upper direction when it hits the part and is clogged and the presser piece cannot press the upper surface of the tablet, and the function of the cushioning material for tablets is lost.

  Therefore, it is suitable as a buffer material for a conventional large-capacity wide-mouth container, regardless of the amount of tablets stored in the container, and can be easily inserted and removed, and can be formed simply. There is a need to develop a cushioning material that is hygienic, economical, and universally valid.

  The conventional three-dimensional cushioning material for tablets described in Patent Document 1 and the planar tablet cushion material described in Patent Document 2 described above have a tablet upper surface and a neck length portion of the inner diameter of the mouth depending on the filling amount of the tablet in the container. In the case of a wide space, the outer presser piece can hold the tablet in a substantially horizontal plane by elastic restoring action at the inner diameter of the container body, but in the case of a narrow space, the outer diameter presser piece is reversed in the container. When there is no space and hits the mouth part of the bottle and curls upward and becomes narrowed, it clogs the inner neck of the mouth of the bottle, making it impossible to press the tablet uniformly against the horizontal surface.

  Therefore, the cushioning material of the present invention can be easily inserted even in a packaging form in which the container is filled with a large amount of tablet and the space between the neck portion of the inner diameter of the mouth and the upper surface of the tablet is small, and has a large-capacity wide-mouth container for tablets. The purpose of the present invention is to provide a tablet cushioning material having high versatility and epoch-making characteristics that can be flexibly adapted to standardized glass bottles and the like.

  In order to achieve the above object, the present invention takes the following technical means.

  In other words, the tablet cushioning material of the present invention is a molded product made of a synthetic resin material having appropriate elasticity in order to cope with the size of the space between the upper surface of the mouth and the upper surface of the tablet by changing the filling amount of the container. The conical ring-shaped rib and the handle part are formed obliquely from the inner wall surface slightly below the upper ring-shaped inner plug upper surface, and are formed at equal intervals with a slit from the lower part of the upper ring-shaped inner plug. The lower edge of the plurality of helical vertical ribs and the upper edge of the plurality of inclined ribs are connected by a hinge part, and the lower edge of the plurality of inclined ribs and the peripheral edge of the bottom disk are connected by a hinge part. Thus, a basket-type structure is formed integrally.

  In addition, the tablet cushioning material of the present invention is formed from an inner plug that is detachably fitted in the mouth portion of the tablet container and a lower part of the inner plug, and has a cylindrical shape with an interval in the circumferential direction. A plurality of spiral longitudinal ribs arranged, an inclined rib connected to the lower end of each longitudinal rib via a hinge portion, and a bottom disc, which are integrally formed of a synthetic resin material, The peripheral edge portion of each of the plurality of vertical ribs is connected to the lower end portions of the plurality of inclined ribs connected to the plurality of vertical ribs via hinges. In such a cushioning material for tablets, the inner stopper is formed in a ring shape, and the conical ring-shaped rib and the handle portion are integrally formed obliquely from the inner wall surface slightly below the upper surface of the inner stopper. Is preferred.

  In the above-described tablet cushioning material of the present invention, the vertical ribs and the inclined ribs can be formed in a band plate shape, and the circumferential width of the vertical ribs in a predetermined portion in the vertical direction can be made narrower than the width of the inclined ribs.

  Moreover, the straight part which does not exhibit a spiral form but extends straight with respect to the inclined rib can be provided at the lower end of the vertical rib.

  Furthermore, according to the cushioning material for tablets of the present invention, when the bottom disk is pushed up relatively with respect to the inner stopper by contacting the upper surface of the tablet in the container, the plurality of inclined ribs expand and the bottom disk and The upper surface of the tablet in the container is pressed and held by the bottom disk and the plurality of inclined ribs, and the plurality of helical vertical ribs are developed by the twisting action of the plurality of inclined ribs and inner plugs. The elastic vertical distance can be adjusted.

  Furthermore, the lower end portion of the longitudinal rib can be curved outward in the radial direction. According to this, the twisted twist deformation of the vertical rib when the cushioning material is pressed onto the upper surface of the tablet and the horizontal deformation of the vertical rib are more smoothly performed.

  As described above, the tablet cushioning material of the present invention can be easily inserted into the inner diameter of the mouth of the container in order to correspond to the size of the space between the upper surface of the mouth and the upper surface of the tablet by changing the filling amount of the container. The outer diameter of the plurality of vertical longitudinal ribs is smaller than the outer diameter of the upper ring-shaped inner plug that fits into the inner diameter of the container, and can be easily inserted without interfering with the inner diameter of the mouth of the container. .

  When the cushioning material of the present invention is inserted, when the bottom disk comes into contact with the upper surface of the tablet, a hinge part that connects the lower edge of the plurality of helical vertical ribs and the upper edge of the plurality of inclined ribs; In the configuration in which the lower edge of the inclined rib and the peripheral edge of the bottom disk are connected by a hinge portion, the plurality of inclined ribs are formed when a plurality of helical longitudinal ribs are pressed downward in the upper surface of the tablet. The inclined ribs of the bottom plate are hinge portions connected to the peripheral edge of the bottom disk, and the hinge portions connected to the lower edge of the plurality of helical vertical ribs and the upper edge of the plurality of inclined ribs are tablets. When pressed and moved in the direction of the inner diameter of the upper surface of the upper surface, the plurality of inclined ribs form a shape that changes into a presser piece that unfolds horizontally together with the bottom disk and presses the upper surface of the tablet.

  Furthermore, when the outer diameter portion of the upper ring-shaped inner stopper is fitted to the inner diameter of the container mouth, the plurality of spiral longitudinal ribs are inclined spiral ribs that are twisted clockwise with the hinge portion as a fulcrum. A plurality of spiral longitudinal ribs are transformed into twisted elastic ribs to form a cushioning material for tablets.

  The present invention provides a plurality of helical vertical ribs and a plurality of longitudinal ribs by the function of each of the hinge portions connecting the plurality of ribs and the bottom disk while being configured in such a three-dimensional and simple bucket shape. The inclined ribs and the cushioning material having an innovative feature have the function of changing the bottom disk into a pressing piece on the upper surface of the tablet by the pressing action after insertion into the container.

  For the removal of the bucket-type cushioning material, the handle is formed integrally with the conical ring-shaped rib obliquely from the inner wall surface slightly below the upper surface of the upper ring-shaped inner plug fitted to the inner diameter of the container. It can be easily taken out by hooking the back side of the circumferential part of the part from an arbitrary position with an index finger or the like.

  The form of the bucket-type cushioning material is a simple shape of a plurality of helical vertical ribs or a plurality of inclined ribs and a bottom disk, and is shaped like a bowl, so when inserted into a container, a tablet Inside the plurality of inclined ribs and the bottom disk connected to the spiral longitudinal ribs, the tablet does not enter.

  The conventional cushioning material with flat ribs and cylindrical ribs that press the tablet by bending the vertical ribs, the tablet enters the inside by the vibration action of the container from the gap between the vertical ribs and the vertical ribs due to vibration and impact of the container. Had a fatal flaw. However, the cushioning material of the present invention has a simple shape of a plurality of spiral longitudinal ribs and a plurality of inclined ribs and a bottom disk, and is shaped like a bowl, so when inserted into a container, A plurality of inclined ribs and bottom disc connected to the spiral longitudinal ribs form a tablet presser piece that is expanded horizontally to the body and inner diameter wall of the container by each hinge function to form a shape that presses the top surface of the tablet thoroughly. It has become. Therefore, it is a tablet cushioning material having a structure and a function that prevents tablets from leaking inward.

  Conventional three-dimensional or flat cushioning material is molded from low-density polyethylene, which is a synthetic resin material that has elasticity, so in complex shapes, there is a risk of deformation when transporting or moving. The bucket-type cushioning material according to the present invention is a tablet-shaped cushioning material having a feature that the quality of the appearance is stable because it has a ring-shaped shape with a ring-shaped inner plug and therefore has very few elements to be deformed.

  The cushioning material of the present invention has a simple shape such as a plurality of longitudinal longitudinal ribs, a plurality of inclined ribs, etc., but changes in the size and shape of the tablet, changes in the mouth inner diameter and body inner diameter of the container, tablet filling amount It is a tablet cushioning material that has the epoch-making feature that can effectively cope with the change in the amount of space in the upper space of the container due to the above, and has a versatile and economically significant effect.

It is a partial cross section front view which shows the buffer material for tablets which concerns on 1st Example of this invention. It is a bottom view of the buffer material. It is a partial cross section external view which shows the state inserted in the container of the buffer material. It is the external view of the partial cross section which the inclination rib and the bottom part disk developed and contacted the buffer material on the tablet upper surface of the container. On the upper surface of the cushioning material on which the inclined ribs and the bottom disk are developed, a plurality of spiral longitudinal ribs form a twisted shape, pressing the upper surface of the tablet while pressing the upper surface of the container inside the link It is an external view which shows the state which the outer diameter of lightly fitted. It is a bottom view showing the state where a plurality of inclined ribs and a bottom disk of the buffer material were developed. It is an external view of the partial cross section which shows the state which takes out the buffer material from a container. It is an external view of the partial cross section which shows the state with which the buffer material was mounted in the container. It is a partial cross section front view which shows the buffer material for tablets which concerns on 2nd Example of this invention. It is a top view of the buffer material. It is a bottom view of the buffer material. It is a partial cross section external view which shows the state inserted in the container of the buffer material. It is the external view of the partial cross section which the inclination rib and the bottom part disk developed and contacted the buffer material on the tablet upper surface of the container. On the upper surface of the cushioning material on which the inclined ribs and the bottom disk are developed, a plurality of spiral longitudinal ribs form a twisted shape, pressing the upper surface of the tablet while pressing the upper surface of the container inside the link It is an external view which shows the state which the outer diameter of lightly fitted. It is a bottom view showing the state where a plurality of inclined ribs and a bottom disk of the buffer material were developed. It is an external view of the partial cross section which shows the state which takes out the buffer material from a container. It is an external view of the partial cross section which shows the state with which the buffer material was mounted in the container. It is a whole perspective view which shows the buffer material for tablets which concerns on 3rd Example of this invention. It is a longitudinal cross-sectional view of the same buffer material.

  Hereinafter, embodiments of the present invention will be described with reference to the illustrated examples.

  1 to 8 show a cushioning material A for tablets according to a first embodiment of the present invention, FIG. 1 is a front view showing a partial cross section, and FIG. 2 is a bottom view of the cushioning material of FIG. FIG. 3 is a view in which the inner stopper 1, the bottom disk 5, and the inclined rib 4 are connected to the helical vertical rib 3 at a plurality of equal intervals with a slit 6 therebetween.

  First, the embodiment shown in FIG. 3 to FIG. 8 will be described, which is sequentially changed from the insertion into the container of the tablet cushioning material of the present invention into the form of pressing the upper surface of the tablet.

  FIG. 3 is a partially cross-sectional view showing a state in which the cushioning material A is inserted into the container B and the bottom disk 5 is in contact with the upper surface of the tablet C.

  FIG. 4 shows a plurality of helical vertical ribs in which a plurality of inclined ribs 4 connected by a hinge 4a and a bottom disk 5 contacting a cushioning material A to the upper surface of a tablet C of a container B are connected to the hinge 3a. When 3 is curved downward by pressing down on the upper surface of the tablet C, a plurality of helical shapes are formed with hinges 4a connected to the lower edge of the plurality of inclined ribs 4 and the peripheral edge of the bottom disk 5 as fulcrums. The plurality of inclined ribs 4 are formed in the bottom disk by the action of the hinge part 3a connected to the lower edge of the vertical rib 3 and the upper edge of the plurality of inclined ribs 4 in the inner diameter direction of the container B on the upper surface of the tablet C. It becomes a shape which changed into the pressing piece rib of the tablet which is integrated with the horizontal shape 5 and presses the upper surface of the tablet thoroughly.

  FIG. 5 shows a case where the cushioning material of the present invention is inserted into a container, and when the outer diameter portion of the upper ring-shaped inner plug 1 is fitted to the inner diameter of the mouth of the container, the hinge portions of the plurality of helical vertical ribs 3 This is a tablet cushioning material formed in a shape in which a plurality of spiral longitudinal ribs 3 twisted clockwise from the lower part 3a as a fulcrum are covered with the upper surface of the inclined rib 4 and changed into twisted elastic ribs. .

  FIG. 6 shows that a plurality of helical vertical ribs 3 are twisted clockwise in the clockwise direction with the hinge portion 3a as a fulcrum on the upper surface of the shape in which the inclined rib 4 and the bottom disk 5 of the cushioning material are developed on the pressing piece of the tablet. It is a bottom view which shows the form formed in the state where the slit width was very small.

  The external view of the partial cross section shown in FIG. 7 is a view showing a state in which the handle portion 2 of the bucket-type cushioning material is pulled up with a finger and taken out. Since this take-out handle 2 is formed in a flange shape on the inner wall circumference of the upper ring-shaped inner plug 1, it is a shape that can be taken out from an arbitrary position with the fingertip portion. It is easier to take out than the take-out form.

  FIG. 8 is an external view of a partial cross section in which a bucket type cushioning material A is inserted and a cap D is attached. The upper ring-shaped inner plug 1 that is lightly fitted to the inner diameter of the container B does not float above the top surface of the mouth of the container, and when the cap D is closed, the upper edge of the upper ring-shaped inner plug 1 is the cap. Since it does not contact the packing surface, troubles such as damage to the cushioning and twisting of the cushioning material do not occur, so it shows a cushioning material with innovative features that can effectively implement process control and quality control. ing.

  9 to 17 show a cushioning material A for tablets according to a second embodiment of the present invention. The difference from the first embodiment is that the lower end 3b of the longitudinal rib 3 is radially outward as it goes downward. Since the other configuration is the same as that of the first embodiment, the same reference numerals are given and detailed description is omitted.

  18 and 19 show a cushioning material for tablets according to a third embodiment of the present invention. The same components as those in the first embodiment are denoted by the same reference numerals, detailed description thereof is omitted, and different configurations and effects are provided. Will be described.

  The cushioning material A of the present embodiment is a molded product made of a synthetic resin material having appropriate elasticity, and is formed with a conical ring-shaped rib 2a and a handle obliquely from the inner wall surface slightly below the upper surface of the upper ring-shaped inner plug 1. The part 2 is formed integrally, and the lower edge of the plurality of helical vertical ribs 3 and the upper part of the plurality of inclined ribs 4 are formed at equal intervals from the lower part of the upper ring-shaped inner plug 1 with the slit 6 therebetween. The edge ends are connected by a hinge portion 3a, and the lower edge portions of the plurality of inclined ribs 4 and the peripheral edge portion of the bottom disc 5 are connected by a hinge portion 4a to be integrally formed. That is, the cushioning material A is formed from the inner plug 1 that is detachably fitted in the mouth portion of the tablet container and the lower portion of the inner plug 1 and is disposed in a cylindrical shape with a circumferential interval therebetween. A plurality of spiral vertical ribs 3 formed, an inclined rib 4 connected to a lower end portion of each vertical rib 3 via a hinge portion 3a, and a bottom disk 5 are integrally formed. Is connected to the lower ends of a plurality of inclined ribs 4 connected to the plurality of vertical ribs 3 via hinges 4a.

  Each of the vertical ribs 3 and the inclined ribs 4 is formed in a strip shape, and as indicated by a virtual line in FIG. The circumferential width of the region slightly above 3 a is formed narrower than the width of the inclined rib 4. With such a configuration, the vertical ribs 3 are easily deformed into a twist shape, and the twist-shaped deformation operation is smoothly performed with a lighter force. Note that such a narrow region can be provided only in the middle portion of the vertical rib 3 in the vertical direction, or may be provided only on the upper side.

  A straight portion 31 that does not have a spiral shape and extends straight with respect to the inclined rib 4 is provided at the lower end portion of the vertical rib 3 as indicated by a virtual line in FIG. By providing the straight portion 31, it is possible to prevent the hinge portion 3a from being broken due to an excessive shear stress acting on the hinge portion 3a when deformed in a twisted shape.

  According to the cushioning material A according to the present embodiment, when the bottom disk 5 abuts on the upper surface of the tablet in the container and is pushed upward relative to the inner plug 1, the plurality of inclined ribs 4 are unfolded to expand the bottom. The upper surface of the tablet in the container is pressed and held by the bottom disk 5 and the plurality of inclined ribs 4, while the plurality of helical vertical ribs 3 are developed by the twisting action. This makes it possible to adjust the elastic vertical distance between the inclined rib 4 and the inner plug 1.

  Although the embodiment of the present invention has been described above, the scope of the present invention is not limited to this, and it is needless to say that the embodiment can be appropriately modified according to the situation and within the range having effects.

  INDUSTRIAL APPLICABILITY The present invention can be used for pharmaceutical tablet containers, health insurance tablet containers, and general tablet containers.

DESCRIPTION OF SYMBOLS 1 Upper ring-shaped inner plug 2 Handle part 2a Conical ring-shaped rib 3 Several helical vertical ribs 3a Hinge part 3b Lower end part of a vertical rib 4 Several inclined ribs 4a Hinge part 5 Bottom disk 6 Slit A Buffer B Container C Tablet D Cap

Claims (7)

  It is a molded product made of a synthetic resin material having appropriate elasticity, and has a conical ring-shaped rib (2a) and a handle portion (2) obliquely from the inner wall surface slightly below the upper ring-shaped inner plug (1). The lower edge of the plurality of helical vertical ribs (3) and the plurality of inclined ribs that are integrally formed and spaced from the lower portion of the upper ring-shaped inner plug (1) with the slit (6) therebetween The upper edge of (4) is connected at the hinge part (3a), the lower edge of the plurality of inclined ribs (4) and the peripheral part of the bottom disk (5) are connected at the hinge part (4a), The cushioning material for tablets formed integrally.   A molded article made of a synthetic resin material having appropriate elasticity, which is formed from an inner plug (1) that is detachably fitted in the mouth of a tablet container, and a lower portion of the inner plug (1) and A plurality of spiral longitudinal ribs (3) disposed in a cylindrical shape with a gap in the circumferential direction, and an inclined rib connected to the lower end of each longitudinal rib (3) via a hinge portion (3a) (4) and a bottom disk (5) are integrally formed, and the peripheral edge of the bottom disk (5) is formed by a plurality of inclined ribs (4) connected to the plurality of vertical ribs (3). A cushioning material for tablets, which is connected to the lower end portion via a hinge portion (4a).   The inner plug (1) is formed in a ring shape, and the conical ring-shaped rib (2a) and the handle (2) are integrally formed obliquely from the inner wall surface slightly below the upper surface of the inner plug (1). The tablet cushioning material according to claim 2, wherein the cushioning material is used.   The vertical rib (3) and the inclined rib (4) are formed in a strip shape, and the circumferential width of a predetermined portion in the vertical direction of the vertical rib (3) is narrower than the width of the inclined rib (4). The tablet cushioning material according to claim 1, 2 or 3.   5. The straight portion (31) that does not have a spiral shape and extends straight with respect to the inclined rib (4) is provided at a lower end portion of the vertical rib (3). The buffer material for tablets according to any one of the above.   When the bottom disk (5) abuts on the upper surface of the tablet in the container and is pushed upward relative to the inner plug (1), a plurality of inclined ribs (4) are developed to be substantially the same as the bottom disk (5). The upper surface of the tablet in the container is pressed and held by the bottom disk (5) and the plurality of inclined ribs (4), and the plurality of helical vertical ribs (3) are developed by the twisting action. The cushioning material for tablets according to any one of claims 1 to 5, wherein a plurality of inclined ribs (4) and the inner plug (1) can be elastically adjusted in the vertical direction.   The cushioning material for tablets according to any one of claims 1 to 6, wherein the lower end portion of the longitudinal rib (3) is curved outward in the radial direction.