JP3058990U - Tube support for storage box - Google Patents

Abstract

(57) [Summary] (Modified) [Problem] To be suitable for transportation, storage, use, etc., can be disposed of together with a cardboard storage box, and has a low environmental load at the time of disposal, and to be manufactured at low cost. To provide a tube support for a storage box. SOLUTION: A tube mounting member having a rectangular parallelepiped shape having a first tube-shaped notch 17, a second tube-shaped notch 18, and an upper plate in which an insertion hole 24 for inserting an insertion piece of a tube stopper is formed. 8, a first side plate, a top plate, and a second side plate. The rear ends of the caps of the first tube and the second tube are hooked to the second side plate to move the first tube and the second tube backward. First notch 36 to block each
a and a second notch 36b are formed, the insertion piece 23 inserted into the insertion hole is projected, a parallel straight cut is provided across the first side plate and the top plate, and the retarder container fixing step 9a is formed. And a tube stopper 9 formed.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a tube support for a storage box for storing each tube filled with a two-mixed type medicine in a storage box with the position thereof regulated. More specifically, this invention regulates the position of a first tube and a second tube, each of which is filled with a two-mixed type of drug used by mixing two types of drugs, in a storage box in parallel. A tube support for a storage box suitable for storing in a stable state by using a cardboard that can be easily and inexpensively manufactured. The present invention relates to a tube support for a storage box with less load on the storage box.

[0002]

[Prior art]

 Conventionally, for example, in the field of dentistry, when fitting a denture or an interdental prosthesis into the oral cavity, a conformal test material or an oral tissue used for inspecting the conformity to a mucosal surface or an abutment tooth is used. The impression material, etc., from which the mold is collected, must be cured by reacting during use. It is divided into two different types of drugs, a base and a catalyst. It is common to use a mixture.

[0003] As described above, the two types of drugs, the base and the catalyst, are used only once at a relatively small amount, so that the required amount can be easily measured and handled during use. In addition, it is necessary to satisfy the requirements such as being able to be stored in a stable state until they are mixed and mixed. Therefore, each of the two drugs is filled in a tube, and a pair of a base and a catalyst is used. Often provided as tubes. And, depending on the type of the conforming test material, etc., a separate container containing a retarder that adjusts the curing reaction time when mixing and mixing the base and the catalyst in a pair of tubes of the base and the catalyst is used. In addition, it may be provided. A pair of tubes filled with such a drug is made of synthetic resin such as polypropylene in consideration of handling, safety, etc. during transportation, storage and use. It was supported in a state where the position was regulated by a support having a support portion such as a blade, stored in a cardboard storage box, and provided to a dental clinic, a dental laboratory, and the like.

[0004] In general, such a medicine is taken out of a storage box, extruded in a required amount, and then returned to a predetermined position in the storage box until the next use. When the drug is used up, it is discarded, the tube is separated from the storage box, and the storage box and the support are incinerated or landfilled as combustible waste.

[0005] A support made of a synthetic resin is expensive, generates harmful substances during incineration, and easily pollutes the environment. In addition, the incinerator is easily damaged due to high temperature during combustion. In the case of landfill treatment, since it is hardly decomposable, it remains in the soil as it is, shortening the life of the landfill site. Leaving it in the natural environment can also pollute the environment. As described above, there is a problem that the support made of a synthetic resin imposes a large burden on the environment. Recycling of used synthetic resin is under consideration, but no good countermeasures have been constructed yet from the viewpoints of separation, collection costs, etc.

[0006]

[Problems to be solved by the invention]

 This invention was created as a result of earnest research in view of the above-mentioned circumstances, and paper produced less harmful substances in incineration treatment, hardly damaged the incinerator even by burning, and obtained soil in landfill treatment. By taking full advantage of the fact that it can be easily decomposed by microorganisms in it, it is possible to stably position and support the tube without inferior to tube supports made of synthetic resin. For cardboard storage boxes that ensure the ease of handling and safety during transportation, storage, use, etc., reduce the burden on the environment during disposal after use, and can be manufactured at low cost. It is intended to provide a tube support.

[0007]

[Means for Solving the Problems]

 In order to solve the above-mentioned problem, the present invention supports a first tube and a second tube each filled with a two-mixed type drug used by mixing two types of drugs, and restricts the position to a predetermined position. As a tube support for the storage box made of cardboard, which is stored in the storage box in a state, it is composed of a tube mounting member and a tube stopper member, and the tube mounting member is provided at a rectangular bottom portion of the storage box. It is formed by bending a cardboard of a predetermined shape into a rectangular parallelepiped shape having a vertical width and a horizontal width substantially matching the inner dimensions and a height at which the tip of the tube cap is exposed, at a right angle along a folding line, and In the lateral direction of the rectangular upper surface plate of the tube mounting member, a first tube-type notch having substantially the same shape as the planar shape of the first tube from the middle of the main body of the first tube to the cap, In the middle of the body of the tube The second tube type notch having substantially the same shape as the planar shape of the second tube extending from the first tube type notch to the cap, and the cap rear end equivalent portion of the first tube type notch and the cap rear end equivalent portion of the second tube type notch are upward. It is located on a straight line parallel to the vertical side of the face plate and is juxtaposed at a predetermined interval. Between the first tube-type cut and the second tube-type cut, the insertion piece provided on the tube stopper is inserted. The insertion hole to be inserted is drilled with the maximum width portion of the insertion hole positioned on the straight line, and the tube stopper has a rectangular shape having a vertical width equal to the vertical width of the tube mounting member. Is formed by bending the cardboard at a right angle along the fold line, and a first vertical side contacting the bottom of the storage box, and a height position parallel to the first vertical side and exceeding at least the thickness of the tube. The first provided in A first side plate formed by the line and a mountain fold at a right angle to the first side plate at the first fold line, and the tube mounting member is parallel to the first fold line and the first fold line and extends from the first fold line. Formed by a vertical side on the cap side of the upper surface plate of the above and a second folding line provided at a distance corresponding to a distance between the first tube-shaped cut and the rear end corresponding to the cap of the second tube-shaped cut. And the second folding line, which is mountain-folded at right angles to the top plate at the second folding line, and the second folding line and a second vertical side parallel to the second folding line and in contact with the top plate of the tube mounting member. A second notch for locking the rear end of the cap of the first tube on the second vertical side and preventing the rearward movement of the first tube. , Hook the rear end of the cap of the second tube and move it backward of the second tube And a second notch for preventing tube insertion is provided at a position corresponding to each tube, and between the first notch and the second notch, an insertion hole inserted into the insertion hole of the tube mounting member is provided. An insertion piece having substantially the same width as the maximum width portion is protruded (claim 1).

According to this, the first tube-shaped cut piece and the second tube-shaped cut piece are formed on the upper surface of the tube mounting member. Then, when packing the tubes in the storage box, the tube mounting member is stored in the storage box, and the first tube is inserted into the first tube type cutout of the tube mounting member from the cap side. With the leading end of the cut piece pressed down, the tip of the cap of the first tube comes into contact with the portion corresponding to the tip of the cap of the first tube-shaped notch, and the upper part of the cap of the first tube rises above the top plate. The lower front part of the first tube is in contact with the first tube-shaped notch on the bottom plate of the tube mounting member, the lower rear part is in contact with the top plate, and the rear end of the first tube is from the top plate. It is placed at an angle as if lifted slightly. Similarly, when the second tube is inserted into the second tube-shaped notch of the tube mounting member from the cap side, the tip of the second tube-shaped notch is pushed down, and the tip of the cap of the second tube is cut down. The upper part of the cap of the second tube is exposed upward from the top plate, and the lower part of the front of the second tube is in contact with the part corresponding to the tip of the cap of the second tube type notch on the bottom plate of the tube mounting member. The lower rear portion of the two-tube type cut piece is placed in contact with the upper surface plate, and the rear end portion of the second tube is inclined so as to be slightly lifted from the upper surface plate.

As described above, the tube mounting member can easily set the tube at a predetermined position. Further, since the cardboard is formed into a rectangular parallelepiped shape by folding the cardboard, the strength of the storage box can be improved by storing it in the storage box.

[0010] Then, the first side plate of the tube stopper is inserted into a slight gap between the storage box and the cap of the tube placing member, and the first vertical side of the tube stopper is brought into contact with the bottom of the storage box. The insertion piece of the second side plate is inserted into the insertion hole of the tube mounting member, and the rear end of the cap of the first tube is hooked by the first notch of the second side plate. To lock the rear end of the cap of the second tube. Since the insertion piece is set to have almost the same width as the maximum width of the insertion hole, the insertion piece can hardly move except in the insertion direction when inserted into the insertion hole. The rearward movement of the first tube and the second tube is prevented by the rigidity of the insertion piece inserted into the insertion hole and the rigidity of the periphery of the first notch and the second notch.

At this time, when the height of the first side plate is set to a height that does not cause space between the top plate of the tube stopper and the lid of the storage box, the lid of the storage box is closed. As a result, the top plate of the tube stopper is pressed by the lid, and the tube stopper does not rise in the storage box, thereby effectively preventing the rearward movement of the first tube and the second tube. Then, for example, as a booklet of the mixing paper, a booklet having a length from the inner surface on the tube rear end side of the storage box to the second side plate of the tube stopper is used, and the booklet is attached to the second side plate of the tube stopper. If it is stored in the storage box in contact with the storage box, the booklet of the Japanese paper will prevent the tube stopper member and the storage box from being deformed.

When the height of the first side plate is set to a height at which a space is generated between the top plate of the tube stopper and the lid of the storage box, for example, the storage box may be used as a booklet made of Japanese paper. By using a tube longer than the length from the inner surface of the tube rear end to the second side plate of the tube stopper, and supporting the one end of the booklet with the top plate and closing the lid, the tube stopper becomes a storage box. Therefore, the first tube and the second tube are effectively prevented from moving backward. Of course, a cushion material such as a sponge may be used.

Therefore, as described above, each tube stored in the storage box, which is supported by the tube mounting member and is prevented from moving backward by the tube stopper, is subjected to impact by transportation, handling, and the like. Even if it is done, it will not jump greatly in the storage box, and there will be no damage or significant deformation of the tube. In addition, since the tube mounting member and the tube stopper are configured as separate members, if the tube stopper is discarded at the time of opening, there is no problem in taking out and inserting the tube, and the tube is easy to use. Because the rear end is raised and supported, it is easy to remove and return the tube to the storage box after use. And since the tube support is composed of the tube placing member and the tube stopper made of cardboard, it can be manufactured at low cost, and after use, it is easy to dispose of and the load on the environment is reduced. Few.

If a retarder is required, the retarder container may be fixed to the tube stopper so that the retarder container can be inserted into the insertion hole of the tube mounting member. In the above, the tube stopper has a stepped portion for fixing the retarder container, and the stepped portion for fixing the retarder container has a first fold line provided at both ends of the cardboard at an intermediate portion thereof, leaving the length of the retarder container. The top plate side is cut into a length corresponding to the diameter of the retarder container and the first side plate side is cut into a predetermined length slightly shorter than the diameter of the retarder container. A rare first straight line cut and a second straight line cut are provided in parallel, a third fold line connecting the first straight line cut and the end of the second straight line cut on the first side plate side, and parallel to the third fold line. From the third folding line A fourth fold line connecting the first straight cut and the second straight cut and a fifth fold line connecting the end of the first straight cut and the second straight cut on the top plate side at a position separated by the diameter of the tarder container. The fourth folding line is formed by valley folding, and the third folding line and the fifth folding line are formed by mountain folding. The insertion hole formed in the upper surface plate of the tube mounting member is provided in the retarder container. What is necessary is just to have an internal dimension which enables insertion (claim 2).

According to this, when packing the tubes in the storage box, when the retarder container is inserted into the retarder container fixing step, the upper portion of the retarder container is slightly exposed from the top plate. Since it does not fall out of the section, the retarder container can be easily fixed. At the time of opening, remove the retarder container from the step for fixing the retarder container, discard the tube stopper, insert the retarder container into the insertion hole of the tube mounting member, and set the retarder container in the storage box. By storing the first tube, the second tube, and the retarder container in and out of the storage box, it is easy to use and easy to handle.

[0016] Since the length of the retarder container is longer than the inner height of the storage box, in order to cope with the case where the lid of the storage box does not close in the state of being inserted in the insertion hole, the retarder container must be inclined. When the lid is closed and the lid is opened, the retarder container may be configured so that it can be used upright. Specifically, the insertion hole formed in the upper plate of the tube mounting member is used. The same length that allows the retarder container to be supported obliquely while being inserted into the insertion hole in the direction of the vertical side of the upper surface plate of the tube mounting member on the cap side. What is necessary is just to form two parallel linear cuts (claim 3).

[0017] According to this, a relief notch that allows the retarder container to be inclined is formed on the upper surface plate of the tube mounting member. By inserting the retarder container into the insertion hole and tilting the retarder container in the direction of the two straight cuts, the tip of the escape cut piece is pushed down, and the bottom of the retarder container is placed on the bottom plate of the tube placing material. Then, the upper part of the torso contacts the upper plate, and the retarder container is laid obliquely. When the lid is closed and the lid is opened in this state, the retarder container can be used upright, so it is easy to use and easy to handle.

[0018] The height from the first vertical side to the first folding line of the tube stopper may be set slightly lower than the inner height of the storage box (claim 4). There will be a small space between the top plate of the stop member and the lid of the storage box. Therefore, when the step for fixing the retarder container is not provided on the tube stopper, for example, one end of a thin booklet such as an instruction manual is supported by the top plate and the lid is closed, so that the tube stopper is closed. The first tube and the second tube can be effectively prevented from moving backward without floating in the storage box. If the tube stopper is provided with a retarder container fixing step, close the storage box lid even if the retarder container is inserted into the retarder container fixing step and slightly exposed from the top plate. There is no problem. In this case, a small space is created between the top plate and the lid. However, the height from the first vertical piece to the first fold line of the tube stopper is set so that the retarder container is held by the lid of the storage box. By setting, the tube stopper does not rise in the storage box. For example, one end of a thin booklet such as an instruction manual may be inserted into a small space created between the top plate and the lid. Then, for example, a booklet of kneaded paper having a length from the inner surface on the tube rear end side of the storage box to the second side plate of the tube stopper is used, and the booklet is applied to the second side plate of the tube stopper. If they are stored in the storage box while being in contact with each other, the booklet of the mixed paper prevents deformation of the tube stopper and the storage box.

In addition, the height from the first vertical side to the first fold line of the tube stopper may be greater than the inner height of the storage box so that two kinds of drugs in the tube stored in the storage box can be kneaded. The one end of the booklet of the mixing paper may be supported by the top plate of the tube stopper member, which is set to be lower by the thickness of the booklet of the mixing paper. According to this, there is a space between the top plate of the tube fixing member and the lid of the storage box, the space corresponding to the thickness of the mixing paper booklet. By using a longer length than the length from the inner surface on the end side to the second side plate of the tube stopper, and supporting the one end of the booklet with the top plate and closing the lid, the tube stopper rises in the storage box. Therefore, the rearward movement of the first tube and the second tube is effectively prevented.

As described above, the height of the first side plate of the tube stopper does not need to be the same as the inner height of the storage part of the storage box, but the tube stopper is prevented from floating in the storage box, It is necessary that the first notch of the second side plate is engaged with the rear end of the cap of the first tube, and the second notch is not disengaged with the rear end of the cap of the first tube. When a space is provided between the top plate of the tube stopper and the lid of the storage box, as described above, the top plate of the tube stopper and the lid of the storage box may be interposed by interposing a booklet made of paper. What is necessary is to fill the space between.

[0021]

[Embodiment of the invention]

 Hereinafter, an embodiment is shown and this invention is explained in more detail. Of course, this invention is not limited by the following embodiments. FIG. 1 is an assembled perspective view showing an embodiment of the storage box tube support of the present invention, FIG. 2 is an exploded view of a tube mounting member constituting the storage box tube support shown in FIG. 1, and FIG. FIG. 4 is an exploded view of a tube stopper member constituting the storage box tube support shown in FIG. 1. FIG. 4 is a partially cutaway front view illustrating a state where the storage box tube support shown in FIG. FIG. 5 is a plan view illustrating a state in which tubes and the like are supported on the tube support for the storage box shown in FIG.

The tube support for a storage box (1) shown in FIGS. 1 to 5 is composed of a first tube (2) filled with a two-mixed drug used by mixing two drugs. The second tube (3) is of substantially the same size, and is suitable for storing the retarder container (4) as a set in the storage box (5). The storage box tube support (1) has a height at which the tips of the cap (6) of the first tube (2) and the cap (not shown) of the second tube (3) are exposed and the storage box (5). A tube mounting member formed by bending a cardboard of a predetermined shape into a rectangular parallelepiped having a vertical width and a horizontal width substantially matching the inner dimensions of the rectangular bottom of the storage portion (5a) along the fold line at a right angle. 8) and a tube stopper member (9) formed by bending a rectangular cardboard having a vertical width equal to the vertical width of the tube mounting member (8) at right angles along a folding line. As the storage box (5), a storage box (5a) in which a lid (5b) is connected, and which has a rectangular parallelepiped shape when the lid (5b) is closed is used.

As is apparent from the developed view of FIG. 2, the tube mounting member (8) has a vertical width and a horizontal width substantially matching the inner dimensions of the bottom of the storage portion (5a) of the storage box (5). A face plate (10), a first vertical side plate (11) and a second vertical side plate (12) provided on the left and right sides thereof, and a first horizontal side provided below and above the upper surface plate (10). It is composed of a face plate (13), a second lateral side plate (14), a bottom plate (15) following the second lateral side plate (14), and a glue allowance (16) following the bottom plate (15). . A first vertical fold line (11a) is provided between the top plate (10) and the first vertical side plate (11), and a second vertical fold line is provided between the top plate (10) and the second vertical side plate (12). A fold line (12a) is provided between the upper surface plate (10) and the first lateral side plate (13), and a first horizontal fold line (13a) is provided between the upper surface plate (10) and the second lateral side plate (14). A second horizontal fold line (14a) is provided therebetween, a third horizontal fold line (15a) is provided between the second horizontal side plate (14) and the bottom plate (15), and the bottom plate (15) and a margin (16) are provided. ) Are provided with a fourth horizontal folding line (16a). At the first vertical folding line (11a), the first vertical side plate (11) is mountain-folded at a right angle with respect to the upper surface plate (10), and at the second vertical folding line (12a), the second vertical side with respect to the upper surface plate (10). The face plate (12) is mountain-folded at a right angle, the first horizontal side plate (13) is mountain-folded at a right angle with respect to the top plate (10) at the first horizontal fold line (13a), and the second horizontal fold line (14a). The second lateral side plate (14) is folded at right angles to the upper side plate (10), and the bottom plate (15) is perpendicularly folded at right angles to the second lateral side plate (14) at the third transverse folding line (15a). Then, the glue margin (16) is mountain-folded at a right angle to the bottom plate (15) at the fourth horizontal folding line (16a), and the glue margin (16) and the first lateral side plate (13) are bonded. A rectangular parallelepiped tube mounting member (8) is formed. A first tube cut having a shape substantially the same as the planar shape of the first tube extending from the middle of the main body of the first tube (2) to the cap in parallel with the first horizontal folding line (13a) of the upper surface plate (10). The notch (17) and the second tube-shaped notch (18) having a shape substantially the same as the planar shape of the second tube from the middle of the main body of the second tube (3) to the cap are formed by the first tube. An intermediate portion is left so that a portion corresponding to the rear end of the cap of the mold notch (17) and a portion corresponding to the rear end of the cap of the second tube-shaped notch (18) are located on a straight line parallel to the first vertical folding line (11a). Are provided in parallel at a predetermined interval.

A first tube-shaped notch (20) is formed on the top plate (10) by the first tube-shaped notch (17), and a second tube-shaped notch (21) is formed on the top plate (10) by the second tube-shaped notch (18). You. When the tubes are packed in the storage box (5), the tube mounting member (8) is stored in the storage box (5) as shown in FIG. When the first tube (2) is inserted into the tube-shaped cut (17) from the cap side, the cap (1) of the first tube (2) is formed in a state where the tip of the first tube-shaped cut piece (20) is pushed down. The leading end of 6) abuts on a portion corresponding to the tip of the cap of the first tube-shaped notch (17), and the upper part of the cap (6) of the first tube (2) is exposed upward from the top plate (10). The lower front portion of the first tube (2) contacts the first tube-shaped notch (20) on the bottom plate (15) of the tube mounting member (8), and the lower rear portion contacts the top plate (10); The rear end of the first tube (2) is slightly Is placed inclined in such lifted. Similarly, when the second tube (3) is inserted from the cap side into the second tube-shaped notch (12) of the tube mounting member (8), the tip of the second tube-shaped notch (21) is lowered. In the form of being pushed down, the tip of the cap of the second tube (3) comes into contact with the portion corresponding to the tip of the cap of the second tube type notch (18), and the upper part of the cap of the second tube (3) faces the upper plate ( 10), the front lower part of the second tube (3) is on the second tube-shaped notch (21) on the bottom plate (15) of the tube mounting member (8), and the rear lower part is on the upper side. The rear end of the second tube (3) comes in contact with the face plate (10), and is placed with an inclination such that the rear end of the second tube (3) is slightly lifted from the top plate (10).

Although not shown, the first tube-shaped cut piece (20) and the second tube-shaped cut piece (21) are provided with fold lines in parallel with the first vertical fold line (11 a). The mold cut pieces (20) and (21) may be pressed down.

The tube mounting member (8) is formed by folding a cardboard so that the tube can be easily set at a predetermined position and has a plane shape substantially matching the inner size of the bottom of the storage box (5). Since it is formed in a shape, it is also possible to improve the strength of the storage box (5) by storing it in the storage box (5).

A tube stopper member having a structure to be described later is provided on a first vertical folding line (11a) side of an intermediate portion between the first tube-shaped cut (17) and the second tube-shaped cut (18) of the upper surface plate (10). In addition to inserting the insertion piece (23) provided in (9), during the operation of the dental technician, a circular shape capable of inserting the retarder container (4) and supporting the retarder container (4) standing upright. The insertion hole (24) is formed so that the center of the insertion hole (24) is located on the straight line. The diameter of the insertion hole (24) is preferably set to be substantially the same as the diameter of the retarder container (24) in order to support the retarder container (4) without looseness.

The insertion hole (24) formed in the upper surface plate (10) has a parallel tangent to the insertion hole (24) perpendicular to the first vertical folding line (11a). Two straight notches (25a) and (25b) of equal length are provided up to the vicinity of the first vertical folding line (11a). The two straight cuts (25a) and (25b) form a relief cut piece (26) that enables the retarder container (4) to tilt, and the width of the relief cut piece (26) is the retarder container (4). The diameter is almost the same as 4). The length of the retarder container (4) is longer than the inner height of the storage box (5), and the lid of the storage box (5) does not close when the retarder container (4) is placed in the insertion hole (24). In such a case, the tip of the relief cut piece (26) can be obtained by falling along the linear cuts (25a) and (25b) while inserting the retarder container (4) into the insertion hole (24). The retarder container (4) can be laid obliquely in a form where is pressed down. When the retarder container (4) is laid diagonally, the lid is closed, and the lid is opened, the retarder container (4) can be used upright, so that it is easy to use and easy to handle.

In addition, a first horizontal fold line (12a) at an intermediate portion between the first tube-shaped cut (17) and the second tube-shaped cut (18) of the top plate (10) has a first horizontal cut. A square opening (28) and a horizontally long U-shaped notch (29) are provided in a row in parallel with the folding line (13a) toward the second vertical folding line (12a). ing . As shown in FIG. 6, the lower part of the head (30a) of the tube pusher (30) is inserted into the opening (28) to receive the head, and the U-shaped cut (29) is inserted into the opening (28). The main body (30b) of the pusher is inserted obliquely, and the pusher (30) can be supported on the tube mounting member (8) by the opening (28) and the U-shaped cut (29). I have.

The tube stopper member (9) is formed by bending a rectangular cardboard having a vertical width equal to the vertical width of the tube mounting member (8) at a right angle along a fold line. A first vertical side (31) contacting the bottom of (5), the storage box being parallel to the first vertical side (31), exceeding the thickness of the tube, and being higher than the inner height of the storage box (5); (5) A first side plate (33) formed by a first folding line (33a) set to be lower by the thickness of a booklet (32) of kneaded paper for kneading two kinds of medicines in a tube accommodated in (5). ) And the first fold line (33a) is mountain-folded at right angles to the first side plate (33), and is parallel to the first fold line (33a) and the first fold line (33a). ) To the first vertical folding line (11a) of the upper surface plate (10) of the tube mounting member and the first tube type cutting. A top plate (34a) formed by a second fold line (34a) provided at a position separated by a length corresponding to a gap between the notch (17) and a portion corresponding to the rear end of the cap of the second tube-shaped notch (18). 35), and the second folding line (34a) is mountain-folded at right angles to the top plate (35), and is parallel to the second folding line (34a) and the second folding line (34a), and is parallel to the tube folding member. A second side plate (34) formed by an upper surface plate (10) and a second vertical side (36) in contact with the second side plate (34) is formed on the second vertical side (36). An arc-shaped first notch (36a) for hooking the rear end of the cap of the first tube (2) to prevent the first tube (2) from moving backward, and a rear end of the cap of the second tube (3). Arc-shaped second notch (36) for stopping the rearward movement of the second tube (3) ) Are cut out at positions corresponding to the respective tubes, and between the first notch (36a) and the second notch (36b), the insertion hole (24) of the tube mounting member (8) is inserted. An insertion piece (23) having substantially the same width as the diameter of the insertion hole (24) to be inserted protrudes. The first notch (36a) and the second notch (36b) do not necessarily have to be arc-shaped, but hook the rear ends of the caps of the first tube (2) and the second tube (3) and move backward of the tubes. Any shape can be used as long as the shape prevents movement of the object.

The first side plate (33) of the tube stopper (9) is inserted into a slight gap between the storage box (5) and the first vertical side plate (11) of the tube mounting member (8). The first vertical side (31) of the stopper member (9) is brought into contact with the bottom of the storage box (5), and the insertion piece (23) of the second side plate (34) is inserted into the tube mounting member (8). It is inserted into the hole (24) and the rear end of the cap of the first tube (2) is hooked by the first notch (36a) of the second side plate (34), and at the same time, the second end of the second side plate (34) is locked. The rear end of the cap of the second tube (3) is hooked by the notch (36b). The insertion piece (23) is set to have substantially the same width as the diameter of the insertion hole (24), and since the diameter of the insertion hole (24) is the maximum width, the insertion piece (23) When the is inserted into the insertion hole (24), it can hardly move except in the insertion direction. Therefore, the rearward movement of the first tube (2) and the second tube (3) depends on the rigidity of the insertion piece (23) inserted into the insertion hole (24) and the first notch (36a). ) And the stiffness of the periphery of the second notch (36b), and the forward movement is prevented by the first tube-type notch (17) and the second tube-type notch (18), respectively, corresponding to the tip of the cap. The first tube (2) and the second tube (3) are stored in the storage box (5) in a state where the positions of the first tube (2) and the second tube (3) are regulated at predetermined positions. Will be.

[0032] The tube stopper member (9) has a step (9a) for fixing the retarder container. The step (9a) for fixing the retarder container has a first folding line (33a) in the middle thereof. Provided from both ends of the cardboard, leaving the length of the container (4), a length corresponding to the diameter of the retarder container (4) on the top plate (35) side orthogonal to each end of the first fold line (33a). A first straight cut (39) and a second straight cut (40) cut in a predetermined length slightly shorter than the diameter of the retarder container (4) are parallel to the first side plate (33). A third fold line (41) connecting the first straight cut (39) and the end of the second straight cut (40) on the first side plate (33) side; Parallel and separated from the third fold line (41) by the diameter of the retarder container (4) The fourth straight line (42) connecting the first straight-line cut (39) and the second straight-line cut (40) at the set position, and the top plate (35) side of the first straight-line cut (39) and the second straight-line cut (40). A fifth fold line (43) connecting the ends of the third fold line (43) is provided, the fourth fold line (42) is formed by valley fold, and the third fold line (41) and the fifth fold line (43) are mountain-folded. .

When the tubes are packed in the storage box, when the retarder container (4) is inserted sideways into the retarder container fixing step (9a), the retarder container (4) is slightly exposed from the top plate. The retarder container (4) can be easily fixed without getting out of the step (9a) for fixing the retarder container. Further, since the retarder container (4) is exposed from the top plate (35), it can be easily taken out. At the time of opening, remove the retarder container (4) from the step (9a) for fixing the retarder container, discard the tube stopper (9), and insert the retarder container (4) into the tube mounting member (8). The first tube (2), the second tube (3), and the retarder container (4) can be easily inserted into and removed from the storage box by being inserted vertically into the hole (24), and handling is easy. Becomes

Since the length of the retarder container (4) is longer than the inner height of the storage box (5), the lid of the storage box (5) does not close when it is set up in the insertion hole (24). In such a case, it is sufficient that the retarder container (4) can be laid obliquely and stored in the storage box (5) by the relief cut piece (26) that enables the retarder container (4) to be inclined. , As described above.

According to the tube stopper member (9) having such a structure, as shown in FIG. 4, a booklet of the mixing paper is provided between the top plate (35) of the tube stopper member (9) and the lid of the storage box. Since a space corresponding to the thickness of (32) is created, one end of the booklet (32) of the mixing paper is supported by the top plate (35) and the lid is closed, so that the tube stopper (9) is placed in the storage box. Therefore, the rearward movement of the first tube (2) and the second tube (3) is effectively prevented. Here, the other end of the booklet (32) of the mixing paper may be supported in contact with the upper part of the tube or in contact with the head of the extruder.

For example, as shown in FIG. 7, when the height of the first side plate (33) of the tube stopper (9) is set slightly lower than the inner height of the storage box, There will be a small space between the top plate (9) and the lid. However, by setting the height of the first side plate (33) so that the retarder container (9) is held down by the lid of the storage box, The stop member (9) does not float in the storage box. In this case, a booklet (45) having a length from the inner surface on the tube rear end side of the storage box (5) to the second side plate (34) of the tube stopper (9) is used as a booklet of the mixing paper. If the booklet (45) is stored in the storage box (5) by abutting the second side plate (34) of the tube stopper (9), the booklet (45) of the mixed paper can be stored in the tube stopper (9) and the housing. This will prevent the box from being deformed. Then, for example, if one end of a thin booklet such as an instruction manual is inserted into a small space created between the top plate (35) and the lid, the tube stopper member (9) can be further inserted. It is effective in preventing floating in the storage box.

Accordingly, the first tube (2) and the second tube housed in the storage box supported by the tube mounting member (8) and prevented from moving backward by the tube stopper (9). The tube (3) does not jump greatly in the storage box even when subjected to an impact due to transportation, handling, etc., and does not cause breakage or significant deformation of the tube. In addition, since the tube mounting member (8) and the tube stopper (9) are configured as separate bodies, if the tube stopper (9) is discarded at the time of opening, there is no problem in taking in and out of the tube. It is easy to use, and since the rear end of the tube is raised and supported, it is easy to remove it and return the tube to the storage box after use. Since the tube support (1) is composed of the tube placing member (8) made of cardboard and the tube stopper (9), it can be manufactured at low cost, and after use, it is discarded. Easy processing and low environmental load. In FIG. 7, the same components as those of the tube support (1) shown in FIG. 1 are denoted by the same reference numerals, and detailed description thereof will be omitted.

The insertion hole formed in the tube mounting member (8) is not limited to a circular hole, and may be, for example, a square hole (47) as shown in FIG. The length of the side of the square hole (47) is set to the length in which the retarder container (4) is inscribed. One of the diagonal lines of the square hole (47) is the same as the position where the portion corresponding to the rear end of the cap of the first tube type notch (17) and the portion corresponding to the rear end of the cap of the second tube type notch (18) are located. Is formed in the upper surface plate (10) so as to be located on the straight line of. The width of the insertion piece (23) projecting from the second vertical side (36) of the tube stopper (9) is set substantially equal to the length of the diagonal line of the square hole (47).

As shown in FIG. 9, the insertion hole may be a hexagonal hole (48), and the length of the side is set to a length in which the retarder container (4) is inscribed. One of the diagonal lines of the hexagonal hole (48) is on the same straight line when the portion corresponding to the rear end of the cap of the first tube type notch (17) and the portion corresponding to the rear end of the cap of the second tube type notch (18) are located. It is drilled in the top plate (10) to be located. The width of the insertion piece (23) projecting from the second vertical side (36) of the tube stopper (9) is set substantially equal to the length of the diagonal of the hexagonal hole (48).

The interval between the two straight cuts forming the escape cut pieces that enable the tilting of the retarder container is set to be substantially the same as the diameter of the retarder container in FIGS. The width is not limited to this, and can be appropriately selected as long as it exceeds the diameter of the retarder container and does not exceed the maximum width of the insertion hole. Needless to say, the direction of the two straight cuts does not necessarily have to be a direction orthogonal to the first vertical folding line. 8 and 9, the same components as those of the tube support (1) shown in FIG. 1 are denoted by the same reference numerals, and detailed description thereof will be omitted.

FIG. 10 shows the tube support (50) when no retarder is required. This is one in which the step (9a) for fixing the retarder container is not formed in the tube stopper member (9) in FIG. 1, and the insertion hole formed in the upper surface plate (10) of the tube mounting member. The only difference is that (24) is omitted two straight cuts (25a) and (25b) forming relief cut pieces (26) enabling the tilting of the retarder container (4). For this reason, the same components as those of the tube support (1) shown in FIG. 1 are denoted by the same reference numerals, and detailed description is omitted. In this case, the height of the first side plate (33) of the tube support (9) may be substantially the same as the inner height of the storage box, or may be higher than the inner height of the storage box (5). It may be lower by the thickness of the booklet of the mixing paper, or slightly lower than the inner height of the storage box (5). When the height of the first side plate (33) of the tube support (9) is almost the same as the inner height of the storage box, when the lid of the storage box is closed, a space is formed between the tube support and the lid of the storage box. Since it does not occur, the top plate (35) is held down by the lid, and the tube stopper (9) does not rise in the storage box, thereby effectively preventing the backward movement of the first tube and the second tube. become. The form of storing the booklet in the storage box when the height of the first side plate (33) is low is apparent from the detailed description in FIGS. 4 and 7, and therefore, detailed description is omitted. I do.

In the tube support (50) of FIG. 10, the insertion hole does not need to be circular, and may be, for example, a slit (51) as shown in FIG.

Instead of a configuration in which the first lateral side plate (13) of the tube mounting member (8) and the margin for glue (16) are bonded, as shown in FIG. A notch (53) for inserting the insertion piece (52a) may be formed in the first lateral side plate (13) by connecting a flap (52) having the same 52a). 12, the same components as those of the tube mounting member (8) shown in FIG. 2 are denoted by the same reference numerals, and detailed description thereof will be omitted.

The tube mounting member (8) has a rectangular parallelepiped shape having a vertical width and a horizontal width substantially matching the inner dimensions of the rectangular bottom of the storage box, and a height at which the tip of the tube cap is exposed. Any shape may be used as long as it is formed by bending a regular-shaped cardboard at a right angle along the fold line, and is not limited to the above-described structure.For example, a structure usually used as a box can be adopted. In FIG. 2, the flaps may be connected to the first vertical side plate (11) and the second vertical side plate (12), respectively.

In the above description, the first tube and the second tube are described as having the same size. However, the present invention is not limited to this, and a combination of tubes having different thicknesses and lengths may be used. In such a case, an appropriate structure may be changed, such as adjusting the height of the tube mounting member to a thin tube, and a detailed description thereof will be omitted.

[0046]

[Effect of the invention]

 Since the present invention is configured as described in detail above, it has the following effects. Each tube supported by the tube mounting member and prevented from moving backward by the tube stopper member and stored in the storage box greatly jumps in the storage box even if impact is given by transportation, handling, or the like. No tube breakage and no significant deformation. Therefore, the drug can be used without leaking the drug from the tube or making it difficult to push out the drug from the tube. In addition, since the tube mounting member and the tube stopper are configured as separate members, if the tube stopper is discarded at the time of opening, there is no problem in taking out and inserting the tube, and the tube is easy to use. Because the rear end is raised and supported, it is easy to remove and return the tube to the storage box after use. Further, since the tube support is composed of the tube placing member and the tube stopper made of cardboard, it can be manufactured at low cost. After use, unlike synthetic resins, it produces less harmful substances during incineration and hardly damages the incinerator even when burned, and is easily decomposed by microorganisms in soil during landfill processing. Because of this, disposal is easy and the burden on the environment is small.

[Brief description of the drawings]

FIG. 1 is an assembled perspective view showing an embodiment of a storage box tube support of the present invention.

FIG. 2 is an exploded view of a tube mounting member constituting the storage box tube support shown in FIG. 1;

FIG. 3 is a development view of a tube stopper member constituting the storage box tube support shown in FIG. 1;

FIG. 4 is a partially broken front view illustrating a state where the tube support for a storage box shown in FIG. 1 is stored in a storage box together with a tube and the like.

FIG. 5 is a plan view illustrating a state where tubes and the like are supported by the storage box tube support shown in FIG. 1;

FIG. 6 is a partially cutaway front view showing a state where an extruding tool is mounted on a tube mounting member of the tube support for a storage box shown in FIG. 1;

FIG. 7 is a partially cutaway front view illustrating a storage box tube support according to another embodiment of the present invention, which is stored in a storage box together with a tube and the like.

FIG. 8 is an explanatory view illustrating still another embodiment of the storage box tube support of the present invention.

FIG. 9 is an explanatory view illustrating still another embodiment of the storage box tube support of the present invention.

FIG. 10 is an assembled perspective view showing still another embodiment of the storage box tube support of the present invention.

FIG. 11 is an explanatory view illustrating still another embodiment of the storage box tube support of the present invention.

FIG. 12 is a development view illustrating still another embodiment of the tube mounting member of the storage box tube support of the present invention.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 Storage box support 8 Tube mounting member 9 Tube stopper 9a Retarder container fixing step 17 First tube cut 18 Second tube cut 23 Insert piece 24 Insert hole 36a First cut 36b Second Notch

Claims (5)

[Utility model registration claims] 1. A first and second tubes filled with a two-mixed type drug used by mixing two types of drugs are respectively supported and stored in a storage box in a state where their positions are regulated to predetermined positions. A tube support for a storage box made of cardboard, comprising a tube mounting member and a tube stopper, wherein the tube mounting member has a length substantially matching the inner size of the rectangular bottom of the storage box. It is formed by bending thick paper of a predetermined shape into a rectangular parallelepiped having a width, a width, and a height at which the tip of a tube cap is exposed, at a right angle along a fold line, and is formed on a rectangular shape of the tube mounting member. In the lateral direction of the face plate, a first tube-shaped notch having substantially the same shape as the planar shape of the first tube extending from the middle of the main body of the first tube to the cap, and reaching the cap from a middle of the main body of the second tube. 2nd Chu A second tube-shaped notch having substantially the same shape as the plane shape of the first tube-shaped notch is formed such that a portion corresponding to the rear end of the cap of the first tube-shaped notch and a portion corresponding to the rear end of the cap of the second tube-shaped notch are parallel to the vertical side of the top plate. The insertion hole for inserting the insertion piece provided in the tube stopper is provided between the first tube-type cut and the second tube-type cut, which are arranged side by side at a predetermined interval on a straight line. A maximum width portion of the insertion hole is formed so as to be located on the straight line, and the tube stopper member is formed by forming a rectangular cardboard having a vertical width equal to the vertical width of the tube mounting member at a right angle along the folding line. And a first vertical side contacting the bottom of the storage box, and a first vertical side provided at a height parallel to the first vertical side and at least exceeding the thickness of the tube.
A first side plate formed by a fold line; a mountain fold at a right angle to the first side plate at the first fold line; The vertical side of the top plate on the cap side, the first tube-shaped cut and the second
A top plate formed by a second fold line provided at a position separated by a length corresponding to the gap corresponding to the rear end of the cap of the tube-type notch; and the second fold line is mountain-folded at a right angle to the top plate. A second side plate formed by a second folding line and a second vertical side parallel to the second folding line and in contact with the upper surface plate of the tube mounting member, wherein the second side plate is the second vertical side. A first notch that locks the rear end of the cap of the first tube to prevent the rearward movement of the first tube;
A second notch that locks the rear end of the cap of the second tube and prevents the second tube from moving backward is cut out at a position corresponding to each tube, and between the first notch and the second notch. The insertion box having a width substantially the same as the maximum width of the insertion hole inserted into the insertion hole of the tube mounting member is protruded. 2. The method according to claim 1, wherein the tube stopper has a step portion for fixing the retarder container, and the step portion for fixing the retarder container,
A first fold line is provided at both ends of the cardboard at an intermediate portion thereof, leaving a length of the retarder container, and a notch of a length corresponding to a diameter of the retarder container is provided on a top plate side orthogonal to each end of the first fold line. Rarely, a first straight cut and a second straight cut formed by cutting a predetermined length slightly shorter than the diameter of the retarder container are provided on the first side plate side in parallel, and the first straight cut and the second straight cut are formed in parallel. A third fold line connecting the end on the side of the first side plate, and a fourth fold line connecting the first straight cut and the second straight cut at a position parallel to the third fold line and away from the third fold line by the diameter of the retarder container. And a fifth fold line that connects the end of the first straight cut and the second straight cut on the top plate side is provided,
The fourth folding line is formed by valley folding, and the third folding line and the fifth folding line are formed by mountain folding. The insertion hole formed in the upper surface plate of the tube mounting member,
The tube support for a storage box according to claim 1, wherein the tube support has an inner size that allows insertion of a retarder container. 3. A continuation of the insertion hole formed in the upper surface plate of the tube mounting member, a retarder container is inserted into the insertion hole in the direction of the vertical side of the upper surface plate of the tube mounting member on the cap side. 3. A tube support for a storage box according to claim 2, wherein two parallel linear cuts having a predetermined length and the same length are formed so as to be able to be supported obliquely while being inserted. 4. The tube stopping member according to claim 1, wherein the height from the first vertical side to the first folding line is set slightly lower than the inner height of the storage box.
A tube support for a storage box according to the above. 5. The knitting of two kinds of medicines in a tube housed in the storage box, wherein the height from the first vertical side to the first folding line of the tube stopper is greater than the inner height of the storage box. 4. The tube support for a storage box according to claim 1, wherein one end of the booklet of the mixing paper is set to be lower by the thickness of the booklet of the mixing paper, and one end of the booklet of the mixing paper is supported by a top plate of the tube stopper member. body.