JP2021024599A - Tablet container - Google Patents

Abstract

To provide a tablet container capable of selecting one tablet take-out or two tablets take-out by only sliding an inner container in one direction by switching operation of a lever part.SOLUTION: A tablet container comprises: an inner container storing tablets; a lever part which is slidably fitted to the inner container for switching a counting number of tablets; and an outer container for storing the inner container in a slidable manner in a lateral direction with the lever part. The inner container comprises: a storage part for storing tablets; a measuring part which is provided on any one of right and left sides of the storage part and measures the tablets; and a slide guide part for guiding slide of the lever part between the storage part and the measuring part. The lever part has a partition wall capable of being inserted into the measuring part. Between the storage part and the measuring part, a path for allowing passage of the tablet when the inner container is closed by the outer container, is opened. By sliding the inner container in any one direction of right and left sides in the outer container, the measuring part is exposed from the outer container and the tablet can be taken out.SELECTED DRAWING: Figure 1

Description

The present invention relates to a tablet container for storing tablet-shaped contents, and more particularly to a tablet container in which tablets can be taken out from the opening of the container in a set number of tablets.

Conventionally, various containers have been proposed as containers for pharmaceuticals, supplements, tablet-shaped confectionery, etc. For example, in the case of pharmaceutical tablets, a PTP (press through pack) sheet is put into a small paper box as a packaging form. When stored and carried, there was a risk that the small box would be crushed, the PTP sheet would be damaged, and the tablets would spill.
In addition, there are some users who have difficulty in extruding tablets from the PTP sheet and taking them out, and there is also a problem that the number of tablets to be taken at one time is not always one and the fixed number of tablets cannot always be taken out. there were.

In order to solve this problem, a tablet case is composed of a case body for storing tablets and an outer case for storing the case body so as to be slidable in the front-rear direction. The case body is a storage unit for storing tablets. It has a single weighing unit provided on the front side of the storage unit for storing one tablet, and a multiple measuring unit provided on the rear side of the storage unit for storing a plurality of tablets. An opening is formed in which the tablet of the tablet leads to the single measuring part, and an opening is formed in the center of the rear wall of the storage part in which the tablet of any number of tablets leads to the multiple measuring part, and the case body is moved back and forth inside the outer case. Conventionally known, a tablet case made of synthetic resin, which slides in a direction and has a single measuring unit or a plurality of measuring units protruding from a case body to take out tablets (see, for example, Patent Document 1).

JP-A-2008-247436

However, in the tablet case described in Patent Document 1, since the opening for taking out one tablet and the opening for taking out a plurality of tablets are separately formed, the position of the opening for taking out is different depending on the number of tablets taken out from the tablet case, and the operation is complicated. There was a problem that it was.

An object of the present invention is to solve the above problems, and to provide a tablet container in which one tablet can be taken out or two tablets can be taken out by simply sliding the inner container in one direction by switching the lever portion. And.

In order to solve the above-mentioned problems, the present invention has, as a tablet container, an inner container for storing tablets, a lever portion slidably attached to the inner container to switch the number of tablets to be measured, and an inner container together with the lever portion. A tablet container consisting of an outer container that is slidably stored in the left-right direction, and the inner container is provided on either the left or right side of the storage unit for storing tablets and the measuring unit for measuring tablets. And a slide guide part that guides the sliding of the lever part between the storage part and the measuring part, the lever part is provided with a partition plate that can be inserted into the measuring part, and the storage part and the measuring part are separated from each other. , When the inner container is closed by the outer container, a passage that allows the passage of tablets is opened, and by sliding the inner container in either the left or right direction inside the outer container, the measuring part is exposed from the outer container and the tablets. Adopt a configuration characterized by taking out.

As a specific embodiment of the tablet container, the outer container is formed from either the top plate, the bottom plate, the rear outer wall and the front outer wall that regulate the sliding of the inner container in the left-right direction, and the left or right of the rear outer wall. The inner container is provided with a lid wall that closes the measuring portion of the inner container, and the inner container includes a bottom wall that slides on the bottom plate of the outer container, a side wall that is erected from around the upper surface of the bottom wall, and a storage portion. A configuration characterized by providing a tablet guide wall for partitioning the measuring unit is adopted.

As a specific embodiment of the lever portion of the tablet container, the lever portion extends from the slide vertical wall that slides along the slide guide portion of the inner container and the slide vertical wall, and is inserted into the measuring portion when the lever portion is operated. It is characterized by including a partition horizontal plate and a partition top plate as partition plates, a slide guide wall extending from the slide vertical wall and sliding a lever portion, and a number display plate connected to the slide vertical wall. The structure is adopted, and the lever part is shaken at a predetermined place on the number display plate and has a plurality of numbers corresponding to the number of tablets to be weighed. The outer container is opened at a predetermined place on the top plate, and the lever part A configuration is adopted in which a display window for displaying one of the numbers assigned to the number display board is provided.

In the tablet container of the present invention, by adopting the above configuration, the inner container stored in the outer container is slid, and the lever portion attached to the inner container is operated to form the measuring unit formed in the inner container. One or two tablets desired by the user can be reliably and easily taken out from the opening of the tablet, and can be taken without making a mistake in the number and without forgetting to take.

In the explanatory view of the tablet container of the present invention, (a) is a front view when the lid is closed, (b) is a view taken along the line XX of (a), and (c) is a line YY of (b). It is a cut arrow view. In the explanatory view of the inner container, (a) is a front view, (b) is a top view, and (c) is a Y1-Y1 line cut arrow view of (b). In the explanatory view of the lever portion, (a) is a top view and (b) is a front view. In the explanatory view of the outer container, (a) is a top view, (b) is a front view, and (c) is an X1-X1 line cut arrow view of (b). In the explanatory view at the time of setting the tablet container, (a) is a cross-sectional view showing a state at the start of setting, and (b) is a cross-sectional view showing a state immediately before the end of setting. In the explanatory view when using the tablet container, (a) is a front view, (b) is an X2-X2 line cut arrow view of (a), and (c) is a Y2-Y2 line cut arrow view of (b). is there. In the explanatory view when the lever part of the tablet container is used, (a) is a front view, (b) is an X3-X3 line cutting arrow view of (a), and (c) is a Y3-Y3 line cutting arrow of (b). It is a visual view. In the explanatory view which changed the use pattern of the tablet container, (a) is when the lever part is used, and (b) is when the tablet container is used.

Next, the tablet container of the present invention will be described with reference to the drawings showing examples.
In the following description, in FIG. 1 (a), the left direction is "left side", the right direction is "right side", the upward direction is "up", and the downward direction is "down". As seen, the upward direction is defined as "rear surface side" or "rear", and the downward direction is defined as "front side" or "front side".

As shown in FIG. 1, A is an inner container, B is slidably mounted on the inner container A in the left-right direction to switch the number of tablets to be weighed, and C is the lever part B and the inner container A in the left-right direction. It is an outer container that is slidably stored, and the tablet container of this embodiment is a synthetic resin case including an inner container A, a lever portion B, and an outer container C.
Further, P is a tablet stored in the inner container A.

As shown in FIGS. 1 and 2, the inner container A includes a bottom wall 1 sliding inside the outer container C and a side wall 2 erected from the outer edge of the upper surface of the bottom wall 1, and the inside of the inner container A is , It is arranged on the left side and stores two tablets P side by side in the front-rear direction, and is arranged on the right side of the measuring unit A1 and the measuring unit A1 which are the outlets for taking out the tablets P, and communicates with the measuring unit A1 on the rear surface side. At the same time, a storage section A2 for storing a large number of tablets P and a slide guide section A3 arranged on the front side between the measuring section A1 and the storage section A2 to guide the sliding of the lever section B are defined. There is.

The bottom wall 1 has a slide notch 5 which is slightly inclined to the front side from a predetermined position on the right side and is cut within the range of the storage portion A2 on the rear surface side, and a slide notch 5 from the left end to the left side of the slide notch 5. , A weighing cut portion 6 further cut to the front side is formed within the range of the measuring portion A1, and a front side cut portion 7 cut to the rear surface side in a predetermined range in a predetermined range in the center of the front side. Is formed.

The side wall 2 is erected on the left side from the left end of the bottom wall 1, and has the front-rear dimension of two tablets P, and the left outer wall 10 from the rear side end of the left outer wall 10 along the weighing notch 6. The rear left wall 11 extending to the right approximately the size of a half tablet of the tablet P, the front left outer wall 12 extending from the front end of the left outer wall 10 to the left end of the front notch 7, and the front left of the left outer wall 10. A front side wall 14 extending in the left-right direction substantially equal to the outer diameter of the tablet P from a position on the rear surface side by the width forming a guide groove 13 with the outer wall 12, and one tablet P from the right end of the front side wall 14. An inner vertical wall 15 extending to the rear surface side almost equal to the outer diameter of the tablet guide wall 16 and a tablet guide wall 16 extending diagonally upward to the right with a gap α opened from the tip of the inner vertical wall 15 as an end. A lever guide wall 17 extending to the right from the left end of the 16 is provided.

The measuring unit A1 is defined by the left outer wall 10, the rear left wall 11, the front side wall 14, the inner vertical wall 15, and the upper surface of the bottom wall 1 of the portion, and is defined by the tip of the rear left wall 11 and the tablet guide. A passage for one tablet P is formed between the wall 16 and the wall 16, and the tablet P is filled one by one from the storage portion A2 into the measuring portion A1 through the passage.
On the outer surface of the front left outer wall 12, when the inner container A is stored in the outer container C, a finger hook portion 12a that protrudes outward from the left side of the front side of the outer container C and makes it easy to hang fingers is provided. It is provided.

The slide notch 5 includes a slide rear wall 18 extending from the right edge of the weighing notch 6 of the bottom wall 1, an inclined rear wall 19 extending from the slide rear wall 18 and sloping toward the rear, and an inclined rear wall 19. , The rear right side wall 20 parallel to the slide rear wall 18 is continuously erected.
On the right side of the side wall 2, a right outer wall 21 continuous from the rear right side wall 20 is erected.
The side wall 2 is erected on the front side along the front right wall 22 extending from the front end of the right outer wall 21 to the right end of the front notch 7, and the front right wall along the edge of the front notch 7. The front side slide wall portion 23 extending from the left end portion of 22 and engaging with the front side inner surface of the outer container C to regulate the sliding of the inner container A, and the front side wall portion 14 extending from the left side of the front side slide wall portion 23. It is provided with a lever guide outer wall 24 which is an extension of the lever guide outer wall 24, and a lever guide vertical wall 25 which connects the left end portion of the lever guide outer wall 24 to the right end portion of the lever guide wall 17.
A gap β equivalent to the width of the guide groove 13 is formed between the lever guide outer wall 24 and the front left outer wall 12.

Further, the bottom wall 1 is formed with a partition wall 26 extending from the left end of the front right side wall 22 to the rear end side end of the tablet guide wall 16 and defining the storage portion A2 in the inner container A.
The upper end portion 15a of the inner vertical wall 15, a part of the upper end portion of the lever guide vertical wall 25, and a part of the partition wall 26 are the partition top plates 34 and the number of lever portions B, which will be described later from the height of the other side wall 2. A recess 25a and a recess 26a formed lower by the height of the display plate 35 are formed, and the recess 25a and the recess 26a are engaged with the partition top plate 34 of the lever portion B and the number display plate 35, and the lever portion It is designed to guide B.

The storage portion A2 is defined by a slide rear wall 18, an inclined rear wall 19, a rear right wall 20, a right outer wall 21, a front right wall 22, a partition wall 26, and an upper surface of the bottom wall 1. There is.
The slide guide portion A3 is formed by the front left outer wall 12, the guide groove 13, the inner vertical wall 15, the lever guide wall 17, the lever guide vertical wall 25, the lever guide outer wall 24, and the upper surface of the bottom wall 1. Be made.
Further, the bottom wall is inside surrounded by the tablet guide wall 16, the partition wall 26, the front side slide wall portion 23, the lever guide outer wall 24, the lever guide vertical wall 25, and the lever guide wall 17. A space θ is formed in which 1 is lightened.

As shown in FIGS. 1 and 3, the lever portion B slides between the right side surface of the inner vertical wall 15 formed in the slide guide portion A3 of the inner container A and the left side surface of the lever guide vertical wall 25. , The slide vertical wall 30 that comes into contact with either surface and the left side of the rear surface side end of the slide vertical wall 30 extend by approximately half a tablet P, and the tip portion penetrates the gap α when the lever portion B is operated and the weighing portion. The partition horizontal plate 31 to be inserted into A1 and the slide vertical wall 30 extend in the left-right direction from the front side end portion, are inserted into the guide groove 13, are inserted into the gap β, and slide on the front side surface of the lever guide outer wall 24. A partition that is connected to the slide guide wall 33 that is in contact with the guide and slides the lever portion B, the upper end of the slide vertical wall 30, and the upper end of the partition horizontal plate 31, and has the size of half a tablet P on the left side. It is composed of an upper plate 34 and a number display plate 35 extending to the right from the upper end of the vertical slide wall 30.

On the front side of the slide guide wall 33, the left side surface abuts on the end surface of the front left outer wall 12 when the lever portion B is operated to restrict sliding, and the tip portion is projected from the outer surface of the front left outer wall 12. An operation protrusion 33a is provided.
On the upper surface of the number display board 35, numbers "2", "1", "2", and "1" are assigned in order from the left at predetermined locations.

There is a gap equivalent to the thickness of the front side wall 14 between the front side of the partition top plate 34 and the slide guide wall 33, and before the operation of the lever portion B, the left edge of the partition top plate 34 is the inner vertical wall. It engages with the recess of the upper end portion 15a of 15, and when the lever portion B is operated, the recess of the upper end portion 15a guides the sliding of the partition top plate 34.

Further, the number display plate 35 is guided when the lever guide vertical wall 25 and the partition wall 26 are slid by engaging the lower surface with the recess 25a and the recess 26a recessed in a part of the upper end portion. There is.
Further, in the lever portion B, when the inner container A is set, the partition upper plate 34 and the number display plate 35 engage with the upper end portion 15a, the recess 25a, and the recess 26a, so that the upper surface thereof becomes the upper end surface of the inner container A. It is designed to be flush.

As shown in FIGS. 1 and 4, the outer container C communicates left and right from the top plate 40, the bottom plate 41, the rear side outer wall 42 that regulates the sliding of the inner container A in the left-right direction, and the front side outer wall 43. It is formed in a case shape, and is formed on the left rear surface side from the end surface of the rear surface side outer wall 42 to the front end surface of the weighing cut portion 6 of the inner container A, and is engaged with the left outer wall 10 to form the weighing portion. A lid wall 44 that closes A1 is formed.

A display window 45 for displaying one of the numbers assigned to the number display plate 35 of the lever portion B is opened at a predetermined position on the top plate 40.
On the left side of the inner surface of the outer wall 42 on the rear surface side, the inner inclined surface extends from the rear surface side of the lid wall 44, engages with the left end portion of the slide rear surface wall 18 of the inner container A, and sets the inner container A in the outer container C. A guide rib 46 is formed to smoothly guide the inner container when the inner container is used.
The front side outer wall 43 extends from the right end to the vicinity of the left end of the front side slide wall portion 23 of the inner container A before setting, and the inner surface near the left end engages with the front side slide wall portion 23 to slide. A slide regulation portion 43a for regulation is formed.

As shown in FIG. 4B, the front side of the lid wall 44 has a lower end portion 47a having a gap equal to or larger than the thickness of the bottom wall 1 of the inner container A from the bottom plate 41, and an outer container partition plate extending in the lateral direction. 47 is arranged.
The inner tip of the outer container partition plate 47 is formed to be slightly longer than the size of the rear left wall 11 of the inner container A before setting, and the inner tip of the outer container partition 47 and the tablet guide wall 16 are formed. The space between the two is formed at an interval of approximately one tablet P.

Next, the usage mode and the action and effect of the tablet container of this example will be described.
In the set of the tablet container of this embodiment, first, the left end portion of the slide guide wall 33 of the lever portion B is located at the left end portion of the guide groove 13 in the slide guide portion A3 of the inner container A in which the tablet P is stored in the storage portion A2. After mounting so as to abut, the left outer wall 10 of the inner container A is inserted from the right opening of the outer container C, and the slide rear wall 18 of the inner container A is along the inner surface of the rear side outer wall 42 of the outer container C. When the inner container A is pushed to the left, as shown in FIG. 5A, the left end portion of the slide rear wall 18 of the inner container A comes into contact with the inwardly inclined surface of the guide rib 46 of the outer container C. At this time, since the operation protrusion 33a of the slide guide wall 33 passes through the slide regulation portion 43a of the front side outer wall 43, there is no possibility of disturbing the setting of the inner container A.
Further, when the inner container A is pushed into the outer container C, as shown in FIG. 5B, the inner container A slides to the front side by the guide rib 46, and the protrusion of the front side slide wall portion 23 is formed. Although it comes into contact with the slide restricting portion 43a of the outer container C, the space θ is formed in the inner container A, so that the front side slide wall portion 23 deforms backward to overcome the slide restricting portion 43a and finally. Therefore, the inner container A is set in the outer container C, and a tablet container containing the tablet P is obtained.

The tablet container of this embodiment is closed at a position where the inner container A does not protrude from the left side and the right side of the outer container C.
At that time, the rear left wall 11 of the inner container A, the slide rear wall 18, and the rear side of the rear right wall 20 are the front surface of the outer container partition plate 47, the guide rib 46, and the rear side outer wall 42 of the outer container C. The front right side wall 22 of the inner container A and the front side slide wall portion 23 are in contact with the side, and by engaging with the front side outer wall 43 of the outer container C and the slide restricting portion 43a, the inside of the outer container C is formed. Therefore, the inner container A is prevented from sliding carelessly, and when the tablet P is not taken out, the state is maintained.

When taking out the tablet P from the closed tablet container shown in FIG. 1, a finger is placed on the operating protrusion 33a of the slide guide wall 33 of the lever portion B to operate the lever portion B, as shown in FIG. The right side surface of the slide vertical wall 30 of the lever portion B and the left side surface of the lever guide vertical wall 25 in the slide guide portion A3 of the inner container A are brought into contact with each other, and the lever portion B is moved to the rightmost side in the slide guide portion A3. At a certain position, the number "2" at the left end of the number display plate 35 of the lever portion B is displayed from the display window 45 of the outer container C.

In this state, the tablet container is tilted downward to the left, the tablet P in the storage portion A2 of the inner container A is moved one by one into the measuring unit A1 through the passage of the tablet guide wall 16, and two tablets are contained in the measuring unit A1. Tablets P are packed vertically side by side.
Next, a finger is hung on the finger hook portion 12a of the inner container A, the inner container A is slid to the left with respect to the outer container C, and the measuring portion A1 of the inner container A is projected from the left side of the outer container C. ..
At this time, the outer container partition plate 47 of the outer container C invades the upper surface of the bottom wall 1 from the right side of the measuring cut portion 6 of the inner container A.

Finally, as shown in FIG. 6, the left end of the slide rear wall 18 of the inner container A and the right side of the lid wall 44 of the outer container C come into contact with each other, and the front slide wall 23 of the inner container A and the outside. The slide restricting portion 43a of the outer wall 43 on the front side of the container C engages, and the sliding of the inner container A stops.
At this time, since the measuring portion A1 of the inner container A is completely exposed from the left side of the outer container C, two tablets P can be taken out from the upper opening of the measuring portion A1.

At this time, the tip of the outer container partition plate 47 of the outer container C pushes the tablet P remaining near the tablet guide wall 16 of the bottom wall 1 of the inner container A back into the storage portion A2 and is between the tablet guide wall 16 and the tablet guide wall 16. By narrowing the interval so that the tablet P cannot pass through and blocking the passage of the tablet P, the tablet P is prevented from being filled in the measuring unit A1.
Further, when the inner container A slides, the lever portion B attached to the inner container A also slides to the left in the outer container C together with the inner container A, so that the lever portion B can be seen from the display window 45 of the outer container C. The number on the number display board 35 is switched from the leftmost number “2” shown in FIG. 1 beyond the second number “1” from the left, and after the switching, as shown in FIG. 6, 3 from the left. Since the second number is "2", the number of tablets P to be filled in the measuring unit A1 can be displayed without mistake.

Next, when the number of tablets P to be taken out is one from the state where there are two tablets P measured by the measuring unit A1 shown in FIG. 6, first, the operating protrusion 33a of the lever portion B is operated. Then, the lever portion B is slid to the left side in the slide guide portion A3 with respect to the inner container A and the outer container C.
Then, as shown in FIG. 7, the left side surface of the slide vertical wall 30 of the lever portion B and the right side surface of the inner vertical wall 15 in the slide guide portion A3 of the inner container A come into contact with each other, and the slide guide wall 33 The tip abuts on the left end surface of the guide groove 13, and the lever portion B stops sliding at a position on the leftmost side in the slide guide portion A3.

When the lever portion B slides to the left side, the tip of the partition horizontal plate 31 of the lever portion B penetrates into the measuring portion A1 through the gap α at the tip of the inner vertical wall 15 of the inner container A, and the partition upper plate. The tip of 34 penetrates into the measuring portion A1 through the gap of the upper end portion 15a of the inner vertical wall 15, and as shown in FIG. 7, the front side of the protruding portion of the partition horizontal plate 31 and the lower surface of the protruding portion of the partition upper plate 34. A space is created between the left side of the inner vertical wall 15 and the rear side of the front side wall 14, the right side of the left outer wall 10 of the portion, and the upper surface of the bottom wall 1, and the tablet P on the inner vertical wall 15 side in the measuring portion A1 in the space. Holds.
At this time, the number visible from the display window 45 of the outer container C is switched from the third number "2" from the left to the rightmost number "1" due to the sliding of the number display plate 35 of the lever portion B. The number of tablets P to be used in the measuring unit A1 can be displayed without mistake.

Since the tablet P on the inner vertical wall 15 side in the measuring unit A1 is held by the lever portion B, only one tablet P in the remaining measuring unit A1 can be taken out and used.
Further, the partition top plate 34 is only half the width of the tablet P on the left side, and the tablet P held inward from between the tip of the partition top plate 34 and the right side of the left outer wall 10 can be confirmed.

The two tablets P filled in the measuring unit A1 are divided into a tablet P that can be easily taken out and a tablet P held by the lever unit B, and the tablet container can be confirmed from above. After taking the tablet P taken out first, the lever part B can be slid to the right to release the holding of the remaining tablet P, and the tablet P can be taken out and taken, and the two tablets P in the measuring part A1 can be taken with a time lag. You can take it and take it until the end without forgetting to take it.

When weighing only one tablet P in the measuring unit A1 from the beginning, first, in the closed tablet container, put a finger on the operating protrusion 33a of the slide guide wall 33 of the lever portion B, and then hook the finger on the operating protrusion 33a of the lever portion B. As shown in FIG. 8A, the lever portion B is slid so as to come to the leftmost position in the slide guide portion A3, so that the partition horizontal plate 31 of the lever portion B is placed in the measuring portion A1. Push it into.
At this time, the number seen from the display window 45 of the outer container C is the second number "1" from the left.
In that state, when the tablet container is tilted downward to the left and the tablet P in the storage portion A2 of the inner container A is moved into the measuring portion A1 through the passage of the tablet guide wall 16, the partition horizontal plate 31 serves as a stopper for the tablet. P cannot enter the front side, and only one tablet P can be filled in the measuring unit A1.

Next, a finger is hung on the finger hook portion 12a of the inner container A, the inner container A is slid to the left side with respect to the outer container C, and the passage between the measuring portion A1 and the storage portion A2 is closed. As shown in 8 (b), since there is only one tablet P in the measuring unit A1, only one tablet P can be weighed and taken at any time.

Further, when the inner container A is slid with respect to the outer container C, the lever portion B attached to the inner container A also slides to the left in the outer container C together with the inner container A, whereby the outer container C is slid. The number on the number display board 35 of the lever portion B seen from the display window 45 of the above is switched from the second number "1" from the left shown in FIG. 8A to the third number "2" from the left. After sliding, the number "1" at the right end shown in FIG. 8B is obtained, so that the number of tablets P to be used in the measuring unit A1 can be displayed without mistake.

In the tablet container of this embodiment, all the parts of the inner container A, the lever portion B, and the outer container C are made of synthetic resin, so that the tablets are stored in the PTP sheet and the PTP sheet is stored in a small paper box or the like. Compared to the conventional tablet container in which the tablets are stored together, the strength of the tablet container can be secured, it is convenient to carry, and one or two tablets desired by the user by sliding the inner container A. The tablets can be taken out reliably and easily, and can be taken without making a mistake in the number and without forgetting to take.

In this embodiment, one or two tablets P are filled in the measuring part A1 of the inner container A and taken out, but the size of the tablet P and the width of the opening leading to the measuring part A1 or the measuring part By changing the shape of A1, the number of tablets P stored in each measuring unit A1 can be adjusted.

By sliding the inner container stored in the outer container and operating the lever portion attached to the inner container, it is possible to take out the measured number of tablets from the opening of the measuring portion formed in the inner container. As a tablet container, it can be widely used as a container for pharmaceuticals, supplements, tablet-shaped confectionery, and the like.

A Inner container A1 Weighing part A2 Storage part A3 Slide guide part B Lever part C Outer container P Tablet α, β Gap θ Space 1 Bottom wall 2 Side wall 5 Slide cut part 6 Weighing cut part 7 Front side notch 10 Left outer wall 11 Rear surface Left side wall 12 Front left outer wall 12a Finger hook 13 Guide groove 14 Front side wall 15 Inner vertical wall 15a Upper end 16 Tablet guide wall 17 Lever guide wall 18 Slide rear wall 19 Sloped rear wall 20 Rear right wall 21 Right outer wall 22 Front right wall 23 Front side slide wall 24 Lever guide outer wall 25 Lever guide vertical walls 25a, 26a Recesses 26 Partition wall 30 Slide vertical wall 31 Partition horizontal plate 33 Slide guide wall 33a Operation protrusion
34 Partition top plate 35 Number display plate 40 Top plate 41 Bottom plate 42 Rear side outer wall 43 Front side outer wall 43a Slide regulation part 44 Lid wall 45 Display window 46 Guide rib 47 Outer container partition plate 47a Lower end

Claims (4)

A tablet container consisting of an inner container for storing tablets, a lever part that is slidably attached to the inner container to switch the number of tablets to be measured, and an outer container that slidably stores the inner container in the left-right direction together with the lever part. And
The inner container is provided on either the left or right side of the storage unit for storing tablets and the storage unit, and is a slide guide for guiding the sliding of the lever portion between the measuring unit for measuring tablets and the storage unit and the measuring unit. With a department
The lever part is equipped with a partition plate that can be inserted into the measuring part.
A passage is opened between the storage unit and the measuring unit to allow the passage of tablets when the inner container is closed by the outer container.
A tablet container characterized in that a measuring unit is exposed from the outer container and tablets are taken out by sliding the inner container in either the left or right direction inside the outer container. The outer container is formed from the top plate, the bottom plate, the rear side outer wall and the front side outer wall that regulate the sliding of the inner container in the left-right direction, and either the left or right side of the rear side outer wall, and closes the measuring part of the inner container. With a lid wall to
The inner container is characterized by including a bottom wall that slides on the bottom plate of the outer container, a side wall that is erected from around the upper surface of the bottom wall, and a tablet guide wall that separates the storage portion and the measuring portion. The tablet container according to claim 1. The lever portion has a slide vertical wall that slides along the slide guide portion of the inner container, and a partition horizontal plate and a partition top plate as partition plates that extend from the slide vertical wall and are inserted into the measuring portion when the lever portion is operated. The tablet container according to claim 1 or 2, further comprising a slide guide wall extending from the vertical slide wall and sliding a lever portion, and a number display plate connected to the vertical slide wall. The lever part is shaken at a predetermined position on the number display plate and has a plurality of numbers corresponding to the number of tablets to be weighed.
The tablet container according to claim 3, wherein the outer container is opened at a predetermined position on the top plate and includes a display window for displaying one of the numbers assigned to the number display plate of the lever portion.

Images