JPH0539091Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a quantitative dispensing container, and particularly to a quantitative dispensing container that can quantitatively take out granular materials such as tablets.

[Conventional technology]

As a device for quantitatively taking out granular materials such as tablets, a device described in Japanese Utility Model Application Publication No. 136476/1983 is known.

This device has a structure as shown in FIG. That is, the sliding body chamber 35 is inserted into the distal end outlet 34 of the funnel part 33 that is fitted into the mouth part 32 of the container 31.
A sliding body 36 is provided in the sliding body chamber 35 so as to be slidable forward and backward, and a metering chamber 37 is formed in the sliding body 36.
The sliding body 36 is biased by a coil spring 39 provided in the sliding body chamber 35 so that the inlet 38 of the metering chamber 37 communicates with the outlet 34 when the metering chamber 6 retracts. Furthermore, in the outer wall portion forming the sliding body chamber 35 and facing the outlet port 34,
When the sliding body 36 is pushed forward while resisting the biasing force of the spring 39, the exit 40 of the quantitative chamber 37
An outlet 41 is provided which communicates with the. Also,
A tapered nozzle 42 projects from this outlet 41 portion.

Looking at the positional relationship between the outlet 41 and the outlet 40 of the metering chamber 37, when the sliding body 36 is in the retracted position, a part of the outlet 41 is connected to the outlet 40 of the metering chamber 37.
The outlet 41 is partially open. However, the width of the opening part is the same as that of the quantitative chamber 37.
Since the tablet is smaller than the tablet inside, the tablet is prevented from coming out from the outlet 41.

In a device having such a structure attached to a container, the nozzle 42 in particular gets in the way and is inconvenient to carry, and the outlet 41 does not have a lid.
Moreover, even when not taking out the tablet, the ejection port 41
Since the container 31 is in a half-open state, it is easy for dirt to get into the container 31, and there is a possibility that the container 31 will not be kept airtight and tablets or the like may get squeezed out.

Therefore, a pill storage container was devised that could be kept airtight and allow for quantitative dispensing.
It was published as a bulletin.

The tablet storage container described in the above-mentioned publication is capable of taking out a fixed amount of tablets by pushing the protruding pressure part to extend the tablet storage part, which had a sealed outlet, to the outside of the container.

However, in the tablet storage container described in the above-mentioned publication, when the protruding pressing part is oriented vertically upward, the bottom adjacent to the take-out tablet storage section becomes horizontal, which may make it difficult for tablets to enter the take-out tablet storage section. When storing tablets in a container, the lid plate that covers the front side of the container must be attached and removed, which is troublesome.

[Problem that the invention attempts to solve]

The present invention was devised in view of these points, and the technical problem was to form a quantitative dispensing container into a container that allows the contents to be easily taken out even when held in a vertical position, and that also makes it easy to store the contents. That is.

[Means for solving problems]

In order to solve the above technical problem, the present invention takes the following technical measures.

First, one end opening of the cylindrical body 1 is closed with a closing plate 2, a cylindrical enclosure 1A is formed on the lower peripheral edge of the closing plate 2, and an accommodation opening 5 is provided on one side of the closing plate 2, The other side of the closing plate 2 is formed into a sloped part 4 that slopes downward from the one side, and the upper surface of the sloped part 4 is formed as an extraction guiding surface 4A. The lower surface is formed as a guide surface 4B for accommodation, and the outlet 6 is formed at the end of the inclined portion 4. Further, a sliding body 11 is provided within the cylinder 1 so as to be slidable forward and backward. This sliding body 11 has a push button part 12 located at the other end opening of the cylinder body 1, and extends from the push button part 12 to the outlet 6 provided in the closing plate 2, and has a tip end thereof. It is provided with an extending portion 13 which always closes the outlet 6 and through which the tip portion goes in and out from the outlet 6 when the sliding body 11 moves back and forth. Further, a quantitative recess 1 for quantitatively storing the contents in the cylinder 1 is provided at the tip of the extending portion 13.
6 is provided. Then, the sliding body 11 moves back and forth, and the push button portion 12 protrudes from the opening at the other end of the cylinder 1, and the metering recess 16 is urged by the spring 17 to be retracted into the cylinder 1. There is. In this way, the quantitative dispensing container of the present invention is formed.

[Effect]

When the push button part 12 is pushed against the biasing force of the spring 17, the sliding body 11 advances, and the tip of the extension part 13 provided with the quantitative recess 16 comes out from the outlet 6 and enters the quantitative recess. Particulate matter etc. accommodated in 16 are taken out quantitatively.

When the cylinder 1 is held in a vertical position and the press of the push button part 12 is stopped, the metering recess 16 returns to the cylinder 1, and the particulate matter in the cylinder 1 is moved to the extraction guiding surface 4A. It is guided and smoothly accommodated in the metering recess 16.

To accommodate particulate matter etc. in the cylinder 1, the cylinder 1 is
When the holder is turned upside down to open the storage port 5 and particulate matter is put into the cylindrical enclosure 1A, the granular substances are placed inside the cylindrical enclosure 1.
The accommodation guide surface 4 is surrounded by A and is not scattered.
B and is accommodated in the cylindrical body 1 through the accommodation port 5.

〔Example〕

An embodiment of the present invention will be described below with reference to FIGS. 1 and 2.

An opening at one end of a rectangular tubular body 1 is closed with a closing plate 2. A cylindrical enclosure 1 is attached to the lower peripheral edge of this blocking plate 2.
A, one side of the closing plate 2 is formed into a horizontal part 3, a housing opening 5 is provided in this horizontal part 3, and the other side of the closing plate 2 is formed downward from the horizontal part 3. The upper surface of this inclined portion 4 is formed as a guide surface 4A for taking out, and the lower surface of the inclined portion 4 is formed as a guiding surface 4B for storage. An outlet 6 is bored at the end,
A plug 7 is fitted into the accommodation opening 5.

Furthermore, a sliding body 11 is provided within the cylindrical body 1 so as to be slidable forward and backward. This sliding body 11 includes a push button portion 12 located at the other end opening of the cylinder 1, and an extension portion extending from the push button portion 12 to the outlet 6 provided in the closing plate 2. 13
The distal end of the extending portion 13 always closes the outlet 6 and moves in and out of the outlet 6 when the sliding body 11 moves back and forth. This sliding body 11 is connected to the push button part 12.
an elongated hole-shaped recess 14 extending in the axial direction of the cylindrical body 1 and a protrusion 15 protruding from the inner wall surface of the other end opening of the cylindrical body 1 and inserted into the elongated recess 14;
It is designed to slide by a predetermined stroke.

Furthermore, a quantitative recess 16 is provided at the tip of the extending portion 13 to quantitatively accommodate the contents in the cylinder 1 .

Then, the sliding body 11 is retracted, the push button portion 12 protrudes from the opening at the other end of the cylinder 1, and the metering recess 16 is urged by the spring 17 to retract into the cylinder 1. There is.

This spring 17 is integrally formed with the push button part 12 of the sliding body 11 as a leaf spring 17 from synthetic resin, and its tip is locked to a stopper 18 provided on the inner wall surface of the cylinder body 1. .

When the cylindrical body 1 is placed with the other end opening facing upward, the particulate matter within the cylindrical body 1 is guided by the extraction guiding surface 4A of the inclined portion 4 of the closing plate 2 and enters the quantitative recess 16. When the push button part 12 is pushed against the biasing force of the spring 17, the sliding body 11 is pushed in and advanced, and the tip of the extension part 13 provided with the metering recess 16 is exposed to the outside from the outlet 6. The granules and the like contained in the quantitative recess 16 are quantitatively taken out.

To accommodate particulate matter etc. in the cylinder 1, the cylinder 1 is
When it is turned upside down, the stopper 7 is removed, and particulate matter is put into the cylindrical enclosure 1A, the granular substances are surrounded by the cylindrical enclosure 1A and are not scattered, but are guided to the accommodation guide surface 4B and enter the accommodation opening. 5 is accommodated in the cylindrical body 1.

Note that the cylindrical body 1 may be a cylinder, and the spring 17 may be a coil spring or the like.

[Effect of idea]

The present invention has a cylindrical enclosure 1A on the lower peripheral edge of the closure plate 2.
A housing opening 5 is provided on one side of the closing plate 2, and the other side of the closing plate 2 is formed into an inclined portion 4 that slopes downward from the one side. The upper surface of the inclined portion 4 is formed as an ejection guiding surface 4A, the lower surface of the inclined portion 4 is formed as an accommodation guiding surface 4B, and an ejecting port 6 is formed at the end of the inclined portion 4.

Therefore, in the present invention, the cylindrical body 1 is held in a vertical state with the push button part 12 upward, and the push button part 1 is
2 to take out the granules stored in the metering recess 16 and then stop pressing the push button 12, the metering recess 16 returns to the cylinder 1 and the cylinder 1 is removed.
The granules and the like inside are guided by the extraction guide surface 4A and smoothly accommodated in the metering recess 16.

Therefore, even if you hold the container vertically without tilting it,
Since particulate matter can easily enter the quantitative recess 16, it becomes easy to take out the particulate matter. Particularly when taking out particulate matter several times in succession, the particulate matter is smoothly accommodated in the quantitative recess 16 and taken out smoothly.

To store particulate matter in the cylindrical body 1, turn the cylindrical body 1 upside down, open the storage port 5, and put the particulate matter in the cylindrical enclosure 1A. They are guided by the accommodation guiding surface 4B and accommodated in the cylinder 1 through the accommodation opening 5 without being surrounded by and scattered.

Even if the accommodation opening 5 is made small, it is possible to easily accommodate particulate matter, and furthermore, the accommodation opening 5 that can be made small can be easily opened and closed.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal sectional view showing an embodiment of the present invention, FIG. 2 is a perspective view thereof, and FIG. 3 is a longitudinal sectional view showing a conventional example. DESCRIPTION OF SYMBOLS 1... Cylindrical body, 1A... Cylindrical enclosure, 2... Closure plate, 4... Inclined part, 4A... Guide surface for extraction, 4B
...Accommodation guide surface, 5...Accommodation port, 6...Ejection port, 11...Sliding body, 12...Push button part, 13
...Extending portion, 16...Quantitative recess, 17...Spring.

Claims (1)

[Scope of utility model registration request] One end opening of the cylindrical body 1 is closed with a closing plate 2, and a cylindrical enclosure 1A is attached to the lower peripheral edge of the closing plate 2.
A storage opening 5 is provided on one side of the closing plate 2, and the other side of the closing plate 2 is formed into an inclined portion 4 that slopes downward from the one side horizontal portion 3. , the upper surface of the inclined portion 4 is formed as a guide surface for extraction 4A, the lower surface of the inclined portion 4 is formed as a guide surface for accommodation 4B, and the outlet 6 is formed at the end of the inclined portion 4, and A sliding body 11 is provided in the cylinder 1 so as to be slidable forward and backward, and this sliding body 11 is connected to a push button portion 12 located at the other end opening of the cylinder 1, and from this push button portion 12 to the closing plate. Outlet 6 provided in 2
The tip of the extending portion 13 extends up to the point where the tip always closes the outlet 6 and the tip enters and exits from the outlet 6 when the sliding body 11 moves back and forth. A metering recess 16 is provided in which the content in the cylinder 1 is quantitatively accommodated, and the sliding body 11 is retracted so that the push button part 12 protrudes from the opening at the other end of the cylinder 1. The quantitative dispensing container is biased by a spring 17 so that the quantitative concave portion 16 is retracted into the dispensing port 6.