JP2013086872A - Fixed-quantity powder container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fixed-quantity or small-amount powder container having a plurality of mechanisms capable of feeding a small amount of powder, particles, or the like in the case that a required amount of content is used or no content measurement is required and further capable of selecting a large size measurement chamber I or a small size measurement chamber II as required in the case that a fixed quantity of content is demanded.SOLUTION: There is the fixed-quantity or small-amount powder container having the plurality of mechanisms, wherein in order to feed content through a plurality of large and small measurement chambers I, II and small-amount powder feed holes 4 in the fixed-quantity container, a required amount of content can be selected by operating a rotatable disk-shaped rotary disk C provided with common openings 10 for feeding powder to inner positions concentric with measurement chambers I, II within the container and small-amount powder feed openings 11 for feeding a small amount of content to inner positions concentric with positions of the small-amount powder feed holes 4.

Description

  The present invention relates to a metering container attached to a container.

In the cap attached to the container, there is a case where a quantitative cap capable of quantitative determination is applied in order to discharge a predetermined amount of powder from the container (for example, see Patent Document 1).
In such a metering container, a predetermined amount of powder is temporarily stored in the measuring chamber, and then the stored powder is discharged, whereby a predetermined amount can be discharged.
This conventional metering container is limited to a fixed amount of powder that is required for discharge, and is not limited to contents that have no fuzziness and limit the required amount.
JP-A-11-70956

Problems to be solved by the invention

  In consideration of the above facts, the present invention is provided with a plurality of measuring chambers for storing the amount of powder necessary for discharge, or when a metering is unnecessary, a powder hole is provided and a plurality of functions corresponding to the required amount are installed. It is an object to provide a quantitative and dispensing container that can discharge sewage.

Means for solving the problem

  The metering container according to the first aspect of the present invention includes a measuring unit having a large measuring chamber I in which powder in the container is stored when the container is inverted, and a small symmetrically toward the opposite side of the measuring chamber I. Both measuring chambers are equipped with a spindle shape that is divided into four parts on the left and right and up and down, and the inside is hollow and has a suspended state, and a discharge hole that can be dispensed when the contents do not need to be measured Is formed between the measuring chamber I and the measuring chamber II, and can be adapted to the situation of the necessary amount that can be aligned with the large, small or small discharge holes of the measuring chamber according to the necessary amount. The container is also equipped with a powder metering mechanism and a dispensing mechanism with large and small measuring chambers.

In order to discharge the powder in the previous container from the plurality of measuring chambers and the dedicated dispensing hole, the measuring chambers I and II in the container are provided with a common opening 10 for discharging the powder and a dispensing opening 11 that can be dispensed. In order to select the opening, it can be rotated and adjusted to the upper surface of the measuring chamber I, II or the position where the dispensing hole can be formed according to the required amount in a rotatable disk shape.
The disk-shaped rotating disk C of the previous period is provided with a knob 12 integrally formed in a convex shape along the right and left from the center of the disk. Alternatively, it is a container having a plurality of mechanisms characterized in that a small stopper can be aligned and discharged, and if further dispensing is required, it can be used in accordance with 11 dispensing holes.

In FIG. 1, the dotted line portions shown in the plan view of the turntable C in a state where the opening holes of the cradle B are completely sealed are the opening holes of the cradle B. FIG. 2 and FIG. 3 show the stopper mechanism shown in FIG. 2 and the position where the convex stopper 13 of the turntable C shown in FIG. is.
The structure is such that when the position of the convex stopper 13 is engaged other than the concave stoppers 14a, 14b and 14c shown in FIG. In order to prevent this, the rotation is hard during operation. To prevent this, the stopper slit part 13a is slightly larger than the width of the convex part inside the protrusion. The notch part 13b insertion stopper part 13 is made into a hinge structure, and the action of moving it toward the inside works and there is no resistance so that it can rotate smoothly.
The position of each stopper portion is a container having a plurality of mechanisms such that a large amount is obtained when fitted to the concave stopper 14a, a small amount is obtained when fitted to the concave stopper 14c, and all openings are closed when fitted to the concave stopper 14b. is there.

  As for the swing-out operation, the first operation is not performed in the measurement chamber. However, when the container is inverted from the second time, the contents accumulated in the measurement chamber are discharged. Next, the function that the same amount remains in the quantitative chamber for the purpose of swinging out is a structure of a rotating plate A that partitions the central portion of the measuring chamber, and is divided into half of the measuring chamber so that the concentric cylindrical plate 15 hangs down. In the inverted state, the contents fall from the measuring chamber opening 5 and enter the chamber from the center of the partitioned measuring chamber, and then return to the upright state and then have a partitioned opening. It is a container having a structure in which it is kept in a state where it has moved and accumulated in the outer chamber and is always discharged from the opening 10 after the second operation.

Effect of the invention

  As described above, the metering container of the present invention is formed between the measuring chamber I and the measuring chamber II with a large and small plural volume chamber and a discharge port that can be dispensed when the contents do not need to be measured. It is a container equipped with a powder metering mechanism with multiple mechanisms and a dispensing mechanism characterized by being able to adjust the position to the large, small or small outlet of the measuring chamber according to the required amount and depending on the content of the usage amount is there.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 is a plan view showing a container equipped with a quantitative mechanism and a dispensing mechanism according to an embodiment of the present invention, and a partially omitted front sectional view. FIG. 2 is a plan view, a partially omitted front full sectional view, a bottom view, and a cross-sectional view taken along line AA of the cradle B with the turntable removed. 3 is a plan view of the rotating disk C, a front view left half sectional view and a bottom view. FIG. 4 is a front sectional view and a bottom view in which the discharging operation shown in FIG. FIG. 5 is a plan view and a partially omitted front full sectional view when the opening of the rotating disk is set to open in the metering chamber (I) from the closed state of FIG. 1 and when it is returned to the established state shown in FIG. It is. 6 is a plan view of the start of use in which the opening of the rotating plate shown in FIG. 1 is set in the metering chamber (II) and a partially omitted front sectional view. 7 is a plan view of the start of use in which the opening of the rotating disk shown in FIG. 1 is set as a small outlet, and a partially omitted front sectional view.

An embodiment of a metering container in the present invention will be described with reference to the drawings.
An outward flange portion 1a and an upper end surface 2 in which a saucer-like cradle B fitted to the inner peripheral wall surface of the container 1 shown in FIG. And a measuring unit having a large measuring chamber I in which powder is accumulated on the inner wall of the measuring container A, and a small measuring chamber II symmetrically on the opposite side to the measuring chamber I. Both of the measuring chambers have a spindle shape divided into left and right and up and down, and are hollow and have a hanging state. Further, a discharge hole 4 is formed between the measuring chamber I and the measuring chamber II so that a small amount can be dispensed when the contents are not required to be measured.

In order to discharge from the plurality of measuring chambers I and II in the previous quantitative container and the small discharge hole 4 shown in FIG. 2, the common opening 10 for discharging powder to a concentric inner position with the measuring chambers I and II in the container. And a rotating disc C having a rotatable opening 11 provided with a dispensing opening 11 that can be dispensed into a position concentrically with the position of the dispensing-dedicated hole 4, and in use, the rotating plate C is in use of the common opening 10. The dispensing hole 11 that can be set in the measuring chambers I and II according to the required amount can be dispensed according to the discharge hole 4.
In order to discharge, to set the position of the required amount by rotating operation, the convex linear rotating knob 12 integrated along the line from the disk-shaped center of the rotating plate C is rotated to the specified position. However, it is a container equipped with a plurality of mechanisms that can be positioned and selected for the large, small, or small discharge holes of the weighing chamber according to the designated position.
Fig. 4 shows the discharge operation of the measurement chamber I related to the use of discharge according to the measurement chamber 1. First, the container is turned upside down, but the first swing operation does not discharge outside as long as it accumulates in the measurement chamber ( (Continuous discharge from the second time) When the container is returned to the upright state, a certain amount accumulates in the measuring chamber, and when the second discharge operation is performed, a certain amount of the contents accumulated in the quantitation chamber is discharged and at the same time the first operation Similarly, it can be used continuously after accumulating in the measuring chamber.

Next, the operation of the above embodiment will be described.
The mechanism will be explained with reference to the drawing shown in FIG. 4. The contents of the container 1 enter the weighing chamber shown in FIG. A concentric cylindrical plate 15 hangs down from a position in front of the opening 10 of the turntable C with a plate that divides the opening 5 and the central portion, and the position of the opening lower portion 5a of the opening 5 is a cylindrical plate lower portion 15a. In the inverted state shown in FIG. 4, the opening lower portion 5a is positioned on the cylindrical plate lower portion 15a, and the contents are partitioned by the cylindrical plate 15 when the discharge is inverted. The lower portion of the opening 5a that is unnecessarily discharged during the inverted state without exceeding the position of the opening 15a is the inverted position of the tube plate lower portion 15a. Higher than 5a. If this state 15a is formed, the contents are always stopped at the hanging position cylinder plate 15 by an inverted discharge operation.
FIG. 5 is a diagram showing the container returned to the established state. When the container is returned to the upright position, the contents stopped on the cylinder plate 15 naturally fall onto the jaw portion 6a of the quadrant spindle-shaped measuring chamber I part. The position of 6a is 6a, and its shape is formed into a semi bowl-shaped jaw shape.

The drawing shown in FIG. 1 is a position diagram of the rotating disk C that completely seals each opening hole of the cradle B. The dotted line portions are each opening hole of the cradle. 2 and FIG. 3 explains the mechanism relating to the stopper mechanism. The rotating disk C shown in FIG. 3 has the stopper state when the common opening 10 of the measuring chamber is aligned with the measuring chamber I. The operation shown in FIG. 3 is rotated 60 degrees clockwise from the closed state in FIG. I, the stopper position shown in FIG. 2 is received and the convex stopper 13 shown in FIG. When the measuring chamber small II is combined, if it is rotated 120 degrees from the counterclockwise direction from the closed state of FIG. I, the stopper position shown in FIG. The state shown in FIG. In order to prevent the structure from being difficult to rotate because the diameter is larger than the fitting position of the cradle part and there is resistance when the structure is engaged at a position other than the convex shape stopper position, the rotating disk of FIG. A slit 13a slightly larger than the width of the convex portion is formed on the inner side of the projection 13 shown in the figure. Further, the notch 13b insertion stopper portion 12 is also hinged on the outer diameter side of the convex portion, and the action of bringing the stopper portion 12 inwardly acts to eliminate resistance. Smooth rotation is possible.
FIG. 7 is a view showing the positioning of the opening 11 for dispensing, and the amount adjustment is performed as a visual adjustment in a free state in which the preferred opening area is set by making the rotating plate transparent without providing a stopper. Thus, it is a container provided with having a plurality of mechanisms having fuzzy properties.

Industrial applicability

The measuring cap of the present invention can be dispensed when the contents use a predetermined amount of powder, granules, etc., and when the contents are not required to be metered. A metering or dispensing container with multiple mechanisms that can be used.
It can be widely used in general household laundry products, bath preparations, foods, chemicals, etc., powders and granules according to the required amount. In addition, it is possible to use a fast food store with a predetermined amount of toppings for business use.

These are the top view of the closed state before use which shows the powder measuring cap concerning the embodiment of the present invention, and a partially omitted front sectional view. These are the AA arrow sectional drawing of the cradle B before winding tightening which deleted the rotary disk C of FIG. These are a plan view and a front half sectional view of the rotating disk C. FIG. These are a front sectional view and a bottom view of the ejecting operation shown in FIG. FIG. 5 is a plan view and a partially omitted front cross-sectional view of the opening of the turntable from the closed state shown in FIG. . FIG. 2 is a partially omitted front cross-sectional view and a plan view before use in which the opening is fitted to the measuring chamber I shown in FIG. 1. It is. FIG. 2 is a partially omitted front cross-sectional view and a plan view taken along the line B-B before use in alignment with the dispensing hole shown in FIG. 1.

A Metering container B Receiving base C Turntable I Measuring chamber large II Measuring chamber small 1 Container 1a Frenzy 2 Upper end 3 Glasses lid 4 Discharge hole 5 Opening 5a Opening lower 6 Reservoir 6a Jaw 6b Inclination 10 Common opening 11 Small out Opening part 12 Rotating knob 13 Convex stopper part 13a Stopper slit part 13b Convex stopper part cutting part 14a Concave stopper part opening 14b Concave stopper part closing 14c Concave stopper part opening small 15 Cylinder plate 15a Cylinder plate lower part

Claims (4)

  A weighing unit that is attached to a container, forms a dedicated discharge path for the powder in the container, and has a large weighing chamber I in which the powder in the container is accumulated when the container is inverted, and its weighing A small measuring chamber II is provided symmetrically on the opposite side to the chamber I. Both measuring chambers have a spindle-shaped hollow shape divided into four parts on the left and right and up and down, and do not measure the contents. A powder and granule metering cap, characterized in that a dispensing hole capable of dispensing when necessary is formed between the measuring chamber I and the measuring chamber II and can be used in various usage situations.   A disk-shaped rotating disk provided with an opening for discharging powder into the measuring chambers I and II in the container, a hole for discharging the powder, and an opening interlocked with the opening is formed on the upper surface of the discharge hole where the measuring chamber and the discharging hole can be formed. The disk-shaped rotating disk of the previous term is integrated on the upper surface of the knob part that is easy to rotate, and can be adjusted to the large, small or small discharge outlet of the measuring chamber according to the required amount by operating the knob part. The quantitative cap according to claim 1.   A stopper is formed at a position where the opening of the measuring chambers I and II and the dispensing discharge hole are completely closed at the outer position of the rotating body fitted with the rotating disk formed in the container in the measuring chamber. The stopper has a concave shape on the weighing chamber side and a convex shape on the turntable side. The measuring chamber I position is also formed at the positions of 120 degrees on the left side and 60 degrees on the right side from the closed state. Is opened for 60 degrees on the right side, and the weighing chamber II position is formed to be opened for 120 degrees on the left side. In order to adjust the alignment amount of the dispensing hole, a stopper is not provided, and the rotating disk is made transparent to set a preferred opening area, which is set as a visual adjustment. The powder metering container according to claim 1 or 2, which can be set to an open / closed position completely in the large and small measuring chambers in conjunction with the concave / convex shape stopper position. The tube plate formed so as to hang down from the center of the previous period rotating body to the position before the opening of the previous period from the center of the previous period rotating body is concentric with the rotating plate. 4. A powder metering container according to claim 1, wherein a groove is formed in II at the same position as the cylindrical plate.

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