JPH08282702A - Measuring container - Google Patents

Abstract

PURPOSE: To provide a measuring container having a cap that is constructed in a simple structure and equipped with a double function that is capable of measuring at a fixed quantity while being capable of measuring at optional quantity. CONSTITUTION: A cylindrical discharge port 21 is opened at the center of an inner stopper 20 while a sloped part 22 widening toward the downside end is provided at the lower end of the discharge port 21, and a flat part 23 extending toward the outside is provided at the lower end of the sloped part 22 while a peripheral wall 24 rising toward a position lower than the upper end of the discharge port 21 is provided at the peripheral edge of the flat part 23. A second peripheral wall 24a heading downward is provided at the outside of the peripheral wall 24. The discharge port 21 is closed with a stopper lid 25. A cap 30 formed in a section with a salient top has a top plate 31 at its center, and an inner peripheral wall 32 heading downward is provided at the peripheral edge of the top plate 31 while a flange 33 extending toward the outside is provided at the lower end of the inner peripheral wall 32, and an outer peripheral wall 34 heading downward is provided at the peripheral edge of the flange 33. A shaking-out port 35 is opened at the flange 33 while a hinged lid 36 for the shaking-out port is provided to close the shaking-out port.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a measuring container for powder detergents, bleaching powders, etc., and particularly functions for both weighing by taking out with a spoon or the like and automatic weighing by a stopper housed in the container. Relates to a weighing container equipped with.

[0002]

2. Description of the Related Art Conventionally, as a container or a cap for squeezing a certain amount of powder, for example, Japanese Utility Model Publication Sho.
A number of inventions and inventions are disclosed, including the inventions disclosed in Japanese Patent Publication No. 1-168459 and Japanese Utility Model Publication No. 1-168459.

The former is, as shown in FIG. 9, a bottomed cylindrical main body (101), a trap (103) erected on the upper end of the main body (101) so as to be inscribed, and further above it. The trap (103) has an annular flat portion (105), a cylindrical upright portion (110), and a conical shape, which are composed of an instrument (107) that is crowned in an inverted shape. An outlet (104) is provided at the upper end of the snare (112), and the instrument (107) has a conical protrusion (109) at the center of its inner surface with respect to the bottom wall (111) and a cylindrical partition ( 10
8), a large number of outlets (106) are provided on the outer periphery thereof to form a side wall (116) in a cylindrical shape, and the outer diameter of the partition wall (108) of the instrument (107) is the cylindrical standing portion () of the trap (103). 110) configured to be smaller than the outer diameter of the instrument (107)
In the partition wall (108) of the trap (103), the volume of the place (A) where the powder flows out from the outflow port (104) of the trap (103) and accumulates is defined as the outside of the tubular standing portion (110) of the trap (103). This is a powdery quantitative container constituted so as to be smaller than the volume of the small chamber (B) formed between the annular flat portion (105) and the inner surface of the side wall (116) of the instrument (107).

As for the latter, as shown in FIG. 10, the cap (201) has a mouth (202) of the container body (202).
a bottomed cylindrical cap body (203) screwed to a);
A lid (2) fitted on the upper surface of the cap body (203)
04) and the lower surface of the lid body (204) has a blowout hole (20) of the cap body (203) in the closed state.
A plug body (216) adapted to fit in 6) is projected.

At the mouth (202a) of the container body (202), a straight outer cylindrical portion (217a) which is in close contact with the inner surface of the lid (204) and a measuring tubular body (20) of the lid (204).
5) A truncated cone-shaped inner cylinder part (2
17b) a receiving member (217) integrally connected to
Is a cap which has a structure in which is fitted and tightened and fixed to the container body (202) by the lid body (204).

In the above structure, the container body (202)
When the lid is upside down and shaken up and down and then returned to the original posture, the contents that have entered the weighing cylinder (205) are formed by the receiving member (217) having a truncated cone shape. (Not shown) is received in the annular recess of the receiving member (217), and if the lid (204) is opened, the contents can be shaken out by a certain amount.

However, both the former and latter devices have complicated structures, and only have a function of measuring and taking out a certain amount of powdery substance. For example, a measuring tool such as a measuring cup or a measuring spoon can be used to adjust the amount. There was no weighing container that also had the function of weighing. Currently, for example, the above-mentioned quantitative measuring container is put into practical use as a container for powder detergent, but it is necessary to appropriately change the amount of detergent used depending on the amount of laundry, the amount of water used, etc. For example, when filling a container with a powder detergent with a measuring tool such as a measuring spoon which is pillow-wrapped with a soft packaging film, it is thrown into the container at the same time.

[0008]

SUMMARY OF THE INVENTION The present invention has been made in order to eliminate the above-mentioned problems relating to a measuring container. The cap of the measuring container has a simple structure but a function capable of quantitative measurement. At the same time, it is an object of the present invention to provide a weighing container that also has a manual weighing function using a weighing tool such as a weighing cap or a measuring spoon.

[0009]

In order to achieve the above-mentioned object, the present invention, in the first aspect of the present invention, comprises a container body, an inner stopper fitted to the upper end of the container body, and a cap above the container body. The inner plug has a cylindrical discharge port opened at substantially the center thereof, and an inclined portion that spreads downward from the lower end edge of the discharge port is provided at the lower end of the inclined portion. A flat portion is provided outward from the edge, and a peripheral wall is hung downward from a peripheral edge of the flat portion to a position lower than the upper end of the discharge port. A second peripheral wall is vertically provided, the discharge port is closed by a spigot lid, the cap has a convex cross-section, a top wall is provided at substantially the center, and an inner peripheral wall extends downward from a peripheral edge of the top wall. The flange portion is provided outward from the lower edge of the inner peripheral wall. An outer peripheral wall is provided so as to extend downward from a peripheral edge, a swing-out hole is opened in the collar portion, and a swing-out hinge lid is attached so as to cover the swing-out hole. To do.

According to a second aspect of the present invention, in the first aspect of the present invention, there is provided a weighing container characterized in that a cap-storing convex portion for accommodating a cap lid is provided inside a top wall of the cap. It is provided.

Further, according to a third aspect of the present invention, in the first aspect of the present invention, a large take-out hole and a drawing-out hole are opened in the top wall of the cap, and a large take-out hinge lid and a drawing-out hole for covering the taking-out large hole are provided. Provided is a swing-out hinge lid for covering a hole, a fitting protrusion is provided inside the top wall, and a measuring spoon is fitted between the fitting protrusion and the outer peripheral wall. Is.

Furthermore, in the fourth aspect of the invention, the container body, the inner stopper fitted to the upper end of the container body, the cap capped thereabove, and the cap opening are capped. The inner plug has a cylindrical outlet opening at a portion eccentric from the center, and an inclined portion that spreads downward from the lower edge of the outlet is provided. A flat part is provided outward from the lower edge of the part, and one is provided with a peripheral wall outward from the peripheral edge of the flat part, and the other is an inclined part that is inclined upward, and the upper end thereof is formed. The rim is connected to the peripheral wall, the cap has an opening above the discharge port of the inner plug, a measuring cup is attached to the opening, and the top wall on the side without the opening is a shakeout. When the hole is opened, the swing hinge lid that covers this swing hole is It is intended to provide a weighing container, characterized in that is Attach.

Still further, in the fifth invention, the container body, the measuring spoon detachably attached to the opening of the container body, the cap capped above the measuring spoon, and the cap The measuring spoon comprises a cup capped with an opening, and the measuring spoon has a closing plate that closes the opening of the container main body, leaving a communication part where the container main body and the cap communicate with each other. An inclined plate is provided, an opening is provided in the cap at a portion corresponding to the communication portion, a cup is capped at the opening, and a spout hole is provided at a portion corresponding to the closing plate. And a swing hinge lid covering the swing hole is attached, and a slope member facing the slope plate is provided below the top wall to form a passage. There is provided a weighing container to.

[0014]

As described above, according to the present invention, the cap has a convex cross-section, the top wall is provided substantially in the center, the inner peripheral wall is provided downward from the peripheral edge of the top wall, and the lower end of the inner peripheral wall is provided. The flange is provided outward from the edge, and the outer peripheral wall extends downward from the peripheral edge of the flange, so when the cap is removed from the container body and inverted, the top surrounded by the inner peripheral wall is surrounded. The wall portion serves as a measuring portion, and the cap serves as a measuring cup.

A fitting projection is provided on the inside of the top wall of the cap, and a measuring spoon is fitted between the fitting projection and the outer peripheral wall. Therefore, when the cap and the inner plug are removed from the container body, It is possible to take out the powdered detergent and the like contained in the container while measuring it with the measuring spoon fitted inside. Further, since a measuring cup is attached to the cap opening, when the measuring cup is removed and inverted, the portion surrounded by the peripheral wall of the top wall serves as a measuring portion, tilts the container body and flows out from the discharge port. It is possible to take out stored items such as powder detergent while measuring.

Furthermore, since the cap storage convex portion is provided on the inside of the top wall of the cap, the cap lid can be stored inside the cap after use, and the cap lid is left behind and missing. The discharge port can be easily closed as needed.

[0017]

The present invention will be described in detail with reference to the following examples. <Example 1> This is an example in which the cap also serves as a measuring cap. As shown in FIG. 1, the weighing container of the present invention comprises a container body (10), an inner plug (20) fitted to the upper end of the container body, and a cap (3) covered thereabove.
0) and are both manufactured from synthetic resin materials such as polyethylene and polypropylene.

The container body (10) has an opening (11) on the upper surface.
And is fitted to the lower portion of the annular peripheral wall (24) of the inner plug described later by a method such as screw fitting.

The inner plug (20) is provided with a cylindrical discharge port (21) having an open top surface at a substantially central portion thereof. An annular inclined portion (22) is provided extending downwardly from the lower end edge of the discharge port so as to widen downward. An annular flat portion (23) is provided outward from the lower edge of the annular inclined portion.

An annular peripheral wall (24) extends vertically from the peripheral edge of the annular flat portion to a position lower than the upper end of the discharge port (21). An annular second peripheral wall (24a) is vertically provided outside the annular peripheral wall. Outlet (21)
Is closed by the spout lid (25).

The doughnut-shaped portion surrounded by the annular inclined portion (22) and the annular peripheral wall (24) deposits a certain amount of powder substance when the container is inclined to take out the contained powder substance. It is a measuring unit (26).

The cap (30) has a convex cross section and is provided with a top wall (31) at substantially the center. An annular inner peripheral wall (32) is provided which extends downward from the peripheral edge of the top wall. An annular flange portion (33) is provided outward from a lower end edge of the annular inner peripheral wall (32), and an annular outer peripheral wall (34) is provided downward from a peripheral edge of the annular flange portion.

Further, a swing-out hole (35) for taking out the stored items is opened in the annular collar portion (33), and a swing-out hinge lid (36) covering the swing-out hole (35) is attached. Inside the top wall (31), there is provided a spigot housing projection (37) for housing the spigot lid (25).

When the cap (30) is detached from the container body (10) and used as a measuring cap, when the top wall (31) is used as the bottom surface, the portion surrounded by the annular inner peripheral wall (32) is a storage item. Of the measuring unit (38). The annular outer peripheral wall (34) of the cap is fitted to the upper portion of the annular peripheral wall (24) of the inner plug by a method such as undercut fitting.

The handling method of this container will be described.
When purchasing a container, if the item falls over, the contents should be the inner plug (20).
The discharge port (21) is equipped with a spigot lid (2
Since it is closed at 5), the cap (30) is removed from the container body (10) and the spout lid (25) is opened. The cap lid (25) is stored by fitting it into the plug storage convex portion (37) provided inside the top wall (31) of the cap for reuse.

The cap (30) was attached to the container body (10) and was ready for use.

The handling method for automatic weighing is as follows. That is, when the container is tilted, the powder substance such as powder detergent stored in the container body (10) is discharged into the discharge port (21).
And a certain amount is deposited on the measuring portion (26) of the inner plug (20). When the swing hinge lid (36) attached to the cap (30) is opened, the powder substance accumulated on the measuring section (26) can be taken out from the swing hole (35) to another container or the like.

By repeating this operation, it is possible to always take out a fixed amount of powdery substance from the container body (10).

The procedure for handling with a cap is as follows. That is, the cap (30) is removed from the container body (10). Removed cap (30)
Is returned to the upright state and the powder material flowing out from the discharge port (21) is deposited on the measuring portion (38) of the cap with the top wall (31) as the bottom. By repeating this operation, it is possible to always take out a fixed amount of the powdered material from the container body (10).

Example 2 This is an example in which a measuring spoon is attached to the cap. As shown in FIG. 3, the weighing container of the present invention comprises a container body (10), an inner stopper (40) fitted to the upper end of the container body, and a cap (50) covered thereover. And are manufactured from synthetic resin materials such as polyethylene and polypropylene.

The container body (10) has an opening (11) on the upper surface.
And is fitted to the annular peripheral wall (44) of the inner plug, which will be described later, by a method such as fitting.

The inner plug (40) is provided with a cylindrical discharge port (41) having an upper surface opened at a substantially central portion thereof. An annular inclined portion (42) is provided which widens downward from the lower end edge of the discharge port. An annular flat portion (43) is provided outward from the lower edge of the annular inclined portion. The annular peripheral wall (4
4) is installed vertically.

The doughnut-shaped portion surrounded by the annular inclined portion (42) and the annular peripheral wall (44) is a metering device for collecting a certain amount of the powder substance when the container is inclined to take out the stored powder substance. It is a part (46).

The cap (50) is composed of a top wall (51) and an annular outer peripheral wall (54) suspended around the periphery of the top wall. The lower end of the annular outer peripheral wall (54) is provided with a rib (55) having an internal thread (not shown) inside so as to be screwed to the outside of the opening (11) of the container body (10). Top wall (5
1) A take-out large hole (56) is provided at one end and a take-out hole (57) is provided at the other end on the opposite side, and a take-out large hole (56) that covers the take-out large hole (56) is provided. A hinge lid (56a) and a swing hinge lid (57a) covering the swing hole (57) are attached.

Inside the top wall (51), there are fitting protrusions (5
8) is provided, and a measuring spoon (59) is provided between the fitting protrusion (58) and the annular outer peripheral wall (54).
It is fitted in a state in which a) is bent.

The handling method for automatic weighing of this container and the handling method for weighing with a cap will be described. First, in the case of automatic weighing, when the container is tilted with the take-out large hinge lid (56a) side facing down, the powder substance such as powder detergent stored in the container flows out from the discharge port (41). Then, a fixed amount is deposited on the measuring section (46) in the inside plug.

When the take-out large hinge lid (56a) is opened, a certain amount of the powder material accumulated in the measuring section (46) can flow out and be transferred to another container or the like. Also,
When the container is tilted with the swing-out hinge lid (57a) side facing down, the powder substance contained in the container flows out from the discharge port (41), and a certain amount of the powder substance is stored in the measuring section (46) in the inside plug. Is deposited.

When the swing-out hinge lid (57a) is opened, a certain amount of the powder substance accumulated in the measuring section (46) can flow out and be transferred to another container or the like. in this way,
Large hole (56) and swing-out hole (57) as required
You can use the two types.

Next, when measuring with a measuring spoon, the cap (50) is removed from the container body (10). The measuring spoon (59) fitted inside the cap (50) is removed, and the contained powdery substance is weighed into the measuring spoon (59) through the discharge port (41).

Alternatively, the inner stopper (40) is attached to the container body (1
It is conceivable to remove it from 0), insert a measuring spoon (59) into the container body and scoop out the powdered material. After the work is completed, the inner stopper (40) is again attached to the container body (10)
The measuring spoon (59) on the handle (59a).
The container is returned to the initial state by bending and fitting it inside the cap (50) and attaching the cap to the container body.

<Embodiment 3> This is an example in which a separate measuring cup is provided on the cap. As shown in FIG. 5, the weighing container of the present invention comprises a container body (10), an inner stopper (60) fitted to the upper end of the container body, and a cap (70) covered thereabove. It is composed of a measuring cup (75) capped at the opening of this cap, and is made of a synthetic resin material such as polyethylene or polypropylene.

The container body (10) has an opening (11) on the upper surface.
And is fitted to the annular peripheral wall (64) of the inner plug described later by a method such as fitting.

The inner plug (60) is provided with a cylindrical discharge port (61) at a portion eccentric from the center. An annular inclined portion (62) is provided which widens downward from the lower edge of the discharge port (61). Annular slope (6
An annular flat portion (63) is provided outward from the lower edge of 2).

As for the peripheral edge of the annular flat portion (63), the annular peripheral wall (64) is hung vertically upward in the portion where the flat portion is short, and the inclined portion where the long flat portion is inclined upward. (65) and its upper edge is an annular peripheral wall (6
4). Annular inclined part (62) and annular peripheral wall (64) or annular inclined part (62) and inclined part (65)
The donut-shaped part sandwiched between and is the weighing part (6
6).

The cap (70) is composed of a top wall (71) and a peripheral wall (72) provided so as to hang down from the peripheral edge of the top wall (71), and is opened above the outlet (61) of the inner plug. A section (73) is provided. An edge of the opening (73) is surrounded by a lid peripheral wall (74), and a measuring cup (75) is attached to the opening (73).

The measuring cup (75) has a flat top wall (7
5a) and the peripheral wall (7) hanging from the peripheral edge of the top wall (75a).
5b) and a rib (75c) which is attached to the peripheral wall of the lid suspended from the lower end of the peripheral wall (75b) by, for example, screwing. A swing-out hole (76) is opened in the top wall (71) without the opening (73), and the swing-out hinge lid (76a) covers the swing-out hole (76).
Is provided.

The handling method for automatic weighing of this container and the handling method for weighing using a measuring cup will be described. First, in the case of automatic weighing, when the container is tilted with the side where the swing-out hole (76) is open facing down, the powder substance such as powder detergent stored in the container is discharged through the discharge port (61). ), And the measuring part (6
A certain amount is deposited in 6).

When the swing-out hinge lid (76a) is opened, a certain amount of the powder substance accumulated in the measuring section (66) flows out and can be transferred to another container or the like.

Next, when measuring with the measuring cup (75), the measuring cup (75) mounted on the cap (70) is removed. Removed measuring cup (7
5) is returned to the upright state, and the top wall (75a) is used as the bottom, and the powder substance flowing out from the discharge port (61) is deposited on the measuring cup (75). By repeating this operation,
It is possible to always take out a fixed amount of powder from the container body (10).

<Embodiment 4> This is an example in which a measuring spoon and a cup are provided in a container. As shown in FIG. 7, the weighing container of the present invention comprises a container body (10) and an opening (1) of the container body.
1) A measuring spoon (8
5) and a cap (9) capped above the measuring spoon
0) and a cup (92) capped in the opening (91) of the cap, both of which are made of a synthetic resin material such as polyethylene or polypropylene.

The container body (10) has an opening (11) on the upper surface.
And is fitted to the annular peripheral wall (94) of the cap described later by a method such as fitting.

The measuring spoon (85) is detachably attached to the container body. The measuring spoon (85) has a closing plate (86) for closing the opening (11) of the container body, leaving a communication part (12) for communicating the container body (10) and the cap (90), and a peripheral edge of the closing plate. An inclined plate (87) is provided upright on the.

The cap (90) is composed of a top wall (93) and an annular peripheral wall (94) suspended from the peripheral edge of the top wall. The cap (90) is provided at a portion of the top wall corresponding to the communicating portion (12). The opening (91) is provided and the opening (91) is provided.
The cup (92) is crowned. At a portion corresponding to the closing plate (86), a top wall (9) having a blowout hole (95) is provided.
3) is provided, and a swing hinge lid (95a) covering the swing hole is attached.

Below the top wall (93), there is an inclined plate (87).
Is provided with a tilting member (96) facing to, and a passage (97) is formed when the powder substance such as powder detergent is taken out from the container body.

The handling method for automatic weighing of this container and the handling method for weighing with a measuring spoon will be described. First, in the case of automatic weighing, when the container is tilted with the side where the swing-out hole (95) is open facing down, the powder material such as powder detergent stored in the container is connected to the communicating portion (12). ), A certain amount is deposited in the measuring spoon (85) through the passage (97).

When the container is returned to its original position, the swing hinge lid (95a) is opened, and the container is tilted again, and the powder substance accumulated in the measuring spoon (85) is swung into the swing hole (95).
It can be spilled out and transferred to another container or the like. At this time, the powdered material stored in the container body is inclined plate (8
7) and the inclined member (96) are shielded from flowing out to the outside at the same time as the powder substance accumulated in the measuring spoon.

Next, in the case of measuring with a measuring spoon, the cap (90) is removed from the container body (10), and then the measuring spoon (85) is also removed and the measuring spoon (85) is opened from the opening (11). Then, the desired amount of powder is taken out. Alternatively, the cup (92) may be removed without removing the cap (90) to allow an arbitrary amount of the powder substance to flow out from the opening (91).

[0058]

As described above, according to the present invention, one cap is provided with both the function of measuring a fixed amount and the function of measuring with a manual adjustment such as a measuring cup or a measuring spoon. Moreover, it is possible to easily switch between both usages as needed, which greatly improves the usability of the user.

[Brief description of drawings]

FIG. 1 is an explanatory view of a main part shown in a cross section showing an embodiment of the present invention.

FIG. 2 is a perspective explanatory view of the same embodiment.

FIG. 3 is an explanatory view of a main part shown in a cross section showing another embodiment of the present invention.

FIG. 4 is a perspective explanatory view of the same embodiment.

FIG. 5 is an explanatory view of a main part shown in a cross section showing still another embodiment of the present invention.

FIG. 6 is a perspective explanatory view of the embodiment.

FIG. 7 is an explanatory view of a main part shown in a cross section showing still another embodiment of the present invention.

FIG. 8 is a perspective explanatory view of the embodiment.

FIG. 9 is a cross-sectional explanatory view showing a conventional example.

FIG. 10 is a cross-sectional explanatory view showing another conventional example.

[Explanation of symbols]

 10 ... container body 11 ... opening 12 ... communication part 20 ... inner plug 21 ... discharge port 22 ... annular slanted part 23 ... annular flat part 24 ... annular peripheral wall 24a ... annular second peripheral wall 25 ... Mouth cap 26 ・ ・ ・ Measuring part 30 ・ ・ ・ Cap 31 ・ ・ ・ Top wall 32 ・ ・ ・ Annular inner peripheral wall 33 ・ ・ ・ Annular flange 34 ・ ・ ・ Annular outer peripheral wall 35 ・ ・ ・ Swing hole 36 ・ ・ ・ Swing hinge lid 37 ・ ・ ・ Mouth Plug storage convex part 38 ... Measuring part 40 ... Inner plug 41 ... Exhaust port 42 ... Annular inclined part 43 ... Annular flat part 44 ... Annular peripheral wall 46 ... Measuring part 50 ... Cap 51 ... Top wall 54 ... annular peripheral wall 55 ... rib 56 ... take-out large hole 56a ... take-out large hinge lid 57 ... take-out hole 57a ... take-out hinge lid 58 ... fitting protrusion 59 ... measuring spoon 59a ... handle 60 ... middle Stopper 61 ... Discharge port 62 ... Ring Sloping part 63 ... Annular flat part 64 ... Annular peripheral wall 65 ... Inclined part 66 ... Measuring part 70 ... Cap 71 ... Top wall 72 ... Peripheral wall 73 ... Opening part 74 ... Lid peripheral wall 75 ... Measuring Cup 75a ... Top wall 75b ... Peripheral wall 75c ... Rib 76 ... Swing hole 76a ... Swing hinge lid 85 ... Measuring spoon 86 ... Closing plate 87 ... Inclined plate 90 ... Cap 91 ... Opening part 92 ... Cup 93 ... Top wall 94 ... Annular peripheral wall 95 ... Swing hole 95a ... Swing hinge lid 96 ... Inclined member 97 ... Passage 101 ... Bottom cylinder main body 103 ... Trap 104 ... Outlet 105 ... Flat part 106・ ・ ・ Exhaust port 107 ・ ・ ・ Instrument 108 ・ ・ ・ Partition wall 109 ‥ Projection 110 ・ ・ ・ Standing part 111 ‥ Bottom wall 112 ‥ Traps A ‥ Location B ‥ Small room 201 ‥ Cap 202 ‥‥‥ Instrument body 202a ‥ opening 203 ‥‥ cap body 204 ‥‥ lid 205 ‥‥ metering cylinder 206 ‥‥ shaken hole 216 ‥‥ stopper 217 ‥‥ receiving member 217a ‥ outer cylindrical portion 217b ‥ inner cylindrical portion

Claims (5)

[Claims] 1. A container body, an inner stopper fitted to an upper end of the container body, and a cap capped on the upper portion of the container body, wherein the inner stopper has a cylindrical discharge port at substantially the center thereof. An inclined portion that is opened and widens downward from the lower end edge of this discharge port is provided, and a flat portion is provided outward from the lower end edge of this inclined portion, and upward from the peripheral edge of this flat portion. A peripheral wall is erected to a position lower than the upper end of the discharge port, a second peripheral wall is hung downward on the outer side of the peripheral wall, the discharge port is closed by a spigot lid, and the cap is A cross section is convex, a top wall is provided at substantially the center, an inner peripheral wall is provided downward from a peripheral edge of the top wall, and a flange is provided outward from a lower end edge of the inner peripheral wall. An outer peripheral wall is provided so as to extend downward from the peripheral edge of the collar portion, and a blowout hole is opened in the collar portion. While it is, weighing container, characterized in that the hinge-lid shaken so as to cover the shaken hole is attached. 2. The measuring container according to claim 1, wherein a cap-storing convex portion for accommodating a cap lid is provided inside the top wall of the cap. 3. The cap has a top wall formed with a take-out large hole and a take-out hole, and a take-out large hinge lid for covering the take-out large hole and a take-out hinge lid for covering the take-out hole are attached to the top wall of the top wall. The measuring container according to claim 1, wherein a fitting projection is provided on the fitting, and a measuring spoon is fitted between the fitting projection and the outer peripheral wall. 4. A container body, an inner stopper fitted to the upper end of the container body, and a cap capped on the upper stopper.
The cap consists of a measuring cup capped on the opening, and the inner plug has a cylindrical outlet opening at a portion eccentric from the central portion, and the outlet tapers downward from the lower end edge of the outlet. A sloping sloping portion is provided, a flat portion is provided outward from the lower end edge of the sloping portion, a peripheral wall is provided outward from the peripheral edge of the flat portion, and the other is provided upward. The upper end edge of the slanting part is continuous with the peripheral wall, the cap has an opening above the outlet of the inner plug, and a measuring cup is attached to the opening. A weighing container characterized in that a swing-out hole is opened on a top wall on the other side, and a swing-out hinge lid covering the swing-out hole is attached. 5. A container body, a measuring spoon detachably attached to the opening of the container body, a cap capped above the measuring spoon, and a cup capped at the opening of the cap. The measuring spoon is provided with a closing plate that closes the opening of the container body leaving a communicating portion where the container body and the cap communicate with each other, and an inclined plate that is erected on the periphery of the closing plate. The cap is provided with an opening at a portion corresponding to the communication portion, the opening is capped with a cup, and a top wall having a blowout hole is provided at a portion corresponding to the closing plate. A weighing container is provided with a swing hinge lid that covers the swing hole, and a passage is formed below the top wall by providing an inclined member facing the inclined plate to form a passage.