JPS6016508Y2 - container - Google Patents

Description

[Detailed description of the invention] The present invention relates to a container, more specifically, a container for storing kerosene, gasoline, detergent, etc., and used when dividing the container into another container. When subdividing liquid from one container to another, there is no need for a separate funnel, and the liquid can be divided immediately without leaking, and the spout will not be opened inadvertently except when pouring. Moreover, it is an object of the present invention to provide a container which has an exceptional appearance, excellent pouring functionality, and can be appropriately stacked and stored.

Conventionally, in relatively small containers of 2 or more sizes that can be carried around when filled, such as kerosene containers or car oil pouring containers, the contents of kerosene or oil have been placed in another container. When pouring out liquid, generally a separate funnel-shaped pourer is screwed onto the spout, or a conical funnel is placed on the container to be poured. In both cases, the filling material is poured out using a separate device from the container, such as using a hose pump.

However, in this case, a separate pouring tool must be prepared each time the container is poured, which is very inconvenient if the pouring is done immediately, and there is a high risk that the pouring tool will be lost.

As a result, if a dispensing tool cannot be found, the dispensing device is injected by directly applying the dispensing spout of the container to the opening of the container to be dispensed, but this is undesirable because the liquid scatters and leaks a lot. .

Therefore, conventionally there was an inconvenience that a pouring tool had to be prepared at all times.

The present invention focuses on these points and has a completely new structure that eliminates all of these drawbacks by integrally attaching the pouring tool to the container body.The present invention is characterized by a container body having an approximately hexahedral shape. The upper surface of one side wall is diagonally cut to form a sloped convex surface through a stepped portion of the peripheral edge thereof, and a spout portion is provided protruding from the sloped convex surface, and a spout hole is provided at the top of the original stepped portion of the container. A substantially quadrangular pyramid-shaped funnel-shaped cover having an integral shape can be attached and detached so as to cover the spout portion so that four outer surfaces are flush with the top surface and three side surfaces of the container body that connect with the inclined convex surface, respectively. It will be mated with.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described according to an example shown in the drawings.

1 is a container body made of synthetic resin with a long hole 2 for a handle, and the upper surface of one side wall is cut diagonally, and a stepped portion 3 is formed on the periphery of the container body.
A slanted convex surface 4 is formed through the slanted convex surface 4, and a spout portion 6 having a thread 5 formed on the outer periphery is protrudingly provided approximately at the center of the slanted convex surface 4.

Reference numeral 7 denotes a bulging convex portion provided on each wall surface of the inclined convex surface 4, and 8 indicates a funnel-shaped four having a pouring hole 9 on the top surface that is brought into contact with the step portion 3 on the peripheral edge so as to cover the entire inclined convex surface 4. A cover unit 10 has a pyramidal shape, and numeral 10 is an inner wall of the cover unit 8 and the bulging convex portion 7
. . . shows an engagement recess formed to be removably engaged.

In addition, the cover unit 8 can be fitted into the stepped portion 3 of the container body 1,
Moreover, when they are fitted together, their outer surfaces are in a road-surface state with the top and side surfaces of the container body 1.

Reference numeral 11 indicates a cap screwed onto the spout portion 6, and reference numeral 12 indicates a knurled groove formed on the outer surface of the cover unit 8 so that the cover unit 8 can be easily picked up.

Since this embodiment has the above-mentioned configuration, when the cap 11 is normally screwed onto the spout 6 and pressed from above in the closed state as shown in FIG. The engaging recess 10 is engaged with the bulging convex part 7, and the cover 8 is externally fitted onto the container body 1 without wobbling.

Therefore, in this state, the spout portion 6 is hidden from the outside, so that the spout portion 6 will not be opened inadvertently.

Next, when dispensing the contents in the container main body 1 into the external container 13, first lift the cover unit 8 upward while grasping the knurled groove 12, and the engaging recess 1
0 and the bulging convex portion 7 is released, and the cap 11 is then unscrewed and removed.

After that, the container 13 on the side into which the removed cover unit 8 is injected
When the container body 1 is lifted and tilted from this state as shown in FIG. 2, the liquid poured out from the spout 6 flows into the cover 8 without leaking to the outside. At the same time, the injection port 1 of another container 13 is opened from the pouring hole 9.
4 into the container.

However, at the time of dispensing, since the spout 6 is provided at the position of the inclined protrusion 4 of the container body 1, if the container body 1 is tilted in the opposite direction, the stored liquid will not flow out. All of the liquid is discharged from the spout 6 along the inclined convex surface 4 without accumulating in the container body 1, so that every drop of the stored liquid can be injected.

After dispensing has been completed in this manner, the cover 8 can be fitted onto the container body 11 as shown in FIG. 1 by fitting it onto the outside.

Further, the cover unit 8 is provided along the top and side surfaces of the container main body 1 in a road-like manner, and since there are no obstacles protruding from the outer surface of the container, when a large number of containers are stored, the container They can be stored efficiently by stacking them one above the other.

In order to stabilize the positioning when placing the cover 8 on another container 13, the cover 8 is placed on top of another container 13 as shown in FIG.
A guide tube 15 may be provided protruding from the top of the tube.

Further, for the same purpose, a handle piece 16 as shown in FIG. 4 may be integrally formed with the cover unit 8 so as to be rotatable.

Furthermore, the means for attaching and detaching the cover unit 8 and the container body 1 is performed through engagement between the bulging convex portion 7 and the engaging recess 10.
In addition to this, it is also possible to screw the container through several threads, and the key is to just fit it in the step part of the container body in a detachable manner.

In addition, the force bar unit is formed so that when it is fitted to the stepped portion of the container body, its four outer surfaces are flush with the top surface and three side surfaces that connect with the slanted convex portion of the container body, respectively. It is sufficient if the structure is such that it does not interfere with stacking or the like.

FIG. 5 shows an embodiment in which the cover unit 8 also serves as a cap for the spout section 6, where 17 is an inner plug fitted into the spout section 6, and 18 is formed on the outer surface of the spout section 6. The concave portion 2 at the tip of the leg portion 19 hanging from the cover unit 8 with the engaging convex portion
It is configured to be able to be freely connected and disconnected from 0.

This embodiment has the advantage of not requiring a cap.

As mentioned above, the present invention consists of a small container with a protruding spout and a removably attached funnel-shaped cover, so when pouring, the cover must be immediately removed and the container on the side to be poured This cover acts as a funnel just by placing it on the injection port.
Therefore, it is extremely easy to pour a small amount of liquid into the container on the side to be poured, and unlike conventional methods, a separate pouring tool is not required, so there is no need to search for another pouring tool, and the liquid can be poured immediately. We have obtained a completely new effect that allows us to carry out out-of-home work.

Moreover, when dispensing, the liquid can be poured reliably without scattering or leaking, and since the spout of the container body is provided at the position of the inclined convex surface formed by diagonally cutting, the stored liquid remains inside the container body. You can pour out the entire amount without leaving a drop.

In addition, since the cover is always fitted externally to the container body, there is no risk of the cover being lost, and since the cap is also covered by the cover, there is no chance of the cap being accidentally opened. It is extremely safe and has a completely new external appearance.In particular, since the four outer surfaces of the integrated cover are flush with the top surface and three side surfaces of the container body, they can be stacked, of course. It has a special advantage that a plurality of containers can be placed adjacent to each other without forming any gaps, and suitable storage can be performed without wasting space on one side.

Furthermore, since the spout and the cap are always covered by the cover, there is no need to use a thick, hard, and expensive cap like in the past, and a thin, inexpensive, simple cap can function satisfactorily. There is.

In addition, the shape of the container body is not limited, and there is a special effect that it can be widely used for containers used for small portions of liquid contents such as kerosene, automobile oil, and detergent.

Furthermore, the overall structure is simple and can be manufactured at low cost, which provides excellent effects.

[Brief explanation of drawings]

Figure 1 shows a state in which the cover is attached to the container body, with A being a perspective view and the opening being a sectional view. FIG. 2 is a perspective view of the container showing the pouring state. FIGS. 3 and 4 are front views showing other embodiments with integrated covers. FIG. 5 is a sectional view of a main part as another embodiment. 1...Container body, 6...Spout part, 8
・・・・・・All the covers.

Claims (1)

[Scope of utility model registration request] The upper surface of one side wall of the container main body 1 having a substantially hexahedral shape is diagonally cut to form an inclined convex surface 4 through a step 3 at the peripheral edge thereof, and a spout portion 6 is provided protrudingly from the inclined convex surface 4. On the stepped portion 3 of the container body 1, a substantially quadrangular pyramid-shaped funnel-shaped cover 8 having a pouring hole 9 at the top is connected to the inclined convex surface 4 at its four outer surfaces so as to cover the spout portion 6. A container characterized by being removably fitted flush with the top surface and three side surfaces of a container body 1, respectively.