KR200261754Y1 - A vessel discharging contents when press side of vessel. - Google Patents

Abstract

This proposal is designed to be easily followed by pressing the side of the container holding a thick liquid, such as shampoo or cosmetics, regardless of the residual.

Description

{A vessel discharging contents when press side of vessel.}

The present invention is a field related to a container that can easily follow a thick liquid, the prior art is a conventional technology that allows the lid to follow the contents of the container by making the lid like a small pump as shown in Figure 2 .

This proposal is not intended to follow the contents by pressing the lid of the container as in the prior art above, but to follow the contents by pressing the side holding the container with one hand and the technical problem is the proper elasticity of the container body (4). And therefore the immediate opening and closing of the valve (1 or 5) would be problematic.

1 is a perspective view of a conventional container adapted to press the lid.

Figure 2 is an interior view of a conventional container lid portion.

3 is a perspective view of a container of the present design.

4 is a perspective view of the main body container body.

5 is a perspective view of the lid portion of the present invention.

6 is a schematic view showing the degree of depression of the main body according to the amount of the contents.

7 is an enlarged perspective view of the valve;

8 is the contents leak prevention cap.

<Explanation of symbols on the main parts of the drawings>

1. Air intake valve.

2. The lid body.

3. The spout pipe.

4. Container body (lower body).

5. Blowoff valve.

6. Leakage prevention cap.

7. Content suction pipe.

8. Content suction tube inlet.

9. Spring.

10. Bearing.

As shown in Fig. 4, the present invention has a shape similar to that of a conventional container, but when the user presses the side of the container, the container body 4 is made to be easily pressed into the inside of the container, which is a dotted line portion, and then restored to its original shape, as shown in Fig. 7. The rubber valve 1 which is excellent in elasticity is completed by joining the end part of the blower pipe 3 and the lid 2 of the container which respectively inserted below this blower pipe 3.

First, look at the shape of the valve (Fig. 7).

The valve is made in a conical shape as shown in FIG. The material is made of highly elastic silicone, and the valve is placed in two places, one at the end of the discharge pipe (3) in the lid, that is, the discharge pipe valve (5) and the other at the lid body directly under the discharge pipe (3). The air inlet valve (1) is inserted into the hole of 2) to inject air. (See cross section of Fig. 6)

The contents suction pipe (7), the discharge pipe (3), the lid body (2) is made of the same body to reduce the manufacturing process.

The lower end 8 of the contents suction pipe 7 is wide like a trumpet so that the contents are easily sucked.

The container body 4 may use a variety of synthetic resins, but importantly, as shown in FIG. 4, when the user presses the container, the container should be indented to the inside dotted line to increase the pressure inside the container and eject the contents out. After being returned to its original state, it should be elastic enough to suck air into the air intake valve (1).

Then, with reference to Figure 6 looks at the process of ejecting the contents.

If the contents are filled up to the line at the top of the container body 4, the contents will come out even if the container is pressed a little, i.

Of course, when the side of the container is pressed, the air inlet valve 1 is closed and the outlet pipe valve 5 is opened so that the contents come out, and when the user removes the force applied to the container body, it is restored to the elastic force of the container body and at the same time, the outlet pipe valve (5) is closed, so that air is sucked into the container through the air intake valve (1). This is because the valve is intended to send media to only one side.

However, when the contents remain at the bottom of the container like the dotted portion of Fig. 6, the side of the container body 4 will have to be pressed more. In other words, you will have to press to the internal dotted line of the same degree.

This is an unavoidable phenomenon because air has a larger axial rate than liquid.

Therefore, the elasticity of the container body should be appropriately adjusted according to the concentration of the contents, and the elasticity of the valves (1, 5) should be appropriately adjusted accordingly.

This is because, for example, if the ejection pipe valve 5 is too loose and the elasticity of the container body is easily pressed, the contents may come out by simply holding the container. On the contrary, if the strength is too high, it will be too hard to squeeze out the contents.

As described above, the elasticity of the container body 4 and the opening / closing elastic force of the valve should be adjusted appropriately according to the concentration of the contents.

Finally, Figure 8 is to block the outlet (3) when shipped from the factory is necessary to prevent the flow of the contents during the transport.

This proposal will have a manufacturing advantage in that it is a simple structure without having a complicated structure as in the conventional case shown in FIG.

Then, the convenience is superior to the conventional container as shown in FIG.

In the case of the conventional container always have to put the container in one place, so always take two hands to the container, but in this case, the user can carry the container with one hand in front of the chest, very convenient.

This is because people's habits are more convenient to bring the container to the chest with your favorite hands.

In addition, in the case of the conventional container, the container was actually pressed by the force of the arm, but in this case, the result is the result of squeezing the contents by the grip force, which results in less power and more convenient results.

Because man's grip is not only powerful but also very precise in its control.

Claims (1)

In a container where contents with a high concentration can be easily pressed by pressing the side of the container body 4 regardless of the remaining amount of the contents, the side of the container body 4 containing the contents is elastically pressed into the container and fits the container. Of the contents suction tube 7 and the spout tube 3 connected to the contents suction tube 7 to which the lid portion 2 reaches the bottom of the container body 4 is integrated with the lid body 2. And a blower valve (5), which is a valve (Fig. 7) designed to flow the medium in one direction only at the end of the blower pipe (3), and underneath the blower pipe (3), an air intake valve (1) When the user presses the side of the container body 4, the air intake valve 1 is blocked and the pressure inside the container is increased by the pressure of the container body, and the contents are discharged to the spout pipe 3 through the content suction pipe 7. The pressing force of the container body (4) The container body (4) is returned to its original state by the elastic force of the container body, and the spout pipe valve (5) is blocked and at the same time the contents are pressed to press the side, characterized in that the air is sucked into the container through the air suction valve (1) Courage to follow.