KR200232018Y1 - Container for storing away fluidity material - Google Patents

Abstract

The present invention relates to a storage container capable of storing a fluid material that is easily decayed, discolored, or solidified by contact with air, without being in contact with air. A variable container whose volume varies according to; A housing accommodating the variable container; An inlet pipe installed in the housing for injecting a fluid into the variable container; And an outlet pipe installed in the housing to discharge the fluid from the variable container.

Description

Container for storing away fluidity material

The present invention relates to a storage container that can be stored in a state of contact with the air, such as liquid foods, various oils, papering bead, adhesive, etc., which is easily decayed or discolored, solidified by contact with air.

Figure 1 of the accompanying drawings schematically shows a conventional ripple storage container, among the conventional storage containers provided for storing the flow material.

In the figure, the storage container is composed of a receiving portion 21 for holding wheat grass (flour paste or rice flour paste) and a lid 22 for covering an upper opening of the receiving portion.

By the way, when storing the wheat grass in the storage container of the above configuration, when the wheat grass is taken out from the storage container or used up, or when the new wheat grass is filled up after being used up, the wheat grass is likely to rot in contact with air. In particular, since the work is carried out with a full-coating operation in a state where the lid of the storage container is completely opened, there is a higher possibility of the crushing of the wax. Once, the wheat grass is decayed in contact with the air, bubbles are generated in the interior, the volume increases, and in severe cases, the wheat grass overflows from the bucket-shaped receiving portion.

On the other hand, although the decayed grass and the grass wearing the East Sea are specified in the standard construction standard, the cost of construction will increase when discarding the deteriorated grass and using the new one. I often ignore the rules of work. Like this, when using a decayed grass, the wallpaper attached to the wall is not only easy to fall off, but also mold is generated on this area, and the paper is re-evaporated. However, since these problems occur after a certain period of time from the working day, The same problem is happening repeatedly every time.

Therefore, in view of such a point, it is urgently needed to develop a method or a device which blocks the wheat grass from the air so that it can be taken out and used only as much as necessary during the full-coating operation.

On the other hand, since various storage containers made of refillable fluids have the same inlet and outlet for refilling the fluids, they cannot structurally prevent contact with air. For this reason, the conventional storage container has a disadvantage that the contents can not be stored in a good state.

The object of the present invention is to provide a storage container which can store, for example, a fluid material such as wheat grass without being in contact with air, and also can be taken out at a time only necessary amount.

1 is a schematic view showing a conventional straw storage container.

Figure 2 shows an embodiment of a fluid storage container according to the present invention.

Figure 3 shows another embodiment of the fluid storage container according to the present invention.

[Description of Drawing Reference]

1 ... housing, 2 ... inlet,

3 ... outlet, 4 ... backflow prevention member,

5 ... variable containers, 6A, 6B, 6C ...

7 ... steel belt, 8 ... inflow pipe,

9 ... outlet, 17 ... vent,

V ... flow control valve.

In the present invention, to achieve the above object, the variable volume of the volume varies depending on the filling amount of the flow material; An inlet for injecting a fluid into the variable vessel; It proposes a storage container comprising a; outlet for discharging the flow material from the variable container.

According to the above configuration, the fluid can be injected and stored in the variable container through the inlet without being in contact with the air, and the fluid can be drawn out through the outlet whenever necessary, so that the fluid can be contacted with the air. This may prevent the fluid from being rotted or solidified.

In addition, the present invention proposes a storage container in which the inlet tube and the outlet tube penetrate the wall surface and have the variable container embedded therein so as to couple the inlet and outlet to the inlet and outlet tubes of the housing, respectively.

According to this configuration, since the housing is prevented by the housing such as the tearing of the variable container or the rupture of the variable container due to excessive injection of the flow material, the durability is improved.

In addition, by providing a backflow preventing member such as a check valve in the inlet pipe, it is possible to prevent the backflow of the flowable material that may occur when filling the flowable material in the variable container.

In addition, by installing a flow control valve on the outlet of the pipe connected to the outlet of the variable container, it proposes a storage container that can be easily taken out and used only the amount required by the user.

Hereinafter, with reference to the accompanying drawings, the configuration, operation and function of the preferred embodiment of the storage container according to the present invention will be described.

Figure 2 of the accompanying drawings shows an embodiment of a storage container according to the present invention.

In the drawing, the inlet 2, the outlet 3, and the vent 17 are integrally formed on the wall surface of the variable container 5, the volume of which varies according to the filling amount of the flow material, and the terminal portion thereof has a predetermined Opening and closing members 6A, 6B, and 6C are provided, respectively.

In the present embodiment, the variable container (5) is in the form of bellows (bellows) obtained by blow molding the plastic, the inlet (2) and the vent (17) formed on the outer peripheral surface of the upper and lower surfaces of the variable container, respectively The outlet 3 is integrally projected and molded. In addition, the terminal portions of the inlet port 2, the outlet port 3, and the vent 17 are respectively detachably filled with plug-type opening / closing members 6A, 6B, and 6C, each of which has a threaded portion formed therein.

Accordingly, when the stopper is removed from the inlet provided at the upper end of the variable container 5 and then connected to the supply pipe (not shown) of the supply tank, a flow material such as, for example, wheatgrass is supplied to the supply pipe of the supply tank and the inlet. Through the flow into the variable container is filled with.

In this state, when the flow material continues to flow into the variable container, the volume of the variable container 5 increases in proportion to the filling amount of the fluid, and in this process, the air remaining in the variable container is caused by the fluid. It is pushed upward and discharged out through the vent 17.

When the remaining air inside the variable container is completely vented in this way, the inlet opening 2 and the vent 17 are blocked by a closure type opening member 6A, 6C to prevent contact with air.

On the other hand, when removing the fluid substance stored in the said variable container, it is good to release the stopper opening-and-closing member 6B from the outlet 3 formed in the lower surface of the variable container, and let the said fluid substance discharge by self weight.

The storage container of the first embodiment of the present invention, which is configured as described above, may be, for example, deformed in a bellows-type variable container into a balloon of rubber material, when the variable container is provided in a balloon of rubber material, In consideration of the coupling with the opening and closing member, the outlet and the inlet are preferably short pipes made of plastic. At this time, it is preferable to fix these coupling portions with, for example, steel belts, so that these pipes and the variable container do not separate when the fluid is filled.

On the other hand, if the variable container in the form of a rubber balloon as described above, there is no need to vent, but if there is no vent to open the outlet when injecting the flow material to allow the remaining air inside the variable container to be vented through the outlet. do.

Further, by providing a non-return member such as a check valve in the inlet, for example, in the storage container of the first embodiment, it is possible to prevent air from flowing into the variable container even when the opening / closing member is released from the inlet. . In addition, by installing a flow control valve in the outlet, it is possible to easily control the discharge of the flow material.

Figure 3 shows another embodiment of a storage container according to the present invention.

As shown in the drawing, the storage container of the present embodiment includes: a variable container whose volume varies according to the filling amount of the flow material; A housing accommodating the variable container; An inlet pipe installed in the housing for injecting a fluid into the variable container; An outlet pipe installed in the housing for discharging the flow material from the variable container; Then, it is configured to include a closure type opening and closing member (6A, 6B) for opening and closing the inlet pipe (8) and the outlet pipe (9).

Of the above components, the housing serves to prevent the variable container from being ruptured by excessive volume expansion by limiting the maximum expansion volume of the variable container contained therein, and at the same time the variable by the protrusion having a sharp end portion. It does not puncture or tear the container. In view of this, it is preferable that the housing is made of a relatively hard plastic material, and in particular, when the housing is transparent, the volume change of the variable container accommodated therein can be observed, so that the filling time of the fluid can be easily filled. I can figure it out.

On the other hand, the variable container 5 of the above components, as described above may be in the form of a bellows, but may be in the form of a fully inflatable balloon as shown in this embodiment.

In this case, the inlets and outlets formed integrally with the variable container are extrapolated to the inlet tube 8 and the outlet tube 9 provided on the wall of the housing, respectively, and then the connection portions thereof are connected to the steel belts 7 or the like. It is necessary to fix them by means of members so that, when filling the fluids, they are not disassembled.

In addition, it is preferable to install a backflow prevention member 4 such as a check valve on the inlet pipe to prevent backflow of the flowable material which may occur when filling the flowable material in the variable container. In this case, the opening / closing member 6A is not necessary.

In addition, by installing the flow rate control valve (V) in the outlet pipe, it is possible to quickly take out only the amount required by the user.

When the fluid is filled in the storage container of the second embodiment configured as described above, the flow control valve provided on the conduit of the outlet pipe is opened so that the remaining air stagnated in the variable container is removed from the fluid. It is desirable to vent out through the flow control valve during charging.

On the other hand, when the outlet pipe is installed at a point lower than the inlet pipe as in the present embodiment, for example, when the outlet pipe is installed on the bottom (lower surface) of the housing and the inlet pipe is installed on the upper surface of the housing Although the fluids are smoothly discharged out by the gravity of the fluid and the contraction force of the variable container, they are not easily discharged when their installation position is reversed or when the outlet pipe is installed in the horizontal direction on the ground. do.

In such a case, by installing a pressurizing means in the housing, for example, by installing a pressurizing means consisting of a push bar which is raised and lowered through the upper surface of the housing and a pressing plate mounted on the lower surface thereof, the fluid substance stored in the variable container is stored. It may be to be smoothly discharged by the pressing action of the pressing means.

In addition, by installing a heat insulating material such as styrofoam (trade name) in the housing, it is possible to prevent the fluid from being damaged by the sea, or to provide a handle to the housing or the variable container to facilitate transportation.

According to the fluid storage container of the present invention configured as described above, through the inlet formed on one side of the variable container or through the inlet pipe of the housing connected to the inlet filling the fluid into the variable container and thus stored Since a proper amount of the fluid can be drawn out through the outlet or the outlet pipe whenever necessary, the fluid can be prevented from spoiling or solidifying due to contact with air.

In particular, the flow rate control valve installed on the pipe of the outflow pipe has the advantage that it is easy to use because it allows the user to take out and use the flow material stored in the variable container by the amount required by the user at any time.

In addition, the housing that accommodates the variable container is characterized by increasing the durability by preventing the tear or tear of the variable container.

In addition, according to the backflow prevention member installed on the inlet pipe, it is possible to prevent the backflow of the flow material that can be generated when filling the flow material in the variable vessel.

Claims (5)

A variable container whose volume changes in accordance with the filling amount of the fluid; An inlet for injecting a fluid into the variable vessel; An outlet for discharging the fluid from the variable container; A fluid storage container characterized in that it comprises a. The method of claim 1, The variable container is accommodated in the housing, the inlet is coupled to the inlet pipe installed in the housing, the outlet is a fluid storage container, characterized in that configured to be coupled to the outlet pipe installed in the housing. 3. The fluid storage container according to claim 2, wherein a backflow preventing member is installed on the inlet pipe to prevent a backflow of the fluid. 3. The fluid storage container according to claim 2, wherein a flow control valve is installed on a pipe of the outlet pipe to control the discharge of the fluid. The method according to any one of claims 2 to 4, Fluidized material container, characterized in that the opening and closing member is detachably installed in the terminal portion of the inlet and outlet pipes.