JPH0810553A - Dehumidifying vessel - Google Patents

Abstract

PURPOSE:To provide a small-sized dehumidifying vessel of simple structure capable of reducing the cost due to a decrease in the number of parts and further the production process, capable of easily replenishing a deliquescent moisture absorbent, capable of easily and smoothly discharging the deliquescent liq. and capable of being used many times. CONSTITUTION:An inner vessel 2 is placed in a vessel main body 5 and fixed by the threaded parts 2d and 5c. In this case, the communicating port 7a of the inner vessel 2 is closed by the inner face of a storage part 5a of the main body 5, and the communicating port 7b of the main body 5 is closed by the outer face of the inner vessel 2. Meanwhile, the inner vessel 2 is turned through a specified angle along the threaded parts 2d and 5c to align the communicating ports 7a and 7b, hence the part 5b of the main body 5 for storing the deliquescent liq. 3a is communicated with the outside of the main body 5 to form a deliquescent liq. discharge port, and the inside of the inner vessel 2 and the outside of the main body 5 are communicated to form a deliquescent moisture absorbent replenshing port.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dehumidifying container for dehumidifying a room, a storage or the like by using a deliquescent hygroscopic agent for repeated use.

[0002]

2. Description of the Related Art Conventionally, a dehumidifying container using a deliquescent hygroscopic agent has been widely used for the purpose of dehumidifying the inside of a push-in closet, a closet, etc. As such a dehumidifying container, for example, a moisture-permeable and water-impermeable coating is used. The container body with a closed ventilation part is divided into two stages by one saucer with multiple deliquescence solution dripping holes, and powdery, granular or granular calcium chloride / magnesium chloride deliquescent in the upper stage. There is used a structure in which a deliquescent hygroscopic agent is filled, the deliquescent hygroscopic agent absorbs air containing moisture in the atmosphere, and the deliquescent solution is dropped to the lower stage through the dropping hole and stored.

In recent years, from the viewpoint of resource reuse, waste disposal, etc., a dehumidifying container has been proposed in which the deliquescent hygroscopic agent to be consumed can be refilled and used again and again. Has been put into practical use.

For example, in Japanese Utility Model Laid-Open No. 5-33826, a deliquescent hygroscopic agent is provided at a position where a deliquescent hygroscopic agent is accommodated at a position independent of a ventilation part closed by a moisture-permeable and water-impermeable coating on a container body. The outlets and outlets of the deliquescent liquid are provided in the portions where the deliquescent liquid is stored, and the removable caps are attached to these ports so that the deliquescent hygroscopic agent can be replenished and the stored deliquescent liquid can be discharged. The container body is a dehumidifying container that can be used any number of times, or a deliquescent hygroscopic agent that also serves as a deliquescent liquid discharge port is provided at a position independent of the ventilation part blocked by the moisture-permeable and water-impermeable coating of the container body. A dehumidifying container has been proposed in which an inlet / outlet port is provided, and a removable cap that can be attached to and detached from this port is provided so that the deliquescent hygroscopic agent can be replenished and the stored deliquescent liquid can be discharged, and the container body can be used any number of times. ing.

Further, in Japanese Utility Model Laid-Open No. 6-19817,
An internal container containing a deliquescent hygroscopic agent is provided in the container body that stores the deliquescent liquid, and when the deliquescent hygroscopic agent runs out, this internal container is replaced with a new one, and the container body and other parts are reused. A dehumidifying container that can be used has been proposed. In this technique, the drainage of the deliquescent liquid inside the container body is
This is done when the internal container is removed.

[0006]

However, in the former case of the above-mentioned conventional example, since the inlet / outlet of the deliquescent hygroscopic agent and the outlet of the deliquescent liquid are provided at positions independent from the ventilation part, the storage is possible. As a dehumidifying container that is desired to be small when used in a warehouse, etc., there is a limit to miniaturization, and new parts such as a sealing cap are required, the structure becomes complicated and the number of parts increases. However, there arises a problem that the cost is disadvantageous. In addition, even if the inlet and outlet of the deliquescent moisture absorbent and the outlet of the deliquescent liquid are both used, problems such as miniaturization and an increase in the number of parts also occur, and further,
When the deliquescent liquid is discharged, the deliquescent liquid stored in the container body is made to flow again to the part where the deliquescent hygroscopic agent is stored through a net shelf, etc., so that the deliquescent liquid is discharged smoothly. There is a problem that you cannot do it.

Further, in the latter of the above-mentioned conventional examples, when the deliquescent hygroscopic agent is used up, the internal container constituting the dehumidifying container must be discarded, and therefore such an internal container is not discarded. There is a demand for a dehumidifying container that can be used any number of times simply by supplementing the deliquescent hygroscopic agent.

The present invention has been made in view of the above circumstances, can be miniaturized, has a simple structure, and can reduce the cost from the reduction of the number of parts and the manufacturing process. The dehumidifying container can be easily replenished, the deliquescent liquid can be discharged easily and smoothly, and the dehumidifying container can be used any number of times just by replenishing the deliquescent hygroscopic agent. It is intended to be provided.

[0009]

In order to achieve the above object, a dehumidifying container according to claim 1 of the present invention has an air intake portion having a moisture-permeable and water-impermeable structure and accommodates a deliquescent hygroscopic agent on the lower side. An internal container having a lower portion of the deliquescent droplet, an accommodating portion provided on an upper side for movably accommodating the internal container, and a storage portion provided below the accommodating portion for accumulating the deliquescent liquid from the internal container When the container body and the inner container are moved by a predetermined amount, the reservoir of the deliquescent liquid of the container body communicates with the outside of the container body to form a deliquescent solution discharge port, and the inside of the inner container and the container. A communication port that communicates with the outside of the body to form a replenishment port for the deliquescent hygroscopic agent is provided in the inner container and the container body.

In order to achieve the above object, the dehumidifying container according to claim 2 of the present invention has an air intake portion having a moisture-permeable and water-impermeable structure and accommodates a deliquescent hygroscopic agent, and the lower portion of the deliquescent liquid droplet is below. A container body having an internal container formed with, a storage part provided on the upper side for movably storing the internal container, and a storage part provided below the storage part for storing the deliquescent liquid from the internal container, While forming a communication port for guiding the discharge of the deliquescent liquid in the internal container and forming a communication port for replenishing the deliquescent hygroscopic agent in the internal container, a communication port of the internal container depending on the position of the internal container in the container body. Is provided with a communication port for opening.

Further, in order to achieve the above object, the dehumidification container of claim 3 of the present invention has an air intake portion of a moisture-permeable and water-impermeable structure and accommodates a deliquescent hygroscopic agent, and the lower portion of the deliquescent liquid droplet is below. A container body having an internal container formed with, a storage part provided on the upper side for movably storing the internal container, and a storage part provided below the storage part for storing the deliquescent liquid from the internal container, When the inner container is rotated and moved by a predetermined amount, the inner container and the outside of the container body are communicated with each other, and a communication port serving as a discharge port for the deliquescent liquid and a replenishment port for the deliquescent hygroscopic agent is provided. Is.

In order to achieve the above object, a dehumidifying container according to a fourth aspect of the present invention has an air intake portion having a moisture-permeable and water-impermeable structure to accommodate a deliquescent hygroscopic agent and a lower portion of the deliquescent droplets below. A container body having an internal container formed with, a storage part provided on the upper side for movably storing the internal container, and a storage part provided below the storage part for storing the deliquescent liquid from the internal container, Depending on the position of the internal container, the deliquescent liquid outlet of the container body is communicated with the reservoir of the deliquescent liquid and the outside of the container body while communicating the inside of the internal container with the outside of the container body. The deliquescent hygroscopic agent serving as a replenishing port, the deliquescent liquid discharge port for discharging only the deliquescent liquid through communication between the deliquescent liquid storage part of the container body and the outside of the container body are provided. .

[0013]

[Operation] When dehumidifying the inside or the storage of the dehumidifying container according to claim 1, air containing water enters the inner container from the air intake of the moisture-impermeable and water-impermeable structure, Contact with the deliquescent hygroscopic agent contained in the container. Then, the water in the air is absorbed by the deliquescent hygroscopic agent to form a deliquescent liquid, which is dripped from the lower part of the deliquescent droplet formed on the lower side of the internal container and stored in the storage part of the container body. By absorbing the water in this way, the deliquescent hygroscopic agent in the inner container disappears, and the deliquescent liquid stored in the reservoir of the container body is discharged and the deliquescent hygroscopic agent is newly replenished in the inner container. When performing, first, the internal container movably accommodated in the accommodating portion of the container body is moved by a predetermined amount, and the communication ports provided in the internal container and the container body are connected to each other in the communication port of the container body. The deliquescent liquid discharge port is formed by communicating the reservoir of the deliquescent liquid with the outside of the container body. At this time, the inside of the inner container is also communicated with the outside of the container body to form a replenishment port for the deliquescent hygroscopic agent. Then, after the discharge of the deliquescent liquid from the deliquescent liquid discharge port is completed, a new deliquescent hygroscopic agent is replenished from the replenishment port of the deliquescent hygroscopic agent.

Next, when dehumidifying the inside of the room or the storage with the dehumidifying container of claim 2, air containing water enters the inner container from the air intake portion of the moisture-impermeable and water-impermeable structure, Contact with the deliquescent hygroscopic agent contained in this internal container. Then, the water in the air is absorbed by the deliquescent hygroscopic agent to form a deliquescent liquid, which is dripped from the lower part of the deliquescent droplet formed on the lower side of the internal container and stored in the storage part of the container body. By absorbing the water in this way, the deliquescent hygroscopic agent in the inner container disappears, and the deliquescent liquid stored in the reservoir of the container body is discharged and the deliquescent hygroscopic agent is newly replenished in the inner container. When performing, first, the inner container movably housed in the housing portion of the container body is moved by a predetermined amount to a position where the communication port of the inner container is opened by the communication port of the container body. Then, after the deliquescent liquid is discharged from the communication port of the inner container and the communication port of the container body, a new deliquescent hygroscopic agent is replenished from the communication port of the inner container and the communication port of the container body. The deliquescent liquid is discharged smoothly by being guided by the communication port of the internal container.

Then, when dehumidifying the inside of the dehumidifying container according to the third aspect of the present invention, such as indoors and storages, air containing water enters the inner container from the air intake portion of the moisture-impermeable and water-impermeable structure. Contact with the deliquescent hygroscopic agent contained in the inner container.
Then, the water in the air is absorbed by the deliquescent hygroscopic agent to form a deliquescent liquid, which is dripped from the lower part of the deliquescent droplet formed on the lower side of the internal container and stored in the storage part of the container body. By absorbing the water in this way, the deliquescent hygroscopic agent in the inner container disappears, and the deliquescent liquid stored in the reservoir of the container body is discharged and the deliquescent hygroscopic agent is newly replenished in the inner container. When performing, first, the inner container is rotatably moved by a predetermined amount so that the inside of the inner container communicates with the outside of the container body to serve as both the deliquescent liquid discharge port and the deliquescent hygroscopic agent replenishment port. Form a communication port. Then, after discharging the deliquescent liquid from this communication port, a new deliquescent hygroscopic agent is replenished.

Further, when dehumidifying the inside of a room or a storage with the dehumidifying container of claim 4, air containing water enters the inner container from the air intake portion of the moisture-impermeable and water-impermeable structure. Contact with the deliquescent hygroscopic agent contained in the inner container. Then, the water in the air is absorbed by the deliquescent hygroscopic agent to form a deliquescent liquid, which is dripped from the lower part of the deliquescent droplet formed on the lower side of the internal container and stored in the storage part of the container body. By absorbing the water in this way, the deliquescent hygroscopic agent in the inner container disappears, and the deliquescent liquid stored in the reservoir of the container body is discharged and the deliquescent hygroscopic agent is newly replenished in the inner container. When performing, first, the internal container that is movably accommodated in the accommodating portion of the container main body, and the inside of the internal container while communicating the reservoir of the deliquescent liquid of the container main body and the outside of the container main body. It is located at a position where a replenishment port for the deliquescent hygroscopic agent is formed which communicates with the outside of the container body and also serves as a discharge port for the deliquescent liquid. Then, after the deliquescent liquid is discharged from the replenishment port of the deliquescent hygroscopic agent which also serves as a discharge port of the deliquescent liquid, a new deliquescent hygroscopic agent is replenished. In addition, when only discharging the deliquescent liquid stored in the storage part of the container body,
The inner container is located at a position where the deliquescent liquid discharge port for discharging only the deliquescent liquid is formed by connecting the deliquescent liquid storage part of the container body with the outside of the container body. Then, only the deliquescent liquid is discharged from the deliquescent liquid discharge port.

[0017]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 3 show a first embodiment of the present invention, FIG. 1 is an explanatory cross-sectional view of a main part of a dehumidifying container when discharging deliquescent liquid and replenishing a deliquescent hygroscopic agent, and FIG. 2 is dehumidifying during dehumidification Illustration of the container,
FIG. 3 is a cross-sectional explanatory view showing components of the dehumidifying container.

In these drawings, reference numeral 1 denotes a dehumidifying container, and this dehumidifying container 1 has an opening 2a serving as an air intake portion in the upper part thereof, and a granular deliquescent hygroscopic agent 3 is accommodated therein. An internal container 2 having a slit-shaped deliquescent liquid droplet lower hole 2b at the bottom as a lower portion of the deliquescent liquid droplet for dropping the deliquescent liquid 3a of the hygroscopic agent 3, and the opening 2a of the internal container 2
The moisture-permeable and water-impermeable membrane 4 that closes the inside of the container, and the inner container 2 that is opened at the upper side and is housed in the housing portion 5a that is provided on the upper side, and the deliquescent liquid 3a that is dripped from the inner container 2 is stored at the lower side. It is mainly composed of a container main body 5 which is stored in the portion 5b.

The dehumidifying container 1 is the inner container 2
Has a lid 6 for detachably covering the opening 2a, so that air containing water can enter the lid 6 through the moisture impermeable / impermeable membrane 4 into the inner container 2. Is provided with a plurality of slit-shaped ventilation holes 6a. This lid 6
Is provided for the purpose of protecting the moisture-permeable and water-impermeable film 4.

The opening 2a on the outer surface of the inner container 2
On the side, a flange portion 2c capable of contacting with the upper edge portion of the container body 5 is formed, and the lower surface of the flange portion 2c and the upper edge portion of the container body 5 are kept watertight and surely coincide with each other. It is formed in a tapered shape so that

Further, the flange portion 2 of the inner container 2
A threaded portion 2d is screwed on the outer surface below c, and a vertical groove-like communication port 7a is formed vertically from the upper side of the threaded portion 2d to the bottom surface of the internal container 2. The communication port 7a is formed in a size sufficient to replenish the deliquescent hygroscopic agent 3 in the inner container 2. In the state where the inner container 2 is housed in the housing portion 5a of the container body 5, the gap between the bottom surface of the inner container 2 formed by the communication port 7a and the inner surface of the container body 5 is the inner container. The deliquescent hygroscopic agent 3 accommodated in 2 is formed in such a size that it does not fall downward.

Further, on the outer periphery above the flange portion 2c on the outer surface of the inner container 2, there is formed a convex portion 2e which can be fitted with the concave portion 6b formed on the inner surface of the lid body 6, and the concave portion. By fitting 6b and the convex portion 2e, the lid 6 can surely close the opening 2a of the inner container 2 on the outer side of the moisture-impermeable and water-impermeable membrane 4.

In addition, the deliquescent liquid droplet pilot hole 2b prevents the granular deliquescent hygroscopic agent 3 from fully absorbing moisture to deliquesce and become smaller, and is prevented from falling to the lower side until the moisture absorbing action is almost achieved. It is formed in such a size that the deliquescent liquid 3a from the deliquescent hygroscopic agent 3 can be smoothly dropped downward.

As the deliquescent hygroscopic agent 3, calcium chloride, magnesium chloride, a mixture of calcium chloride and magnesium chloride, or the like is used.

The moisture-permeable and water-impermeable membrane 4 that closes the opening 2a of the inner container 2 is formed of a membrane or a film material that allows air containing moisture to pass through but does not pass liquid (deliquation liquid). Even if the deliquescent liquid 3a, which is welded to the upper edge of the inner container 2 and is stored inside due to the dehumidifying container 1 falling down, reaches the moisture permeable and water impermeable membrane 4, It is possible to prevent the deliquescent liquid 3a from flowing out.

On the other hand, the container body 5 is formed in a shape in which the lower side is bulged, and the inner container 2 is formed on the inner surface of the upper side.
A threaded portion 5c that is screwed into the threaded portion 2d is screwed to form a storage portion 5a of the internal container 2.

The bulged portion of the container body 5 is
The deliquescent liquid 3 having a volume sufficient to store the deliquescent liquid 3
The storage portion 5b is a and is formed so as to enhance the stability of the dehumidifying container 1 when the dehumidifying container 1 is placed.

Further, as shown in FIG. 1, a communication port 7a of the inner container 2 is provided at a side portion of the storage portion 5a of the container body 5.
Is provided with a communication port 7b capable of opening, and the communication port 7b has a size sufficient to replenish the deliquescent hygroscopic agent 3 into the internal container 2 through the communication port 7a of the internal container 2. Has been formed.

Therefore, the threaded portion 2 is attached to the container body 5.
When accommodating and fixing the internal container 2 at d and 5c (when performing normal dehumidification, etc.), the communication port 7a of the internal container 2 is located inside the accommodating portion 5a of the container body 5. On the other hand, the communication port 7b of the container body 5 is closed on the outer surface of the inner container 2. Further, when the inner container 2 is rotated by a predetermined amount along the screw portions 2d and 5c so that the communication ports 7a and 7b are aligned with each other, the reservoir portion 5b of the deliquescent liquid 3a of the container body 5 and the reservoir portion 5b are combined with each other. The deliquescent liquid discharge port is formed by communicating with the outside of the container body 5, and the replenishment port of the deliquescent hygroscopic agent 3 is formed by communicating with the inside of the internal container 2 and the outside of the container body 5.

Further, as shown in FIG. 3, the dehumidifying container 1 is
In each of the containers constituting the above, the container body 5 is formed as one component by hollow molding, and the inner container 2 and the lid 6 are formed as one component by injection molding. Can be realized less.

Therefore, when the dehumidifying container 1 is assembled, the moisture permeable and water impermeable membrane 4 is welded to the inner container 2,
The inner container 2 is housed in the housing portion 5a of the container body 5 and covered with the lid 6. Here, when shipping the dehumidifying container 1 or the like, after the internal container 2 is supplemented with a predetermined amount of the deliquescent hygroscopic agent 3 in advance, the moisture-permeable and water-impermeable membrane 4 is further attached to an aluminum sheet or the like. It is shipped with a non-breathable sheet (not shown) sealed.

Next, the operation of the embodiment having the above construction will be described. First, when dehumidifying the inside of a storage room such as a drawer and the like in the dehumidification container 1, as shown in FIG. 2, the ventilation hole 6a and the moisture permeability of the lid 6 that closes the opening 2a of the inner container 2 Air containing water penetrates into the inner container 2 through the water impermeable membrane 4 and comes into contact with the deliquescent hygroscopic agent 3 contained in the inner container 2.

Then, the water content in the air is absorbed by the deliquescent hygroscopic agent 3 to form the deliquescent liquid 3a, which is dripped from the deliquescent liquid droplet lower hole 2b of the inner container 2 and stored in the reservoir 5b in the container body 5.
Is stored in.

In the dehumidified state, the lower surface of the flange 2c of the inner container 2 is pressed against the upper edge of the container body 5, and the communication port 7a of the inner container 2 is in contact.
Is closed on the inner surface of the storage portion 5a of the container body 5, and the communication port 7b of the container body 5 is closed on the outer surface of the inner container 2.

As described above, the deliquescent hygroscopic agent 3 in the inner container 2 disappears by absorbing the water as described above, the new deliquescent hygroscopic agent 3 is replenished in the inner container 2 and the reservoir in the container body 5 is stored. When the deliquescent liquid 3a stored in the portion 5b is discharged, first, the inner container 2 is loosened while being rotationally moved by a predetermined amount along the screw portions 2d and 5c, and then the communication ports 7a and 7a.
When b is matched, the reservoir 5b of the deliquescent liquid 3a of the container body 5 is communicated with the outside of the container body 5 to form a deliquescent liquid discharge port, and the inside of the inner container 2 and the container body 5 are formed. A replenishment port for the deliquescent hygroscopic agent 3 is formed in communication with the outside.

Then, the dehumidification container 1 is tilted at a predetermined place, and the deliquescent liquid 3a is discharged from the communication ports 7a, 7b as domestic waste water.

After the discharge of the deliquescent liquid 3a is completed, a predetermined amount of new deliquescent hygroscopic agent 3 is replenished into the internal container 2 through the communication ports 7a and 7b.

After that, the inner container 2 is again moved by a predetermined amount along the screw portions 2d and 5c to be fixed in the original position, and the communication ports 7a and 7b are closed.

As described above, according to the dehumidification container 1 according to the first embodiment, the deliquescent liquid 3a can be easily and easily discharged, and the deliquescent liquid 3a is also provided in the inner container 2 through the communication port. It is smoothly discharged while being guided along 7a. Moreover, the replenishment of the deliquescent hygroscopic agent 3 can also be performed by the communication ports 7a, 7
This can be performed from step b, and workability can be improved. Further, since the deliquescent liquid discharge port and the deliquescent hygroscopic agent replenishing port are opened and closed by the rotating operation of the inner container 2, the dehumidifying container 1 can be made compact.

Further, since each container constituting the dehumidifying container 1 is formed by resin molding, the number of parts can be reduced and the cost can be largely reduced.

In the dehumidifying container 1 according to the first embodiment,
The inner container 2 has one communication port 7a and the container body 5 has a communication port 7a.
Although one b is provided, if it is possible to easily discharge the deliquescent liquid 3a and replenish the deliquescent hygroscopic agent 3,
A plurality of these communication ports 7a and 7b may be provided (for example, one communication port 7a and two communication ports 7b are combined, or two communication ports 7a and two communication ports 7b are combined. etc).

Further, in order to easily inform the user of the position of the communication port 7a of the inner container 2, the flange portion 2 of the inner container 2 is provided.
At the portion c (for example, the upper surface of the flange portion 2c), the communication port 7a
It is also possible to form a concavo-convex portion that serves as a mark or to display such as printing.

Further, as the deliquescent hygroscopic agent 3, even if it is a chemical other than calcium chloride, magnesium chloride or a mixture of calcium chloride and magnesium chloride, it is possible to absorb moisture in the air and drop it as a liquid. If so, the dehumidifying container of the present invention can be applied.

Further, the bulged portion of the container body 5 is not limited to the cylindrical shape, but may have another shape depending on the design and resin molding.

Further, the slit-shaped ventilation hole 6a of the lid 6 is formed.
However, the present invention is not limited to this embodiment, and other designs (for example, radial or lattice-like) are not limited to the simple slit shape as long as the air permeability and the moisture-permeable and water-impermeable membrane 4 can be protected. Is also good.

Further, the deliquescent liquid droplet pilot hole 2b formed at the bottom of the inner container 2 is not limited to this embodiment, but may be, for example,
It may be formed in a radial shape or a combination of holes and slits.

Next, FIG. 4 is a sectional explanatory view showing components of a dehumidifying container according to a modification of the first embodiment, in which the inner container 2 and the lid 6 which are separate bodies in the above description are hinged. It is formed integrally with 6c.

As described above, if the separate inner container 2 and lid 6 are integrally formed via the hinge portion 6c, the process of assembling the dehumidifying container and the number of parts can be further reduced. Therefore, the cost can be significantly reduced.

Next, FIGS. 5 and 6 show a second embodiment of the present invention, and FIG. 5 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent. 6 is a cross-sectional explanatory view showing components of the dehumidifying container. The second embodiment is different from the first embodiment in that the communication port of the container body is formed in a notch shape, and the other parts are the same as those in the first embodiment.

That is, as shown in FIGS. 5 and 6, the container body 10 is formed in a shape in which the lower side is bulged as in the first embodiment, and the screw portion 2d of the inner container 2 and the screw portion 2d are formed on the inner surface of the upper side. A matching screw portion 10c is screwed to form a storage portion 10a of the internal container 2.

The bulging portion of the container body 10 serves as a reservoir 10b for the deliquescent liquid 3a having a volume sufficient to store the deliquescent liquid.
The dehumidifying container is formed so as to enhance its stability when it is placed.

Further, a notch-shaped communication port 11 is formed on the side wall of the storage portion 10a from the upper edge portion to the lower side of the screw portion 10c. The communication port 11 opens on the upper side of the communication port 7a of the internal container 2 below the communication port 11, and through the opening (communication port) formed by the communication port 7a and the communication port 11. The deliquescent liquid 3a can be drained and the deliquescent hygroscopic agent can be replenished.

Therefore, when the internal container 2 is accommodated and fixed to the container body 10 with the screw portions 2d and 10c (when normal dehumidification is performed), the communication port 7a of the internal container 2 is not used. Is closed at the inner surface of the housing portion 10a of the container body 10, while the communication port 11 of the container body 10 is closed.
Is closed on the outer surface of the inner container 2. In addition, when the inner container 2 is rotated by a predetermined amount along the screw portions 2d and 10c so that the communication ports 7a and 11 are aligned with each other, the reservoir portion 10b of the deliquescent liquid 3a of the container body 10 and the reservoir portion 10b are combined with each other. The deliquescent liquid discharge port is formed by communicating with the outside of the container body 10, and the inside of the internal container 2 is communicated with the outside of the container body 10 to form a replenishment port for the deliquescent hygroscopic agent.

As described above, also in the second embodiment, it is possible to obtain the same effects as those of the first embodiment.

As in the first embodiment, the inner container 2
In order to easily inform the user of the position of the communication port 7a, the mark of the communication port 7a may be provided on the upper surface of the flange portion 2c of the inner container 2 or the like.

Next, FIGS. 7 and 8 show a third embodiment of the present invention, and FIG. 7 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent, FIG. [FIG. 3] is a cross-sectional explanatory view showing components of a dehumidifying container. The third embodiment is different from the first embodiment in that the communication port of the inner container is circular, and the other parts are the same as in the first embodiment.

That is, as shown in FIG. 7 and FIG. 8, the inner container 14 accommodating the granular deliquescent hygroscopic agent has an opening 14a in the upper part, and the deliquescent liquid 3a of the deliquescent hygroscopic agent is dropped. A slit-shaped deliquescent liquid droplet lower hole 14b is formed at the bottom.

A flange portion 14c is formed on the outer surface of the inner container 14 on the side of the opening 14a. The flange portion 14c is in contact with the upper edge of the container body 5.
The lower surface of the container and the upper edge of the container body 5 are tapered so as to be watertight and surely coincide with each other.

Further, a screw portion 14d is screwed on the outer surface of the inner container 14 below the flange portion 14c, and a substantially circular communication port 1 is provided at an intermediate portion of the screw portion 14d.
5 is formed. The communication port 15 is formed in a size sufficient for replenishing the deliquescent hygroscopic agent in the internal container 14.

Further, on the outer periphery above the flange portion 14c on the outer surface of the inner container 14, there is formed a convex portion 14e which can be fitted with the concave portion 6b formed on the inner surface of the lid body 6, and the concave portion. By fitting 6b and the convex portion 14e, the lid body 6 can surely close the opening portion 14a of the inner container 14.

Further, the deliquescent liquid droplet lower hole 14b prevents the granular deliquescent hygroscopic agent from fully absorbing moisture to deliquesce and become smaller, and to prevent falling down until the moisture absorbing function is almost achieved. It is formed in such a size that the deliquescent liquid 3a from the hygroscopic agent can be smoothly dropped to the lower side.

Further, at the upper edge of the inner container 14,
As in the first embodiment, the moisture permeable and water impermeable membrane 4 is welded.

Therefore, the threaded portion 1 is attached to the container body 5.
4d and 5c, when the internal container 14 is housed and fixed (when performing normal dehumidification, etc.), the communication port 15 of the internal container 14 is provided on the inner surface of the housing portion 5a of the container body 5. On the other hand, the communication port 7b of the container body 5 is closed,
The outer surface of the inner container 14 is closed.

The internal container 14 is attached to the threaded portion 1
Rotate a predetermined amount along 4d and 5c to connect the communication port 1
When 5 and 7b are aligned, the reservoir 5b of the deliquescent liquid 3a of the container body 5 and the outside of the container body 5 communicate with each other through the inside of the inner container 14, and also serve as a deliquescent drainage port. A replenishment port for the deliquescent hygroscopic agent is formed.

That is, in the third embodiment, the deliquescent liquid stored in the storage portion 5b of the container body 5 is discharged through the inner container 14.

In the third embodiment as well, similar to the first embodiment, in order to easily inform the user of the position of the communication port 15 of the inner container 14, the upper surface of the flange portion 14c of the inner container 14 or the like is to be notified. A mark for the communication port 15 may be provided.

Next, FIGS. 9 and 10 show a fourth embodiment of the present invention, and FIG. 9 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent, FIG. [FIG. 3] is a cross-sectional explanatory view showing components of a dehumidifying container. In the fourth embodiment, the inner container is the one shown in the third embodiment, and the container body is the one shown in the second embodiment.

That is, as shown in FIGS. 9 and 10, the storage portion 10a of the container body 10 having the notch-shaped communication port 11 formed therein has the circular communication port shown in the third embodiment. The internal container 14 in which 15 is formed is configured to be housed.

Therefore, when the internal container 14 is housed and fixed in the container body 10 with the screw portions 14d and 10c (when normal dehumidification is performed), the communication port 15 of the internal container 14 is removed. Is the storage portion 10 of the container body 10.
The inner surface of a is closed, while the communication port 11 of the container body 10 is closed on the outer surface of the inner container 14.

The internal container 14 is attached to the threaded portion 1
Rotate a predetermined amount along 4d and 10c to connect the communication port 1
When 5 and 11 are matched, the reservoir 10b of the deliquescent liquid 3a of the container body 10 and the outside of the container body 10 are communicated with each other through the inside of the inner container 14 and also serve as a deliquescent liquid discharge port. A replenishing port for the absorbent hygroscopic agent is formed.

That is, in the fourth embodiment, the drainage of the deliquescent liquid 3a stored in the storage portion 10b of the container body 10 is
As in the third embodiment, the deliquescent liquid 3a is passed through the inner container 14.

Next, FIG. 11 is a cross sectional view showing the components of the dehumidifying container according to the modification of the fourth embodiment. still,
In this modification, the inner container is rotatably fitted in and housed in the container body.

That is, as shown in FIG. 11, the inner container 18 accommodating the granular deliquescent hygroscopic agent has an opening 18a in the upper part, and has a slit shape for dropping the deliquescent liquid of the deliquescent hygroscopic agent. A deliquescent droplet pilot hole 18b is formed at the bottom.

A flange portion 18c is formed on the outer surface of the inner container 18 on the side of the opening 18a. The flange portion 18c is in contact with the upper edge of the container body 19.
The lower surface of c and the upper edge of the container body 19 are tapered so as to be watertight and surely coincide with each other.

Further, the outer surface of the inner container 18 below the flange portion 18c is formed in such a size that it can be fitted into the accommodating portion 19a of the container body 19, and has a substantially circular communication with the side wall portion. A mouth 20a is formed. The communication port 20a is formed in a size sufficient to replenish the deliquescent hygroscopic agent in the internal container 18.

Further, on the outer periphery above the flange portion 18c on the outer surface of the inner container 18, there is formed a convex portion 18e which can be fitted into the concave portion 6b formed on the inner surface of the lid body 6, and the concave portion 6b. The lid 6 can surely close the opening 18a of the internal container 18 by fitting the convex portion 18e with the convex portion 18e.

Further, the deliquescent liquid droplet down-hole 18b prevents the granular deliquescent hygroscopic agent from absorbing water sufficiently to deliquesce and become smaller. It is formed in such a size that the deliquescent liquid from the hygroscopic agent can be smoothly dropped to the lower side.

Further, at the upper edge of the inner container 18,
As in the first embodiment, the moisture permeable and water impermeable membrane 4 is welded.

On the other hand, as in the first embodiment, the container body 19 is formed in a bulged shape on the lower side, and the inner container 18 is rotatably fitted and housed on the upper side to accommodate the container portion 19a. Are formed.

The bulging portion of the container body 19 serves as the deliquescent liquid storage portion 19b having a sufficient volume to store the deliquescent liquid. Due to the swelling, the dehumidifying container is arranged. It is formed so as to increase the stability when it is made.

Further, a cutout-shaped communication port 20b is formed on the side wall of the storage portion 19a.

Therefore, the storage portion 1 of the container body 19 is
When the internal container 18 is fitted and stored in 9a and fixed (when normal dehumidification is performed, etc.), the communication port 20a of the internal container 18 is the storage portion 19 of the container body 19.
The inner surface of a is closed, while the communication port 20b of the container body 19 is closed on the outer surface of the inner container 18.

When the inner container 18 is rotated by a predetermined amount so that the communication ports 20a and 20b are aligned with each other, the deliquescent liquid storage portion 19b of the container body 19 and the outside of the container body 19 become the inner container. A replenishing port for the deliquescent hygroscopic agent is formed which is communicated with the inside of the container 18 and also serves as a deliquescent liquid discharge port.

Thus, also in each of the above-mentioned embodiments,
As long as the inner container can be moved / fixed to the storage part of the container body as described in each embodiment, the inner container is not limited to screwing, and the inner container is fitted to the container body as in this modification. It may be stored.

Next, FIG. 12 is an explanatory view of a dehumidifying container according to the fifth embodiment of the present invention. In addition, in the fifth embodiment, in addition to the first embodiment, a deliquescent liquid discharge port is provided in which the deliquescent liquid reservoir of the container body communicates with the outside of the container body and only the deliquescent liquid discharge can be performed. The other parts are the same as in the first embodiment.

That is, in FIG. 12, reference numeral 52 is
Granular deliquescent hygroscopic agent is stored with an opening above,
1 shows an inner container having a slit-shaped deliquescent liquid droplet lower hole for dropping a deliquescent liquid of a deliquescent hygroscopic agent at the bottom. Further, the opening of the inner container is closed by the moisture-permeable and water-impermeable membrane 4.

On the opening side of the outer surface of the inner container 52, a flange portion 52c capable of contacting the upper edge of the container body 5 is provided.
Is formed, and the lower surface of the flange portion 52c and the upper edge portion of the container body 5 are formed in a tapered shape so as to be watertight and surely coincide with each other.

A screw portion 52d is screwed on the outer surface of the inner container 52 below the flange portion 52c.
From the upper side of the threaded portion 52d to the bottom surface of the internal container 52, there is formed a vertical groove-like communication port 53 in the vertical direction.
The communication port 53 is formed in a size sufficient to replenish the deliquescent hygroscopic agent in the internal container 52. Also,
When the inner container 52 is housed in the housing portion 5a of the container body 5, the gap between the bottom surface of the inner container 52 formed by the communication port 53 and the inner surface of the container body 5 is within the inner container 52. The deliquescent hygroscopic agent is stored in such a size that it does not fall downward.

Further, the communication port 5 of the inner container 52.
At a position different from 3, a vertical groove 54 is formed vertically from the upper side of the screw portion 52d to the bottom surface of the inner container 52. The vertical groove 54 is formed so that the inside and the outside of the inner container 52 do not communicate with each other.

On the outer periphery of the outer surface of the inner container 52 above the flange portion 52c, there is formed a convex portion 52e which can be fitted with the concave portion 6b formed on the inner surface of the lid 6, and the concave portion 6b. The lid 6 can surely close the opening of the internal container 52 by fitting the convex portion 52e and the convex portion 52e.

Therefore, the threaded portion 5 is attached to the container body 5.
2d and 5c, when the internal container 52 is housed and fixed (when normal dehumidification is performed), the communication port 53 and the vertical groove 54 of the internal container 52 are stored in the container body 5 The inner surface of the portion 5a is closed, while the communication port 7b of the container body 5 is closed on the outer surface of the inner container 52.

The inner container 52 is attached to the screw portion 5
Rotate a predetermined amount along 2d and 5c to connect the communication port 5
When 3 and 7b are aligned, the deliquescent liquid storage part 5b of the container body 5 and the outside of the container body 5 are communicated with each other to form a deliquescent liquid discharge port, and the inside of the inner container 52 and the outside of the container body 5 are formed. A replenishing port for the deliquescent hygroscopic agent is formed by communicating with and (a replenishing port for the deliquescent hygroscopic agent that also serves as a deliquescent liquid discharge port is formed).

Further, when the inner container 52 is rotated along the screw portions 52d and 5c so that the vertical groove 54 of the inner container 52 and the communication port 7b of the container body 5 are aligned with each other, the container The reservoir 5b of the deliquescent liquid of the main body 5 communicates with the outside of the container main body 5 to form a deliquescent liquid discharge port. At this time, since the vertical groove 54 of the inner container 52 is formed so that the inside and the outside of the inner container 52 do not communicate with each other, only the deliquescent liquid discharge port is formed.

Therefore, even when the deliquescent hygroscopic agent remains in the inner container 52, the vertical groove 54 of the inner container 52 and the communication port 7b of the container body 5 are formed.
The deliquescent liquid can be discharged from the deliquescent liquid discharge port formed by and.

The deliquescent liquid discharge port capable of discharging only the deliquescent liquid is not limited to the structure of the fifth embodiment, and a groove is formed, for example, from the bottom surface of the flange formed on the inner container to the bottom surface of the inner container. (In this case, the deliquescent liquid discharge port is closed by pressing the lower surface of the flange of the inner container against the upper edge of the container body), or from the upper edge inside the container body to the bottom of the container body It is also possible to form a groove extending to the upper side of the reservoir (also in this case, the deliquescent liquid discharge port is closed by pressing the lower surface of the flange of the inner container against the upper edge of the container body).

Further, in order for the user to know the positions of the deliquescent liquid discharge port capable of discharging only the deliquescent liquid and the replenishment port of the deliquescent hygroscopic agent which also serves as the deliquescent liquid discharge port, for example, the flange portion (internal If the groove of the deliquescent liquid discharge port that can discharge only the deliquescent liquid is formed on the container side or the upper edge of the container body (the groove of the deliquescent liquid discharge port that can discharge only the deliquescent liquid is formed on the container body side) If such a mark is provided, the workability of discharging the deliquescent liquid and supplementing a new deliquescent hygroscopic agent can be improved.

Next, FIG. 13 is an explanatory view of a dehumidifying container according to the sixth embodiment of the present invention. In the sixth embodiment, the bottom shape of the inner container is formed so that the contact area between the deliquescent hygroscopic agent and air is large, and the other parts are the same as in the first embodiment.

In FIG. 13, reference numeral 23 indicates an inner container, and a slit 24 is formed at the approximate center of the bottom surface of the inner container 23.
The multi-stage protrusion 24 having a is formed, and when dehumidifying, the air containing the moisture that has passed through the ventilation hole 6a of the lid 6 and the moisture-permeable impermeable membrane 4 of the opening 23a of the internal container 23. Is first contacted with the upper surface portion of the deliquescent hygroscopic agent 3 and absorbed.

While the moisture-containing air is further dehumidified in the deliquescent hygroscopic agent 3, a part of the moisture-containing air passes through the slit 24a of the multi-step projection 24 and the inside of the container body 5 It penetrates into the container 23 and comes into contact with the lower surface of the deliquescent hygroscopic agent 3 from below to absorb moisture.

The deliquescent hygroscopic agent 3 absorbs water in the air and deliquesces to become the deliquescent liquid 3a, which is dripped from the slits 24a of the multi-step projection 24 and the deliquescent liquid droplet lower hole 23b of the inner container 23. It is stored in the storage portion 5b of the container body 5. That is, the slit 24a of the multi-step projection 24 serves as a waste liquid port and a vent for air containing moisture. In the figure, reference numeral 2
Reference numerals 3c, 23d, and 23e denote a flange portion, a screw portion, and a convex portion of the inner container 23, respectively.

As in the sixth embodiment, the contact area between the air containing water and the deliquescent hygroscopic agent can be widened by forming the multi-step projection having the slit at the substantially center of the inner container. It is possible to effectively dehumidify.

Even if a blocking phenomenon occurs in the deliquescent hygroscopic agent, air can penetrate into the container body from the slit of the multi-step protrusion and can contact the deliquescent hygroscopic agent. It is possible to always keep the contact area between the moisture absorbent and air large.

Further, the sixth embodiment may be applied to the inner container shown in the second to fifth embodiments.

Next, FIG. 14 is an explanatory view of a dehumidifying container according to the seventh embodiment of the present invention. Incidentally, in this seventh embodiment, the deliquescent hygroscopic agent accommodated in the inner container is a thin film which is permeable to the deliquescent liquid in advance, and is set in a state in which it is wrapped in a predetermined amount in advance. The parts are the same as in the first embodiment.

In FIG. 14, reference numeral 27 indicates a deliquescent hygroscopic agent, and the deliquescent hygroscopic agent 27 is a deliquescent hygroscopic agent such as original form, granular calcium chloride, magnesium chloride or a mixture of calcium chloride and magnesium chloride. It is formed by preliminarily enclosing a predetermined amount with a thin film such as filter paper, Japanese paper, cloth, non-woven fabric, etc., which is capable of transmitting deliquescent liquid.

In this way, if the deliquescent hygroscopic agent to be replenished is set in advance in a state in which it is wrapped in a predetermined amount by a thin film capable of permeating the deliquescent liquid, in addition to the effect of the first embodiment. It can be done more easily when replenishing the deliquescent hygroscopic agent.

The seventh embodiment can also be applied to the internal containers shown in the second to fifth embodiments.

Next, FIG. 15 is an explanatory view of a dehumidifying container according to the eighth embodiment of the present invention. In the eighth embodiment, the communication port of the container body in the first embodiment is provided with a guide part for easily discharging and discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent so that the guide part can be freely attached and detached. That is, FIG.
As shown in FIG. 5, the communication port 7b provided in the container body 5 is provided with a substantially cylindrical guide-portion mounting opening 33 toward the outside. The guide portion 34 whose diameter is increased upward can be freely fitted.

Therefore, when the deliquescent liquid 3a stored in the storage portion 5b of the container body 5 is discharged, the guide portions 34 are attached to the guide portion mounting opening 33 after the communication ports 7a and 7b are aligned. Attach and tilt the dehumidifying container to discharge the deliquescent liquid 3a. Further, the replenishment of a new deliquescent hygroscopic agent is also replenished into the inner container 2 through the guide portion 34.

As described above, by forming the guide portion, the deliquescent liquid can be discharged smoothly, and
A new deliquescent hygroscopic agent can be replenished from above, and workability can be improved.

Since the guide portion 34 can be removed except when the deliquescent liquid is discharged and the deliquescent hygroscopic agent is replenished, the guide portion 34 does not interfere with the placement of the dehumidifying container.

The guide portion 34 may be formed integrally with the container body 5 as long as it does not interfere with the guide portion 34.

The eighth embodiment can also be applied to each of the above-mentioned embodiments other than the first embodiment.

Next, FIG. 16 is an explanatory view of a lid body formed of a porous material. As shown in FIG. 16, the lid body of the dehumidifying container is a finely permeable, impermeable liquid (deliquescent liquid). It may be formed of a porous material provided with many large holes. That is,
Reference numeral 37 indicates a lid of the dehumidifying container. The lid 37 is made of a porous material having a large number of minute holes that are gas permeable and do not allow liquid (deliquation liquid) to pass through. It is formed so that it can withstand the pressure and the like.

If the lid of the dehumidifying container is formed of a porous material in this way, it is not necessary to provide a moisture-permeable and water-impermeable film on the inner container, which reduces the number of parts and simplifies the container assembling process. Can be planned.

FIG. 17 is an explanatory view of an internal container integrated with a lid body made of a porous material. As shown in FIG.
The inner container integrated with the lid of the dehumidifying container may be formed of a porous material having air permeability and a large number of minute holes that do not allow liquid (deliquation liquid) to pass through. That is, reference numeral 42 indicates an internal container integrated with a lid formed of a porous material.
In the second example, a slit-shaped deliquescent liquid drop hole 44a is formed in the inner container body 43 in which the side portion of the inner container and the lid of the dehumidifying container according to the modification of the fourth embodiment are integrally formed of a porous material. The formed bottom portion 44 is fitted and configured as a separate body.

The slit-shaped deliquescent droplet pilot hole at the bottom is
Not limited to the slit, the bottom portion may be formed in a net shape to serve as a deliquescent droplet pilot hole, or may be formed of a water-permeable material or a water-permeable film. Further, this inner container can be applied to embodiments other than the modification of the fourth embodiment.

Next, FIG. 18 is an explanatory view of a lid formed of a moisture-permeable and water-impermeable resin material. As shown in FIG. 18, the lid of the dehumidifying container is formed of a moisture-permeable and water-impermeable resin material. You may. That is, reference numeral 40 denotes a lid of a dehumidifying container, which is made of a moisture-permeable, water-impermeable resin material that has air permeability and does not allow liquid (deliquation liquid) to pass through, and its strength is also the pressure from the top. It is formed so that it can withstand such problems.

By thus forming the lid of the dehumidifying container from the moisture-permeable and water-impermeable resin material, it is not necessary to provide a moisture-permeable and water-impermeable film on the inner container, reducing the number of parts and assembling the container. Can be simplified.

Although not shown, the internal container and the lid may be integrally formed of a moisture-permeable and water-impermeable resin material in a structure similar to that of the internal container shown in FIG. The bottom of the container is formed separately).

The container body and the inner container are made of a porous material having a large number of minute holes that are gas permeable and impermeable to liquid (deliquescence), or a moisture-permeable, water-impermeable resin material. You can

[Supplementary Notes] (1) The inside of which the deliquescent liquid is dripped from the lower part of the deliquescent liquid droplet formed below by closing the air intake portion with a closing member having a moisture-impermeable and water-impermeable structure to accommodate the deliquescent hygroscopic agent A container, a lid of the internal container that protects the closing member and forms a vent, an accommodation portion provided on the upper side for movably accommodating the internal container, and a reservoir for storing the deliquescent liquid from the internal container. When a predetermined amount of the container body provided with a storage part provided below the storage part and the inner container is moved, the reservoir part of the deliquescent liquid of the container body and the outside of the container body communicate with each other and A dehumidifying container in which the internal container and the outside of the container main body are provided with a communication port for forming a replenishing port for the deliquescent hygroscopic agent, which is formed in the internal container and the container main body. When dehumidifying indoors or storages with the dehumidifying container, air containing moisture is supplied from the air intake part to the inner container through a blocking member having a moisture-impermeable and water-impermeable structure from the vent of the lid of the inner container. It penetrates inside and comes into contact with the deliquescent hygroscopic agent contained in this internal container. Then, the water in the air is absorbed by the deliquescent hygroscopic agent to form a deliquescent liquid, which is dripped from the lower part of the deliquescent droplet formed on the lower side of the internal container and stored in the storage part of the container body. By absorbing the water in this way, the deliquescent hygroscopic agent in the inner container disappears, and the deliquescent liquid stored in the reservoir of the container body is discharged and the deliquescent hygroscopic agent is newly replenished in the inner container. When performing, first, the internal container movably stored in the storage portion of the container main body is moved by a predetermined amount, and the communication ports provided in the internal container and the container main body The deliquescent liquid discharge port is formed by communicating the reservoir of the deliquescent liquid with the outside of the container body. At this time, the inside of the inner container is communicated with the outside of the main body of the container to form a replenishment port for the deliquescent hygroscopic agent. Then, after the drainage of the deliquescent liquid from the deliquescent liquid outlet is completed, a new deliquescent hygroscopic agent is replenished from the replenishment port of the deliquescent hygroscopic agent. In this way, the deliquescent liquid can be discharged and a new deliquescent hygroscopic agent can be replenished simply by moving the inner container by a predetermined amount, which enables downsizing, a simple structure, a reduction in the number of parts and cost. In addition, the deliquescent hygroscopic agent can be easily replenished, and the deliquescent liquid can be discharged easily and smoothly. Further, the closing member having the moisture-permeable and water-impermeable structure is effectively protected by the lid of the inner container.

(2) The dehumidifying container according to appendix 1, wherein the inner container and the lid are integrally formed via a connecting portion. In the above dehumidifying container, since the inner container and the lid are integrally formed, loss of parts can be prevented, the number of parts can be reduced, and the cost can be reduced.

(3) The dehumidifying container according to appendix 2, wherein the inner container and the lid, which are integrated via the connecting portion, are formed by injection molding.

(4) The dehumidifying container according to appendix 1, wherein the closing member and the lid of the inner container are integrated with each other and formed of a porous material having a plurality of air-permeable, water-impermeable fine holes. In this dehumidifying container, the number of parts can be reduced, and the cost can be reduced.

(5) The dehumidifying container according to appendix 1, wherein the closing member and the lid of the inner container are integrated with each other and are formed of a moisture-permeable and water-impermeable resin. With this dehumidifying container, it is possible to obtain the same effect as in Appendix 4.

(6) The dehumidifying container according to appendix 1, wherein a protrusion having a slit is formed on the bottom surface of the inner container. In this dehumidification container, the contact area between the air containing water and the deliquescent hygroscopic agent can be increased during dehumidification, and dehumidification can be effectively performed. Even if the deliquescent hygroscopic agent causes a blocking phenomenon, air can penetrate from the slit of the protrusion to the inside of the container body and can contact the deliquescent hygroscopic agent, so that the contact between the deliquescent hygroscopic agent and air is possible. It is possible to keep the area large at all times.

(7) The dehumidifying container as set forth in appendix 1, wherein the deliquescent hygroscopic agent to be housed in the internal container is filled in advance in a packaging bag having air permeability and water permeability. With this dehumidifying container, the deliquescent hygroscopic agent can be easily replenished.

(8) The dehumidifying container according to appendix 1, wherein a guide portion whose diameter is expanded upward is formed at the communication port of the container body. In this dehumidification container, when the deliquescent liquid stored in the reservoir of the container body is discharged, the dehumidification container is tilted and the deliquescent liquid is discharged through a communication port provided in the container body and the internal container. The discharged deliquescent liquid is smoothly discharged by the guide portion. Further, when replenishing a new deliquescent hygroscopic agent, the deliquescent hygroscopic agent is replenished into the internal container through the guide portion. By forming the guide portion in this way, the deliquescent liquid can be discharged smoothly, and
A new deliquescent hygroscopic agent can be replenished from above, and workability can be improved.

(9) The dehumidifying container as set forth in appendix 8, wherein a guide portion formed at the communication port of the container body is selectively attached and detached. In this dehumidification container, the guide part formed at the communication port of the container body can be selectively attached and removed, so only when a guide part is needed when discharging deliquescent liquid or replenishing deliquescent hygroscopic agent. The dehumidifying container can be downsized because it can be attached to the container body.

[0131]

As described above, according to the present invention, the size can be reduced, and the simple structure can reduce the cost from the reduction of the number of parts and the production process. The deliquescent hygroscopic agent can be easily replenished, the deliquescent liquid can be easily and smoothly discharged, and the deliquescent hygroscopic agent can be used as many times as necessary.

[Brief description of drawings]

FIG. 1 is a cross-sectional explanatory view of a main part of a dehumidifying container when discharging deliquescent liquid and replenishing a deliquescent hygroscopic agent according to a first embodiment of the present invention.

FIG. 2 is an explanatory view of a dehumidifying container during dehumidification according to the first embodiment of the present invention.

FIG. 3 is an explanatory sectional view showing components of the dehumidifying container according to the first embodiment of the present invention.

FIG. 4 is an explanatory sectional view showing components of a dehumidifying container according to a modified example of the first embodiment of the present invention.

FIG. 5 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent according to the second embodiment of the present invention.

FIG. 6 is an explanatory sectional view showing components of the dehumidifying container according to the second embodiment of the present invention.

FIG. 7 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent according to the third embodiment of the present invention.

FIG. 8 is an explanatory sectional view showing components of a dehumidifying container according to a third embodiment of the present invention.

FIG. 9 is a cross-sectional explanatory view of the essential parts of the dehumidifying container when discharging the deliquescent liquid and replenishing the deliquescent hygroscopic agent according to the fourth embodiment of the present invention.

FIG. 10 is an explanatory sectional view showing components of a dehumidifying container according to a fourth embodiment of the present invention.

FIG. 11 is an explanatory sectional view showing components of a dehumidifying container according to a modification of the fourth embodiment of the present invention.

FIG. 12 is an explanatory view of a dehumidifying container according to a fifth embodiment of the present invention.

FIG. 13 is an explanatory view of a dehumidifying container according to a sixth embodiment of the present invention.

FIG. 14 is an explanatory view of a dehumidifying container according to a seventh embodiment of the present invention.

FIG. 15 is an explanatory view of a dehumidifying container according to an eighth embodiment of the present invention.

FIG. 16 is an explanatory view of a lid body made of a porous material.

FIG. 17 is an explanatory view of an internal container integrated with a lid body made of a porous material.

FIG. 18 is an explanatory view of a lid body made of a moisture-permeable and water-impermeable resin material.

[Explanation of symbols]

 1 Dehumidifying Container 2 Internal Container 2a Opening (Air Intake) 2b Deliquescent Droplet Lower Hole (Lower Deliquescing Droplet) 2c Flange 2d Screw Part 3 Deliquescent Hygroscopic Agent 3a Deliquescent Liquid 4 Moisture Permeable Impermeable Membrane 5 Container Body 5a Storage part 5b Storage part 5c Screw part 7a Communication port 7b Communication port

Claims (4)

[Claims] 1. An internal container having a moisture-permeable and water-impermeable air intake part for accommodating a deliquescent hygroscopic agent to form a lower part of the deliquescent liquid droplets, and an upper part for accommodating the internal container movably. A container body having a storage portion provided on the side and a storage portion provided below the storage portion for storing the deliquescent liquid from the internal container, and the deliquescent liquid of the container body when the internal container is moved by a predetermined amount. The reservoir part and the outside of the container body communicate with each other to form a deliquescent liquid discharge port, and the inside container communicates with the outside of the container body to form a communication port forming a replenishment port for the deliquescent hygroscopic agent. A dehumidifying container provided in the inner container and the container body. 2. An internal container having an air intake part of a moisture-permeable and water-impermeable structure and containing a deliquescent hygroscopic agent to form a lower part of the deliquescent liquid droplets, and an upper part for movably containing the internal container. A container body having a storage part provided on the side and a storage part provided below the storage part for storing the deliquescent liquid from the internal container, and guiding the discharge of the deliquescent liquid to the internal container and also to the internal container. A dehumidifying container, characterized in that while forming a communication port for replenishing the deliquescent hygroscopic agent, a communication port for opening the communication port of the internal container is provided in the container body according to the position of the internal container. 3. An inner container having a moisture-permeable and water-impermeable air intake part for accommodating a deliquescent hygroscopic agent to form a lower part of the deliquescent liquid droplet, and an upper part for accommodating the inner container movably. A container body provided with a storage portion provided on the side and a storage portion provided below the storage portion for storing the deliquescent liquid from the internal container, and when the internal container is rotationally moved by a predetermined amount, the inside of the internal container and the above A dehumidifying container having a communication port that communicates with the outside of the container body and serves as a discharge port for the deliquescent liquid and a replenishment port for the deliquescent hygroscopic agent. 4. An internal container having a moisture-permeable and water-impermeable air intake part for accommodating a deliquescent hygroscopic agent to form a lower part of the deliquescent liquid droplet, and an upper part for movably accommodating the internal container. A container body having a storage portion provided on the side and a storage portion provided below the storage portion for storing the deliquescent liquid from the internal container, and depending on the position of the internal container, the deliquescent liquid of the container body A replenishing port for the deliquescent hygroscopic agent that also serves as a discharge port for the deliquescent liquid by communicating the inside of the container with the outside of the container body while communicating the reservoir with the outside of the container body, and the container body described above. A dehumidifying container, comprising: a deliquescent liquid discharge port for communicating only the deliquescent liquid with a reservoir of the deliquescent liquid communicating with the outside of the container body.