JP2513934Y2 - Heat evaporation unit - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention uses a heating element to heat a chemical impregnated body such as a mat or a liquid-wicking core that has sucked up the chemical liquid in a chemical liquid bottle. The present invention relates to a heating evaporation device for evaporating agents such as agents, deodorants, bactericides, and fragrances.

[Conventional technology]

A heating evaporation device shown in JP-A-61-19441 is known.

That is, the container is provided with a heating element, and the drug impregnated body is set on the heating element and heated to evaporate the drug.

Further, a heating evaporation device shown in Japanese Utility Model Publication No. 60-125876 is known.

In other words, in the container body consisting of the substantially cylindrical peripheral wall and the upper wall,
A lower wall having a diameter larger than that of the upper wall is screwed and fitted to form a container, a recess for mounting a bottle is formed on the lower wall, a heating element is mounted on the upper part of the peripheral wall, and a safety cover is provided on the upper wall. By forming the volatilization hole provided in, the chemical bottle is set in the bottle mounting recess, the liquid absorbent core is exposed to the inside of the heating element, and the liquid core in the chemical solution bottle is heated by the heat generating element. The vaporized chemicals are vaporized from the volatilization holes by the air flow generated between the slit-shaped ventilation holes formed on the peripheral wall and the vaporization holes.

Furthermore, the heating evaporation device shown in Japanese Utility Model Publication No. 1-68784 is known.

In other words, the bottle storage part is formed in the bottom of the container, the heating element having the liquid absorption core insertion hole is provided in the upper part, and the liquid absorption core of the chemical liquid bottle stored in the bottle storage part faces the liquid absorption core insertion hole of the heating element. The chemicals are evaporated by heating by heating, or the chemicals are evaporated by setting a chemical impregnated body on the heating element.

[Problems to be solved by the device]

With the first heating evaporation device, the chemical impregnated body can be used, but the chemical liquid bottle cannot be used.
Although the chemical vaporization bottle can be used as the heating evaporation device of 1, the chemical impregnated body cannot be used.

On the other hand, the third heating evaporation device can be used as both the chemical impregnated body and the chemical solution bottle. However, if the chemical solution bottle is installed when the chemical impregnated body is provided, evaporation from the liquid absorption core Will be blocked, resulting in poor volatilization.

For this reason, the liquid absorbent core is heated with poor volatilization, resinification due to polymerization of the drug is promoted, clogging occurs, and further,
It may be impossible to volatilize.

In addition, since it does not volatilize upward, the chemicals enter the inside of the container to cause dew condensation, promote contamination, and cause dripping to the floor surface.

Normally, for volatilization control, the volatilization suppressant evaporates along with the main insecticidal component from the mosquito repellent mat, which is a chemical impregnated body containing butoxide and various esters as a volatilization suppressor, toward the liquid absorbent core insertion hole. Since it adheres to the liquid core, a volatilization failure occurs in the liquid medicine due to the mixture of components different from the initial settings.

Also, even when only the drug-impregnated body is used,
Chemical evaporation from the liquid absorbent core insertion hole occurs downward, and the ventilation of the liquid absorbent core insertion hole is blocked by the chemical impregnation body.Therefore, resin evaporation of the evaporated chemical, sticking, contamination, and dripping due to condensation Furthermore, the amount of heat radiated to the liquid type medicine decreases when the medicine bottle is used due to sticking to the liquid absorption core insertion hole or the like, resulting in poor volatilization.

Further, since the drug impregnated body is placed on the upper part of the container and the drug solution bottle is stored inside the container, the container becomes large,
When using a chemical impregnated body, it has the drawback of being unstable and easily falling over,
It was large and inconvenient during transportation and storage.

Therefore, an object of the present invention is to provide a heating evaporation device capable of solving the above-mentioned problems.

[Means and Actions for Solving the Problems]

A first invention is to provide a main body container 1, and a movable container 2 provided in the main body container 1 so as to be movable in a storage posture in which the main body container 1 is stored and in a protruding posture protruding from a bottom portion of the main body container 1.
To form a container A, a bottle housing portion 8 for housing a bottle 23 having a liquid absorption core 24 is formed in the lower part of the main body container 1, a heating element 15 is attached to the upper part of the main body container 1, and the heating element 15 is attached to the heating element 15. A flat plate-shaped first heat radiating portion 15a on which the chemical impregnated body is set, and the first heat radiating portion 1
A cylindrical second heat radiating portion 15 which is separated from 5a and through which the liquid absorbing core 24 is inserted.
b is provided respectively, and a heating element 15 is further provided on the upper part of the main body container 1.
It is a heating evaporation device which is provided with a volatilization hole 9 opposed to.

A second invention is a main body container 1 and a bottom portion of the main body container 1.
A hook-shaped container A is formed by a projecting portion 1d integrally provided by projecting downward toward one side in 1c, and a bottle 23 having a liquid absorption core 24 is stored near the other side in the bottom 1c of the main body container 1 is stored. And a heating element 15 is attached to the upper portion of the main body container 1, and a flat plate-shaped first heat radiating portion 15a in which the chemical impregnated body is set on the heat generating element 15 and the first heat radiating portion 15a.
A cylindrical second heat radiating portion 15b which is separated from the above and through which the liquid absorbing core 24 is inserted.
And a volatilization hole 9 facing the heating element 15 is provided in the upper part of the main body container 1 to provide a heating evaporation device.

A third invention is to form a bottle storage portion 8 for storing a bottle 23 having a liquid absorption core 24 in a lower portion of a container A, attach a heating element 15 to an upper portion of the container A, and impregnate the heating element 15 with a drug. A flat plate-shaped first heat radiating portion 15a on which the body is set and a cylindrical second heat radiating portion 15b which is separated from the first heat radiating portion 15a and into which the liquid absorbing core 24 is inserted are provided, and further on the upper part of the container A. Heating element 15
Is a heating evaporation device which is provided with a volatilization hole 9 opposed to and the insertion plug 32 is attached to the container A in a lateral direction.

According to the first invention, the heating element 15 has a flat plate-shaped first heat radiating portion 15a on which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorbing core 24 of the bottle 23 is inserted. Since the bottle storage portion 8 is formed in the lower portion of the main body container 1, not only the drug-impregnated body and the bottle can be used, but both the drug-impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

When the chemical impregnated body is used, the movable container 2 is housed in the main body container 1 to be compact, and the container A can be lowered to improve the stability.

When the bottle is used, by moving the movable container 2 in the protruding posture, not only has a space for mounting the bottle, but also the movable container 2 and the bottle can be stably supported.

When the movable container 2 is in the retracted posture during transportation / storage, it is compact and the transportation / storage cost is reduced.

According to the second invention, the heating element 15 has a flat plate-shaped first heat radiating portion 15a on which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorption core 24 of the bottle 23 is inserted. Since the bottle accommodating portion 8 is formed near the other side of the bottom portion 1c of the main body container 1, both the drug impregnated body and the bottle can be used, or both the drug impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

When using the chemical impregnated body, the end of the bottom 1c and the protrusion 1d
The end of the container can be placed on the floor to support the container A in a stable state. When using the bottle, the container A can be supported by the bottle and the protruding portion 1d.
Can be supported in a stable state.

According to the third invention, the heating element 15 has a flat plate-shaped first heat radiating portion 15a in which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorption core 24 of the bottle 23 is inserted. Since the bottle accommodating portion 8 is formed at the bottom of the container A, not only the drug-impregnated body and the bottle can be used, but both the drug-impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

Further, the container A can be supported by inserting the insertion plug 32 into an outlet installed on a wall or the like.

〔Example〕

As shown in FIG. 1, FIG. 2, and FIG. 3, the container A has a main container 1 and a movable container 2 which are rotatably connected to each other, and the main container 1 has an upper portion composed of a rectangular peripheral wall 3 and an upper wall 4. Body 1a
The partition wall 5 and the lower main body 1b formed of the rectangular lower peripheral wall 6 have a hollow portion at the substantially upper portion and a cylindrical portion at the lower portion, and the heating chamber 7 is at the upper portion of the container A and the bottle is at the lower portion. The storage part 8 is formed.

A volatilization port 9 and a bottle insertion opening 10 are formed in the upper wall 4 and the partition wall 5 above the bottle housing portion 8, and a communication hole 11 is formed around the bottle insertion opening 10 in the partition wall 5. The lamp communication hole 12 is formed, the lamp 13 is attached to the lamp communication hole 12 portion, and the heating element 15 is provided above the bottle insertion opening 10 via the support portion 14.
Is installed.

A flat plate-shaped first heat radiating portion 15a serving as a drug impregnated body set portion is provided on the upper surface of the heat generating body 15, and a cylindrical second heat radiating portion 15a is provided at a side portion of the first heat radiating portion 15a to serve as a liquid absorbent core insertion portion. A heat radiating portion 15b is provided, and an annular gap 16 is formed between the periphery of the heating element 15 and the peripheral wall 3.

The movable container 2 has a shape in which lower edges of a pair of vertical plates 17 and 17 are connected by a connecting horizontal plate 18, and a movable shaft portion 19 provided on the pair of vertical plates 17 and 17 is provided on the lower peripheral wall 6 of the lower main body 1b. The formed shaft support recess 20a and the shaft support recess 20b formed on the peripheral wall 3 of the main body 1a.
The movable container 2 is fitted into the shaft supporting hole 20 and has a connecting posture in which the connecting lateral plate 18 is flush with the bottom of the main body container 1 and a projecting posture in which the connecting horizontal plate 18 projects downward from the bottom part of the main body container 1. It is rotatable, and a cord 21 is arranged on the movable container 2.

The volatilization port 9 of the upper wall 4 of the upper body 1a is formed in a rectangular shape, and a pair of protective frames 22 are integrally provided on the upper part of the volatilization port 9. The portion 15b is formed so as to face the upper wall 4 and open at the volatilization port 9.

Therefore, if the movable container 3 is pulled up and fixed in the protruding posture by the fixing ribs and the fixing grooves and the like, and then the bottle 23 filled with the chemical liquid is stored in the bottle storage portion 8, the liquid absorption after sucking the chemical liquid in the bottle 23 The core 24 can be heated by the second heat radiating portion 15b to evaporate, and if the medicine impregnated body M (hereinafter referred to as mat M) is set on the first heat radiating portion 15a of the heat generating body 15, the mat M is heated to evaporate the medicine. it can.

When the bottle 23 and the mat M are used at the same time, the second
The heat dissipation portion 15b is not blocked by the mat M.

Further, since the bottom portion of the bottle 23 and the movable container 2 are placed at the same height so as to be installed on the floor or the like, the container A can be stably supported by the bottle 23 and the movable container 2.

Further, the bottle housing portion 8 is partitioned from the heating chamber 7 by the partition wall 5, so that the heat in the heating chamber 7 is less likely to be transferred to the bottle housing portion 8, and the heat is less likely to be transferred by the air flow generated above the bottle, so that the bottle is a heating element. As a result, the amount of heating is remarkably reduced, the air layer and the liquid layer in the bottle do not expand due to thermal expansion, and the chemical liquid does not deteriorate due to heat.

Air smoothly flows into the heating chamber 7 through the communication holes 11 and the like, and a space is formed around the heating element 15. Therefore, the chemicals evaporated from the liquid-wicking core 24 are discharged to the second heat radiating portion. 15
b Due to the heat rising air flow due to its own heat and the air flow, it does not volatilize smoothly out of the container A through the volatilization port 9 and stays in the heating chamber 7, and the drug condensation phenomenon does not occur. Even if a small amount of heat is generated, it is rapidly volatilized and discharged to the outside of the container 1 by the rising air current, and the first heat radiating portion 15a
Since the chemicals do not adhere to the inside of the container A, it is not necessary to perform troublesome cleaning of the inside of the container because the chemicals do not adhere to the inside of the container A, and complicated maintenance is not required. Therefore, the installation surface is not polluted.

When energized, the lamp illumination is radiated to the outside of the container A through the pilot window 13a of the upper main body 1a and serves as a pilot function, and the bottle illumination is performed through the lamp communication hole 12 provided in the lower main body 1b. The remaining amount of the drug solution stored in 23 is illuminated and can be confirmed, and it also serves as night illumination.

Further, the container A may be provided with a switch, a fuse, a lamp, various sensors, a timer, and the like, and a power supply chamber for housing these may be formed in the container A.

Further, the appearance of the container A is not limited to the example.

Further, the power supply method and connection method for this apparatus may be a household power supply method, a charging method, a battery method, or the like, or a direct outlet plug, a winding cord method, or the like. Furthermore, the first
The heating element in charge of each of the second heat radiating parts can be divided to provide two heating elements.

In addition, the drug solution to be used can be an insecticide, a disinfectant, a fragrance, a transpiration agent that has been conventionally used such as a deodorant, for example, as an insecticide, arethrin resmethrin, flamethrin, phenothrin, prarethrin, permethrin, Pyrethroid insecticides such as empentrin, Sumithion,
Examples include organophosphorus insecticides such as diazinon, DDVP, and marathons.

 Next, details of using the mat M will be described.

As the mat M, a normal mosquito repellent mat, a fragrance mat,
It is possible to use an impregnated body impregnated with a conventionally used transpiration chemical such as a fly mat, or a sublimable or transpiration solid chemical.

Insert the mat M into the heating element 15 from the gap between the protective frame 22 and the heating element 15.
It is set so as to face the first heat radiating portion 15a, and the heating element 15 is energized to generate heat, and the medicine is heated and the temperature rises. At this time,
The heat rising flow generated in the second heat radiating portion 15b is diffused and volatilized, so that the evaporated chemicals are volatilized smoothly without causing a condensation phenomenon and without contaminating the surrounding wall surface and the like.

At this time, the movable container 2 may be rotated to the storage posture and placed on the floor or the like in a state where the container A is compact and has a low height, so that the container A does not fall down stably.

Next, a case where the bottle 23 and the mat M are used at the same time will be described.

As described above, the bottle 23 and the mat M are set and heated and evaporated at the same time. However, since the mat M does not block the second heating portion 15b of the heating element 15, the liquid absorption core of the bottle 23 as described above. The chemical can be evaporated smoothly from 24 and Matt M.

In this case, change the type of medicine in the bottle 23 and the mat M,
Two kinds of effects can be exhibited. For example, by using an insecticide on one side and a synergist on the other side, a synergistic effect and an additive effect can be produced by the combined use of two agents, or by using a fragrance agent on one side and a repellent agent on the other side, and simultaneously exhibit different effects. You can

For example, when using a mosquito repellent mat and one month liquid mosquito repellent, set the surface temperature of the first heat radiating portion 15a to about 130 to 180 ° C and set the surface temperature of the second heat radiating portion 15b to about 120 to 150 ° C. By doing so, a commercial product can be used.

In this way, you can use liquid mosquito repellent and mosquito repellent mats that contain medicinal solution in the bottle, so after entering the mosquito season, after using liquid mosquito repellent for one month, the season is near the end,
You can use matte M to use up the medicine without waste,
It can be used efficiently without waste.

When the mat M is used, the mat M also acts as a heat insulating material, and the surface of the mat above the first heat dissipation portion 15a has a temperature of about 100 to 120 ° C. For this reason, the temperature of the second heat radiating portion 15b becomes high, the momentum of the heat rising flow becomes vigorous, and the evaporated chemicals from the mat M are attracted by the heat rising flow above the second heat radiating portion 15b and diffuse. Further, when using the liquid type, the temperature of the first heat radiating portion 15a becomes higher, the momentum of the heat rising flow becomes vigorous, and the evaporated chemicals from the liquid absorption core 24 are generated by the rising flow of the second heat radiating portion 15b. After rising, it is drawn into and diffused by the heat rising flow of the first heat dissipation portion 15a.

In both cases, the chemicals from the mat M and the liquid-wicking core 24 are heated and evaporated, and they are carried on the second heat rising flow from the other heat radiating portion, so that the diffusion of the chemicals is promoted.

Further, as the heating element 15 used in the present embodiment, not only the one having a built-in positive temperature coefficient thermistor but also another conventionally known heating mechanism can be used.

The shape of the heating element 15 is not limited to the embodiment and may be any shape.

For example, the second heat radiating portion 15b is not limited to a perfect cylindrical shape,
The shape may be an elliptic cylindrical shape, a polymorphic cylindrical shape, or a non-annular shape such as a U shape or a J shape. In this case, preferably, by providing a heat reflecting member or a heat conducting member for the ring opening portion,
The heating efficiency can be further improved.

The heating element 15 can be divided into two heating elements each having a first heat radiating portion 15a and a second heat radiating portion 15b, and can be provided with a switch.

FIG. 4 shows a second embodiment, in which the center of rotation 2a of the movable container 2 is shown.
Is located substantially below the middle part of the first heat radiating portion 15a, and a part 3a of the peripheral wall 3 of the upper body 1a and a part 25a of the bottom wall 25 of the movable container 2 are arcuate with the center of rotation 2a as the center. A part 25a of the bottom wall 25 projects above the first heat radiating portion 15a to serve as a cover when is in a projecting position.

With this configuration, when the bottle 23 is used, the part 25a of the bottom wall 25 of the movable container 2 covers the upper side of the first heat radiating portion 15a, so that it becomes difficult or impossible to mount the mat M.
In addition, it also serves as a protective portion for the first heat radiating portion 15a, and in cooperation with the protective frame 22, there is no danger of burns or the like, and safety is ensured.

FIG. 5 shows a third embodiment, in which the movable container 2 is replaced with the main container 1.
When the bottle 23 is used, it is slid downward to be in a protruding posture, and when the mat is used, it is slid upward to be in a retracted posture. The movable container 2 may be attached to the main body container 1 in a vertically slidable manner so as to cover the bottle 23.

FIG. 6 shows a fourth embodiment, in which the storage part 30 is formed on the side of the main body container 1 and the mounting part 31 is formed on the lower part to store the movable container 2 in the storage part 30 or the mounting part 31. It is attached so that it is in a protruding posture.

FIG. 7 shows a fifth embodiment, and a hook-shaped container A is formed by a main body container 1 and a projecting portion 1d integrally projecting downward toward one side of a bottom portion 1c of the main body container 1. Form the bottle storage portion 8 on the other side of the bottom portion 1c,
When the bottle is used, the container A is held in an upright posture by the bottle 23 and the protruding portion 1d, and when the mat is used, the container A is tilted so that the end of the bottom wall 1c and the end of the protruding portion 1d are in contact with the floor or the like to be stable. It can be kept in a state.

FIG. 8 shows a sixth embodiment, which is a container A of a low height having a substantially same shape as the main body container 1 shown in the above-mentioned first embodiment and having a linear bottom portion 1c.
32 is installed sideways, and the bottom 1c is formed with the bottle storage 8 opened downward.
Insert 32 into an outlet installed on the wall, etc.
To support.

[Effect of device]

According to the first invention, the heating element 15 has a flat plate-shaped first heat radiating portion 15a on which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorbing core 24 of the bottle 23 is inserted. Since the bottle storage portion 8 is formed in the lower portion of the main body container 1, not only the drug-impregnated body and the bottle can be used, but both the drug-impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

When the chemical impregnated body is used, the movable container 2 is housed in the main body container 1 to be compact, and the container A can be lowered to improve the stability.

When the bottle is used, by moving the movable container 2 in the protruding posture, not only has a space for mounting the bottle, but also the movable container 2 and the bottle can be stably supported.

When the movable container 2 is in the retracted posture during transportation / storage, it is compact and the transportation / storage cost is reduced.

According to the second invention, the heating element 15 has a plate-shaped first heat radiating portion 15a on which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorption core 24 of the bolt 23 is inserted. Since the bottle accommodating portion 8 is formed near the other side of the bottom portion 1c of the main body container 1, both the drug impregnated body and the bottle can be used, or both the drug impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

When using the chemical impregnated body, the end of the bottom 1c and the protrusion 1d
The end of the container can be placed on the floor to support the container A in a stable state. When using the bottle, the container A can be supported by the bottle and the protruding portion 1d.
Can be supported in a stable state.

According to the third invention, the heating element 15 has a flat plate-shaped first heat radiating portion 15a in which the chemical impregnated body is set and a tubular second heat radiating portion 15b through which the liquid absorption core 24 of the bottle 23 is inserted. Since the bottle accommodating portion 8 is formed at the bottom of the container A, not only the drug-impregnated body and the bottle can be used, but both the drug-impregnated body and the bottle can be used individually or simultaneously.

Further, since the first heat radiating portion 15a and the second heat radiating portion 15b are separated from each other, the drug evaporated from the drug impregnated body does not adhere to the liquid absorbent core 24 when both the drug impregnated body and the bottle are used at the same time, There is no factor that causes volatilization failure such as suppression of volatilization to the liquid absorbent core 24, and stable volatilization is possible, and volatilization from the liquid absorbent core 24 does not obstruct the upward flow of the evaporated chemicals from the chemical impregnated body, and condensation and adhesion It can be volatilized stably.

In addition, when the chemical impregnated body is used alone, the first heat dissipation portion 15
Since the temperature of the second heat dissipation portion 15b becomes higher than the temperature above a,
The second heat dissipating portion 15b has the effect of raising the heat, an upward heat flow is generated, and the evaporated chemicals are drawn into the upward flow, and the vaporization port 9
It is more rapidly volatilized indoors, and the chemical contamination around the chemical-impregnated body is also reduced.

In addition, when the bottle is used alone, a heat rising flow occurs in the first heat radiating portion 15a, and the evaporated chemicals that easily condense dew in the second heat radiating portion 15a.
After rising by the heat rising flow of b, it is further attracted to the heat rising flow on the first heat radiating portion 15a and can be diffused into the room, and the drug adhesion and contamination on the container are reduced.

Further, the container A can be supported by inserting the insertion plug 32 into an outlet installed on a wall or the like.

[Brief description of drawings]

1, 2, and 3 are a perspective view, a sectional view, an exploded perspective view showing a first embodiment of the present invention, FIG. 4 is a sectional view of the second embodiment, and FIG. 5 is a third embodiment. An example front view, FIG. 6 is a front view of the fourth embodiment, FIG. 7 is a cross-sectional view of the fifth embodiment, and FIG.
It is sectional drawing of an Example. 1 is a main body container, 1c is a bottom part, 1d is a protruding part, 2 is a movable container,
Reference numeral 8 is a bottle storage portion, 9 is a volatilization hole, 15 is a heating element, 15a is a first heat radiation portion, 15b is a second heat radiation portion, and 32 is a plug.

Claims (3)

(57) [Scope of utility model registration request] 1. A container A comprising a main body container 1 and a movable container 2 which is movably provided in the main body container 1 such that the main body container 1 is stored in the main body container 1 and stored in the main body container 1 and in a projection posture in which the main body container 1 projects from the bottom. And, a bottle housing portion 8 for housing a bottle 23 having a liquid absorption core 24 is formed in the lower part of the main body container 1, a heating element 15 is attached to the upper part of the main body container 1, and the heating element 15 is impregnated with a drug. And a flat plate-shaped first heat radiating portion 15a in which the
A cylindrical second heat radiating portion 15b which is separated from the above and through which the liquid absorbing core 24 is inserted.
And a volatilization hole 9 facing the heating element 15 in the upper part of the main body container 1, respectively. 2. A main body container (1) and a projecting portion integrally provided by projecting downward toward one side of a bottom portion (1c) of the main body container (1).
A hook-shaped container A is formed by 1d and a bottom portion 1c of the main body container 1
On the other side, a bottle housing portion 8 for housing a bottle 23 having a liquid absorption core 24 is formed, a heating element 15 is attached to the upper part of the main body container 1, and a chemical impregnated body is set on the heating element 15. A flat plate-shaped first heat radiating portion 15a and a cylindrical second heat radiating portion 15b which is separated from the first heat radiating portion 15a and into which the liquid absorbing core 24 is inserted are further provided. A heating evaporation device provided with opposing evaporation holes 9. 3. A bottle 23 having an absorbent core 24 at the bottom of the container A.
And a plate-shaped first heat radiating portion 15a in which a heat-generating body 15 is attached to the upper part of the container A, and a chemical impregnated body is set on the heat-generating body 15, and a first heat-radiating body 15a. 15a
A cylindrical second heat radiating portion 15b which is separated from the above and through which the liquid absorbing core 24 is inserted.
And a volatilization hole 9 facing the heating element 15 in the upper part of the container A, and the insertion plug 32 is attached to the container A in a lateral direction.