JPH037526A - Heating evaporation device - Google Patents

Abstract

PURPOSE:To obtain a thermal evaporator having excellent heat transfer effect on liquid sucking core and excellent evaporating effects in attaching a bottle to a bottle fixing part by constituting a thermal evaporator in such a way that the liquid sucking core directly connected to heating mechanism in the bottle. CONSTITUTION:A bottle 12 is fixed to a receiver 7, the receiver 7 is raised or a main body A of device is moved downward. Then the receiver 7 is somewhat rotated against the main body A, a cover 14 is attached to an opening of the bottom 12 to complete integrating operation of the bottle 12. Then a thermal evaporator having set the bottle 12 is switched on, a liquid sucking core 13 is heated by a heating member 3 and an insecticidal solution is vaporized from an evaporation hole 15 to atmosphere. Since the core 13 is linked to the heating member 3 without gap, the liquid sucking core has economically excellent heat transfer efficiency from the heating member 3 and small loss of energy to vaporize a chemical solution.

Description

[Detailed description of the invention] [Industrial application field]

TECHNICAL FIELD The present invention relates to a heating evaporation device that heats and evaporates chemical liquids such as fragrances and insecticides.

[Background of the invention]

As a heating evaporation device for heating and evaporating chemical liquids such as fragrances and insecticides, a bottle is placed on the bottom lid, and a cylindrical body with a lid and bottom is used, as described in, for example, Japanese Utility Model Application Publication No. 58-45670. The bottom lid is fitted from the bottom side, or as described in Japanese Utility Model Publication No. 44-8381, the bottle is inserted from the bottomless side of the cylindrical body with a lid and bottom, and the mouth of the bottle is screwed. Heating that evaporates the absorbed medicinal liquid by heating a liquid-absorbing core that is partially immersed in the medicinal liquid of a bottle, such as those attached to the main body, or as described in Japanese Utility Model Application Publication No. 63-84240. In the transpiration device,
The main body of the device is provided with a bottle insertion part that allows the bottle to be inserted and taken out from a substantially horizontal direction, a heating element is provided on the upper side of this bottle insertion part, and a thousand-sided part is provided that allows the liquid absorbent core of the bottle to be inserted and taken out from a substantially horizontal direction. A device having a substantially U-shaped liquid absorbent core insertion portion has been proposed. By the way, in all of these, the liquid absorbent wick is only fixed to the bottle, and there is a problem that the tip of the liquid absorbent wick tends to wobble and there is a high risk of damage to the liquid absorbent wick. I have come to understand. In addition, there is a sufficient gap between the liquid absorbent core and the heating element, which makes it difficult for the heating element to transfer heat to the liquid absorbent core, resulting in poor heat transfer efficiency and large energy loss.

[Disclosure of the invention]

An object of the present invention is to provide a heating evaporation device that has good heat transfer efficiency to the liquid absorbent core and can effectively heat the liquid absorbent core, so that it has an excellent transpiration effect. The object of the present invention is to provide a heating mechanism, a core directly connected to the heating mechanism, and a bottle mounting section, and to enable the core to be placed inside the bottle when the bottle is mounted on the bottle mounting section. This is achieved by a heating evaporation bag characterized in that it is configured to evaporate the liquid in the bottle by heating the core with heating mi.

【Example】

FIG. 1 is a sectional view showing one embodiment of a heating evaporation device according to the present invention. In each figure, 1 is an upper body of a heating evaporation device main body A, 2 is a middle body of the device main body A, and a heating body 3 is provided in this middle body 2. Note that 4 is an electric cord, which is cut in the middle in the figure. Reference numeral 5 denotes a cylindrical portion with claws 6 formed inside, and this cylindrical portion 5 is integrally constructed with the middle body 2. 7 is a receiver, and a bottom plate 8 of this receiver 7 is formed with ribs 9 for attachment and fixing. Reference numeral 10 denotes a cylindrical part that stands up from the bottom plate S, and this cylindrical part 10 is fitted into the cylindrical part 5, and has an elongated hole (into which a claw 6 protruding into the cylindrical part 5 enters). A vertically elongated hole (11) is formed in the peripheral wall of the cylindrical portion 10. 12 is a bottle filled with insecticidal liquid, for example;
3 is a liquid-absorbing wick for guiding the insecticidal liquid in the bottle 12 to the upper part by capillary action. The important point to note here is that this heating evaporation device:
The liquid absorbing core 13 is not attached to the bottle 12 side in advance, but is attached integrally to the heating body 3. 14 is a lid for sealing the opening of the bottle 12 disposed on the liquid absorbent core 13. In the heating evaporation device configured as described above, the operation of assembling the bottle 12 is performed as follows. First, the intermediate body 2 and the receiver 7 of the apparatus main body A are moved in the direction of the arrow so that the claw 6 moves vertically along the elongated hole 11 so that the middle body 2 and the receiver 7 of the apparatus main body A are moved away from each other. Then, since the distance between the receiver 7 and the liquid absorbent core 13 becomes greater than the height of the bottle 12, the bottle 12 with its lid opened can be easily attached to the receiver 7. After the bottle 12 is attached to the receiver 7, the receiver 7 is raised or the device main body A is moved downward, and the receiver 7 is rotated a little with respect to the device main body A, and the lid 14 is placed on the bottle 12. Just attach it to the opening and the job is done. In addition, when completing the setting of the receiver 7 to which the bottle 12 is attached to the apparatus main body A, the cylindrical part 5 and the cylindrical part 10 are
However, since the claw 6 and the elongated hole 11 serve as a guide mechanism, the liquid absorbent wick 13 moves only in a relative vertical direction, and the lower end of the liquid absorbent wick 13 is smoothly guided into the bottle 12. It will be done. That is, a guide i ellipse for moving the receiver 7 is provided between the receiver 7 and the device main body A so as not to damage the liquid absorbent core 13, and this guide mechanism Since the main body A and the main body A are configured so that they cannot be separated,
The liquid absorbent core 13 will not be damaged. In addition, since the receiver 7 cannot be separated from the main body A of the device, an accident such as the receiver 7 being lost will never occur.In particular, the receiver 7 will not be removed during transportation, etc. There will be no accidents such as the bottle 12 falling. Moreover, since the receiver 7 is designed to be able to slide relative to the main body A of the apparatus, it is possible to accommodate bottles 12 having different heights. Then, the heating evaporation device that has been applied to the cellar 1 of the bottle 12 as described above is turned on, the liquid absorption core 13 is heated by the heating element 3, and the insecticidal liquid is evaporated into the air from the evaporation hole 15. However, during this heating evaporation, the liquid absorbent wick 13 is connected to the heating body 3 without any gaps, so
The heat transfer efficiency from the heating element 3 is good, and there is little energy loss for evaporating the chemical solution, making it economical.

【effect】

The insecticidal device according to the present invention includes: a heating mechanism, a core directly connected to the heating mechanism, and a bottle mounting section, and when the bottle is mounted on the bottle mounting section, the core can be placed inside the bottle. In this way, the liquid in the bottle is evaporated by heating the wick with the heating device m, so that when the heating evaporation device is turned on, the wick is heated by the heating mechanism and the liquid is evaporated into the air. During this heating evaporation, the wick is connected to the heating a structure, so the heat transfer efficiency is good, there is little energy loss for evaporating the chemical, and it is economical. has.

[Brief explanation of the drawing]

FIG. 1 is a sectional view showing one embodiment of a heating evaporation device according to the present invention. A... Device main body, 1... Upper body, 2... Middle body,
3... Heating body, 5... Cylindrical part, 6... Claw, 7...
- Receiver, 8... Bottom plate, 9... Rib, 10... Cylindrical part, 11... Long hole, 12... Bottle, 13... Liquid absorbent core, 14... Lid.

Claims (1)

[Claims] It is equipped with a heating mechanism, a core directly connected to the heating mechanism, and a bottle mounting part, and when a bottle is mounted on the bottle mounting part, the core can be placed inside the bottle, and the core is heated. A heating evaporation device characterized by being configured to evaporate liquid in a bottle by heating with a mechanism.