KR20110021543A - A device for emit a good odor - Google Patents

Abstract

PURPOSE: A perfume emitting apparatus is provided, which can prevent generation of impurity or residue and emit perfume beneficial for the human body. CONSTITUTION: A perfume emitting apparatus comprises: a storage tank(510) in which an opening is formed and stores diluted solution including water and undiluted perfume solution; and a diluted solution scattering unit(550) which scatters diluted solution to the wall of the storage tank when being rotated by a drive motor. The diluted solution scattering unit is supported in the opening of the storage tank and is mounted in a fixed casing(570) having a plurality of perfume discharge holes.

Description

Fragrance emanation device {a device for emit a good odor}

The present invention increases the divergence effect of the fragrance by scattering the diluent through the diluent scattering means which is installed so as to scatter the diluent when integrally rotated connected to the driving motor while at least a part of the diluent is immersed inside the storage tank in which the diluent is stored. The present invention relates to a fragrance dissipation device that allows to.

In general, air purifiers are placed in confined spaces such as homes and offices to introduce impurities such as dust or gas contained in the air in the confined spaces, and filtered to purify the impurities. Purifying the inside air to maintain a comfortable indoor environment.

In addition, a method of emitting fragrances beneficial to the human body indoors is used, which is a method using concentrated oils, such as herbs, flowers, fruits, etc., which concentrates and sprays the concentrated solution by heating or diluting with water. Will be used to give off the fragrance indoors.

In connection with such a technique, a technology of an air purifier is disclosed in Korean Utility Model Registration No. 297501. The configuration of the air purifier includes a compartment 51 in which an electric circuit lamp is installed while the dust collecting filter 20 is built in, as shown in FIG. The cover 12 has a front casing 100 and a rear casing 200, the front casing 100 forms an outlet 10 which serves as anion and aroma discharge upward, and supports the dust collecting filter 20. Guide 22 provided on both sides to support the support spring 24 for pressurizing the dust collecting filter in close contact with the guide, and hinged to open and close the cartridge housing 60 to the bottom to be engaged in the casing The cartridge housing 60 is formed by internally coupling the direction cartridge 70 containing the functional air freshener, partitions the middle portion of the casing, and forms a horizontal diaphragm 40 having a plurality of perforated holes 30 on one side. By made.

In addition, the rear casing 200 is made to be coupled to the front casing 100, and forms a horizontal diaphragm 50 in contact with the horizontal diaphragm 40 in the inner central portion to form a partition, to the dust collecting filter Fixing the sharp electrode 26 in the opposite position spaced apart, the cartridge housing 60 forms a door 64 and the transparent viewing window 66 in the center of the door opening and closing to the front of the casing 100, the direction cartridge It consists of a configuration that is provided with the actuator 80 to selectively open and close the 70.

However, the air purifier as described above has a disadvantage in that the dilution degree of the fragrance stock solution of the fragrance cartridge 70 in which the functional fragrance is stored may not be satisfied with various preferences according to the user.

In addition, the fragrance is diverged by the filling pressure of the cartridge, there is a problem that the divergence amount is lowered when the pressure is lowered, it is difficult to continuously discharge the fragrance.

In addition, the air purifier is a configuration that is fixed to most of the wall surface, etc. can not take full advantage of the appearance, there is a disadvantage that the need to provide a separate humidifier can not implement the effect of the humidification.

An object of the present invention for improving the conventional problems as described above, by storing the undiluted solution in water to prevent the occurrence of impurities or residues generated when using only the undiluted solution, dilution of the undiluted solution by automation By diluting the diluent liquid to enhance the divergence effect of the fragrance, it is possible not only to radiate the beneficial fragrance to the human body in the room, but also to provide a function of humidification. To provide a fragrance dispersing device that can be used for the purpose.

The present invention, in order to achieve the above object, the storage tank in which the upper portion is opened while storing the diluent including the water and the fragrance;

Diluting liquid scattering means which is installed so as to scatter the diluting liquid when at least a part of the diluting liquid is immersed in connection with a driving motor;

It provides a fragrance diverging device consisting of a configuration comprising a fixed casing is installed to support the diluent scattering means on one side of the storage tank.

In addition, the dilution liquid scattering means of the present invention provides a fragrance diverging device consisting of a rotary bar provided with a capillary pipe and a plurality of wings installed to form a flow path from the center toward the outer diameter side.

On the other hand, the dilution liquid scattering means of the present invention comprises a rotary bar having a plurality of guide vanes installed to have a spiral on the outer diameter side and a distribution plate connected to the upper end of the rotary end to be installed to change the flow path Provide a fragrance diverging device.

In addition, the fixed casing of the present invention is provided to cover the upper portion of the storage tank is provided with a plurality of fragrance discharge holes, the diluent scattering means is projected to the bottom of the storage tank is connected to the mounting portion in which the drive motor is built to maintain airtightness It provides a fragrance diverging device consisting of a configuration that the sealing member is further installed.

In addition, the fixed casing of the present invention is further provided with a stock solution reservoir having a nozzle operated by a solenoid and a timer interlocked with a microcomputer on one side thereof, interlocked with a solar cell having a charger on the upper surface, or by a battery and an AC power source. It provides a fragrance diverging device further provided with a power supply unit installed to operate.

In addition, the storage tank of the present invention is mounted on the upper portion of the pedestal having a lighting unit at the top having a mounting recess, the lighting unit is connected to the power supply is installed to illuminate the LED light having a variety of colors by the operation of the illumination sensor Provide a fragrance diverging device.

According to the present invention as described above, the stock solution is stored in a diluted state to prevent impurities or residues generated when only the stock solution is used, and the dilution liquid is diluted by automation to increase the divergence effect of the fragrance. In addition, it provides a function of humidification, as well as the function of humidifying indoors, and can be used for accessories such as humidification and fragrance as well as through the scattering of light and water.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a perspective view showing a fragrance diverging device according to the present invention, Figure 3 is an exploded perspective view showing a fragrance diverging device according to the present invention, Figure 4 is a cross-sectional view showing a fragrance diverging device according to the present invention, Figure 5 is a block diagram showing a control state of the perfume emitting device according to the present invention, Figure 6 is a perspective view showing a perfume emitting device according to another embodiment of the present invention.

The fragrance emanation device 500 of the present invention comprises a storage tank 510 and a dilution liquid scattering means 550 which is installed so that at least one side is contained therein.

In addition, the storage tank 510 is formed with an opening 515 positioned above the dilution liquid scattering means 550 while the dilution liquid 511 including water and fragrance concentrate is stored.

The dilution liquid scattering means 550, at least a portion of the dilution liquid 511 of the storage tank 510 is connected to the drive motor 520, when the rotation is integrally scattered dilution liquid at a predetermined height of the water surface formed by the dilution liquid It is installed all the time.

At this time, the dilution liquid scattering means 550 is supported through a fixed tank 570 supported by the storage tank or the storage tank.

In addition, the fixed casing 570 for fixing the dilution liquid scattering means 550 while being positioned at one side of the storage tank 510 is installed to support the dilution liquid scattering means at one side of the storage tank.

The dilution liquid scattering means 550 includes a plurality of vanes 553a installed at a first rotating bar 551 provided with a capillary tube 551a and an upper end of the rotating bar to form a flow path from the center toward the outer diameter side. It is made of a rotating plate 553 is provided.

On the other hand, the diluent scattering means 550, the induction pipe 559 having a different diameter so as to form a space on the outer diameter side of the mounting portion 575 in which the drive motor 502 is built while protruding to the bottom surface of the storage tank 510 Is connected, the second rotary bar 555 is inserted into the induction pipe 559 is connected to the drive motor 502 having a plurality of induction wings (555a) on the outside, the second rotation bar The distribution plate 557 is formed on the top of the (555) is configured.

At this time, the unevenness 557a is integrally formed on the dispersion plate 557.

In addition, the fixed casing 570 is provided to cover the upper portion of the storage tank 510 is provided with a plurality of fragrance discharge holes (573).

In addition, the fixed casing 570 is further provided with a stock solution reservoir 577 that operates as a timer 571a linked to the microcomputer 571 and a solenoid valve 571b connected to the microcomputer.

In addition, the storage tank 510 is mounted on the upper portion of the pedestal 540 having the mounting recess 542 and having the lighting unit 544 thereon, and the lighting unit 544 is connected to the power supply unit while the illuminance sensor ( By the operation of 544a) is installed to illuminate the LED light (544b) having a variety of colors.

On the other hand, a solar cell 584 panel or the like to which the capacitor 582 is connected may be further provided on the upper surface of the fixed casing or pedestal.

In this case, the power supplied to the driving motor and the lighting unit is selectively used a commercial AC power or a battery.

The operation of the present invention having the above configuration will be described.

As shown in Figures 2 to 6, the present invention dilutes aroma stocks such as herbs, aromas, etc., which are effective for perfume treatment or air purification, into a predetermined ratio of water, and then is injected into the storage tank 510.

At this time, the storage tank 510 may be used as it is, but it is more preferable to put it on the upper portion of the pedestal 540 having the mounting recess 542.

That is, the pedestal 540 is provided with a separate lighting unit 544 in the mounting recess 542 to turn on the LED light 544b having a variety of colors when supplying power to implement the effect as an ornament.

At this time, the LED light (544b) is connected to the illumination sensor (544a), and when the power supply at night or when the illuminance is less than a certain time to automatically turn on, but also to enable continuous light by manual.

Then, when the dilution liquid scattering means 550 is mounted inside the storage tank 510 and power is supplied to the driving motor 520 operating the dilution liquid scattering means 550, the dilution liquid scattering means 550 operates. The diluent 511 is scattered toward the wall surface of the storage tank 510, and the fragrance included in the water is dispersed to the outside through the opening 515 of the storage tank 510 while the diluent 511 is dispersed. do.

In the operation of the dilution liquid scattering means 550 according to the above-described embodiment, the first rotating bar 551 and the rotating plate 553 at the upper end of the driving motor 520 are rotated at the same time. .

At this time, the air introduced through the configuration penetrating the upper side of the rotating plate 553 is discharged in the direction of the blade 553a to form a flow path toward the outer diameter side from the center of the rotating plate to rotate the plurality of wings (553a). When the pressure difference is generated in the upper and lower ends of the capillary tube, the diluent flows into the capillary tube 551a provided in the first rotating bar, ascends, and then scatters to the wall surface of the storage tank 510 to collide with each other.

On the other hand, the operation of the dilution liquid scattering means 550 according to another embodiment, the second rotary bar 555 and the dispersion plate 557 of the upper end connected to it when the drive motor 502 is rotated at the same time.

At this time, the plurality of guide vanes 555a installed to have a spiral shape on the outer diameter side of the second rotary bar 555 are closely adhered to the inside of the guide tube 559 to continuously raise the diluent while rotating the upper end thereof. The collision is caused by colliding with the dispersion plate 557 connected to the switch to be scattered to the wall surface of the storage tank 510 to be collided.

At this time, the dispersion plate 557 and the wings are formed with unevenness (557a) integrally to further dividing the diluent to increase the divergence effect of the fragrance.

In addition, the dilution liquid scattering means 550 may be installed in the storage tank 510, or may be installed in the fixed casing 570 mounted to the storage tank.

When the dilution liquid scattering means 550 is installed in the fixed casing 570, the fragrance is easily diverged through the plurality of fragrance discharge holes 573 provided in the fixed casing.

In addition, the dilution liquid scattering means 550 may be connected to the bottom of the storage tank 510.

In addition, the fixed casing 570 is further provided with a stock solution reservoir 577 operating as a timer 571 a and a solenoid valve 571 b interlocked with the microcomputer 571 on one side thereof. The stock solution is added to the inside of the storage tank at regular intervals, thereby making it easier to use.

In addition, the fixed casing 570 is further provided with a power supply which is used to select any one or more of the solar cell 584, the battery, AC power having a capacitor 582 on the upper surface to be applied in various ways depending on the application. It will be possible.

1 is a side view showing a conventional air purifier.

2 is a perspective view showing a fragrance diverging device according to the present invention.

Figure 3 is an exploded perspective view showing a fragrance diverging device according to the present invention.

4 is a cross-sectional view showing a fragrance emanation device according to the present invention.

5 is a block diagram showing a control state of the fragrance emanation device according to the present invention.

6 is a perspective view showing a fragrance diverging device according to another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

510 Storage tank 511 Diluent

515 ... opening part 520 ... drive motor

553 ... Turning Plate 557 ... Distributing Plate

570 Fixed Casing 573

580 ... Power Supply

Claims (9)

As the diluent 511 including the water and the fragrance stock solution is stored, the diluent 511 is rotated in contact with the driving motor 520 while at least a part of the diluent 511 contacts the inside of the storage tank 510 in which the opening 515 is formed. When the dilution liquid scattering means 550 is provided so as to collide with the dilution liquid scattering on the wall surface of the storage tank The dilution liquid scattering means 550 is supported by an opening of the storage tank 510 so as to scatter the dilution liquid on the upper side of the water surface of the diluent liquid. Fragrance diverging device, characterized in that mounted on the fixed casing (570) having a fragrance discharge hole (573) The method of claim 2, wherein the dilution liquid scattering means 550, the first rotary bar 551 is provided with a capillary tube (551a) and a plurality of which is installed on the upper end of the rotary bar to form a flow path from the center toward the outer diameter side Fragrance diverging device, characterized in that made of a rotating plate 553 is provided with a blade (553a) According to claim 1, The dilution liquid scattering means 550 is mounted to the drive motor 502 is built-up while protruding upward to the bottom of the storage tank 510 to scatter the diluent from the upper side of the water surface of the diluent Incense emanation device characterized in that the connection is installed on the upper side According to claim 4, The dilution liquid scattering means 550 is connected to the upper end of the second rotary bar 555 having a plurality of guide vanes (555a) installed to have a spiral on the outer diameter side and the rotary end flow path Dispersion plate 557 and the guide vane is installed so as to change the fragrance diverging device, characterized in that made of a flow path tube 559 to the inner diameter side The fragrance emanation device according to claim 3 or 5, wherein irregularities are integrally formed on the wing or the dispersion plate. According to claim 1, wherein the storage tank 510 is mounted on the upper portion of the pedestal 540 having an illumination portion 544 on the upper portion having a mounting recess 542, The lighting unit 544 is connected to the power supply unit while being installed to illuminate the LED light (544b) having a variety of colors by the operation of the illumination sensor (544a) The fragrance emanation device according to claim 3, wherein the fixed casing further comprises a stock solution container (577) operating as a timer (571a) and a solenoid valve (571b) interlocked with the microcomputer (571). The apparatus of claim 3 or 7, wherein the fixed casing or pedestal further comprises a solar cell 582 connected to the capacitor 584 on an upper surface thereof.

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