KR20030075217A - scents airconditioning method and device - Google Patents

Abstract

The present invention relates to a fragrance air conditioning method and an air conditioning apparatus, by supplying the fragrance of the vaporized state independently, it can be used arbitrarily various kinds of incense, no pollution due to reverberation, even in the same building for each user Accordingly, to provide a method and apparatus for flavor air conditioning that can be selectively used.

In order to achieve the above object, the present invention generates and supplies compressed air from a pneumatic generator, and selectively passes the compressed air through one or two or more fragrance vaporizers so that the fragrances stored in each fragrance vaporizers are changed. After optional vaporization, each vaporized fragrance is mixed and fed to each application at the same time.

Description

Scents airconditioning method and device

The present invention relates to a fragrance air conditioning system, and more particularly to a fragrance air conditioning method and apparatus that can be built in a pleasant indoor environment by providing a variety of convenient and convenient fragrance to the interior of a building or office. .

Due to the urbanization of the living environment, air pollution is intensified, and according to the residential environment of modern people who spend most of their time indoors, the temperature, humidity, cleanliness, and average velocity of indoor air suitable for indoor use are Air-conditioning systems are widely used to keep dust and harmful gases away.In general, air conditioners are installed in the machine room to change the air into various states. After that, the air is sent to each room and the air is blown into the room through the ceiling or wall ventilators.

As such, the air that is the object of breathing is very important for a person, and the smell or aroma contained in the air has an absolute effect on other organs or emotions of the human body through the smell of the person. It brings a variety of benefits.

In other words, clear air or a good scent basically enriches the mind and can relieve stress by promoting relaxation or relieving tension, which can improve the efficiency of various tasks.

Furthermore, a good fragrance can remove other odors, provide a hygienic environment by the sterilizing power contained in the fragrance, and, moreover, give a good impression to visitors when supplying it to the entrance of a building or a store selling various objects. This can have a big impact on corporate image enhancement.

In particular, with the trend of intelligent building of modernized buildings, efforts to improve the image of the owners and buildings are required by implementing various functions to satisfy the user's services such as work efficiency, building layout, and the introduction of information and communication systems. In addition, there is a growing variety of services for workers and visitors in the building.

As part of this trend, the incense air conditioning system is used to supply a certain fragrance to a building or office to provide a pleasant environment. Conventionally, a container containing incense is installed at one end of the duct of the basic air conditioning system mentioned above. It is a general use method to mix naturally with air.

That is, the incense is installed in the supply air passing through the air-conditioning duct as it is, and the incense is mixed and supplied to the supply air, or a venturi tube is formed to inhale the incense from the incense vessel by the pressure difference with the supply air The method has been mainly used.

1 shows an example of a conventional incense supply device, and referring to this, a venturi tube 3 drawn from an incense tank 2 is installed at one end of an air conditioning duct 1 so that the air is supplied with the incense stock solution. It is sucked from (2) and supplied together.

However, such a conventional incense supply device has a problem in that the incense is supplied in a liquid state, so that it is not evenly spread at the end use, but is locally supplied. The air itself will be contaminated and result in supply.

Moreover, since the conventional incense supply device is supplied by piggybacking to the air conditioning system, it is difficult to adjust arbitrarily, and it is impossible to select the type of incense, and in particular, the incense supply is not provided to the user because there is no choice of incense for the user. There was a discordant contrary to the original purpose of the.

The present invention is to solve the conventional problems as described above, and further to provide a more advanced fragrance air conditioning system, by providing a fragrance independently, any use is possible by the user's choice, fragrance easily to each use An object of the present invention is to provide a flavor air conditioning method and apparatus that can supply.

Another object of the present invention is to provide a fragrance air-conditioning method and apparatus that can be distributed evenly to each use because the fragrance is supplied in a vaporized state, thereby delivering a subtle natural fragrance and preventing contamination in the duct due to reverberation. .

Another object of the present invention, by supplying a variety of incense can be selectively mixed, by allowing the user to choose arbitrarily can be used appropriately to suit the preferences or purposes in the same building can provide satisfaction to all users It is to provide a flavor air conditioning method and apparatus.

Figure 1-partial cross-sectional view showing an embodiment of a conventional fragrance supply device

2 is a block diagram showing an example of an air conditioning system according to the present invention.

3-the circuit diagram of FIG. 2

4-cross section of a tank according to the invention

5-a perspective view of one embodiment of a filter according to the invention

Figure 6-a perspective view showing one embodiment of the fragrance spray nozzle according to the present invention

7 is a block diagram illustrating another embodiment of the present invention.

※ Explanation of code about main part of drawing ※

11; Pneumatic generator 12; Incense Vaporizer

13; Mixer 14; Controller

15; Branch line 16; Pressure regulating valve

17; ON / OFF switch 18; Compressed air inlet pipe

19; Tank 20; Flow control valve

21; Solenoid valve 22; Fragrance supply pipe

23; Lid 24; Incense stock solution

25; Cap 27; filter

A characteristic method for achieving the above object is to generate and supply compressed air from a pneumatic generator, and to selectively pass the compressed air through one or two or more fragrance vaporizers so that the fragrances stored in each fragrance vaporizers are transferred. After the optional vaporization, each of the vaporized fragrances are mixed and supplied to each application at the same time.

The aromatization device through which the compressed air is passed may be selected arbitrarily from a supply source or a use destination.

In addition, the characteristic device of the present invention, the pneumatic generator; Compressed air inlet pipe connected from the pneumatic generator is introduced to the inner bottom of the tank, the inlet pipe is provided with a flow control valve and a solenoid valve, one of the fragrance supply pipe is drawn from one end of the upper surface of the tank or Two or more fragrance vaporizers; A mixer in which the fragrance supply pipes of the respective fragrance vaporizers are connected so that each fragrance is mixed, and the mixed fragrances are supplied to each user through a plurality of branch pipes; It comprises a control unit for electrically operating the pneumatic generator and the fragrance apparatus.

Accordingly, in the state in which the different fragrance stock solution is stored in the tank, it is possible to arbitrarily select or mix the fragrances, and the amount or time of supply can be conveniently operated by the control unit.

In addition, another feature of the present apparatus, the mixer and the control unit is installed separately for each use, the fragrance supply pipe connected from each fragrance apparatus is connected to each mixer in a state in which the branch pipe is pulled out again therefrom will be.

In this case, it is possible to satisfy different tastes for each place of use, and can be used in a multi-family building such as an apartment because it is possible to collectively manage and arbitrarily select and combine a desired scent.

When described in more detail with reference to the accompanying drawings as a specific feature and configuration of the present invention as follows.

The present invention generates and supplies compressed air from a pneumatic generator, selectively passes the compressed air through one or more fragrance vaporizers to selectively vaporize the fragrance contained in each fragrance vaporizer, and then As a method of mixing the fragrance and feeding it to each place at the same time, an embodiment for implementing such a method is schematically illustrated in FIGS. 2 and 3.

Referring to FIG. 2, in the present invention, the perfume vaporizer 12 is connected from the pneumatic generator 11, and the perfume vaporizer 12 is connected to the mixer 13 again. Branch pipe 15 is drawn out and connected to each use, the pneumatic generator 11 and the aromatization device 12 is electrically connected to the control unit (14).

FIG. 3 illustrates the above-mentioned FIG. 2 in more detail. Referring to FIG. 2, the pneumatic generator 11 is provided with a pressure regulating valve 16 and an on / off switch 17 to direct through the compressed air inlet pipe 18. Is connected to the vaporization device 12, the fragrance vaporization device 12 is provided with a tank 19 for receiving the fragrance stock solution so that the inlet pipe 18 is introduced to the inner bottom of the tank 19, The inlet pipe 18 is provided with a flow control valve 20 for adjusting the flow rate of the compressed air and a solenoid valve 21 for selectively blocking or supplying the compressed air.

At one end of the upper surface of the tank 19, a fragrance supply pipe 22 is drawn out and connected to the mixer 13.

One or two or more fragrance vaporization apparatus 12 may be installed, and each of the fragrance vaporization apparatus 12 is accommodated different flavor liquid.

The mixer 13 is composed of one space so that the fragrance vaporized from each fragrance vaporizer 12 is mixed here, and the mixed fragrance is used through the branch pipe 15 branched from the mixer 13 to each place of use. Supplied to.

At this time, each branch pipe 15 may be separately installed a valve (not shown in the figure) that can individually block the inflow of fragrance.

In addition, the fragrance supply pipe 22 withdrawn from the tank 19, the inner wall of the mixer 13 and each branch pipe 15 is composed of a tube of the fluorine resin system (hereinafter referred to as "teflon tube"), This is because the Teflon has no surface tension, and thus, the fragrance does not adhere to the surface, thereby easily removing the remaining fragrance.

4 is a cross-sectional view showing the tank 19 in more detail, as shown therein, the tank 19 according to the present invention is opened and closed by a lid 23, the compression is connected from the pneumatic generator 11 The air inlet pipe 18 is installed to be close to the inner bottom surface of the tank 19, the fragrance supply pipe 22 is drawn out at the upper end, preferably the compressed air inlet pipe 18 and the fragrance supply pipe ( 22 is installed on the lid 23 so that the tank 19 is separated from the lid 23 so as to be convenient for handling the flavor stock solution 24.

In addition, a cap 25 is attached to an end of the compressed air inlet pipe 18, and the cap 25 is formed in a mesh shape or a filter structure so that the portion of the cap 25 is immersed in the aromatic stock solution 24. When compressed air is supplied from the air, the air supplied through the hole 26 of the cap 25 becomes fine air bubbles and moves to the upper side of the inside of the tank. Is discharged.

At this time, in order to prevent relatively large air bubbles from being discharged, one or two or more filters 27 may be installed at a position above the inner surface of the tank 19, that is, above the water surface of the fragrance liquid 24. An embodiment of this filter 27 is shown in FIG. 5.

As shown in FIG. 5, when the filter 27 is installed inside the tank 19, the ring 28 is fitted to maintain the airtightness with the inner wall of the tank 19, and the filter 27 penetrates up and down over the entire surface. Numerous micropores 29 are formed.

Therefore, among the bubbles rising from the fragrance stock solution, the bubbles of relatively large particles are blocked by the filter 27, and only the fine bubbles pass through the micropores 29 of the filter 27, and the fragrance supply pipe on the upper side thereof. It is discharged to the mixer 13 through 22, and the filter 27 also prevents the discharged fragrance from flowing back in a state where the pneumatic pressure is released.

On the other hand, the end of each branch pipe 15 is connected to each use, the end of the branch pipe 15 is attached to the nozzle 30 is generally used to emit a scent, in another form As in 6, a separate nozzle tube 31 formed long at the end of the branch pipe 15 is connected, the nozzle tube 31 is installed in the nozzle tube 31 at regular intervals, so that the fragrance evenly in a relatively large room It can be made to emit.

After use, by forcibly supplying only compressed air in a state where fragrance is not included, all the reverberation remaining in each line is discharged so that the inside of each line can be always kept clean. All the lines up to the point of use are made of Teflon tubes so that the reverberation can be easily discharged by the injection of compressed air, and the fragrance according to the present invention can be more easily removed because it remains in a vaporized state rather than a liquid. have.

According to this embodiment of the present invention, if the fragrance apparatus is selected by the operation in the control unit 14, the flow rate and the supply time of the compressed air generated from the pneumatic generator 11, the tank 19 ), The fragrance stock solution is evaporated and mixed in the mixer 13, and then a series of actions are performed to be supplied to each application through the branch pipe 15, and the fragrance may be arbitrarily selected or supplied in combination. For example, it can be supplied collectively in large-scale buildings or offices, and the environmental improvement of the entire building can be made very easy.

7 shows another embodiment of the present invention, in which the same reference numerals are used for the same parts as in FIGS. 2 and 3.

Referring to this, the fragrance vaporizer 12 is connected from the pneumatic generator 11, the fragrance vaporizer 12 is connected to the mixer 13, from which the branch pipes 15 are respectively connected. The pneumatic generator 11 and the aromatization device 12 are drawn out and connected to the place of use, and are electrically connected to the control unit 14.

By the way, in this embodiment, the mixer 13 is separately installed for each place of use, the control unit 14 is also separately installed for each place of use, and each control unit 14 is connected to the main computer 31 to provide the pneumatic pressure. The generator 11 and the perfume device 12 can be operated.

At this time, it is important that the fragrance supply pipe 22 drawn out from each fragrance vaporizer 12 is connected to each mixer 13 separately from the fragrance supply pipe 22 of the other fragrance vaporizer 12, and each mixer ( Each fragrance supply pipe 22 connected to 13 is provided with a solenoid valve (not shown in the drawing) that can be operated independently at each control unit 14, and the operation of the overall control unit is carried out to the main computer 31. By setting in advance, the circuit size of each control unit can be reduced.

Therefore, different aromas can be mixed for each mixer 13.

Such an embodiment is suitable for allowing a combination of fragrances to suit each taste because many households have different flavors of incense, as in an apartment.

In other words, when the control unit 14 arranged for each furniture is individually operated, the selected fragrance apparatus is operated so that only the selected fragrance is mixed and supplied through the unique mixer of the furniture.

The present invention as shown and described above is not intended to be limited to the above embodiments, and may be implemented in various forms without departing from the spirit of the present invention. For example, the configuration of the tank, the filter and the nozzle may be changed or modified as necessary, and the connection of the aromatizer, the mixer, and the control unit may be appropriately replaced or changed depending on the type of building or office.

As described above, the present invention generates and supplies compressed air from a pneumatic generator, and selectively passes the compressed air through one or two or more perfume vaporizers to selectively vaporize the incense contained in each perfume vaporizer. Next, by a method and apparatus for mixing each vaporized scent and supplying to each place at the same time, by supplying an independent scent air conditioning system, selective supply and use of the scent can be made conveniently, supplying the scent of the vaporized state As a result, the fragrance can be supplied evenly and uniformly over a wide range of spaces, thereby providing an effect of feeling a more natural fragrance.

In addition, various kinds of incense can be arbitrarily selected and used by the user according to their preferences, thereby providing convenience for everyone to satisfactorily use incense.

Claims (8)

Compressed air is generated and supplied from a pneumatic generator, and the compressed air is selectively passed through one or more fragrance vaporizers to selectively vaporize the fragrance contained in each fragrance vaporizer, and then mix each vaporized fragrance. Fragrance air conditioning method characterized in that to supply to each use at the same time. The method of claim 1, The fragrance vaporization device is a fragrance air conditioning method characterized in that the source and the user can be selected at random. A pneumatic generator 11; Compressed air inlet pipe (18) connected from the pneumatic generator (11) is introduced up to the inner bottom of the tank (19), and the inlet pipe (18) has a flow control valve (20) and a solenoid valve (21). One or two or more fragrance vaporizers 12 which are installed, from which the fragrance supply pipe 22 is drawn out from one end of the upper surface of the tank 19; A mixer 13 to which the fragrance supply pipes 22 of the fragrance vaporizers 12 are connected to mix the fragrances, and to supply the mixed fragrances to the respective places of use through the plurality of branch pipes 15; And a control unit (14) for electrically operating the pneumatic generator (11) and the fragrance vaporizer (12). The method of claim 3, wherein A lid 23 for opening and closing the tank is coupled to the upper end of the tank 19, and the compressed air inlet pipe 18 and the fragrance supply pipe 22 are installed on the lid 23. Device. The method of claim 3, wherein One or two or more filters 27 having numerous micropores 29 formed on the entire surface of the tank 19 are disposed in the tank 19 to discharge only the fine particles from the vaporized fragrance to the fragrance supply pipe 22. Incense air conditioning apparatus characterized in that. The method of claim 3, wherein An end of the branch pipe 15 is connected to the nozzle tube 31 formed long in the room of each use, and a plurality of nozzles 32 are attached to the nozzle tube 31 at regular intervals, so that the fragrance is evenly distributed in a wider space. Incense air conditioning apparatus characterized in that it can be emitted. The method of claim 3, wherein Fragrance supply line drawn out from the tank (19) to each use destination is made of a tube of the fluorine resin system to prevent the fragrance adheres to the inner wall surface. The method of claim 3, wherein The mixer 13 and the control unit 14 are separately installed for each use place, and are connected to each mixer 13 in a state in which the fragrance supply pipe 22 connected from each fragrance apparatus 12 is separated from the mixer 13 and again. Branch pipe 15 is drawn out, each control unit 14 is characterized in that it is electrically connected to the pneumatic generator 11 and the aromatizer 12 through a separate main computer (31). Incense air conditioning system.