KR20080114258A - Phytoncide volatilizer - Google Patents

Abstract

The present invention is configured to dilute the essential oil component having excellent active ingredient with water among spraying phytoncide and to use it as a spray liquid, and dilute the liquid to be released into the air in the form of fine droplets through the ultrasonic vibrator to take small suspended particles Sit down to improve indoor air quality, and to provide a phytoncide volatilizer with antibacterial, antifungal, anti-stress effect.

In addition, to make the healthy phytoncide similar to the environment occurring in the forest, water is sprayed by diluting a certain amount of natural phytoncide extracted from plants such as pure anions and conifers that occur around the water, and then indoors together. By volatilizing, the anti-stress effect of phytoncide calms down the body and mind of people who are tired daily, so that they can enjoy the clean forest energy, sterilize indoor bacteria and suppress the growth of pests of ticks. It is characterized by being configured to provide health benefits.

Description

Phytoncide volatilizer {Apparatus for spraying phytoncide}

1 is a perspective view showing a front portion of the phytoncide volatilization device according to the present invention

Figure 2 is a perspective view showing the rear portion of the phytoncide volatilizer according to the present invention

Figure 3 is an exploded perspective view of the phytoncide volatilization device according to the present invention

Figure 4 is a perspective view showing an open state of the rear cover of the phytoncide volatilization device according to the present invention

FIG. 5 is a perspective view illustrating a state in which the volatilization guide tube of FIG. 4 is removed.

Figure 6 is a perspective view of the open body portion of the phytoncide volatilization device according to the present invention

Figure 7 is an internal perspective view of the phytoncide volatilizer body according to the present invention

8 is an enlarged view of a functional module unit of a front part of FIG. 1;

<Description of main parts of drawing>

1: Function module panel 2: Screen display part

3: operation button 4: front cover

5: screen control unit 6: power button

7: bolt 8: control board

9 label 10 front cover support

11 body portion 12 vibrator

13: retaining ring 14: water level height adjustment

15 air blower 16: cleaning brush

18: volatility guide 19: rear cover

20: rear fixing part 21: discharge port

22: body cover 23: power connection

24: drive motor 25: motor front support

26: motor rear support portion 27: knob (Rubber)

28: filter 29: inlet

30: refill container fixture 31: refill container

32: water tank 33: power circuit board

34: intake guide

The present invention relates to a phytoncide volatilizing device, and more particularly, a certain amount of natural phytoncide extracted from essential oil components having excellent active ingredients among various woods emitting phytoncide is used as a spray liquid by diluting with water, and the dilution liquid is obtained by ultrasonic vibrator. The present invention relates to a phytoncide volatilizer having an antibacterial, antifungal, and antistress effect by improving the indoor air quality by disinfecting bacteria in the room by inhibiting the growth of pests of mites by being discharged into the air in the form of fine water droplets.

When you enter the forest, the green and the vitality will be filled with fresh air and you can get a fresh smell even if you walk a little. The identity of the forest scent that gives this forest bathing effect is 'phytoncide'.

Phytoncide is a volatile substance produced by trees and its main component is an organic compound called terpene. The human contact with the terpene's volatilized state is called a forest bath.

Plants make phytoncide because they inhibit the growth of other plants, they inhibit eating to protect stems and leaves from insects and animals, and sterilize them to avoid insects, microbes, insecticides or pathogens. In practice, the roles are very diverse.

In other words, the comfort of forest bathing is a fact that everyone knows. It is known to be effective in stabilizing autonomic nerves and improve liver function or sleep well.

If you go inside the forest, you can feel the fresh air even though there are carcasses and rotten trees that cause odors. Forests have the ability to purify the air or remove odors. This deodorant action is also effective in the surrounding odor.

It is also effective for preserving food and sterilization, as well as insects in rooms and bathrooms, and house dust mites. Antibacterial action is also effective against pathogens that eat the human body. It is a natural product that is safe for the human body, so there is no concern for side effects and it works gently.

As mentioned above, phytoncide not only makes our body comfortable, but also provides various functions such as antibacterial, insect repellent, and deodorant. Therefore, we need to make good use of phytoncide to make our lives healthy and rich.

Tree photosynthesis is an activity necessary to live, using the sun's light energy to make carbohydrates and release oxygen from carbon dioxide and water. But trees produce secondary phytoncide-like ingredients.

The phytoncide is a compound word meaning phyto is a plant and a cide is killed. As you enter the forest, a fresh smell surrounds the entire forest. This fragrance is a kind of self-defense substance that plants emit to protect themselves from nearby pathogens.

Enjoying forest bathing in the woods is a healthy way to drink phytoncide from trees. The effect of forest bathing is not only the effect of relieving stress, sputum, tonic, and cardiopulmonary function, but also the effect of drinking air in the forest cleared by sterilization.

Many studies are being conducted to scientifically reveal the phytoncide effect with various functions. In particular, various products made by extracting phytoncide ingredients are sold nowadays to easily enjoy forest bathing in urban space.

As an example, products in various fields such as soaps, lotions, creams, cosmetics, and fragrances containing phytoncide components have been developed. In addition, phytoncide volatilizers for indoor phytoncide experience have been released in the past, but are simply in the form of volatilizing the phytoncide undiluted solution extracted from a tree, when natural anions and natural phytoncides emitted from the forest emanate together. Giving effect was not much.

In addition, the excessive concentration of phytoncide due to the very difficult control of volatilized phytoncide and inadequate control of an appropriate amount of air volume depending on the use space may have adverse effects on the health of the occupants.

The present invention has been made to solve the above problems, the object of the present invention is to make it possible to use a spray liquid by diluting an essential oil component with excellent active ingredient among water emanating phytoncide and water, the dilution liquid through an ultrasonic vibrator It is to provide a phytoncide volatilization device to be released in the air in the form of fine water droplets to sink the small suspended particles to improve the indoor air quality, antibacterial, anti-fungal, anti-stress effect.

In addition, to make the healthy phytoncide similar to the environment occurring in the forest, water is sprayed by diluting a certain amount of natural phytoncide extracted from plants such as pure anions and conifers that occur around the water, and then indoors together. By volatilizing, the anti-stress effect of phytoncide calms down the body and mind of people who are tired daily, so that they can enjoy the clean forest energy, sterilize indoor bacteria and suppress the growth of pests of ticks. To provide a phytoncide volatilizer to help health.

According to a feature of the present invention for achieving the above object, a body cover integrally formed with the front cover and the front cover with a removable shape made of metal or plastic material, and the rear cover portion on the upper body cover to be fastened to the body cover In this position, the front cover and the rear cover also has a fastening shape in the volatilization device, located on one side of the front cover function module for providing operation, setting, status display of the volatilizer, and the lower surface of the body cover A suction inlet for inflowing external air for operation of the volatilization device, a power connection portion for supplying power to the volatilization device located on a lower surface of the body cover, and introduced from the intake port on an upper portion of the body cover; A discharge port for injecting external air and phytoncide liquid, and a body configured inside the volatilization device on the body cover A volatilization guide tube inserted into the body cover and fixed to the body part and configured to be inserted into a space required for spraying, which is connected to the discharge port connected through the rear cover, and to the volatilization device on the top of the body part; A refilling container for providing a phytoncide liquid, a phytoncide water tank unit for receiving and storing a phytoncide liquid stored in the refill container through an intake guide tube to inject the phytoncide liquid into the discharge port through the volatilization guide tube, and stored in the water tank unit. A driving motor formed to be inserted into a mold formed inside the body cover to spray phytoncide liquid into the discharge hole through the volatilization guide tube in the form of small droplets or mists; To control the rotational speed of the motor to drive the drive motor and the tank It provides phytoncide vaporization apparatus comprising: a; source circuit board.

At this time, according to an additional feature of the present invention, the phytoncide water tank unit is configured on one side of the phytoncide water tank unit, the vibrator is fixed through a fixing ring in the lower portion of the body portion, the vibrator and volatilized through the refilling cylinder on one side The water level adjusting unit for controlling the inflow of phytoncide liquid by determining a certain amount of phytoncide liquid introduced by the guide tube, and the injection liquid of the phytoncide injected according to the operation of the vibrator through the volatilization guide tube and the discharge port. It is preferably configured to further include; a tuyere for discharging the injection liquid to be discharged to.

In addition, according to an additional feature of the present invention, the function module unit is located on one side of the front cover and the screen display unit and the operation button is integrally fastened to the inside of the function module panel, the one side of the operation button It is preferable that the screen manipulation unit is positioned and is configured to include a power button for applying a device driving power to drive the volatilization apparatus behind the screen manipulation unit.

In addition, according to an additional feature of the present invention, it is preferable that the functional module unit is formed to be fastened to the control plate and the front cover is fastened to the front cover support part and the bolt as a whole and configured to be fastened to the body part and the body cover, respectively. .

In addition, according to an additional feature of the present invention, the function module is driven by the power circuit board to display a state on the screen display, and the operation button to operate the amount of volatilization of the volatilizer in the forest mode, sleep mode or It is preferable to be configured to allow continuous setting for a certain time and setting for each period.

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

1 is a perspective view showing a front portion of the phytoncide volatilizer according to the present invention, Figure 2 is a perspective view showing a rear portion of the phytoncide volatilizer according to the present invention, Figure 3 is an exploded perspective view of the phytoncide volatilizer according to the present invention, Figure 4 is a perspective view showing an open state of the rear cover of the phytoncide volatilization device according to the present invention, Figure 5 is a perspective view showing a state in which the volatilization guide tube of Figure 4 is removed.

In addition, Figure 6 is a perspective view of the open body portion of the phytoncide volatilizer according to the present invention, Figure 7 shows an internal perspective view of the body of the phytoncide volatilizer according to the present invention, Figure 8 is an enlarged view of the functional module of the front portion of FIG. Indicates.

Looking at the configuration of the phytoncide volatilization device of the present invention with reference to the accompanying Figures 1 and 2, the phytoncide volatilization device of the present invention is the front cover 4 and the body cover 22 is integrally configured, the body cover ( 22) the rear cover 19 is located on the upper portion of the body cover 22, the front cover 4 and the rear cover 19 is also fastened to constitute a volatilization device.

In addition, the front cover (4) is configured on one side of the functional module required for operation and setting of the volatilizer of the present invention is configured on the functional module panel (1) so that the operation state, setting state, etc. of the volatilizer can be recognized at a glance. And a screen display unit 2, an operation button 3, a screen control unit, and a power button for applying power.

In addition, as shown in Figure 2 is located on the lower surface of the body cover 22, the suction port 29 for injecting the outside air to inject the phytoncide stock solution diluted with water and certain components of the volatilization device of the present invention is located On the lower surface of the body cover 22, a power connection 23 for supplying power to the volatilizer is positioned.

In addition, a discharge port 21 for injecting external air and phytoncide liquid introduced from the suction port 29 is formed in an upper portion of the body cover 22.

Meanwhile, referring to FIG. 3, the body part 11, which is an internal component of the volatilization device, is inserted into the body cover 22 and fixed to the body cover 22, and the inside of the body part 11 is fixed. According to the present invention, a space into which the volatilization guide tube 18 necessary for injection is inserted is connected to the discharge port 21 through the rear cover 19.

In addition, the function module unit (not shown) located on one side of the front cover 4, the screen display unit (2) and the operation button (3) is integrated in the function module panel (1) and the function module panel (1) Is fastened to, the screen operation unit 5 is located on one side of the operation button (3) is configured to the power button 6 for applying power to drive the volatilizer behind the screen operation unit (5).

The functional module part configured in the front cover 4 is formed to be fastened to the control plate 8 and the front cover is fastened to the front cover support part and the bolt 7 as a whole, so that the body part 11 and the body cover 22. Is fastened and fixed.

As shown in FIG. 8 attached by the control board 8, the injection amount, time, etc. of the volatilization device of the present invention are adjusted.

4 is a view showing an open state of the rear cover of the phytoncide volatilization device according to the present invention, as described above, the body portion 11 is inserted into the front cover 4 and is fixed with a bolt 9. The refill container 31 and the volatilization guide tube 18 for providing a phytoncide solution to the volatilization device are located on the upper part of the body portion 11, and the phytoncide fluid in the refill container 31 is illustrated in FIG. 7. It flows along the intake guide tube 34 and gathers in the phytoncide water tank 32 necessary for the injection of the phytoncide liquid, and is injected through the discharge port 21 through the volatilization guide tube 18 according to the operation of the volatilization apparatus.

At this time, it is preferable that a predetermined amount of the phytoncide solution introduced into the refill container 31 is diluted with water.

As shown in FIG. 5, the phytoncide water tank unit 32 includes a vibrator 12, a water level adjusting unit 14, a blower port 15, and the like, and the refill container 31 is a refilling container fixture 30. The phytoncide liquid inside the refill container 31 is introduced into the phytoncide water tank unit through the volatilization guide tube 18.

The vibrator 12 is fixed to the phytoncide storage part through the fixing ring 13 of the body part 11, and on one side of the vibrator 12 by the volatilization guide tube 18 through the refill barrel 31. The water level height adjusting unit 14 for determining whether a predetermined amount of the phytoncide liquid is introduced to control the inflow of the phytoncide liquid is located. At this time, external power is applied through the power connection unit 23 of the volatilization device of the present invention, and when the power button 6 is pressed to drive the screen operator 5 shown in FIG. 3, the suction port 29 is provided. External air is inhaled and the jetted liquid of the phytoncide nozzled in accordance with the operation of the vibrator 12 flows into the volatilization guide tube 18 through the air outlet 15, and the injected nozzle is It is discharged to the outside through the discharge port 21.

At this time, the back of the suction port 29 is provided with a filter 28 for purifying the air flowing from the outside, by the filter can be purified a predetermined amount of external air that may affect the volatilizer.

In addition, a label is attached to the outer side of the body cover 22 to attach the necessary information, such as the manufacturer production month, input voltage source of the volatilizer according to the present invention.

Looking at the principle of the phytoncide injection liquid introduced into the volatilization guide tube 18 through the discharge port 21 by the above process with reference to Figure 6 through the inside of the body portion 11, the body portion 11 The lower portion of the) is connected to the drive motor 24 to drive the volatilizer according to the vibrator 12 and the applied power, wherein the drive motor 24 is the body cover as shown in FIG. (22) It is formed so as to be inserted into a mold formed therein, and the drive motor 24 is securely fastened by the front and rear support parts 25 and 26 of the motor. In addition, in order to drive the driving motor 24 and the vibrator 12, a power circuit board 33 is installed to control the operation of the vibrator 12 according to the rotational speed and the rotational speed of the motor.

On the other hand, according to the inner perspective view of the phytoncide volatilizer main body of FIG. 7 attached, the phytoncide liquid introduced by the refill container 31 containing the phytoncide liquid inserted into the refill container fixture 30 is the intake guide tube 34 Inflow along the), is configured to stop the inflow when a predetermined amount is introduced by the water level height adjustment unit 14, the phytoncide liquid introduced by the above process is volatilized guide according to the operation of the vibrator 12 When the injection into the discharge port 21 through the pipe 18, the phytoncide liquid is continuously introduced in accordance with the operation of the water level height adjuster (14).

Looking at the operation of the volatilizer of the present invention according to the above configuration, first, when the power connection portion 23 is connected to the general commercial power source power circuit board 33 in the lower body portion 11 is driven. .

When the phytoncide liquid flows along the intake guide pipe 34 as described above on one side of the body part 11, the screen operation part 5 is pressed on the functional module part (not shown) as shown in FIG. 8. The power button 6 connected therein is driven to drive the power circuit board 33 to the volatilization device of the present invention to drive the screen display unit 2 of the function module unit.

At this time, if you find the amount of volatilization by operating the operation button (3) for the function selection, the letter of the volatilization amount blinks on the screen display unit 2 and use the up and down buttons (refer to the drawing) to select the desired volatility amount (up to 5 steps). Set it.

For example, in case of daily use, the volatilization amount can be set by the above procedure in the forest mode and the sleep mode at bedtime. Can be set accordingly.

When the setting of the function module unit (not shown) is completed by the above procedure, the phytoncide liquid stored in the refill container 31 is stored in the water tank unit 32 through the intake guide tube 34 and the drive motor ( Volatile liquid, such as droplets or mist, generated by the rotation of 24 and the operation of the vibrator 12 is transferred to the volatilization guide tube 18 through the tuyeres 15, and the upper portion of the rear cover 19. It is injected through the discharge port 21 which exists.

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, the phytoncide volatilization device according to the present invention is configured to be used as a spray liquid by diluting an essential oil component having excellent active ingredients with water among various trees emitting phytoncide, and the diluent is formed in the form of fine droplets through an ultrasonic vibrator. It is released in the air to sink the small suspended particles to improve the indoor air quality, there is an anti-bacterial, anti-fungal, anti-stress effect.

In addition, to make the healthy phytoncide similar to the environment occurring in the forest, water is sprayed by diluting a certain amount of natural phytoncide extracted from plants such as pure anions and conifers that occur around the water, and then indoors together. By volatilizing, the anti-stress effect of phytoncide calms down the body and mind of people who are tired daily, so that they can enjoy the clean forest energy, sterilize indoor bacteria and suppress the growth of pests of ticks. It helps your health.

Also, clean indoor environment by decomposing / removing formaldehyde and volatile organic compounds that cause respiratory diseases such as headache, eyes / stall, atopic / allergic skin and rhinitis / asthma when moving into new buildings and remodeled buildings. To provide.

In addition, the natural refreshing forest bath makes you feel comfortable and reduces the concentration of cortisol, an indicator of stress, to relieve stress, leading a healthy life, and sedating the central nerve to induce sleep and prolong sleep time. Make sure you have a good night's sleep.

In addition, there are many bacteria that are not visible in the living space, and these bacteria are harmful to health by causing the disease, and provide a safe living environment by preventing in advance with phytoncide's excellent antibacterial / sterilizing power.

In addition, house dust mites, carcasses and secretions, which are found to be the main causes of allergic diseases such as atopic dermatitis, rhinitis, and asthma, do not disappear even with an air purifier. Phytoncide inhibits the growth of house dust mites and avoids 97% of them. Increasing the alpha waves associated with meditation helps to improve the learner's ability to learn.

Claims (5)

A front cover having a detachable shape made of metal or plastic material and a body cover integrally formed with the front cover, and a rear cover portion is positioned on the upper part of the body cover to be fastened to the body cover, and the front cover and the rear cover also have a fastening shape. In the volatilizer, Located on one side of the front cover and the functional module unit for providing the operation, setting, status display of the volatilizer, Located on the lower surface of the body cover and the inlet for introducing external air for the operation of the volatilizer, Located on the lower surface of the body cover and a power connection for supplying power to the volatilizer; A discharge port for injecting external air and phytoncide liquid introduced from the suction port into an upper portion of the body cover; Volatile guide tube is inserted into the body cover and fixed to the body cover is inserted into the body cover, is configured inside the body portion and connected to the discharge port connected through the rear cover is configured to insert into the space required for injection and, A refill passage for providing a phytoncide liquid to the volatilization device on the upper portion of the body portion; A phytoncide water tank for receiving and storing the phytoncide liquid stored in the refill container through the intake guide tube to inject the phytoncide liquid into the discharge port through the volatilization guide tube; The phytoncide solution stored in the water tank unit is formed to be inserted into a mold formed inside the body cover to spray the droplets or mist through the volatilization guide tube to the discharge port, and rotates according to the operation of the power connection unit. A drive motor formed to And a power circuit board for controlling the rotational speed of the motor to drive the driving motor and the water tank unit. The method of claim 1, The phytoncide water tank unit A vibrator configured at one side of the phytoncide tank and fixed through a fixing ring at a lower portion of the body part; A water level height adjusting unit for controlling the inflow of the phytoncide liquid by determining a predetermined amount of the phytoncide liquid introduced by the volatilization guide tube through the refilling container at one side of the vibrator; And a blower for discharging the injection liquid to discharge the injection liquid of the phytoncide injected according to the operation of the vibrator to the outside through the volatilization guide tube and the discharge hole. The method of claim 1, The function module unit The function module panel located on one side of the front cover A screen display unit and an operation button are integrally fastened to the inside of the function module panel, and a screen operation unit is positioned at one side of the operation button, and includes a power button for applying device driving power to drive the volatilizer behind the screen operation unit. Phytoncide volatilization device characterized in that the configuration. The method according to any one of claims 1 to 3, The function module unit It is formed to be coupled to the control plate and the front cover is a phytoncide volatilizer, characterized in that the overall cover is fastened to the support portion and the bolt is configured to be coupled to the body portion and the body cover respectively. The method according to any one of claims 1 to 3, The function module unit It is configured to be driven by the power circuit board to display the status on the screen display, and to operate the operation button to set the amount of volatilization of the volatilizer in the forest mode, sleep mode or a predetermined time continuous, period-by-cycle Phytoncide volatilizer characterized in that.

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