KR20090013850A - A scent diffusion apparatus - Google Patents

Abstract

A scent diffusion apparatus is provided to prevent waste of balsam and to manufacture housing easily. A scent diffusion apparatus includes a main body(2) and a front cover(3). An outlet stopping plate is installed on the inside of the main body, and a medicine canister receiving chamber(13) is formed on the front part of the plate. A granulated perfume generator room(10) and a granulated perfume rising part(11) is formed on the rear part of the outlet stopping plate. The granulated perfume generator room ventilates a perfume granule. The granulated perfume rising part rises the ventilated perfume granule.

Description

Scent diffusion apparatus

The present invention is sprayed in the mist (particulate) state by the ultrasonic vibrator while discharging the chemical liquid (liquid odor) of the chemical liquid container embedded in the interior of the housing, blowing the scent particles in the mist state to discharge to the outside of the housing It relates to a generator.

In more detail, the housing is divided into a main body and a front cover to form an assembly, but the inside of the main body in which the front cover is assembled is provided with a jet nozzle plate sealed to form a chemical container compartment in front of the jet nozzle plate. The container can be accommodated (removed), and in the rear of the ejection barrier plate, the fragrance particle generator room for misting the liquid fragrance supplied from the chemical bottle with an ultrasonic vibrator and blowing the nebulized particles, It is intended to provide a fragrance generating device to form an upward fragrance rising path, the fragrance particles in the haze state to be discharged to the outside through the discharge port formed on the top of the front cover.

Typically, the fragrance generator is installed in the office, laboratory, restroom, and the workplace (workshop), and sprayed in the mist (particulate) state by the ultrasonic vibrator while discharging the chemical liquid (liquid fragrance) in the liquid container. By discharging it, the air and the atmosphere in the room are changed.

As a conventional incense generating device for generating incense in this way, Korean Patent Application Publication No. 20-1996-36340, Patent Registration No. 10-302159, and the like are known.

The fragrance generating device of Korean Utility Model Publication No. 20-1996-36340 has a rectangular cylinder whose length is vertically long and has a lid at the top thereof, and a perfume tank and a fragrance generating means at the lower side of the square pillar housing. (Ultrasonic oscillator) is installed to convert the liquid aroma discharged from the fragrance tank into a mist state so that it is spontaneously released through the injection hole formed on the side (or side edge) of the square pillar housing, the blower is installed on the upper side of the square pillar housing Installed separately, the mist will be forced out through the blower provided in the lid by the blower.

In addition, the fragrance generating device of Patent Registration No. 10-302159 is provided with an air inlet and outlet respectively formed on the upper and lower surfaces of the sealed container to control the opening and closing, and the injection nozzle is provided inside the sealed container. Equipped with several fragrance cartridges, the liquid fragrance of the fragrance cartridges is selectively sprayed on the evaporation plates installed on the lower side of the fragrance cartridges to evaporate. To be discharged.

However, these conventional fragrance generators are not easy to manufacture the housing because the housing is formed to open and close the lid upwards, it is not easy to mount the built-in fragrance generating means (ultrasonic oscillator) and blower device as well The perfume bath and the cartridge installed inside the housing also have a problem that can not be easily replaced.

In addition, these conventional fragrance generators immediately discharge the fragrance particles formed by the fragrance generating means (ultrasonic oscillator), so that coarse fragrance particles are also discharged to waste the fragrance, and the fragrance discharged to the outside of the housing falls to the floor and contaminates. There is a problem.

The present invention is to provide an improved fragrance generating apparatus to solve the above problems.

In the present invention, the housing is divided and molded into a main body and a front cover, but the interior of the main body with the front cover installed therein is provided with a jet nozzle plate to seal the front of the jet nozzle plate to form a chemical container storage chamber It is possible to store (detachable), the rear of the spout plate is sprayed by the ultrasonic vibrator with the liquid fragrance supplied from the medicine container, and the incense particle generator room for blowing the sprayed fragrance particles and the incense particle rise to raise the blowing fragrance particles It is an object of the present invention to provide a fragrance generating device to form a furnace, the fragrance particles in the rising mist is discharged to the outside through the discharge port formed on the top of the front cover.

Another object of the present invention, the housing can be easily formed by dividing the housing into the main body and the front cover to assemble the housing, and in front of the spout plate is mounted in the interior of the main body is a liquid container loaded inside the main body When the front cover is removed, only the perfume bottle is exposed to the outside so that it can be kept simple. The jet nozzle is mounted on the bottom of the jet nozzle plate mounted inside the main body by mounting a switch bundle and a vibrator assembly. It is an object of the present invention to provide a fragrance generating device in which each device can be installed or separated by assembling or separating plates.

It is still another object of the present invention to maintain a long distance from which the fumed particles rise (move) from the lower side to the upper side so that only the small particles are discharged to the outside, and the large particles are dropped. It is to provide a fragrance generating device that can prevent the waste of fragrance.

Still another object of the present invention is to simplify the structure and to be easily manufactured, to significantly reduce the manufacturing cost, and to allow the chemical liquid container to be combined and separated from the front of the jet nozzle plate mounted inside the main body of the perfume solution It is to provide a fragrance generating device that can be easily filled.

The above and other objects of the present invention,

The medicine container 20 is built in the housing, and the vibrator assembly 23 and the shock assembly 24 are installed, and the fragrance liquid discharged from the medicine container 20 is misted by the vibrator assembly 23 and the shock assembly 24 is installed. In which the air is blown out to the outside and discharged to the outside through the discharge port 15 formed in the housing,

Splitting and molding the housing into a main body (2) and a front cover (3) to form a hinge on one side of the main body (2) and the front cover (3) to open and close the front cover (3);

Inside the main body 2, a jet nozzle plate 4 is mounted to be sealed to the back of the main body 2, and a chemical container storage chamber 13 is formed in front of the jet nozzle plate 4, and a jet nozzle plate ( 4) the fragrance particle generating apparatus chamber 10 and the fragrance particle rising path 11 are formed in the lower side and the rear side;

The chemical liquid container 20 is detached from the chemical container storage chamber 13 formed in front of the jet barrier plate 4, and the chemical container 20 is attached to the lower end plate 9 of the device installed at the lower end of the jet barrier plate 4. Mounted with a vibrator assembly 23 for misting the liquid scent supplied from) and a blow assembly 24 for blowing the misted aroma particles;

At the top of the front cover 2, the discharge piece 14 having the discharge port 15 formed therein is installed in communication with the incense particle rising path 11 formed at the rear side of the jet port closing plate 4, thereby incising to the mist state. It is achieved by the fragrance generating apparatus 1, characterized in that to discharge the particles to the discharge port (15).

The fragrance generating device according to the present invention,

Assemble the housing by dividing and molding the housing into the main body and the front cover, but inside the main body where the front cover is assembled, the air outlet plate is installed in a sealed manner so that the chemical container storage chamber is formed in front of the air outlet plate to store the chemical container. In the rear of the jet barrier plate, the fragrance generating device room for misting the liquid fragrance supplied from the medicine container with the ultrasonic vibrator, and blowing the mist fragrance, and the fragrance riser for raising the blowing fragrance particles. , As the rising haze particles are to be discharged to the outside through the discharge port formed on the top of the front cover,

The housing can be easily formed by dividing and assembling the housing into the main body and the front cover, and the front cover can be removed by placing the perfume container loaded inside the main body in front of the jet nozzle plate mounted inside the main body. It is possible to keep it simply by exposing only the perfume bottle to the outside, and by assembling or detaching the jet nozzle plate by attaching a switch bundle and a vibrator assembly at the bottom of the jet nozzle plate mounted inside the main body. The device can be installed or disconnected consistently.

In addition, the present invention maintains a long distance from the lower side of the main body to the upward (moving) the smoked fragrance particles so that only small particles of fragrance particles are discharged to the outside, and large particles of fragrance particles fall, It prevents waste, and can be easily manufactured due to its simple structure, and it can also significantly reduce manufacturing cost. Also, since the chemical liquid container is combined and separated from the front of the ejection partition plate mounted inside the main body, it is easy to replenish the fragrance. It can be.

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

1 to 3b are views showing a specific embodiment of the fragrance generating apparatus 1 according to the present invention, and FIGS. 1 and 2a to 2c are perspective views and front views of the fragrance generating apparatus 1 according to the present invention. 3A and 3B are a front view and a bottom view showing the jet outlet partition 4 installed in the fragrance generating apparatus 1 according to the present invention.

The fragrance generating apparatus 1 according to the present invention was formed as follows.

The housing is divided into a main body 2 and a front cover 3, and a hinge part (not specifically shown) is formed on one side of the main body 2 and the front cover 3, or a hinge is attached to the front cover 3. It can be opened and closed.

In the interior of the main body 2, the jet nozzle plate 4 is mounted to be sealed to the back of the main body 2, and the chemical container storage chamber 13 is formed in front of the jet nozzle plate 4, and the jet nozzle plate ( At the lower side and the rear side of 4), the fragrance particle generating apparatus chamber 10 and the fragrance particle rising path 11 were formed.

The chemical container 20 is detachably attached to the chemical container storage chamber 13 formed at the front of the jet barrier plate 4, and the chemical liquid container 20 detachable from the chemical container storage chamber 13 is located at one side of the upper surface. A protrusion 20-1 was formed to open and close the lid 21.

The jet nozzle plate 4 was formed as illustrated in Figs. 2A to 2C.

The upper and lower guide plates 6 and the bent surface 7 are formed forward at the upper and lower ends of the rising induction plate 5 which are vertically formed, and the fragrance generating chamber forming plate 8 is vertical at the tip of the bent surface 7. The bottom of the incense-generating chamber forming plate (8) is formed at the bottom of the device installation bottom plate (9) to the rear, the upper surface of the device installation bottom plate (9) a pair of partition walls (17, 18) spaced apart Formed side by side so that the chemical liquid inlet chamber 16, the chemical liquid filling chamber (10-1) and the blower chamber (10-2) is formed, and through the discharge port (17-1) at the bottom of the partition wall (17) The chemical liquid introduction chamber 16 and the chemical liquid filling chamber 10-1 were connected.

Further, mounting holes 4-2 are formed at both ends of the rising guide plate 5, the bent surface 7, and the fragrance generating chamber 8, which form the spout plate 4, at regular intervals. A bolt screw (not shown in detail) is fastened to fixing pieces of mounting stones (not shown in detail) formed inside the rear surface of the main body 2, and a pair of fastenings are provided inside the mounting hole 4-3. Pieces 4-1 were formed side by side to enhance the strength of the jet nozzle plate 4.

In particular, the jet nozzle plate 4 mounted inside the main body 2 is loaded with the injection port of the chemical liquid container 20 in the chemical liquid inlet chamber 16 formed on the upper surface of the lower end plate 9 of the device. The oscillator assembly 23 and the shock assembly 24 were installed in the end plate 9 which forms the truth 10-1 and the ventilation chamber 10-2, respectively, and the discharge opening formed in the partition wall 7 was carried out. One side of the 17-1 is provided with a pull switch bundle 22 provided with the opening and closing piece 22-1 so that the opening and closing of the discharge port 17-1 can be controlled by the opening and closing piece 22-1. It was.

At the upper end of the front cover 2, the discharge piece 14 having the discharge port 15 is provided in communication with the upward particle rising path 11 formed at the rear side of the discharge port curtain plate 4, and the fragrance particles rising in the mist state. To be discharged to the outside through the discharge port (15).

Hereinafter, the operation relationship of the fragrance generating apparatus 1 according to the present invention will be described.

In order to operate (use) the fragrance generating apparatus 1 according to the present invention, the chemical liquid container 20 loaded in the chemical container storage chamber 13 should be filled with a chemical liquid, that is, liquid aroma.

In the state in which the front cover 3 is opened to the outside and the chemical container storage chamber 13 is opened, the chemical container 20 inverts and loads the chemical container 20 filled with the chemical liquid (liquidity direction) in the state of the protrusion 20. -1) is loaded so that it enters the chemical inlet chamber 16, and then the open front cover 3 is closed.

As described above, in the state in which the medicine container 20 is inverted and loaded, the power switch (not specifically shown) is operated to supply power to the vibrator assembly 23 and the shock assembly 24.

The chemical liquid discharged through the inlet of the medicine container 20 is filled in the chemical liquid inlet chamber 16, and the chemical liquid filled in the chemical liquid inlet chamber 16 is the chemical liquid filling chamber 10-1 through the discharge port 17-1. ) And the upper end of the vibrator assembly 23 is sufficiently locked.

When the appropriate amount of the chemical liquid is filled in the chemical liquid filling chamber 10-1, the auxiliary switch bundle 22 is operated to close the discharge port 17-1 by the opening and closing piece 22-1, and the discharge port 17-1. ) Is closed, the state in which the chemical liquid filled in the chemical liquid container 20 is supplied to the chemical liquid inlet chamber 16 is stopped.

The vibrator assembly 23 operates in a state where the chemical liquid filling chamber 10-1 is properly filled with the chemical liquid (liquid phase) to change the filled chemical liquid into a mist state, and at the same time, the assembly 24 operates. Blows incense particles changed into the mist state, and the blowing incense particles are raised (moved) along the incense riser (11) to discharge holes (15) of the discharge pieces (14) mounted on the top of the front cover (3). It is discharged to outside through).

In particular, when the fragrance particles in the mist state rise (move) along the fragrance path 11 by the operation of the assembly 24, the rather large fragrance particles do not rise along the fragrance path 11 and the chemical liquid Falling to the chemical liquid filled in the filling chamber (10-1), and converted to the mist state again by the vibrator assembly 23, so that the fragrance particles discharged to the outside through the discharge port 15 of the discharge piece 14 is minute Only particles in the mist state are discharged to the outside.

In order to stop the operation of the fragrance generating device 1 operated as described above, the operation can be stopped by turning off the power switch (not specifically shown). (Not shown) to ON.

When the chemical liquid of the medicine container 20 loaded in the medicine container storage room 13 is completely extinguished, the front cover 3 is opened, the empty medicine container 20 is taken out to fill the medicine liquid, and the medicine liquid is filled. After the cylinder 20 is inverted and loaded, the front cover 3 is closed, and then the power switch (not specifically shown) is turned ON so that the cylinder 20 can be operated again.

While the invention has been described and illustrated only with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made within the spirit and scope of the invention, and such modifications and variations are within the scope of the appended claims. It is natural.

1 is a perspective view showing a fragrance generating apparatus according to the present invention.

2a to 2c is a front view, a side view and a bottom view of the fragrance generating apparatus according to the present invention.

Figure 3a and Figure 3b is a front view and a bottom view showing the spout partition installed in the fragrance generating apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

1: flavor generator 2: main body 3: front cover

4; 10: Scent particle generation chamber 11: Scent particle riser

13: Chemical container storage room 15: Outlet port 16: Chemical liquid inlet room

18: partition wall 20: chemical liquid container 22: a bunch of blowing switch

23: vibrator assembly 24: shock assembly

Claims (4)

The medicine container 20 is built in the housing, and the vibrator assembly 23 and the shock assembly 24 are installed, and the fragrance liquid discharged from the medicine container 20 is misted by the vibrator assembly 23 and the shock assembly 24 is installed. In which the air is blown out to the outside and discharged to the outside through the discharge port 15 formed in the housing, Splitting and molding the housing into a main body (2) and a front cover (3) to form a hinge on one side of the main body (2) and the front cover (3) to open and close the front cover (3); Inside the main body 2, a jet nozzle plate 4 is mounted to be sealed to the back of the main body 2, and a chemical container storage chamber 13 is formed in front of the jet nozzle plate 4, and a jet nozzle plate ( 4) the fragrance particle generating apparatus chamber 10 and the fragrance particle rising path 11 are formed in the lower side and the rear side; The chemical liquid container 20 is detached from the chemical container storage chamber 13 formed in front of the jet barrier plate 4, and the chemical container 20 is attached to the lower end plate 9 of the device installed at the lower end of the jet barrier plate 4. Mounted with a vibrator assembly 23 for misting the liquid scent supplied from) and a blow assembly 24 for blowing the misted aroma particles; At the top of the front cover 2, the discharge piece 14 having the discharge port 15 formed therein is installed in communication with the incense particle rising path 11 formed at the rear side of the jet port closing plate 4, thereby incising to the mist state. To discharge the particles to the discharge port 15; flavor generator comprising a. The jet nozzle plate 4 mounted in the main body 2 according to claim 1, The upper and lower guide plates 6 and the bent surface 7 are formed at the upper and lower ends of the rising induction plate 5 which are vertically formed, and the fragrance generating chamber forming plate 8 is vertically formed at the tip of the bent surface 7. It is formed in, and the lower end of the fragrance generating chamber forming plate 8 is formed with a device-mounted bottom plate (9) to the rear; A pair of partition walls 17 and 18 are formed side by side on the upper surface of the lower plate of the device installation side by side to form a chemical liquid inlet chamber 16 and a chemical liquid filling chamber 10-1 in the fragrance particle generating chamber 10. And the blowing chamber 10-2; A lower portion of the partition wall 17 in which a discharge port 17-1 is drilled to communicate the chemical liquid inflow chamber 16 and the chemical liquid filling chamber 10-1;  On the rear surface of the rising induction plate 5, the bent surface 7, and the fragrance generating chamber 8, which form the ejection opening plate 4, bolt holes are formed at regular intervals by mounting holes 4-2 at both ends. Fixing the inside of the back surface of the furnace main body 2; A pair of binding pieces 4-1 formed side by side inside the mounting hole 4-3 to reinforce the strength of the jet nozzle plate 4; Incense generator characterized in that. The jet nozzle plate 4 mounted in the main body 2, Loading the injection port of the chemical liquid container 20 into the chemical liquid inlet chamber 16 formed on the upper surface of the device-installed lower plate 9; An oscillator assembly 23 and a shock assembly 24 are respectively provided on the device-mounted end plate 9 forming the chemical liquid filling chamber 10-1 and the blowing chamber 10-2; Installing a floating switch bundle 22 on one side of the discharge port 17-1 formed in the partition wall 7 to control the opening and closing of the discharge port 17-1; Incense generator characterized in that. The method of claim 1, wherein the chemical container 20 detachable to the chemical container storage chamber 13 is formed on the upper surface side to form a protrusion 20-1 to open and close the lid 21; flavor generator characterized in that .

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