JP3153859U - Aroma diffuser - Google Patents

Abstract

A structure of a fragrance diffusing device is provided. A fragrance diffusing apparatus mainly comprising a pedestal, a hollow case, a power supply control, a fan, a speaker, a music circuit control, an ultrasonic vibration device, a light bulb, a liquid container, a water shielding plate, and a transparent hollow cover. In the energized state, the aromatic liquid is put into the storage space of the liquid container, and a large amount of micro mist is generated at a high frequency generated by the ultrasonic vibration device, thereby filling the internal space of the transparent hollow cover. A scented mist is diffused outside the hole formed in the transparent hollow cover. The music circuit control plays music through a speaker and fuses light effects such as light bulbs into a scented space. [Selection] Figure 1

Description

  The present invention relates to a structure of a fragrance diffusing device, and more particularly to a structure of a fragrance diffusing device capable of seeing through a diffusing effect and having both audio and light effects.

  Conventional fragrance diffusers use ultrasonic vibrators to generate high-frequency oscillating conduction waves in liquids, and liquid molecules create innumerable micro vacuum bubbles that burst. Since the water droplets themselves after the splitting are positively charged and the surrounding air is negatively charged, ions are born, which is called the “waterfall effect” or “Leonard effect”. The fragrance diffuser of the prior art only has a mist-like gas drifting upward, and the mist-like effect produced by the collision of the waters of the great natural waterfall cannot be obtained.

  Prior art fragrance diffusers are filled with aroma oil and moisture, and when used several times, dirt such as aroma oil sticks to the inside of the diffuser. If it is left as it is, cleaning is necessary because the mist effect is worsened. However, commercially available diffusers are difficult to disassemble and assemble and are generally inconvenient for the user to clean.

  In a kind of prior art fragrance diffuser, the ultrasonic vibrators work violently, so the liquid often splatters to the electronic components and other structures below, and the machine is damaged or the mist effect is poor Become.

  Further, in a kind of prior art fragrance diffuser, the mist is covered by concealing excess liquid at the upper end of the ultrasonic vibrator, so that the mist effect is deteriorated.

  Some fragrance diffusers have a light effect, but the effect is not good during the daytime, or the material of the main body does not transmit light, and it is difficult to express the change of light or the effect of mist even at night.

  The inner volume of the fragrance diffuser of the prior art is narrow, and in particular, the effect of diffusion is poor because the route space for blowing mist and blowing mist is narrow. Therefore, it has become necessary to devise a function for quickly diffusing the moisture of fragrance or mist by effectively improving in a limited space on the route for blowing air using a fan.

  In recent years, inn vendors have mixed various scents with large air conditioning systems and spread them with air conditioners in order to provide consumers with a fresh air-filled environment. But it is large and unfit for the general consumer.

  A type of prior art diffuser pressurizes aroma oil into a slender water column inside the machine, forms a mist of liquid, and finally ejects it from a hole at the top. This kind of fragrance diffuser is quick to release fragrance, but needs to be further improved due to the squirting aroma oil and moisture molecules that are poorly accepted by consumers.

Utility Model Publication No. 6-3333

  In order to solve the disadvantages of the prior art, the present invention provides an aroma diffusion device, injecting a scented liquid or / and moisture into the storage space of the liquid container, and the ultrasonic vibration device emits a high frequency, When the liquid molecules vibrate, a large amount of mist is generated and fills the internal space of the transparent and hollow cover. The main object is to provide a structure of a fragrance diffuser that ejects the mist with the fragrance to the outside through a hole in a transparent and hollow cover in accordance with light irradiation.

  In order to solve the above-mentioned object, the present invention provides a structure of an aroma diffusing device, which includes the following: Pedestal-having a plurality of holes in a part of the bottom of the pedestal, and a fan mounted on the pedestal. Join over multiple holes. Ultrasonic vibration device—The ultrasonic vibration device includes a circuit control function, and a water level sensor is provided at the top. Light bulb—Electrically connecting at least one light bulb to the ultrasonic vibrator. Power control-electrically connected to the fan and ultrasonic vibrator described above. Hollow case-Combined with the upper side of the pedestal and defined as a hollow storage chamber, it houses the above-mentioned power control, fan, and ultrasonic vibration device. Liquid container-includes the bottom wall, connects the surrounding walls and defines the storage space. One end of the pressurized air conduit has an air inlet with a large diameter, and the other end that gradually becomes smaller is an air outlet. The exhaust port is in the bottom wall and is installed in the storage space. A lower portion of the air inlet 851 corresponds to the fan 40, and a central hole 84 is provided in the center of the bottom wall 81, and the ultrasonic vibration device 70 is inserted and fixed therein. The liquid container 80 further forms a side wing 86 by making the bottom wall 81 slightly larger in diameter than the peripheral wall 82. The shelter plate includes a pipe joint and a tongue seat. The pipe joint has an outer peripheral wall 103 and two engaging pillars 104 inside the outer peripheral wall 103. The gap between the two engaging pillars 104 and the outer peripheral wall 103 of the pipe joint 101 is set to a size that allows at least one reverse injection jet port 105 to be installed. The two hooking pillars 104 are fitted and fixed to the exhaust port 852 so that the tongue sheet 102 of the water shielding plate 100 extends radially and is injected into the ultrasonic vibration device 70 and the storage space 83. Block the top of the liquid. The transparent hollow cover 110 includes an open end 115 and an opening 113 corresponding to the open end 115, and a part of the transparent hollow cover 110 is fitted to the outside of the liquid container 80 from the open end 115, and the open end Is in contact with the side wing 86 of the liquid container 80, and a part is fixed between the hollow case 20.

  The fragrance diffuser has a classic shape of a lantern, which is a classic model, and a transparent case, and keeps a large amount of mist accumulated in the transparent space. Along with the visual effects due to its outer shape, users can enjoy the effects of music and light simultaneously, feel the illusion of being near a natural waterfall, and enjoy the beauty of lanterns. Unlike conventional fragrance diffusers, negative ions are generated around the liquid mist produced by the ultrasonic vibration device. Together, the hollow and transparent cover is filled with mists reminiscent of a waterfall, so you can feel joy both physically and mentally. To enjoy a gastronomy, it seems to resonate the sense of taste and sight with an arrangement that can be enjoyed by the eyes in an elegant environment.

  In the best embodiment, the structure of the present invention can disassemble and assemble a transparent hollow outer cover and a water shield plate without tools, allowing the user to clean dirt such as aroma oil conveniently and quickly. it can.

  In the best embodiment, the present invention can generate high quality mist. Since the liquid overflowing from the upper end surface of the ultrasonic vibration device of the present invention flows into the storage space below, it is possible to prevent the generation of mist due to excessive supply of the liquid. In addition, the vibration of the ultrasonic vibration device prevents moisture from being applied to the electronic components below the diffusion device, or damage or deterioration of the function of the machine.

  In the best embodiment, the present invention does not require that a particular bottle be filled with aromatic liquid or water as in the prior art and then injected into the liquid container of the present invention. In the present invention, various fragrance liquids and various moisture liquids can be directly injected from the opening at the top, and the dose and remaining amount of the liquid can be directly confirmed.

  In the best embodiment, the present invention uses a kind of air conduit having a pressurizing effect, blows with a micro-type fan, generates a jet stream, and operates a high-power high-frequency ultrasonic vibration device, A small amount of fragrant mist diffusing effect of the small fragrance diffuser of the prior art was improved by generating a large amount of scented mist and quickly diffusing it into the space. In the present invention, by increasing the water particles of mist by good pressure injection guidance of the pressurized air pipe, and further dispersing and micronizing, the mist particles are merged or cooled by slow flow, Effectively prevent aroma oil and relatively large water particles from diffusing quickly and consuming, such as creating a situation in which relatively large particles are re-formed to form water droplets and fall into the liquid container again, resulting in poor mist formation. avoid.

  The liquid to be injected into the fragrance diffusing apparatus of the present invention may be any combination such as fragrance, water, aroma oil, perfume, and natural plant scented liquid.

  The “transparent” of the transparent hollow cover of the fragrance diffusing device of the present invention is any kind of transparent material such as glass, frosted glass, acrylic, plastic, ceramic, and various colors of the above-mentioned materials.

The present invention is equipped with a hollow case, power supply control, fan, speaker, music circuit control, ultrasonic vibration device, light bulb, liquid container, water shield plate and transparent hollow cover, and fragrance liquid is stored in the storage space of the liquid container. In addition, a large amount of micro mist is generated at a high frequency generated by the ultrasonic vibration device to fill the internal space of the transparent hollow cover. At the same time that the scented mist is diffused outside the hole formed in the transparent hollow cover, the music circuit control allows music to flow through the speaker and forms a scented space that combines the light effect of a light bulb.

1 is an exploded view of a first embodiment of an aroma diffusion device according to the present invention. It is a bottom view of the first embodiment of the present invention. 1 is a schematic external view of a first embodiment of the present invention. 1 is a schematic sectional view of an assembly according to a first embodiment of the present invention. It is a bottom view of the protection plate of the present invention. It is the exploded three-dimensional view seen from the different direction of the 2nd example of the present invention, and is the schematic diagram which combined the minus ion generator.

  1, 2 and 3 show a first embodiment of the fragrance diffusing apparatus of the present invention. Included therein is a pedestal 10 and a plurality of holes 13 in a part of the bottom of the pedestal 10. The fan 40 is coupled to the plurality of holes 13 of the base 10. The ultrasonic vibration device 70 includes an internal circuit control function, and a water level sensor 701 is provided at the top, and at least one light bulb 702 is electrically connected to the ultrasonic vibration device 70. The power control 30 is electrically connected to the fan 40 and the ultrasonic vibration device 70 described above. A hollow case 20 is placed on the upper side of the pedestal 10 to define a hollow storage chamber 21, and a power control 30, a fan 40, and an ultrasonic vibration device 70 are stored. A storage space 83 is defined by connecting a peripheral wall 82 including a liquid container 80 and a bottom wall 81. The liquid container 80 is made of a transparent or translucent material.

  FIG. 4 shows a schematic cross-sectional view of the first embodiment of the fragrance diffusing apparatus of the present invention. The liquid container 80 includes a pressurized air conduit 85, one end of the pressurized air conduit 85 having a large diameter air inlet 851, and the other end gradually decreasing from the air inlet 851 to the air exhaust. It is mouth 852. The exhaust port 852 passes through the bottom wall 81 and is located in the storage space 83. A lower portion of the air inlet 851 corresponds to the fan 40, and the bottom wall 81 is provided with a central hole 84 in the center, and the ultrasonic vibration device 70 is inserted and fixed therein. The liquid container 80 further forms a side wing 86 by making the bottom wall 81 slightly larger in diameter than the peripheral wall 82.

  FIG. 5 shows a bottom view of the water shielding plate of the fragrance diffusing apparatus of the present invention. The water shield 100 includes a pipe joint 101 and a tongue sheet 102, and the pipe joint 101 includes an outer peripheral wall 103 and two engagement pillars 104 inside the outer peripheral wall 103. The gap between the two engaging pillars 104 and the outer peripheral wall 103 of the pipe joint 101 is set to a size that allows at least one reverse injection jet port 105 to be installed. The two hooking pillars 104 are fitted and fixed to the exhaust port 852 so that the tongue sheet 102 of the water shielding plate 100 extends radially and is injected into the ultrasonic vibration device 70 and the storage space 83. Block the top of the liquid. The transparent hollow cover 110 includes an open end 115 and an opening 113 corresponding to the open end 115, and a part of the transparent hollow cover 110 is fitted to the outside of the liquid container 80 from the open end 115, and the open end Is in contact with the side wing 86 of the liquid container 80, and a part is fixed between the hollow case 20.

  If fragrance (aroma oil) and moisture are directly injected into the opening 113, it enters the storage space 83 of the liquid container 80. Therefore, as in the prior art, the lid is opened or a solid replenishing aroma can is added. There is no need to use it.

  As shown in FIGS. 1, 3 and 4, a waterproof rubber ring 116 and a tension ring 117 are further coupled to the inside of the hollow transparent cover 110. A groove 116a is provided inside the waterproof rubber ring 116, and the tension ring 117 has an opening 117a, and since the diameter is larger than the groove 116a, the diameter is reduced by compressing the opening 117a of the tension ring 117. Into the groove 116a. When the tension ring 117 is released from the tension, it supports the waterproof rubber ring 116 with a strong force and firmly adheres to the inner wall of the transparent hollow cover 110. Leakage when the ultrasonic vibrator 70 vibrates and agitates the liquid, or the waterproof rubber ring 116 is damaged due to a change in the machine or the external environment, and the liquid leaks to affect or destroy the electronic components or performance at the bottom of the apparatus To prevent. The waterproof effect is clearly superior to that of the prior art fragrance diffuser.

  It is different from the prior art in that a scented liquid is injected into the storage space 83 of the liquid container 80 in an energized state and a high frequency is generated using the high-power ultrasonic vibration device 70. The user captures visually that a large amount of mist generated by vibration of liquid molecules fills the internal space 111 of the transparent hollow cover 110, and further, the light from the light bulb 702 illuminates the mist, creating a glow, and transparent The mist diffuses outside the opening 113 of the hollow cover 110.

  A ring-shaped edge 703 is provided outside the ultrasonic vibration device 70, and the waterproof rubber ring 71 is coupled to the ring-shaped edge 703. The central hole 84 includes an inner groove 841, and the waterproof rubber ring 71 is incorporated into the inner groove 841 of the central hole 84 to enhance prevention of liquid leakage from the liquid container 80.

  The ultrasonic vibration device 70 uses an ultrasonic vibrator that vibrates tens of thousands to several million times per second, and instantaneously ejects a large amount of mist upward. The ejected water column is pressed against the tongue sheet 102 of the arc-shaped water-proof plate 100 to hold the high-pressure water column, so that the mist of fine molecules can fill the internal space of the transparent hollow cover 110. The fan 40 sends wind to a relatively large diameter air inlet 851 and the other end, which decreases gradually as the pipe diameter goes to the upper end, sends it to the air outlet 852. As a result, the air flow is concentrated and pressurized, and the pipe joint 101 of the water shielding plate 100 blocks the pressurized air flow, so that the reverse jetting outlet 105 causes the pressurized air flow to flow downward from the four directions in the opposite direction. By jetting into the scented gas quickly misted in the storage space 83 inside the liquid container 80, a powerful air current that jumps upward is generated, and a large amount of fine molecular fragrance mist is released outside from the opening 113. Erupt. Scent diffusion is more effective than prior art fragrance diffusers.

  For the light bulb 702 in the ultrasonic vibration device 70, the best embodiment uses a light emitting diode (LED). The LED light has red, blue and green light emitting diode chips, respectively. Alternatively, at least one LED has red, blue and green light emitting diode chips simultaneously. The light bulb 702 is operated by the circuit control function of the ultrasonic vibration device 70, and a color obtained by mixing several colors of light is applied to the transparent hollow cover 110 and the liquid or mist-like fragrance therein. At the same time, the ultrasonic vibration device 70 is electrically connected to the music circuit control 60, so that the circuit control function of the ultrasonic vibration device 70 receives the change of the audio signal of the music circuit control 60, and the LED blinks. And by activating the mixing effect of light, a mist-like fragrance effect that creates immeasurable changes can be obtained.

  The hollow case 20 further includes a waterproof ring 25, an upper groove 23 and a lower groove 24, and a power supply hole 22 corresponding to circuit control. The waterproof ring 120 is sandwiched between the bottom of the side wing 86 of the liquid container 80 and the upper groove 23 of the hollow case 20. The pedestal 10 is coupled to the lower groove 24 of the hollow case 20.

  The hollow case 20 is made of any one material such as ceramic, wood, glass, plastic, glass fiber. The liquid may be any combination such as fragrance, water, aroma oil, perfume, and liquid with a natural plant scent.

    The pedestal 10 further includes a plurality of connection columns 12, and the liquid container 80 further includes a plurality of connection portions 87. After the connecting portion 87 is inserted into the connecting column 12, both are screwed together using screws (not shown in the drawing).

  As shown in FIGS. 1, 2 and 3, the speaker 50 is coupled to the plurality of holes 13 of the base 10, and the sound source emitted by the music circuit control 60 is electrically connected to the speaker 50 and output. The music output by the music circuit control 60 spreads in a fragrant environment, and a synergistic effect can be expected.

  According to individual preference, the music circuit control 60 can be set to sound of nature, music, human voice, mellow sounds of animals and birds, etc. Sensory organs can be fully enjoyed.

  FIG. 3 shows an aroma diffusion device of the present invention. An external sound source input device 31 is coupled. The external sound source input device 31 is fixed to the base 10, and various music players and systems can be externally attached. The hollow case 20 includes an external port 26 corresponding to an external sound source input device 31 such as a USB port, a joint of a general music player, a portable music player, a joint or insertion of a mobile electronic product or a telephone device.

  FIG. 6 shows an aroma diffusing device according to a second embodiment of the present invention. A negative ion generator 90 is further installed on the pedestal 10 in a kind of fragrance diffuser, and at the same time electrically connected to the power supply control 30 to generate a large amount of negative ions, thereby increasing the amount of negative ions produced in the present invention.

  By installing a plurality of feet 14 on the outer bottom of the pedestal 10, the hole 13 of the pedestal 10 maintains a certain distance from the table or the ground when the fragrance diffusing device of the present invention is placed on the table or the ground. Therefore, the circulation of the fan 40 is good or the sound flowing from the speaker 50 is not hindered, which leads to a heat dissipation effect.

  The height of the water level sensor 701 is slightly higher than the bottom wall 81 of the liquid container 80. When the water level of the liquid container 80 becomes lower than the upper end of the water level sensor 701, the water level sensor 701 activates the circuit control function of the ultrasonic vibration device 70 in order to prevent damage. Cut off.

  Prior art fragrance diffusers only emit odors. The fragrance mist diffused by the fragrance diffuser of the present invention not only smells fragrance, but also shows a vague and beautiful appearance in which the mist fills the inner space 111 of the light-transmitting arc-shaped transparent hollow case 110 be able to. In a noisy urban life, putting yourself in a light environment with a good scent and a lighted up environment gives you the illusion of entering a cozy forest. By incorporating music and negative ions into the scented environment, you can enjoy both hearing and smell, and a warm, romantic and sweet time.

  The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

10 pedestal
12 Connecting column
13 holes
14 feet
20 hollow case
21 Hollow storage room
22 Power supply hole
23 Top groove
24 Bottom groove
25 Waterproof ring
26 External port
30 Power control
31 External sound source input device
40 fans
50 speakers
60 Music circuit control
70 Ultrasonic vibrator
701 Water level sensor
702 light bulb
703 Ring-shaped edge
71 Waterproof rubber ring
80 Liquid container
81 Bottom wall
82 Surrounding wall
83 Storage space
84 Central hole
841 Inner groove
85 Pressurized air conduit
851 Air entrance
852 exhaust vent
86 Side wing
87 Connection
90 Negative ion generator
100 water shield plate
101 Pipe joint
102 tongue sheet
103 outer wall
104 hanging pillar
105 Reverse injection outlet
110 Transparent hollow cover
111 Internal space
112 joints
113 opening
115 Open end
116 Waterproof rubber ring
116a groove
117 Tension ring
117a opening

Claims (8)

Includes pedestal, fan, ultrasonic vibration device, power control, hollow case, liquid container, water shield plate, transparent hollow cover,
Having a plurality of holes in a part of the bottom of the pedestal;
Coupling the fan to a plurality of holes in the pedestal; and
A circuit control function is included inside the ultrasonic vibration device, a water level sensor and at least one light bulb are provided on the ultrasonic vibration device, and electrically connected to the ultrasonic vibration device,
Power control is electrically connected to the fan, ultrasonic vibration device, and
The hollow case is defined as a hollow storage chamber installed on the upper side of the pedestal, and stores the above power control, fan, and ultrasonic vibration device,
The liquid container has a surrounding wall connected to the bottom wall and is defined as a storage space, one end of the pressurized air conduit has an inlet for air with a large diameter, and the other end forms an exhaust port that gradually becomes smaller toward the top, The exhaust port is installed in the bottom wall, is located in the storage space,
The lower part of the air inlet corresponds to the fan,
A central hole is installed in the center of the bottom wall, and an ultrasonic vibration device is inserted and fixed thereto, and the liquid container further forms a side wing by making the bottom wall slightly larger in diameter than the surrounding wall, and
The water shield plate includes a pipe joint and a tongue sheet, and the pipe joint includes two outer peripheral walls and two engaging columns on the inner side of the outer peripheral wall, and a gap between the two engaging columns and the outer peripheral wall of the pipe joint is: It is wide enough to install at least one reverse jet outlet,
The two engaging pillars are fitted and fixed to the exhaust port, so that the tongue sheet of the water shielding plate extends radially, and blocks the ultrasonic vibration device and the liquid injected into the storage space,
The transparent hollow cover includes an open end and an opening corresponding to the open end. A part of the transparent hollow cover is fitted to the outside of the liquid container from the open end, and the open end is connected to a side wing of the liquid container. A structure of a fragrance diffusing device, characterized in that it conflicts and a part is fixed between the hollow cases.   A waterproof rubber ring and a tension ring are further coupled to the inside of the hollow transparent cover, a groove is provided inside the waterproof rubber ring, the tension ring has an opening, and the diameter is larger than the groove. By compressing the opening, the diameter is reduced and placed in a groove. When the tension ring is released, the waterproof rubber ring is supported with a strong force and firmly attached to the inner wall of the transparent hollow cover. 2. The structure of the fragrance diffusing device according to claim 1, wherein   A ring-shaped edge is provided outside the ultrasonic vibration device, the waterproof rubber ring is coupled to the ring-shaped edge, the central hole includes an inner groove, and the waterproof rubber ring is formed in the inner groove of the central hole. 2. The structure of the fragrance diffusion device according to claim 1, wherein the structure enhances prevention of liquid leakage from the liquid container.   The hollow case further includes a waterproof ring, an upper groove and a lower groove, and a power supply hole corresponding to circuit control. The waterproof ring is sandwiched between the side wing bottom of the liquid container and the upper groove of the hollow case, and the pedestal has the 2. The structure of the fragrance diffusing device according to claim 1, wherein the structure is combined with a lower groove of the hollow case.   The pedestal further includes a plurality of connection pillars, and the liquid container further includes a plurality of connection parts, and the connection parts are inserted into the connection pillars and then screwed together using screws. 2. The structure of the fragrance diffusing device according to claim 1.   The speaker is coupled to a plurality of holes in the pedestal, and the sound source emitted by the music circuit control is output to an electrically connected speaker, so that the music spreads in a fragrant environment and a synergistic effect can be expected. 2. The structure of the fragrance diffusing device according to claim 1.   2. The fragrance diffusing apparatus according to claim 1, wherein the liquid container is made of a transparent or translucent material.   2. The fragrance diffusing device according to claim 1, wherein any one of a sound source input device and a minus generator is connected externally.

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