Mixed type humidifying fragrance diffuser

Abstract

The utility model discloses a mixed type humidifying fragrance diffuser, which relates to the technical field of environmental electric appliances and comprises a main case component, a water tank module, a fragrance diffuser module, a water atomizer and a high-pressure air source. A mixing channel part communicated with the water atomization groove and the outside is formed at the main case component and / or the water tank module, and the mixing channel part is suitable for receiving water mist from the water atomizer; the fragrance diffuser module is suitable for receiving airflow from the high-pressure air source so as to atomize aromatherapy essential oil stored in the fragrance diffuser module into atomized aromatherapy essential oil, and the fragrance diffuser module is suitable for feeding the atomized aromatherapy essential oil into the mixing channel part. The utility model mainly solves the problem of how to provide an environmental electric appliance with excellent characteristics of a fragrance diffuser and a humidifier at the same time. According to the utility model, the diffusion distance of atomized aromatherapy essential oil is farther through water mist, the basic functions of an aroma diffuser and a humidifier are realized at the same time, and the aroma diffuser and the humidifier have synergistic and complementary benefits, so that the aroma diffuser has the excellent characteristics of the aroma diffuser and the humidifier at the same time.

Description

Technical Field

[0001] This utility model relates to the field of environmental electrical technology, specifically a hybrid humidifier diffuser. Background Technology

[0002] Aromatherapy not only fills the environment with fragrance, but also has health benefits such as calming the mind, relieving fatigue, and improving mood. Aroma diffusers can atomize liquid essential oils into a mist, which floats in the air and gradually diffuses into the environment, filling the entire space. With the improvement of living standards, more and more homes, offices, and shops are equipped with aroma diffusers.

[0003] The aforementioned diffusers, limited by factors such as size, power, and cost, have a relatively short diffusion distance for aromatherapy essential oils in their mist form, making them unsuitable for indoor spaces with large areas and high ceilings.

[0004] Humidifiers can effectively increase the air humidity in indoor places such as homes, offices, shops, and workshops, thereby alleviating the problem of dry indoor air. Therefore, humidifiers are also an essential environmental appliance.

[0005] If you add aromatherapy essential oil to the water tank of the humidifier mentioned above, it can atomize the aromatherapy essential oil to a certain extent. However, because the viscosity of water and aromatherapy essential oil is different, it is difficult to completely atomize the aromatherapy essential oil. This can easily lead to incomplete atomization of the aromatherapy essential oil, which will then accumulate in the humidifier and form dirt.

[0006] In conclusion, how to provide an environmental appliance that combines the excellent features of both a diffuser and a humidifier has become an urgent problem to be solved. Utility Model Content

[0007] The purpose of this invention is to provide a hybrid humidifier diffuser that combines the excellent characteristics of both a diffuser and a humidifier.

[0008] To achieve the above objectives, this utility model provides the following technical solution: a hybrid humidifier diffuser, comprising a main housing component, a water tank module, a diffuser module, a water atomizer, and a high-pressure air source; a water atomizing groove is disposed within the main housing component, the water atomizer is fixed within the water atomizing groove of the main housing component, and the high-pressure air source is contained and fixed within the main housing component; the water tank module is adapted to distribute its stored water into the water atomizing groove of the main housing component; a mixing channel is formed at the main housing component and / or the water tank module, connecting the water atomizing groove with the outside environment, and the... The mixing channel section is adapted to receive water mist from the water atomizer; the diffuser module stores aromatherapy essential oils; the diffuser module is adapted to be fixed to the main housing component and / or the water tank module; when the diffuser module is fixed to the main housing component and / or the water tank module, it is adapted to receive airflow from the high-pressure air source to atomize the aromatherapy essential oils it stores into a mist of aromatherapy essential oils, and the diffuser module is adapted to deliver the mist of aromatherapy essential oils into the mixing channel section; the water mist and the mist of aromatherapy essential oils are mixed in the mixing channel section and then discharged to the outside.

[0009] In the above technical solution, the water tank module includes at least a water tank body, and the water tank body is divided to form a water storage part and a mixing channel part; the water tank body of the water tank module is detachably housed in the main unit housing component, and at this time, the water storage part of the water tank body is adapted to distribute its stored water to the water atomization tank of the main unit housing component.

[0010] In the above technical solution, the water tank module further includes a self-resetting water valve assembly, which is fixed to the water tank body. When the water tank body of the water tank module is housed within the main housing component, the self-resetting water valve assembly is opened to release the water stored in the water storage portion of the water tank body until the water level in the water atomization tank of the main housing component reaches a preset position, at which point the self-resetting water valve assembly is closed. When the water tank body of the water tank module is separated from the main housing component, the self-resetting water valve assembly is closed.

[0011] In the above technical solution, a silencer component is provided in the mixing channel section of the water tank body.

[0012] In the above technical solution, the diffuser module includes a structural component, an atomizing core, and an essential oil bottle. The structural component has a hanging-outlet nozzle on its surface, and an air inlet channel and an outlet channel are respectively configured on the structural component. Both the air inlet channel and the outlet channel penetrate the inner and outer sides of the structural component, and the outlet end of the outlet channel is located at the hanging-outlet nozzle. The atomizing core is disposed at the inner port of the air inlet channel of the structural component, and the air inlet end of the atomizing core is connected to the air inlet channel of the structural component. The essential oil bottle is connected to one side of the structural component, covering the atomizing core. An oil suction tube is inserted into the oil inlet end of the atomizing core, and the oil suction tube is inserted into the essential oil bottle. The diffuser module... The structural component is detachably mounted and fixed to the main housing component. When the structural component of the diffuser module is fixed to the main housing component, the mounting-mist nozzle of the structural component is connected to the mixing channel of the water tank body, and the high-pressure air source is connected to the air intake channel of the structural component. After the high-pressure air source is activated, it delivers airflow to the air intake channel of the structural component. The airflow reaches the atomizing core through the air intake channel, causing a two-fluid atomization effect at the atomizing core. This allows the essential oil stored in the essential oil bottle to be drawn through the oil suction tube and atomized into a mist-like essential oil. The mist-like essential oil is then sent into the mixing channel of the water tank body through the mist outlet channel of the structural component.

[0013] In the above technical solution, the structural component includes a main atomizing shell and an outlet shell; the main atomizing shell is respectively provided with an air intake channel and a connecting hole, wherein the air intake channel penetrates the inner and outer sides of the main atomizing shell, and the connecting hole penetrates the upper and lower sides of the main atomizing shell; the surface of the outlet shell is provided with a hanging-outlet nozzle, and the outlet shell is provided with an outlet channel, wherein the outlet channel penetrates the inner and outer sides of the outlet shell; the outlet shell and the essential oil bottle are respectively connected to the upper and lower sides of the main atomizing shell; the main atomizing shell of the diffuser module is detachably hung and fixed to the main body shell component; when the main atomizing shell of the diffuser module is fixed... At the main housing component, the mist outlet nozzle of the mist outlet shell is connected to the mixing channel of the water tank body, and the high-pressure air source is connected to the air intake channel of the main atomizing shell. After the high-pressure air source is activated, it delivers airflow to the air intake channel of the main atomizing shell. The airflow reaches the atomizing core through the air intake channel, causing a two-fluid atomization effect at the atomizing core. This allows the essential oil stored in the essential oil bottle to be drawn through the oil suction tube and atomized into a mist-like essential oil. The mist-like essential oil enters the mist outlet shell through the connecting hole of the main atomizing shell and is sent into the mixing channel of the water tank body through the mist outlet shell's mist outlet channel.

[0014] In the above technical solution, the surface of the main housing component is concave to form a slot for the diffuser module; a main unit side nozzle is embedded in the slot for the diffuser module, and the main unit side nozzle is connected to the high-pressure air source through an air pipe; a diffuser side nozzle is embedded at the outer port of the air inlet channel of the main atomizing shell of the diffuser module; the main atomizing shell of the diffuser module is adapted to be inserted and fixed in the slot for the diffuser module of the main housing component, at which time the diffuser side nozzle of the diffuser module and the main unit side nozzle of the main housing component are connected to each other.

[0015] In the above technical solution, the surface of the water tank body of the water tank module is formed with a bracket portion that is adapted to the hanging-mist nozzle portion of the diffuser module; a connecting port is provided at the bracket portion of the water tank body, and the connecting port is connected to the mixing channel portion of the water tank body; when the main atomizing shell of the diffuser module is fixed at the main housing component, the hanging-mist nozzle portion of the mist shell is hung at the bracket portion of the water tank body, and the hanging-mist nozzle portion of the mist shell is connected to the mixing channel portion of the water tank body through the connecting port.

[0016] In the above technical solution, the hybrid humidifier diffuser of this utility model also includes a fan; an air outlet structure is formed in the water atomization tank of the main unit housing component; the fan is housed and fixed in the main unit housing component, and the air outlet of the fan can be guided by the air outlet structure to enter the water atomization tank.

[0017] Compared with the prior art, the beneficial effects of this utility model are as follows: The mixing channel of this utility model is adapted to receive water mist from the water atomizer, and the diffuser module is adapted to deliver the mist-like aromatherapy essential oil into the mixing channel. The water mist and the mist-like aromatherapy essential oil are mixed in the mixing channel and then discharged to the outside. The water mist can carry the mist-like aromatherapy essential oil, making the diffusion distance of the mist-like aromatherapy essential oil farther. The mist-like aromatherapy essential oil makes the water mist carry fragrance. It not only realizes the basic functions of a diffuser and a humidifier at the same time, but also has synergistic and complementary benefits, thus possessing the excellent characteristics of both a diffuser and a humidifier. Attached Figure Description

[0018] Figure 1 This is a perspective view of the present invention.

[0019] Figure 2 This is one of the exploded structural views of this utility model.

[0020] Figure 3 This is the second exploded structural view of the present invention.

[0021] Figure 4 This is the third exploded structural view of this utility model.

[0022] Figure 5 This is a cross-sectional view of the present invention.

[0023] Figure 6 for Figure 5 A magnified view of part A in the image.

[0024] Figure 7 This is an exploded structural view of the diffuser module in this utility model.

[0025] The attached figures are labeled as follows: 1. Main unit housing component; 11. Water atomizing tank; 111. Air outlet structure; 12. Diffuser module hanging slot; 121. Main unit side air nozzle; 2. Water tank module; 21. Water tank body; 211. Water storage section; 212. Mixing channel section; 213. Hanging bracket section; 214. Connecting port; 215. Silencer component; 22. Self-resetting water valve assembly; 3. Diffuser module; 31. Main atomizing shell; 311. Air inlet channel; 312. Diffuser side air nozzle; 313. Connecting hole; 32. Atomizing core; 33. Oil suction pipe; 34. Essential oil bottle; 35. Fog outlet shell; 351. Hanging-fog outlet section; 352. Fog outlet channel; 4. Water atomizer; 5. High-pressure air source; 6. Air pipe; 7. Fan. Detailed Implementation

[0026] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings of the embodiments. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the protection scope of the present utility model.

[0027] This embodiment provides a hybrid humidifier diffuser, which can atomize liquid aromatherapy essential oils into a mist and diffuse them into the air, and can also be used to increase air humidity.

[0028] Please see Figures 1-7 The hybrid humidifier diffuser of this embodiment includes a main housing component 1, a water tank module 2, a diffuser module 3, a water atomizer 4, and a high-pressure air source 5.

[0029] The main housing component 1 is an integrally injection-molded engineering plastic housing, which serves as the structural and functional support foundation for the hybrid humidifier diffuser in this embodiment. The water atomizer 4 can atomize water into water mist. In this embodiment, the water atomizer 4 is a DC-driven ultrasonic water atomizer 4, and the high-pressure air source 5 is a DC-driven air pump.

[0030] The main housing component 1 is equipped with a water atomizing tank 11. In fact, the water atomizing tank 11 can be enclosed by setting a sealed bottom plate in the main housing component 1. The water atomizer 4 is fixed in the water atomizing tank 11 of the main housing component 1, and the high-pressure air source 5 is contained and fixed in the main housing component 1 (and located outside the water atomizing tank 11).

[0031] The water tank module 2 is adapted to distribute its stored water to the water atomizing tank 11 of the main unit housing component 1.

[0032] A mixing channel portion 212 is formed at the main housing component 1 and / or water tank module 2, which connects the water atomizing tank 11 with the outside world. The mixing channel portion 212 is adapted to receive water mist from the water atomizer 4. In fact, the mixing channel portion 212 is a cavity in the main housing component 1 and / or water tank module 2, which is enclosed by one or more wall-like bodies. One end of the cavity is connected to the water atomizing tank 11, and the other end is connected to the outside world.

[0033] The diffuser module 3 stores aromatherapy essential oils.

[0034] The diffuser module 3 is suitable for being fixed to the main unit housing component 1 and / or the water tank module 2;

[0035] When the diffuser module 3 is fixed to the main housing component 1 and / or the water tank module 2, it is adapted to receive airflow from the high-pressure air source 5 to atomize the aromatherapy essential oil stored in it into a mist aromatherapy essential oil, and the diffuser module 3 is adapted to deliver the mist aromatherapy essential oil into the mixing channel section 212.

[0036] Water mist and essential oil mist are mixed in the mixing channel section 212 and then discharged to the outside.

[0037] Please see Figures 2-5 Specifically, the water tank module 2 includes at least a water tank body 21, which is an integrally injection-molded engineering plastic box with a top cover. The water tank body 21 is divided into a water storage part 211 and a mixing channel part 212. In this embodiment, by setting an upright wall-like body at the water tank body 21, the two sides of the water tank body 21 can be divided into the water storage part 211 and the mixing channel part 212. The water tank body 21 of the water tank module 2 is detachably housed in the main housing component 1. In this embodiment, the water tank body 21 of the water tank module 2 is directly placed in the main housing component 1 and can be extracted. At this time, the water storage part 211 of the water tank body 21 is adapted to distribute its stored water to the water atomizing tank 11 of the main housing component 1.

[0038] More specifically, the water tank module 2 also includes a self-resetting water valve assembly 22, which is fixed to the water tank body 21. When the water tank body 21 of the water tank module 2 is housed within the main housing component 1, the self-resetting water valve assembly 22 is opened to release the water stored in the water storage portion 211 of the water tank body 21 until the water level in the water atomization tank 11 of the main housing component 1 reaches a preset position, at which point the self-resetting water valve assembly 22 is closed. When the water tank body 21 of the water tank module 2 is separated from the main housing component 1, the self-resetting water valve assembly 22 is closed. In this embodiment, the self-resetting water valve assembly 22 is a float-type water valve. When the water tank body 21 of the water tank module 2 is housed within the main housing component 1, its float portion... When the water tank module 2 tilts downwards, it causes the water valve to move upwards, opening the self-resetting water valve assembly 22 to release the water stored in the water storage section 211 of the water tank body 21. After the water level in the water atomization tank 11 of the main housing component 1 reaches the preset position, the float in the water atomization tank 11 floats upwards, causing the water valve to move downwards, closing the self-resetting water valve assembly 22. The water stored in the water storage section 211 of the water tank body 21 is no longer released, thus controlling the water level in the water atomization tank 11. When the water tank body 21 of the water tank module 2 is separated from the main housing component 1, the water stored in the water storage section 211 of the water tank body 21 is pressed down by gravity, closing the self-resetting water valve assembly 22 and preventing the water tank body 21 from leaking.

[0039] Furthermore, a silencer component 215 is disposed in the mixing channel portion 212 of the water tank body 21. In this embodiment, the silencer component 215 is an engineering plastic component with an annular grid structure, and is fixed to the bottom of the water tank body 21 (at the entrance of the mixing channel portion 212) by means of screws or buckles. Through the annular grid structure of the silencer component 215, sound waves are intercepted on the diffusion path to a certain extent to offset the operating noise of the water atomizer 4.

[0040] Please see Figures 5-7Specifically, the diffuser module 3 includes a structural component, an atomizing core 32, and an essential oil bottle 34. The atomizing core 32 is a commonly used essential oil atomizing core based on a two-fluid atomization effect, the structure and principle of which can be found in the announcement texts of Chinese Utility Model Patents CN220803863U and CN222132256U, and will not be elaborated here. The essential oil bottle 34 is a glass bottle with external threads at the opening, used to hold aromatherapy essential oils. The surface of the structural component is equipped with a hanging device. - The nozzle portion 351 is provided with an air intake channel 311 and an air outlet channel 352 respectively. Both the air intake channel 311 and the air outlet channel 352 penetrate the inner and outer sides of the structural component, with the outlet end of the air outlet channel 352 located at the nozzle portion 351. The atomizing core 32 is disposed at the inner port of the air intake channel 311 of the structural component, and the air intake end of the atomizing core 32 is connected to the air intake channel 311 of the structural component. Specifically, the air intake end of the atomizing core 32 is directly inserted into the inner port of the air intake channel 311 of the structural component. The atomizing core 32 is fixed and the airflow is connected; the essential oil bottle 34 is connected to one side of the structural component, covering the atomizing core 32; an oil suction tube 33 is inserted into the oil inlet end of the atomizing core 32 (the oil suction tube 33 is inserted into the oil inlet end of the atomizing core 32 with an interference fit), and the oil suction tube 33 is inserted into the essential oil bottle 34; the structural component of the diffuser module 3 is detachably hung and fixed to the main housing component 1; when the structural component of the diffuser module 3 is fixed to the main housing component 1, the hanging-mist nozzle 351 of the structural component is connected to the water tank. In the mixing channel section 212 of the body 21, the high-pressure air source 5 is connected to the air intake channel 311 of the structural component. After the high-pressure air source 5 is started, it delivers airflow to the air intake channel 311 of the structural component. The airflow reaches the atomizing core 32 through the air intake channel 311, causing a two-fluid atomization effect at the atomizing core 32. The aromatherapy essential oil stored in the essential oil bottle 34 is drawn through the oil suction tube 33 and atomized into a mist aromatherapy essential oil. The mist aromatherapy essential oil is sent into the mixing channel section 212 of the water tank body 21 through the mist outlet channel 352 of the structural component.

[0041] More specifically, the structural components include a main atomizing shell 31 and an outlet shell 35, both of which are shell-shaped structures made of engineering plastic. The main atomizing shell 31 is provided with an air intake channel 311 and a connecting hole 313, wherein the air intake channel 311 penetrates both the inner and outer sides of the main atomizing shell 31, and the connecting hole 313 penetrates both the upper and lower sides of the main atomizing shell 31. The surface of the outlet shell 35 is provided with a mounting-outlet nozzle 351, which is actually a single unit. The atomizing shell 35 has a conical structure formed on its surface, and an atomizing channel 352 is provided at the atomizing shell 35. The atomizing channel 352 extends through both the inner and outer sides of the atomizing shell 35 (the outlet end of the atomizing channel 352 is located at the hanging-atomizing nozzle 351). The atomizing shell 35 and the essential oil bottle 34 are respectively connected to the upper and lower sides of the main atomizing shell 31. In fact, the atomizing shell 35 is snapped onto the upper side of the main atomizing shell 31, and the essential oil bottle 34 is threaded onto the lower side of the main atomizing shell 31. At this time, the essential oil bottle 34 covers the atomizing shell. The diffuser module 3's main atomizing shell 31 is detachably mounted and fixed to the main housing component 1. When the diffuser module 3's main atomizing shell 31 is fixed to the main housing component 1, the mounting-mist nozzle 351 of the mist outlet shell 35 is connected to the mixing channel 212 of the water tank body 21, and the high-pressure air source 5 is connected to the air intake channel 311 of the main atomizing shell 31. After the high-pressure air source 5 is activated, it delivers airflow to the air intake channel 311 of the main atomizing shell 31, and the airflow reaches the main atomizing shell 31 through the air intake channel 311. The atomizing core 32 creates a two-fluid atomization effect, drawing in the aromatherapy essential oil stored in the essential oil bottle 34 through the oil suction tube 33 and atomizing the aromatherapy essential oil into a mist-like aromatherapy essential oil. At this time, the mist-like aromatherapy essential oil will fill the lower side of the main atomizing shell 31 and the empty space of the essential oil bottle 34. The mist-like aromatherapy essential oil enters the mist outlet shell 35 through the connecting hole 313 of the main atomizing shell 31, and is sent into the mixing channel portion 212 of the water tank body 21 through the mist outlet channel 352 of the mist outlet shell 35.

[0042] More specifically, the surface of the main housing component 1 is recessed to form a diffuser module mounting slot 12, that is, the diffuser module mounting slot 12 is a groove-shaped structure integrally formed on the surface of the main housing component 1; a main unit side air nozzle 121 is embedded in the diffuser module mounting slot 12, the main unit side air nozzle 121 is a quick-connect air nozzle, and the main unit side air nozzle 121 is interconnected with the high-pressure air source 5 through the air pipe 6; a diffuser side air nozzle 312 is embedded at the outer port of the air inlet channel 311 of the main atomizing shell 31 of the diffuser module 3, the diffuser side air nozzle 312 is a quick-connect air nozzle adapted to the main unit side air nozzle 121; the main atomizing shell 31 of the diffuser module 3 is suitable for insertion and fixing on the main housing component 1. In this embodiment, at the aroma diffuser module mounting slot 12 of the housing component 1, the main atomizing shell 31 of the aroma diffuser module 3 forms a guide groove, and a guide strip is formed in the aroma diffuser module mounting slot 12 of the main housing component 1. The guide strip in the aroma diffuser module mounting slot 12 cooperates with the guide groove of the main atomizing shell 31, so that the main atomizing shell 31 of the aroma diffuser module 3 can be inserted and fixed at the aroma diffuser module mounting slot 12 of the main housing component 1. At this time, the aroma diffuser side nozzle 312 at the aroma diffuser module 3 and the main unit side nozzle 121 at the main housing component 1 are connected to each other. In this way, the aroma diffuser module 3 is fixed and the high-pressure air source 5 is connected to the air intake channel 311 of the main atomizing shell 31.

[0043] More specifically, the surface of the water tank body 21 of the water tank module 2 has a bracket portion 213 adapted to the hanging-mist nozzle portion 351 of the diffuser module 3. In fact, the bracket portion 213 is a support-like structure integrally formed at the end of the mixing channel portion 212 of the water tank body 21. A connecting port 214 is provided at the bracket portion 213 of the water tank body 21, and the connecting port 214 connects to the mixing channel portion 212 of the water tank body 21. In fact, the connecting port 214 is formed on the hanging-mist nozzle portion 351 of the diffuser module 3. The notch at the frame portion 213; when the main atomizing shell 31 of the diffuser module 3 is fixed to the main body shell component 1, the hanging-mist nozzle 351 of the mist shell 35 is hung on the hanging portion 213 of the water tank body 21, and the hanging-mist nozzle 351 of the mist shell 35 is connected to the mixing channel portion 212 of the water tank body 21 through the connecting port 214; in this way, the hanging-mist nozzle 351 of the mist shell 35 is connected to the mixing channel portion 212 of the water tank body 21.

[0044] Furthermore, the hybrid humidifier diffuser of this embodiment also includes a fan 7, wherein the fan 7 is a small vortex fan driven by DC electricity; an air outlet structure 111 is formed in the water atomization tank 11 of the main housing component 1. In this embodiment, the air outlet structure 111 is a hollow columnar structure integrally formed in the water atomization tank 11, and an air outlet is formed at the top of the air outlet structure 111; the fan 7 is housed and fixed in the main housing component 1, and the air outlet of the fan 7 can be guided by the air outlet structure 111 to enter the water atomization tank 11. Specifically, the fan 7 is fixed at the bottom of the main housing component 1 (located outside the water atomization tank 11), and the air outlet of the fan 7 is connected to the inlet of the air outlet structure 111 at the bottom of the main housing component 1. After the fan 7 is started, its air outlet is poured into the air outlet structure 111 and blown out from the air outlet on one side of the water atomization tank 11.

[0045] In this embodiment of the hybrid humidifier diffuser, when in use, the water tank body 21 of the water tank module 2 is filled with clean water. When the water tank body 21 of the water tank module 2 is housed in the main unit housing component 1, the self-resetting water valve assembly 22 is opened to release the water stored in the water storage portion 211 of the water tank body 21 until the water level in the water atomization tank 11 of the main unit housing component 1 reaches a preset position, at which point the self-resetting water valve assembly 22 is closed. The water atomizer 4 is then activated to atomize the water stored in the water atomization tank 11 into water mist. The fan 7 is then activated so that the air outlet structure 111 blows air out from the air outlet on one side of the water atomization tank 11 to blow the water mist into the mixing channel portion 212. In the middle; the high-pressure air source 5 is activated to deliver airflow to the air intake channel 311 of the main atomizing shell 31. The airflow reaches the atomizing core 32 through the air intake channel 311, causing a two-fluid atomization effect at the atomizing core 32, so as to draw the aromatherapy essential oil stored in the essential oil bottle 34 through the oil suction tube 33 and atomize the aromatherapy essential oil into a mist-like aromatherapy essential oil. The mist-like aromatherapy essential oil enters the mist outlet shell 35 through the connecting hole 313 of the main atomizing shell 31, and is sent into the mixing channel section 212 of the water tank body 21 through the mist outlet channel 352 of the mist outlet shell 35. The water mist and the mist-like aromatherapy essential oil are mixed in the mixing channel section 212 and then discharged to the outside.

[0046] In this embodiment, the mixing channel section 212 is adapted to receive water mist from the water atomizer 4, and the diffuser module 3 is adapted to deliver the mist-like aromatherapy essential oil into the mixing channel section 212. The water mist and the mist-like aromatherapy essential oil are mixed in the mixing channel section 212 and then discharged to the outside. The water mist can carry the mist-like aromatherapy essential oil, making the diffusion distance of the mist-like aromatherapy essential oil farther. The mist-like aromatherapy essential oil allows the water mist to carry fragrance. It not only realizes the basic functions of a diffuser and a humidifier at the same time, but also has synergistic and complementary benefits, thus possessing the excellent characteristics of both a diffuser and a humidifier.

[0047] Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the present invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A hybrid humidifier diffuser, characterized in that, Includes main unit housing components, water tank module, aroma diffuser module, water atomizer, and high-pressure gas source; A water atomizing tank is provided in the main housing component, the water atomizer is fixed in the water atomizing tank of the main housing component, and the high-pressure air source is contained and fixed in the main housing component. The water tank module is adapted to distribute its stored water into the water atomizing tank of the main unit housing component; The main housing component and / or the water tank module are provided with a mixing channel portion that connects the water atomizing tank with the outside world, and the mixing channel portion is adapted to receive water mist from the water atomizer. The diffuser module stores aromatherapy essential oils; The diffuser module is adapted to be fixed at the main housing component and / or the water tank module; When the diffuser module is fixed to the main housing component and / or the water tank module, it is adapted to receive airflow from the high-pressure air source to atomize the aromatherapy essential oil stored in it into a mist of aromatherapy essential oil, and the diffuser module is adapted to deliver the mist of aromatherapy essential oil into the mixing channel section. Water mist and atomized aromatherapy essential oils are mixed in the mixing channel section and then discharged to the outside.

2. The hybrid humidifier diffuser according to claim 1, characterized in that, The water tank module includes at least a water tank body, and the water tank body is divided to form a water storage part and a mixing channel part; The water tank body of the water tank module is detachably housed within the main unit housing component. In this case, the water storage portion of the water tank body is adapted to distribute its stored water into the water atomizing tank of the main unit housing component.

3. The hybrid humidifier diffuser according to claim 2, characterized in that, The water tank module also includes a self-resetting water valve assembly, which is fixed to the water tank body. When the water tank body of the water tank module is housed in the main unit housing component, the self-resetting water valve assembly is opened to release the water stored in the water storage part of the water tank body until the water level in the water atomization tank of the main unit housing component reaches a preset position, at which point the self-resetting water valve assembly is closed. When the water tank body of the water tank module is separated from the main housing component, the self-resetting water valve assembly is closed.

4. The hybrid humidifier diffuser according to claim 2 or 3, characterized in that, A silencer component is installed in the mixing channel section of the water tank body.

5. The hybrid humidifier diffuser according to claim 2 or 3, characterized in that, The diffuser module includes structural components, an atomizing core, and an essential oil bottle; The surface of the structural component is provided with a hanging-fog nozzle, and the structural component is provided with an air inlet channel and a fog outlet channel, wherein the air inlet channel and the fog outlet channel respectively penetrate the inner and outer sides of the structural component, and the outlet end of the fog outlet channel is located at the hanging-fog nozzle. The atomizing core is disposed at the inner port of the air intake channel of the structural component, and the air intake end of the atomizing core is connected to the air intake channel of the structural component. The essential oil bottle is connected to one side of the structural component, so that the essential oil bottle covers the atomizing core; The oil inlet end of the atomizing core is connected to an oil suction tube, and the oil suction tube is connected to the essential oil bottle; The structural components of the diffuser module are detachably mounted and fixed to the main unit housing component; When the structural components of the diffuser module are fixed to the main housing component, the hanging-mist nozzle of the structural component is connected to the mixing channel of the water tank body, and the high-pressure air source is connected to the air intake channel of the structural component. After the high-pressure air source is activated, it delivers airflow to the air intake channel of the structural component. The airflow reaches the atomizing core through the air intake channel, causing a two-fluid atomization effect at the atomizing core, so as to draw the aromatherapy essential oil stored in the essential oil bottle through the oil suction tube and atomize the aromatherapy essential oil into a mist-like aromatherapy essential oil. The mist-like aromatherapy essential oil is sent into the mixing channel of the water tank body through the mist outlet channel of the structural component.

6. The hybrid humidifier diffuser according to claim 5, characterized in that, The structural components include a main atomizing shell and a mist outlet shell; The main atomizing shell is respectively provided with an air intake channel and a connecting hole, wherein the air intake channel passes through the inner and outer sides of the main atomizing shell, and the connecting hole passes through the upper and lower sides of the main atomizing shell. The surface of the mist outlet shell is provided with the hanging-mist nozzle, and the mist outlet shell is provided with the mist outlet channel, wherein the mist outlet channel extends through the inner and outer sides of the mist outlet shell; The mist-emitting shell and the essential oil bottle are respectively connected to the upper and lower sides of the main atomizing shell; The main atomizing shell of the diffuser module is detachably mounted and fixed to the main unit shell component; When the main atomizing shell of the diffuser module is fixed to the main housing component, the hanging-mist nozzle of the mist outlet shell is connected to the mixing channel of the water tank body, and the high-pressure air source is connected to the air intake channel of the main atomizing shell. After the high-pressure air source is activated, it delivers airflow to the air intake channel of the main atomizing shell. The airflow reaches the atomizing core through the air intake channel, causing a two-fluid atomization effect at the atomizing core. This allows the essential oil stored in the essential oil bottle to be drawn through the oil suction tube and atomized into a mist-like essential oil. The mist-like essential oil enters the mist outlet shell through the connecting hole of the main atomizing shell and is sent into the mixing channel of the water tank body through the mist outlet channel of the mist outlet shell.

7. The hybrid humidifier diffuser according to claim 6, characterized in that, The surface of the main housing component is recessed to form a slot for the aroma diffuser module. The diffuser module has a main unit side air nozzle embedded in its mounting slot, and the main unit side air nozzle is connected to the high-pressure air source through an air pipe. A diffuser side nozzle is embedded at the outer port of the air inlet channel of the main atomizing shell of the diffuser module. The main atomizing shell of the diffuser module is adapted to be inserted into and fixed at the diffuser module mounting slot of the main unit housing component. At this time, the diffuser side nozzle of the diffuser module is connected to the main unit side nozzle of the main unit housing component.

8. The hybrid humidifier diffuser according to claim 6, characterized in that, The surface of the water tank body of the water tank module is formed with a hanging bracket portion that is adapted to the hanging-mist nozzle portion of the diffuser module; The water tank body has a connecting port on the bracket portion, which connects to the mixing channel portion of the water tank body; When the main atomizing shell of the diffuser module is fixed to the main housing component, the mist outlet shell's hanging-mist nozzle is hung on the bracket portion of the water tank body, and the mist outlet shell's hanging-mist nozzle is connected to the mixing channel portion of the water tank body through the connecting port.

9. The hybrid humidifier diffuser according to claim 1, characterized in that, This also includes wind turbines; An air outlet structure is formed in the water atomization tank of the main unit housing component; The fan is housed and fixed within the main housing component, and the air outlet of the fan can be guided by the air outlet structure to enter the water atomizing tank.

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