Module combined type multifunctional summer heat relieving aromatherapy atomizer

Abstract

The invention provides a module combined type multifunctional summer heat relieving aromatherapy atomizer. The module combined type multifunctional summer heat relieving aromatherapy atomizer comprises an air supply module, an atomization module and a guide module which can be freely assembled by a user. The air supply module is an air supply device capable of working independently and comprises an air cavity used for restraining the direction of air flow, a motor fixed to the air cavity, an air wheel fixed to an output shaft of the motor and a fixing base which is arranged on the outer side of the air cavity and enables the air supply module to supply air horizontally and vertically. The air supply butt joint opening is fixed to an air outlet of the air cavity, the control circuit board is fixed to the interior of the air cavity, and the power transmission terminal is fixed to the air cavity and electrically connected with the control circuit board. The guide module is a device which covers the upper end of the atomization module and restrains the atomization module to emit mist and comprises a guide shell, a guide butt joint opening formed in the lower end of the guide shell and an output opening formed in the guide shell.

Description

Technical Field

[0001] The present invention relates to a modular combined multifunctional summer-cooling aromatherapy atomizer, and more specifically, to a set of modules that can be freely assembled and combined. After being assembled and combined, the modules can be independently used as a summer-cooling fan, a hair-drying aromatherapy machine, an atomizer, and an aromatherapy atomizer. The modules can be freely selected and combined according to user needs to meet various functional requirements. Background Art

[0002] In summer, people usually need to use fans and other tools to cool down; in necessary scenarios, they need to use aromatherapy tools to add fragrance or medicine to the air in order to achieve aromatherapy, mosquito repellent, disinfection, or physical therapy effects; in an environment with air conditioning or heating, or in dry seasons, the air needs to be humidified to adjust the air humidity. The above are independent needs, or multiple needs coexist. In response to the above needs, traditional technologies provide corresponding electrical appliances such as electric fans, aromatherapy machines, humidifiers, etc. People can purchase different electrical appliances according to different needs.

[0003] Obviously, people need to prepare different electrical appliances for different needs, and when multiple needs coexist, multiple electrical appliances need to be used at the same time. Whether in terms of cost investment, floor space, utilization rate, or convenience of use, there are certain limitations. Summary of the invention

[0004] Aiming at the limitations of traditional technologies in real life and market demands, the present invention provides a modular combined multifunctional summer-cooling aromatherapy atomizer to solve the problems of the prior art.

[0005] According to actual needs, one or more embodiments of this specification provide a modular combined multifunctional summer heat-relief aromatherapy atomizer, which solves the limitations and defects of the current technology listed in the background technology and provides a practical solution. The technical solution of the present invention is as follows: The present invention provides a modular multifunctional summer-cooling aromatherapy atomizer, comprising an air supply module, an atomization module, and a guide module that can be freely assembled and combined by the user; The air supply module is an air supply device that can work independently, including: an air cavity for restricting the direction of air flow, a motor fixed on the air cavity, a wind wheel fixed on the output shaft of the motor, a fixing seat arranged outside the air cavity so that the air supply module can supply air both horizontally and vertically, an air supply interface fixed to the air outlet of the air cavity, a control circuit board fixed inside the air cavity, and a power transmission terminal fixed on the air cavity and electrically connected to the control circuit board; The atomizing module is an atomizing device grafted onto the air supply module, comprising: an atomizing shell, an air inlet interface fixed to the lower end of the atomizing shell, an air duct fixed to the inside of the atomizing shell, a power receiving terminal fixed to the lower part of the atomizing shell, a container fixed to the inside of the atomizing shell, an electric atomizer fixed to the bottom of the container and electrically connected to the power receiving terminal, and a mist outlet interface fixed to the upper port of the atomizing shell; the vertical wall of the container is lower than the vertical wall of the air duct; The guide module is a device covering the upper end of the atomizing module and restricting the atomizing module from discharging mist, comprising: a guide housing, a guide docking port arranged at the lower end of the guide housing, and an output port arranged on the guide housing; The air supply interface and the mist outlet interface have the same shape and size; the air inlet interface and the guide interface have the same shape and size; and the air supply interface can be connected and matched with the air inlet interface so that the air outlet of the air supply module enters the air duct of the atomization module; the mist outlet interface can be connected and matched with the guide interface so that the wind and mist generated by the atomization module enter the interior of the guide module and are output from the output port.

[0006] In this solution, since the air supply module is provided with a fixed seat that enables it to supply air both horizontally and vertically, the air supply module can be placed horizontally to achieve vertical air supply, and can also be placed vertically to achieve horizontal air supply. Therefore, when the air supply module is placed vertically, it can work alone as a fan for cooling down the heat; when the air supply module is placed horizontally, the atomization module can be embedded into the air supply interface of the air supply module through its air inlet interface, and the guide module can be embedded into the mist outlet interface of the atomization module through its guide interface, so that the three modules can be assembled into a complete atomizer (humidifier), providing a solution for realizing multiple uses of one machine through assembly and combination, solving the limitations of traditional technology, and the shapes and sizes of each interface are consistent, providing structural possibilities for assembly and combination.

[0007] As a further technical solution, the modular combined multifunctional summer heat-relief aromatherapy atomizer also includes an aromatherapy module; The aromatherapy module is an aromatherapy device embedded in the air supply docking port of the air supply module, comprising: an aromatherapy shell, an aromatherapy lower docking port arranged at the lower end of the aromatherapy shell, an aromatherapy upper docking port arranged at the upper end of the aromatherapy shell, a mesh tray arranged inside the aromatherapy shell, and a power supply channel arranged on the aromatherapy shell or the mesh tray; The lower docking port of the aroma diffuser and the air inlet docking port of the atomization module have the same shape and size; the upper docking port of the aroma diffuser and the mist outlet docking port of the atomization module have the same shape and size.

[0008] This solution adds a module with aromatherapy function to the present invention on the basis of the above solution, that is, when the air supply module is placed horizontally, the aromatherapy module is embedded into the air supply interface of the air supply module through the aromatherapy lower interface, and a solid cake-shaped aromatherapy (or insect repellent, or sterilization and disinfection, etc.) piece, or a porous material dripped with aromatherapy essential oil (or insect repellent, or sterilization and disinfection liquid, etc.) (hereinafter collectively referred to as "diffusion cake") is placed in the aromatherapy module, it can be used as an aromatherapy machine or a medicine diffuser, etc.; when the guide module is placed through its guide When the docking port is embedded in the upper docking port of the aromatherapy module, the diffusion guide (proportional mist suction therapy) can be controlled and constrained by the guide module; when the aromatherapy module is embedded in the air supply docking port of the air supply module through the lower docking port of the aromatherapy, a diffusion cake is placed in the aromatherapy module, the atomization module is embedded in the upper docking port of the aromatherapy module through its air inlet docking port, and the guide module is embedded in the mist outlet docking port of the atomization module through its guide docking port, so that four modules + diffusion cakes are assembled into a complete aromatherapy humidifier. Based on the above scheme, this scheme adds 2 combinations to the present invention, expands the use function, and further solves the limitations of traditional technology. As above, the shapes and sizes of the docking ports are consistent, which provides structural possibilities for assembly and combination.

[0009] As a further technical solution, the air supply module is provided with a human-machine interaction device electrically connected to the control circuit board for realizing interaction with the user; The control circuit board is provided with a power supply circuit, an air supply drive circuit and a central controller. The central controller is loaded with software for controlling the air volume. The air supply drive circuit is electrically connected to the motor and is used to control the air supply drive circuit to start and stop the air supply module and / or adjust the output air volume.

[0010] This solution provides a technical solution with controllable air volume, so that when used alone as a cooling fan, it has functions such as gusts and simulated natural wind, providing a better user experience; when used in combination as an aromatherapy machine or a diffusion device, the diffusion speed (diffusion amount) can be adjusted through the adjustable air volume function; when used in combination as an aromatherapy humidifier or an aromatherapy humidifier, the air volume also provides functions such as adjustment of the diffusion speed (diffusion amount) and atomization amount, providing a better user experience.

[0011] As a further technical solution, the control circuit board of the air supply module is provided with a power supply circuit, an air supply drive circuit, an atomization drive circuit and a central controller; The central controller is loaded with software for controlling the air volume of the air supply module and the working state of the atomization module; The air supply drive circuit is electrically connected to the motor and is used to control the air supply drive circuit to start and stop the air supply module and / or adjust the output air volume; The atomization driving circuit is electrically connected to the power transmission terminal, and is used to drive the electric atomizer in the atomization module to work through the power transmission terminal and the power receiving terminal.

[0012] Compared with the previous solution, this solution integrates the air supply drive and atomization drive circuits onto the same control circuit board, which can simplify the overall structure and assembly process.

[0013] As a further technical solution, an atomization driving circuit board is provided in the atomization shell of the atomization module to drive the electric atomizer to work.

[0014] Compared with the above two solutions, this solution sets the atomization drive circuit in the atomization module, so that the control part corresponds to the structural part one by one. Since the corresponding product of the present invention is a combined assembly type, its sale allows users to purchase each module. The implementation of this solution can reduce the cost by eliminating the need for redundant configuration of the atomization drive circuit when the user does not purchase the atomization module.

[0015] As a further technical solution, the power transmission terminal is located at the axis of the air supply module. The power transmission terminal is a concentric circle power transmission ring, and correspondingly, the power receiving terminal is arranged at the axis of the atomization module and is a plurality of pin-type or brush-type conductive terminals; or The power receiving terminal is a concentric circle power transmission ring located at the axis of the atomization module. Correspondingly, the power transmission terminal is a plurality of pin-type or brush-type conductive terminals.

[0016] In this solution, the transmission terminal and the receiving terminal are placed on the axis, so that no positioning is required during assembly, the separation and assembly are convenient, and the user experience is better.

[0017] As a further technical solution, an atomization isolation tube is provided in the inner cavity of the container of the atomization module. The atomization isolation tube is tubular and fixed to the bottom wall of the container. The electric atomizer is covered therein, and a liquid inlet groove connecting the inner cavity of the container and the inner cavity of the atomization isolation tube is provided at the bottom.

[0018] In this solution, the provision of the isolation tube reduces the real-time working range of the electric atomizer for atomizing liquid, which can greatly increase the atomization speed.

[0019] As a further technical solution, the atomization module, The atomizing shell and its container are concentric structures; the air duct is the gap between the atomizing shell and the container; or The air duct is a tubular structure vertically penetrating the container, with its lower end opening in the air inlet port and its upper end opening in the inner cavity of the container and higher than the vertical wall of the container; or The air duct is a vertical channel adjacent to the outer side of the container wall, with its lower end opening in the air inlet interface and its upper end opening on the outer side of the container wall.

[0020] This solution provides multiple solutions for delivering airflow to the atomizer.

[0021] As a further technical solution, the modular combined multifunctional summer-cooling aromatherapy atomizer is provided with a splash shield; the splash shield is arranged in the atomization module, or in the guide module, directly above the electric atomizer, and covers the electric atomizer in the horizontal projection direction.

[0022] In this solution, a splash shield is arranged above the electric atomizer to restrain the liquid splashing caused by "boiling" during ultrasonic atomization or evaporation, limit the liquid splashing height, and at the same time provide a reflux channel for the splashing liquid, which can greatly reduce the noise generated by the dripping back of the "boiling" liquid.

[0023] As a further technical solution, the modular combined multifunctional summer-cooling aromatherapy atomizer is provided with an atmosphere light, which is a light-emitting diode installed on the air supply module, electrically connected to the control circuit board, or installed on the aromatherapy module, or installed on the guide module.

[0024] This solution adds a lighting experience to the product of the present invention, further enriches the performance of the product, and improves the use value of the product.

[0025] In summary, the benefits of the present invention after implementation are: 1 Modularize each functional component so that each module can realize different functions separately or through assembly and combination, thus realizing one machine with multiple uses; 2. The docking interfaces of each module are unified, which makes the assembly and combination free and provides the possibility for the subsequent development of new combination modules; 3. You can choose and select corresponding modules according to your functional requirements, which is convenient for sales, purchase, and future function upgrades. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] The present invention will be further described below with reference to the accompanying drawings and embodiments, in which: Figure 1 It is a structural schematic diagram of a four-module modular multifunctional summer-cooling aromatherapy atomizer; Figure 2 This is a schematic diagram of the air supply module working independently as a heat-relief fan; Figure 3 This is a schematic diagram for assembling an aromatherapy machine; Figure 4 This is a schematic diagram for assembling a humidifier; Figure 5 This is a schematic diagram for assembling an aromatherapy humidifier. DETAILED DESCRIPTION

[0027] Example 1 - Four-module modular multifunctional summer-cooling aromatherapy atomizer (hereinafter referred to as "four-module device") like Figure 1 As shown, the four-module device is composed of a guide module 1, an atomization module 2, an aromatherapy module 3 and an air supply module 4. Among them: The guide module 1 is a bowl-shaped structure, and is composed of a guide housing 11 , a guide docking port 12 located along the edge, and a mist outlet 13 arranged on the guide housing 11 .

[0028] The atomization module 2 is a concentric double-layer structure, which consists of an outer humidification housing 21, an inner container 22, an air inlet interface 20 located at the lower end of the humidification housing 21, a mist outlet interface 23 located at the upper end of the humidification housing 21, a plurality of connecting strips 24 for fixing the humidification housing 21 and the container 22, an electric atomizer 26 sealed and mounted at the bottom of the container 22, an electric docking post 28 fixed at the center of the outer bottom of the container 22, and a plurality of power receiving terminals (brushes, not shown due to angle reasons) located on the electric docking post 28. The gap between the humidification housing 21 and the container 22 constitutes an air duct 25.

[0029] The aromatherapy module 3 is a disc-shaped structure, including an aromatherapy shell 31, an aromatherapy upper docking port 32 located at the upper edge of the aromatherapy shell 31, an aromatherapy lower docking port 3a located at the lower edge of the aromatherapy shell 31, an outer restraining edge 33 located on the upper side of the aromatherapy shell 31, a tray 34 located on the end surface of the aromatherapy shell 31, an inner restraining edge 35 located in the center of the tray 34, a plurality of protrusions 36 distributed on the tray, a plurality of ventilation holes 37 distributed on the tray, a connecting rib 30 connecting the aromatherapy shell 31 and the outer restraining edge 33, etc. The inner restraining edge 35 is cylindrical, hollow inside, and is provided with a power supply through hole 38, and a plurality of side holes 39 are provided between the aromatherapy shell 31 and the outer restraining edge 33. Due to the presence of multiple ventilation holes 37, the tray 34 located within the inner constraint edge 35 is meshed and is used to place solid diffusion cakes of corresponding shapes (such as aromatherapy cakes, mosquito repellent tablets, or porous materials dripped with aromatherapy essential oils, mosquito repellents, bactericidal disinfectants, etc.). The mesh tray 34 facilitates airflow to blow to the lower end surface of the solid diffusion cake, and multiple protrusions 36 support the solid diffusion cake from the tray 34, providing an airflow channel between the two, and the side holes 39 facilitate airflow to blow through the sides of the solid diffusion cake.

[0030] The air supply module 4 includes an air supply housing 41, an air supply interface 42 located at the edge of the air outlet end surface of the air supply housing 41, a motor 44 arranged at the center of the air outlet end surface of the air supply housing 41, a plurality of spokes 43 radially connecting the air supply housing 41 and the motor 44, a wind wheel 45 fixed on the output shaft of the motor 44 (not shown due to angle reasons), a power transmission terminal 46 fixed on the end surface of the motor 44 away from the output shaft, a vertical placement foot 47 fixed on the air supply housing 41, a power supply port 48 arranged on the side of the air supply housing 41, a human-machine interaction device 49, a plurality of air inlets 40 arranged on the edge of the air inlet end surface of the air supply housing 41, and a control circuit board (not shown) installed inside the air supply housing 41. In this embodiment, the power transmission terminal 46 is a concentrically arranged power transmission slip ring, and the power supply port 48, the human-machine interaction device 49, the motor 44, and the power transmission terminal 46 are all electrically connected to the control circuit board.

[0031] In the above four modules, the air supply interface 42 of the air supply module 4, the upper aromatherapy interface 32 of the aromatherapy module 3, and the mist outlet interface 23 of the atomization module 2 are completely consistent in size and shape; correspondingly, the lower aromatherapy interface 3a of the aromatherapy module 3, the air inlet interface 20 of the atomization module 2, and the guide interface 12 of the guide module 1 are completely consistent in size and shape. This allows the modules to be freely assembled and combined.

[0032] In this embodiment, the air supply module 4 is placed horizontally. When working, the control circuit board is powered through the power supply port 48. The control circuit board provides power to the power transmission terminal 46 according to the user's operation on the human-machine interaction device 49, and also drives the motor 44 to work, driving the wind wheel 45 to rotate, driving the air to enter from the air inlet 40, and output along the upper port of the air supply module 4, from bottom to top ( Figure 1 Placement direction) flow to form airflow.

[0033] The aromatherapy module 3 is embedded in the air supply docking port 42 of the air supply module 4 through its aromatherapy lower docking port 3a. The airflow output by the air supply module 4 flows through the lower end surface and side surface of the solid diffusion cake along the gap formed by the protrusion 36 supported between the solid diffusion cake and the tray 34, and the side hole 39, entraining the drug molecules therein, and forming an upward flow out from the side surface of the solid diffusion cake.

[0034] The atomizing module 2 is embedded in the upper aromatherapy interface 32 of the aromatherapy module 3 through its air inlet interface 20, and the guiding module 1 is embedded in the mist outlet interface 23 of the atomizing module 2 through its guiding interface 12. In this way, an atomizing chamber is formed above the container 22 of the atomizing module 2 and between the guiding module 1. The electrical docking post 28 of the atomizing module 2 passes through the power supply through hole 38 of the aromatherapy module, so that the power receiving terminal (brush, not shown) installed on the electrical docking post 28 is docked with the power transmission terminal 46 on the air supply module 4 to achieve electrical connection. The power receiving terminal is electrically connected to the electric atomizer 26 to provide working power for the electric atomizer 26. Water to be atomized is added into the cavity 27 of the container 22. Under the action of the electric atomizer 26, the water is atomized to form water mist in the atomizing chamber. The airflow from the aromatherapy module 3 entrained with drug molecules enters the atomization chamber through the air duct 25 of the atomization module 2, entrains the water mist therein, and is output to the surrounding air along the mist outlet 13 of the guide module 1, completing the diffusion of the drug molecules and the diffusion of the water mist.

[0035] In this embodiment, the mist outlet 13 is offset from the center of the guide module 1. When the guide module 1 is rotated, the direction of the mist outlet can be adjusted.

[0036] In this embodiment, since the four modules are split and the sizes and shapes of the interfaces are completely consistent, the modules can be freely combined and assembled according to functional requirements, for example: 1 As Figure 2 As shown, when the air supply module 4 is placed vertically by means of the vertical placement foot 47, the air supply module 4 can be used independently as a fan for cooling down the heat; 2 When the air supply module 4 is placed horizontally, the air supply module 4, the aromatherapy module 3, and the solid diffusion cake 5 are assembled and can be used as an aromatherapy machine, a pharmaceutical mosquito repellent device, a pharmaceutical disinfection device, etc. 3. Figure 3 As shown, when the air supply module 4 is placed horizontally, the air supply module 4, the aromatherapy module 3, the solid diffusion cake 5, and the guide module 1 are assembled and can be used as an aromatherapy machine with guidance, a pharmaceutical mosquito repellent device, a pharmaceutical disinfection device, etc.; 4. Figure 4 As shown, when the air supply module 4 is placed horizontally, the air supply module 4, the atomization module 2, the solid diffusion cake 5, and the guide module 1 are assembled and can be used as a humidifier; 5. Figure 5 As shown, when the air supply module 4 is placed horizontally, the air supply module 4, the aromatherapy module 3, the solid diffusion cake 5, the atomization module 2, and the guide module 1 are assembled and can be used as an aromatherapy humidifier, a humidifier with drug therapy, etc.

[0037] As can be seen from the above, the benefits of implementing this embodiment are: 1 Each module is split and can be freely assembled and combined according to needs. The function selection is flexible, avoiding the limitation of special machine for special purpose in traditional technology, and realizing one machine with multiple uses and flexible combination; 2. Since the size and shape of each interface are completely unified, it creates conditions for the development and expansion of new modules on this basis, making it possible to upgrade the structure and function of the device; 3. The assembly and combination design provides more combination options for sales and purchase, which can enrich the product series; 4. Each module is designed separately, so when the product is updated, only the updated part needs to be designed and manufactured. There is no need to repeat the design of the entire product like traditional technology, which can shorten the design cycle and reduce R&D costs.

[0038] Example 2 - Module allocation with one-to-one correspondence between function and structure In some embodiments, the control circuits of each module are concentrated on a control circuit board of the air supply module, which can simplify assembly.

[0039] In this embodiment, the drive circuit of the atomization module is independently arranged in the atomization module, and the motor drive circuit of the air supply module is arranged on the control circuit board of the air supply module. That is, the control functions of each module are configured according to the mode, which can simplify the design planning, help avoid control conflicts in future function expansion, and avoid the cost waste caused by circuit concentration when the user chooses the simplest combination configuration.

[0040] Example 3 - Breathing Therapy Device according to Figure 3 or Figure 5 As shown in the combination, a breathing mask (not shown) is arranged outside the mist outlet 13 of the guide module 1. Use the solid diffusion cake 5 with physiotherapy drugs, or drip the liquid physiotherapy drugs into the sponge-like solid diffusion cake 5, connect the mouth and nose to the breathing mask, and press Figure 3 The combination provides a breathing therapy function; clean water is added to the container 22 of the atomizing module 2, and the Figure 5 Combination, providing breathing therapy function with moisturizing function.

[0041] The benefit of this embodiment after implementation is that: a drug therapy function is added to the device, and it can be used as an auxiliary medical device to provide users with self-service medication services.

[0042] The above describes specific embodiments of the present specification, and other embodiments are within the scope of the appended claims. In some cases, the structures described in the claims can refer to the above specific embodiments to achieve the desired results. Those skilled in the art can easily achieve the desired results by referring to the above specific implementations and their design ideas.

[0043] The above description is only one or more embodiments of this specification and is not intended to limit this specification. For those skilled in the art, the technology of one or more embodiments of this specification can be newly combined to realize new implementation schemes, or various changes and variations can be made. Any modification, equivalent replacement, improvement, technical combination, etc. made within the spirit and principle of one or more embodiments of this specification should be included in the scope of the claims of this specification.

Claims

1. A modular multifunctional summer-cooling aromatherapy atomizer, characterized by: It includes air supply module, atomization module and guide module which can be freely assembled by users; The air supply module is an air supply device that can work independently, including: an air cavity for restricting the direction of air flow, a motor fixed on the air cavity, a wind wheel fixed on the output shaft of the motor, a fixing seat arranged outside the air cavity so that the air supply module can supply air both horizontally and vertically, an air supply interface fixed to the air outlet of the air cavity, a control circuit board fixed inside the air cavity, and a power transmission terminal fixed on the air cavity and electrically connected to the control circuit board; The atomizing module is an atomizing device grafted onto the air supply module, comprising: an atomizing shell, an air inlet interface fixed to the lower end of the atomizing shell, an air duct fixed to the inside of the atomizing shell, a power receiving terminal fixed to the lower part of the atomizing shell, a container fixed to the inside of the atomizing shell, an electric atomizer fixed to the bottom of the container and electrically connected to the power receiving terminal, and a mist outlet interface fixed to the upper port of the atomizing shell; the vertical wall of the container is lower than the vertical wall of the air duct; The guide module is a device covering the upper end of the atomizing module and restricting the atomizing module from discharging mist, comprising: a guide housing, a guide docking port arranged at the lower end of the guide housing, and an output port arranged on the guide housing; The air supply interface and the mist outlet interface are consistent in shape and size; the air inlet interface and the guide interface are consistent in shape and size; and the air supply interface can be connected and matched with the air inlet interface, so that the air outlet of the air supply module enters the air duct of the atomization module; the mist outlet interface can be connected and matched with the guide interface, so that the wind and mist generated by the atomization module enter the interior of the guide module and are output from the output port; The modular combined multifunctional summer-cooling aromatherapy atomizer is assembled as follows: Combination 1: When the air supply module is placed vertically, it can supply air horizontally and work independently as a heat-relief fan; Combination 2: The air supply module is placed horizontally, and the air supply module, the atomization module, and the guide module are assembled in sequence to work as a humidifier.

2. A modular multifunctional summer-cooling aromatherapy atomizer according to claim 1, characterized in that: Also includes aromatherapy module; The aromatherapy module is an aromatherapy device embedded in the air supply docking port of the air supply module, comprising: an aromatherapy shell, an aromatherapy lower docking port arranged at the lower end of the aromatherapy shell, an aromatherapy upper docking port arranged at the upper end of the aromatherapy shell, a mesh tray arranged inside the aromatherapy shell, and a power supply channel arranged on the aromatherapy shell or the mesh tray; The lower docking port of the aroma diffuser and the air inlet docking port of the atomization module have the same shape and size; the upper docking port of the aroma diffuser and the mist outlet docking port of the atomization module have the same shape and size.

3. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized by: The air supply module is provided with a human-machine interaction device electrically connected to the control circuit board, for realizing interaction with the user; The control circuit board is provided with a power supply circuit, an air supply drive circuit and a central controller. The central controller is loaded with software for controlling the air volume. The air supply drive circuit is electrically connected to the motor and is used to control the air supply drive circuit to start and stop the air supply module and / or adjust the output air volume.

4. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized by: The control circuit board of the air supply module is provided with a power supply circuit, an air supply drive circuit, an atomization drive circuit and a central controller; The central controller is loaded with software for controlling the air volume of the air supply module and the working state of the atomization module; The air supply drive circuit is electrically connected to the motor and is used to control the air supply drive circuit to start and stop the air supply module and / or adjust the output air volume; The atomization driving circuit is electrically connected to the power transmission terminal, and is used to drive the electric atomizer in the atomization module to work through the power transmission terminal and the power receiving terminal.

5. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized by: An atomization driving circuit board is arranged in the atomization housing of the atomization module to drive the electric atomizer to work.

6. The modular combined multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized in that: The power transmission terminal is located at the axis of the air supply module. The power transmission terminal is a concentric circle power transmission ring, and correspondingly, the power receiving terminal is arranged at the axis of the atomization module and is a plurality of pin-type or brush-type conductive terminals; or The power receiving terminal is a concentric circle power transmission ring located at the axis of the atomization module. Correspondingly, the power transmission terminal is a plurality of pin-type or brush-type conductive terminals.

7. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized by: An atomization isolation tube is provided in the inner cavity of the container of the atomization module. The atomization isolation tube is tubular and fixed to the bottom wall of the container. The electric atomizer is covered therein, and a liquid inlet groove connecting the inner cavity of the container and the inner cavity of the atomization isolation tube is provided at the bottom.

8. The modular combined multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized in that: The atomization module, The atomizing shell and its container are concentric structures; the air duct is the gap between the atomizing shell and the container; or The air duct is a tubular structure vertically penetrating the container, with its lower end opening in the air inlet port and its upper end opening in the inner cavity of the container and higher than the vertical wall of the container; or The air duct is a vertical channel adjacent to the outer side of the container wall, with its lower end opening in the air inlet interface and its upper end opening on the outer side of the container wall.

9. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1 is characterized by: A splash shield is provided; the splash shield is arranged in the atomization module, or in the guide module, directly above the electric atomizer, and covers the electric atomizer in the horizontal projection direction.

10. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1, characterized in that: An atmosphere light is provided, which is a light emitting diode, installed on the air supply module, electrically connected to the control circuit board, or installed on the aromatherapy module, or installed on the guide module.

11. The modular multifunctional summer-cooling aromatherapy atomizer according to claim 1, characterized in that: The aromatherapy module is equipped with a solid diffusion cake, and the assembly method of the modular combined multifunctional summer-cooling aromatherapy atomizer also includes: Combination 3: The air supply module is placed horizontally, and the air supply module, the solid diffusion cake, and the aromatherapy module are assembled in sequence to work as a diffusion device; Combination 4: The air supply module is placed horizontally, and the air supply module, the solid diffusion cake, the aromatherapy module, and the guide module are assembled in sequence to work as a directional diffusion device; Combination 5: The air supply module is placed horizontally, and the air supply module, solid diffusion cake, aromatherapy module, atomization module, and guide module are assembled in sequence to work as a directional aromatherapy humidifier.

Images