Portable head massage device

Abstract

The utility model discloses a portable head massage device which comprises a massage head cover, and the massage head cover comprises an air bag head cover and an inflation head cover. The inflatable hood is connected to the top of the airbag hood in a foldable manner; the massage host is provided with an airflow control device; the airflow control device comprises a positive pressure generator and a negative pressure generator; the positive pressure generator and the negative pressure generator are respectively communicated with the inflatable hood through ventilation pipelines; the positive pressure generators and the negative pressure generators are matched, the two sets of positive pressure generators and negative pressure generators are further adopted to respectively and independently control the inflatable hood and the head sleeve with the air bag, and the whole pipeline is simple and attractive; carbon dioxide is adopted as an atomization gas source, the pressure and flow of carbon dioxide gas are controlled and adjusted, and the structure of an atomization assembly is optimized, so that the flow speed of high-speed carbon dioxide flowing out of a fine gas channel is increased, the high-speed carbon dioxide meets a nutrient solution at an outlet, and the water-drop-shaped nutrient solution is scattered and atomized; the absorption effect of the scalp on the nutrient solution is favorably improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to head massage equipment technical field especially, it relates to a portable head massage device. BACKGROUND

[0002] At present, along with people's living standard's rise, people's demand to head massage and scalp nursing management is also higher and higher, and various head massage devices appear on the market. The massage device on the market, especially the head massage device, mainly presses through the air bag, and the massage effect is not obvious. Some manufacturers configure the negative pressure generator and the head cover, the head cover is generally prepared with soft material, is covered on the head of the user, and then the pressure generating device intermittently inflates and deflates in the head cover, and the lifting massage effect of the scalp is realized in the process of inflation and deflation. But the existing negative pressure generator is generally large in size, occupies much space, is not convenient for carrying or storage, and has limitations in use. In addition, the product has loud noise, which affects the rest of the user and reduces the experience. Moreover, the head cover structure needs to be optimized, and the current head cover does not have an additional air bag, so the lifting force is not large. When the female user has a lot of hair, the head cover is difficult to be close to the scalp, and the lifting effect is obviously reduced. On the other hand, the existing negative pressure massage device has single function, and it is difficult to meet the diversified massage needs of people.

[0003] Therefore, it is necessary to provide a new type of portable head massage device to solve the problems existing in the prior art. CONTENT OF THE UTILITY MODEL

[0004] Therefore, in order to solve the problems existing in the prior art, the purpose of the utility model is to provide a portable head massage device, which has the advantages of silent design, strong pressure generation, obvious lifting effect, efficient atomization function, portability, intelligent control, multifunctionality and safety, and provides a high-efficiency, comfortable and convenient massage experience for users, which is suitable for various use occasions.

[0005] The purpose of the utility model is achieved by the following technical solutions:

[0006] A portable head massage device comprises:

[0007] The massage head cover comprises an air bag head cover sealed and connected with the human head and an inflatable head cover integrally formed with the air bag head cover; the inflatable head cover can be locally turned over and folded and connected at the top of the air bag head cover, and forms an inflatable cavity for accommodating gas between the inflatable head cover and the human head.

[0008] Massage host, the massage host inner chamber is equipped with airflow control device;The airflow control device includes positive pressure generator, negative pressure generator;The positive pressure generator, negative pressure generator respectively through the ventilation pipeline with the inflation head cover communication;The airflow control device includes for control the positive pressure generator and negative pressure generator alternation control valve assembly;

[0009] Control module, the control module is arranged on the massage host, with the airflow control device electric connection, through control the positive pressure generator, negative pressure generator realizes the inflation and deflation of inflation head cover.

[0010] Further, the massage host is respectively equipped with positive pressure generator one, positive pressure generator two and negative pressure generator one, negative pressure generator two;Positive pressure generator one, negative pressure generator one through the three-way valve with the head cover connection;The positive pressure generator two, negative pressure generator two through the three-way valve with the inflation head cover connection.

[0011] Further, the positive pressure generator two, negative pressure generator two and inflation head cover between the communication is equipped with carbon dioxide generating device;The carbon dioxide generating device includes carbon dioxide gas cylinder, the control valve assembly includes with the carbon dioxide generating device connection carbon dioxide solenoid valve, pressure regulating valve, to adjust the carbon dioxide gas pressure and through the ventilation pipeline carbon dioxide is delivered to the inflation head cover;Also includes with the negative pressure generator one, negative pressure generator two connection negative pressure solenoid valve.

[0012] Further, the inflation head cover is equipped with atomization assembly, the atomization assembly top is equipped with nutrient solution reservoir;The atomization assembly includes respectively equipped with liquid channel and gas channel connecting joint;The liquid channel is respectively with the nutrient solution reservoir and inflation head cover communication;The gas channel is respectively with the ventilation pipeline and inflation head cover connection;The gas channel pipe diameter is less than the liquid channel pipe diameter;The connecting joint side with the gas channel communication is equipped with air inlet, the air inlet pipe diameter is greater than the gas channel pipe diameter.

[0013] Further, the connecting joint liquid channel side is equipped with pressure balance air inlet hole;Its close to the inflation head cover communication one end outlet and gas channel close to the inflation head cover one end outlet intercommunication;To make the carbon dioxide gas at the outlet the nutrient solution atomization;The liquid channel outlet is equipped with guide nutrient solution and the gas channel outlet gas confluence guide flow inclined hole.

[0014] Further, the ozone generator is connected in series between the positive pressure generator two, the negative pressure generator two and the carbon dioxide cylinder; the ozone generator is communicated with the positive pressure generator two and the negative pressure generator two through a three-way connection valve, and generates ozone gas which is mixed with the carbon dioxide gas and then delivered to the gas passage inlet through the gas pipeline.

[0015] Further, the carbon dioxide cylinder is further connected with a flow regulating valve for regulating the carbon dioxide flow; the pH value of the nutrient solution after atomization is 4.5-5.5.

[0016] Further, the inflatable head cover is sequentially provided with a first folding edge, a second folding edge and a third folding edge from bottom to top at the joint with the head cover; when the inflatable head cover is deflated, the first folding edge abuts against the outer wall of the second folding edge.

[0017] Further, the massage main machine comprises a main machine base and a main machine face cover which is arranged on the main machine base in a covering mode; the control module, the airflow control device, the control valve assembly and the carbon dioxide cylinder are arranged on the main machine base; the top of the main machine face cover is provided with a containing part for placing the massage head cover.

[0018] The airbag head cover is a silica gel head cover, the head cover is provided with a side opening, and the side opening is provided with a magic tape assembly or a connecting buckle assembly for adjusting the size of the head cover end diameter.

[0019] Further, the main machine base is provided with a storage battery; the main machine base is provided with a support for mounting the carbon dioxide cylinder, and the support is arranged at intervals from the storage battery.

[0020] Compared with the prior art, the beneficial effects of the utility model at least lie in the following aspects:

[0021] 1. The portable head massage device of the utility model provides a user with an efficient, comfortable and convenient massage experience through its mute design, strong pressure generation, obvious lifting effect, efficient atomization function, portability, intelligent control, multifunctionality and safety:

[0022] Firstly, the head massage device of the utility model adopts a positive pressure generator and a negative pressure generator in cooperation, and selects a generator with a working decibel less than 50, so as to meet the noise requirement of a medical instrument; then, two groups of positive pressure generators and negative pressure generators are adopted in one massage device, the inflatable head cover and the head cover with an airbag are respectively controlled individually, the positive pressure generator and the negative pressure generator of the inflatable head cover are simultaneously connected in series with an ozone generator and a carbon dioxide cylinder, so that only one pipeline needs to be connected to the outside; similarly, the positive pressure generator and the negative pressure generator of the airbag head cover are connected through a three-way connection valve, so that only one pipeline needs to be connected to the outside, so that the whole pipeline of the utility model is simple and beautiful.

[0023] Secondly, the utility model discloses a carbon dioxide as atomization gas source can accurate control the intensity and pressure of atomization, through the control adjustment carbon dioxide gas's pressure and flow, and optimization atomization component's structure makes the high -speed carbon dioxide when the small gas passage flows out and flow rate improves, meets the nutrient solution at the export, will scatter the atomization of water drop -shaped nutrient solution, and the liquid channel pipe diameter of nutrient solution flow is big, under the effect of pressure balance inlet hole, nutrient solution flows down because of gravity, because the guide flow inclined hole of export is narrower, therefore condenses under the liquid tension effect and does not flow and becomes water drop -shaped, and its flow rate will be subjected to the speed of carbon dioxide and scatter it at the export, realize the slow flow atomization when high pressure, the automatic atomization effect of not flowing when no high pressure,

[0024] On the other hand, carbon dioxide and nutrient solution contact atomization can also adjust the atomization pH value to 4.5-5.5, which is beneficial to improve the absorption effect of the scalp on the nutrient solution;

[0025] 2. The utility model discloses scientific and reasonable structure design, and the folding bowl design is adopted at the joint of inflatable head cover and air bag head cover, which can realize significant lifting movement under low air pressure, not only enhances the effectiveness of massage, improves the dynamic experience in the massage process, but also enhances the visual effect; At the same time, the double setting of positive pressure and negative pressure generator ensures that alternating pressure changes can be realized in the massage process, and different air pressure sources can be flexibly switched according to needs, providing more flexible adjustment of massage comfort; In addition, the massage host of the utility model is compact in design, convenient to carry and store, and the built-in large-capacity battery provides durable power support, so that users do not need to worry about frequent charging problems, and can enjoy massage at any time during travel, work or daily life, increasing the flexibility of use. ACCURACY

[0026] Figure 1 It is the whole structure schematic diagram of portable head massage device of the utility model embodiment preferred embodiment;

[0027] Figure 2 It is the whole structure exploded schematic diagram of portable head massage device of the utility model embodiment preferred embodiment;

[0028] Figure 3 It is another whole structure exploded schematic diagram of portable head massage device of the utility model embodiment preferred embodiment;

[0029] Figure 4 It is the host base partial structure schematic diagram of portable head massage device of the utility model embodiment preferred embodiment;

[0030] Figure 5Another angle view of the partial structure of the main machine base of the portable head massage device according to the preferred embodiment of the present application;

[0031] Figure 6 The partial structure section view of the atomization assembly of the portable head massage device according to the preferred embodiment of the present application;

[0032] Figure 7 The control schematic view of the air bag head cover of the portable head massage device according to the preferred embodiment of the present application;

[0033] Figure 8 The control schematic view of the inflatable head cover of the portable head massage device according to the preferred embodiment of the present application.

[0034] In the figure,

[0035] 1, massage head cover; 11, air bag head cover; 111, side opening; 12, inflatable head cover; 121, first folding edge; 122, second folding edge; 123, third folding edge;

[0036] 2, massage main machine; 21, main machine base; 22, main machine face cover; 221, containing part; 222, support;

[0037] 3, airflow control device; 31, positive pressure generator; 311, positive pressure generator one; 312, positive pressure generator two; 32, negative pressure generator; 321, negative pressure generator one; 322, negative pressure generator two; 33, control valve assembly; 331, carbon dioxide electromagnetic valve; 332, pressure regulating valve; 333, flow regulating valve; 334, negative pressure electromagnetic valve;

[0038] 4, air pipe line;

[0039] 5, control module;

[0040] 6, carbon dioxide generating device;

[0041] 7, atomization assembly; 71, connecting joint; 711, liquid channel; 7111, flow guide inclined hole; 712, gas channel; 713, pressure balance air inlet hole; 72, air inlet nozzle;

[0042] 8, nutrient liquid storage;

[0043] 9, ozone generator;

[0044] 10, storage battery. DETAILED DESCRIPTION

[0045] For the convenience of understanding the utility model, the utility model will be described more fully below in combination with relevant drawings and examples. The preferred embodiments of the utility model are shown in the drawings. However, the utility model can be realized in many different forms and is not limited to the embodiments described herein. On the contrary, the purpose of providing these embodiments is to make the disclosure of the utility model more thorough and comprehensive.

[0046] As shown in Figures 1-8 The utility model provides a portable head massage device, including:

[0047] Massage head cover 1, the massage head cover 1 includes the air bag head cover 11 sealed with human head and the inflatable head cover 12 integrally formed with the air bag head cover 11, the inflatable head cover 12 can be connected in local overturning and folding in the top of air bag head cover 11, and form the inflatable cavity for accommodating gas between human head, in this embodiment, the outside of the air bag head cover is provided with air bag (not shown in the drawing), for generating enough pressure to make the air bag head cover and human head tightly sealed, can effectively prevent gas leakage, to achieve relaxation effect, the local overturning and folding design of inflatable head cover makes that inflatable cavity can be adjusted according to different needs, the combination of inflatable head cover and air bag head cover can form an effective inflatable cavity, enhances the pressure distribution when massaging, improves the covering effect to head and neck.

[0048] In this embodiment, specifically, the air bag head cover 11 is silica gel head cover, the head cover is provided with side opening 111, the side opening 111 is provided with magic tape assembly or connecting buckle assembly for adjusting the size of head cover end diameter. In this way, it can be suitable for different size head circumference, the opening can be expanded for large head circumference, and the magic tape air bag can be used to tighten and reduce for small head circumference. The head cover of silica gel material further improves the comfort and safety of massage.

[0049] Massage host 2, the inner cavity of massage host 2 is provided with airflow control device 3, the airflow control device 3 includes positive pressure generator 31 and negative pressure generator 32, the positive pressure generator 31 and negative pressure generator 32 are communicated with inflatable head cover 12 through air pipe 4, the airflow control device 3 includes control valve assembly 33 for controlling the alternation of positive pressure generator 31 and negative pressure generator 32, in this embodiment, air pipe 4 is generally prepared from silica gel material.

[0050] Control module 5, the control module 5 is arranged on massage host 2 and is electrically connected with airflow control device 3, and the inflation and deflation of inflatable head cover 12 are realized by controlling positive pressure generator 31 and negative pressure generator 32.

[0051] Further refinement, the massage host 2 is respectively provided with positive pressure generator one 311, positive pressure generator two 312 and negative pressure generator one 321, negative pressure generator two 322; positive pressure generator one 311, negative pressure generator one 321 are connected with the head cover through the three-way valve; the positive pressure generator two 312, negative pressure generator two 322 are connected with the inflatable head cover 12 through the three-way valve.In this embodiment, the positive pressure generator and the negative pressure generator are all the positive pressure generator one and the negative pressure generator one of the sphygmomanometer, and the working decibel is less than 50 decibels, which meets the standard of medical instruments and improves the use experience.

[0052] And, the positive pressure generator two 312, negative pressure generator two 322 and inflatable head cover 12 are communicated with the carbon dioxide generating device 6; the carbon dioxide generating device 6 includes a carbon dioxide gas cylinder (not shown in the drawing), the control valve assembly 33 includes a carbon dioxide electromagnetic valve 331 connected with the carbon dioxide generating device, a pressure regulating valve 332 for adjusting the carbon dioxide gas pressure and delivering carbon dioxide to the inflatable head cover 12 through the air pipe 4; and a negative pressure electromagnetic valve 334 connected with the negative pressure generator one and the negative pressure generator two.

[0053] As shown in the drawing, Figure 7 The control state reference flow of the head cover of the utility model is as follows: the positive pressure generator one and the negative pressure generator one are connected in the host through a three-way valve, and only one air pipe goes out of the host to the air bag; the negative pressure generator one is connected with an electromagnetic valve, which is closed to maintain pressure when the positive pressure generator one works, and is opened to unload pressure when the negative pressure generator one works; when the positive pressure generator one and the negative pressure generator one work alternately, the air bag is inflated and deflated, so that the massage effect of squeezing and relaxing the head circumference is realized.

[0054] The control state reference flow of the inflatable head cover is as follows: the positive pressure generator two and the negative pressure generator two are connected in the host through a three-way valve, and only one air pipe goes out of the host to the head cover; the negative pressure generator two is connected with an electromagnetic valve, which is closed to maintain pressure when the positive pressure generator two works, and is opened to unload pressure when the negative pressure generator two works; when the positive pressure generator two and the negative pressure generator two work alternately, the head cover is inflated and deflated, so that the lifting effect of the head cover is realized.

[0055] In addition, an ozone generator is connected in series in the pipeline to the inflatable head cover, and the airflow generated by the positive pressure generator two can transport ozone to the head cover. Carbon dioxide gas is connected in series behind the ozone, and the air pressure and air volume and opening time are adjusted through a pressure reducing valve, an electromagnetic valve and a throttle valve to provide pressure to the service nozzle to control the atomization time of the nutrient solution.

[0056] In the embodiment, the positive pressure generator and the negative pressure generator are matched, and a generator with a working decibel less than 50 is selected to meet the noise requirement of the medical instrument; then, two groups of the positive pressure generator and the negative pressure generator are adopted in a massage device, and the inflation head cover and the head cover with the air bag are respectively controlled; the positive pressure generator and the negative pressure generator of the inflation head cover are simultaneously connected with the ozone generator and the carbon dioxide cylinder, so that only one pipeline needs to be connected to the outside; similarly, the positive pressure generator and the negative pressure generator of the air bag head cover are connected through the three-way connection valve, so that only one pipeline needs to be connected to the outside, so that the whole pipeline of the utility model is simple and beautiful.

[0057] Secondly, the utility model adopts carbon dioxide as atomization gas source, can accurate control atomization intensity and pressure.

[0058] Preferably, the inflation head cover 12 is provided with an atomization assembly 7, and a nutrient solution reservoir 8 is arranged above the atomization assembly 7; the atomization assembly 7 comprises a connecting joint 71 provided with a liquid channel 711 and a gas channel 712 respectively; the liquid channel 711 is in communication with the nutrient solution reservoir 8 and the inflation head cover 12 respectively; the gas channel 712 is connected with the air pipeline 4 and the inflation head cover 12 respectively; the pipe diameter of the gas channel 712 is less than that of the liquid channel 711; an air inlet nozzle 72 is arranged in the side portion of the connecting joint 71 and in communication with the gas channel 712, and the pipe diameter of the air inlet nozzle 72 is greater than that of the gas channel 712.

[0059] In the embodiment, the nutrient solution is weakly acidic nutrient solution close to the pH value of the scalp itself, and can be auxiliary scalp nourishment or auxiliary hair growth; the composition is not limited here, and the massage device of the utility model can be implemented as long as it is suitable for the utility model. The product adopts carbon dioxide gas as atomization pressure gas source, and the pressure is sufficient and adjustable; the carbon dioxide contacts the atomization nutrient solution and changes the pH value of the nutrient solution at the same time, so that the pH value is between 4.5 and 5.5, and the absorption of the nutrient solution is more beneficial (the pH value of the scalp is between 4.5 and 5.5).

[0060] In the embodiment, the connecting joint and the inflation head cover are threadedly connected.

[0061] Preferably, the liquid channel 711 of the connecting joint 71 is provided with a pressure balance air inlet hole 713; the outlet of the air inlet hole 713 near the inflatable head cover 12 communicates with the outlet of the gas channel 712 near the inflatable head cover 12; so that the carbon dioxide gas at the outlet atomizes the nutrient solution; the outlet of the liquid channel 711 is provided with a guide inclined hole 7111 for guiding the nutrient solution to converge with the gas at the outlet of the gas channel 712. In this embodiment, by controlling the pressure and flow of the carbon dioxide gas, and optimizing the structure of the atomization assembly, the flow rate of the high-speed carbon dioxide increases when it flows out of the small gas channel, and when it meets the nutrient solution at the outlet, it disperses the water droplet-shaped nutrient solution; the liquid channel through which the nutrient solution flows has a large diameter, and under the action of the pressure balance air inlet hole, the nutrient solution flows downward due to its own weight; because the guide inclined hole at the outlet is narrower, it condenses there under the action of liquid tension without flowing and forms water droplets; its flow rate will be subject to the speed at which the carbon dioxide disperses it at the outlet, achieving the effect of slow flow atomization under high pressure and automatic atomization without high pressure.

[0062] Preferably, the positive pressure generator two 312 and the negative pressure generator two 322 are further connected in series with an ozone generator 9 between the carbon dioxide cylinder (not shown in the figure); the ozone generator 9 communicates with the positive pressure generator two 312 and the negative pressure generator two 322 through a three-way connection valve, and generates ozone gas which is mixed with the carbon dioxide gas and then delivered to the inlet of the gas channel 712 through the air line 4. In this embodiment, the ozone generator is used to increase the ozone sterilization function, which can help to sterilize the scalp without residue, and the combination of ozone and carbon dioxide not only provides sterilization effect, but also increases the overall comfort of massage.

[0063] Further refinement, the carbon dioxide cylinder (not shown in the figure) is also connected with a flow regulating valve 333 for regulating the flow of carbon dioxide; the pH value of the nutrient solution after atomization is 4.5-5.5.

[0064] In this embodiment, carbon dioxide is used as the atomization gas source, which can accurately control the intensity and pressure of atomization, and the pH value of the atomized nutrient solution is maintained between 4.5-5.5, which not only approaches the natural environment of the scalp, but also improves the absorption effect of the nutrient solution. This design not only benefits the scalp, but also nourishes the hair roots and enhances the healthy luster of the hair.

[0065] Further description of the structure of the massage head cover, the inflatable head cover 12 and the head cover are sequentially provided with a first folding edge 121, a second folding edge 122 and a third folding edge 123 from bottom to top; when the inflatable head cover 12 is deflated, the first folding edge 121 abuts against the outer wall of the second folding edge 122.

[0066] And, the massage host 2 includes a host base 21 and a host surface cover 22 which is arranged on the host base 21; the control module 5, the airflow control device 3, the control valve assembly 33 and a carbon dioxide cylinder (not shown in the drawing) are arranged on the host base 21; the host surface cover 22 is provided with a containing portion 221 at the top for placing the massage head cover 1;

[0067] To further improve the portability of the utility model, preferably, the host base 21 is provided with a storage battery 10; the host base 21 is provided with a support for mounting the carbon dioxide cylinder (not shown in the drawing), and the support is arranged at intervals from the storage battery 10. The design of the support ensures that the carbon dioxide cylinder is stably mounted, and the interval between the support and the storage battery avoids the space occupation of the equipment, so that the whole device is more compact. This is conducive to the space optimization design of the host base, and the host has a small volume, is convenient to use and place, does not occupy a place, is not picky about the location and has the storage battery inside. The user can use at any time and anywhere without relying on external power supply, which greatly enhances the flexibility and mobility of the equipment.

[0068] The massage host of the utility model is compact in design, convenient to carry and store, has a built-in large-capacity battery to provide long-lasting power support, the user does not need to worry about the problem of frequent charging, can enjoy massage at any time during travel, work or daily life, and the flexibility of use is increased.

[0069] The above-mentioned embodiments are only preferred embodiments of the utility model, and cannot be used to limit the range of protection of the utility model, and for ordinary skilled persons in the art, it can be understood that the embodiments can be changed, modified, replaced and changed in various ways without departing from the principles and spirits of the utility model, and the range of the utility model is defined by the appended claims and their equivalents.

Claims

1. A portable head massaging device, characterized by, The utility model relates to a kind of massage head cover and massage main machine, including: Massage head cover, the massage head cover includes airbag head cover that is sealed with human head and is integrally formed with the airbag head cover with inflatable head cover;The inflatable head cover can be locally turned over and folded and be connected in airbag head cover top, and inflatable cavity for accommodating gas is formed between inflatable head cover and human head; Massage main machine, the airflow control device is arranged in the cavity of massage main machine;The airflow control device includes positive pressure generator, negative pressure generator;The positive pressure generator, negative pressure generator are respectively communicated with the inflatable head cover by air pipe line;The airflow control device includes control valve assembly for controlling the positive pressure generator and negative pressure generator alternately; Control module, the control module is arranged on massage main machine, and is electrically connected with the airflow control device, and the inflatable head cover is inflated and deflated by controlling the positive pressure generator, negative pressure generator.

2. The portable head massaging device of claim 1, wherein The positive pressure generator one, the positive pressure generator two and the negative pressure generator one, the negative pressure generator two are respectively arranged on the massage main machine;The positive pressure generator one, the negative pressure generator one are connected with the head cover by three-way valve;The positive pressure generator two, the negative pressure generator two are connected with the inflatable head cover by three-way valve.

3. The portable head massaging device of claim 2, wherein The communication between the positive pressure generator two, the negative pressure generator two and inflatable head cover is equipped with carbon dioxide generating device;The carbon dioxide generating device includes carbon dioxide cylinder, the control valve assembly includes carbon dioxide solenoid valve connected with the carbon dioxide generating device, pressure regulating valve, to adjust the carbon dioxide gas pressure and carbon dioxide is delivered to inflatable head cover by the air pipe line;Still include negative pressure solenoid valve connected with the negative pressure generator one, the negative pressure generator two.

4. The portable head massaging device as claimed in claim 3, characterized in that, The inflatable head cover is equipped with atomization assembly, and the upper side of the atomization assembly is equipped with nutrient solution reservoir;The atomization assembly includes connecting joint with liquid channel and gas channel respectively;The liquid channel is communicated with the nutrient solution reservoir and inflatable head cover respectively;The gas channel is connected with the air pipe line and inflatable head cover respectively;The pipe diameter of the gas channel is less than the pipe diameter of the liquid channel;The side of the connecting joint is communicated with the gas channel and is equipped with air inlet, and the pipe diameter of the air inlet is greater than the pipe diameter of the gas channel.

5. The portable head massaging device as claimed in claim 4, wherein The side of the liquid channel of the connecting joint is equipped with pressure balance air inlet hole;The outlet of one end close to inflatable head cover of the liquid channel is communicated with the outlet of one end close to inflatable head cover of the gas channel, so that the carbon dioxide gas at the outlet atomizes the nutrient solution;The outlet of the liquid channel is equipped with guide flow inclined hole for guiding the nutrient solution and the gas at the outlet of the gas channel to converge.

6. The portable head massaging device of claim 5, wherein, The positive pressure generator two, the negative pressure generator two and carbon dioxide cylinder are also connected in series and are equipped with ozone generator;The ozone generator is communicated with the positive pressure generator two, the negative pressure generator two by three-way connection valve, and ozone gas is generated and mixed with the carbon dioxide gas, and then is delivered to the gas channel inlet by the air pipe line.

7. The portable head massaging device as claimed in claim 5, wherein The carbon dioxide cylinder is also connected with flow regulating valve for adjusting carbon dioxide flow;The pH value of the nutrient solution after atomization is 4.5-5.

5.

8. The portable head massaging device according to any one of claims 1 to 7, wherein The first folding edge and the second folding edge abut against the outer wall when the inflatable head cover is deflated.

9. The portable head massaging device of claim 8, wherein, The massage main machine comprises a main machine base and a main machine surface cover which is arranged on the main machine base; the control module, the airflow control device, the control valve assembly and the carbon dioxide cylinder are arranged on the main machine base; the top of the main machine surface cover is provided with a containing part for placing the massage head cover; The airbag head cover is a silica gel head cover, the head cover is provided with a side opening, and the side opening is provided with a magic tape assembly or a connecting buckle assembly for adjusting the size of the head cover end diameter.

10. The portable head massaging device of claim 9, wherein, The main machine base is provided with a storage battery; the main machine base is provided with a support for installing the carbon dioxide cylinder, and the support is arranged at intervals from the storage battery.

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