WO2023284446A1

WO2023284446A1 - Head washing method and apparatus

Info

Publication number: WO2023284446A1
Application number: PCT/CN2022/097554
Authority: WO
Inventors: 陈首立
Original assignee: 陈首立
Priority date: 2021-07-14
Filing date: 2022-06-08
Publication date: 2023-01-19
Also published as: CN115606925A

Abstract

Disclosed are a head washing method and apparatus. The head washing method comprises: wrapping a person's hair and a liquid used to wash the hair using a liquid storage membrane; and cleaning and massaging the person's head through the liquid storage diaphragm. The head washing method and apparatus provided in the present invention, in one aspect, uses a massage mechanism to press and rub hair to improve a shampooing effect; in another aspect, the massage mechanism presses the head of the person through a liquid storage membrane, so that the massage mechanism cannot directly contact the hair, thereby avoiding problems such as hair becoming twisted and knotted; and in yet another aspect, the liquid storage space provided by the liquid storage membrane can be used to store liquid, so that a user can dip their hair into the liquid stored in the liquid storage membrane, which can both improve a shampooing effect and save water resources. In summary, the head washing method and apparatus provided in the present invention can improve a hair washing and head massage experience of a user.

Description

Head cleaning method and device

This application claims the priority of the Chinese patent application with the application number 202110797665.X and the title of the invention "Head Washing and Care Method and Device" submitted to the China Patent Office on July 14, 2021, the entire contents of which are incorporated herein by reference Applying.

technical field

The invention relates to the technical field of head care, in particular to a head care method and device.

Background technique

With the improvement of living standards, people's awareness of head care is gradually increasing. Especially for the elderly, the shampoo posture of bending over and lowering the head for a long time and raising the hands to the top of the head will easily make the elderly feel tired. If they do not go to the hair salon or ask others to help wash their hair, the head hygiene problems of the elderly will be difficult to solve . Therefore, in recent years, more and more people are willing to go to hair salons and other places to consume hair care services.

Generally, hair washing and massage operations are performed manually in hair salons. After a long time, the massage force will decrease due to fatigue of the staff, the customer experience is poor, and the labor cost of manual washing and care is also relatively high. high. Therefore, there have been some head care devices that can realize mechanized hair washing and head massage on the data, but most of the existing care devices have the following problems:

① The non-direct contact washing and care device simply flushes the hair without rubbing, and the shampoo effect is poor;

② For the washing and care device in direct contact, the massage mechanism is in direct contact with the hair, which will easily cause the hair to become entangled and knotted;

3. above-mentioned two kinds of washing and protecting devices all do not have water storage device, hair is not soaked in water, shampoo effect is relatively poor, and wastes water resources.

Based on the above problems, there is currently no universal head care device on the market.

The above information disclosed in this Background section is included only for enhancement of understanding of the background of the disclosure and therefore it may contain information that does not form the prior art that is currently known to a person of ordinary skill in the art.

Contents of the invention

An object of the present invention is to provide a head care method and device, which can effectively solve the problems existing in the existing care devices mentioned in the background art.

In order to achieve the above purpose, on the one hand, a head washing method is provided, including:

A person's hair is wrapped with a reservoir membrane; the reservoir membrane acts as a vented container for storing the liquid for washing the hair, and the reservoir membrane is a flexible protective layer to prevent the hair from Winding or knotting occurs under the external force of the outer side of the liquid storage diaphragm;

The massaging mechanism exerts an external force on the head of the person through the liquid storage diaphragm to massage the head and change the volume of the liquid storage space between the liquid storage diaphragm and the head, thereby promoting the interaction between the liquid molecules and Relative movement occurs between the strands of the hair, between the molecules of the liquid and the scalp of the head, improving the effect of shampooing;

The massage mechanism is used to perform at least one of rotation pressing, rubbing pressing and opening and closing pressing on the hair and the head;

The massage mechanism includes several massage heads;

Said rotating and pressing means that said massage head presses said head and rotates around the axis of said massage head;

The rubbing and pressing means that the massage head presses the head and slides along the scalp of the head;

The opening and closing pressing means that the massage head repeatedly approaches the head to reduce the volume of the liquid storage space and moves away from the head to increase the volume of the liquid storage space, so that the molecules of the liquid and There is relative movement between the strands of the hair, between the molecules of the liquid and the scalp of the head.

In another aspect, a head care device is provided, comprising:

a liquid storage membrane for wrapping human hair; said liquid storage membrane acts as a container with a drain for storing liquid for washing said hair, and said liquid storage membrane is a flexible protective layer for preventing said The hair is entangled or knotted under the external force of the liquid storage membrane;

The massage mechanism is used to apply an external force to the head of the person through the liquid storage diaphragm to massage the head and change the volume of the liquid storage space between the liquid storage diaphragm and the head, thereby promoting the liquid Relative movement occurs between the molecules of the liquid and the hair strands of the hair, between the molecules of the liquid and the scalp of the head, improving the shampooing effect;

The massage mechanism includes several massage heads;

optional,

The side of the liquid storage diaphragm away from the head is provided with an arc-shaped skeleton, and the massage head is installed on the arc-shaped skeleton; the overall shape of the arc-shaped skeleton is similar to the bone outline of the head, so that Each massage mechanism can press along the direction perpendicular to the head;

The massage mechanism also includes a rotating power source, and the rotating power source is used to drive the massage head to rotate around the axis of the massage head.

Optionally, the massage head includes:

pressing head;

A transmission rod, one end of the transmission rod close to the head is connected to the pressing head, and one end away from the head runs through the arc-shaped skeleton;

The massaging elastic part is used to drive the transmission rod to slide toward the direction close to the head relative to the arc-shaped frame.

Optionally, the massage mechanism further includes a limiting assembly for locking the relative sliding between the arc-shaped skeleton and the transmission rod.

Optionally, the massage mechanism further includes an opening and closing power source, which is in transmission connection with the arc-shaped skeleton, and is used to drive the arc-shaped skeleton to move closer or farther away in a direction perpendicular to the head. the header such that:

The pressing force of the massage head on the head is increased or weakened, and the pressure signal is fed back to the power source through the pressure sensor;

and / or,

Prompting the increase or decrease of the volume of the liquid storage space, and controlling the frequency of the increase or decrease of the volume of the liquid storage space, increasing the distance between the molecules of the liquid and the strands of the hair, the Relative motion is created between the molecules and the scalp of the head.

Optionally, the massage mechanism also includes:

The rubbing power source is used to drive the arc-shaped skeleton to reciprocate in a direction tangent to the head, so as to change the pressing position of the massage head on the head.

Optionally, also include:

A head support tube, the head support tube is fixedly connected to the shell on the side of the arc-shaped frame away from the head, and is used to provide upward support for the head.

Optionally, the head care device also includes a hair dryer;

One end of the head support pipe extends into the discharge port, and the liquid storage diaphragm is sealingly connected with the head support pipe at the discharge port; the end of the head support pipe near the head is provided with a soft head guard with a through hole. pad; the head support tube includes an inner tube and an outer tube sleeved outside the inner tube;

A liquid discharge and air discharge passage in a ring structure is formed between the inner pipe and the outer pipe, and one end of the outer pipe extending into the liquid storage space is provided with a liquid discharge and air discharge hole, and the other end is connected with the liquid discharge and air discharge passage through the liquid discharge and air discharge passage. The external space is connected;

The inner pipe is provided with an overflow air inlet channel connecting the liquid storage space to the external space; the liquid storage space is provided with an overflow port, and the overflow port is connected with the overflow inlet through an overflow pipeline. Air channel connection;

The blower communicates with the overflow air inlet channel through the air outlet pipe.

Optionally, a one-way valve is provided at the connection between the outlet air pipe and the overflow air inlet channel;

The one-way valve includes:

A sealing plate, the end of the sealing plate away from the liquid storage space is hinged to the air outlet duct;

a torsion spring, the torsion spring is used to drive the sealing plate to rotate forward to cover the mouth of the air outlet duct;

The blowing limiter is fixed on the inner wall of the inner pipe; when the wind sent by the blower causes the sealing plate to rotate in reverse to abut against the blowing limiter, the sealing The plate separates the end of the overflow air inlet channel close to the liquid storage space from the external space;

The head support pipe is provided with a liquid discharge switch control assembly for simultaneously opening and closing the liquid discharge exhaust channel and the overflow air intake channel, and the liquid discharge switch control assembly is located between the liquid storage diaphragm and the one-way valve. between;

The overflow pipeline is connected to the overflow air inlet channel between the liquid discharge switch control assembly and the one-way valve.

Optionally, the liquid storage diaphragm is provided with an opening for the head to enter;

The head care device also includes a liquid inlet assembly for injecting the liquid into the liquid storage space; the liquid inlet assembly includes:

a rear liquid inlet pipe arranged along the edge of the opening of the liquid storage diaphragm;

A plurality of nozzles, each of which is arranged at intervals on the rear liquid inlet pipe, is used to spray the liquid in the rear liquid inlet pipe to the liquid storage space.

Optionally, the liquid inlet assembly further includes a temperature control box for storing and controlling the temperature of the liquid, a liquid inlet pipe, and a storage box for storing additives;

The temperature control box, the forward liquid pipe, the storage box and the rear liquid feed pipe are connected in sequence;

The storage box is provided with an exposed open cover.

The beneficial effect of the present invention is to provide a method and device for washing and protecting the head, which has the following beneficial effects:

①Use the massage mechanism to press and rub the hair to improve the shampoo effect;

②The massage mechanism presses the human head through a layer of liquid storage diaphragm, and the massage mechanism cannot directly contact with the hair, thereby avoiding problems such as entanglement and knotting of the hair;

③The liquid storage space provided by the liquid storage diaphragm can store liquid, so that users can immerse their hair in the liquid stored in the liquid storage diaphragm, which can improve the shampooing effect and save water resources.

To sum up, the head washing and care method and device provided by the present invention can help improve the user's hair washing and head massage experience.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. For those skilled in the art, other drawings can also be obtained according to these drawings on the premise of not paying creative efforts.

Fig. 1 is the flow chart of the head washing and care method provided by the embodiment;

Figure 2 is a schematic structural view of the head care device provided in Example 1;

Fig. 3 is the structural representation of the massage mechanism that embodiment provides;

Fig. 4 is the structural representation of the transmission rod that embodiment provides;

Fig. 5 is a schematic top view of the limiting assembly provided by the embodiment;

Fig. 6 is a schematic cross-sectional view of the limiting assembly provided by the embodiment;

Figure 7 is a schematic structural view of the head care device provided in Example 2;

Figure 8 is a schematic structural view of the nozzle provided by the embodiment;

Figure 9 is a schematic structural view of the waterproof supporting pad provided by the embodiment;

Figure 10 is a schematic structural view of the head support tube provided by the embodiment;

FIG. 11 is a schematic structural view of the head care device provided in Example 3. FIG.

In the picture:

1. Head; 101. Hairline;

2. Liquid storage diaphragm; 201, liquid storage space; 202, discharge port;

3. Massage mechanism;

301, massage head; 3011, pressing head; 3012, transmission rod; 3012a, non-circular boss; 3012b; limit card slot; 3013, massage elastic part;

302, driven gear; 3021, rotating shaft; 3021a, non-circular through hole; 3022, gear part;

303, driving gear;

304. Rotary power source;

305, bearing;

306, limit component; 3061, limit rod; 3062, limit elastic component; 3063, armature; 3064, electromagnet; 3065, guide rail; 3066, slider;

307, rubbing power source;

308. Pressure sensor;

309. Opening and closing power source;

4. Curved skeleton;

5. Shell;

6. Sealing elastic band;

7. Buckle;

8. Waterproof supporting pad;

9. Liquid inlet assembly; 901, temperature control box; 902, water inlet valve; 903, forward liquid pipe; 904, storage box; 9041, opening cover; 905, rear liquid inlet pipe; 906, nozzle;

10. Head support tube;

1001, inner pipe; 1001a, overflow air inlet passage; 1002, outer pipe; 1002a, liquid discharge and air discharge passage; 1002b, liquid discharge and air discharge hole;

1003. The first rigid pipe section;

1004, the second rigid pipe section;

1005, U-shaped connection frame;

1006, outer hose;

1007, inner hose;

11. Drain switch control component;

12. Overflow port;

13. Overflow pipeline;

14. Hair dryer;

15. One-way valve; 1501, sealing plate; 1502, blowing limiter;

16. Outlet duct;

17. Stop valve.

detailed description

In order to make the purpose, features and advantages of the present invention more obvious and understandable, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the following description The embodiments are only some of the embodiments of the present invention, but not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

In the description of the present invention, it is to be understood that when a component is said to be "connected" to another component, it may be directly connected to the other component or there may be an intervening component at the same time. When a component is said to be "set on" another component, it can be set directly on another component or there may be a centered component at the same time.

In addition, the terms "long", "short", "inner", "outer", etc. indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and are only for the convenience of describing the present invention, rather than indicating or implying the referred device Or that the original must have this particular orientation, operate in a particular orientation configuration, and this should not be construed as a limitation of the invention.

The present invention will be described in detail below in conjunction with specific embodiments shown in the accompanying drawings. However, these embodiments do not limit the present invention, and any structural, method, or functional changes made by those skilled in the art according to these embodiments are included in the protection scope of the present invention.

The present invention provides a head care method and a head care device for performing the head care method. It should be noted that the head care device of the present invention can be used in commercial places such as hair salons or hospitals, and can also be used in private spaces such as homes or caravans.

Referring to Fig. 1, the head cleaning method includes:

S10: Wrapping the human hair and the liquid for washing the hair with a liquid storage membrane.

Specifically, the liquid storage membrane is used as a container with a discharge port for storing the liquid for washing the hair, and the liquid storage membrane is a flexible protective layer for preventing the hair from being exposed outside the liquid storage membrane. Winding or knotting occurs under the action of external force.

S20: The massaging mechanism applies an external force to the head of the person through the liquid storage diaphragm to massage the head and change the volume of the liquid storage space between the liquid storage diaphragm and the head, thereby promoting the flow of the liquid. Relative movement occurs between the molecules and the strands of the hair, and between the molecules of the liquid and the scalp of the head, improving the shampooing effect.

In this embodiment, the massage mechanism is used to perform at least one of rotation pressing, rubbing pressing and opening and closing pressing on the hair and head;

Wherein, the massage mechanism includes several massage heads;

Specifically, the massage mechanism is arranged on the side of the liquid storage diaphragm away from the head, so that the massage mechanism can rotate and press, rub and press or open and close the human head and hair through the liquid storage diaphragm.

The head washing and care method provided in this embodiment is suitable for the application scenario of shampooing and massaging the human head. Compared with the traditional head washing and care device, it mainly has the following advantages:

Next, various implementations of the head care device of the present invention are introduced, such as Examples 1 to 3, and the head care devices in each of the following embodiments are applicable to the head care device as described above. method.

Example 1

This embodiment provides a head care device, which is suitable for the application scene of shampooing and massaging the human head. Compared with the traditional head care device, the main difference is that there is a gap between the massage mechanism and the human body A layer of liquid storage diaphragm prevents the massage mechanism from directly contacting the hair, thereby avoiding problems such as hair entanglement and knotting, which is conducive to improving the user's shampooing and head massage experience.

In this embodiment, referring to FIG. 2, the head care device as a whole has a structure similar to a helmet. Specifically, it faces away from the human head 1, and sequentially includes a liquid storage diaphragm 2, several Massage mechanism 3, arc-shaped skeleton 4 and housing 5.

The liquid storage diaphragm 2 is made of flexible and water-impermeable materials such as plastic film or silicone film, which has strong deformation ability and is convenient for the massage mechanism 3 to press. The liquid storage diaphragm 2 is in the shape of a shower cap as a whole, and is provided with an opening for the head 1 to enter. When the liquid storage diaphragm 2 is set on the head 1 of the person, it can wrap the hairline 101 of the head 1 with hair, and form a shape with the head 1 of the person enough to accommodate the hair and be used for cleaning all parts of the body. The liquid storage space 201 of the hair liquid. The bottom of the liquid storage diaphragm 2 is provided with a drain port 202, and the drain port 202 can communicate with the external space through the shut-off valve 17 and the like.

In this embodiment, the arc-shaped frame 4 is a rigid structure, such as a metal bracket or a hard plastic bracket, which is used to provide a fixed foundation for the massage mechanism 3 . In order to make each massage mechanism 3 press in a direction perpendicular to the head 1 , the overall shape of the arc-shaped skeleton 4 can be similar to the outline of the bones of the head 1 . Further, the arc-shaped skeleton 4 can be formed as a whole, or spliced by several detachable modules, which is not limited in this embodiment.

The massage mechanism 3 is located on the side of the liquid storage diaphragm 2 away from the hair, and is used to clean and massage the human head 1 through the liquid storage diaphragm 2. Since the massage mechanism 3 and the hair are separated by the liquid storage The diaphragm 2 prevents the massage mechanism 3 from directly contacting the hair, thereby avoiding problems such as entanglement and knotting of the hair, which is conducive to improving the user's hair washing and head 1 massage experience.

Referring to Fig. 3, the massage mechanism 3 includes several massage heads 301, several driven gears 302 arranged in one-to-one correspondence with the massage heads 301, a driving gear 303, a rotating power source 304, and one-to-one correspondence with each driven gear 302 Several bearings 305 and several limit assemblies 306 corresponding to several massage heads 301. The rotary power source 304 drives the massage head 301 to rotate, so as to realize rotary pressing.

The massage head 301 is installed on the arc-shaped frame 4 and includes a pressing head 3011 , a transmission rod 3012 and a massage elastic part 3013 . An end of the transmission rod 3012 close to the head 1 is connected to the pressing head 3011 , and an end far away from the head 1 passes through the arc-shaped frame 4 . The transmission rod 3012 can slide relative to the arc-shaped skeleton 4 in a direction perpendicular to the head 1 , and can also rotate relative to the arc-shaped skeleton 4 around the axis of the transmission rod 3012 itself. The massage elastic member 3013 is used to drive the transmission rod 3012 to slide relative to the arc-shaped frame 4 toward the direction close to the head 1, so that no matter how the user's head shape changes, the pressing head 3011 at each position All can be pushed by the corresponding massage elastic member 3013 to fit the human head 1, that is, after the user puts the head 1 into the opening of the liquid storage diaphragm 2, the head 1 will push outward to various positions Each pressing head 3011 squeezes the corresponding massage elastic part 3013 in different degrees, and each massage elastic part 3013 then performs self-adaptive compression deformation, so that each pressing head 3011 can be close to the user's head 1, so as to avoid In the subsequent pressing, the pressing is not in place. It should be noted that, in this embodiment, the massage elastic member 3013 is a compression spring. In some other embodiments, the massaging elastic component 3013 may also be a component of other elastic structures such as a tension spring, which is not limited in this embodiment.

The drive shaft of the rotating power source 304 is sleeved with the driving gear 303, and the outer side of the transmission rod 3012 is sleeved with the driven gear 302 connected to the driving gear 303. When the rotating power source 304 is working, the driving gear 302 can be driven. The massage head 301 rotates to realize the rotation and pressing of the head 1 .

Further, referring to Fig. 4, the circumferential direction of the transmission rod 3012 is provided with several non-circular bosses 3012a arranged at intervals along the axial direction of the transmission rod 3012, for example, the cross-sectional shape of the non-circular bosses 3012a is square , regular pentagon or regular hexagon, etc. The outer ring of the bearing 305 is fixed on the arc-shaped skeleton 4; the driven gear 302 includes a rotating shaft 3021 fixedly connected to the inner ring of the bearing 305 at one end and a rotating shaft fixed at the other end of the rotating shaft 3021. The gear part 3022 on the circumferential surface, the gear part 3022 is meshed with the driving wheel; the rotating shaft 3021 is provided with a non-circular through hole 3021a whose shape and size match the non-circular boss 3012a; the transmission The middle position of the rod 3012 is inserted into the non-circular via hole 3021a. Therefore, when the rotating power source 304 is working, the pressing head 3011 can be rotated through the driving gear 303 , the driven gear 302 and the transmission rod 3012 in sequence, so as to realize the rotating pressing of the head 1 .

It should be noted that when the elastic member 3013 is massaged so that the pressing heads 3011 are automatically attached to the head 1, the pressing heads 3011 can still slide along the sliding direction of the transmission rod 3012, so it is difficult to ensure the consistency of the pressing pressure path. In this embodiment, the head care device is provided with a limit assembly 306 for locking the relative sliding between the arc-shaped frame 4 and the transmission rod 3012, so that the pressing head 3011 will not retreat during the pressing process, Ensure the consistency of pressing pressure.

Specifically, a limiting slot 3012b is provided between every two adjacent non-circular bosses 3012a on the transmission rod 3012 , and the limiting slots 3012b are arranged at intervals along the axial direction of the transmission rod 3012 . Referring to FIG. 5 and FIG. 6 , the limiting assembly 306 includes a limiting rod 3061 , a limiting elastic member 3062 , an armature 3063 and an electromagnet 3064 .

The limiting elastic member 3062 is located on a side of the limiting rod 3061 close to the transmission rod 3012, and is used to drive the limiting rod 3061 out of the corresponding limiting slot 3012b. The armature 3063 is fixed on the limiting rod 3061 . The electromagnet 3064 is located on a side of the armature 3063 close to the transmission rod 3012 for attracting the armature 3063 . At the beginning, the electromagnet 3064 is de-energized, the armature 3063 has no magnetic attraction, and the elastic force of the limiting elastic member 3062 makes the limiting rod 3061 break away from the limiting slot 3012b, so that the massaging elastic member 3013 drives the transmission rod 3012 slides so that the pressing head 3011 fits the user's head 1 adaptively; after the adaptive adjustment is completed, the electromagnet 3064 is energized, and the armature 3063 is attracted by the electromagnet 3064, so that the limit The rod 3061 overcomes the elastic force of the limiting elastic member 3062, and is inserted into the corresponding limiting card slot 3012b, thereby restricting the relative sliding of the transmission rod 3012 and the arc-shaped skeleton 4, so that the transmission rod 3012 can move relative to the arc. Shaped skeleton 4 rotates, but can not slide relative to arc-shaped skeleton 4. In this embodiment, the limiting elastic member 3062 is a compression spring located on the side of the limiting rod 3061 close to the electromagnet 3064. In some other embodiments, the limiting elastic member 3062 can also be a Extension spring on one side of iron 3064.

Optionally, the limit assembly 306 further includes a guide rail 3065 fixedly arranged relative to the housing 5 and a slider 3066 slidably connected with the guide rail 3065; the limit rod 3061 is fixed on the slider 3066 superior. The guide rail 3065 and the slide block 3066 can guide the displacement of the limit rod 3061 to ensure the smoothness of the limit rod 3061 when sliding.

In some other embodiments, the armature 3063 may not be provided, and the limiting rod 3061 is directly made of magnetic materials such as iron, so that the limiting rod 3061 enters the limiting slot 3012b under the magnetic attraction of the electromagnet 3064, Carry out the sliding limit of the transmission rod 3012 and the arc-shaped skeleton 4 .

In this embodiment, the casing 5 is fixed with a sealing elastic band 6 for fixing the casing 5 to the head 1 . Further, the sealing elastic band 6 is provided with buckles 7 such as zoom buckles, so as to adjust the tightness of the sealing elastic band 6 and the head 1 .

Optionally, a U-shaped groove is provided at the position corresponding to the neck and neck of the human body, and a waterproof support pad 8 with a flexible structure is fixed on the U-shaped groove.

It should be noted that each power source may be a motor or a cylinder, which is not limited in this embodiment.

The head care device provided in this embodiment works as follows:

① At the beginning, the stop valve 17 is in a closed state, and the opening of the head care device is placed upwards, and water, shampoo or hair conditioner and other additives are manually added to the liquid storage diaphragm 2;

② After the user lies down, put the hairline part 101 of the head 1 with hair on the face upward into the liquid storage diaphragm 2, then adjust the buckle 7, adjust the tension of the sealing elastic band 6, so that the sealing elastic band 6 Fit the human body to avoid liquid splashing out during the subsequent washing and care as much as possible;

③ During the process of adjusting the sealing elastic band 6, with the movement of the user's head 1, the massaging elastic member 3013 drives the transmission rod 3012 at each position to perform self-adaptive expansion and contraction, so that the pressing head 3011 at each position can be adaptively fitted user's head 1;

④The electromagnet 3064 enters the energized state, and the armature 3063 drives the limit rod 3061 into the limit slot 3012b to prevent the massage head 301 from moving backward;

⑤ The rotating power source 304 is started, and the pressing head 3011 is driven through the driving gear 303, the driven gear 302 and the transmission rod 3012 to rotate and press the user's head 1 through the liquid storage compartment bag in order to simulate kneading, pressing and washing with human hands and fingers hair and massage operations;

⑥After a period of time, open the stop valve 17, and the liquid in the liquid storage space 201 will be discharged through the discharge port 202 stop valves 17 under the action of gravity; then close the liquid discharge switch control assembly 11, loosen the sealing elastic band 6, and take off the head Put on the head care device, add clear water to the liquid storage diaphragm 2 again, then put on the head care device again, and tighten the sealing elastic band 6; turn on the rotating power source 304 to rotate and press to realize the functions of head massage and hair washing. Of course, you can also wash it with water several times until the hair is clean;

⑦ After cleaning, open the stop valve 17, the liquid in the liquid storage space 201 will be discharged through the discharge port 202 and the stop valve 17 under the action of gravity, and finally, take off the head care device.

Compared with the traditional head care device, the head care device provided in this embodiment mainly has the following advantages:

Example 2

This embodiment provides a hair care device. On the basis of Embodiment 1, functions such as water inflow and drying are added to further improve the user's hair washing experience.

In this embodiment, referring to FIG. 7, the head care device as a whole has a structure similar to a helmet. Specifically, it faces away from the human head 1, and includes a liquid storage diaphragm 2, several Massage mechanism 3, arc-shaped skeleton 4 and housing 5.

The liquid storage diaphragm 2 is made of flexible and water-impermeable materials such as plastic film or silicone film, which has strong deformation ability and is convenient for the massage mechanism 3 to press. The liquid storage diaphragm 2 is in the shape of a shower cap as a whole, and is provided with an opening for the head 1 to enter. When the liquid storage diaphragm 2 is set on the head 1 of the person, it can wrap the hairline 101 of the head 1 with hair, and form a shape with the head 1 of the person enough to accommodate the hair and be used for cleaning all parts of the body. The liquid storage space 201 of the hair liquid. The bottom of the liquid storage diaphragm 2 is provided with a drain port 202 .

The head care device also includes a liquid inlet assembly 9 for injecting the liquid into the liquid storage space 201.

The liquid inlet assembly 9 includes a temperature control box 901 , a water inlet valve 902 , a forward liquid pipe 903 , a storage box 904 , a rear liquid inlet pipe 905 and several nozzles 906 connected in sequence.

The temperature control box 901 is used for storing and controlling the temperature of the liquid, such as heating and cooling the liquid. The storage box 904 is used for storing additives such as shampoo or hair conditioner, and it includes an exposed opening cover 9041 , and additives can be added to the storage box 904 by opening the opening cover 9041 . The rear liquid inlet pipe 905 is arranged along the opening edge of the liquid storage diaphragm 2 , that is, the rear liquid inlet pipe 905 is fixed around the opening edge of the liquid storage diaphragm 2 . Referring to FIG. 8 , the nozzles 906 are arranged at intervals on the rear liquid inlet pipe 905 for spraying the liquid in the rear liquid inlet pipe 905 to the liquid storage space 201 . Optionally, each of the nozzles 906 sprays the liquid in the rear liquid inlet pipe 905 directly to the head 1 of the person to enhance the cleaning effect.

It can be understood that when the hair needs to be shampooed, the water inlet valve 902 is opened, and the clean water enters the storage box 904 from the temperature control box 901 through the water inlet valve 902 and the forward liquid pipe 903, and the additive in the storage box 904 is flushed into the liquid by the way. The tube 905 is finally sprayed onto the user's hair through the nozzle 906 and stored in the liquid storage space 201.

Further, referring to FIG. 10 , the head care device also includes a head support tube 10 fixedly connected to the housing 5 for supporting the housing 5 and the human head 1 Provide upward support. The liquid storage diaphragm 2 is sealingly connected with the head support tube 10 at the discharge port 202; the end of the head support tube 10 close to the head 1 is provided with a soft head pad with a through hole so that the user can place the head 1 On the head support tube 10. The overflow air inlet channel 1001a can communicate with the liquid storage space 201 through the through hole on the soft head pad.

One end of the head support tube 10 extends into the discharge port 202 so as to provide support to the head 1 of the user, that is, the user's head 1 can be directly placed on the end of the head support tube 10 extending into the discharge port 202 on the end face. The head support tube 10 includes an inner tube 1001 and an outer tube 1002 sleeved outside the inner tube 1001 . A liquid discharge and air discharge passage 1002a in an annular structure is formed between the inner pipe 1001 and the outer pipe 1002, and the outer pipe 1002 is provided with a liquid discharge discharge passage connecting the liquid discharge and air discharge passage 1002a to the liquid storage space 201. The air holes 1002b allow the liquid in the liquid storage space 201 to flow out to the external space through the liquid and air discharge holes 1002b and the liquid and air discharge channels 1002a. The inner pipe 1001 is provided with an overflow air inlet channel 1001a connecting the liquid storage space 201 to the external space; the liquid storage space 201 is provided with a number of overflow ports 12, and the overflow ports 12 pass through the overflow pipe The channel 13 communicates with the overflow air inlet channel 1001a. When the liquid level in the liquid storage space 201 reaches the position where the overflow port 12 is located, the higher liquid will enter through the overflow port 12 and the overflow pipe 13 The overflow flows into the air passage 1001a, and then is discharged to the external space. The air outlet of the blower 14 communicates with the overflow air inlet channel 1001a through the air outlet duct 16. After washing hair, turn on the blower 14 to generate cold or hot wind, and all the wind enters the overflow through the outlet duct 16. After the air inlet channel 1001a, a part of the wind enters the liquid storage space 201 through the overflow pipe 13 and the overflow port 12 in sequence, and dries the hair around; The nozzle of the tube 1001 flows outwards to dry the hair at the bottom; further, the wind in the liquid storage space 201 will enter the liquid and exhaust channel 1002a through the liquid and exhaust holes 1002b, and finally flow out to the external space.

In this embodiment, a one-way valve 15 is provided at the place where the air outlet pipe 16 communicates with the overflow air inlet channel 1001a. Optionally, the one-way valve 15 includes a sealing plate 1501 , a torsion spring and a blowing limiter 1502 . The end of the sealing plate 1501 away from the liquid storage space 201 is hinged to the air outlet duct 16; in a natural state, the elastic force of the torsion spring is sufficient to drive the sealing plate 1501 to rotate forward to a vertical state , so the nozzle of the air outlet duct 16 can be sealed to prevent the liquid in the overflow air inlet passage 1001a from entering the outlet air duct 16 .

The blowing limiting member 1502 is fixed on the inner wall of the inner tube 1001; when hair blowing is required, the wind sent by the hair dryer 14 causes the sealing plate 1501 to rotate in reverse to align with the blowing limiting member 1502. offset and in a horizontal state, and then divide the overflow air inlet channel 1001a into two, so that the end of the overflow air inlet channel 1001a close to the liquid storage space 201 is separated from the external space; to ensure that most of the wind enters the overflow The end of the air inlet passage 1001a communicating with the liquid storage space 201 is to prevent the wind from flowing to the external space through the end of the overflow air inlet passage 1001a away from the liquid storage space 201 as much as possible.

Further, the head support pipe 10 is provided with a drain switch control assembly 11 for controlling the opening and closing of both the liquid discharge and air discharge passage 1002a and the overflow air intake passage 1001a, and the liquid discharge switch control assembly 11 11 is located between the liquid storage diaphragm 2 and the check valve 15;

In this embodiment, the liquid discharge switch control assembly 11 may include an external valve for controlling the opening and closing of the liquid discharge and air discharge channel 1002a and an internal valve for controlling the opening and closing of the overflow air intake channel 1001a. Alternatively, using lower-cost grippers such as air claws or electric claws as the liquid discharge switch control component 11 realizes the opening and closing control of the liquid discharge and air passage 1002a and the overflow air intake passage 1001a.

For example, the head support pipe 10 includes a first rigid pipe section 1003 communicating with the liquid storage space 201 , a second rigid pipe section 1004 communicating with the external space, and connecting the first rigid pipe section 1003 and the second rigid pipe section 1003 . The U-shaped connection frame 1005 of the pipe section 1004, the first rigid pipe section 1003 and the second rigid pipe section 1004 are arranged at intervals. The head support pipe 10 is a rigid structure as a whole, so it can play a supporting role.

Wherein, the outer pipe 1002 in the first rigid pipe section 1003 and the outer pipe 1002 in the second rigid pipe section 1004 communicate through the outer hose 1006; the inner pipe 1001 in the first rigid pipe section 1003 and the inner pipe in the second rigid pipe section 1004 1001 communicates through inner hose 1007. The clamping jaws are located outside the outer hose 1006. When the clamping jaws are opened, the first rigid pipe section 1003 and the second rigid pipe section 1004 are connected through the outer hose 1006 and the inner hose 1007 respectively, so as to open the liquid discharge and ventilation passage 1002a and the effect of the overflow air inlet channel 1001a; when the jaws are closed, the outer hose 1006 and the inner hose 1007 are clamped by the jaws at the same time, so that the first rigid pipe section 1003 and the second rigid pipe section 1004 are not connected, The effect of closing the liquid discharge air passage 1002a and the overflow air intake passage 1001a is achieved.

It should be noted that the overflow ports 12 may be mutually independent structures, or may communicate with each other to form an annular gap arranged along the edge of the opening of the liquid storage diaphragm 2 . Referring to FIG. 9 , when the liquid level reaches the edge of the opening of the liquid storage diaphragm 2 , the liquid will flow from the overflow port 12 through the overflow pipe 13 into the overflow air inlet channel 1001 a to prevent the liquid from overflowing.

The head care device provided in this embodiment works as follows:

① At the beginning, the liquid discharge switch control assembly 11 is in the closed state, and the opening of the head care device is placed upwards, and additives such as shampoo or hair conditioner are manually added to the storage box 904;

⑤ Open the water inlet valve 902, clean water enters the storage box 904 from the temperature control box 901 through the water inlet valve 902 and the forward liquid pipe 903, and flushes the additive in the storage box 904 into the rear liquid inlet pipe 905 by the way, and finally sprays it through the nozzle 906 to the user's hair and stored in the liquid storage space 201; when the liquid level is too high, the liquid in the liquid storage space 201 will be discharged through the overflow port 12;

⑥ The rotating power source 304 is started, and the pressing head 3011 is driven to rotate and press the user's head 1 through the liquid storage compartment through the driving gear 303, the driven gear 302 and the transmission rod 3012 in order, so as to simulate human hand finger rubbing, pressing and washing hair and massage operations;

⑦ During the shampooing process, if the water level in the liquid storage space 201 rises to the overflow port 12, the liquid in the liquid storage space 201 will enter the overflow air inlet channel 1001a through the overflow pipeline 13, and then be discharged outside;

⑧ After a period of time, open the liquid discharge switch control assembly 11, and the liquid in the liquid storage space 201 enters the liquid discharge and air discharge channel 1002a through the liquid discharge air hole 1002b under the action of gravity, and then is discharged; then close the liquid discharge switch control assembly 11. The liquid inlet component 9 refills the liquid storage space 201 with clean water; it can be washed with clean water for several times, or after the clean water washing of the drain switch control component 11 is closed once, the drain switch control component 11 is opened and rinsed with clean water for a period of time;

⑨ After cleaning, open the liquid discharge switch control assembly 11, the liquid in the liquid storage space 201 enters the liquid discharge and air discharge channel 1002a through the liquid discharge and air hole 1002b under the action of gravity, and then discharges to the outside, and the massage mechanism 3 stops working; then open Blower 14, a part of the wind blown by the blower 14 is blown into the liquid storage space 201 through the overflow pipes 13 and the overflow port 12 to dry the hair around, and the other part passes through the overflow air inlet channel 1001a and the inner tube 1001 The nozzle at the upper end enters the liquid storage space 201 to dry the hair at the bottom; the wind in the liquid storage space 201 carries water vapor through the liquid discharge and air discharge hole 1002b into the liquid discharge and air discharge channel 1002a, and is finally discharged to the outside;

⑩After the hair is dried, just take off the head care device.

The head care device provided in this embodiment adds a liquid inlet assembly 9 and a hair dryer 14, thereby realizing operations such as online water change and blow-drying, which improves the continuity of the hair washing process and further enhances the user's head care experience .

Example 3

This embodiment provides a head care device. On the basis of Embodiment 2, functions such as rubbing and pressing and opening and closing are added to further enhance the user's massage experience.

In this embodiment, referring to Fig. 11, the head care device as a whole has a helmet-like structure, specifically, it includes a liquid storage diaphragm 2, several Massage mechanism 3, arc-shaped skeleton 4 and housing 5.

In this embodiment, the arc-shaped frame 4 is a rigid structure, such as a metal bracket or a hard plastic bracket, which is used to provide a fixed foundation for the massage mechanism 3 . In order to make each massage mechanism 3 press in a direction perpendicular to the head 1 , the overall shape of the arc-shaped skeleton 4 can be similar to the outline of the bones of the head 1 . Further, the arc-shaped frame 4 can be integrally formed, or spliced by several detachable modules, which is not limited in this embodiment.

The head care device also includes a liquid inlet assembly 9 for injecting the liquid into the liquid storage space 201 .

One end of the head support tube 10 extends into the discharge port 202 so as to provide support to the person's head 1, that is, the user's head 1 can be directly placed on the end of the head support tube 10 extending into the discharge port 202 on the end face. The head support tube 10 includes an inner tube 1001 and an outer tube 1002 sleeved outside the inner tube 1001 . A liquid discharge and air discharge passage 1002a in an annular structure is formed between the inner pipe 1001 and the outer pipe 1002, and the outer pipe 1002 is provided with a liquid discharge discharge passage connecting the liquid discharge and air discharge passage 1002a to the liquid storage space 201. The air holes 1002b allow the liquid in the liquid storage space 201 to flow out to the external space through the liquid and air discharge holes 1002b and the liquid and air discharge channels 1002a. The inner pipe 1001 is provided with an overflow air inlet channel 1001a connecting the liquid storage space 201 to the external space; the liquid storage space 201 is provided with a number of overflow ports 12, and the overflow ports 12 pass through the overflow pipe The channel 13 communicates with the overflow air inlet channel 1001a. When the liquid level in the liquid storage space 201 reaches the position where the overflow port 12 is located, the higher liquid will enter through the overflow port 12 and the overflow pipe 13 The overflow flows into the air passage 1001a, and then is discharged to the external space. The air outlet of the blower 14 communicates with the overflow air inlet channel 1001a through the air outlet duct 16. After washing hair, turn on the blower 14 to generate cold or hot wind, and all the wind enters the overflow through the outlet duct 16. After the air inlet channel 1001a, a part of the wind enters the liquid storage space 201 through the overflow pipe 13 and the overflow port 12 in sequence, and dries the hair around; The nozzle of the tube 1001 flows outwards to dry the hair at the bottom; further, the wind in the liquid storage space 201 will enter the liquid and exhaust channel 1002a through the liquid and exhaust holes 1002b, and finally flow out to the external space.

Referring to Fig. 3, the massage mechanism 3 includes several massage heads 301, several driven gears 302 arranged in one-to-one correspondence with the massage heads 301, a driving gear 303, a rotating power source 304, and one-to-one correspondence with each driven gear 302 Several bearings 305 and several limit assemblies 306 corresponding to several massage heads 301. The rotating power source 304 drives the massage head 301 to rotate, so as to realize rotating and pressing.

Further, referring to Fig. 4, the circumferential direction of the transmission rod 3012 is provided with several non-circular bosses 3012a arranged at intervals along the axial direction of the transmission rod 3012, for example, the cross-sectional shape of the non-circular bosses 3012a is square , regular pentagon or regular hexagon, etc. The outer ring of the bearing 305 is fixed on the arc-shaped skeleton 4; the driven gear 302 includes a rotating shaft 3021 fixedly connected to the inner ring of the bearing 305 at one end and a rotating shaft fixed at the other end of the rotating shaft 3021. The gear part 3022 on the circumferential surface, the gear part 3022 is meshed with the driving wheel; the rotating shaft 3021 is provided with a non-circular through hole 3021a whose shape and size match the non-circular boss 3012a; the transmission The middle position of the rod 3012 is inserted into the non-circular via hole 3021a. Therefore, when the rotary power source 304 is working, the pressing head 3011 can be rotated through the driving gear 303, the driven gear 302 and the transmission rod 3012 in sequence, so as to realize the rotary pressing of the head 1.

Optionally, the massage mechanism 3 further includes a rubbing power source 307 and an opening and closing power source 309 . Further, the edge position of the arc-shaped bracket is connected with the housing 5 through several flexible connection parts, so that the arc-shaped bracket can be relatively displaced relative to the housing 5 . Exemplarily, the flexible connection part may be a spring, a wire rope, or the like.

Wherein, the rubbing power source 307 is used to drive the arc-shaped skeleton 4 to reciprocate along the direction tangent to the head 1, so as to change the pressing position of the massage head 301 on the head 1, and then imitate the position of fingers. During the pressing process, the rubbing and pressing process of sliding on the head 1 can also press the position between two adjacent massage heads 301 to expand the shampooing and pressing area and avoid pressing dead angles.

The opening and closing power source 309 is used to drive the arc-shaped frame 4 to approach or move away from the head 1 along a direction perpendicular to the head 1 . When the massage head 301 presses the human head 1, the opening and closing power source 309 drives the arc-shaped frame 4 to approach or move away from the head 1 in a direction perpendicular to the head 1, which can increase or decrease The pressing force of the massage head 301 on the head 1 is weakened. When the massage head 301 does not produce a pressing effect on the human head 1: if the opening and closing power source 309 drives the arc-shaped frame 4 away from the head 1 in a direction perpendicular to the head 1, the water flow will be under the action of gravity The downward flow makes the liquid storage diaphragm 2 move away from the human head 1, that is, the volume of the liquid storage space 201 will increase, similar to the opening process between the liquid storage diaphragm 2 and the arc-shaped skeleton 4; If the opening and closing power source 309 drives the arc-shaped frame 4 to approach the head 1 along the direction perpendicular to the head 1, the liquid storage diaphragm 2 will approach the head 1 of the person under the push of the massage head 301, that is, , the volume of the liquid storage space 201 will decrease, which is similar to the closing process between the liquid storage diaphragm 2 and the arc-shaped skeleton 4; opening and closing the power source 309 drives the massage head 301 to reciprocate, so that the liquid storage diaphragm 2 can be repeatedly moved away from and Close to the human head 1, during the repeated opening and closing, the water in the liquid storage space 201 will also move violently relative to the hair and scalp due to the agitation, and then achieve the effect of opening and closing, so that the hair and scalp can be fully rinsed .

Optionally, a pressure sensor 308 is provided between the opening and closing power source 309 and the arc-shaped frame 4 for sensing the pressing force of the opening and closing power source 309, and adjusting the pressing force of the massage mechanism 3 through pressure signal feedback , to increase or decrease the pressing force, so that the head 1 can obtain a more comfortable experience.

The head care device provided in this embodiment works as follows:

⑦The rubbing power source 307 drives the arc-shaped frame 4 to reciprocate along the direction tangent to the head 1, so as to change the pressing position of the massage head 301 on the head 1, thereby imitating the process of finger pressing During the rubbing and pressing process of sliding on the head 1;

⑧ opening and closing the power source 309 to drive the arc-shaped frame 4 to repeatedly approach or move away from the head 1 in a direction perpendicular to the head 1, so that the volume of the liquid storage space 201 decreases and increases repeatedly, and then the The user presses the opening and closing to improve the shampoo effect;

⑨ During the shampooing process, if the water level in the liquid storage space 201 rises to the overflow port 12, the liquid in the liquid storage space 201 will enter the overflow air inlet channel 1001a through the overflow pipeline 13, and then be discharged outside;

⑩After a period of time, open the liquid discharge switch control assembly 11, and the liquid in the liquid storage space 201 enters the liquid discharge and air discharge channel 1002a through the liquid discharge air hole 1002b under the action of gravity, and then discharges out; then close the liquid discharge switch control assembly 11. The liquid inlet component 9 refills the liquid storage space 201 with clean water; it can be washed with clean water for several times, or after the clean water washing of the drain switch control component 11 is closed once, the drain switch control component 11 is opened and rinsed with clean water for a period of time;

After cleaning, open the liquid discharge switch control assembly 11, the liquid in the liquid storage space 201 enters the liquid discharge and air discharge channel 1002a through the liquid discharge and air hole 1002b under the action of gravity, and then is discharged, and the massage mechanism 3 stops working; then turn on the blower 14. Part of the air blown by the blower 14 is blown into the liquid storage space 201 through the overflow pipes 13 and the overflow port 12 to dry the surrounding hair, and the other part passes through the overflow air inlet channel 1001a and the upper end of the inner pipe 1001 The mouth of the nozzle enters the liquid storage space 201 to dry the hair at the bottom; the wind in the liquid storage space 201 carries water vapor through the liquid discharge hole 1002b into the liquid discharge channel 1002a, and finally discharged out. Optionally, while blowing, the massage mechanism 3 enters the opening and closing pressing mode, so that the volume of the liquid storage space 201 increases and shrinks repeatedly, which promotes shaking of the hair, thereby accelerating the evaporation of water, which can significantly reduce the duration of blowing and save electric energy;

After the hair is dried, just take off the head conditioner.

In addition to the rotating power source 304, the head care device provided in this embodiment adds a rubbing power source 307 and an opening and closing power source 309, thereby realizing operations such as rotating pressing, rubbing pressing, and opening and closing pressing, and improving the Shampoo effect and massage experience.

It should be understood that although this description is described according to implementation modes, not each implementation mode only contains an independent technical solution, and this description in the description is only for clarity, and those skilled in the art should take the description as a whole, and each The technical solutions in the embodiments can also be properly combined to form other embodiments that can be understood by those skilled in the art.

The series of detailed descriptions listed above are only specific descriptions for feasible implementations of the present invention, and they are not intended to limit the protection scope of the present invention. Any equivalent implementation or implementation that does not depart from the technical spirit of the present invention All changes should be included within the protection scope of the present invention.

Claims

A head cleaning method, characterized in that, comprising:

A person's hair is wrapped with a reservoir membrane; the reservoir membrane acts as a vented container for storing the liquid for washing the hair, and the reservoir membrane is a flexible protective layer to prevent the hair from Winding or knotting occurs under the external force of the outer side of the liquid storage diaphragm;

The massaging mechanism exerts an external force on the head of the person through the liquid storage diaphragm to massage the head and change the volume of the liquid storage space between the liquid storage diaphragm and the head, thereby promoting the interaction between the liquid molecules and Relative movement occurs between the strands of the hair, between the molecules of the liquid and the scalp of the head, improving the effect of shampooing;

The massage mechanism is used to perform at least one of rotation pressing, rubbing pressing and opening and closing pressing on the hair and the head;

The massage mechanism includes several massage heads;

Said rotating and pressing means that said massage head presses said head and rotates around the axis of said massage head;

The rubbing and pressing means that the massage head presses the head and slides along the scalp of the head;

The opening and closing pressing means that the massage head repeatedly approaches the head to reduce the volume of the liquid storage space and moves away from the head to increase the volume of the liquid storage space, so that the molecules of the liquid and There is relative movement between the strands of the hair, between the molecules of the liquid and the scalp of the head.
A head care device, characterized in that it comprises:

a liquid storage membrane for wrapping human hair; said liquid storage membrane acts as a container with a drain for storing liquid for washing said hair, and said liquid storage membrane is a flexible protective layer for preventing said The hair is entangled or knotted under the external force of the liquid storage membrane;

The massage mechanism is used to apply an external force to the head of the person through the liquid storage diaphragm to massage the head and change the volume of the liquid storage space between the liquid storage diaphragm and the head, thereby promoting the liquid Relative movement occurs between the molecules of the liquid and the hair strands of the hair, between the molecules of the liquid and the scalp of the head, improving the shampooing effect;

The massage mechanism is used to perform at least one of rotation pressing, rubbing pressing and opening and closing pressing on the hair and the head;

The massage mechanism includes several massage heads;

Said rotating and pressing means that said massage head presses said head and rotates around the axis of said massage head;

The rubbing and pressing means that the massage head presses the head and slides along the scalp of the head;

The opening and closing pressing means that the massage head repeatedly approaches the head to reduce the volume of the liquid storage space and moves away from the head to increase the volume of the liquid storage space, so that the molecules of the liquid and There is relative movement between the strands of the hair, between the molecules of the liquid and the scalp of the head.
The head care device according to claim 2, characterized in that,

The side of the liquid storage diaphragm away from the head is provided with an arc-shaped skeleton, and the massage head is installed on the arc-shaped skeleton; the overall shape of the arc-shaped skeleton is similar to the bone outline of the head, so that Each massage mechanism can press along the direction perpendicular to the head;

The massage mechanism also includes a rotating power source, and the rotating power source is used to drive the massage head to rotate around the axis of the massage head.
The head care device according to claim 3, wherein the massage head comprises:

pressing head;

A transmission rod, one end of the transmission rod close to the head is connected to the pressing head, and one end away from the head runs through the arc-shaped skeleton;

The massaging elastic part is used to drive the transmission rod to slide toward the direction close to the head relative to the arc-shaped frame.
The head care device according to claim 4, wherein the massaging mechanism further comprises a limiting assembly for locking the relative sliding between the arc-shaped frame and the transmission rod.
The head care device according to claim 3, characterized in that, the massage mechanism further includes an opening and closing power source, and the opening and closing power source is in transmission connection with the arc-shaped framework for driving the arc-shaped The skeleton approaches or moves away from the head in a direction perpendicular to the head such that:

The pressing force of the massage head on the head is increased or decreased, and the pressure signal is fed back to the power source through the pressure sensor;

and / or,

Prompting the increase or decrease of the volume of the liquid storage space, and controlling the frequency of the increase or decrease of the volume of the liquid storage space, increasing the distance between the molecules of the liquid and the strands of the hair, the Relative motion is created between the molecules and the scalp of the head.
The head care device according to claim 3, wherein the massage mechanism further comprises:

The rubbing power source is used to drive the arc-shaped skeleton to reciprocate in a direction tangent to the head, so as to change the pressing position of the massage head on the head.
The head care device according to claim 3, further comprising:

A head support tube, the head support tube is fixedly connected to the shell on the side of the arc-shaped frame away from the head, and is used to provide upward support for the head.
The head care device according to claim 8, characterized in that, the head care device further comprises a hair dryer;

One end of the head support pipe extends into the discharge port, and the liquid storage diaphragm is sealed and connected with the head support pipe at the discharge port; the end of the head support pipe near the head is provided with a soft head guard with a through hole. pad; the head support tube includes an inner tube and an outer tube sleeved outside the inner tube;

A liquid discharge and air discharge passage in a ring structure is formed between the inner pipe and the outer pipe, and one end of the outer pipe extending into the liquid storage space is provided with a liquid discharge and air discharge hole, and the other end of the liquid discharge and air discharge passage is connected to the outside. connected in space;

The inner pipe is provided with an overflow air inlet channel connecting the liquid storage space to the external space; the liquid storage space is provided with an overflow port, and the overflow port is connected with the overflow inlet through an overflow pipeline. Air channel connection;

The blower communicates with the overflow air inlet channel through the air outlet pipe.
The head care device according to claim 9, characterized in that, a check valve is provided at the connection between the outlet air pipe and the overflow air inlet channel;

The one-way valve includes:

A sealing plate, the end of the sealing plate away from the liquid storage space is hinged to the air outlet duct;

a torsion spring, the torsion spring is used to drive the sealing plate to rotate forward to cover the mouth of the air outlet duct;

The blowing limiter is fixed on the inner wall of the inner pipe; when the wind sent by the blower causes the sealing plate to rotate in reverse to abut against the blowing limiter, the sealing The plate separates the end of the overflow air inlet channel close to the liquid storage space from the external space;

The head support tube is provided with a liquid discharge switch control assembly for controlling the opening and closing of both the liquid discharge air passage and the overflow air intake passage, and the liquid discharge switch control assembly is located between the liquid storage diaphragm and Between check valves;

The overflow pipeline is connected to the overflow air inlet channel between the liquid discharge switch control assembly and the one-way valve.
The head care device according to claim 2, wherein the liquid storage diaphragm is provided with an opening for the head to enter;

The head care device also includes a liquid inlet assembly for injecting the liquid into the liquid storage space; the liquid inlet assembly includes:

a rear liquid inlet pipe arranged along the edge of the opening of the liquid storage diaphragm;

A plurality of nozzles, each of which is arranged at intervals on the rear liquid inlet pipe, is used to spray the liquid in the rear liquid inlet pipe to the liquid storage space.
The head care device according to claim 11, wherein the liquid inlet assembly further comprises a temperature control box for storing and controlling the temperature of the liquid, a liquid inlet pipe, and a storage tank for storing additives. box;

The temperature control box, the forward liquid pipe, the storage box and the rear liquid feed pipe are connected in sequence;

The storage box is provided with an exposed open cover.