CN108311308A

CN108311308A - A kind of microvesicle nozzle

Info

Publication number: CN108311308A
Application number: CN201810165419.0A
Authority: CN
Inventors: 李常德
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-28
Filing date: 2018-02-28
Publication date: 2018-07-24

Abstract

This application discloses a kind of microvesicle nozzles, including：Head body, and what is connect with the head body can make the head body towards human body to be cleaned or the neck of article sprinkling air-bubble；The head body is provided with cleaning end, and air-bubble spray orifice is provided on the end face at the cleaning end；There is the runner that can be introduced to the air-bubble of generation in the head body and be sprayed through the air-bubble spray orifice in the neck；The other end of the neck far from the head body is flexibly connected with liquid phase pipeline；To realize deep clean.

Description

A kind of microvesicle nozzle

Technical field

This application involves cleaning field of sanitary, and in particular to a kind of microvesicle nozzle.

Background technology

One of essential component during nozzle has become for people's lives as a kind of cleaning, cleaning appliance.It can be answered For shower set, can also apply on any supply equipment as cleaning, such as：Tap etc..

When nozzle in the prior art is applied on shower set, when carrying out cleaning human body or animal etc., nozzle can be straight Lead in succession for tap water feed pipe, and directly sprayed by nozzle after the water in feed pipe is handled, is sprayed to portion to be cleaned Position is treated the completions such as the rubbing of cleaning parts by combination and cleaned.

However the processing that this kind of nozzle under normal conditions carries out water is heating etc. nothing but, is cleaned to skin hair During also need to by rubbing and cleaning chemical article etc. can reach cleaning purpose, should during rubbing skin and hair Hair can cause skin surface capillary, lymph to be burst by rubbing, make the red and swollen phenomenon of skin appearance, and rub skin to pull The corium of epidermis accelerates skin aging, damage hair scale piece etc.；To reach further cleaning, cleaning is being realized by rubbing On the basis of, it is also necessary to using the hair cleaning chemical industry synthesis cleaning solution such as shampoo or bath foam rubbing hair and skin, the chemical industry Synthesis articles for use can make hair become the scared scale of easy to fall off, easy enemy bring injury effect, it is easier that scalp and hair-care protein Denaturation, to destroy the structure of scalp and hair-care, becomes unhealthy；For skin, bath foam cannot mitigate rubbing to skin band The injury come, and undesirable allergic phenomena can be also brought for sensitive skin；Shampoo or bath foam etc. are cleaned using hair Maximum pollution sources, most intractable pollution sources in the cleaning of chemical industry synthesis cleaning solution and sanitary sewage.

When the nozzle of the prior art is applied on similar tap, for example to article to be cleaned：Gourd, fruit and vegetable etc., equally It is also required to artificially rub and the realizations such as matching purge agent is cleaned, the destruction of article surface can be equally caused under this kind of application scenarios And the pollution of water quality, and ideal deep clean effect is not achieved.

Therefore, how a kind of depth that human body hair skin or article can be realized under the mode without using above-mentioned cleaning is provided Cleaning protects skin and hair or article surface injury-free, and provides facility for the constant people that takes action；And reduce environment dirt Dye etc. becomes those skilled in the art and needs one of urgent the technical issues of solving.

Invention content

The application provides a kind of microvesicle nozzle, is needed by external force and auxiliary with solving degree of cleaning deficiency in the prior art Midwifery product complete the problem of cleaning.

The application provides a kind of microvesicle nozzle, including：Head body, and what is connect with the head body can make institute State the neck that head body sprays air-bubble towards human body to be cleaned or article；

The head body is provided with cleaning end, and air-bubble spray orifice is provided on the end face at the cleaning end；The neck It is interior with the runner that can be introduced to the air-bubble of generation in the head body and be sprayed through the air-bubble spray orifice；

The other end of the neck far from the head body is flexibly connected with liquid phase pipeline.

Preferably, the runner has the section that diameter does not wait, and the previous section in the neck is flowed into the liquid phase It is provided with the air admission hole opposite with the liquid phase inflow direction, the gas in the air admission hole forms air column or gas with the liquid phase Bubble, and formed into the cleaning extreme direction flow process with micro-nano air-bubble, by the micro-nano gas in the runner Soaked spray orifice sprays.

Preferably, the section not waited with diameter in the runner, including：First section, the second section and third area Section；One end of first section is connect with the liquid phase pipeline, and the other end is connect with one end of second section, and described The other end of two sections is connect with one end of the third section, and the other end and the head body of the third section connect It connects；Wherein, the diameter of first section is greater than or equal to the diameter of the third section, and the diameter of second section is less than The diameter of third section；The junction of first section and second section, which is provided with towards the liquid phase flow direction, is in Reduce the First Transition section of shape, the junction of second section and the third section is provided with towards the liquid phase flowing side To in the second changeover portion for gradually opening shape.

Preferably, the air admission hole is set in the First Transition section.

Preferably, the air admission hole is to lead to out of described runner far from the through-hole outside the runner or the air admission hole One end in the runner is connect with gas supply mechanism.

Preferably, when the air admission hole is to lead to the through-hole outside the runner out of described runner, including：Reflux gear Piece is set on the aperture of the air admission hole of the runner inner wall, and is covered and fitted on the air admission hole, the reflux gear Piece can the air admission hole gas into it is fashionable to close to the runner direction be in opening state.

Preferably, including：Bubble generator, one end of the bubble generator respectively with the liquid phase pipeline and gas phase pipe Road connects, and the other end is connect with the runner, and the gas in liquid and the gas phase pipeline in the liquid phase pipeline enters institute State bubble generator, the bubble generator by the air-bubble of generation via the runner be delivered to the cleaning end and by The air-bubble spray orifice sprays.

Preferably, when the end face at the cleaning end is bonded with the human body to be cleaned in use, including：It can will spray It spills in the suction hole of air-bubble and/or residual liquid absorption on position to be cleaned, the suction hole is set to the cleaning end End face on；The neck is provided with the reflux stream that can be back to the air-bubble by the suction hole in recovering mechanism The one end in road, the reflux runner is connected to the recovering mechanism, and the other end is connected to the head body.

Preferably, including：Massage column is set on the end face at the cleaning end, one end of the massage column with it is described clear End face connection is washed, which is connecting pin, and the other end extends and contacts towards the position to be cleaned, which is massage end.

Preferably, the massage column height can be according to the highly automated adjusting at position to be cleaned.

Compared with prior art, the application has the following advantages:

A kind of microvesicle nozzle provided by the present application, will be in the neck stream by the air-bubble spray orifice being arranged in head body The air-bubble generated in road is erupted to position to be cleaned, and the portion to be cleaned can be adsorbed on containing micro/nano level bubble in water On position, and go deep into the pore at position to be cleaned or the crackle at position to be cleaned and enter sweat gland hair follicle depths progress cutin The self-purging of layer, sweat mixed with dirt grease, a large amount of fine gas bubbles can enter inside the skin pore that conventional clean can not reach, and utilize gas The grease etc. of siltation is taken away skin by the charge of buoyancy and bubble surface after bubble aggregation, realizes skin more deep layer cleaning. The air that bubble is brought into can effectively kill the pathogenic anaerobic bacteria hidden in skin pore deep layer, alleviate and prevent dermatitis Disease.Article is cleaned, it can be by the dirt grease etc. in its surface and face crack, especially fruit surface remains of pesticide It waits for the foreign matter on article-cleaning to be removed from cleaning parts under the action of scouring force, and then realizes the work of depth high-efficiency washing With；And remains in the water on the position to be cleaned or air-bubble can be under the action of recovering mechanism by the suction hole quilt It is absorbed into the water tank of the recovering mechanism, avoids in cleaning process that The water splash in all directions, improve comfort level when using, while real Existing using water wisely.

Description of the drawings

Fig. 1 is a kind of structural schematic diagram of the first embodiment of microvesicle nozzle provided by the present application；

Fig. 2 is the side view of Fig. 1；

Fig. 3 is a kind of structural schematic diagram of the lateral section view of the first embodiment of microvesicle nozzle provided by the present application；

Fig. 4 is a kind of structural schematic diagram of the lateral section view of the second embodiment of microvesicle nozzle provided by the present application；

Fig. 5 be a kind of microvesicle nozzle provided by the present application first embodiment in refluxing portion structural schematic diagram；

Fig. 6 is a kind of structural schematic diagram of the 3rd embodiment of microvesicle nozzle provided by the present application.

Figure number explanation

Head body 10 cleans end 11, air-bubble spray orifice 12；Neck 20, runner 21, air admission hole 22, the first section 23, the Two sections 24, third section 25, First Transition section 26, the second changeover portion 27, flow back catch 28, impeller 29；Liquid phase pipeline 30；Gas Steep generator 40；Gas phase pipeline 50；Suction hole 60；Flow back runner 70；Massage column 80；Air-bubble 90, micro/nano level bubble 91；It returns Receive mechanism 100；Recovery pipe 100-1.

Specific implementation mode

Many details are elaborated in the following description in order to fully understand the application.But the application can be with Much implement different from other manner described here, those skilled in the art can be without prejudice to the application intension the case where Under do similar popularization, therefore the application is not limited by following public specific implementation.

Shown in please referring to Fig.1, Fig. 1 is a kind of structural schematic diagram of the first embodiment of microvesicle nozzle provided by the present application.

As shown in Figure 1, the application provides a kind of microvesicle nozzle, including：Head body 10, and with the head body 10 Connection can make the head body 10 towards the neck 20 of position to be cleaned sprinkling air-bubble 90；

The head body 10 is provided with cleaning end 11, and multiple air-bubble spray orifices are provided on the end face at the cleaning end 11 12；The air-bubble 90 of generation can be introduced in the head body 10 and through the bubble by having in the neck 20 The runner 21 that water spray orifice 12 sprays；

The other end of the neck 20 far from the head body 10 is flexibly connected with liquid phase pipeline 30.

The shape and structure of the hair skin cleaning sprayer can refer to the shape and structure of showerhead, as depicted in figs. 1 and 2 It includes two parts that skin cleaning sprayer is sent out described in first embodiment, and a part is head body 10, and another part is neck 20, institute Stating head body 10 and neck 20 can be integrally formed.

Set multiple air-bubble spray orifices 12 can be on the end face at the cleaning end 11 of the head body 10, along described It is designed in the circumferential direction of head body 10, from the central point of the head body 10 to 10 outer rim of the head body in diffusion, institute Set-up mode heterogeneous can also be used by stating air-bubble spray orifice 12 and being uniformly laid in the head body 10.

The neck 20 can be used as handgrip part, the bottom of the neck 20 to live with the liquid phase pipeline 30 in cleaning Dynamic connection, the liquid phase pipeline 30 can be water supply pipe.21 space of runner having in the neck 20 can be by generation Air-bubble 90 is delivered to by the neck 20 in the head body 10, and the gas by being arranged in the head body 10 Air-bubble 90 is sprayed onto position to be cleaned by soaked spray orifice 12.The air-bubble 90 is mixed with micro/nano level bubble 91 in water Collaborate body.

It should be noted that the other end of the neck 20 far from the head body 10 is flexibly connected with liquid phase pipeline 30 It may be used, it is spiral to connect, such as：In neck end setting external screw thread, the liquid phase pipeline end set Screw thread is connected the two by rotating；Either buckle-type etc..By movable connection method, microvesicle spray provided by the present application Head can be mounted on different devices as needed, such as shower, tap etc., and then realize that it is with micro-nano to spray The air-bubble of meter level bubble, to reach the depth cleaning to cleaning materials.

In the implementation of the offer of the application, mainly uses showerhead nozzle and illustrate, but it is not limited to this Kind realization method can adjust according to the length of the different needs necks, be respectively used to be installed in different equipment.

In the first embodiment of the application, the formation of the air-bubble 90 can be real by structure in the neck 20 It is existing, specially：

The runner 21 in the neck 20 has the section that diameter does not wait, and is flowed into the neck 20 in the liquid phase The band of position of previous section be provided with the air admission hole 22 opposite with the liquid phase inflow direction, the gas in the air admission hole 22 Body can be sucked into the liquid phase jet process in the runner 21, and air column or bubble can be formed with the liquid phase, And the air-bubble 90 containing micro/nano level bubble 91 is formed into 11 direction flow process of the cleaning end in the runner 21, most It is sprayed eventually by the air-bubble spray orifice 12.

Incorporated by reference to Fig. 1 to Fig. 2, refering to what is shown in Fig. 3, Fig. 3 is a kind of first embodiment of microvesicle nozzle provided by the present application Lateral section view structural schematic diagram.

In the present embodiment, having the diameter in the runner 21 of the neck 20, equal section not may include：First Section 23, the second section 24 and third section 25；One end of first section 23 is connect with the liquid phase pipeline 30, another End is connect with one end of second section 24, and the other end of second section 24 and one end of the third section 25 connect It connects, the other end of the third section 25 is connect with the head body 10；Wherein, the diameter of first section 23 be more than or Equal to the diameter of the third section 25, the diameter of second section 24 is less than the diameter of third section 25；Firstth area The junction of section 23 and second section 24 is provided with the First Transition in decrement shape towards liquid phase flow direction bore The junction of section 26, second section 24 and the third section 25 is provided with towards liquid phase flow direction bore in gradually Open the second changeover portion 27 of shape.

It should be noted that the length of each section can be identical or different, length direction is flowed into the liquid phase Direction it is identical, alternatively, the length direction of each section is identical as the length direction of the neck 20.

The air admission hole 22 can be set in the First Transition section 26, more preferably to realize gas in the air admission hole 22 It can be sucked into the runner 21, the air admission hole 22 and one end for being connected to of outside are towards the direction of the head body 10 The direction either entered towards fluid, certainly, the axis of the air admission hole 22 can also be with the axis of first section 23 It is parallel, but be the need to ensure that the air admission hole 22 is identical as extraneous air or ensure in the air admission hole 22 with gas i.e. Can, it is inclined-plane that the air admission hole 22, which is located at the aperture in the First Transition section 26, and then can enable the air admission hole 22 The direction that the liquid phase flows into is opposite.

To ensure to have in the air admission hole 22 sufficient gas, the air admission hole 22 is leads to institute out of the runner 21 State through-hole outside runner 21 or the air admission hole 22 far from the runner 21 one end and gas supply mechanism it is (not shown Go out) connection.

When the air admission hole 22 is to lead to the through-hole outside the runner 21 out of the runner 21, in the air admission hole 22 Gas can be in a steady stream continuing to supply by the air outside neck 20, to avoid the liquid in the runner 21 from occurring flowing back and passing through The air admission hole 22 flows outwardly, and in this implementation, is provided with back at the aperture of the air admission hole 22 of 21 inner wall of the runner Catch 28 is flowed, the reflux catch 28 can cover the aperture for fitting in the air admission hole 22, and the reflux catch 28 can be The gas of the air admission hole 22 is into the fashionable direction to the close runner 21 in opening state.

When the air admission hole 22 is far from one end and the gas supply mechanism (not shown) in the runner 21, when connection, Air storage chamber (not shown), the air storage chamber difference can be provided between the gas supply mechanism and the air admission hole 22 It can be communicated with the air admission hole 22, and identical as the gas supply mechanism (not shown), ensure that the gas can Largely be sucked into the runner 21 under jet current principle when the liquid phase enters in the runner 21, and with the liquid phase Form bubble or air column.

To ensure that the Air Bubble Size formed in the runner 21 is as uniform as possible and can generate micro-nano as much as possible The requirement of meter level bubble, can be arranged impeller 29 in the third section 25, and the impeller 29 can under the impulse force of fluid It rotates and the bubble in the fluid is cut again or the impeller 29 is rotated by motor, and then to institute The bubble stated in fluid is cut, and is met and is accessed the bubble in the head body 10 as micro/nano level bubble 91, and and water Air-bubble 90 is constituted, is acted on position to be cleaned.

It should be noted that can be according to reality for the length of the first section 23, the second section 24 and third section 25 The number of border design requirement or micro-nano bubble yield is set, and is not particularly limited the length of each section in this embodiment Degree；It can also be according to actual design and micro- for the diameter of the first section 23, the second section 24 and third section 25 91 yield of nano grade air bubbles number set, provide in this embodiment be the second section 24 diameter be less than the firstth area Section 23 and third section 25, the specific location of each section is not limited to the scheme that this implementation provides, as long as disclosure satisfy that micro-nano The generation of meter level bubble 91, therefore, the quantity of each section are also not necessarily limited to provided in this implementation three.

It is the structure explanation to hair skin cleaning sprayer first embodiment provided by the present application above, it is real to described first below The formation basic theory for applying bubble in air-bubble 90 in example illustrates.

The liquid (water) of pressurization is entered by the liquid phase pipeline 30 in the first section 23 in the neck 20, and formation is told Jet stream, by the pulsation turbulent flow of jet stream, by gas in the air admission hole 22 be sucked into first section 23 and with institute Liquid mixing is stated, liquid collides with gas and generates air column or bubble, and the liquid with air column or bubble passes through described first Section 23 flows to second section 24, since the diameter of the second section 24 is less than the diameter of the first section 23, is rushed in larger It hits under power, the air column or bubble in the fluid are carried out cutting under the action of shear stress and be formed as more micro- again Small contains micro/nano level bubble 91, and mixing has the bubble that the third section 25 flows into the head body 10 in a liquid In water spray orifice 12 and erupt away.The micro/nano level bubble 91 be bubble diameter in 10 microns between hundreds of nanometers Bubble there is the physics and chemical characteristic not available for conventional bubble, example between micron bubble and nano bubble Such as：Micro/nano level bubble 91 has that large specific surface area, the rate of climb be slow, itself supercharging dissolving, surface electrification, generate it is a large amount of freely Base etc..It is clear therefore, it is possible to carry out depth to the position to be cleaned since the micro/nano level bubble 91 has These characteristics It is clean and protect cleaning parts injury-free.

It is the explanation that the application provides a kind of realization method that the micro-nano bubble is formed in a kind of microvesicle nozzle above, Shown in please referring to Fig.4, Fig. 4 is that a kind of structure of the lateral section view of the second embodiment of hair skin cleaning sprayer provided by the present application is shown It is intended to, Fig. 4 and Fig. 3 is the difference is that the difference that micro/nano level bubble 91 generates.

Hair skin cleaning sprayer provided by the present application includes：Head body 10, and the energy that is connect with the head body 10 The head body 10 is enough set to spray the neck 20 of air-bubble 90 towards position to be cleaned；The head body 10 is provided with cleaning 11 are held, multiple air-bubble spray orifices 12 are provided on the end face at the cleaning end 11；Having in the neck 20 can be by generation The air-bubble 90 is introduced to the runner 21 sprayed in the head body 10 and through the air-bubble spray orifice 12；The neck 20 The other end far from the head body 10 is flexibly connected with liquid phase pipeline 30.

Wherein, further include：Bubble generator 40, one end of the bubble generator 40 respectively with the liquid phase pipeline 30 and Gas phase pipeline 50 connects, and the other end is connect with the neck 20, the liquid in the liquid phase pipeline 30 and the gas phase pipeline 50 Interior gas enter the bubble generator 40, into the gas-liquid mixture fluid in the bubble generator 40 under stress high speed Rotation, and negative pressure axis is formed in the bubble generator 40, can will be in gas-liquid mixture fluid using the suction of negative pressure axis Gas is concentrated on negative pressure axis, and high speed, the shearing of strength and high-frequency pressure oscillation are generated at the interface of gas-liquid mixture fluid, And then generate a large amount of micro/nano level bubble 91 and by being delivered in neck 20 with 20 connectivity port of the neck, along the neck Portion 20 is erupted away to the air-bubble spray orifice 12 of the head body 10, is acted on the position to be cleaned.

In the mode that above two air-bubble 90 is formed, the air-bubble 90 is：Contain a large amount of micro/nano level gas in water Bubble 91, and then the contact surface of water and air increases, and the friction between water and air can form a large amount of negative electrical charges, and most Fouling material all carries positive charge, and the two is met, and dirt will have been attracted by bubble, in addition pressure when bubble explosion, and it is empty The natural buoyancy of gas in water or the scouring force etc. with the fluid, can smoothly take away dirt.Simultaneously as ultra micro rice gas Bubble is very tiny, can go deep into subtle position and do deep layer cleaning, for example pore.Generally about 20 to 50 microns of the size of pore, is arrived greatly Naked eyes see then between 100 to 200 microns, by dirt grease fill more up to 400 microns, therefore, in air-bubble 90 Micro/nano level bubble 91 can enter easily in the crackle of pore or skin epidermis, the principle attracted each other using its positive and negative anodes, Dirt in pore or skin epidermis crackle is taken away, and reaches deep layer cleaning compared with fruit.

In addition to this, micro/nano level bubble 91 tool itself carries the function of gas, therefore can be used as the carrier of gas with various, Such as oxygen, ozone, nitrogen etc., however it is not limited to air；Other liquid can also be increased in the liquid phase, such as：Perfume, increased amount Meet demand, and then the function of body surface lasting may be implemented when to human body bathing.

Based on above two embodiment, hair skin cleaning sprayer provided by the present application for ease of cleaning while, complete The recycling for remaining on the water (air-bubble 90) at position to be cleaned, please refers to shown in Fig. 5, and Fig. 5 is a kind of microvesicle provided by the present application The structural schematic diagram of refluxing portion in the first embodiment of nozzle is also set on the end face at the cleaning end 11 of the head body 10 It is equipped with suction hole 60, the suction hole 60 is arranged around 12 perimeter of air-bubble spray orifice.

The neck 20, which is provided with, to be back to the water for remaining on the position to be cleaned by the suction hole 60 Reflux runner 70 in recovering mechanism 100, it is described reflux runner 70 one end be connected to the recovering mechanism 100, the other end and The head body 10 is connected to.The reflux runner 70 can be disposed on the inside of the neck 20, with the air-bubble 90 Another access that conveying eruption runner 21 is separated.

The suction hole 60 can be set to the outside of the air-bubble spray orifice 12, and quantity can be with air-bubble spray orifice 12 Quantity is corresponding or less than the quantity of the air-bubble spray orifice 12 or the quantity more than the air-bubble spray orifice 12.

In this embodiment, the air-bubble spray orifice 12 is that multilayer is arranged to periphery with the central point of the head body 10, I.e.：10 edge of head body described in central point by the head body 10 is in outer expanding shape, and the suction hole 60 can be setting At 10 edge of the head body, and the form that the air-bubble spray orifice 12 is coated.

Can be specifically：When the air-bubble spray orifice 12 is in divergent shape with the central point of the cleaning end face at the cleaning end 11 When uniformly being spread to the extension of cleaning end face, i.e.,：Annular in shape from inside to outside, the setting of the suction hole 60 can be in two layers of ring One circle suction hole 60 of setting between shape air-bubble spray orifice 12, when reaching the edge of cleaning end face, edge locations regions setting one Suction hole is enclosed, and then the outermost air-bubble spray orifice in end face 12 will be cleaned and coated.

It is understood that above-mentioned set-up mode is only a kind of realization method, actually suction hole 60 and air-bubble spray orifice 12 set-up mode can also have many middle forms, then this is no longer repeated one by one.

To avoid the air-bubble 90 for making to spray in the air-bubble spray orifice 12 in the head body 10 due to gravity downward Trickling, the suction hole 60 can be arranged multiple in the position of the neck 20 with the junction of the head body 10, avoid The problem of air-bubble 90 or water trickle downwards caused by insufficient pressure is by gravity.

Preferably to realize that the recycling of the site residues water to be cleaned, the startup time of the recovering mechanism are relatively described Air-bubble spray orifice 12 sprays the time of air-bubble 90 a little later, i.e.,：Flow back has the regular hour poor with the working time of eruption, into And adequately residual moisture can be absorbed.

The recovering mechanism 100 includes：Recovery pipe 100-1, motor (not shown), blade (not shown) and storage Water tank (not shown) is rotated in the lower band movable vane piece that runs at high speed of the motor, so that production in recovering mechanism 100 Raw negative pressure, because the air pressure in the recovering mechanism 100 is less than ambient pressure, under the action of inside and outside differential pressure, the suction hole 60 can flow the remaining water remained on position to be cleaned and/or the air-bubble 90 not being utilized fully from the reflux Road 70 is sucked into recovery pipe 100-1, is eventually entered into the water tank being connect with the recovery pipe 100-1.

It is understood that ensure to be recycled to water quality in the water tank, the recovery pipe 100-1 with it is described Filter mechanism is set between water tank, and the filter mechanism can will be rapidly absorbed into the stream in the recovery pipe 100-1 Body (residual water or air-bubble) is filtered, and foreign matter is barred from except the water tank, and then ensures the water of water in water tank Matter.The water tank can also include outlet pipeline, the outlet pipeline can be connected to the eruption runner in the neck or Person is connected to the liquid phase pipeline, and then realizes and recycle；Certainly, the outlet pipeline can also connect with other water equipments It connects, or without the outlet pipeline, is directly handled water after water tank savings saturation.

For the comfort for improving in cleaning process, massage column is additionally provided on 11 face of cleaning end of the head body 10 80, one end of the massage column 80 is connect with 11 face of cleaning end, which is connecting pin, and the other end is towards the portion to be cleaned Position extends and contacts, which is massage end.The massage end can with location contacts to be cleaned, and it is real in the case where applying certain pressure Existing massage effect, promotes blood circulation, nourishes rough skin and other effects.

For can make massage column 80 and the position to be cleaned (such as：Corporal parts) realize comprehensive engagement, it is described The height of massage column 80 can according to the highly automated adjusting at position to be cleaned, such as：Massage column 80 is telescopic structure, when Apply the massage column 80 when pressure to realize and position to be cleaned with the height fluctuating auto-extending in the face of contact or retraction Comprehensive engagement.

In addition, the eruption is at position to be cleaned or trickles down residual liquid at position to be cleaned, suction hole can be passed through It is recycled in water tank, so as to effectively utilize water again, avoids polluting.

In order to preferably reach the comfort and convenience that use, microvesicle water spray-type washer provided by the present application exists Drying air duct can also be set in the neck, and the drying air duct can connect with external drying mechanism, be existed by setting Switching switch on the neck or the cleaning ontology realizes the work(dried air duct, reflux runner and/or erupted between runner It can switch, when the drying air duct is switched on, drying mechanism can send out the wind of Acclimation temperature, defeated by the drying air duct It send on cleaning end end face the blowhole that is arranged and until on position to be cleaned, and then completes at the drying at the position to be cleaned Reason, avoiding, which also needs to be used alone after cleaning the modes such as hair-dryer, towel, completes to dry.

It in conjunction with the above, please refers to shown in Fig. 6, Fig. 6 is a kind of 3rd embodiment of microvesicle nozzle provided by the present application Structural schematic diagram.

The implementation is mainly that microvesicle nozzle application site is different from the difference of above-mentioned Fig. 1, for the hair of micro/nano level bubble Raw structure can be identical, is only illustrated with the structure with Fig. 3 in Fig. 6, in fact, bubble generator involved in Fig. 4 It can be located in the structure that described Fig. 5 is provided.

As shown in fig. 6, Fig. 6 similarly includes：Head body 10, neck 20, internal structure are identical as Fig. 1-3 again no longer It repeats, it should be noted that the microvesicle nozzle and the connection of liquid phase pipeline 30 that Fig. 6 is provided can directly pacify microvesicle nozzle Loaded on running water pipe (liquid phase pipeline).The concrete structure description of Fig. 6 please refers to Fig.1-4 description, the details knot in figure Structure can also be with reference to figure 1-4, and in figure 6 to indicate air admission hole, actually air admission hole can also be with reference to the set-up mode of figure 1-3.

A kind of microvesicle water spray-type washer provided by the present application can be hand-held nozzle or fixed sprinkler, similar hand Hold formula shower or type fixed shower shower, the nozzle be used not only for cleaning human body hair skin can be also used for pet cleaning it is clear It is clean.Microvesicle water spray-type washer provided by the present application also has following advantage while realizing deep clean：

Remaining fluid can be absorbed using suction hole and avoid that The water splash in all directions；What is be arranged on end face using cleaning end presses The column that rubs can improve the comfort in cleaning process；The wind for the proper temperature that drying mechanism can be supplied is defeated by drying air duct It send to the blowhole that is arranged on the end face at cleaning end, realizes the drying of part to be cleaned, avoid cumbersome blowing operation；Work as microvesicle When water spray-type washer is as hand-held nozzle, the nozzle can be take action constant old man, the heads such as baby and body Cleaning more comfortable cleaning way is provided, cleaning process is to be bonded the cleaning end of washer with human body and waited for clearly along human body Position movement is washed to can be completed.

Although the application is disclosed as above with preferred embodiment, it is not for limiting the application, any this field skill Art personnel are not departing from spirit and scope, can make possible variation and modification, therefore the guarantor of the application Shield range should be subject to the range that the application claim defined.

Claims

1. a kind of microvesicle nozzle, which is characterized in that including：Head body, and what is connect with the head body can make institute State the neck that head body sprays air-bubble towards human body to be cleaned or article；

The head body is provided with cleaning end, and air-bubble spray orifice is provided on the end face at the cleaning end；Tool in the neck There is the runner that the air-bubble of generation can be introduced in the head body and be sprayed through the air-bubble spray orifice；

2. microvesicle nozzle according to claim 1, which is characterized in that the runner has the section that diameter does not wait, in institute It states the previous section that liquid phase flows into the neck and is provided with the air admission hole opposite with the liquid phase inflow direction, the air admission hole Interior gas forms air column or bubble with the liquid phase, and tool is formed into the cleaning extreme direction flow process in the runner There is micro-nano air-bubble, is sprayed by the micro-nano air-bubble spray orifice.

3. microvesicle nozzle according to claim 2, which is characterized in that the section not waited with diameter in the runner, packet It includes：First section, the second section and third section；One end of first section is connect with the liquid phase pipeline, the other end It being connect with one end of second section, the other end of second section is connect with one end of the third section, and described The other end of three sections is connect with the head body；Wherein, the diameter of first section is greater than or equal to the third area The diameter of section, the diameter of second section are less than the diameter of third section；The company of first section and second section The place of connecing is provided with the First Transition section in decrement shape, second section and the third section towards the liquid phase flow direction Junction be provided with towards the liquid phase flow direction in the second changeover portion for gradually opening shape.

4. microvesicle nozzle according to claim 3, which is characterized in that the air admission hole is set to the First Transition section On.

5. microvesicle nozzle according to claim 2, which is characterized in that the air admission hole is described to lead to out of described runner Through-hole or the air admission hole outside runner are connect far from one end in the runner with gas supply mechanism.

6. microvesicle nozzle according to claim 5, which is characterized in that when the air admission hole to lead to institute out of described runner When stating the through-hole outside runner, including：Flow back catch, is set on the aperture of the air admission hole of the runner inner wall, and cover Fit on the air admission hole, it is described reflux catch can the air admission hole gas into it is fashionable to close to the runner side To in opening state.

7. microvesicle nozzle according to claim 1, which is characterized in that including：Bubble generator, the bubble generator Respectively with the liquid phase pipeline and gas phase piping connection, the other end connect with the runner for one end, the liquid in the liquid phase pipeline Gas in body and the gas phase pipeline enters the bubble generator, and the bubble generator passes through the air-bubble of generation The cleaning end is delivered to by the runner and is sprayed by the air-bubble spray orifice.

8. microvesicle nozzle according to claim 1, which is characterized in that the end face when the cleaning end and the people to be cleaned Body region is bonded in use, including：It can will be sprayed on the water suction of the air-bubble on position to be cleaned and/or residual liquid absorption Hole, the suction hole are set on the end face at the cleaning end；The neck is provided with can will be described by the suction hole Air-bubble is back to the reflux runner in recovering mechanism, and one end of the reflux runner is connected to the recovering mechanism, the other end It is connected to the head body.

9. microvesicle nozzle according to claim 1, which is characterized in that including：Massage column is set to the end at the cleaning end On face, one end of the massage column is connect with the cleaning end face, which is connecting pin, and the other end is towards the position to be cleaned Extend and contact, which is massage end.

10. microvesicle nozzle according to claim 9, it is characterised in that：The massage column height can be according to portion to be cleaned The highly automated adjusting of position.