CN106151677B - The continuously adjustable efficient release device of micro-nano bubble - Google Patents
The continuously adjustable efficient release device of micro-nano bubble Download PDFInfo
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- CN106151677B CN106151677B CN201610546126.8A CN201610546126A CN106151677B CN 106151677 B CN106151677 B CN 106151677B CN 201610546126 A CN201610546126 A CN 201610546126A CN 106151677 B CN106151677 B CN 106151677B
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- water outlet
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- spool
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K51/00—Other details not peculiar to particular types of valves or cut-off apparatus
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F15—FLUID-PRESSURE ACTUATORS; HYDRAULICS OR PNEUMATICS IN GENERAL
- F15D—FLUID DYNAMICS, i.e. METHODS OR MEANS FOR INFLUENCING THE FLOW OF GASES OR LIQUIDS
- F15D1/00—Influencing flow of fluids
Abstract
The invention discloses a kind of continuously adjustable efficient release device of micro-nano bubble, the water adjusting valve including being fixedly attached to shell water outlet, water adjusting valve is equipped with the bubble structure for generating the micro-nano air-bubble containing micro-nano bubble.The present invention is set to shell water outlet using the water adjusting valve of autonomous Design, bubble structure is played by being set in water adjusting valve, so that the more abundant and higher bubble yield that the supersaturated gas in micro-nano air-bubble discharges, micro-nano bubble and discharge micro-nano air-bubble can be efficiently generated when realizing water flow outflow shell water outlet in water, the content for the micro-nano bubble in the micro-nano air-bubble of control that can be continuously adjusted again, outgassing effect is greatly strengthened, outgassing efficiency is improved；And the release device overall construction design is reasonable, energy conservation and environmental protection, is suitble to promote and apply.
Description
Technical field
The present invention relates to a kind of release device more particularly to a kind of continuously adjustable efficient release device of micro-nano bubble,
The continuously adjustable micro-nano bubble for concretely relating to generate micro-nano bubble under a kind of principle based on air-dissolving air-float is efficient
Release device.
Background technique
In recent years, modern social development is swift and violent, and science and technology is constantly brought forth new ideas progress, and economic level is continuously improved, and people are to life
The requirement of quality is also improving, and more and more people pay close attention to the health-preserving of itself and the clean skin of beautifying whitening etc. is protected
It is strong.Micro-nano bubbler techniques exactly can satisfy demand of the people in terms of health cosmetic.Micro-nano bubbler techniques clean skin
Technology is also to come into being under this overall background.Present invention application air-dissolving air-float principle: it is dissolved at various pressures using water
Different characteristics is spent, makes to generate microbubble in water under pressurization or condition of negative pressure；It is specific then be using micro-nano bubble volume
Small (most of bubble diameter is less than 10 microns), surface are electrically charged, have the characteristics of biometric capture performance, micro-nano bubble can
It enters inside pore and the organic matter (mainly grease, dirt etc.) in pore is adsorbed and taken out of, to reach deep layer cleaning
The effect of skin.
Dirt, the grease of skin surface attachment are changed by clear water, facial cleanser, perfumed soap, shower cream etc. under normal circumstances
Substance is learned to go to clean, but the dirt, grease inside pore be not then common chemical means can deep layer clear up, and be to receive
Rice bubbler techniques then can use its physical property can not only be by skin surface in the case where not needing any chemical substance
Dirt and grease can also by pore dirt and grease absorption after excrete, to reach deep clean, healthy clean skin
Purpose.
The collagen and elastomer of deep skin constitute the framework of skin, decide the toughness and elasticity of skin, with
Factors, the web such as the growth at age, environment become loosely, the appearance and character of skin change, and collagen degradation accelerates
And synthesize and slow down, adult skin collagen content reduces by 1% every year, is the principal element for generating wrinkle cutis laxa.
Currently, the clean skin product with beautifying whitening function mainly includes directly acting on the cosmetics of skin and using clean
Skin device.And the cosmetics for directly acting on skin are synthesized by chemical substance, there is different degrees of pair to human body
Effect is used for a long time and is easy to cause other chronic diseases.Existing clean skin device mainly includes using stream mode, spray
Mist mode can only be fumigated simply in use, since clean skin device lacks specially in casing water outlet
Door is for generating the release device of micro-nano air-bubble or the design of outgassing structure or being filled using the lower outgassing of bubble efficiency
It sets or outgassing structure, prevent existing clean skin device is in use in casing water outlet from preferably generating
Micro-nano air-bubble is used for clean skin, so that clean skin effect is poor, efficiency is lower, clean skin experience is poor or even easy scalds
Situations such as, heat dissipation is huge and heat waste is serious, is also unfavorable for energy-saving and emission-reduction, and waste time and energy.
Summary of the invention
Present invention solves the technical problem that be to overcome the deficiencies of existing technologies, provide and a kind of using autonomous Design and be arranged
Water flow is enabled to generate the continuously adjustable micro-nano gas of micro-nano air-bubble when flowing out shell water outlet in shell water outlet
Steep efficient release device.
In order to solve the above-mentioned technical problem, the present invention is addressed by following technical proposals:
The continuously adjustable efficient release device of micro-nano bubble, the adjusting water including being fixedly attached to shell water outlet
Valve, water adjusting valve are equipped with the bubble structure for generating the micro-nano air-bubble containing micro-nano bubble.
Shell water outlet is set to using the water adjusting valve of autonomous Design, passes through the blistering knot being set in water adjusting valve
Structure, so that the more abundant and higher bubble yield that the supersaturated gas in micro-nano air-bubble discharges, realizes water flow
It can generate and be discharged when flowing out shell water outlet in micro-nano air-bubble and the continuously adjustable micro-nano air-bubble of control
The content of micro-nano bubble greatly strengthens outgassing effect, improves outgassing efficiency.
Preferably, playing bubble structure includes the flow impact face for being located at water adjusting valve inner wall, the inner wall for being located at water adjusting valve
Between outer wall and by the slot-shaped through-hole of water outlet block outside the water flow water conservancy diversion to water adjusting valve for striking flow impact face, water flow
It flows through the slot-shaped through-hole of water outlet block and generates the micro-nano air-bubble containing micro-nano bubble.The setting in flow impact face, so that water flow
Jet stream can obtain good outgassing effect when on flow impact face.It is discharged the slot-shaped through-hole of block, facilitates shape when water flow passes through
It at waterfall shape jet stream and impacts on flow impact face, substantially increases the generation efficiency and flow effect of micro-nano air-bubble.
Preferably, the shape in flow impact face is arc surface shape or cylinder or taper or truncated cone-shaped, can obtain preferably
Flow impact effect, thus further increase water flow flow impact face hit after micro-nano air-bubble generation efficiency and stream
Dynamic effect.
Preferably, the shape of the water outlet slot-shaped through-hole of block is arc line shaped or S-shaped or W-shaped or honeycombed or zigzag, energy
Preferable water flow jet stream effect is obtained, water flow is hit in flow impact face and jet stream flows through water outlet block gap to further increase
The generation efficiency and flow effect of micro-nano air-bubble after shape through-hole.
Preferably, water adjusting valve includes that the fixation that can be screwed in is located at the adjusting spool component of shell water outlet, can revolve
The fixation entered is located at the water outlet block of the blistering in adjusting spool component, and flow impact face is set to the inner wall of blistering water outlet block, water outlet
The slot-shaped through-hole of block is set between the inner wall and outer wall of blistering water outlet block and arrives the water flow water conservancy diversion for striking flow impact face
Outside blistering water outlet block.
Preferably, blistering water outlet block include the fixation that can be screwed in be located in adjusting spool component water outlet block connector, with
The water outlet block water outlet head that water outlet block connector is linked together, flow impact face are set to the inner wall on water outlet block water outlet head, water outlet
The slot-shaped through-hole of block is set between the inner wall and outer wall on water outlet block water outlet head and leads the water flow for striking flow impact face
It flows to outside water outlet block water outlet head.
Preferably, water outlet block water outlet head is equipped with groove, so that water outlet block water outlet head is screwed into inwards or is twisted outward
It is more convenient when out, it is also more labor-saving.
Preferably, adjusting spool component includes that the fixation that can be screwed in is located at the rotation inner seat of shell water outlet, fixation
It is the outer seat of rotation that is sheathed in rotation inner seat, the knob being socketed between rotation inner seat and the outer seat of rotation that can be turned, rotatable
Fixing sleeve be set to knob in spill spin block, rotatable fixing sleeve be set to spill spin block and rotate inner seat between spool, water outlet
Block connector is fixedly sheathed in the outer seat of rotation；Spool is caught between spill spin block and rotation inner seat, and spool is equipped with and water outlet block
Slot-shaped through-hole matches and the accurate water conservancy diversion of water flow can be entered to the slot-shaped through-hole of fixed spool of the water outlet slot-shaped through-hole of block, leads to
The rotation of spool is crossed to adjust the size of the slot-shaped through-hole of fixed spool, to control the uninterrupted that water flow is flowed out from spool.
Preferably, spool includes that rotary spool, fixing sleeve of the rotatable fixing sleeve in spill spin block are set to rotation
Fixed spool in inner seat, rotary spool are close to be caught in fixed spool the rotary spool between spill spin block and rotation inner seat
Equipped with opening, the slot-shaped through-hole of fixed spool is set on fixed spool, the slot-shaped through-hole of fixed spool be arc line shaped or S-shaped or
W-shaped or honeycombed or zigzag adjust the slot-shaped through-hole of fixed spool relative to the rotation of fixed spool by rotary spool
In the size of opening, to control the uninterrupted that water flow flows out to rotary spool from fixed spool.Fixed spool is slot-shaped
Through-hole is several, and the slot-shaped through-hole of several fixed spools is arranged by axisymmetrical of fixed spool center.Rotary spool and
The relative motion of fixed spool can change the size of water yield and the speed of jet stream, it is thus possible to play the role of adjusting.Gu
The slot-shaped through-hole of fixed valve plug is arranged to arc line shaped or S-shaped or W-shaped or honeycombed or zigzag, can obtain preferable water flow jet stream effect
Fruit, to further increase, water flow is hit in flow impact face and jet stream flows through the slot-shaped through-hole of water outlet block and fixed spool gap
The generation efficiency and flow effect of micro-nano air-bubble after shape through-hole.It is discharged the slot-shaped through-hole of block and the slot-shaped through-hole of fixed spool
Combination configuration, the jet stream effect of water flow is further enhanced, to further improve the generation efficiency of micro-nano air-bubble
And flow effect.
Preferably, spill spin block is set in knob by phenyl tetrafluoride pad or the rotatable fixing sleeve of ceramic blanket, spill spin block is equipped with
The limited block being linked together with spill spin block, the limit hole of activity space when rotation inner seat is equipped with as limited block rotation, passes through
Limited block is caught in limit hole and knob and the outer cover for seat of rotation is connected in rotation inner seat.
The water adjusting valve of autonomous Design of the present invention is set to the outer of the shell of the various clean skin equipment such as skin cleaning instrument, clean skin device
Shell water outlet, shell are additionally provided with the shell water inlet being arranged side by side with shell water outlet, and shell water inlet fixing sleeve is connected to
Shell water inlet connection, when skin cleaning instrument works, intakes from shell water inlet, flows out micro-nano air-bubble from shell water outlet
It is used for outside.
Foaming work principle of the present invention is as follows: high pressure is saturated liquid stream and flows into fixed spool out of rotation inner seat, then passes through rotation
Waterfall shape jet stream, water of the waterfall shape jet stream in the water outlet block water outlet head inner wall for striking blistering water outlet block are formed after rotary plate
Outgassing, i.e., since pressure is die-offed after through rotary spool, oversaturated gas are completed in flow impact face after stream striking face
Body molecule recombines as micro-nano bubble, and violent shock and intermolecular head-on collision more easily efficiently generate a large amount of bubbles,
Gas-vapor mix liquid enters the outer seat of rotation after being discharged from inside to outside from the water outlet block water outlet head of blistering water outlet block and completes gas releasing process.
The present invention is according to Henry's law: " under isothermal and isobaric, certain dissolution of volatile solutes (such as gas) in the solution
Spend directly proportional to the balance pressure of the solute on liquid level " carry out molten gas.Present invention application air-dissolving air-float principle: using water not
With the characteristic of different solubility under pressure, make to generate microbubble in water under pressurization or condition of negative pressure；It is specific then be using micro-
Nano bubble (most of bubble diameter is less than 10 microns) small in size, surface are electrically charged, have the characteristics of biometric capture performance, micro-
Nano bubble is able to enter inside pore and the organic matter (mainly grease, dirt etc.) in pore is adsorbed and taken out of, thus
Achieve the effect that deep layer cleaning skin.
The continuously adjustable efficient release device of micro-nano bubble of the invention patent is exactly realized and adjusts flow and reach tune
Section pressure increase gas solubility can also efficiently generate bubble simultaneously, reach deep clean skin in healthier mode, be good for
Health skin makeup, healthy body beautification purpose, make people less using the cosmetic product being harmful to the human body, while also reducing harmful chemicals
Discharge and pollution of the product to environment.
The efficient release device of the continuously adjustable micro-nano bubble of the invention patent is filled using the outgassing for being set to water outlet
The micro-nano air-bubble of generation is set to being expelled in water after the organic substances absorption such as grease in body surface and skin pore, from
And achieve the purpose that human skin deep clean.In addition, micro-nano bubble caused by this invention patent is also equipped with improvement
Water quality carries out partial moisture to epidermal cell and the effect of oxygen replenishment.
The micro-nano air-bubble that the efficient release device of the continuously adjustable micro-nano bubble of the invention patent generates can be real
Existing technical effect is as follows:
(1) depth is removed ornaments and formal dress: can go deep into the clean face cleaning effect of pore, chemical industry remains net skin degree and reaches 99.51%.
(2) pore refining: micro-nano bubble can go deep into inside pore, split and vibrated by microexplosion, be caught using its biology
It catches performance and takes tough stains out of pore, to reduce the dirt of pore inner wall, be that pore is healthier, play diminution pore dia
Effect.
(3) anti-acne oil-control: micro-nano bubble gos deep into pore and takes away the tough stains in pore, destroys the temperature of bacterial growth
Bed, reduces the occurrence probability of small pox, it is made to possess the effect of anti-acne；And the main reason for skin oil-producing is skin water shortage, skin
Skin needs grease to protect the loss of moisture, and the oxygen content of superelevation can play the role of shrink in micro-nano bubble, inhibits skin
Fat secretion.
(4) moisturizing whitening: micro-nano air-bubble can open pore channel, realize deep water supplement, while because of deep layer dirt
It is cleaned, can play desalination pigment, it is obscure to improve the colour of skin, the effect of playing whitening.
(5) skin-active is anti-ageing: the oxygen content in micro-nano air-bubble is the several times of light water, plays rush by pore infiltration
Into the effect of cell viability, achieve the effect that skin health aging.
(6) auxiliary skin care item absorb: for micro-nano air-bubble after clearing up deep skin, pore is unimpeded, is more advantageous to shield
The absorption of skin product.
(7) use of the chemical products such as perfumed soap, bath foam can be greatly reduced or remove such chemical products on human body
Residual.
(8) have effects that sterilizing, eliminate peculiar smell, eliminate bad breath, improve calculus dentalis.
(9) water quality can be improved, weaken negative effect of the chlorine to human body in water.
The present invention has significant technical effect: using the adjusting water of autonomous Design due to using above technical scheme
Valve is set to shell water outlet, bubble structure is played by being set in water adjusting valve, so that the satiety in micro-nano air-bubble
With the more abundant and higher bubble yield of gas release, it can generate and arrange when realizing water flow outflow shell water outlet
Micro-nano air-bubble out, and the content for controlling micro-nano bubble in micro-nano air-bubble that can be continuously adjusted, greatly strengthen and release
Gas effect improves outgassing efficiency；And the release device overall construction design is reasonable, energy conservation and environmental protection, is suitble to promote and apply.
Detailed description of the invention
Fig. 1 is the shell water outlet that the continuously adjustable efficient release device of micro-nano bubble of the present invention is set to skin cleaning instrument shell
The structural schematic diagram of embodiment at mouthful.
Fig. 2 is the structural schematic diagram of water adjusting valve embodiment of the present invention.
Fig. 3 is the explosive view of Fig. 2.
Fig. 4 is the cross-sectional view of Fig. 2.
Fig. 5 is the structural schematic diagram of present invention blistering water outlet block embodiment.
Fig. 6 is the structural schematic diagram that spill spin block of the present invention and rotary spool assemble embodiment.
Fig. 7 is the structural schematic diagram that fixed spool of the present invention and rotary spool assemble embodiment.
Fig. 8 is the structural schematic diagram that fixed spool of the present invention assembles embodiment.
Specific embodiment
Present invention is further described in detail with embodiment with reference to the accompanying drawing.
The continuously adjustable efficient release device of micro-nano bubble, as shown in figures 1-8, including is fixedly attached to shell water outlet
Water adjusting valve 2 at 12, water adjusting valve 2 are equipped with the bubble structure for generating the micro-nano air-bubble containing micro-nano bubble.
In the present embodiment, plays bubble structure and include the flow impact face 2111 for being located at 2 inner wall of water adjusting valve, be located at water adjusting valve
It is stitched between 2 inner wall and outer wall and by the water outlet block of the water flow water conservancy diversion for striking flow impact face 2111 to 2 outside of water adjusting valve
Gap shape through-hole 2112, water flow flow through the slot-shaped through-hole 2112 of water outlet block and generate the micro-nano air-bubble containing micro-nano bubble.
In the present embodiment, the shape in flow impact face 2111 is arc surface shape or cylinder or taper or truncated cone-shaped.
In the present embodiment, the shape of the water outlet slot-shaped through-hole 2112 of block be arc line shaped or waveform or zigzag or S-shaped or
Honeycombed.
In the present embodiment, water adjusting valve 2 include the fixation that can screw in be located at shell water outlet 12 adjusting spool component,
The fixation that can be screwed in is located at the water outlet block 21 of the blistering in adjusting spool component, and flow impact face 2111 is set to blistering water outlet block 21
Inner wall, the water outlet slot-shaped through-hole 2112 of block is set between the inner wall and outer wall of blistering water outlet block 21 and will strike water flow and hit
It hits outside the water flow water conservancy diversion to blistering water outlet block 21 in face 2111.
In the present embodiment, blistering water outlet block 21 includes the water outlet block connector that the fixation that can be screwed in is located in adjusting spool component
212, the water outlet block water outlet head 211 being linked together with water outlet block connector, flow impact face 2111 is set to water outlet block Water outlet
The inner wall in portion 211, the water outlet slot-shaped through-hole 2112 of block are set between the inner wall and outer wall on water outlet block water outlet head 211 and will hit
It hits outside the water flow water conservancy diversion to water outlet block water outlet head 211 in flow impact face 2111.
In the present embodiment, water outlet block water outlet head 211 is equipped with groove 2113.
In the present embodiment, adjusting spool component includes the rotation inner seat that the fixation that can be screwed in is located at shell water outlet 12
28, fixing sleeve is set in rotation inner seat 28 the outer seat 22 of rotation, can turn be socketed in rotation inner seat 28 and rotate outer seat 22 it
Between knob 23, rotatable fixing sleeve be set to knob 23 in spill spin block 25, rotatable fixing sleeve be set to spill spin block 25 with
The spool between inner seat 28 is rotated, water outlet block connector is fixedly sheathed in the outer seat 22 of rotation；Spool be caught in spill spin block 25 with
It rotates between inner seat 28, spool, which is equipped with, to match with the water outlet slot-shaped through-hole 2112 of block and the accurate water conservancy diversion of water flow can be entered water outlet
It is slot-shaped logical to adjust fixed spool by the rotation of spool for the slot-shaped through-hole 270 of fixed spool of the slot-shaped through-hole 2112 of block
The size in hole 270, to control the uninterrupted that water flow is flowed out from spool.
In the present embodiment, spool include rotatable fixing sleeve be set to spill spin block 25 in rotary spool 26, fixation be arranged
Fixed spool 27 in rotation inner seat 28, rotary spool 26 are close to be caught in spill spin block 25 and rotation with fixed spool 27
Between seat 28, rotary spool 26 is equipped with opening 260, and the slot-shaped through-hole 270 of fixed spool is set on fixed spool 27, fixed valve
The slot-shaped through-hole 270 of core is arc line shaped, and S-shaped or W-shaped or honeycombed or zigzag also can be set into, pass through 26 phase of rotary spool
Size of the slot-shaped through-hole 270 of fixed spool at opening 260 is adjusted for the rotation of fixed spool 27, to control water flow
The uninterrupted of rotary spool 26 is flowed out to from fixed spool 27.The slot-shaped through-hole 270 of fixed spool is several, several are solid
The slot-shaped through-hole 270 of fixed valve plug is arranged by axisymmetrical of 27 center of fixed spool.
In the present embodiment, spill spin block 25 is set in knob 23 by phenyl tetrafluoride pad or the rotatable fixing sleeve of ceramic blanket 24, rotation
Switch block 25 is equipped with the limited block 250 being linked together with spill spin block 25, and rotation inner seat 28 is equipped with work when rotating as limited block 250
The limit hole 280 in dynamic space is caught in limit hole 280 by limited block 250 and knob 23 and the outer seat 22 of rotation is socketed in rotation
In seat 28.
The water adjusting valve 2 of autonomous Design of the present invention is set to the shell of the various clean skin equipment such as skin cleaning instrument, clean skin device
At shell water outlet 12, shell 1 is additionally provided with the shell water inlet 11 being arranged side by side with shell water outlet 12, at shell water inlet 11
Fixing sleeve is connected to shell water inlet connection 3, when skin cleaning instrument works, intakes from shell water inlet 11, from shell water outlet 12
Micro-nano air-bubble is flowed out to use for outside.
Foaming work principle of the present invention is as follows: it is saturated liquid stream under high pressure and flows into fixed spool 27 out of rotation inner seat 28, then
Waterfall shape jet stream is formed after discharging by 26 pressure of rotary spool, the waterfall shape jet stream is in the water outlet for striking blistering water outlet block 21
Block is discharged behind the flow impact face 2111 of 211 inner wall of head in flow impact face 2111, the residence time is increased, so that supersaturated
The probability that gas is combined into micro-nano bubble in water is bigger, so that the release of micro-nano bubble is more perfect, to complete height
Gas releasing process is imitated, i.e., since pressure is die-offed after through rotary spool 26, it is micro- that oversaturated gas molecule, which recombines,
Nano bubble, and violent shock and intermolecular head-on collision more easily efficiently generate a large amount of bubbles, gas-vapor mix liquid is bubbled out from
The water outlet block water outlet head 211 of water block 21 enters after being discharged from inside to outside rotates the outer completion of seat 22 gas releasing process.
In short, the foregoing is merely presently preferred embodiments of the present invention, it is all according to equalization made by scope of the present invention patent
Variation and modification, shall all be covered by the patent of the invention.
Claims (9)
1. the continuously adjustable efficient release device of micro-nano bubble, it is characterised in that: including being fixedly attached to shell water outlet
(12) water adjusting valve (2) at, water adjusting valve (2) are equipped with for efficiently generating rising for the micro-nano air-bubble containing micro-nano bubble
Bubble structure, described plays bubble structure, so that the more abundant and higher gas that the supersaturated gas in micro-nano air-bubble discharges
Steep yield；Bubble structure is played to include the flow impact face (2111) for being located at water adjusting valve (2) inner wall, be located at water adjusting valve (2)
Between inner wall and outer wall and the seam of the water outlet block outside the water flow water conservancy diversion to water adjusting valve (2) in flow impact face (2111) will be struck
Gap shape through-hole (2112), water flow flow through the water outlet slot-shaped through-hole of block (2112) and generate the micro-nano air-bubble containing micro-nano bubble.
2. the continuously adjustable efficient release device of micro-nano bubble according to claim 1, it is characterised in that: flow impact
The shape in face (2111) is arc surface shape or cylinder or taper or truncated cone-shaped.
3. the continuously adjustable efficient release device of micro-nano bubble according to claim 2, it is characterised in that: water outlet block seam
The shape of gap shape through-hole (2112) is arc line shaped or S-shaped or W-shaped or honeycombed or zigzag.
4. the continuously adjustable efficient release device of micro-nano bubble according to claim 3, it is characterised in that: water adjusting valve
It (2) include that the fixation that can the be screwed in adjusting spool component being located at shell water outlet (12), the fixation that can screw in are located at regulating valve
Blistering in core assembly is discharged block (21), and flow impact face (2111) are set to the inner wall of blistering water outlet block (21), water outlet block seam
Gap shape through-hole (2112) is set between the inner wall and outer wall of blistering water outlet block (21) and will strike flow impact face (2111)
Water flow water conservancy diversion to blistering water outlet block (21) outside.
5. the continuously adjustable efficient release device of micro-nano bubble according to claim 4, it is characterised in that: blistering water outlet
Block (21) includes that the water outlet block connector (212) that the fixation that can be screwed in is located in adjusting spool component and water outlet block connector are linked as one
The water outlet block of body is discharged head (211), and flow impact face (2111) are set to the inner wall of water outlet block water outlet head (211), water outlet
The slot-shaped through-hole of block (2112) is set between the inner wall and outer wall of water outlet block water outlet head (211) and will strike flow impact
Outside the water flow water conservancy diversion in face (2111) to water outlet block water outlet head (211).
6. the continuously adjustable efficient release device of micro-nano bubble according to claim 5, it is characterised in that: water outlet block goes out
Head portion (211) is equipped with groove (2113).
7. the continuously adjustable efficient release device of micro-nano bubble according to claim 6, it is characterised in that: adjusting spool
Component include the fixation that can be screwed in be located at shell water outlet (12) rotation inner seat (28), fixing sleeve be set to rotation inner seat (28)
In the outer seat (22) of rotation, can turn be socketed in rotation inner seat (28) and rotate knob (23) between outer seat (22), can revolve
Spill spin block (25), rotatable fixing sleeve of the fixing sleeve turned in knob (23) are set to spill spin block (25) and rotation inner seat
(28) spool between, water outlet block connector are fixedly sheathed in the outer seat (22) of rotation；Spool is caught in spill spin block (25) and rotation
Turn between inner seat (28), spool, which is equipped with, to be matched with the water outlet slot-shaped through-hole of block (2112) and can enter by the accurate water conservancy diversion of water flow
The slot-shaped through-hole of fixed spool (270) of the slot-shaped through-hole of water block (2112) adjusts fixed spool seam by the rotation of spool
The size of gap shape through-hole (270), to control the uninterrupted that water flow is flowed out from spool.
8. the continuously adjustable efficient release device of micro-nano bubble according to claim 7, it is characterised in that: spool includes
Rotatable fixing sleeve is set to the rotary spool (26) in spill spin block (25), fixing sleeve is set to the fixed valve in rotation inner seat (28)
Core (27), rotary spool (26) are close to be caught in fixed spool (27) between spill spin block (25) and rotation inner seat (28), rotation
Rotary plate (26) is equipped with opening (260), and the slot-shaped through-hole of fixed spool (270) is set on fixed spool (27), fixed spool
Slot-shaped through-hole (270) is arc line shaped or S-shaped or W-shaped or honeycombed or zigzag, by rotary spool (26) relative to fixation
The rotation of spool (27) adjusts size of the slot-shaped through-hole of fixed spool (270) at opening (260), thus control water flow from
Fixed spool (27) flows out to the uninterrupted of rotary spool (26).
9. the continuously adjustable efficient release device of micro-nano bubble according to claim 8, it is characterised in that: spill spin block
(25) it is set in knob (23) by phenyl tetrafluoride pad or ceramic blanket (24) rotatable fixing sleeve, spill spin block (25) is equipped with and spill spin block
(25) limited block (250) being linked together, the limit of activity space when rotation inner seat (28) is equipped with as limited block (250) rotation
Position hole (280) is caught in limit hole (280) by limited block (250) and knob (23) and the outer seat (22) of rotation is socketed in rotation
In seat (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610546126.8A CN106151677B (en) | 2016-07-13 | 2016-07-13 | The continuously adjustable efficient release device of micro-nano bubble |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610546126.8A CN106151677B (en) | 2016-07-13 | 2016-07-13 | The continuously adjustable efficient release device of micro-nano bubble |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106151677A CN106151677A (en) | 2016-11-23 |
| CN106151677B true CN106151677B (en) | 2018-12-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610546126.8A Active CN106151677B (en) | 2016-07-13 | 2016-07-13 | The continuously adjustable efficient release device of micro-nano bubble |
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| CN110811886A (en) * | 2018-08-14 | 2020-02-21 | 芜湖美的厨卫电器制造有限公司 | Oral care device |
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| CN102641796A (en) * | 2011-02-21 | 2012-08-22 | 叶福春 | Atomizer capable of regulating pressure |
| CN103112959A (en) * | 2011-11-16 | 2013-05-22 | 深圳市锦源新能科技有限公司 | Nanometer microscopic bubble generating device |
| US8448664B2 (en) * | 2011-05-16 | 2013-05-28 | Fujian Xihe Sanitary Ware Technology Co., Ltd. | Fluid control device with fluid temperature display |
| CN103785311A (en) * | 2014-03-05 | 2014-05-14 | 上海纯元环保科技有限公司 | Micro-nano bubble generating device |
| CN104803467A (en) * | 2015-04-24 | 2015-07-29 | 刘芮萌 | Micro-nano bubble generating device |
| CN205859336U (en) * | 2016-07-13 | 2017-01-04 | 陈春利 | The continuously adjustable efficient release device of micro-nano bubble |
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Patent Citations (6)
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| CN102641796A (en) * | 2011-02-21 | 2012-08-22 | 叶福春 | Atomizer capable of regulating pressure |
| US8448664B2 (en) * | 2011-05-16 | 2013-05-28 | Fujian Xihe Sanitary Ware Technology Co., Ltd. | Fluid control device with fluid temperature display |
| CN103112959A (en) * | 2011-11-16 | 2013-05-22 | 深圳市锦源新能科技有限公司 | Nanometer microscopic bubble generating device |
| CN103785311A (en) * | 2014-03-05 | 2014-05-14 | 上海纯元环保科技有限公司 | Micro-nano bubble generating device |
| CN104803467A (en) * | 2015-04-24 | 2015-07-29 | 刘芮萌 | Micro-nano bubble generating device |
| CN205859336U (en) * | 2016-07-13 | 2017-01-04 | 陈春利 | The continuously adjustable efficient release device of micro-nano bubble |
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