CN207988080U - A kind of nozzle generating pulsating bubble water - Google Patents
A kind of nozzle generating pulsating bubble water Download PDFInfo
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- CN207988080U CN207988080U CN201820413849.5U CN201820413849U CN207988080U CN 207988080 U CN207988080 U CN 207988080U CN 201820413849 U CN201820413849 U CN 201820413849U CN 207988080 U CN207988080 U CN 207988080U
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Abstract
The utility model provides a kind of nozzle generating pulsating bubble water, belongs to intelligent closestool technical field.It solves existing nozzle water column and directly beats at position to be cleaned, the technical problems such as comfort is poor.The first hydroecium and the first mixing chamber are provided in this nozzle, first hydroecium is connect by the first water route with water inlet, it is connected to by first through hole between first hydroecium and the first mixing chamber, it is provided with first jet on the upper side wall of nozzle, first jet is overlapped with the central axes of first through hole, and the first inlet channel being in communication with the outside is connected on the side wall of the first mixing chamber.Flow can pull the indoor air of the first mixing to be mixed into flow when being projected when utility model works, form rich aeriferous mixing water, bubble therein can rupture after mixing water sprays, generate microburst effect, so that flow is generated high frequency oscillation and improves cleaning effect, bubble can more play the effect of soft not shouting pain, be conducive to improve comfort.
Description
Technical field
The utility model belongs to intelligent closestool technical field, refers in particular to a kind of nozzle generating pulsating bubble water.
Background technology
Full-automatic intelligent toilet is born in the hospital of Japan earliest.When some hemorrhoid patients visit the restroom at that time, because of disease
Disease causes great inconvenience, later hospital just to think a method, has developed full-automatic intelligent toilet, that is, is not required to after visiting the restroom
With toilet paper, but the nozzle being arranged under closestool is sprayed water to clear up, and such closestool solves pain when hemorrhoid patients visit the restroom
Hardship, while doctor has found, the hemorrhoid patients of this full-automatic intelligent toilet, the rate of recovering has been used to be much higher than unused person,
Then, this product is also improved exploitation, develops into the product for civilian use, and obtains universal use.
Up to the present, the function of nozzle is quite perfect, and the special spout of women, defaecation are provided in the side of nozzle
Special spout and huckle cleaning spout, its shape of these types of spout is different, and the amount of water outlet, flow velocity are also different, with
Cleaning suitable for different people, different situations needs.But above-mentioned nozzle only drawback is that, in order to realize cleaning performance, water column
Speed when being sprayed from nozzle, directly beats at position to be cleaned, comfort is poor.
Invention content
The purpose of this utility model, which is to provide one kind, can generate that pulsating bubble water, comfort are more preferable, cleaning capacity is stronger
Nozzle.
What the purpose of this utility model was realized in：
A kind of nozzle generating pulsating bubble water is provided with water inlet on rear side of nozzle, it is characterised in that：The nozzle
It is inside provided with the first hydroecium and the first mixing chamber above the first hydroecium, first hydroecium passes through the first water route and water inlet
Mouth connection, is connected to by first through hole between first hydroecium and the first mixing chamber, is provided on the upper side wall of the nozzle
The first jet for being run through and being connected to the first mixing chamber, the first jet is overlapped with the central axes of first through hole, described
The first inlet channel being in communication with the outside is connected on the side wall of first mixing chamber.
Its operation principle is as follows：At work, the water entered from water inlet first passes through the first water route and enters first this nozzle
In hydroecium, as the indoor hydraulic pressure of the first water increases, water can pass through first through hole and inject in the first mixing chamber, then pass through first
It in the first jet that mixing chamber is injected and first through hole coordinates, finally projects from the upper end of first jet, is treated clearly to realize
Wash the cleaning at position.When the flow projected from first through hole passes through the first mixing chamber, due to Venturi effect, flow can pull
The first indoor air of mixing is mixed into flow, forms rich aeriferous mixing water, while outside air is passed through the first air inlet
Channel pulls in the first mixing chamber, and bubble therein can rupture after mixing water sprays, and generates microburst effect, so that flow is generated high
Frequency concussion improves cleaning effect, and bubble can more play the effect of soft not shouting pain, is conducive to improve comfort.
In a kind of above-mentioned nozzle generating pulsating bubble water, the second hydroecium is provided in the nozzle and positioned at the
The second mixing chamber above two hydroeciums, second hydroecium are connect by the second water route with water inlet, second hydroecium and
It is connected to by the second through-hole between two mixing chambers, second through-hole is arranged there are two and along nozzle width direction interval, institute
State and set on the upper side wall of nozzle there are two the second nozzle that is run through and be connected to the second mixing chamber, each second through-hole with it is right
The central axes for the second nozzle answered overlap, and it is logical that the second air inlet being in communication with the outside is connected on the side wall of second mixing chamber
Road.Above-mentioned second nozzle aims at women and cleans design, is switched by switching, and the water that water inlet flows into is made to enter by the second water route
In second hydroecium, as the indoor hydraulic pressure of the second water increases, water can pass through two the second through-holes and inject in the second mixing chamber, then
It injects in the second nozzle of the second through-hole cooperation by the second mixing chamber, is finally projected from the upper end of second nozzle；Similarly, root
According to Venturi effect, when flow is by the second mixing chamber, the indoor air of the second mixing can be mixed and form mixing water, favorably
In raising cleaning effect and comfort.
In a kind of above-mentioned nozzle generating pulsating bubble water, auxiliary point is provided on rear side of first mixing chamber
The small hydroecium of stream, the connecting hole that the front side wall top of the small hydroecium is arranged are connected to the first mixing chamber, the small hydroecium
The third through-hole being arranged in lower wall is connected to the first hydroecium, and lower end is fixed on the upper side wall of the small hydroecium can be deep enough
Obstruction column in third through-hole, there are gap between the side wall and the inner wall of third through-hole of the obstruction column, under the obstruction column
End is located in the third through-hole.When the first water route work of this nozzle, water injects first from the first hydroecium by first through hole
While mixing chamber, another part water can pass through third through-hole and enter in small hydroecium, then by being connected to the first mixing chamber
Connecting hole injects the first mixing chamber, until the first mixing chamber is full of；The design of small hydroecium can be such that air and water first mixes, so
It is projected from first jet by the first indoor flow of mixing followed by being projected from first through hole, when can make that flow is followed to spray
The bubble being rich in water is more；Further, small hydroecium can be sprayed water by connecting hole into the first mixing chamber, make the first mixing chamber
Interior mixing water and the flow generation concussion by the first mixing chamber, make the flow of ejection become the air-bubble with pulsation,
Be conducive to improve cleaning effect.
In a kind of above-mentioned nozzle generating pulsating bubble water, the nozzle includes upper cover, main body and lower cover, described
Upper cover surrounds the first mixing chamber, the second mixing chamber, the first inlet channel and the second inlet channel, the lower cover and main body with main body
The first hydroecium and the second hydroecium are surrounded, first water route and the second water route are set in the main body, are provided on the upper lid
The first air admission hole being connected to the first inlet channel and the second air admission hole being connected to the second inlet channel.Above-mentioned nozzle is split type
Design so that upper cover, main body and lower cover can be directly integrally formed, it is easy to produce, advantageously reduce being produced into for this nozzle
This, improves production efficiency.
In a kind of above-mentioned nozzle generating pulsating bubble water, second hydroecium and the second mixing chamber are set to difference
Set on the front side of first hydroecium and the first mixing chamber, second through-hole and second nozzle are symmetrical set.Second
Hydroecium and the second mixing chamber are set to the front side of the first hydroecium and the second mixing chamber, meet ergonomics, spray angle more closes
It is suitable, be conducive to the comfort for improving this nozzle.
In a kind of above-mentioned nozzle generating pulsating bubble water, the first jet, second nozzle and the second through-hole
Downside be both provided with the up-small and down-big guide part of diameter, the aperture of the first through hole is less than the aperture of first jet, described
The aperture of second through-hole is less than the aperture of second nozzle.The design of guide part on the downside of second through-hole can make the second water indoor
Water is easier to enter in the second through-hole, the resistance smaller of entrance；The aperture of first through hole is less than the aperture and the of first jet
The aperture of two through-holes be less than second nozzle aperture design, keep the flow by first through hole and the second through-hole easier into
Enter in first jet and second nozzle, improves the stability of this nozzle.Further, the downside of first jet and second nozzle
The design of guide part can further increase the stability of nozzle, even if can be smoothly by the if when flow generates pulsation
One nozzle and second nozzle are projected from nozzle.
In a kind of above-mentioned nozzle generating pulsating bubble water, the main body include be arranged water inlet interconnecting piece with
And the connected mounting portion with upper cover and lower cover, low early and high after inclined surface is provided on the upside of the mounting portion.
In a kind of above-mentioned nozzle generating pulsating bubble water, first inlet channel is set to described first and mixes
The side rear of room, second inlet channel are set to the side rear of second mixing chamber, and first inlet channel is in " L " word
Type, the front end of first inlet channel are connected to the side of the first mixing chamber rear end, the rear end of first inlet channel
Portion is in communication with the outside by the first air admission hole.First inlet channel is set to the side rear of the first mixing chamber, the second inlet channel is set
In the side rear of the second mixing chamber, the mounting portion upper side in conjunction with main body is the design of inclined surface, it can be ensured that the first mixing
Room and the second indoor water of mixing are not easy to flow out out of the first inlet channel and the second inlet channel, and air can be normal
Enter the first mixing chamber and the second mixing chamber from the first inlet channel and the second inlet channel, it is ensured that air can smoothly with
Water mixing generates air-bubble.
In a kind of above-mentioned nozzle generating pulsating bubble water, it is provided in second mixing chamber and protrudes from inclination
The side edge of the boss in face, the boss is bonded with the inner wall of the second mixing chamber.The upper edge of above-mentioned boss is parallel with inclined surface,
It is empty since the cross section of inlet channel becomes smaller when the design of boss passes air through the first inlet channel into the second mixing chamber
Gas velocity becomes faster, it is easier to be mixed with flow；Meanwhile air-flow being made to tilt slightly upward, corner cut is formed with the direction of flow, makes water
The raw pulsation of miscarriage, and air and flow is enable more smoothly to mix, the content of air in mixing water is improved, is conducive to improve clear
Comfort when detergent effect and use.
In a kind of above-mentioned nozzle generating pulsating bubble water, first mixing chamber, the first inlet channel, second
Mixing chamber, the second inlet channel and small hydroecium surround shape by the first protrusion being arranged on the inclined surface of upper cover and mounting portion
At, first hydroecium and the second hydroecium by two grooves being arranged on the downside of mounting portion and on lower lid respectively with two
Second protrusion of groove cooperation surrounds to be formed；The first protrusion and the second protrusion are formed on the upper surface of the upper cover upwards
Portion, the first jet run through upper cover and the first protrusion, and the second nozzle runs through upper cover and the second protrusion.Wherein
One groove is connected to the first water route, another groove is connected to the second water route.
In a kind of above-mentioned nozzle generating pulsating bubble water, the lower cover is clamped with body seal.The upper cover
It is clamped with body seal.Two and groove cooperation second protrusion outside be equipped with the first fin, the lower surface of the main body
There are two the first card slot for surrounding two grooves respectively, first fins to be inserted into the first card slot for upper setting；It is described
It is provided with the second card slot on the upper side in the first protrusion outside of main body, is provided on the downside of the lower cover and coordinates with the second card slot
The second fin.
The utility model is prominent and beneficial compared with prior art to be had the technical effect that：
When passing through the first mixing chamber from the flow that first through hole projects in the utility model, due to Venturi effect, flow
The indoor air of the first mixing can be pulled to be mixed into flow, form rich aeriferous mixing water, while outside air is passed through the
One inlet channel pulls in the first mixing chamber, and bubble therein can rupture after mixing water sprays, and generates microburst effect, makes flow
It generates high frequency oscillation and improves cleaning effect, bubble can more play the effect of soft not shouting pain, be conducive to improve comfort.
Description of the drawings
Fig. 1 is the explosive view of the utility model.
Fig. 2 is the side view of the utility model.
Fig. 3 is the sectional view of the utility model.
Fig. 4 is the structural schematic diagram of the upper cover of the utility model.
Fig. 5 is the structural schematic diagram of another angle of upper cover of the utility model.
Fig. 6 is the structural schematic diagram of the main body of the utility model.
Fig. 7 is the structural schematic diagram of another angle of main body of the utility model.
Fig. 8 is the structural schematic diagram of the lower cover of the utility model.
In figure, 1, upper cover；2, main body；3, lower cover；4, the first hydroecium；5, the first mixing chamber；6, small hydroecium；7, the second water
Room；8, the second mixing chamber；9, the first inlet channel；10, the second inlet channel；11, first jet；12, second nozzle；13,
One air admission hole；14, the second air admission hole；15, interconnecting piece；16, mounting portion；17, water inlet；18, first through hole；19, the second through-hole；
20, the first water route；21, the second water route；22, groove；23, the first protrusion；24, the second protrusion；25, boss；26, connecting hole；27、
Third through-hole；28, block column；29, guide part；30, the first protrusion；31, the second protrusion.
Specific implementation mode
The utility model is further described with specific embodiment below in conjunction with the accompanying drawings, referring to Fig. 1-8：
Originally the nozzle of pulsating bubble water can be generated, water inlet 17 is provided on rear side of nozzle, the first water is provided in nozzle
Room 4 and the first mixing chamber 5 above the first hydroecium 4, the first hydroecium 4 are connect by the first water route 20 with water inlet 17, the
It is connected to by first through hole 18 between one hydroecium 4 and the first mixing chamber 5, is provided with and is run through and on the upper side wall of nozzle
The first jet 11 of one mixing chamber 5 connection, first jet 11 are overlapped with the central axes of first through hole 18, the side of the first mixing chamber 5
The first inlet channel 9 being in communication with the outside is connected on wall.When work, the water entered from water inlet 17 first passes through the first water route 20
Into in the first hydroecium 4, as the hydraulic pressure in the first hydroecium 4 increases, water can pass through first through hole 18 and inject the first mixing chamber 5
It is interior, then pass through the first mixing chamber 5 and inject in the first jet 11 coordinated with first through hole 18, finally from the upper of first jet 11
End-fire goes out, to realize the cleaning for treating cleaning parts.When the flow projected from first through hole 18 passes through the first mixing chamber 5,
Due to Venturi effect, flow can pull the air in the first mixing chamber 5 to be mixed into flow, form rich aeriferous mixing water,
Outside air is pulled in by the first inlet channel 9 in the first mixing chamber 5 simultaneously, bubble therein can be broken after mixing water sprays
It splits, generates microburst effect, so that flow is generated high frequency oscillation and improve cleaning effect, bubble can more play soft not shouting pain
Effect is conducive to improve comfort.
Further, the second hydroecium 7 and the second mixing chamber 8 above the second hydroecium 7, the second water are provided in nozzle
Room 7 is connect by the second water route 21 with water inlet 17, is connected to by the second through-hole 19 between the second hydroecium 7 and the second mixing chamber 8,
Second through-hole 19 is arranged there are two and along nozzle width direction interval, set along the upper side wall of nozzle there are two run through and with
The second nozzle 12 of second mixing chamber 8 connection, each second through-hole 19 are overlapped with the central axes of corresponding second nozzle 12, and second
The second inlet channel 10 being in communication with the outside is connected on the side wall of mixing chamber 8.Above-mentioned second nozzle 12 aims at women's cleaning and sets
Meter is switched by switching, and so that the water that water inlet 17 flows into is entered in the second hydroecium 7 by the second water route 21, with the second hydroecium 7
Interior hydraulic pressure increases, and water can pass through two the second through-holes 19 and inject in the second mixing chamber 8, then pass through the second mixing chamber 8 and inject
In the second nozzle 12 of the second through-hole 19 cooperation, finally projected from the upper end of second nozzle 12；Similarly, it is imitated according to venturi
It answers, when flow is by the second mixing chamber 8, the air that can be mixed in the second mixing chamber 8 forms mixing water, is conducive to improve clear
Detergent effect and comfort.
Further, the rear side of the first mixing chamber 5 is provided with the small hydroecium 6 of auxiliary shunting, the front side wall top of small hydroecium 6
The connecting hole 26 of portion's setting is connected to the first mixing chamber 5, the third through-hole 27 and the first hydroecium being arranged in the lower wall of small hydroecium 6
4 connections are fixed with the obstruction column 28 that lower end can be in deep enough third through-hole 27 on the upper side wall of small hydroecium 6, obstruction column 28
There are gaps, 28 lower end of obstruction column to be located in third through-hole 27 between side wall and the inner wall of third through-hole 27.The first of this nozzle
When water route 20 works, while water injects the first mixing chamber 5 from the first hydroecium 4 by first through hole 18, another part water can be through
It crosses third through-hole 27 to enter in small hydroecium 6, the first mixing chamber 5 is then injected by the connecting hole 26 being connected to the first mixing chamber 5,
Until the first mixing chamber 5 is full of；The design of small hydroecium 6 can be such that air and water first mixes, followed by from first through hole 18
It projects and is projected from first jet 11 by the flow in the first mixing chamber 5, the gas being rich in water when can make that flow is followed to spray
Bubble is more；Further, small hydroecium 6 can be sprayed water by connecting hole 26 into the first mixing chamber 5, be made mixed in the first mixing chamber 5
Heshui and the flow for passing through the first mixing chamber 5 generate concussion, so that the flow of ejection is become with the air-bubble pulsed, are conducive to
Improve cleaning effect.
Further, nozzle includes upper cover 1, main body 2 and lower cover 3, and upper cover 1 surrounds the first mixing chamber 5, second with main body 2
Mixing chamber 8, the first inlet channel 9 and the second inlet channel 10, lower cover 3 surround the first hydroecium 4 and the second hydroecium 7 with main body 2, the
One water route 20 and the second water route 21 are set in main body 2, and the first air admission hole being connected to the first inlet channel 9 is provided in upper cover 1
13 and the second air admission hole 14 for being connected to the second inlet channel 10.The split type design of above-mentioned nozzle make upper cover 1, main body 2 and under
Lid 3 can be directly integrally formed, easy to produce, advantageously reduce the production cost of this nozzle, improve production efficiency.Second water
Room 7 and the second mixing chamber 8 are set to the front side for being respectively arranged on the first hydroecium 4 and the first mixing chamber 5, the second through-hole 19 and second nozzle
12 are symmetrical set.Second hydroecium 7 and the second mixing chamber 8 are set to the front side of the first hydroecium 4 and the second mixing chamber 8, meet
Ergonomics, spray angle is more particularly suitable, is conducive to the comfort for improving this nozzle.
Further, it is up-small and down-big to be both provided with diameter for the downside of first jet 11, second nozzle 12 and the second through-hole 19
Guide part 29, the aperture of first through hole 18 is less than the aperture of first jet 11, and the aperture of the second through-hole 19 is less than second nozzle
12 aperture.It is logical into second that the design of the guide part 29 of second through-hole, 19 downside can be such that the water in the second hydroecium 7 is easier
In hole 19, the resistance smaller of entrance；The aperture of first through hole 18 is less than the aperture of first jet 11 and the hole of the second through-hole 19
Diameter is less than the design in the aperture of second nozzle 12, makes the flow by first through hole 18 and the second through-hole 19 is easier to enter the
In one nozzle 11 and second nozzle 12, the stability of this nozzle is improved.Further, first jet 11 and second nozzle 12
The design of downside guide part 29 can further increase the stability of nozzle, even if flow can be smoothly if generation when pulsing
It is projected from nozzle by first jet 11 and second nozzle 12.
Further, main body 2 includes the interconnecting piece 15 of setting water inlet 17 and the installation connected with upper cover 1 and lower cover 3
The upside in portion 16, mounting portion 16 is provided with low early and high after inclined surface.After first inlet channel 9 is set to the side of the first mixing chamber 5
Side, the second inlet channel 10 are set to the side rear of the second mixing chamber 8, and the first inlet channel 9 is in "L" shaped, the first inlet channel 9
Front end be connected to the side of 5 rear end of the first mixing chamber, the rear end of the first inlet channel 9 by the first air admission hole 13 with it is outer
Boundary is connected to.First inlet channel 9 is set to the side rear of the first mixing chamber 5, the second inlet channel 10 is set to the side of the second mixing chamber 8
Rear, 16 upper side of mounting portion in conjunction with main body 2 are the design of inclined surface, it can be ensured that the first mixing chamber 5 and second mixes
Water in room 8 is not easy the outflow out of the first inlet channel 9 and the second inlet channel 10, and air can be normally from first
Inlet channel 9 and the second inlet channel 10 enter the first mixing chamber 5 and the second mixing chamber 8, it is ensured that air can smoothly with water
Mixing generates air-bubble.The boss 25 for protruding from inclined surface is provided in second mixing chamber 8, the side of boss 25 is mixed along with second
Close the inner wall fitting of room 8.The upper edge of above-mentioned boss 25 is parallel with inclined surface, and the design of boss 25 passes air through the first air inlet
When channel 9 enters the second mixing chamber 8, since the cross section of inlet channel becomes smaller, air velocity becomes faster, it is easier to mixed with flow
It closes；Meanwhile air-flow being made to tilt slightly upward, corner cut is formed with the direction of flow, so that flow is generated pulsation, and make air and flow
It can more smoothly mix, improve the content of air in mixing water, relaxing when being conducive to improve cleaning effect and use
Adaptive.
Further, the first mixing chamber 5, the first inlet channel 9, the second mixing chamber 8, the second inlet channel 10 and small hydroecium
6 are surrounded to be formed by the first protrusion 23 being arranged on the inclined surface of upper cover 1 and mounting portion 16, the first hydroecium 4 and the second hydroecium 7
From be arranged two grooves 22 of the downside of mounting portion 16 and on lower cover 3 respectively with two grooves 22 with the second protrusion
24 surround to be formed；The first protrusion 30 and the second protrusion 31 are formed on the upper surface of upper cover 1 upwards, first jet 11 runs through
Upper cover 1 and the first protrusion 30, second nozzle 12 run through upper cover 1 and the second protrusion 31.One of groove 22 and
One water route 20 is connected to, another groove 22 is connected to the second water route 21.Lower cover 3 is clamped with the sealing of main body 2.Upper cover 1 and main body 2 are close
Envelope clamping.The outside of two the second protrusions 24 coordinated with groove 22 is equipped with the first fin, is provided on the lower surface of main body 2
Two the first card slots for surrounding two grooves 22 respectively, the first fin are inserted into the first card slot；First protrusion of main body 2
It is provided with the second card slot on the upper side in 23 outsides, the downside of lower cover 3 is provided with the second fin coordinated with the second card slot.
Above-described embodiment is only the preferred embodiment of the utility model, not limits the protection model of the utility model according to this
It encloses, therefore：The equivalence changes that all structures, shape, principle according to the utility model are done, should all be covered by the protection of the utility model
Within the scope of.
Claims (10)
1. a kind of nozzle generating pulsating bubble water, water inlet (17) is provided on rear side of nozzle, it is characterised in that：The spray
The first hydroecium (4) and the first mixing chamber (5) above the first hydroecium (4) are provided in head, first hydroecium (4) passes through
First water route (20) is connect with water inlet (17), passes through first through hole between first hydroecium (4) and the first mixing chamber (5)
(18) it is connected to, the first jet (11) for being run through and being connected to the first mixing chamber (5) is provided on the upper side wall of the nozzle,
The first jet (11) overlaps with the central axes of first through hole (18), be connected on the side wall of first mixing chamber (5) with
The first inlet channel (9) of external world's connection.
2. a kind of nozzle generating pulsating bubble water according to claim 1, it is characterised in that：Setting in the nozzle
There are the second hydroecium (7) and the second mixing chamber (8) above the second hydroecium (7), second hydroecium (7) to pass through the second water route
(21) it connect with water inlet (17), is connected to by the second through-hole (19) between second hydroecium (7) and the second mixing chamber (8),
Second through-hole (19) is arranged there are two and along nozzle width direction interval, sets that there are two will along the upper side wall of the nozzle
Its second nozzle (12) for running through and being connected to the second mixing chamber (8), each second through-hole (19) and corresponding second nozzle
(12) central axes overlap, and the second inlet channel (10) being in communication with the outside is connected on the side wall of second mixing chamber (8).
3. a kind of nozzle generating pulsating bubble water according to claim 1 or 2, it is characterised in that：Described first is mixed
Close the small hydroecium (6) that auxiliary shunting is provided on rear side of room (5), the connection being arranged at the top of the front side wall of the small hydroecium (6)
Hole (26) is connected to the first mixing chamber (5), the third through-hole (27) being arranged in the lower wall of the small hydroecium (6) and the first hydroecium
(4) it is connected to, the obstruction column being fixed on the upper side wall of the small hydroecium (6) in the deep enough third through-hole (27) of lower end energy
(28), there are gap, obstruction column (28) lower ends between the side wall and the inner wall of third through-hole (27) of the obstruction column (28)
In the third through-hole (27).
4. a kind of nozzle generating pulsating bubble water according to claim 2, it is characterised in that：The nozzle includes upper
Cover (1), main body (2) and lower cover (3), the upper cover (1) and main body (2) surround the first mixing chamber (5), the second mixing chamber (8), the
One inlet channel (9) and the second inlet channel (10), the lower cover (3) surround the first hydroecium (4) and the second hydroecium with main body (2)
(7), first water route (20) and the second water route (21) are set in the main body (2), are provided on the upper cover (1) and first
The first air admission hole (13) of inlet channel (9) connection and the second air admission hole (14) being connected to the second inlet channel (10).
5. a kind of nozzle generating pulsating bubble water according to claim 2, it is characterised in that：Second hydroecium
(7) and the second mixing chamber (8) is set to the front side for being respectively arranged on first hydroecium (4) and the first mixing chamber (5), and described second is logical
Hole (19) and second nozzle (12) are symmetrical set.
6. a kind of nozzle generating pulsating bubble water according to claim 2, it is characterised in that：The first jet
(11), it is both provided with the up-small and down-big guide part of diameter (29) on the downside of second nozzle (12) and the second through-hole (19), described
The aperture of one through-hole (18) is less than the aperture of first jet (11), and the aperture of second through-hole (19) is less than second nozzle (12)
Aperture.
7. a kind of nozzle generating pulsating bubble water according to claim 4, it is characterised in that：Main body (2) packet
Include the interconnecting piece (15) of setting water inlet (17) and the mounting portion (16) connected with upper cover (1) and lower cover (3), the mounting portion
(16) low early and high after inclined surface is provided on the upside of.
8. a kind of nozzle generating pulsating bubble water according to claim 7, it is characterised in that：First air inlet is logical
Road (9) is set to the side rear of first mixing chamber (5), and second inlet channel (10) is set to second mixing chamber (8)
Side rear, first inlet channel (9) is in "L" shaped, the front end of first inlet channel (9) and the first mixing chamber
(5) the side connection of rear end, the rear end of first inlet channel (9) is in communication with the outside by the first air admission hole (13).
9. a kind of nozzle generating pulsating bubble water according to claim 7, it is characterised in that：Second mixing chamber
(8) boss (25) for protruding from inclined surface is provided in, the side of the boss (25) is pasted along with the inner wall of the second mixing chamber (8)
It closes.
10. a kind of nozzle generating pulsating bubble water according to claim 7, it is characterised in that：First mixing
Room (5), the first inlet channel (9), the second mixing chamber (8), the second inlet channel (10) and small hydroecium (6) are by setting in upper cover
(1) first raised (23) and on the inclined surface of mounting portion (16) are surrounded to be formed, first hydroecium (4) and the second hydroecium (7)
From two grooves (22) being arranged on the downside of mounting portion (16) and on lower cover (3) respectively with two grooves (22)
Second raised (24) are surrounded to be formed；The first protrusion (30) and the second protrusion are formed on the upper surface of the upper cover (1) upwards
Portion (31), the first jet (11) run through upper cover (1) and the first protrusion (30), and the second nozzle (12) runs through upper cover
(1) and the second protrusion (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820413849.5U CN207988080U (en) | 2018-03-26 | 2018-03-26 | A kind of nozzle generating pulsating bubble water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820413849.5U CN207988080U (en) | 2018-03-26 | 2018-03-26 | A kind of nozzle generating pulsating bubble water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207988080U true CN207988080U (en) | 2018-10-19 |
Family
ID=63829987
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820413849.5U Active CN207988080U (en) | 2018-03-26 | 2018-03-26 | A kind of nozzle generating pulsating bubble water |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108240028A (en) * | 2018-03-26 | 2018-07-03 | 浙江骊尔智能卫浴有限公司 | A kind of nozzle for generating pulsating bubble water |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108240028A (en) * | 2018-03-26 | 2018-07-03 | 浙江骊尔智能卫浴有限公司 | A kind of nozzle for generating pulsating bubble water |
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