CN204769250U - Take water installation of bubble water and non - bubble water - Google Patents
Take water installation of bubble water and non - bubble water Download PDFInfo
- Publication number
- CN204769250U CN204769250U CN201520423756.7U CN201520423756U CN204769250U CN 204769250 U CN204769250 U CN 204769250U CN 201520423756 U CN201520423756 U CN 201520423756U CN 204769250 U CN204769250 U CN 204769250U
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- hole
- air
- bubble
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- break
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Abstract
The utility model discloses a take water installation of bubble water and non - bubble water, including casing part (10), install in casing part (10) shunt (20) with install play water end (W. E. ) (30) in casing part (10), branch discharge orifice (21) are established in this shunt (20), this water end (W. E. ) (30) lie in and just establish apopore (31) and inlet port (32) under shunt (20), rivers ability that the discharge orifice of evaluating oneself (21) jetted out and from the inspiratory air mixing gassing water of inlet port (32), it still includes valve (40), and this shunt (20) still are equipped with break -make hole (22), and this valve (40) control break -make hole (22) break -make is opened through break -make hole (22) and is enabled that rivers cover inlet port (32) on a water end (W. E. ) (30) and from apopore (31) and the non - bubble water of inlet port (32) play. It has following advantage: flow control realizes simultaneously that the splash switches, and whether the control suction hole goes out water, controls out the long -pending change of the surface of water.
Description
Technical field
The utility model relates to a kind of discharging device with air-bubble and non-air-bubble.
Background technology
The discharging device of traditional band air-bubble, comprise housing parts, be installed in the current divider in housing parts and be installed in the water side of housing parts, tap hole established by this current divider, this water side to be positioned under current divider and to set out water hole and air admission hole, from the water flow energy of tap hole injection with produce air-bubble from the air mixing that air admission hole sucks.This discharging device water outlet is single, Shortcomings.
People is had to propose solution for the deficiency that water outlet is single: before current divider, be provided with flow controller, flow controller controls water flow, current after flow-control enter current divider, though its energy adjust flux size, also have the deficiency that following spray is single.
Utility model content
The utility model provides a kind of discharging device with air-bubble and non-air-bubble, which overcomes the deficiency existing for the discharging device with air-bubble in background technology.
The technical scheme adopted that the utility model solves its technical problem is:
A kind of discharging device with air-bubble and non-air-bubble, comprise housing parts (10), be installed in the current divider (20) in housing parts (10) and be installed in the water side (30) of housing parts (10), tap hole (21) established by this current divider (20), this water side (30) to be positioned under current divider (20) and to set out water hole (31) and air admission hole (32), the water flow energy penetrated from tap hole (21) and produce air-bubble from the air mixing that air admission hole (32) sucks; It also comprises valve (40), this current divider (20) is also provided with break-make hole (22), this valve (40) controls break-make hole (22) break-make, is opened current can be made on water side (30) to cover air admission hole (32) and go out non-air-bubble from apopore (31) and air admission hole (32) by break-make hole (22).
Among one embodiment: the current that should penetrate from tap hole (21) and air admission hole (32) stagger.
Among one embodiment: the multiple and circumferential interval of this air admission hole (32) number is arranged, spaced apart this air admission hole (32) of circumference surrounds apopore (31).
Among one embodiment: end face projection bulge loop wall (33) of this water side (30), this bulge loop wall (33) is separated out water hole (31) and air admission hole (32) in inside and outside.
Among one embodiment: this valve (40) comprises push rod (41), this water side (30) is established and is installed through hole (34), this push rod (41) top loop is convexly equipped with hermetic unit (42), this push rod (41) bottom presses for user through break-make hole (22) and installation through hole (34) from top to down, the inner hole surface in this break-make hole (22) and push rod (41) interval are arranged, sealing part (42) and break-make hole (22) coordinate, slide up and down control hermetic unit (42) by push rod (41) and whether seal break-make hole (22).
Among one embodiment: the upper cover (50) also comprising an affixed housing parts (10), this upper cover (50) comprises an inverted cup (51), and surrounds the border (52) of inverted cup (51) and the inclination spoke (53) between some affixed inverted cups (51) and border (52), often be provided with limbers (54) between adjacent two inclination spokes (53), this upper cover (50) is positioned on current divider (20); Separately establish elastomer (43) to be positioned at inverted cup (51) and contact at the bottom of push rod (41) top and inverted cup (51) cup between, sealing part (42) and inverted cup (51) rim of a cup are adaptive.
Among one embodiment: this valve (40) comprises an automatic ball-pen mechanism, this automatic ball-pen mechanism establishes slide bar (44), this slide bar (44) pressed on ring is convexly equipped with valve gap (46), by trigger automatic ball-pen mechanism slide bar (44) stepping is slided repeatedly, by slide bar (44) stepping repeatedly slide application valve cover (46) sealing break-make hole (22).
Among one embodiment: the first installation through hole (23) established by this current divider (20), the second installation through hole (34) is established in this water side (30), this the first installation through hole (23) periphery extends into sleeve (24) downwards, and this sleeve (24) sealing insertion second is installed in through hole (34); This automatic ball-pen mechanism also comprises button (45), this button (45) slips in sleeve (24), this slide bar (44) top is by elastomer (43) contact, and the cooperation of this elastomer (43), button (45), slide bar (44), sleeve (24) forms above-mentioned automatic ball-pen mechanism.
Among one embodiment: also comprise filter screen (60), this filter screen (60) is installed in housing parts (10) and is positioned on current divider (20).
Among one embodiment: this housing parts (10) comprises housing (11) and water-outlet body (12), this housing (11) circularizes structure, this water-outlet body (12) comprises the above-mentioned water side (30) that a perisporium and is fixed in perisporium lower periphery, and this perisporium and housing (11) are fixed together.
The technical program is compared with background technology, and its tool has the following advantages:
Valve controlling break-make hole break-make, break-make hole is opened and current can be made on water side to cover air admission hole and go out non-air-bubble from apopore and air admission hole, break-make bore closure can make from the water flow energy of tap hole injection and produce air-bubble from the air mixing that air admission hole sucks, flow-control realizes switching spray simultaneously, control suction hole whether water outlet, control water-outlet area change.
The end face projection bulge loop wall of water side, bulge loop wall is separated out water hole and air admission hole in inside and outside, and when avoiding out steam bubble water, air admission hole is blocked by current.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Fig. 1 depicts one of schematic perspective view of the device of embodiment one.
Fig. 2 depicts the schematic perspective view two of the device of embodiment one.
Fig. 3 depicts the perspective exploded view of the device of embodiment one.
Fig. 4 depicts one of schematic perspective view of the water-outlet body of the device of embodiment one.
Fig. 5 depicts the schematic perspective view two of the water-outlet body of the device of embodiment one.
Fig. 6 depicts the schematic perspective view of the current divider of the device of embodiment one.
Fig. 7 depicts the generalized section of the device of embodiment one, now goes out steam bubble water.
Fig. 8 depicts the generalized section of the device of embodiment one, now goes out non-steam bubble water.
Fig. 9 depicts one of schematic perspective view of the water-outlet body of the device of embodiment two.
Figure 10 depicts the generalized section of the device of embodiment two, now goes out steam bubble water.
Figure 11 depicts the generalized section of the device of embodiment two, now goes out non-steam bubble water.
Figure 12 depicts the perspective exploded view of the device of embodiment three.
Figure 13 depicts the schematic perspective view of the device of embodiment three.
Figure 14 depicts the schematic perspective view of the valve gap of the device of embodiment three.
Figure 15 depicts the schematic perspective view of the current divider of the device of embodiment three.
Figure 16 depicts the generalized section of the device of embodiment three, now goes out steam bubble water.
Figure 17 depicts the generalized section of the device of embodiment three, now goes out non-steam bubble water.
Detailed description of the invention
Embodiment one
Please refer to Fig. 1 to Fig. 8, a kind of discharging device with air-bubble and non-air-bubble, comprise housing parts 10, current divider 20, the water side 30 being installed in housing parts 10, valve 40, the upper cover 50 of affixed housing parts 10 and filter screen 60.
This housing parts 10 comprises housing 11 and water-outlet body 12, and this housing 11 circularizes structure, and this water-outlet body 12 comprises the above-mentioned water side 30 that a perisporium and is fixed in perisporium lower periphery, and this perisporium and housing 11 are fixed together.This water side 30 sets out water hole 31 and air admission hole 32, and the multiple and annular array of this air admission hole 32 number is arranged, this air admission hole 32 that annular array is arranged surrounds apopore 31, that is, the plurality of apopore 31 is enclosed in the annular that air admission hole 32 arranges.The end face projection bulge loop wall 33 of this water side 30, this bulge loop wall 33 is separated out water hole 31 and air admission hole 32 in inside and outside.In one specific embodiment: the inside projection buckle of upper peripheral edge of perisporium; The recessed draw-in groove of the surface of revolution outside housing 11, perisporium is socketed housing and buckle clamping catching groove is interior perisporium and housing to be fixed together, housing and water-outlet body to be fixed together; Inside projection annular flange flange 111 in the middle part of this housing 11, the part be positioned on flange 111 of this housing 11 is arranged with cannelure 112.
This current divider 20 is installed in housing parts 10.In concrete structure: the outer rim of this current divider 20 is supported by annular flange flange 111 with location.This current divider 20 establishes tap hole 21 and break-make hole 22, and this tap hole 21 is provided with multiple, and multiple tap hole 21 annular array is arranged, break-make hole 22 is positioned at the annular that tap hole 21 is arranged, the annular that tap hole 21 is arranged surrounds break-make hole 22.
This water side 30 is positioned under current divider 20, the current that should penetrate from tap hole 21 and air admission hole 32 stagger, this valve 40 controls break-make hole 22 break-make, opened by break-make hole 22 and current can be made on water side 30 to cover air admission hole 32 and go out non-air-bubble from apopore 31 and air admission hole 32, as soft water, closed by break-make hole 22, make the water flow energy penetrated from tap hole 21 and the air mixing generation air-bubble sucked from air admission hole 32; Wherein, best tap hole area of section is less than break-make hole area of section, preferably much smaller than.
The structure of this current divider 20 as: comprise integrated outer circular edge, cone wall portion and bottom wall portion, the affixed outer circular edge inner peripheral of this cone wall portion upper peripheral edge, this affixed bottom wall portion outer peripheral edge of cone wall portion lower periphery.This tap hole 21 is arranged in cone wall portion, and break-make hole 22 is arranged on bottom wall portion.This outer circular edge is supported by annular flange flange 111 with location.Best, the inner peripheral surface of this annular flange flange 111 is the up big and down small conical surface, dirty again from the water impact conical surface of tap hole injection.
This upper cover 50 comprises an inverted cup 51, and surrounds the border 52 of inverted cup 51 and the inclination spoke 53 between some affixed inverted cups 51 and border 52, often be provided with limbers 54 between adjacent two inclination spokes 53, this upper cover 50 is positioned on current divider 20, this border 52 is supported by current divider 20, best, current divider 20 is supported by outer circular edge.
This filter screen 60 is installed in housing parts 10 and is positioned at cover and is connected on upper cover 50, is positioned on current divider, best, and filter screen 60 periphery is supported by the border 52 of upper cover 50 and grafting is entered in cannelure 112, current divider, filter screen and upper cover to be fixed together.
This valve 40 comprises push rod 41, and this push rod 41 top loop is convexly equipped with hermetic unit 42, separately establish elastomer 43 to be positioned at inverted cup 51 and contact at the bottom of push rod 41 top and inverted cup 51 glasss between, sealing part 42 and inverted cup 51 rim of a cup are adaptive.This water side 30 is established and is installed through hole 34, this push rod 41 bottom presses for user through break-make hole 22 and installation through hole 34 from top to down, the inner hole surface in this break-make hole 22 and push rod 41 interval are arranged, sealing part 42 and break-make hole 22 coordinate, and slide up and down control hermetic unit 42 whether seal break-make hole 22 by push rod 41.Best: break-make hole 22 is provided with up big and down small shoulder hole, the macroperforation of the adaptive shoulder hole of sealing part 42; Sealing part comprises two between the upper and lower every ring wall and the sealing ring between two ring walls of projection at push rod.Among the present embodiment, this valve controls break-make hole break-make by sliding, but is not limited to slide, and rotatably waits alternate manner to control break-make as required.
Original state, under the effect of elastomer elastic force, break-make hole 22 is closed, and makes the water flow energy penetrated from tap hole 21 and the air mixing generation air-bubble sucked from air admission hole 32; Pressing push rod, break-make hole 22 is opened, the hermetic unit of push rod enters in cup, now sealing ring withstands cup edge, at the bottom of current cannot be entered glass, and make push rod under hydraulic pressure effect, to remain in cup (now elastomer is by compression, but because remaining on this pressed state under hydraulic pressure effect), current can be made on water side 30 to cover air admission hole 32 and go out non-air-bubble from apopore 31 and air admission hole 32; After cutting off the water supply, hydraulic pressure disappears, and under the effect of elastomer elastic force, push rod resets.
As required, also separately can establish the guide frame for the push rod that leads, this guide frame comprises a recessed pilot hole 411 at push rod end face and the guide post 55 of a projection at the bottom of inverted cup cup, and this guide post 55 is slidably connected pilot hole 411.
Embodiment two
Please refer to Fig. 9 to Figure 11, the water side 30 of water-outlet body 12 is different from the water side 30 of embodiment one, and difference is: the end face of this water side 30 does not have projection bulge loop wall 33, and the end face of water side 30 is smooth.
Embodiment three
Please refer to Figure 12 to Figure 17, it and embodiment one difference are:
This break-make hole 22 number is multiple, and multiple break-make holes 22 annular array is arranged, the first installation through hole 23 is established at this current divider 20 center, and the annular that multiple break-make hole 22 is arranged is surrounded first and installed through hole 23; The second installation through hole 34 is established in this water side 30.Best, break-make hole 22, first is installed through hole 23 and is located at bottom wall portion.
This valve 40 comprises an automatic ball-pen mechanism, and this automatic ball-pen mechanism establishes slide bar 44, and this slide bar 44 top loop is convexly equipped with valve gap 46, and whether blocking break-make hole 22 by valve gap 46, to control break-make hole open close.By trigger automatic ball-pen mechanism slide bar 44 stepping is slided repeatedly, by slide bar 44 stepping repeatedly slip application valve cover 42 whether block break-make hole 22.In concrete structure: this first installation through hole 23 periphery extends into sleeve 24 downwards, and this sleeve 24 seals insertion second and installs in through hole 34; This automatic ball-pen mechanism also comprises button 45, this button 45 to slip in sleeve 24 and stretches out that sleeve 24 is outer to be pressed for user, this slide bar 44 top is by elastomer 43 contact, and the cooperation of this elastomer 43, button 45, slide bar 44, sleeve 24 forms above-mentioned automatic ball-pen mechanism.This button, sleeve place establish ratchet 57.
Omit upper cover, this elastomer immediate roof is against between filter screen and slide bar.
Also comprise an adjustment forming ring 70, be located between the perisporium of water-outlet body and bulge loop wall, the inwall of this conciliation forming ring 70 can establish salient point, also can not establish salient point, and this conciliation forming ring 70 is positioned at publishes books between end and annular flange flange, or, directly fixed by air admission hole.Inwall establishes salient point to make adjustment forming ring and bulge loop wall form the less gas-water channel of a through-flow gap, both gas can have been allowed to enter, and when needs blocking-up gas enters, only the less water of need can fill up the cavity between salient point, make hydraulic seal better, being unlikely to leak gas really realizes the switching of soft water.
The above, be only the utility model preferred embodiment, therefore the scope that the utility model implements can not be limited according to this, the equivalence namely done according to the utility model the scope of the claims and description change with modify, all should still belong in scope that the utility model contains.
Claims (10)
1. the discharging device with air-bubble and non-air-bubble, comprise housing parts (10), be installed in the current divider (20) in housing parts (10) and be installed in the water side (30) of housing parts (10), tap hole (21) established by this current divider (20), this water side (30) to be positioned under current divider (20) and to set out water hole (31) and air admission hole (32), the water flow energy penetrated from tap hole (21) and produce air-bubble from the air mixing that air admission hole (32) sucks; It is characterized in that: also comprise valve (40), this current divider (20) is also provided with break-make hole (22), this valve (40) controls break-make hole (22) break-make, is opened current can be made on water side (30) to cover air admission hole (32) and go out non-air-bubble from apopore (31) and air admission hole (32) by break-make hole (22).
2. a kind of discharging device with air-bubble and non-air-bubble according to claim 1, is characterized in that: the current that should penetrate from tap hole (21) and air admission hole (32) stagger.
3. a kind of discharging device with air-bubble and non-air-bubble according to claim 1, it is characterized in that: the multiple and circumferential interval of this air admission hole (32) number is arranged, spaced apart this air admission hole (32) of circumference surrounds apopore (31).
4. a kind of discharging device with air-bubble and non-air-bubble according to claim 3, it is characterized in that: end face projection bulge loop wall (33) of this water side (30), this bulge loop wall (33) is separated out water hole (31) and air admission hole (32) in inside and outside.
5. a kind of discharging device with air-bubble and non-air-bubble according to claim 1, it is characterized in that: this valve (40) comprises push rod (41), this water side (30) is established and is installed through hole (34), this push rod (41) top loop is convexly equipped with hermetic unit (42), this push rod (41) bottom presses for user through break-make hole (22) and installation through hole (34) from top to down, the inner hole surface in this break-make hole (22) and push rod (41) interval are arranged, sealing part (42) and break-make hole (22) coordinate, slide up and down control hermetic unit (42) by push rod (41) and whether seal break-make hole (22).
6. a kind of discharging device with air-bubble and non-air-bubble according to claim 5, it is characterized in that: the upper cover (50) also comprising an affixed housing parts (10), this upper cover (50) comprises an inverted cup (51), and surrounds the border (52) of inverted cup (51) and the inclination spoke (53) between some affixed inverted cups (51) and border (52), often be provided with limbers (54) between adjacent two inclination spokes (53), this upper cover (50) is positioned on current divider (20); Separately establish elastomer (43) to be positioned at inverted cup (51) and contact at the bottom of push rod (41) top and inverted cup (51) cup between, sealing part (42) and inverted cup (51) rim of a cup are adaptive.
7. a kind of discharging device with air-bubble and non-air-bubble according to claim 1, it is characterized in that: this valve (40) comprises an automatic ball-pen mechanism, this automatic ball-pen mechanism establishes slide bar (44), this slide bar (44) pressed on ring is convexly equipped with valve gap (46), by trigger automatic ball-pen mechanism slide bar (44) stepping is slided repeatedly, by slide bar (44) stepping repeatedly slide application valve cover (46) sealing break-make hole (22).
8. a kind of discharging device with air-bubble and non-air-bubble according to claim 7, it is characterized in that: the first installation through hole (23) established by this current divider (20), the second installation through hole (34) is established in this water side (30), this the first installation through hole (23) periphery extends into sleeve (24) downwards, and this sleeve (24) sealing insertion second is installed in through hole (34); This automatic ball-pen mechanism also comprises button (45), this button (45) slips in sleeve (24), this slide bar (44) top is by elastomer (43) contact, and the cooperation of this elastomer (43), button (45), slide bar (44), sleeve (24) forms above-mentioned automatic ball-pen mechanism.
9. a kind of discharging device with air-bubble and non-air-bubble according to any one of claim 1 to 8, it is characterized in that: also comprise filter screen (60), this filter screen (60) is installed in housing parts (10) and is positioned on current divider (20).
10. a kind of discharging device with air-bubble and non-air-bubble according to any one of claim 1 to 8, it is characterized in that: this housing parts (10) comprises housing (11) and water-outlet body (12), this housing (11) circularizes structure, this water-outlet body (12) comprises the above-mentioned water side (30) that a perisporium and is fixed in perisporium lower periphery, and this perisporium and housing (11) are fixed together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520423756.7U CN204769250U (en) | 2015-06-18 | 2015-06-18 | Take water installation of bubble water and non - bubble water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520423756.7U CN204769250U (en) | 2015-06-18 | 2015-06-18 | Take water installation of bubble water and non - bubble water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204769250U true CN204769250U (en) | 2015-11-18 |
Family
ID=54509379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520423756.7U Withdrawn - After Issue CN204769250U (en) | 2015-06-18 | 2015-06-18 | Take water installation of bubble water and non - bubble water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204769250U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105149125A (en) * | 2015-06-18 | 2015-12-16 | 厦门松霖科技有限公司 | Water outlet device with bubbly water and non-bubbly water |
| CN108543430A (en) * | 2018-07-02 | 2018-09-18 | 厦门松霖科技股份有限公司 | Water outlet device |
-
2015
- 2015-06-18 CN CN201520423756.7U patent/CN204769250U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105149125A (en) * | 2015-06-18 | 2015-12-16 | 厦门松霖科技有限公司 | Water outlet device with bubbly water and non-bubbly water |
| CN105149125B (en) * | 2015-06-18 | 2017-05-31 | 厦门松霖科技有限公司 | Discharging device with air-bubble and non-air-bubble |
| CN108543430A (en) * | 2018-07-02 | 2018-09-18 | 厦门松霖科技股份有限公司 | Water outlet device |
| CN108543430B (en) * | 2018-07-02 | 2024-02-02 | 厦门松霖科技股份有限公司 | Water outlet device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151118 Effective date of abandoning: 20170531 |