CN102936913A

CN102936913A - Anti-blocking bubbler

Info

Publication number: CN102936913A
Application number: CN201210443963XA
Authority: CN
Inventors: 李旭
Original assignee: SHENZHEN CITY DANENG ENERGY-SAVING TECHNOLOGY Co Ltd
Current assignee: SHENZHEN CITY DANENG ENERGY-SAVING TECHNOLOGY Co Ltd
Priority date: 2012-11-08
Filing date: 2012-11-08
Publication date: 2013-02-20
Anticipated expiration: 2032-11-08
Also published as: CN102936913B

Abstract

The invention discloses an anti-blocking bubbler which can automatically adjust water flowing quantity according to water pressure and effectively prevent blocking. The anti-blocking bubbler comprises a valve, an atomization device, a plurality of air inlets and a water retaining portion, wherein the valve is arranged at the water outlet end of a water outlet terminal, a longitudinal water flowing channel is formed in the middle of the valve, the atomization device is arranged at the water inlet end of the water flowing channel, the annular water retaining portion is arranged on a water outlet of the water flowing channel, and all the air inlets are distributed on the lateral wall of the valve in the radial direction and respectively connected with the water flowing channel. Therefore, water flowing into the water flowing channel forms an atomized water outlet effect through the atomization device, a part of atomized water sucks air through the air inlets and flows towards the center of the water outlet of the water flowing channel through the water retaining portion, and accordingly a water blocking surface is formed and totally blocks the water outlet of the water flowing channel. The other part of water breaks the formed water blocking surface to generate a water outlet bubbling effect, so that water outlet is gentle, water utilization convenience and comfortableness are improved, and further blocking can be effectively prevented.

Description

Anti-blocking bubbler

Technical field

The present invention relates to a kind of bubbler, specifically, relate to and a kind ofly can automatically regulate water amount according to hydraulic pressure, can also effectively prevent the anti-blocking bubbler that stops up simultaneously.

Background technology

At present, realize the water-saving valve of water-saving by throttling, because complex structure, related components or accessory are more, and the production cost is high, and the damage of component or accessory also can affect the application life of product integral body.

In addition, in order to obtain better outlet effect, atomizer and bubbler are in increasing water terminal applies, but traditional bubbler all is the effect that adopts which floor silk screen to bubble to reach water outlet, the principle of bubbler is with the water beam acceleration from water tap, form multiply wire current and air amount, water and air flows out by silk screen in the bubbler internal mix, the current that flow out contain bubble, air bubble content and hydraulic pressure, disperse aperture on the bubbler foaming core, the silk screen specification is relevant with number of plies etc., but the bubbler of this structure is easy to stop up, also be not easy to clean, produce the reason of stopping up and mainly contain two aspects: one, because impurity is blocked aperture or screen mesh on the foaming core in the water, the bubbler that has in recent years is provided with the filter screen of convex in water inlet place, improved the performance of anti-blockage of bubbler, but can not solve fully, bubbler still needs often to unpick and wash cleaning; Its two, be because incrustation scale assemble to form film at silk screen, in hot water and high rigidity tap water, easily produce incrustation scale.

Summary of the invention

For above deficiency, the invention provides and a kind ofly can automatically regulate water amount according to hydraulic pressure, can also effectively prevent simultaneously the anti-blocking bubbler that stops up, it comprises valve body, be formed with the aquaporin of crossing of vertical perforation in the middle of the described valve body, the described water intake end of crossing aquaporin is provided with atomising device, the inwall of crossing the delivery port of aquaporin is provided with the retaining section, be provided with the air inlet that at least one communicates with described excessively aquaporin on the sidewall of the valve body of close retaining section one end, the flowing water that entered aquaporin forms the atomizing outlet effect via atomising device, water behind the partly atomized flowed to the center of aquaporin delivery port via the retaining section, thereby formed the water blocking face and blocked the delivery port of aquaporin fully.

Anti-blocking bubbler of the present invention comprises valve body, be formed with the aquaporin of crossing of vertical perforation in the middle of the described valve body, the described water intake end of crossing aquaporin is provided with linear unit, the inwall of crossing the delivery port of aquaporin is provided with the retaining section, be provided with the air inlet that at least one communicates with described excessively aquaporin on the sidewall of the valve body of close retaining section one end, the flowing water that entered aquaporin forms linear outlet effect via linear unit, the water of partial linear state flowed to the center of aquaporin delivery port via the retaining section, thereby formed the water blocking face and blocked the delivery port of aquaporin fully.

The inner surface of described retaining section is level and smooth arcwall face, and the center of circle of arcwall face is positioned at the inboard.

Be provided with several water-guiding holes on the described valve body, the water side of each described water-guiding hole is towards the center of crossing the aquaporin delivery port, the dynamic water that enters water-guiding hole is crossed the center of aquaporin delivery port via water-guiding hole delivery port directive, thereby forms another water blocking face and blocked the delivery port of aquaporin fully.

Described water blocking face and another water blocking face are in same plane.

Described atomising device comprises the spool of the water intake end that was arranged at aquaporin, the centre of described spool is formed with the aquaporin that enters of vertical perforation, the described delivery port that enters aquaporin with cross aquaporin and communicate, the water intake end that enters aquaporin is provided with baffle ring, enter the aquaporin water side and be provided with spacing ring, being provided with between described baffle ring and the spacing ring can be along the pressing plate that enters the aquaporin slip, be provided with at least one on the described pressing plate and keep its both sides to enter the limbers that aquaporin communicates, be provided with the elastic force apparatus that forces pressing plate to prop up baffle ring between spacing ring and the pressing plate.

The inner chamber of described spacing ring is stepped, and its large end is towards baffle ring, and the lower end of pressing plate is connected with plug, and under the effect of external force, described plug can extend in the inner chamber of spacing ring, and forms the lateral intake gap between the sidewall of plug and spacing ring inner chamber.

Described atomising device comprises the spool of the water intake end that was arranged at aquaporin, the centre of described spool is formed with the aquaporin that enters of vertical perforation, the described delivery port that enters aquaporin communicates with crossing aquaporin, and the water inlet end of spool is provided with and covers the elastic block piece that part enters the aquaporin water inlet.

Described to enter aquaporin stepped, and its large end under external force, can extend in the aquaporin after the described elastic block piece deformation of part up, elastic block piece and enter the water inlet gap that forms side direction between the inwall of aquaporin.

Described linear unit comprises the baffle plate of the water intake end that was arranged at aquaporin, and described baffle plate is provided with several and keeps its both sides to cross the inlet opening of the linearity that aquaporin communicates.

Beneficial effect of the present invention:

1, anti-blocking bubbler of the present invention is installed on the water side of outlet terminal, the water that enters anti-blocking bubbler at first forms atomizing outlet effect or linear outlet effect by atomising device or linear unit in crossing aquaporin, water behind the partly atomized or the water of linear condition by the air inlet air amount after, flowed to the center of aquaporin delivery port via the retaining section, thereby (water of partly atomized water or linear condition is by the retaining section centripetal flow to form the water blocking face, on the delivery port of crossing aquaporin, stay rotation and dynamically blocked the aquaporin delivery port, thereby form the water blocking face, its optimum state be to form moisture film) blocked the delivery port of aquaporin fully, another part water attack one's water breaks is blocked up face and is produced steeping in water for reconstitution bubble effect, so that water outlet is softer, improve greatly water convenience and comfortableness, can also effectively prevent from stopping up.

2, be provided with several water-guiding holes on the valve body of the present invention, the dynamic water that enters water-guiding hole is crossed the center of aquaporin delivery port via water-guiding hole delivery port directive, further form another water blocking face in same plane and blocked the delivery port of aquaporin fully, the water outlet foaming effect of generation more like this.

3, can form the lateral intake gap between the plug of atomising device of the present invention and the spacing ring, the inner chamber of spacing ring is stepped, its large end is towards pressing plate one side, not only can further form better water outlet atomizing effect at the inner chamber place of spacing ring, can also automatically regulate water amount according to hydraulic pressure, reaching the purpose of water saving, and the deformability of elastic force apparatus is stronger, to the control better effects if of hydraulic pressure.

Description of drawings

Fig. 1 is the structure cross-sectional schematic of the embodiment one of anti-blocking bubbler of the present invention;

Fig. 2 is the structure cross-sectional schematic of the embodiment two of anti-blocking bubbler of the present invention;

Fig. 3 is the structure cross-sectional schematic of the embodiment three of anti-blocking bubbler of the present invention.

The specific embodiment

Below in conjunction with accompanying drawing the present invention is further set forth, wherein, direction of the present invention is take Fig. 1 as standard.

As depicted in figs. 1 and 2, anti-blocking bubbler of the present invention comprises valve body 1, atomising device 2, at least one air inlet 3 and retaining section 21, valve body 1 is installed on the water side of outlet terminal 10, valve body 1 centre is formed with the excessively aquaporin 11 of vertically (up and down two ends) perforation, atomising device 2 was arranged on the water intake end of aquaporin 11, the retaining section 21 of ring-type was arranged on the delivery port of aquaporin 11, all air inlets 3 radially are distributed on the sidewall of valve body 1, and communicate with crossing aquaporin 11 respectively, all air inlets 3 are between atomising device 2 and retaining section 21.Like this, the flowing water that entered aquaporin 11 forms the atomizing outlet effect via atomising device 2, water behind the partly atomized by air inlet 3 air amounts after, flowed to the center of aquaporin 11 delivery ports via retaining section 21, thereby form the water blocking face and blocked the delivery port of aquaporin 11 fully (water of partly atomized water or linear condition is by retaining section 21 centripetal flows, on the delivery port of crossing aquaporin 11, stay rotation and dynamically blocked aquaporin 11 delivery ports, thereby form the water blocking face, its optimum state is for forming moisture film), another part water attack is broken the water blocking face that forms and is produced steeping in water for reconstitution bubble effect, so that water outlet is softer, improve greatly water convenience and comfortableness, can also effectively prevent from stopping up.

Wherein, atomising device 2 can adopt traditional atomizing water flowing out structure, horn mouth water outlet atomization structure for example, and the present invention preferentially adopts following two schemes to realize:

Scheme one: atomising device 2 comprises spool 211, baffle ring 213, spacing ring 214, pressing plate 215, limbers 216, elastic force apparatus 217 and plug 218, spool 211 was arranged at the water intake end of aquaporin 11, the centre of spool 211 is formed with vertically that (up and down two ends) connect enters aquaporin 212, the water inlet that enters aquaporin 212 communicates with water terminal (perhaps crossing the water inlet of aquaporin 11), the delivery port that enters aquaporin 212 communicates with the delivery port of crossing aquaporin 11, baffle ring 213 is arranged on the water intake end into aquaporin 212, spacing ring 214 is arranged on into aquaporin 212 water sides, pressing plate 215 and elastic force apparatus 217 are installed between baffle ring 213 and the spacing ring 214 successively, pressing plate 215 can slide up and down along entering aquaporin 212, being provided with at least one on the pressing plate 215 keeps its both sides to enter the limbers 216 that aquaporin 212 communicates, elastic force apparatus 217 forces pressing plate 215 to prop up baffle ring 213, and vertically the plug 218 of column is arranged at the lower end of pressing plate 215.Wherein, the inner chamber of spacing ring 214 is stepped, and its large end towards baffle ring 213(up), elastic force apparatus 217 is generally stage clip, under the effect of external force, plug 218 can extend in the inner chamber of spacing ring 214, and forms the lateral intake gap between the sidewall of plug 218 and spacing ring 214 inner chambers.Like this, the water inlet hydraulic pressure that has served as aquaporin 11 is larger, and the end of plug 218 extend into that the degree of depth of inner chamber of spacing ring 214 is darker, and the area in the water inlet gap between the sidewall of plug 218 and spacing ring 214 inner chambers is less, and the water amount of the bubbler of flowing through is just less; Otherwise, the hydraulic pressure that has served as aquaporin 11 water inlets more hour, the degree of depth that the end of plug 218 extend in the inner chamber of spacing ring 214 is more shallow, the area in the water inlet gap between the sidewall of plug 218 and spacing ring 214 inner chambers is larger, the water amount of bubbler of flowing through is just larger, realization is regulated water amount automatically according to hydraulic pressure, can also reach the purpose of water saving.

In the such scheme, spool 211, baffle ring 213, spacing ring 214, retaining section 21 and outlet terminal 10 can be integrally formed, also can mutually be assembled.

Scheme two: atomising device 2 comprises spool 211 and elastic block piece 221, spool 211 was arranged at the water intake end of aquaporin 11, what the centre of spool 211 was formed with vertical perforation enters aquaporin 212, the delivery port that enters aquaporin 212 communicates with mistake aquaporin 11, the water inlet that enters aquaporin 212 communicates with water terminal (perhaps crossing the water inlet of aquaporin 11), elastic block piece 221 is arranged on the water inlet end of spool 211, and elastic block piece 221 covers the water inlet that part enters aquaporin 212.Wherein, enter aquaporin 212 stepped, its large end up, the small end that enters aquaporin 212 is cylinder, its large end is comprised of this cylinder and the groove that is arranged on these cylinder both sides, and the inner surface of each groove is smooth inclined-plane or smooth arcwall face, under external force, can extend in the aquaporin 212 elastic block piece 221 and enter the water inlet gap that forms side direction between the inwall of aquaporin 212 after 221 deformation of part elastic block piece.In addition, the water inlet end of spool 211 is provided with and can stops elastic block piece 221 to block banded stopper slot 222 into aquaporin 212 fully, and elastic block piece 221 can only be in stopper slot 222 interior generation deformation.Like this, when the hydraulic pressure that enters aquaporin 212 water inlets larger, the deformation of elastic block piece 221 is just larger, elastic block piece 221 extend into into the degree of depth in the large end of aquaporin 212 darker, elastic block piece 221 and to enter the area in the lateral intake gap that forms between aquaporin 212 inwalls less, the water amount of the bubbler of flowing through is just less; Otherwise, when the hydraulic pressure that enters aquaporin 212 water inlets more hour, the deformation of elastic block piece 221 is just less, and elastic block piece 221 extend into into the degree of depth in the large end of aquaporin 212 more shallow, elastic block piece 221 and to enter the area in water inlet gap of the side direction that forms between the inwall of aquaporin 212 larger, flow through bubbler water amount just larger, realization is regulated water amount automatically according to hydraulic pressure, and (hydraulic pressure is larger, and water amount is less, and hydraulic pressure is less, water amount is larger), can also reach the purpose of water saving.

In the such scheme, spool 21, retaining section 21 and outlet terminal 10 can be integrally formed, also can mutually be assembled.

As shown in Figure 3, anti-blocking bubbler of the present invention can also adopt following proposal to realize: it comprises valve body 1, linear unit 4, at least one air inlet 3 and retaining section 21, valve body 1 is installed on the water side of outlet terminal 10, valve body 1 centre is formed with the excessively aquaporin 11 of vertically (up and down two ends) perforation, linear unit 4 was arranged on the water intake end of aquaporin 11, the retaining section 21 of ring-type was arranged on the delivery port of aquaporin 11, all air inlets 3 radially are distributed on the sidewall of valve body 1, and communicate with crossing aquaporin 11 respectively, all air inlets 3 are between linear unit 4 and retaining section 21.Like this, the flowing water that entered aquaporin 11 forms linear outlet effect via linear unit 4, the water of partial linear state by air inlet 3 air amounts after, flowed to the center of aquaporin 11 delivery ports via retaining section 21, thereby form the water blocking face and blocked the delivery port of aquaporin 11 fully (water of partly atomized water or linear condition is by retaining section 21 centripetal flows, on the delivery port of crossing aquaporin 11, stay rotation and dynamically blocked aquaporin 11 delivery ports, thereby form the water blocking face, its optimum state is for forming moisture film), another part water attack is broken the water blocking face that forms and is produced steeping in water for reconstitution bubble effect, so that water outlet is softer, improve greatly water convenience and comfortableness, can also effectively prevent from stopping up.

Wherein linear unit 4 can adopt existing linear water flowing out structure, for example two apertures advance, the industrial atomising head that goes out of macropore slightly, the present invention only illustrates as an example with following proposal, linear unit 4 comprises the baffle plate 41 that was arranged at aquaporin 11 water intake ends, and baffle plate 41 is provided with several and keeps its both sides to cross the inlet opening 42 of the linearity that aquaporin 11 communicates.

To sum up state, in order to guarantee that the water blocking face is more close to moisture film, the level and smooth arcwall face of the best employing of the inner surface of retaining section 21 of the present invention, the center of circle of arcwall face is positioned at the inboard, simultaneously at valve body 1 several water-guiding holes 5 are set, the water side of each water-guiding hole 5 is towards the center of crossing aquaporin 11 delivery ports, the dynamic water that enters water-guiding hole 5 is crossed the center of aquaporin 11 delivery ports via water-guiding hole 5 delivery port directives, thereby forms another water blocking face and blocked the delivery port of aquaporin 11 fully in same plane.

The above only is better embodiment of the present invention, the present invention is not limited to above-mentioned embodiment, in implementation process, may there be local small structural modification, if various changes of the present invention or modification are not broken away from the spirit and scope of the present invention, and belong within claim of the present invention and the equivalent technologies scope, then the present invention also is intended to comprise these changes and modification.

Claims

1. anti-blocking bubbler, it comprises valve body (1), described valve body (1) centre is formed with the excessively aquaporin (11) of vertical perforation, it is characterized in that, the described water intake end of crossing aquaporin (11) is provided with atomising device (2), the inwall of crossing the delivery port of aquaporin (11) is provided with retaining section (21), be provided with the air inlet (3) that at least one communicates with described excessively aquaporin (11) on the sidewall of the valve body (1) of close retaining section (21) one ends, the flowing water that entered aquaporin (11) forms the atomizing outlet effect via atomising device (2), water behind the partly atomized flowed to the center of aquaporin (11) delivery port via retaining section (21), thereby formed the water blocking face and blocked the delivery port of aquaporin (11) fully.

2. anti-blocking bubbler, it comprises valve body (1), described valve body (1) centre is formed with the excessively aquaporin (11) of vertical perforation, it is characterized in that, the described water intake end of crossing aquaporin (11) is provided with linear unit (4), the inwall of crossing the delivery port of aquaporin (11) is provided with retaining section (21), be provided with the air inlet (3) that at least one communicates with described excessively aquaporin (11) on the sidewall of the valve body (1) of close retaining section (21) one ends, the flowing water that entered aquaporin (11) forms linear outlet effect via linear unit (4), the water of partial linear state flowed to the center of aquaporin (11) delivery port via retaining section (21), thereby formed the water blocking face and blocked the delivery port of aquaporin (11) fully.

3. anti-blocking bubbler according to claim 1 and 2 is characterized in that, the inner surface of described retaining section (21) is level and smooth arcwall face, and the center of circle of arcwall face is positioned at the inboard.

4. anti-blocking bubbler according to claim 1 and 2, it is characterized in that, be provided with several water-guiding holes (5) on the described valve body (1), the water side of each described water-guiding hole (5) is towards the center of crossing aquaporin (11) delivery port, the dynamic water that enters water-guiding hole (5) is crossed the center of aquaporin (11) delivery port via water-guiding hole (5) delivery port directive, thereby forms another water blocking face and blocked the delivery port of aquaporin (11) fully.

5. anti-blocking bubbler according to claim 4 is characterized in that, described water blocking face and described another water blocking face are in same plane.

6. anti-blocking bubbler according to claim 1, it is characterized in that, described atomising device (2) comprises the spool (211) of the water intake end that was arranged at aquaporin (11), what the centre of described spool (211) was formed with vertical perforation enters aquaporin (212), the described delivery port that enters aquaporin (212) with cross aquaporin (11) and communicate, the water intake end that enters aquaporin (212) is provided with baffle ring (213), enter aquaporin (212) water side and be provided with spacing ring (214), being provided with between described baffle ring (213) and the spacing ring (214) can be along the pressing plate (215) that enters aquaporin (212) slip, be provided with at least one on the described pressing plate (215) and keep its both sides to enter the limbers (216) that aquaporin (212) communicates, be provided with the elastic force apparatus (217) that forces pressing plate (215) to prop up baffle ring (213) between spacing ring (214) and the pressing plate (215).

7. anti-blocking bubbler according to claim 6, it is characterized in that, the inner chamber of described spacing ring (214) is stepped, its large end is towards baffle ring (213), the lower end of pressing plate (215) is connected with plug (218), under the effect of external force, described plug (218) can extend in the inner chamber of spacing ring (214), and forms the lateral intake gap between the sidewall of plug (218) and spacing ring (214) inner chamber.

8. anti-blocking bubbler according to claim 1, it is characterized in that, described atomising device (2) comprises the spool (211) of the water intake end that was arranged at aquaporin (11), what the centre of described spool (211) was formed with vertical perforation enters aquaporin (212), the described delivery port that enters aquaporin (212) communicates with crossing aquaporin (11), and the water inlet end of spool (211) is provided with and covers the elastic block piece (221) that part enters aquaporin (212) water inlet.

9. anti-blocking bubbler according to claim 8, it is characterized in that, it is described that to enter aquaporin (212) stepped, its large end up, under external force, can extend in the aquaporin (212) elastic block piece (221) and enter the water inlet gap that forms side direction between the inwall of aquaporin (212) after the described elastic block piece of part (221) deformation.

10. anti-blocking bubbler according to claim 2, it is characterized in that, described linear unit (4) comprises the baffle plate (41) of the water intake end that was arranged at aquaporin (11), and described baffle plate (41) is provided with several and keeps its both sides to cross the inlet opening (42) of the linearity that aquaporin (11) communicates.