CN208524560U - Carbonic acid air-bubble preparation facilities - Google Patents
Carbonic acid air-bubble preparation facilities Download PDFInfo
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- CN208524560U CN208524560U CN201820229781.5U CN201820229781U CN208524560U CN 208524560 U CN208524560 U CN 208524560U CN 201820229781 U CN201820229781 U CN 201820229781U CN 208524560 U CN208524560 U CN 208524560U
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Abstract
The utility model discloses a kind of carbonic acid air-bubble preparation facilities, comprising: water inlet component comprising: the first water-storing bottle；First water inlet pipe and the first outlet pipe, one end is respectively positioned in the first water-storing bottle, the other end is pierced by bottle cap；Gas-vapor mix component comprising: the second water-storing bottle is contained in the first water-storing bottle, and is covered with sealing cover；Second water inlet pipe, one end is located in the second water-storing bottle, the other end is connected to the first outlet pipe；Storage cylinder；Escape pipe, one end protrude into the second water-storing bottle；Circulation pipe, one end is located in the second water-storing bottle, other end connection is on the second water inlet pipe；Second outlet pipe, one end is located in the second water-storing bottle, the other end is pierced by；Valve is equipped on first water inlet pipe, the first outlet pipe, the second water inlet pipe, the second outlet pipe, escape pipe and circulation pipe, the second water inlet pipe is equipped with pump.The utility model, which has, mixes the carbon dioxide in the second water-storing bottle repeatedly with water, the beneficial effect of bubble dispersion more evenly.
Description
Technical field
The utility model relates to air-bubble fields.More specifically, the utility model relates to a kind of preparations of carbonic acid air-bubble
Device.
Background technique
The carbonated soda water dispenser of current prevalence on the market is mostly the simple money of platform mo(u)ld top half, although overall volume is small, all
Without the function of frost, mouthfeel is influenced；And it is needed when making soda water in the water-storing bottle first customized at one by the scale marked
Traditional thread binding quantitative water, water is more or water has lacked the concentration that cannot all control carbonated soda water well, and in carbonated soda water
Bubbles volume it is insufficient, bubble diameter is big.
Utility model content
One purpose of the utility model is to solve at least the above problems, and provide the advantages of at least will be described later.
The utility model is to provide a kind of carbonic acid air-bubble preparation facilities there are one purpose, can make in the second water-storing bottle
Carbon dioxide mixed repeatedly with water, finally make bubble dispersion more evenly.
In order to realize these purposes and other advantages according to the present utility model, a kind of carbonic acid air-bubble preparation dress is provided
It sets, comprising:
Water inlet component comprising:
First water-storing bottle, is covered with bottle cap thereon；
First water inlet pipe, one end is located in first water-storing bottle, the other end is pierced by the bottle cap；
Water filter, the mouth of a river are connected to tap water supply unit, export with first water inlet pipe positioned at first storage
One end connection outside water bottle；
First outlet pipe, one end is located in first water-storing bottle, the other end is pierced by the bottle cap；
Gas-vapor mix component comprising:
Second water-storing bottle is contained in first water-storing bottle, and the second water-storing bottle upper cover is equipped with sealing cover；
Second water inlet pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and described
Bottle cap is simultaneously located at one end outside first water-storing bottle with first outlet pipe and is connected to；
Storage cylinder is located at outside second water-storing bottle, edible grade carbon-dioxide is accommodated in the storage cylinder；
Escape pipe, one end is connected to the storage cylinder, the other end sequentially passes through the bottle cap and the sealing cover protrudes into
In second water-storing bottle；
Circulation pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and the bottle cap,
And it is connected to and is located at the position outside first water-storing bottle in second water inlet pipe；
Second outlet pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and described
Bottle cap；
Wherein, first water inlet pipe, first outlet pipe, second water inlet pipe, second outlet pipe, described
It is equipped with valve on escape pipe and the circulation pipe, the portion outside second water-storing bottle is located on second water inlet pipe
Position is equipped with pump, and the escape pipe is equipped with pressure reducing valve.
Preferably, the valve on first outlet pipe, second water inlet pipe and the escape pipe is unidirectional
Valve, the valve on first water inlet pipe, second outlet pipe and the circulation pipe are solenoid valve.
It preferably, further include outlet component comprising:
Tap sleeve is provided with faucet；
Running water pipe is arranged in the tap sleeve, and described running water pipe one end is connected to the faucet, is another
The valve that one end connection is located at outside first water-storing bottle on first outlet pipe, and is located on first outlet pipe
Between door and first water-storing bottle, the running water pipe is equipped with check valve and solenoid valve；
Manually-operated gate passes through the water faucet sleeve tube wall and is set on the running water pipe；
Bubble water pipe is sheathed in the faucet tube, and bubble water pipe one end is connected to the faucet, is another
End is connected to the other end of second outlet pipe；
Touch switch is set on the water faucet sleeve tube wall, and electric with the solenoid valve on second outlet pipe
Connection.
Preferably, the pump is booster pump, and second water inlet pipe is located at the company of one end inside second water-storing bottle
It is connected with ejector.
It preferably, further include relief valve and relief tube, the relief valve is arranged on the bottle cap, on the relief tube
End is connected to that the relief valve upper and lower end sequentially passes through the bottle cap and the sealing cover is located in second water-storing bottle.
It preferably, further include the first water level probe and the second water level probe, first water level probe and described second
The probe of water level probe both passes through the bottle cap and the sealing cover protrudes into inside second water-storing bottle, and stores up with described second
The vertical distance of water bottle bottom is respectively the first height and the second height, and first height is less than second height.
It preferably, further include cooling component comprising:
Collet is sheathed on outside first water-storing bottle and the bottle cap；
Evaporator is looped around on the first water-storing bottle outer wall, and is located in the collet；
Two copper pipes, one end of two copper pipes is connected to the both ends of the evaporator respectively, the other end is pierced by the folder
Set is connect with a compressor.
Preferably, the relief tube is higher than the probe of second water level probe.
Preferably, the pressure threshold of the relief valve is 1MPa.
The utility model is include at least the following beneficial effects:
The first, it can directly be mixed, while can also be made with edible grade carbon-dioxide using filtered tap water
Edible grade carbon-dioxide in second water-storing bottle mixes repeatedly with water circulation, finally makes bubble dispersion more evenly, improves carbonic acid gas
Soaked mouthfeel.
The second, when the carbonic acid air-bubble in the second water-storing bottle has not been drunk, edible grade carbon-dioxide will not be lost,
If taking the time next time too long, it can first start pump and open the valve on circulation pipe, make the Yu Shuiyu in the second water-storing bottle
Gas recirculates a period of time, is uniformly mixed Yu Shui and residual air again, then take, bubble is made to be uniformly dispersed in water again,
Promote mouthfeel.
Faucet in third, a tap sleeve, which can choose, takes through the filtered water of water filter, directly drinks
With also can choose and take carbonic acid air-bubble and drink, do not need two tap sleeves of setting so, it is empty that installation can be saved
Between.
4th, booster pump can be such that the hydraulic pressure in the second water inlet pipe increases, and now eject from ejector, form water mist, water
Drop particle is small, and more empty easily uniform with food grade carbon dioxide mix, bubble diameter is smaller, and the mouthfeel of carbonic acid air-bubble is more preferably.
5th, during preparing carbonic acid air-bubble, not into the food grade carbon dioxide gas in the second water-storing bottle
Disconnected to increase, the air pressure in the second water-storing bottle is increasing, and when reaching the pressure threshold of relief valve setting, gas can be through pressure release
Pipe is flowed out from relief valve, to alleviate the air pressure in the second water-storing bottle, prevents the second water-storing bottle from bursting.
6th, after starting compressor, the water in the first water-storing bottle can be cooled down, can so makes cold or ice
Carbonic acid air-bubble or cold or ice filtered tap water, especially in summer, ambient air temperature is high, and bubble is easy to lose,
If can directly pick out ice-cold carbonic acid air-bubble from faucet, rather than it is placed in refrigerator again after picking out carbonic acid air-bubble
It is cooling, it is possible to reduce scattering and disappearing for bubble can also quickly enjoy ice-cold carbonic acid air-bubble.
The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is the overall structure diagram of one of technical solution of the utility model.
Specific embodiment
The following describes the utility model in further detail with reference to the accompanying drawings, to enable those skilled in the art referring to explanation
Book text can be implemented accordingly.
It should be noted that in the description of the present invention, term " on ", "lower", "vertical", "horizontal", "top",
The orientation or positional relationship of the instructions such as "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, merely to just
In description the utility model and simplify description, is not that the device of indication or suggestion meaning or element there must be specific side
Position is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
As shown in Figure 1, the utility model provides a kind of carbonic acid air-bubble preparation facilities, comprising:
Water inlet component comprising:
First water-storing bottle 11, is covered with bottle cap thereon；
First water inlet pipe 12, one end is located in first water-storing bottle 11, the other end is pierced by the bottle cap, can be with water
Source connection；
Water filter 15, the mouth of a river is connected to tap water supply unit, exports and is located at described the with first water inlet pipe 12
One end connection outside one water-storing bottle 11, tap water can enter the first water inlet pipe 12 after the filtering of water filter 15；First water outlet
Pipe 14, one end is located in first water-storing bottle 11, the other end is pierced by the bottle cap, for by the water in the first water-storing bottle 11
It draws；
Gas-vapor mix component comprising:
Second water-storing bottle 21 is contained in first water-storing bottle 11, and 21 upper cover of the second water-storing bottle is equipped with sealing
Lid, for sealing the second water-storing bottle 21, overflow gas can not；
Second water inlet pipe 22, one end is located in second water-storing bottle 21, the other end is successively pierced by the sealing cover and
The bottle cap is simultaneously located at one end outside first water-storing bottle 11 with first outlet pipe 14 and is connected to, for by the first water-storing bottle
Water in 11 introduces in the second water-storing bottle 21；
Storage cylinder 23 is located at outside second water-storing bottle 21, accommodates food grade titanium dioxide in the storage cylinder 23
Carbon, for storing edible grade carbon-dioxide；
Escape pipe 24, one end is connected to the storage cylinder 23, the other end sequentially passes through the bottle cap and the sealing cover
It protrudes into second water-storing bottle 21, for introducing edible grade carbon-dioxide in the second water-storing bottle 21；
Circulation pipe 25, one end is located in second water-storing bottle 21, the other end is successively pierced by the sealing cover and described
Bottle cap, and be connected to and be located at the position outside first water-storing bottle 11 in second water inlet pipe 22, the liquid in the second water-storing bottle 21
Body can return in the second water-storing bottle 21 followed by circulation pipe 25, the second water inlet pipe 22, to realize in the second water-storing bottle 21
Circulate, be sufficiently mixed with edible grade carbon-dioxide, bubble disperse more evenly；
Second outlet pipe 26, one end is located in second water-storing bottle 21, the other end is successively pierced by the sealing cover and
The bottle cap, for drawing the liquid in the second water-storing bottle 21；
Wherein, first water inlet pipe 12, first outlet pipe 14, second water inlet pipe 22, second water outlet
It is equipped with valve on pipe 26, the escape pipe 24 and the circulation pipe 25, described the is located on second water inlet pipe 22
Position outside two water-storing bottles 21 is equipped with pump 27, and the escape pipe 24 is equipped with pressure reducing valve 28.
In the above-mentioned technical solutions, the first water inlet pipe 12, the first outlet pipe 14, the valve on escape pipe 24 are opened, originally
Water enters in the first water-storing bottle 11 after the filtering of water filter 15 from the first water inlet pipe 12, after being buffered in the first water-storing bottle 11,
The first water-storing bottle 11 is drawn through the first outlet pipe 14, is introduced in the second water-storing bottle 21 through the second water inlet pipe 22, food grade titanium dioxide
Carbon enters in the second water-storing bottle 21 from storage cylinder 23 through escape pipe 24, when the water and food grade titanium dioxide in the second water-storing bottle 21
After carbon reaches quantity, the first water inlet pipe 12, the first outlet pipe 14, the valve on escape pipe 24 are closed, is opened on circulation pipe 25
Valve, starting pump 27, and the gas-liquid mixture in the second water-storing bottle 21 flows through circulation pipe 25, the second water inlet pipe 22, returns to the second storage
In water bottle 21, so recycles after a certain period of time, such as 1min, 2min, 3min, 10min, 20min etc., food grade dioxy can be made
Change carbon and water is more fully mixed, more evenly, bubble diameter is smaller, and mouthfeel more preferably, is then shut off the valve pumped on 27 and circulation pipe 25
Door, when needing will drink, the valve that can be opened on the second outlet pipe 26 is taken, and is gone out if it is not needed, second can be closed
Valve on water pipe 26, since the second water-storing bottle 21 is sealing, so will not eat grade carbon-dioxide will not be lost, if taken
Too long with the time, it can first start pump 27 and open the valve on circulation pipe 25, make the remaining water residual air weight in the second water-storing bottle 21
New circulation a period of time, it is uniformly mixed Yu Shui and residual air again, then take, mouthfeel is more preferably.
In another technical solution, first outlet pipe 14, second water inlet pipe 22 and the escape pipe 24
On valve be check valve, avoid gas and water reflux, first water inlet pipe 12, second outlet pipe 26, Yi Jisuo
The valve stated on circulation pipe 25 is solenoid valve, after connecting with single-chip microcontroller, may be implemented to automatically control.
It further include outlet component in another technical solution comprising:
Tap sleeve 31, is provided with faucet；
Running water pipe 32 is arranged in the tap sleeve 31, described 32 one end of running water pipe and the faucet
Connection, other end connection are located at outside first water-storing bottle 11 on first outlet pipe 14, and are located at described first
Between valve and first water-storing bottle 11 on outlet pipe 14, can make in the first water-storing bottle 11 through 15 mistake of water filter
Water after filter is flowed out through the first outlet pipe 14, running water pipe 32, faucet, and the running water pipe 32 is equipped with check valve and electromagnetism
Valve；
Manually-operated gate 33 passes through 31 tube wall of tap sleeve and is set on the running water pipe 32；
Bubble water pipe 34 is sheathed in the faucet tube, described 34 one end of bubble water pipe is connected to the faucet,
The other end is connected to the other end of second outlet pipe 26, the carbonic acid air-bubble that the second outlet pipe 26 is drawn can be led to
Faucet；
Touch switch 35 is set on 31 tube wall of tap sleeve, and with the electricity on second outlet pipe 26
Magnet valve electrical connection.
In the above-mentioned technical solutions, the faucet on a tap sleeve 31, which can choose, takes through 15 mistake of water filter
Water after filter, directly drinks, and also can choose and takes carbonic acid air-bubble and drink, and does not need two tap sleeves of setting so
31, installation space can be saved.
In another technical solution, the pump 27 is booster pump, and second water inlet pipe 22 is located at second water storage
One end inside bottle 21 is communicated with ejector 29, and booster pump can be such that the hydraulic pressure in the second water inlet pipe 22 increases, now from ejector
29 eject, and form water mist, water droplet particle is small, and more empty easily uniform with food grade carbon dioxide mix, bubble diameter is smaller.
It further include relief valve 5 and relief tube 6 in another technical solution, the relief valve 5 is arranged in the bottle cap
On, 6 upper end of relief tube is connected to that 5 upper and lower end of relief valve sequentially passes through the bottle cap and the sealing cover is located at institute
It states in the second water-storing bottle 21, edible grade carbon-dioxide during preparing carbonic acid air-bubble, into the second water-storing bottle 21
Gas is continuously increased, and the air pressure in the second water-storing bottle 21 is increasing, when reaching the pressure threshold of the setting of relief valve 5, gas
It can be flowed out through relief tube 6 from relief valve 5, to alleviate the air pressure in the second water-storing bottle 21, prevent the second water-storing bottle 21 from bursting.
It further include the first water level probe 7 and the second water level probe 8 in another technical solution, first water level is visited
The probe of needle 7 and second water level probe 8 both passes through the bottle cap and the sealing cover protrudes into second water-storing bottle 21
Portion, and be respectively the first height and the second height with the vertical distance of 21 bottom of the second water-storing bottle, first height is small
In second height, the first water level probe 7 and the second water level probe 8 can separately detect the low water level in the second water-storing bottle 21
And high water level opens the first water inlet pipe 12, the first outlet pipe 14, outlet when the water level in the second water-storing bottle 21 is low water level
Valve on pipe 24, filtered tap water and edible grade carbon-dioxide enter in the second water-storing bottle 21, when the second water-storing bottle 21
When interior water level reaches high water level, the first water inlet pipe 12, the first outlet pipe 14, the valve on escape pipe 24 are closed, circulation is opened
Valve on pipe 25, starting pump 27, mixes the gas-liquid cycle in the second water-storing bottle 21, so as to accurately control the second storage
The ratio of water and edible grade carbon-dioxide in carbonic acid air-bubble in water bottle 21.
It further include cooling component in another technical solution comprising:
Collet 41 is sheathed on outside first water-storing bottle 11 and the bottle cap；
Evaporator 42 is looped around on 11 outer wall of the first water-storing bottle, and is located in the collet 41；
Two copper pipes 43, one end of two copper pipes 43 is connected to the both ends of the evaporator 42 respectively, the other end is pierced by
The collet 41 is connect with a compressor 44, after starting compressor 44, can be cooled down to the water in the first water-storing bottle 11, such as
This can make cold or ice carbonic acid air-bubble or cold or ice filtered tap water.
In another technical solution, the relief tube 6 is higher than the probe of second water level probe 8, avoids the second storage
Liquid in water bottle 21 is overflowed from relief valve 5.
In another technical solution, the pressure threshold of the relief valve 5 is 1MPa, when being more than pressure threshold, impact
Power is small, will not cause to damage to user of service.
It is not only in the description and the implementation although the embodiments of the present invention have been disclosed as above
Listed utilization, it can be applied to various fields suitable for the present invention completely, for those skilled in the art,
Other modifications may be easily implemented, therefore without departing from the general concept defined in the claims and the equivalent scope, this reality
It is not limited to specific details and legend shown and described herein with novel.
Claims (9)
1. carbonic acid air-bubble preparation facilities characterized by comprising
Water inlet component comprising:
First water-storing bottle, is covered with bottle cap thereon；
First water inlet pipe, one end is located in first water-storing bottle, the other end is pierced by the bottle cap；
Water filter, the mouth of a river is connected to tap water supply unit, exports and is located at first water-storing bottle with first water inlet pipe
Outer one end connection；
First outlet pipe, one end is located in first water-storing bottle, the other end is pierced by the bottle cap；
Gas-vapor mix component comprising:
Second water-storing bottle is contained in first water-storing bottle, and the second water-storing bottle upper cover is equipped with sealing cover；
Second water inlet pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and the bottle cap
And it is located at one end outside first water-storing bottle with first outlet pipe and is connected to；
Storage cylinder is located at outside second water-storing bottle, edible grade carbon-dioxide is accommodated in the storage cylinder；
Escape pipe, one end is connected to the storage cylinder, the other end sequentially passes through the bottle cap and the sealing cover protrude into it is described
In second water-storing bottle；
Circulation pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and the bottle cap, and even
Lead to and is located at the position outside first water-storing bottle in second water inlet pipe；
Second outlet pipe, one end is located in second water-storing bottle, the other end is successively pierced by the sealing cover and the bottle cap；
Wherein, first water inlet pipe, first outlet pipe, second water inlet pipe, second outlet pipe, the outlet
Valve is equipped on pipe and the circulation pipe, the position being located at outside second water-storing bottle on second water inlet pipe is set
There is pump, the escape pipe is equipped with pressure reducing valve.
2. carbonic acid air-bubble preparation facilities as described in claim 1, which is characterized in that first outlet pipe, described second
Valve on water inlet pipe and the escape pipe is check valve, first water inlet pipe, second outlet pipe, Yi Jisuo
Stating the valve on circulation pipe is solenoid valve.
3. carbonic acid air-bubble preparation facilities as claimed in claim 2, which is characterized in that further include outlet component comprising:
Tap sleeve is provided with faucet；
Running water pipe is arranged in the tap sleeve, and described running water pipe one end is connected to the faucet, the other end
Connection on first outlet pipe be located at first water-storing bottle outside, and be located at first outlet pipe on valve with
Between first water-storing bottle, the running water pipe is equipped with check valve and solenoid valve；
Manually-operated gate passes through the water faucet sleeve tube wall and is set on the running water pipe；
Bubble water pipe is sheathed in the faucet tube, bubble water pipe one end is connected to the faucet, the other end with
The other end of second outlet pipe is connected to；
Touch switch is set on the water faucet sleeve tube wall, and is electrically connected with the solenoid valve on second outlet pipe.
4. carbonic acid air-bubble preparation facilities as described in claim 1, which is characterized in that it is described pump be booster pump, described second
One end that water inlet pipe is located inside second water-storing bottle is communicated with ejector.
5. carbonic acid air-bubble preparation facilities as described in claim 1, which is characterized in that further include relief valve and relief tube, institute
It states relief valve to be arranged on the bottle cap, the relief tube upper end is connected to the relief valve upper and lower end and sequentially passes through the bottle
Lid and the sealing cover are located in second water-storing bottle.
6. carbonic acid air-bubble preparation facilities as claimed in claim 5, which is characterized in that further include the first water level probe and second
The probe of water level probe, first water level probe and second water level probe both passes through the bottle cap and the sealing cover is stretched
Enter inside second water-storing bottle, and is respectively that the first height and second are high with the vertical distance of second water-storing bottle bottom
Degree, first height are less than second height.
7. carbonic acid air-bubble preparation facilities as described in claim 1, which is characterized in that further include cooling component comprising:
Collet is sheathed on outside first water-storing bottle and the bottle cap；
Evaporator is looped around on the first water-storing bottle outer wall, and is located in the collet；
Two copper pipes, one end of two copper pipes is connected to the both ends of the evaporator respectively, the other end be pierced by the collet with
The connection of one compressor.
8. carbonic acid air-bubble preparation facilities as claimed in claim 6, which is characterized in that the relief tube is higher than second water
The probe of position probe.
9. carbonic acid air-bubble preparation facilities as claimed in claim 5, which is characterized in that the pressure threshold of the relief valve is
1MPa。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820229781.5U CN208524560U (en) | 2018-02-08 | 2018-02-08 | Carbonic acid air-bubble preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820229781.5U CN208524560U (en) | 2018-02-08 | 2018-02-08 | Carbonic acid air-bubble preparation facilities |
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| Publication Number | Publication Date |
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| CN208524560U true CN208524560U (en) | 2019-02-22 |
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ID=65399241
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820229781.5U Active CN208524560U (en) | 2018-02-08 | 2018-02-08 | Carbonic acid air-bubble preparation facilities |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022100509A1 (en) * | 2020-11-13 | 2022-05-19 | 江门市伊科迈特电子科技有限公司 | Sparkling water production machine |
-
2018
- 2018-02-08 CN CN201820229781.5U patent/CN208524560U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022100509A1 (en) * | 2020-11-13 | 2022-05-19 | 江门市伊科迈特电子科技有限公司 | Sparkling water production machine |
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