CN203576300U - Sparkling water maker - Google Patents
Sparkling water maker Download PDFInfo
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- CN203576300U CN203576300U CN201320755235.2U CN201320755235U CN203576300U CN 203576300 U CN203576300 U CN 203576300U CN 201320755235 U CN201320755235 U CN 201320755235U CN 203576300 U CN203576300 U CN 203576300U
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Abstract
The utility model discloses a sparkling water maker. The sparkling water maker at least comprises a first water storage barrel, a second water storage barrel and a refrigeration device. The first water storage barrel can store common drinking water and provide the same for people to drink. Water stored in the first water storage barrel is blended with high-pressure gases generated by a high-pressure gas source to generate sparkling water, and the sparkling water is then stored in the second water storage barrel and can be provided for people to drink. The refrigeration device can refrigerate both common water stored in the first water storage barrel and the sparkling water stored in the second water storage barrel, so that the common water and the sparkling water can be at the low temperature or be chilled, and people can drink the common water and the sparkling water both with improved taste.
Description
Technical field
The utility model is an air-bubble machine, espespecially in general drinking water and a large amount of air-bubbles can be provided simultaneously.
Background technology
On many newspapers and magazines, existing institute report and confirms in recent years, adds suitable gas (carbon dioxide) in drinking water, can make people's intestines peristalsis, acceleration metabolic, relieve summer heat and quench one's thirst and eliminate the advantages such as fatigue.The part personage that loses weight more can drink air-bubble as one of work of fat-reducing, and it is to have drunk air-bubble to have satiety, promotes that defecation is smooth and easy, impact that can be on fat-reducing tool front.
And in the streets existing many designs that are enough to provide an air-bubble equipment, as case before the patents such as Taiwan TWM332481, TWM355670, TWM392696 and TWM462145.So, before these patents, the design of case still has many parts of not improving to the greatest extent; As air-bubble of one low (ice) temperature cannot be provided, maybe cannot make the soaked Chang Baoqi air content of cushion gas of storage, and disappearance cannot combine with a drinking equipment etc.
And above-mentioned many shortcomings make the equipment of air-bubble fail to be accepted by consumer always, the related consumer of making also enjoys and drinks every benefit that air-bubble brings without good fortune.Real is dealer and consumer both sides' heavy losses.
For this reason, how to develop a good air-bubble machine, overcome every disappearance of above-mentioned known person, be the problem that relevant dealer urgently overcomes.
Utility model content
The technical problem that the utility model solves i.e. relevant a kind of air-bubble machine, and it is mainly cannot supply with the disappearance that provides a second best in quality air-bubble to drink for people overcoming known air-bubble machine.
The technological means that the utility model adopts is as described below.
For this reason, the utility model provides a kind of air-bubble machine.Air-bubble machine of the present utility model at least includes one first water butt, one second water butt and a chilling unit; The first water butt is provided with water inlet end and air guide end, water inlet end is also connected to the supply equipment for water-supply source, air guide end is connected with the external world, the first water butt is separately provided with the first water side and the second water side, this first water side can be in conjunction with a water tap with two outlet, the second water side connects establishes a hydraulic pipeline, is provided with a compression motor between this hydraulic pipeline.The second water butt is positioned at the first place, water butt top, the inner tool one first secondary storage area of the second water butt and one second secondary storage area, and this first secondary storage area receiving volume is less than the receiving volume of the second secondary storage area, the top of this first secondary storage area and the second secondary storage area is located and the shape for being connected; The second water butt top place is provided with water side and water inlet end, and this water side also extends the place, bottom of the second secondary storage area in pipeline to the second water butt, and water inlet end is through a triplate line, to be connected in the hydraulic pipeline of a high pressurized gas and the first water butt.The condenser pipe of chilling unit spirals and is surrounded on outside the first water butt and outside the second water butt, in order to do the effect that makes its refrigeration, is conveyed in the first water butt and the second water butt.
A kind of air-bubble machine, at least comprise: the first water butt, place, nearly top is provided with water inlet end and air guide end, this water inlet end is also connected to the supply equipment for water-supply source, this air guide end is connected with the external world, place, nearly below is provided with the first water side and the second water side, and the second water side connects establishes a hydraulic pipeline, between this hydraulic pipeline and be provided with a compression motor; The second water butt, be positioned at the place, top of the first water butt, this second water butt inner also tool one first secondary storage area and one second secondary storage area, this first secondary storage area and the second place, top, secondary storage area are the shape that is connected, the second place, water butt top is provided with water side and water inlet end, and water inlet end is to be connected in the hydraulic pipeline of a high pressurized gas and the first water butt through a triplate line; Chilling unit, tool one compressor and the condenser pipe linking thereof, this condenser pipe spiraling is surrounded on outside outer and the second water butt of the first water butt.
A kind of air-bubble machine, at least comprise: the first water butt, place, nearly top is provided with water inlet end and air guide end, this water inlet end is also connected to the supply equipment for water-supply source, this air guide end is connected with the external world, place, nearly below is provided with the first water side and the second water side, and the second water side connects establishes a hydraulic pipeline, between this hydraulic pipeline and be provided with a compression motor; The second water butt, be positioned at the place, top of the first water butt, this second water butt inner also tool one first secondary storage area and one second secondary storage area, this first secondary storage area and the second place, top, secondary storage area are the shape that is connected, the second place, water butt top is provided with water side, water inlet end and inlet end, water inlet end is also connected with the water-supply-pipe of the first water butt, and inlet end is connected with a high pressurized gas; Chilling unit, tool one compressor and the condenser pipe linking thereof, this condenser pipe spiraling is surrounded on outside outer and the second water butt of the first water butt.
In the first water butt, be further provided with temperature detector, the compressor of this temperature detector interlock chilling unit.
In the second water butt, be further provided with temperature detector, the compressor of this temperature detector interlock chilling unit.
Phase region is divided into by a space bar for the first secondary storage area of the second water butt and the second secondary storage area.
Space bar top is not butted on the second bucket wall place, water butt top.
The connected high pressurized gas of the second water butt water inlet end refers to high-pressure cylinder bottle.
Compression motor between the first water butt hydraulic pipeline is subject to the water level detector institute interlock of the second secondary storage area of the second water butt.
The water inlet end of the second water butt is poured into water in the second water butt with the aspect of powerful water column shape.
Water jets under high pressure flows in the first secondary storage area in the second water butt.
The water side of the second water butt is to prolong the draw water bottom place of the secondary storage area of pipeline to the second of tool one.
The beneficial effect that the utility model produces is, the water inlet end of the first water butt can be input into water source in the first water butt, and makes the water storage in this first water butt reduce temperature through the effect of chilling unit, makes it can supply with drinking water of low (ice) temperature.Obtaining by the first water butt inner storing water of air-bubble led into the menifold wherein of the triplate line in the second water butt top by its second water side, the another gases at high pressure of accepting to come from high pressurized gas of another menifold of this triplate line, water storage in this former first water butt will mix with the gases at high pressure of high pressurized gas, and flow in this second water butt through the water inlet end of the second water butt, then can generate air-bubble for drinking.And the second water butt is also subject to the effect of refrigeration plant, and makes this air-bubble also become the shape of low (ice) temperature, and increases the mouthfeel while drinking.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present utility model.
Fig. 2 is application schematic diagram of the present utility model.
Fig. 3 is another embodiment schematic diagram of the present utility model.
Figure number explanation:
1 first water butt
11 water inlet ends
12 air guide ends
13 first water sides
14 second water sides
15 temperature detectors
111 supply equipments
141 hydraulic pipelines
142 compression motors
2 second water butts
21 first secondary storage areas
22 second secondary storage areas
23 space bars
24 water sides
241 pipelines that draw water
25 water inlet ends
26 high pressurized gas
27 control valves
28 temperature detectors
221 water level detectors
261 adjust valve
262 water inlet ends
3 chilling units
31 compressors
32 condenser pipes.
The specific embodiment
First, please consult shown in Fig. 1, air-bubble machine of the present utility model at least comprises one first water butt 1, one second water butt 2 and a chilling unit 3.
Wherein, the first place, the nearly top of water butt 1 is provided with water inlet end 11 and air guide end 12, and this water inlet end 11 is also connected to the supply equipment 111 for water-supply source, and 12, this air guide end is connected with the external world; The first place, nearly below of water butt 1 is provided with the first water side 13 and the second water side 14, and this first water side 13 can be in conjunction with a water tap with two outlet, and the second 14 of water sides connect establishes a hydraulic pipeline 141, and 141 of this hydraulic pipelines are also provided with a compression motor 142; In the first water butt 1, also can further separately arrange and give temperature detector 15.
The second water butt 2 is positioned at the place, top of the first water butt 1, this second water butt 2 inner also secondary storage area 21 of tool one first and one second secondary storage area 22, phase region is divided into by a space bar 23 for 22 of this first secondary storage area 21 and the second secondary storage areas, and make these the first secondary storage area 21 receiving volumes be less than the receiving volume of the second secondary storage area 22, these space bar 23 tops are not butted on 2 bucket wall places, top, the second water butt place, and make this first secondary storage area 21 and the second secondary storage area 22 shapes of place, top for being connected; The second water butt 2 places, top are provided with water side 24 and water inlet end 25, this water side 24 also extends a place, bottom that draws water 2 second secondary storage areas 22 in pipeline 241 to second water butts, in this second secondary storage area 22 and be provided with water level detector 221, and can detect the water storage capacity in the second secondary storage area 22; Water inlet end 25 is corresponding to 21 places, top, the first secondary storage area in the second water butt 2 inside, water inlet end 25 is to be connected in the hydraulic pipeline 141 of a high pressurized gas 26 and the first water butt 1 through a triplate line, 142 of the compression motors of this hydraulic pipeline 141 are subject to 221 interlocks of water level detector of the second secondary storage area 22 of the second water butt 2, again, in practice, this high pressurized gas 26 is that to can be one to be filled with the cylinder bottle of gases at high pressure, and an adjustment valve 261 is given in high pressurized gas 26 link, with the gas pressure of adjustable these high pressurized gas 26 outputs.Separately, the second water butt 2 tops are located and are provided with relief valve 27, and further can establish and give temperature detector 28.
Chilling unit 3 and even the condenser pipe 32 that includes less a compressor 31 and link, this condenser pipe 32 is to spiral to be surrounded on outside the first water butt 1 and outside the second water butt 2, and by after compressor 31 runnings, can the effect of its refrigeration be conveyed to the first water butt 1 and the second water butt 2 through condenser pipe 32.
As shown in Figure 2, during the utility model application, the water source of supply equipment 111 is through the water inlet end 11 of the first water butt 1, its water source to be inputted, and by the design of the first water butt 1 top tool air guide end 12, make the first water butt 1 can not produce vent plug phenomenon, and can be smoothly the water source of supply equipment 111 is input in the first water butt 1 and is stored through water inlet end.And this supply equipment 111 be can be RO reverse osmosis water treatment facilities for it, or other be enough to process unboiled water to can for personnel reach drink requirement equipment for it, only, these supply equipment 111 not technical characteristics of this case and demands of the scope of the claims, therefore separately do not repeat after holding; Water source in being stored in the first water butt 1 is the effect that is subject to chilling unit 3, and spiral around causing the water storage in the first water butt 1 can reach a low-temperature condition by the condenser pipe dish 32 of this chilling unit 3, so, through the first water side 13, be the drinking water of exportable one low (ice) temperature, for taking of personnel; And by temperature detector 15, can detect the water temperature of the first water butt 1 inner storing water, and by its Electronic Control design, in time start or close compressor 31 starts of this chilling unit 3 according to the measured water temperature of temperature detector 15, with the water storage maintaining in this first water butt 1, reach a default low temperature degree, only, the compressor 31 Electronic Control designs of these temperature detector 15 interlock chilling units 3 are to be one to be familiar with this technical field person very easily for it, therefore also repeat no more after appearance.
Hold, when the utility model generates air-bubble, it is by the water storage in the first water butt 1, by its second water side 14, to follow hydraulic pipeline 141 to lead into the menifold wherein of the triplate line in the second water butt 2 tops, and another menifold of this triplate line acceptance come from the gases at high pressure of high pressurized gas 26, so, water storage in former the first water butt 1 mixes the gases at high pressure with high pressurized gas 26 and flows in this second water butt 2 through the water inlet end 25 of the second water butt 2, then make this water source entering in the second water butt 2 become the air-bubble that is rich in a large amount of gases, and can this air-bubble externally be exported to supply with through the water side 24 of the second water butt 2 and drink, and the second water butt 2 outer also by the condenser pipe 32 of chilling unit 3 spiral around, and be enough to make the air-bubble in the second water butt 2 to reach low (ice) warm state, and by the same water temperature that can detect the second water butt 2 inner storing waters of temperature detector 28, and by its Electronic Control design, in time start or close compressor 31 starts of this chilling unit 3 according to the measured water temperature of temperature detector 28, with the water storage maintaining in this second water butt 2, reach a default low temperature degree, only, the compressor 31 Electronic Control designs of these temperature detector 28 interlock chilling units 3 are to be one to be familiar with this technical field person very easily for it, therefore also repeat no more after holding.
And in practice, after externally export air-bubble wherein gradually the water side 24 of the second water butt 2, in this second water butt 2, in the second secondary storage area, 22 water storage water level can decline gradually, and detect water storage water level in the second secondary storage area 22 while being down to a default low water level when water level detector 221, the compression motor 142 that is now the hydraulic pipeline 141 of interlock the first water butt 1 carries out start, then the water inlet end 25 that the water storage in the first water butt 1 is guided to the second water butt 2 through hydraulic pipeline 141 pressurizations is done into water, and the interlock of 142 of this water level detector 221 and compression motors is for being familiar with this electron controls technology field person very easily for it, therefore repeat no more after holding.
Further say, the delivery port of the water inlet end 25 of the second water butt 2 can be contracted to a certain degree, coordinate again compression motor 142 starts of hydraulic pipeline 141, while making its water outlet, become a powerful water column state sample spraying at a high speed, so, coordinate again the high pressure while exporting from the gas of high pressurized gas 26, even if become to be fused into contain the air-bubble of a large amount of gases when this water source leaves water inlet end 25, and this powerful water column that is rich in a large amount of gases flows into brute force in the second water butt 2 in the first secondary storage area 21, and utilize its impulse force to make this water column pour the depths of water storage in the first secondary storage area 21, and then be spread in the depths of water storage in this unit 21, the first secondary storage area, the gas that so can take advantage of a situation and fuse in water column former, and with water column, bring into but not yet dissolve in gas wherein and bring in the lump in the depths of water storage in the first secondary storage area 21, in order to do a large amount of gas is fused in the water storage depths in the first secondary storage area 21, and make the water storage in the first secondary storage area 21 reach the state that is rich in a large amount of gases, after the water yield in this first secondary storage area 21 raises gradually, can naturally overflow and flow in the second secondary storage area 22 from space bar 23 eventually, after continuing operation like this period of time, if the water level detector 221 in the second secondary storage area 22 records its water storage water level while having reached a default high water level, this water level detector 221 is that interlock makes the compression motor 142 of the hydraulic pipeline 141 of the first water butt 1 shut down, and then stops the water inlet operation to the second water butt 22.And aforementioned seeing through naturally overflowed and flowed in the action of the second secondary storage area 22 by the first secondary water cell 21, can make the former air-bubble that is rich in a large amount of gases in the first secondary storage area 21 that is stored in reduce by the rolling of big-movement and stir in the process of circulation, so can reduce the degree that the gas in this air-bubble vapors away in water, the air-bubble that makes to flow in behind 22 yuan of the second secondary storage areas is still rich in its gas content and can be stored for a long time.
On the other hand, the hyperbar that the high pressurized gas 26 that the water inlet end 25 of the first secondary storage area 21 connects also will provide the second water butt 2, and set by the adjusting of its control valve 27, and can make the interior perseverance of the second water butt 2 reach a default hyperbar shape, this second water butt 2 is under a hyperbar state like this, when the water column becoming in the time of can making water inlet end 25 water inlet flows in the first secondary storage area 21, more favourable gas in the second water butt 2 is brought in the first secondary storage area 21 wherein by this water column, the gas that also can make to be stored in the air-bubble in the second secondary storage area 22 in the second water butt 2 is unlikely in water, to volatilize easily, if or the gas having volatilized in water can be fused in water again, then make air-bubble water storage in the second secondary storage area 22 can possess for a long time the high-load of its gas, so that the follow-up air-bubble that is rich in tolerance that can provide to be at any time provided.
Again as shown in Figure 3, in another embodiment of the present utility model, 26 of high pressurized gas are directly directed in the second water butt 2 places, top through an inlet end 262 after control valve 261, and the water inlet end 25 of the second water butt 2 tops will not be connected with high pressurized gas 26, even also this water inlet end 25 is only connected in the hydraulic pipeline 141 of the first water butt 1, so, the gas of high pressurized gas 26 pours into through its inlet end 262 independence from the second water butt 2 tops, and make to be full of in the second water butt 2 gases at high pressure, another water inlet end 25 is also still with the state sample water outlet of powerful water column, and the water source in the hydraulic pipeline from the first water butt 1 141 is flow in the first secondary water storage list district 21 of the second water butt 2, in the filling process of this brute force water column, the former gases at high pressure that are present in the second water butt 2, be about to be drawn in a large number in this water column and flow in the lump the water storage depths in the first secondary storage area 21 of the second water butt 2, subsequently and be dissolved in the water storage of the first secondary storage area 21, in order to do making water storage in the first secondary storage area 21 reach, be rich in a large amount of gaseous states, after continuous operation a period of time, the water storage in the first secondary storage area 21 is spilled in the second secondary storage area 22 again and stores, and can supply follow-up drinking.Certainly as previously mentioned, if the water level detector 221 in the second secondary storage area 22 records its water storage water level while having reached a default high water level, this water level detector 221 that is interlock make the compression motor 142 of the hydraulic pipeline 141 of the first water butt 1 shut down, and then stop the water inlet operation to the second water butt 22.
Effect of the present utility model is, air-bubble machine of the present utility model and even comprise less one first water butt 1, one second water butt 2 and a chilling unit 3.The first water butt 1 is the drinking-water that one low (ice) temperature can be provided; The second 2 of water butts can generate through a high pressurized gas 26 air-bubble, and this air-bubble is stored in this second water butt 2; This first water butt 1, one second water butt 2 are also all subject to the effect of chilling unit 3, and make water storage in this first water butt 1 and one second water butt 2 all become the shape of low (ice) temperature, can supply personnel conveniently take.
Claims (11)
1. an air-bubble machine, is characterized in that, at least comprises:
The first water butt, place, nearly top is provided with water inlet end and air guide end, this water inlet end is also connected to the supply equipment for water-supply source, this air guide end is connected with the external world, place, nearly below is provided with the first water side and the second water side, the second water side connects establishes a hydraulic pipeline, between this hydraulic pipeline and be provided with a compression motor;
The second water butt, be positioned at the place, top of the first water butt, this second water butt inner also tool one first secondary storage area and one second secondary storage area, this first secondary storage area and the second place, top, secondary storage area are the shape that is connected, the second place, water butt top is provided with water side and water inlet end, and water inlet end is to be connected in the hydraulic pipeline of a high pressurized gas and the first water butt through a triplate line;
Chilling unit, tool one compressor and the condenser pipe linking thereof, this condenser pipe spiraling is surrounded on outside outer and the second water butt of the first water butt.
2. an air-bubble machine, is characterized in that, at least comprises:
The first water butt, place, nearly top is provided with water inlet end and air guide end, this water inlet end is also connected to the supply equipment for water-supply source, this air guide end is connected with the external world, place, nearly below is provided with the first water side and the second water side, the second water side connects establishes a hydraulic pipeline, between this hydraulic pipeline and be provided with a compression motor;
The second water butt, be positioned at the place, top of the first water butt, this second water butt inner also tool one first secondary storage area and one second secondary storage area, this first secondary storage area and the second place, top, secondary storage area are the shape that is connected, the second place, water butt top is provided with water side, water inlet end and inlet end, water inlet end is also connected with the water-supply-pipe of the first water butt, and inlet end is connected with a high pressurized gas;
Chilling unit, tool one compressor and the condenser pipe linking thereof, this condenser pipe spiraling is surrounded on outside outer and the second water butt of the first water butt.
3. air-bubble machine as claimed in claim 1 or 2, is characterized in that, is further provided with temperature detector in the first water butt, the compressor of this temperature detector interlock chilling unit.
4. air-bubble machine as claimed in claim 1 or 2, is characterized in that, is further provided with temperature detector in the second water butt, the compressor of this temperature detector interlock chilling unit.
5. air-bubble machine as claimed in claim 1 or 2, is characterized in that, phase region is divided into by a space bar for the first secondary storage area of the second water butt and the second secondary storage area.
6. air-bubble machine as claimed in claim 5, is characterized in that, space bar top is not butted on the second bucket wall place, water butt top.
7. air-bubble machine as claimed in claim 1 or 2, is characterized in that, the connected high pressurized gas of the second water butt water inlet end refers to high-pressure cylinder bottle.
8. air-bubble machine as claimed in claim 1 or 2, is characterized in that, the compression motor between the first water butt hydraulic pipeline is subject to the water level detector institute interlock of the second secondary storage area of the second water butt.
9. air-bubble machine as claimed in claim 1 or 2, is characterized in that, the water inlet end of the second water butt is poured into water in the second water butt with the aspect of powerful water column shape.
10. air-bubble machine as claimed in claim 9, is characterized in that, water jets under high pressure flows in the first secondary storage area in the second water butt.
11. air-bubble machines as claimed in claim 1 or 2, is characterized in that, the water side of the second water butt is to prolong the draw water bottom place of the secondary storage area of pipeline to the second of tool one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320755235.2U CN203576300U (en) | 2013-11-25 | 2013-11-25 | Sparkling water maker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320755235.2U CN203576300U (en) | 2013-11-25 | 2013-11-25 | Sparkling water maker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203576300U true CN203576300U (en) | 2014-05-07 |
Family
ID=50574288
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320755235.2U Expired - Fee Related CN203576300U (en) | 2013-11-25 | 2013-11-25 | Sparkling water maker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203576300U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016078031A1 (en) * | 2014-11-19 | 2016-05-26 | 史利利 | Water dispenser and water container thereof |
-
2013
- 2013-11-25 CN CN201320755235.2U patent/CN203576300U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016078031A1 (en) * | 2014-11-19 | 2016-05-26 | 史利利 | Water dispenser and water container thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140507 Termination date: 20161125 |