CN106552521A - Mixing wastewater with air mechanism and artificial carbonated hot spring manufacture device - Google Patents
Mixing wastewater with air mechanism and artificial carbonated hot spring manufacture device Download PDFInfo
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- CN106552521A CN106552521A CN201610893359.5A CN201610893359A CN106552521A CN 106552521 A CN106552521 A CN 106552521A CN 201610893359 A CN201610893359 A CN 201610893359A CN 106552521 A CN106552521 A CN 106552521A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
- B01F23/20—Mixing gases with liquids
- B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/68—Treatment of water, waste water, or sewage by addition of specified substances, e.g. trace elements, for ameliorating potable water
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Abstract
This application discloses mixing wastewater with air mechanism and artificial carbonated hot spring manufacture device, wherein, mixing wastewater with air mechanism, including hybrid chamber, also include warm water import, installing port, air inlet, gas outlet and the apollinaris outlet for connecting with hybrid chamber respectively, gas outlet is located at the top of hybrid chamber.The application can be arranged on pneumatic switch valve on installing port, can control the switch motion of pneumatic switch valve by hydraulic pressure, it is not necessary to which external power supply just can drive pneumatic controlled valve by arranging installing port；Positioned at the gas outlet on the top of hybrid chamber so that the gas on hybrid chamber top can be discharged, the high frequency noise problem for effectively slowing down or avoiding gas-liquid collision of the vapor of the gas or liquid due to not dissolving in the middle of water at shower nozzle itself to produce.
Description
Technical field
The present invention relates to gas-vapor mix device, and in particular to mixing wastewater with air mechanism and artificial carbonated hot spring manufacture device.
Background technology
The main component of carbonate spring is free carbon dioxide, and its content is referred to as carbonate spring, is commonly called as in more than 1000mg/L
" natural soda pop ".The again content according to free carbon dioxide, carbonate spring someone are described as " heart spring ", be a kind of water white transparency slightly
The mineral water of pungent, its Major medical health-care effect：
1st, improve cardiovascular function, peripheral vasodilation can be promoted, increase venous return, eliminate congestion symptom, improve
Blood circulation, mitigates heart burden, slows down pulse, blood pressure drops.Therefore various cardiovascular disease can be treated.As peripheral vesselses are followed
Ring obstacle, chronic myocarditiss, one, the second stage of hypertension, by phase arteriosclerosis etc..But to ACI, three
Phase hypertension and arteriosclerosis, acute rheumatic heart disease etc. should not then bathe use.
2nd, the effect to skin.Carbonic acid can give most special stimulation to skin aesthesia nerve, because carbonic acid gas can be with little
Bubble is covered with human skin, and forms one layer of carbonic acid gas gas film, therefore has warm, happy, light sensation, gas immediately after bath
Vacuolar membrane can stimulate skin tip sensory receptor, and percutaneous skin is entered in human body again afterwards, stimulate blood vessel to cause telangiectasis and cause skin
Skin flushing, improves cutaneous circulation, builds up resistance.Therefore carbonate spring bath is usually used in treating for skin disease, such as chronic eczema, god
Jing dermatitis, psoriasises etc..Additionally, carbonic acid bath can strengthen the metabolic function of human body, improve histotrophic nutrition.Therefore, can be used for controlling
Treat metabolic disease, such as diabetes, gout, obesity etc..
The carbonate spring of high concentration is nearly all cold spring, and the high apollinaris of water temperature high carbon dioxide concentration can only be by artificial
Can just accomplish.The water route of existing artificial carbonated hot spring manufacture device is connected as：By cold and hot mixed warm water (40 DEG C with
Under) be connected with the warm water import of mixing wastewater with air mechanism by water pipe, the carbonate spring outlet of mixing wastewater with air mechanism by water pipe with
Shower nozzle connects；Air path part is connected as：Dioxide bottle connects carbon dioxide air relief valve, then by flow regulator
Afterwards, it is connected with the air inlet of mixing wastewater with air mechanism with trachea.Mixing wastewater with air mechanism is the important of artificial carbonated hot spring manufacture device
Ingredient, existing mixing wastewater with air mechanism include warm water import, apollinaris outlet and air inlet, and this version is caused
Operationally, external power supply is needed to drive, and when hot spring is manufactured, due to the gas that do not dissolve in the middle of water or liquid sheet
Gas-liquid collision of the vapor of body at shower nozzle, can produce high frequency noise, have a strong impact on the problem of experience.
The content of the invention
The present invention is directed to the problems referred to above, overcomes at least one not enough, it is proposed that mixing wastewater with air mechanism and artificial carbonic acid temperature
Spring manufacture device.
The technical scheme that the present invention takes is as follows：
A kind of mixing wastewater with air mechanism, including hybrid chamber, also including the warm water import, installing port for connecting with hybrid chamber respectively,
The outlet of air inlet, gas outlet and apollinaris, the gas outlet is located at the top of hybrid chamber.
By arranging installing port, pneumatic switch valve can be arranged on installing port, can be controlled by hydraulic pressure pneumatic
The switch motion of controlled valve, it is not necessary to which external power supply just can drive pneumatic controlled valve；Positioned at the outlet on the top of hybrid chamber
Mouthful so that the gas on hybrid chamber top can be discharged, and effectively slow down or avoid gas or liquid due to not dissolving in the middle of water
The high frequency noise problem that gas-liquid collision of the vapor of body at shower nozzle itself is produced.
Optionally, the mixing wastewater with air mechanism includes：
Body, the hybrid chamber are located within the body, and the apollinaris outlet is positioned at body lower part；
Coil pipe, is coiled in outer body, and the first end of coil pipe stretches into hybrid chamber bottom, the second end of coil pipe through after body
For the air inlet, the warm water import and installing port are arranged on coil pipe.
The structure of coil pipe cause that carbon dioxide mixed with water more fully, carbonate spring, and coil pipe disk can be obtained
Outer body is wound on, this version causes mixing wastewater with air mechanism more compact；The first end of coil pipe is stretched into through after body
Hybrid chamber bottom, so arranges can also make that carbon dioxide mixed with water more abundant.
Optionally, the first end of the coil pipe is penetrated from the top of body.
Optionally, the coil pipe near the side of air inlet with the extension connected with coil pipe, the extension and disk
Four-way structure is constituted at pipe cooperation, and the first end of extension is the installing port, the second end of extension is entered for the warm water
Mouthful.
The extension design of coil pipe so that arrange more convenient when installing port and warm water import；Installing port and warm water import
Respectively positioned at the two ends of extension, the pressure stability reliability caused at installing port is so set, effectively drive installation can be existed
Pneumatic switch valve on installing port.
Optionally, the apollinaris exit has thread segment, and the warm water entrance has thread segment.
Optionally, there is thread segment at the air inlet.
The design of thread segment, facilitates the connection of mixing wastewater with air mechanism and pipeline.
This application discloses a kind of artificial carbonated hot spring manufacture device, including mixing wastewater with air mechanism, pneumatic switch valve, gas
Liquid separation valve door, automatic exhaust valve and flow control valve；The pneumatic switch valve and automatic exhaust valve include control
End processed, entrance point and the port of export；The mixing wastewater with air mechanism is mixing wastewater with air mechanism mentioned above；
The control end of pneumatic switch valve is arranged on the installing port of mixing wastewater with air mechanism, in the presence of hydraulic pressure, pneumatic
The control end of controlled valve is used to make the entrance point of pneumatic switch valve connect with the port of export, and the entrance point of pneumatic switch valve is used
In receiving carbon dioxide, the port of export of pneumatic switch valve by pipeline simultaneously with the entrance point of gas-liquid separation valve door and
The control end connection of automatic exhaust valve；Under the influence of air pressure, the control end of automatic exhaust valve is used to make automatic exhaust steam valve
The entrance point of door is connected with the port of export；
The port of export of gas-liquid separation valve door is connected with the air inlet of mixing wastewater with air mechanism；
The entrance point of the flow control valve is connected with the gas outlet of mixing wastewater with air mechanism, the port of export of flow control valve with
The entrance point connection of automatic exhaust valve.
The operation principle of artificial carbonated hot spring manufacture device：When warm water is intake into mixing wastewater with air mechanism by warm water import
During mouth, due to the natural pressure of warm water, the control end of pneumatic switch valve can be promoted, be in promotion pneumatic switch valve and open
Open state (entrance point of pneumatic switch valve is connected with the port of export), i.e. gas and flow into gas-liquid separation valve door and automatic exhaust steam valve
Door, gas-liquid separation valve door are in opening by air pressure reason, and gas enters hybrid chamber by the air inlet of mixing wastewater with air mechanism,
Start hybrid working, by gas atmosphere effect, (automatic exhaust valve enters in opening for the control end of automatic exhaust valve
Mouth end is connected with the port of export), i.e. the in-house waste gas of mixing wastewater with air is passed through after Flow-rate adjustment valve regulation again by gas outlet
Discharge after automatic exhaust valve, and mix intracavity, the apollinaris after gas-liquid mixed is discharged by apollinaris outlet.
The artificial carbonated hot spring manufacture device of the application without the need for power supply or Manual drive mechanism, in the case where power supply status are not needed
Accomplish to automatically control purpose, it is to avoid humid environment causes leaky to cause security incident, and due to without the need for power drives, not depositing
In electronic device part, be not in it is circuit aging cause short trouble or fire to occur, greatly improve traditional product and use the longevity
Life；By the setting of exhaust structure so that the gas on hybrid chamber top can be discharged, effectively slow down or avoid due to molten in the middle of water
The high frequency noise problem that gas-liquid collision of the vapor of solution gas not or liquid itself at shower nozzle is produced.
Optionally, the flow control valve is arranged on the air inlet of mixing wastewater with air mechanism.
The installation and regulation for facilitating flow control valve is so set, and the structure of whole device can be with more compact.
Optionally, also including controlled valve, the entrance point of pneumatic switch valve is by pipeline and the port of export of controlled valve
Connection.
Optionally, also including flow regulator, the entrance point of controlled valve is connected with the port of export of flow regulator,
The entrance point of flow regulator is for connecting with carbon dioxide air source.
Optionally, the carbon dioxide air source is dioxide bottle；Artificial carbonated hot spring manufacture device also includes shower nozzle,
Apollinaris outlet of the shower nozzle by pipeline and mixing wastewater with air mechanism, the warm water import of mixing wastewater with air mechanism for
Pressure water source is connected.
Disclosed herein as well is another artificial carbonated hot spring manufacture device, including mixing wastewater with air mechanism, pneumatic switch
Valve, gas-liquid separation valve door, automatic exhaust valve and flow control valve；The pneumatic switch valve and automatic exhaust valve are equal
Including control end, entrance point and the port of export；The mixing wastewater with air mechanism is mixing wastewater with air mechanism mentioned above；
The control end of pneumatic switch valve is arranged on the installing port of mixing wastewater with air mechanism, in the presence of hydraulic pressure, pneumatic
The control end of controlled valve is used to make the entrance point of pneumatic switch valve connect with the port of export, and the entrance point of pneumatic switch valve is used
In receiving carbon dioxide, the port of export of pneumatic switch valve by pipeline simultaneously with the entrance point of gas-liquid separation valve door and
The control end connection of automatic exhaust valve；Under the influence of air pressure, the control end of automatic exhaust valve is used to make automatic exhaust steam valve
The entrance point of door is connected with the port of export；
The port of export of gas-liquid separation valve door is connected with the air inlet of mixing wastewater with air mechanism；
The entrance point of automatic exhaust valve is connected with the gas outlet of mixing wastewater with air mechanism, the port of export of automatic exhaust valve with
The entrance point connection of flow control valve.
The operation principle of artificial carbonated hot spring manufacture device：When warm water is intake into mixing wastewater with air mechanism by warm water import
During mouth, due to the natural pressure of warm water, the control end of pneumatic switch valve can be promoted, be in promotion pneumatic switch valve and open
Open state (entrance point of pneumatic switch valve is connected with the port of export), i.e. gas and flow into gas-liquid separation valve door and automatic exhaust steam valve
Door, gas-liquid separation valve door are in opening by air pressure reason, and gas enters hybrid chamber by the air inlet of mixing wastewater with air mechanism,
Start hybrid working, by gas atmosphere effect, (automatic exhaust valve enters in opening for the control end of automatic exhaust valve
Mouth end is connected with the port of export), i.e., the in-house waste gas of mixing wastewater with air behind the door passes through flow through automatic exhaust steam valve by gas outlet
Adjust valve regulation heel row to go out, and mix intracavity, the apollinaris after gas-liquid mixed is discharged by apollinaris outlet.
The invention has the beneficial effects as follows：By arranging installing port, pneumatic switch valve can be arranged on installing port, be led to
Cross the switch motion that hydraulic pressure can control pneumatic switch valve, it is not necessary to which external power supply just can drive pneumatic controlled valve；It is located at
The gas outlet on the top of hybrid chamber so that the gas on hybrid chamber top can be discharged, effectively slows down or avoids due to molten in the middle of water
The high frequency noise problem that gas-liquid collision of the vapor of solution gas not or liquid itself at shower nozzle is produced.
Description of the drawings：
Fig. 1 is the structural representation of 1 mixing wastewater with air mechanism of embodiment；
Fig. 2 is the top view of 1 mixing wastewater with air mechanism of embodiment；
Fig. 3 is that the A-A ladders of Fig. 2 cut open schematic diagram；
Fig. 4 is the schematic diagram of 2 artificial carbonated hot spring manufacture device of embodiment；
Fig. 5 is the schematic diagram of 3 artificial carbonated hot spring manufacture device of embodiment；
Fig. 6 is the schematic diagram of 4 artificial carbonated hot spring manufacture device of embodiment.
In figure, each reference is：
1st, mixing wastewater with air mechanism；2nd, pneumatic switch valve；3rd, gas-liquid separation valve door；4th, controlled valve；5th, automatic exhaust steam valve
Door；6th, flow control valve；7th, shower nozzle；8th, pressure water source；9th, dioxide bottle；11st, body；12nd, coil pipe；13rd, apollinaris
Outlet；14th, warm water import；15th, air inlet；16th, extension；17th, installing port；18th, gas outlet；19th, hybrid chamber.
Specific embodiment：
With reference to each accompanying drawing, the present invention is described in detail.
Embodiment 1
As shown in Figure 1,2 and 3, a kind of mixing wastewater with air mechanism 1, including hybrid chamber 19, also including connecting with hybrid chamber 19 respectively
Logical warm water import 14, installing port 17, air inlet 15, gas outlet 18, and apollinaris outlet 13, gas outlet 18 is located at mixing
The top in chamber 19.
By arranging installing port 17, pneumatic switch valve 2 can be arranged on installing port 17, can be controlled by hydraulic pressure
The switch motion of pneumatic switch valve 2, it is not necessary to which external power supply just can drive pneumatic controlled valve 2；Positioned at the upper of hybrid chamber 19
The gas outlet 18 in portion so that the gas on 19 top of hybrid chamber can be discharged, and effectively slow down or avoid due to not dissolving in the middle of water
Gas or liquid itself vapor at shower nozzle 7 gas-liquid collision produce high frequency noise problem.
In the present embodiment, mixing wastewater with air mechanism 1 includes：
Body 11, hybrid chamber 19 are located in body 11, and apollinaris outlet 13 is located at 11 bottom of body；
Coil pipe 12, is coiled on the outside of body 11, and the first end of coil pipe 12 stretches into 19 bottom of hybrid chamber, disk through after body 11
Second end of pipe 12 is air inlet 15, and warm water import 14 and installing port 17 are arranged on coil pipe 12.
The structure of coil pipe 12 cause that carbon dioxide mixed with water more fully, carbonate spring, and coil pipe can be obtained
12 are coiled on the outside of body 11, and this version causes mixing wastewater with air mechanism 1 more compact；The first end of coil pipe 12 is through this
Stretch into 19 bottom of hybrid chamber after body 11, carbon dioxide can also mixed with water more abundant is so set.
In the present embodiment, the first end of coil pipe 12 is penetrated from the top of body 11.Coil pipe 12 near air inlet 15 one
Side constitutes four-way structure with the extension 16 connected with coil pipe 12 at extension 16 and 12 cooperation of coil pipe, and extension 16
First end is installing port 17, and the second end of extension 16 is warm water import 14.
The extension 16 of coil pipe 12 is designed so that arrange more convenient when installing port 17 and warm water import 14；Installing port 17
With warm water import 14 respectively positioned at the two ends of extension 16, the pressure stability reliability caused at installing port 17 is so set, can
Effective pneumatic switch valve 2 of the drive installation on installing port 17.
In the present embodiment, there is thread segment at apollinaris outlet 13, there is at warm water import 14 thread segment, air inlet
There is at 15 thread segment.The design of thread segment, facilitates the connection of mixing wastewater with air mechanism 1 and pipeline.
Embodiment 2
As shown in figure 4, present embodiment discloses a kind of artificial carbonated hot spring manufacture device, including mixing wastewater with air mechanism 1, gas
Dynamic controlled valve 2, gas-liquid separation valve door 3, automatic exhaust valve 5 and flow control valve 6；Pneumatic switch valve 2 and automatically row
Air valve 5 includes control end, entrance point and the port of export；The mixing wastewater with air mechanism of the present embodiment is mixed for the air water of embodiment 1
Close mechanism；
The control end of pneumatic switch valve 2 is arranged on the installing port 17 of mixing wastewater with air mechanism 1, in the presence of hydraulic pressure,
The control end of pneumatic switch valve 2 is used to make the entrance point of pneumatic switch valve 2 connect with the port of export, pneumatic switch valve 2
Entrance point is used to receive carbon dioxide, the port of export of pneumatic switch valve 2 by pipeline simultaneously with gas-liquid separation valve door 3
The control end connection of entrance point and automatic exhaust valve 5；Under the influence of air pressure, the control end of automatic exhaust valve 5 is used for
The entrance point of automatic exhaust valve 5 is made to connect with the port of export；
The port of export of gas-liquid separation valve door 3 is connected with the air inlet 15 of mixing wastewater with air mechanism 1；
The entrance point of flow control valve 6 is connected with the air inlet 15 of mixing wastewater with air mechanism, the port of export of flow control valve with
The entrance point connection of automatic exhaust valve.
In the present embodiment, also including controlled valve 4, the entrance point of pneumatic switch valve 2 is by pipeline and controlled valve 4
The port of export connection.
The operation principle of the artificial carbonated hot spring manufacture device of the present embodiment：When warm water is mixed into air water by warm water import 14
When closing 1 water inlet of mechanism, due to the natural pressure of warm water, the control end of pneumatic switch valve 2 can be promoted, make that promotion is pneumatic to open
Closing valve 2 is in opening (entrance point of pneumatic switch valve 2 is connected with the port of export), i.e. gas and flows into gas-liquid separation valve door
3 and automatic exhaust valve 5, gas-liquid separation valve door 3 is in opening by air pressure reason, and gas is by mixing wastewater with air mechanism 1
Air inlet 15 enters hybrid chamber 19, starts hybrid working, the control end of automatic exhaust valve 5 by gas atmosphere effect, in opening
State (entrance point of automatic exhaust valve 5 is connected with the port of export), i.e. waste gas in mixing wastewater with air mechanism 1 are opened by gas outlet 18
Discharged after the regulation of flow control valve 6 after automatic exhaust valve 5, and the carbonate spring in hybrid chamber 19, after gas-liquid mixed
Water is discharged by apollinaris outlet 13.
The artificial carbonated hot spring manufacture device of the present embodiment is not needing power supply status without the need for power supply or Manual drive mechanism
Under accomplish to automatically control purpose, it is to avoid humid environment causes leaky to cause security incident, and due to without the need for power drives, no
There is electronic device part, be not in it is circuit aging cause short trouble or fire to occur, greatly improve traditional product use
Life-span；By the setting of exhaust structure so that the gas on 19 top of hybrid chamber can be discharged, effectively slow down or avoid to work as due to water
The high frequency noise problem that gas-liquid collision of the vapor of the middle gas not dissolved or liquid itself at shower nozzle 7 is produced.
Embodiment 3
As shown in figure 5, the present embodiment with the difference of embodiment 2 is, the position that flow control valve 6 is arranged is different, this reality
Apply in example, the entrance point of automatic exhaust valve is connected with the gas outlet 18 of mixing wastewater with air mechanism, the port of export of automatic exhaust valve
Connect with the entrance point of flow control valve 6.
Embodiment 4
As shown in fig. 6, the present embodiment with the difference of embodiment 2 or embodiment 3 is, also including flow regulator, spray
7 and dioxide bottle 9.
In the present embodiment, the entrance point of controlled valve is connected with the port of export of flow regulator, flow regulator
Entrance point for connecting with dioxide bottle 9.Apollinaris outlet of the shower nozzle 7 by pipeline with mixing wastewater with air mechanism connects
Logical, the warm water import of mixing wastewater with air mechanism is for connecting with pressure water source 8.
The preferred embodiments of the present invention are the foregoing is only, the scope of patent protection of the present invention is not thereby limited, it is all
It is the equivalent structure transformation made with description of the invention and accompanying drawing content, is directly or indirectly used in other related technologies
Field, includes within the scope of the present invention in the same manner.
Claims (10)
1. a kind of mixing wastewater with air mechanism, it is characterised in that including hybrid chamber, also enter including the warm water for connecting with hybrid chamber respectively
The outlet of mouth, installing port, air inlet, gas outlet and apollinaris, the gas outlet is located at the top of hybrid chamber.
2. mixing wastewater with air mechanism as claimed in claim 1, it is characterised in that the mixing wastewater with air mechanism includes：
Body, the hybrid chamber are located within the body, and the apollinaris outlet is positioned at body lower part；
Coil pipe, is coiled in outer body, and the first end of coil pipe stretches into hybrid chamber bottom through after body, and the second end of coil pipe is institute
Air inlet is stated, the warm water import and installing port are arranged on coil pipe.
3. mixing wastewater with air mechanism as claimed in claim 2, it is characterised in that the first end of the coil pipe is worn from the top of body
Enter.
4. mixing wastewater with air mechanism as claimed in claim 2, it is characterised in that the coil pipe near the side of air inlet with
The extension of coil pipe connection, constitutes four-way structure at the extension and coil pipe cooperation, and the first end of extension is the peace
Dress mouth, the second end of extension is the warm water import.
5. a kind of artificial carbonated hot spring manufacture device, it is characterised in that including mixing wastewater with air mechanism, pneumatic switch valve, gas-liquid
Separation valve door, automatic exhaust valve and flow control valve；The pneumatic switch valve and automatic exhaust valve include control
End, entrance point and the port of export；The mixing wastewater with air mechanism is the air water described in Claims 1 to 4 any one claim
Mixed organization；
The control end of pneumatic switch valve is arranged on the installing port of mixing wastewater with air mechanism, in the presence of hydraulic pressure, pneumatic switch
The control end of valve is used to make the entrance point of pneumatic switch valve connect with the port of export, and the entrance point of pneumatic switch valve is used to connect
Receive carbon dioxide, the port of export of pneumatic switch valve by pipeline simultaneously with the entrance point of gas-liquid separation valve door and automatically
The control end connection of drain tap；Under the influence of air pressure, the control end of automatic exhaust valve is used to make automatic exhaust valve
Entrance point is connected with the port of export；
The port of export of gas-liquid separation valve door is connected with the air inlet of mixing wastewater with air mechanism；
The entrance point of the flow control valve is connected with the gas outlet of mixing wastewater with air mechanism, the port of export of flow control valve with it is automatic
The entrance point connection of drain tap.
6. carbonated hot spring manufacture device as claimed in claim 5 artificial, it is characterised in that the flow control valve is arranged on gas
On the air inlet of water mixed organization.
7. carbonated hot spring manufacture device as claimed in claim 5 artificial, it is characterised in that also including controlled valve, pneumatic to open
The entrance point of closing valve is connected with the port of export of controlled valve by pipeline.
8. carbonated hot spring manufacture device as claimed in claim 7 artificial, it is characterised in that also including flow regulator, open
The entrance point of closing valve is connected with the port of export of flow regulator, and the entrance point of flow regulator is used for and carbon dioxide gass
Source connects.
9. carbonated hot spring manufacture device as claimed in claim 8 artificial, it is characterised in that the carbon dioxide air source is dioxy
Change carbon gas cylinder；Artificial carbonated hot spring manufacture device also includes shower nozzle, and the shower nozzle is by pipeline and the carbonic acid of mixing wastewater with air mechanism
Spring water outlet, the warm water import of mixing wastewater with air mechanism is for connecting with pressure water source.
10. a kind of artificial carbonated hot spring manufacture device, it is characterised in that including mixing wastewater with air mechanism, pneumatic switch valve, gas-liquid
Separation valve door, automatic exhaust valve and flow control valve；The pneumatic switch valve and automatic exhaust valve include control
End, entrance point and the port of export；The mixing wastewater with air mechanism is the air water described in Claims 1 to 4 any one claim
Mixed organization；
The control end of pneumatic switch valve is arranged on the installing port of mixing wastewater with air mechanism, in the presence of hydraulic pressure, pneumatic switch
The control end of valve is used to make the entrance point of pneumatic switch valve connect with the port of export, and the entrance point of pneumatic switch valve is used to connect
Receive carbon dioxide, the port of export of pneumatic switch valve by pipeline simultaneously with the entrance point of gas-liquid separation valve door and automatically
The control end connection of drain tap；Under the influence of air pressure, the control end of automatic exhaust valve is used to make automatic exhaust valve
Entrance point is connected with the port of export；
The port of export of gas-liquid separation valve door is connected with the air inlet of mixing wastewater with air mechanism；
The entrance point of automatic exhaust valve is connected with the gas outlet of mixing wastewater with air mechanism, the port of export and flow of automatic exhaust valve
The entrance point connection of regulating valve.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108295683A (en) * | 2018-02-01 | 2018-07-20 | 苏州碳酸泉贸易有限公司 | A kind of novel carbonate spring manufacturing device |
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| CN104014260A (en) * | 2013-03-03 | 2014-09-03 | 赵旭阳 | Gas dissolving device and part thereof |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108295683A (en) * | 2018-02-01 | 2018-07-20 | 苏州碳酸泉贸易有限公司 | A kind of novel carbonate spring manufacturing device |
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