CN105439098B - A kind of ozone water apparatus of utilization raw material water cooling - Google Patents
A kind of ozone water apparatus of utilization raw material water cooling Download PDFInfo
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- CN105439098B CN105439098B CN201510904082.7A CN201510904082A CN105439098B CN 105439098 B CN105439098 B CN 105439098B CN 201510904082 A CN201510904082 A CN 201510904082A CN 105439098 B CN105439098 B CN 105439098B
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B13/00—Oxygen; Ozone; Oxides or hydroxides in general
- C01B13/10—Preparation of ozone
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P20/00—Technologies relating to chemical industry
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Abstract
The invention discloses a kind of ozone water apparatus of utilization raw material water cooling, including oxygen feed system, water-cooled ozone-generator tube, gas-liquid mixing pump and ozone dissolver, the oxygen delivery outlet of oxygen feed system connects the oxygen air inlet of water-cooled ozone-generator tube, the water inlet of gas-liquid mixing pump connects the raw material water source for preparing Ozone Water, and ozone water apparatus also includes anti-water recovery apparatus and distribution pipeline；The ozone outlet of water-cooled ozone-generator tube connects the air inlet of anti-water recovery apparatus, the gas outlet of anti-water recovery apparatus connects the air entry of gas-liquid mixing pump, the delivery port of gas-liquid mixing pump is divided into two-way by distribution pipeline, the cooling water inlet of connection water-cooled ozone-generator tube, another road connect ozone dissolver water inlet, water-cooled ozone-generator tube coolant outlet connection ozone dissolver water inlet all the way.The yield height of output Ozone Water of the present invention, efficiency high, concentration are stable, stable yield, have the advantages that energy-conserving and environment-protective, cost are low, installing space is small.
Description
Technical field
The present invention relates to a kind of ozone water apparatus of utilization raw material water cooling.
Background technology
Ozone Water has extremely strong oxidisability, and it has wide range of applications, and is broad-spectrum bactericide disinfectant, can kill body surface
Bacterial virus, remove fruit-vegetable pesticide residues, and non-secondary pollution.Ozone Water is by by ozone generating pipe in production scene
The ozone gas of output, which is dissolved into raw water, to be prepared from, therefore the efficiency of ozone generating pipe output ozone gas is Ozone Water
The important restriction factor of preparation efficiency, and the efficiency of ozone generating pipe output ozone gas then with ozone generating pipe operationally
Temperature is negatively correlated, i.e., when ozone generating pipe is operated within the scope of specified temperature, its ozone output efficiency can reach highest, smelly
When oxygen generator tube is operated in higher than rated temperature range, its ozone output efficiency can then be reduced with the rise of temperature.
As shown in figure 1, Application No. 200810081791.X Chinese invention patent application《Ozone water generating device》In,
The type of cooling that ozone generating pipe 2 is used for prior art Ozone Water prepare in the conventional ozone generating pipe type of cooling,
I.e.：After the ozone gas of the output of ozone generating pipe 2 is tentatively mixed by ejector 7 with raw water in input ozone dissolver 4
Further mixed, and ozone generating pipe 2 is then recycled back to by preparing the coolant outside loop independently of foregoing Ozone Water
Road is cooled down, and the coolant circulation loop includes the coolant containing box 5 of storage coolant, for cooling to coolant
Heat exchanger 8 and driving coolant circulated between the cooling line of coolant circulation loop and ozone generating pipe 2
Water circulating pump.The ozone generating pipe type of cooling of this application has the following disadvantages：First, use coolant, water circulating pump, heat
The cost that exchanger is cooled down is higher；Second, set coolant 5 space-consumings of containing box big.
In the prior art, it is aquatic to reduce ozone also by the coolant of above-mentioned application is substituted using common cooling water
The ozone generating pipe type of cooling of cost is produced, but so type of cooling equally exists following deficiency：First, because cooling water exists
Worked in being circulated in the cooling water circulation pipeline of closing, and the cooling means to cooling water are difficult to reach that the cooling to coolant is imitated
Really, after the ozone generating pipe continuous firing long period, cooling water is serious by temperature rise；And if side by introducing cooling water source
Formula constantly changes the cooling water in cooling water circulation pipeline, then there is the problem of water resource waste is serious, cost is improved；Second,
This type of cooling needs also exist for setting coolant containing box, there is the problem of space-consuming is big.
The content of the invention
The technical problems to be solved by the invention are：A kind of ozone water apparatus of utilization raw material water cooling is provided.
Above-mentioned technical problem is solved, the technical solution adopted in the present invention is as follows：
A kind of ozone water apparatus of utilization raw material water cooling, including oxygen feed system, water-cooled ozone-generator tube, gas-liquid are mixed
Pump and ozone dissolver are closed, the oxygen delivery outlet of the oxygen feed system connects the oxygen of the water-cooled ozone-generator tube
Air inlet, the water inlet of the gas-liquid mixing pump connects the raw material water source for preparing Ozone Water, and the gas-liquid mixing pump can
The ozone and raw water of input are prepared into preliminary mixing Ozone Water output, the ozone dissolver can be by the preliminary of input
Mixing Ozone Water is prepared into the Ozone Water for reaching predetermined concentration, it is characterised in that：Described ozone water apparatus also includes anti-backwater and filled
Put and distribution pipeline, wherein, the anti-water recovery apparatus is provided with air inlet, gas outlet and overfall, and the anti-water recovery apparatus can
The gas inputted from air inlet is exported by gas outlet and discharges the liquid blowed back into from gas outlet by overfall；It is described
The ozone outlet of water-cooled ozone-generator tube connects the air inlet of the anti-water recovery apparatus, the gas outlet of the anti-water recovery apparatus
The air entry of the gas-liquid mixing pump is connected, the delivery port of the gas-liquid mixing pump is divided into two-way, one by the distribution pipeline
Road connects the cooling water inlet of the water-cooled ozone-generator tube, another road and connects the water inlet of the ozone dissolver, institute
The coolant outlet for stating water-cooled ozone-generator tube connects the water inlet of the ozone dissolver, the ozone dissolver
The Ozone Water of predetermined concentration is reached described in delivery port output.
The operation principle of above-mentioned ozone water apparatus is：
The oxygen that oxygen feed system is exported is prepared into ozone gas output, gas-liquid mixing pump by water-cooled ozone-generator tube
On the one hand extract raw water that raw material water source provides, on the other hand using its work when the negative pressure pressure that produces filled by anti-backwater
The ozone gas of suction water-cooled ozone-generator tube output is put, and the ozone gas and raw water mixing are turned into tentatively
Mix Ozone Water；The preliminary mixing Ozone Water is sprayed at a high speed by the delivery port of gas-liquid mixing pump and is divided into two by distribution pipeline
Ozone dissolver, the second tunnel are flowed into after road, the cooling line that the first via passes through water-cooled ozone-generator tube again then to flow directly into
Ozone dissolver so that the preliminary mixing Ozone Water of the first via takes away rapidly the heat produced during water-cooled ozone-generator tube work
Conflux after amount with the preliminary Ozone Water that mixes on the second tunnel in ozone dissolver outside or inside, ozone dissolver is to input
Preliminary mixing Ozone Water carries out secondary mixing so that preliminary mixing Ozone Water can reach to be exported after predetermined concentration；Also, gas
(backflow is by gas-liquid mixing pump for the raw water that liquid mixing pump flows back when being stopped from air entry to anti-water recovery apparatus gas outlet
Moment positive pressure when being stopped is produced) it can be discharged by the overfall of anti-water recovery apparatus, and avoid raw water from returning
Flow in the gas circuit of water-cooled ozone-generator tube and it is caused to damage.
For the stable raw water supply for being used to prepare Ozone Water, a modification of the present invention, described Ozone Water are used as
Machine also includes the water tank for being used to store the raw water；The water inlet of the gas-liquid mixing pump connects smelly for preparing by water tank
The raw material water source of oxygen water.
It is used as the present invention's less than continuous firing in the case of preassigned in raw water supply in order to avoid ozone water apparatus
One kind is improved, and described ozone water apparatus also includes anhydrous protection device；The water inlet of the gas-liquid mixing pump passes sequentially through anhydrous
Protection device connects the raw material water source for preparing Ozone Water, i.e., the water inlet connection of described anhydrous protection device with the water tank
The delivery port of the water tank, the anhydrous protection device is provided with lowest water level, and it can be less than institute in the raw water water level flowed through
The path that raw water flows through anhydrous protection device is turned off when stating lowest water level.
As one embodiment of the present invention, described oxygen feed system includes freezing type drier, air and compressed
Machine, condenser and oxygenerator；The cooling driers, air compressor, condenser and oxygenerator are sequentially connected, and the oxygenerator goes out
Gas port is the oxygen delivery outlet of the oxygen feed system.
Concentrated for the ease of operating personnel and ozone water apparatus is manipulated, it is described as one embodiment of the present invention
Ozone water apparatus also include be used for control ozone water apparatus work control board；The control board respectively with the freezing
Formula drying machine, air compressor, condenser, oxygenerator, water-cooled ozone-generator tube, gas-liquid mixing pump and anhydrous protection device
Control end is electrically connected.
In order to further reduce the space taken needed for ozone water apparatus, a kind of preferred embodiment of the present invention, institute are used as
The ozone water apparatus stated also includes vertical chassis；The vertical chassis is provided with two sheaf spaces, the air compressor, condensation up and down
The upper strata that device, oxygenerator, water-cooled ozone-generator tube, anti-water recovery apparatus and control board are installed in the vertical chassis is empty
Between, wherein, the control board is arranged on the left part forward position of the upper sheaf space, the air compressor and condenser
The left part rearward position of the upper sheaf space is arranged at, and condenser is located at the top position of air compressor, the water
Cold type ozone generating pipe is arranged on the right station of the upper sheaf space, and the anti-water recovery apparatus and oxygenerator are separately positioned on institute
State the middle part forward position and middle part rearward position of sheaf space；The freezing type drier, gas-liquid mixing pump, without water conservation dress
The lower layer space that the vertical chassis is installed in ozone dissolver is put, wherein, the freezing type drier and gas-liquid are mixed
The left part position that pump is arranged on the lower layer space is closed, the freezing type drier is located at the top position of gas-liquid mixing pump, institute
State anhydrous protection device and ozone dissolver is arranged on the right station of the lower layer space, the anhydrous protection device is located at
The anterior position of ozone dissolver；The overfall of the anti-water recovery apparatus, the delivery port of ozone dissolver, without water conservation dress
Water inlet, the condensate drain outlet of freezing type drier put expose in the right tank wall lower position of the vertical chassis；Institute
State the outside that water tank is arranged on vertical chassis.
In order to ensure the preliminary mixing Ozone Water water flow for the cooling line for flowing through water-cooled ozone-generator tube can reach
To enabling water-cooled ozone-generator tube to keep more than the minimum cooling water flow of stabilized operating temperature scope, it is used as the present invention's
A kind of embodiment, described ozone dissolver is provided with the first water inlet and the second water inlet, and described distribution pipeline includes
First three-way connection, first three-way connection have caliber adapt to the gas-liquid mixing pump delivery port straight-through water inlet
The straight-through water outlet mouthful and caliber that mouth, caliber adapt to the cooling water inlet of the water-cooled ozone-generator tube adapt to the ozone
The bypass delivery port of first water inlet of dissolver；The straight-through water inlet of first three-way connection connects the gas-liquid mixed
The delivery port of pump, the cooling water inlet of the straight-through water outlet mouthful connection water-cooled ozone-generator tube, bypass delivery port connection are described
First water inlet of ozone dissolver, the coolant outlet of the water-cooled ozone-generator tube connects the ozone dissolver
The second water inlet.
As a kind of preferred embodiment of the present invention, described distribution pipeline also includes first flow regulating valve；It is described
The cooling water that the straight-through water outlet mouthful of first three-way connection connects the water-cooled ozone-generator tube by first flow regulating valve enters
Mouthful.
Preliminary mixing Ozone Water water flow in cooling line in order to adjust water-cooled ozone-generator tube, as
One embodiment of the present invention, described ozone dissolver is provided with the first water inlet and the second water inlet, described shunting
Pipeline includes the second three-way connection and second flow regulating valve, and it is mixed that there is second three-way connection caliber to adapt to the gas-liquid
Straight-through water inlet, the caliber of the delivery port of conjunction pump adapt to the straight-through water outlet mouthful of the first water inlet of the ozone dissolver
The bypass delivery port of the cooling water inlet of the water-cooled ozone-generator tube is adapted to caliber；First three-way connection it is straight
It is molten by the second flow regulating valve connection ozone that logical water inlet connects the delivery port of the gas-liquid mixing pump, straight-through water outlet mouth
Solve the cooling water inlet that the first water inlet of device, bypass delivery port connect the water-cooled ozone-generator tube, the water-cooled
The coolant outlet of ozone generating pipe connects the second water inlet of the ozone dissolver.
In order to be easy to the Ozone Water output flow for adjusting ozone water apparatus, one embodiment of the present invention, institute are used as
The delivery port for stating ozone dissolver is connected with pressure-regulating valve.
Compared with prior art, the invention has the advantages that：
First, ozone gas and raw water are prepared into and tentatively mix Ozone Water and should by the present invention using gas-liquid mixing pump
Preliminary mixing Ozone Water sprays at a high speed so that pass through ozone generating pipe all the way in the preliminary mixing Ozone Water current sprayed at a high speed
Cooling line so that the heat that produces when quickly taking away ozone generating pipe work, it is ensured that what ozone generating pipe can continue
It is operated within the scope of specified temperature and keeps high efficiency, the ozone gas output of high stability, also, ozone generating pipe is entered
Preliminary mixing Ozone Water after row cooling, which can also be input in ozone dissolver, to be further prepared into reaching predetermined concentration
Ozone Water, so as to avoid the waste of water resource；
And the preliminary mixing Ozone Water current in addition to for being cooled down to ozone generating pipe of gas-liquid mixing pump output
Then it is directly inputted to the Ozone Water for being further prepared into reaching predetermined concentration in ozone dissolver, it is to avoid ozone generating pipe is cooled down
Bottleneck of the water-carrying capacity limitation as ozone water apparatus output Ozone Water, moreover, because being heated up by ozone generating pipe cooling line
Preliminary mixing Ozone Water is mixed with the preliminary Ozone Water that mixes being directly entered in ozone dissolver so that ozone dissolving dress
Put temperature rise very little of the Ozone Water relative to raw water being prepared into；
In addition, the present invention need not be independently arranged cooling water tank and connect cooling water source, it is only necessary to which connecting raw material water source can
The supply for preparing Ozone Water raw water and the supply of ozone generating pipe cooling water are met, the sky installed needed for ozone water apparatus is reduced
Between and reduce the cost of ozone water apparatus, and, it is only necessary to set gas-liquid mixing pump to drive ozone, raw water, preliminary mixing
Flowing of the Ozone Water in respective gas circuit and water route, saves setting water circulating pump, further saves cost and space, and make
The installation for obtaining ozone water apparatus is more easy；
Therefore, the yield height of ozone water apparatus output Ozone Water of the invention, efficiency high, concentration stabilization, stable yield, and
And, have the advantages that energy-conserving and environment-protective, cost are low, installing space is small.
Second, the present invention can improve the stability of raw water supply by setting up water tank, to solve with running water pipe
Road exists as raw material water source easily causes pump working output pressure, stream because of the hydraulic pressure of water supply pipe, instability of flow
Amount, mixed effect etc. get muddled phenomenon the problem of make ozone water apparatus cisco unity malfunction.
3rd, the present invention can avoid ozone water apparatus in raw water supply less than pre- calibration by setting up anhydrous protection device
Continuous firing in the case of standard, adds the job security of ozone water apparatus.
4th, it is of the invention by air compressor, condenser, oxygenerator, water-cooled ozone-generator tube, anti-water recovery apparatus, control
Circuit board processed, freezing type drier, gas-liquid mixing pump, anhydrous protection device and ozone dissolver are separately mounted to vertical chassis
Sheaf space up and down in, and by rational space arrange and cause ozone water apparatus volume minimization, further reduce ozone
The space taken needed for water dispenser.
Brief description of the drawings
The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings：
Fig. 1 is the system block diagram of ozone water generating device of the prior art；
Fig. 2 is the system block diagram of the ozone water apparatus of the embodiment of the present invention one；
Fig. 3 is the front view of vertical chassis in the embodiment of the present invention one；
Fig. 4 is the rearview of vertical chassis in the embodiment of the present invention one；
Fig. 5 is the left view of vertical chassis in the embodiment of the present invention one；
Fig. 6 is the right view of vertical chassis in the embodiment of the present invention one；
Fig. 7 is the main view internal structure schematic diagram of the ozone water apparatus of the embodiment of the present invention one；
Fig. 8 is the backsight internal structure schematic diagram of the ozone water apparatus of the embodiment of the present invention one；
Fig. 9 is the system block diagram of the ozone water apparatus of the embodiment of the present invention two.
Embodiment
Embodiment one
As shown in Fig. 2 to Fig. 8, the ozone water apparatus of the embodiment of the present invention one, including oxygen feed system, water-cooled ozone hair
It is raw pipe 4, anti-water recovery apparatus 5, gas-liquid mixing pump 6, the water tank 7 for storage of raw materials water, anhydrous protection device 8, distribution pipeline, smelly
Oxygen dissolver 10, the control board 12 for controlling ozone water apparatus work and vertical chassis 13, wherein, anti-water recovery apparatus 5
Provided with air inlet, gas outlet and overfall 5a, anti-water recovery apparatus 5 can be exported the gas inputted from air inlet by gas outlet
And discharge the liquid blowed back into from gas outlet by overfall；Ozone dissolver 10 is provided with the first water inlet and the second water inlet
Mouthful.
Above-mentioned oxygen feed system includes freezing type drier 1, air compressor 2a, condenser 2b and oxygenerator 3；It is cold dry
Machine 1, air compressor 2a, condenser 2b and oxygenerator 3 are sequentially connected, and the gas outlet of oxygenerator 3 is oxygen feed system
Oxygen delivery outlet.The oxygen delivery outlet of oxygen feed system connects the oxygen air inlet of water-cooled ozone-generator tube 4 so that water cooling
The oxygen that formula ozone generating pipe 4 can be inputted using oxygen feed system prepares ozone；The ozone of water-cooled ozone-generator tube 4 goes out
Gas port connects the air inlet of anti-water recovery apparatus 5, and the gas outlet of anti-water recovery apparatus 5 connects the air entry of gas-liquid mixing pump 6.
The water inlet of gas-liquid mixing pump 6 passes sequentially through anhydrous protection device 8 and original for preparing Ozone Water is connected with water tank 7
Expect the water inlet connection raw material water source of water source, i.e. water tank 7, the delivery port of the water inlet 8a joining water box 7 of anhydrous protection device 8,
Delivery port connects the water inlet of gas-liquid mixing pump 6, wherein, anhydrous protection device 8 is provided with lowest water level, and it can be in the original flowed through
Shut-off raw water flows through the path of anhydrous protection device 8 when material water water level is less than lowest water level.
Above-mentioned gas-liquid mixing pump 6 can be prepared into just by the ozone inputted by air entry and by the raw water that water inlet is inputted
Step mixing Ozone Water output；Above-mentioned distribution pipeline includes the first three-way connection 9a, the first three-way connection 9a, and there is caliber to adapt to
Straight-through water inlet, the caliber of the delivery port of gas-liquid mixing pump 6 adapt to the straight-through of the cooling water inlet of water-cooled ozone-generator tube 4
Delivery port and caliber adapt to the bypass delivery port of the first water inlet of ozone dissolver 10；First three-way connection 9a's is straight-through
The delivery port of water inlet connection gas-liquid mixing pump 6, the cooling water inlet of straight-through water outlet mouthful connection water-cooled ozone-generator tube 4, side
The pass-out mouth of a river connects the first water inlet of ozone dissolver 10, the coolant outlet connection ozone of water-cooled ozone-generator tube 4
Second water inlet of dissolver 10；So as to so that the delivery port of gas-liquid mixing pump 6 is divided into two-way by distribution pipeline, all the way
Connect the first water inlet that the cooling water inlet of water-cooled ozone-generator tube 4, another road connect ozone dissolver 10.
The coolant outlet of above-mentioned water-cooled ozone-generator tube 4 connects the second water inlet of ozone dissolver 10, ozone
The preliminary mixing Ozone Water inputted by the first and second water inlets can be prepared into by dissolver 10 reaches the smelly of predetermined concentration
Oxygen water, the delivery port 10a of ozone dissolver 10 exports the Ozone Water for reaching predetermined concentration；The water outlet of ozone dissolver 10
Mouth 10a is connected with pressure-regulating valve 11, so as to control the output flow of Ozone Water.
Above-mentioned control board 12 respectively with freezing type drier 1, air compressor 2a, condenser 2b, oxygenerator 3, water
The control end electrical connection of cold type ozone generating pipe 4, gas-liquid mixing pump 6 and anhydrous protection device 8, so that, user can be convenient
Pass through this running of the centralized Control of control board 12.
Above-mentioned vertical chassis 13 is provided with two sheaf spaces up and down, and air compressor 2a, condenser 2b, oxygenerator 3, water-cooled are smelly
Oxygen generator tube 4, anti-water recovery apparatus 5 and control board 12 are installed in the upper sheaf space of vertical chassis 13, wherein, control circuit
Plate 12 is arranged on the left part forward position of sheaf space, and air compressor 2a and condenser 2b are arranged at the left part of sheaf space
Rearward position, and condenser 2b is located at air compressor 2a top position, and it is empty that water-cooled ozone-generator tube 4 is arranged on upper strata
Between right station, anti-water recovery apparatus 5 and oxygenerator 3 be separately positioned on sheaf space middle part forward position and middle part on rear side of position
Put；Freezing type drier 1, gas-liquid mixing pump 6, anhydrous protection device 8 and ozone dissolver 10 are installed in vertical chassis 13
Lower layer space, wherein, freezing type drier 1 and gas-liquid mixing pump 6 are arranged on the left part position of lower layer space, and freezing type is dried
Machine 1 is located at the top position of gas-liquid mixing pump 6, and anhydrous protection device 8 and ozone dissolver 10 are arranged on the right side of lower layer space
Portion position, anhydrous protection device 8 is located at the anterior position of ozone dissolver 10；Overfall 5a, the ozone of anti-water recovery apparatus 5 are molten
Delivery port 10a, the water inlet 8a of anhydrous protection device 8, the condensate drain outlet 1a of freezing type drier 1 of solution device 10 exist
The right tank wall lower position of vertical chassis 13 exposes；Water tank 7 is arranged on the outside of vertical chassis 13.In addition, for ozone
Tail gas overfall 10b ozone dissolver 10, its ozone tail gas overfall 10b is also in the right tank wall lower portion of vertical chassis 13
Put and expose.
The present invention ozone water apparatus operation principle be：
The oxygen that oxygen feed system is exported is prepared into ozone gas output, gas-liquid mixed by water-cooled ozone-generator tube 4
Pump 6 on the one hand extract the offer of raw material water source raw water, on the other hand using its work when the negative pressure pressure that produces by preventing back
The ozone gas that the suction water-cooled ozone-generator tube 4 of water installations 5 is exported, and the ozone gas and raw water mixing are turned into
Preliminary mixing Ozone Water；The preliminary mixing Ozone Water is sprayed at a high speed by the delivery port of gas-liquid mixing pump 6 and passes through distribution pipeline
Ozone dissolver 10, the second tunnel are flowed into again then after being divided into two-way, the cooling line that the first via passes through water-cooled ozone-generator tube 4
Flow directly into ozone dissolver 10 so that the preliminary mixing Ozone Water of the first via takes away rapidly the work of water-cooled ozone-generator tube 4
As when the heat that produces after conflux with the preliminary Ozone Water that mixes on the second tunnel in the outside or inside of ozone dissolver 10, ozone is molten
The preliminary mixing Ozone Water for solving the input of 10 pairs of device carries out secondary mixing so that tentatively mix Ozone Water can reach it is predetermined dense
Exported after degree；Also, the raw water that gas-liquid mixing pump 6 flows back when being stopped from air entry to the anti-gas outlet of water recovery apparatus 5
(backflow is produced by moment positive pressure of the gas-liquid mixing pump 6 when being stopped) can be by the overflow of anti-water recovery apparatus 5
Mouth discharge, and avoid raw water from being back in the gas circuit of water-cooled ozone-generator tube 4 and it is caused to damage.
In addition, above-mentioned distribution pipeline is due to the straight-through pipeline connection gas-liquid mixing pump 6 and water using the first three-way connection 9a
Cold type ozone generating pipe 4, bypass line connection gas-liquid mixing pump 6 and ozone dissolver 10 so that what gas-liquid mixing pump 6 was exported
Preliminary mixing Ozone Water current are preferentially flowed into the cooling line of water-cooled ozone-generator tube 4, it is ensured that water-cooled ozone occurs
There are enough current to cool down water-cooled ozone-generator tube 4 in the cooling line of pipe 4.And exported in gas-liquid mixing pump 6
In the case that preliminary mixing Ozone Water current are very big, in order to avoid excessive current exceed the cooling of water-cooled ozone-generator tube 4
The load of pipeline, can be by setting up first flow regulating valve 9b so that the first three-way connection 9a's in above-mentioned distribution pipeline
Straight-through water outlet mouthful connects the cooling water inlet of water-cooled ozone-generator tube 4 by first flow regulating valve 9b, so as to adjust
Preliminary mixing Ozone Water water flow in the cooling line of water-cooled ozone-generator tube 4.
Embodiment two
As shown in figure 9, the ozone water apparatus of the embodiment of the present invention two and embodiment one are essentially identical, their difference is：
In the present embodiment two, ozone dissolver 10 is provided with the first water inlet and the second water inlet, and distribution pipeline is connected including the two or three
Head 9c and second flow regulating valve 9d, the second three-way connection 9c have caliber adapt to gas-liquid mixing pump 6 delivery port it is straight-through
Water inlet, caliber adapt to the straight-through water outlet mouthful and caliber of the first water inlet of ozone dissolver 10, and to adapt to water-cooled smelly
The bypass delivery port of the cooling water inlet of oxygen generator tube 4；First three-way connection 9a straight-through water inlet connection gas-liquid mixing pump 6
Delivery port, straight-through water outlet mouthful connect the first water inlet, the bypass water outlet of ozone dissolver 10 by second flow regulating valve 9d
The cooling water inlet of mouth connection water-cooled ozone-generator tube 4, the coolant outlet connection ozone dissolving of water-cooled ozone-generator tube 4
Preliminary mixing Ozone Water in second water inlet of device 10, the cooling line so as to adjust water-cooled ozone-generator tube 4
Water flow.
The present invention is not limited to above-mentioned embodiment, according to the above, according to the ordinary technical knowledge of this area
And customary means, under the premise of above-mentioned basic fundamental thought of the invention is not departed from, the present invention can also make other diversified forms
Equivalent modifications, replace or change, all fall among protection scope of the present invention.For example, ozone dissolver 10 can also be only
With a water inlet, in this case, the first water inlet and the second water inlet of above-mentioned ozone dissolver 10 can be
Formed by connecting three-way connection on the water inlet of the ozone dissolver 10.
Claims (10)
1. a kind of ozone water apparatus of utilization raw material water cooling, including oxygen feed system, water-cooled ozone-generator tube (4), gas-liquid
Mixing pump (6) and ozone dissolver (10), the oxygen delivery outlet of the oxygen feed system connect the water-cooled ozone hair
The oxygen air inlet of raw pipe (4), the water inlet of the gas-liquid mixing pump (6) connects the raw material water source for preparing Ozone Water, institute
The ozone and raw water of input can be prepared into preliminary mixing Ozone Water output, the ozone dissolving by stating gas-liquid mixing pump (6)
The preliminary mixing Ozone Water of input can be prepared into the Ozone Water for reaching predetermined concentration by device (10), it is characterised in that：It is described
Ozone water apparatus also include anti-water recovery apparatus (5) and distribution pipeline, wherein, the anti-water recovery apparatus (5) be provided with air inlet, outlet
Mouthful and overfall (5a), the gas inputted from air inlet can be exported and will be from by the anti-water recovery apparatus (5) by gas outlet
The liquid that gas outlet is blowed back into is discharged by overfall；The ozone outlet connection of the water-cooled ozone-generator tube (4) is described
The air inlet of anti-water recovery apparatus (5), the gas outlet of the anti-water recovery apparatus (5) connects the air entry of the gas-liquid mixing pump (6),
The delivery port of the gas-liquid mixing pump (6) is divided into two-way by the distribution pipeline, and the water-cooled ozone is connected all the way and is occurred
Manage the water inlet that the cooling water inlet of (4), another road connect the ozone dissolver (10), the water-cooled ozone-generator tube
(4) coolant outlet connects the water inlet of the ozone dissolver (10), the delivery port of the ozone dissolver (10)
The Ozone Water of predetermined concentration is reached described in (10a) output.
2. ozone water apparatus according to claim 1, it is characterised in that：Described ozone water apparatus also includes being used to store described
The water tank (7) of raw water；The water inlet of the gas-liquid mixing pump (6) connects the raw material for preparing Ozone Water by water tank (7)
Water source.
3. ozone water apparatus according to claim 2, it is characterised in that：Described ozone water apparatus also includes anhydrous protection device
(8)；The water inlet of the gas-liquid mixing pump (6) passes sequentially through anhydrous protection device (8) and connected with the water tank (7) for preparing
The raw material water source of Ozone Water, i.e., the water inlet (8a) of described anhydrous protection device (8) connects the delivery port of the water tank (7), institute
Anhydrous protection device (8) is stated provided with lowest water level, it can be turned off when the raw water water level flowed through is less than the lowest water level
Raw water flows through the path of anhydrous protection device (8).
4. ozone water apparatus according to claim 3, it is characterised in that：Described oxygen feed system is dried including freezing type
Machine (1), air compressor (2a), condenser (2b) and oxygenerator (3)；The freezing type drier (1), air compressor
(2a), condenser (2b) and oxygenerator (3) are sequentially connected, and the gas outlet of the oxygenerator (3) is the oxygen feed system
Oxygen delivery outlet.
5. ozone water apparatus according to claim 4, it is characterised in that：Described ozone water apparatus also includes being used to control ozone
The control board (12) of water dispenser work；The control board (12) is compressed with the freezing type drier (1), air respectively
Machine (2a), condenser (2b), oxygenerator (3), water-cooled ozone-generator tube (4), gas-liquid mixing pump (6) and anhydrous protection device
(8) control end electrical connection.
6. ozone water apparatus according to claim 5, it is characterised in that：Described ozone water apparatus also includes vertical chassis
(13)；The vertical chassis (13) is provided with two sheaf spaces, the air compressor (2a), condenser (2b), oxygenerator up and down
(3), water-cooled ozone-generator tube (4), anti-water recovery apparatus (5) and control board (12) are installed in the vertical chassis (13)
Upper sheaf space, wherein, the control board (12) is arranged on the left part forward position of the upper sheaf space, the air pressure
Contracting machine (2a) and condenser (2b) are arranged at the left part rearward position of the upper sheaf space, and condenser (2b) is located at air
The top position of compressor (2a), the water-cooled ozone-generator tube (4) is arranged on the right station of the upper sheaf space, described
Anti- water recovery apparatus (5) and oxygenerator (3) are separately positioned on the middle part forward position and middle part rearward position of the upper sheaf space；Institute
State freezing type drier (1), gas-liquid mixing pump (6), anhydrous protection device (8) and ozone dissolver (10) be installed in it is described
The lower layer space of vertical chassis (13), wherein, the freezing type drier (1) and gas-liquid mixing pump (6) are arranged on the lower floor
The left part position in space, the freezing type drier (1) is located at the top position of gas-liquid mixing pump (6), described without water conservation dress
Put (8) and ozone dissolver (10) is arranged on the right station of the lower layer space, the anhydrous protection device (8) is located at smelly
The anterior position of oxygen dissolver (10)；The overfall (5a) of the anti-water recovery apparatus (5), the water outlet of ozone dissolver (10)
Mouth (10a), the water inlet (8a) of anhydrous protection device (8), the condensate drain outlet (1a) of freezing type drier (1) are described
The right tank wall lower position of vertical chassis (13) exposes；The water tank (7) is arranged on the outside of vertical chassis (13).
7. the ozone water apparatus according to claim 1 to 6 any one, it is characterised in that：Described ozone dissolver
(10) the first water inlet and the second water inlet are provided with, described distribution pipeline includes the first three-way connection (9a), the described 1st
Straight-through water inlet, the caliber for the delivery port that pass joint (9a) adapts to the gas-liquid mixing pump (6) with caliber adapt to described
The straight-through water outlet mouthful and caliber of the cooling water inlet of water-cooled ozone-generator tube (4) adapt to the ozone dissolver (10)
The bypass delivery port of first water inlet；The straight-through water inlet of first three-way connection (9a) connects the gas-liquid mixing pump (6)
Delivery port, the cooling water inlet of the straight-through water outlet mouthful connection water-cooled ozone-generator tube (4), bypass delivery port connection it is described
First water inlet of ozone dissolver (10), the coolant outlet of the water-cooled ozone-generator tube (4) connects the ozone
Second water inlet of dissolver (10).
8. ozone water apparatus according to claim 7, it is characterised in that：Described distribution pipeline also includes first flow and adjusted
Valve (9b)；It is smelly that the straight-through water outlet mouthful of first three-way connection (9a) connects the water-cooled by first flow regulating valve (9b)
The cooling water inlet of oxygen generator tube (4).
9. ozone water apparatus according to claim 7, it is characterised in that：Described ozone dissolver (10) enters provided with first
The mouth of a river and the second water inlet, described distribution pipeline include the second three-way connection (9c) and second flow regulating valve (9d), described
Second three-way connection (9c) adapts to the straight-through water inlet of the delivery port of the gas-liquid mixing pump (6), caliber adaptation with caliber
The water-cooled ozone is adapted in the straight-through water outlet mouthful and caliber of the first water inlet of the ozone dissolver (10) to occur
Manage the bypass delivery port of the cooling water inlet of (4)；The straight-through water inlet of first three-way connection (9a) connects the gas-liquid and mixed
Close the delivery port of pump (6), straight-through water outlet mouthful connect the ozone dissolver (10) by second flow regulating valve (9d) the
One water inlet, bypass delivery port connect the cooling water inlet of the water-cooled ozone-generator tube (4), and the water-cooled ozone occurs
The coolant outlet for managing (4) connects the second water inlet of the ozone dissolver (10).
10. ozone water apparatus according to claim 1, it is characterised in that：The delivery port of the ozone dissolver (10)
(10a) is connected with pressure-regulating valve (11).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510904082.7A CN105439098B (en) | 2015-12-09 | 2015-12-09 | A kind of ozone water apparatus of utilization raw material water cooling |
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| CN201510904082.7A CN105439098B (en) | 2015-12-09 | 2015-12-09 | A kind of ozone water apparatus of utilization raw material water cooling |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105413506B (en) * | 2015-11-27 | 2024-06-18 | 张旭 | Backwater preventing device of gas-liquid mixing system |
| CN108211701A (en) * | 2018-01-12 | 2018-06-29 | 刘克诚 | Garbage house deodorization and sterilization equipment and its implementation |
| CN110526384B (en) * | 2019-09-23 | 2024-07-23 | 广州创环臭氧电器设备有限公司 | High efficiency ozone water machine |
| CN111569765A (en) * | 2020-06-02 | 2020-08-25 | 北京天择昌宁环境技术股份有限公司 | High-concentration ozone water preparation system and preparation method thereof |
| CN112032564A (en) * | 2020-08-26 | 2020-12-04 | 环佳悦享科技(深圳)有限公司 | Liquid supply pipeline adds ozone and prevents backflow structure and ozone mixing arrangement |
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|---|---|---|---|---|
| EP0564107A1 (en) * | 1992-03-31 | 1993-10-06 | The BOC Group plc | Method and apparatus for producing ozone |
| CN101386441A (en) * | 2008-11-04 | 2009-03-18 | 江苏大学 | Water treatment device by ozone oxidation |
| CN205419773U (en) * | 2015-12-09 | 2016-08-03 | 广州创环臭氧电器设备有限公司 | Utilize water -cooled ozone water of raw materials machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01199691A (en) * | 1988-02-03 | 1989-08-11 | Nippon Kayaku Co Ltd | Ozonized water producing device |
| JPH02119991A (en) * | 1988-10-28 | 1990-05-08 | Ishikawajima Harima Heavy Ind Co Ltd | Device for producing ozone water |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0564107A1 (en) * | 1992-03-31 | 1993-10-06 | The BOC Group plc | Method and apparatus for producing ozone |
| CN101386441A (en) * | 2008-11-04 | 2009-03-18 | 江苏大学 | Water treatment device by ozone oxidation |
| CN205419773U (en) * | 2015-12-09 | 2016-08-03 | 广州创环臭氧电器设备有限公司 | Utilize water -cooled ozone water of raw materials machine |
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