CN201154098Y - Device for enhancing water pressure and flow capacity of ozone - Google Patents
Device for enhancing water pressure and flow capacity of ozone Download PDFInfo
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- CN201154098Y CN201154098Y CNU2008200176193U CN200820017619U CN201154098Y CN 201154098 Y CN201154098 Y CN 201154098Y CN U2008200176193 U CNU2008200176193 U CN U2008200176193U CN 200820017619 U CN200820017619 U CN 200820017619U CN 201154098 Y CN201154098 Y CN 201154098Y
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Abstract
The utility model discloses a device for increasing the pressure and the flow capacity of ozone water, which comprises a casing (34), a water inlet (1) arranged on the casing (35), a water inlet pipeline (2) connected with the water inlet (1), and a pressure reducing valve (3) and a high concentration ozone water output system (36) connected with the water inlet pipeline (2). The device is characterized in that the pressure reducing valve (3) is connected with a three-way pipe (4), and the three-way pipe (4) is respectively connected with the high concentration ozone water output system (36) and an electromagnetic valve (30), the electromagnetic valve (30) is connected with a tap water pipeline (32), the high concentration ozone water output system (36) is connected with a booster pump (28) through an ozone water pipeline (27), an one-way valve is connected on the ozone water pipeline (27) between the booster pump (28) and the high concentration ozone water output system (36), and both the booster pump (28) and the tap water pipeline (32) are communicated with a water outlet (33) on the casing (35). The device has the advantages that the structure is simple, the volume is small, the cost is low, the flow capacity can be flexibly adjusted, ozone water with high pressure and large flow capacity can be output; ozone water with small flow capacity, high concentration and low pressure can be pressurized into high pressure, and can be mixed with tap water with large flow capacity and high pressure to form ozone water with large flow capacity and high pressure.
Description
Technical field:
This utility model relates to a kind of device that improves ozone water pressure and flow, is used to make the high pressure ozone water in large flux.
Background technology:
At present, in order to improve the output pressure of Ozone Water, make the Ozone Water of output can have pressure and jeting effect, be convenient to carry out cleaning and sterilizing operation efficiently, usually at an inner storage tank and the force (forcing) pump (referring to Fig. 1) of increasing of ozone water apparatus, low-pressure Ozone Water (the hydraulic pressure 0.1-0.6kg/cm of Ozone Water manufacturing system 1 output
2), injecting storage tank 2, force (forcing) pump 3 is extracted Ozone Water out from storage tank 2, and the pressurization back is by Ozone Water output channel 4 output high-pressure ozone water (hydraulic pressure 0.6-20.0kg/cm
2).If be applied to the ozone water in large flux machine, flow is generally 1 ton-5 tons/hour, just need to use bigger force (forcing) pump and the water tank of volume, and need to increase the quantity of the tempering tank in the Ozone Water manufacturing system 1 to improve the Ozone Water generation, will cause the ozone water apparatus volume to increase like this, energy consumption raises, and cost increases.
The utility model content:
The purpose of this utility model is to overcome the deficiency of above-mentioned prior art and provides a kind of simple in structure, and volume is little, and cost is low, the raising ozone water pressure of flexible flow and the device of flow.Utilize pump and check valve that low discharge high concentration low-pressure Ozone Water is forced into high pressure, and use the threeway blender, and cancelled storage tank with the mixed Ozone Water that becomes big-flow high-pressure power of the tap water of low discharge high concentration low-pressure Ozone Water and big-flow high-pressure power.
The purpose of this utility model can reach by following measure: a kind of device that improves ozone water pressure and flow, it has casing 35, casing 35 is provided with water inlet 1, water inlet 1 connects inlet channel 2, inlet channel 2 connects air relief valve 3, high-concentration ozone water output system 36, it is characterized in that air relief valve 3 connects threeway 4, threeway 4 links to each other with high-concentration ozone water output system 36 and electromagnetic valve 30 respectively, electromagnetic valve 30 connects water supply pipe 32, high-concentration ozone water output system 36 is connected with force (forcing) pump 28 by Ozone Water pipeline 27, be connected with check valve 34 on the Ozone Water pipeline 27 between force (forcing) pump 28 and the high-concentration ozone water output system 36, force (forcing) pump 28 and water supply pipe 32 all are communicated with outlet 33 on the casing 35.
In order further to realize the purpose of this utility model, described force (forcing) pump 28 connects threeway blender 29, threeway blender 29 is provided with Ozone Water inlet 29-1, tap water inlet 29-2, Ozone Water outlet 29-3, Ozone Water inlet 29-1 connects Ozone Water pipeline 27 by force (forcing) pump 28, tap water inlet 29-2 connects water supply pipe 32, and Ozone Water outlet 29-3 connects outlet 33.
In order further to realize the purpose of this utility model being provided with dividing plate 29-4 in the bottom of described threeway blender 29.
In order further to realize the purpose of this utility model, establish flow control valve 31 on the described water supply pipe 32.
In order further to realize the purpose of this utility model, described high-concentration ozone water output system 36 has pipeline 6, pipeline 6 connects filter 7, filter 7 adopts reverse osmosis membrane to make, filter 7 connects filter 8, filter 8 adopts the resin filter membrane to make, filter 8 connects pure water cylinder 10 by pure water input channel 9, pure water cylinder 10 connects at least one ozonator by moisturizing pipeline 11, ozonator is connected with ozone gas collecting pipe 20 by the ozone gas output channel, ozone collecting pipe 20 connects moisturizing pipeline 11 by pure water reflux line 21, ozone gas collecting pipe 20 connects ozone gas output channel 22, ozone gas output channel 22 connects pure water cylinder 10 by pipeline 23, ozone gas output channel 22 connects tempering tank 25 by pipeline 24, the bottom of tempering tank 25 connects Ozone Water pipeline 27, the top of tempering tank 25 connects electromagnetic valve 26, pipeline 6 connects electromagnetic valve 5, electromagnetic valve 26 all is connected threeway 4 with electromagnetic valve 5, electromagnetic valve 30, force (forcing) pump 28, ozonator, electromagnetic valve 26 all is connected control circuit 37 with electromagnetic valve 5, and control circuit connects working power 38.
In order further to realize the purpose of this utility model, make by titanium in described ozone gas collecting pipe 20.
In order further to realize the purpose of this utility model, the described ozone gas collecting pipe 20 outer fin that are provided with.
In order further to realize the purpose of this utility model, connect 4 ozonators in described pure water cylinder 10 respectively by moisturizing pipeline 11, ozonator 12, ozonator 13, ozonator 14, ozonator 15, ozonator 12 is connected with ozone gas collecting pipe 20 by ozone gas output channel 16, ozonator 13 is connected with ozone gas collecting pipe 20 by ozone gas output channel 17, ozonator 14 is connected with ozone gas collecting pipe 20 by ozone gas output channel 18, and ozonator 15 is connected with ozone gas collecting pipe 20 by ozone gas output channel 19.
In order further to realize the purpose of this utility model, adopt anti-ozone material to make in described force (forcing) pump 28.
This utility model can produce following good effect compared with the prior art:
1, in the prior art, need to use a storage tank 2 (referring to Fig. 1), as the supply tank of force (forcing) pump, when water machine flow is bigger (as 2 tons-5 tons/hour), the volume of storage tank also needs corresponding increase, and water body machine is obviously increased.And this utility model has been cancelled storage tank, Ozone Water outlet tube 27 is directly connected force (forcing) pump 28 (referring to Fig. 2), and on the Ozone Water outlet tube that connects force (forcing) pump, be connected with a check valve 34 when the high-concentration ozone water output is insufficient, force (forcing) pump 28 can suck the part air by check valve 34, can avoid the tempering tank 25 inner negative pressure that produce, the whole normal operation that keeps system.So just can behind the cancellation storage tank, can guarantee the normal operation of water machine, and effectively dwindle the volume of water machine
2, in the prior art, the output flow of force (forcing) pump is exactly the output flow of whole water machine, when water machine flow is bigger (as 2 tons-5 tons/hour), the output flow of force (forcing) pump is also wanted corresponding increase (as 2 tons-5 tons/hour), the volume of force (forcing) pump also can correspondingly increase like this, finally causes the volume of water machine to increase.And in this utility model, be provided with threeway blender 29 (referring to Fig. 2), its effect is the Ozone Water of high concentration low discharge can be mixed with the tap water of big flow and generate the Ozone Water of big flow, simultaneously, when if the Ozone Water flow of ozone water apparatus output need be regulated, the combined amount of tap water be can regulate by flow control valve 31, convenient, flexible adjusting Ozone Water output flow and concentration realized.By above measure, in this utility model, force (forcing) pump 28 can be selected less specification for use, as long as satisfy the output of high-concentration ozone water, as: 0.2 ton-0.5 ton/hour.Improve the concentration of high-concentration ozone water if desired, only need to increase ozonator and get final product, and the volume of ozonator will be far smaller than force (forcing) pump.Since in this utility model, can use than low discharge, the force (forcing) pump of smaller size smaller, so this utility model can make the volume of ozone water apparatus and cost further dwindle.
3, in the prior art; ozone water in large flux is to rely on the Ozone Water of a plurality of tempering tank 5 outputs to merge (referring to Fig. 1), so just need can cause the water body to amass like this and increase at the inner a plurality of tempering tanks 5 (can reach 4 to 8 usually) of installing of water machine; adapter quantity increases, and fault rate increases.And in this utility model,, therefore can only use 1 to 2 tempering tank owing to need the Ozone Water water yield of output obviously to reduce, so just reduce the volume that tempering tank takies greatly, obviously dwindled the volume of water machine, reduced the quantity of union nipple, reduce cost, reduce fault rate.
Description of drawings:
Fig. 1 is the structural representation of prior art;
Fig. 2 is a structural representation of the present utility model;
Fig. 3 is the structural representation of threeway blender of the present utility model.
The specific embodiment:
Below in conjunction with accompanying drawing preferred forms of the present utility model is elaborated:
Embodiment: a kind of device (referring to Fig. 2) that improves ozone water pressure and flow, it has casing 35, casing 35 is provided with water inlet 1, water inlet 1 connects inlet channel 2, connect air relief valve 3 on the inlet channel 2,, air relief valve 3 connects threeway 4, and threeway 4 links to each other with high-concentration ozone water output system 36 and electromagnetic valve 30 respectively.High-concentration ozone water output system 36 is connected with force (forcing) pump 28 by Ozone Water pipeline 27, and force (forcing) pump is to adopt anti-ozone material to make.Be connected with check valve 34 on the Ozone Water pipeline 27 between force (forcing) pump 28 and the high-concentration ozone water output system 36, check valve inlet communicates with atmosphere, can suck air from check valve when system water supply is not enough, to replenish flow, balance internal pressure.Force (forcing) pump 28 connects threeway blender 29.Threeway blender 29 is provided with Ozone Water inlet 29-1, tap water inlet 29-2, Ozone Water outlet 29-3, Ozone Water inlet 29-1 connects Ozone Water pipeline 27 by force (forcing) pump 28, tap water inlet 29-2 connects water supply pipe 32, Ozone Water outlet 29-3 connects outlet 33, be provided with dividing plate 29-4 in the bottom of threeway blender 29, electromagnetic valve 30 is by flow control valve 31, and water supply pipe 32 is connected with threeway blender 29, and inlet channel 2 and water supply pipe 32 are communicated with.High-concentration ozone water output system 36 can adopt the existing device that generates high-concentration ozone water at present, the high-concentration ozone water output system 36 that present embodiment adopts has pipeline 6, pipeline 6 connects filter 7, filter 7 adopts reverse osmosis membrane to make, filter 7 connects filter 8, filter 8 adopts the resin filter membrane to make, filter 8 connects pure water cylinder 10 by pure water input channel 9, pure water cylinder 10 connects at least one ozonator by moisturizing pipeline 11, the quantity of ozonator can be decided as required, pure water cylinder 10 connects ozonator 12 respectively by moisturizing pipeline 11 in the present embodiment, ozonator 13, ozonator 14, ozonator 15, ozonator 12 is connected with ozone gas collecting pipe 20 by ozone gas output channel 16, ozonator 13 is connected with ozone gas collecting pipe 20 by ozone gas output channel 17, ozonator 14 is connected with ozone gas collecting pipe 20 by ozone gas output channel 18, ozonator 15 is connected with ozone gas collecting pipe 20 by ozone gas output channel 19, ozone gas collecting pipe 20 is by titanium or other heat radiations are good and material that no ion produces in ozone environment is made, can be provided with fin or radiator fan outside the ozone gas collecting pipe 20, ozone gas collecting pipe 20 connects moisturizing pipeline 11 by pure water reflux line 21, and ozone gas collecting pipe 20 connects ozone gas output channel 22.Ozone gas output channel 22 connects pure water cylinder 10 by pipeline 23, with equalizing pressure, prevents that the ozone gas that ozonator produces from flowing backwards.Ozone gas output channel 22 connects tempering tank 25 by pipeline 24.The bottom of tempering tank 25 connects Ozone Water pipeline 27, the top of tempering tank 25 connects electromagnetic valve 26, pipeline 6 connects electromagnetic valve 5, electromagnetic valve 26 all is connected threeway 4 with electromagnetic valve 5, electromagnetic valve 30, force (forcing) pump 28, ozonator, electromagnetic valve 26 and electromagnetic valve 5 all are connected control circuit 37, and control circuit connects working power 38.
During work, tap water process water inlet 1 is along inlet channel 2, through air relief valve 3, arrive threeway 4, at this moment electromagnetic valve 5 is opened, tap water enters reverse osmosis membrane filter 7 through pipeline 6, enter resin filter device 8 again, tap water is generated as pure water after filtering, enters pure water cylinder 10 through piping 9, pure water in the pure water cylinder 10 enters ozonator 12 from moisturizing pipeline 11,13,14,15, generator produces ozone, and ozone gas and a part of pure water are from ozone gas output channel 16,17,18,19, enter ozone gas collecting pipe 20, process body in the ozone gas collecting pipe 20, pure water behind fin or the fan radiating and cooling flows back to moisturizing pipeline 11 through reflux line 21, ozone gas in the ozone gas discharge 20 is from 22 outputs of ozone gas output channel, and ozone gas enters tempering tank 25 from pipeline 24 simultaneously, and electromagnetic valve 26 is opened, tap water enters tempering tank 25 through threeway 4 and electromagnetic valve 26, in tempering tank 25, tap water and ozone gas are fully mixed, and generate high concentration low-pressure (hydraulic pressure 0.1-0.6kg/cm
2) Ozone Water, force (forcing) pump 28 is extracted the Ozone Water of high concentration low-pressure out, high-concentration ozone water injects threeway blender 29 after Ozone Water pipeline 27 directly enters force (forcing) pump 28 pressurizations.Simultaneously, electromagnetic valve 30 is opened, big flow tap water is by threeway 4, through electromagnetic valve 30 and flow control valve 31, arrive threeway blender 29 along water supply pipe 32, in threeway blender 29, high-concentration ozone water and tap water mix, become the Ozone Water of big flow, from outlet 33 outputs of ozone water apparatus.
Claims (9)
1, a kind of device that improves ozone water pressure and flow, it has casing (35), casing (35) is provided with water inlet (1), water inlet (1) connects inlet channel (2), inlet channel (2) connects air relief valve (3), high-concentration ozone water output system (36), it is characterized in that air relief valve (3) connects threeway (4), threeway (4) links to each other with high-concentration ozone water output system (36) and electromagnetic valve (30) respectively, electromagnetic valve (30) connects water supply pipe (32), high-concentration ozone water output system (36) is connected with force (forcing) pump (28) by Ozone Water pipeline (27), be connected with check valve (34) on the Ozone Water pipeline (27) between force (forcing) pump (28) and the high-concentration ozone water output system (36), force (forcing) pump (28) and water supply pipe (32) all are communicated with outlet (33) on the casing (35).
2, a kind of device that improves ozone water pressure and flow according to claim 1, it is characterized in that described force (forcing) pump (28) connects threeway blender (29), threeway blender (29) is provided with Ozone Water inlet (29-1), tap water inlet (29-2), Ozone Water outlet (29-3), Ozone Water inlet (29-1) connects Ozone Water pipeline (27) by force (forcing) pump (28), tap water inlet (29-2) connects water supply pipe (32), and Ozone Water outlet (29-3) connects outlet (33).
3, a kind of device that improves ozone water pressure and flow according to claim 2 is characterized in that being provided with dividing plate (29-4) in the bottom of described threeway blender (29).
4, a kind of device that improves ozone water pressure and flow according to claim 1 is characterized in that establishing on the described water supply pipe (32) flow control valve (31).
5, a kind of device that improves ozone water pressure and flow according to claim 1, it is characterized in that described high-concentration ozone water output system (36) has pipeline (6), pipeline (6) connects filter (7), filter (7) adopts reverse osmosis membrane to make, filter (7) connects filter (8), filter (8) adopts the resin filter membrane to make, filter (8) connects pure water cylinder (10) by pure water input channel (9), pure water cylinder (10) connects at least one ozonator by moisturizing pipeline (11), ozonator is connected with ozone gas collecting pipe (20) by the ozone gas output channel, ozone collecting pipe (20) connects moisturizing pipeline (11) by pure water reflux line (21), ozone gas collecting pipe (20) connects ozone gas output channel (22), ozone gas output channel (22) connects pure water cylinder (10) by pipeline (23), ozone gas output channel (22) connects tempering tank (25) by pipeline (24), the bottom of tempering tank (25) connects Ozone Water pipeline (27), the top of tempering tank (25) connects electromagnetic valve (26), pipeline (6) connects electromagnetic valve (5), electromagnetic valve (26) all is connected threeway (4) with electromagnetic valve (5), electromagnetic valve (30), force (forcing) pump (28), ozonator, electromagnetic valve (26) all is connected control circuit (37) with electromagnetic valve (5), and control circuit connects working power (38).
6, a kind of device that improves ozone water pressure and flow according to claim 5 is characterized in that described ozone gas collecting pipe (20) made by titanium.
7,, it is characterized in that the outer fin that is provided with of described ozone gas collecting pipe (20) according to claim 5 or 6 described a kind of devices that improve ozone water pressure and flow.
8, a kind of device that improves ozone water pressure and flow according to claim 1, it is characterized in that described pure water cylinder (10) connects 4 ozonators respectively by moisturizing pipeline (11), ozonator (12), ozonator (13), ozonator (14), ozonator (15), ozonator (12) is connected with ozone gas collecting pipe (20) by ozone gas output channel (16), ozonator (13) is connected with ozone gas collecting pipe (20) by ozone gas output channel (17), ozonator (14) is connected with ozone gas collecting pipe (20) by ozone gas output channel (18), and ozonator (15) is connected with ozone gas collecting pipe (20) by ozone gas output channel (19).
9, a kind of device that improves ozone water pressure and flow according to claim 1 is characterized in that described force (forcing) pump (28) adopts anti-ozone material to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200176193U CN201154098Y (en) | 2008-01-31 | 2008-01-31 | Device for enhancing water pressure and flow capacity of ozone |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200176193U CN201154098Y (en) | 2008-01-31 | 2008-01-31 | Device for enhancing water pressure and flow capacity of ozone |
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| Publication Number | Publication Date |
|---|---|
| CN201154098Y true CN201154098Y (en) | 2008-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200176193U Expired - Fee Related CN201154098Y (en) | 2008-01-31 | 2008-01-31 | Device for enhancing water pressure and flow capacity of ozone |
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| Country | Link |
|---|---|
| CN (1) | CN201154098Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109923074A (en) * | 2016-11-07 | 2019-06-21 | 株式会社Gdt | High-concentrated ozone dissolves water making device |
-
2008
- 2008-01-31 CN CNU2008200176193U patent/CN201154098Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109923074A (en) * | 2016-11-07 | 2019-06-21 | 株式会社Gdt | High-concentrated ozone dissolves water making device |
| CN109923074B (en) * | 2016-11-07 | 2022-05-17 | 株式会社Gdt | High-concentration ozone dissolved water manufacturing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20081126 Termination date: 20110131 |