CN2838272Y - Pump pressed gas-liquid dissolve in mixer - Google Patents
Pump pressed gas-liquid dissolve in mixer Download PDFInfo
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- CN2838272Y CN2838272Y CN 200520107359 CN200520107359U CN2838272Y CN 2838272 Y CN2838272 Y CN 2838272Y CN 200520107359 CN200520107359 CN 200520107359 CN 200520107359 U CN200520107359 U CN 200520107359U CN 2838272 Y CN2838272 Y CN 2838272Y
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- liquid suction
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Abstract
The utility model provides a pump pressurization gas-liquid dissolving mixer. The utility model mainly comprises a hollow main body and a motor, wherein a gas-liquid suction mixing chamber and a gas-liquid pressurization gas-liquid dissolving mixing chamber is arranged inside the hollow main body, and the gas-liquid suction mixing chamber and the gas-liquid pressurization gas-liquid dissolving mixing chamber are mutually communicated; a gas-liquid suction port is arranged beside the side surface of the top end of the gas-liquid suction mixing chamber, the gas-liquid suction port is connected with a gas-liquid suction guiding pipe which simultaneously guides gas and water into the gas-liquid suction mixing chamber, and a water outlet is arranged on the surface adjacent to the bottom end of the gas-liquid pressurization gas-liquid dissolving mixing chamber; the main body is also assembled with an output guiding pipe and a pressure guiding and stabilizing valve. The motor pump is combined on the top surface of the hollow main body, a mandrel arranged on the motor pump penetrates into the gas-liquid suction mixing chamber in the hollow main body, and the mandrel is fixedly provided with rotating paddles which are respectively provided with a saw tooth groove. In this way, liquid can separate out ultra-saturation oxygen content which comprises ozone or other oxygen gases, and the ozone or ther other oxygen gases are formed into micro air bubbles so strike and flush cleaned dishes and appliances.
Description
Technical field
The utility model relates to a kind of pump pressured gas liquid and dissolves in blender, it is various liquid gases to be stirred pressurization make in the liquid its oxygen content or other gas surpass hypersaturated state, export to again in the various container, make to reach the gas that height contains oxygen (gas) amount or hypersaturated state in the liquid (water) and under normal pressure, separate out bubble, since improve the function of breeding environment or washing and detoxifying, sterilization the pump pressured gas liquid dissolve in blender.
Background technology
Generally in the cultured fishes biochron, mainly be this fish biology to be raised in aquarium or breeding trough etc. locate, and outside air is squeezed in the water in aquarium or the plant by an electrodynamic type pump-up device, airborne oxygen is dissolved in the water, to keep certain oxygen content in the water, and provide water fish class biological existence required oxygen, make that the fish biology raise in water can be by this oxygen of squeezing into, and survived.But, above-mentioned electrodynamic type pump-up device only is that air is squeezed in the water, it is quite big to make air enter in the water formed bubble particles, cause this bubble less than normal with the surface area that contacts of water, again in addition on the bubble fast rise water surface, more cause oxygen contained in the air of squeezing into to be difficult for and water-soluble separating, cause in the water to contain the oxygen rate on the low side, and then jeopardize the existence of water fish class biology.
Moreover, the producer have in addition a kind of with ozone generation device in conjunction with rinse bath, come out with facility as vegetable and fruit detoxification, it mainly is an ozone gas of utilizing this ozone generation device energising to produce, be directed at via a conduit in the water of rinse bath, make in the water of rinse bath and contain ozone, cause people can remove the agricultural chemicals of vegetables and fruits remained on surface, for people's edible these vegetables and fruits of feeling at ease by the ozone high oxidative capacity in the water; Yet though ozone can be with the pesticides removal on vegetables and fruits surface, the bubble particles that this ozone is generated in water is thrown away quite big, can cause ozone not soluble in water equally, causes that to contain ozone in the water not high, causes its usefulness of removing agricultural chemicals clear.
For solving above-mentioned defective, so the catheter tip that has people's ozone generation device to be connected connects a porous member, ozone is divided shed most careful bubbles in water, to promote the water-soluble content of ozone, but mode like this, though can slightly improve the content of ozone in water, but because of the flowability of cleaning trough inner water not good, and ozone is directly to rise to the water surface from the bubble that the porous member sheds and forms, and it is still not enough to make that the water-soluble content of ozone promotes effect, and the higher part of ozone in water content, also only limit to the peripheral position of ozone outlet, and, still have ozone in water to contain the situation of quantity not sufficient away from the water at ozone outlet place.
This shows that conventional approaches still has above defective, therefore be necessary it is improved.
Summary of the invention
The purpose of this utility model technology overcomes the defective of above-mentioned prior art, provide a kind of pump pressured gas liquid to dissolve in blender, it can separate out super-saturated oxygenous amount by nature by liquid under normal pressure, its oxygen will be formed atomic little bubble, clash into the thing ware utensil that washing vegetable, fruit, food, medical apparatus etc. are cleaned, and remove its residual toxicity sterilization and other chemical substance, detoxifcation etc. by the effect of ozone in water high oxidation, to avoid viral medium, guarantee the edible safety health; And can utilize the method at fish jar, Yu Ponds, plant and swimming pool, and increase high oxygenous amount and cleaning and sterilizing sterilizing function in the water, in order to avoid germ grows, improve the growing environment of material culture in the water, reduce disease.
The purpose of this utility model realizes that by following technical proposals pump pressured gas liquid provided by the utility model dissolves in blender, includes a hollow body and a motor-mount pump; From top to bottom be sequentially provided with an above gas-liquid suction mixing chamber and gas-liquid pressurization in this hollow body and dissolve in mixing chamber, this gas-liquid suction mixing chamber dissolves between mixing chamber with the gas-liquid pressurization and is provided with the port that links to each other more than, and suck side, mixing chamber top in gas-liquid and be provided with an above gas-liquid suction inlet, this gas-liquid suction inlet is to be connected with more than one gas-liquid suction lead, to enter in the gas-liquid suction mixing chamber as sucking gas and liquid or water; Above suction lead also can be with ozone generation device or be connected with other facility that can produce gas with various simultaneously, guides water simultaneously and gas enters in the gas-liquid suction mixing chamber through the gas-liquid suction lead by water inlet pipe and air inlet pipe; The pressurization of this gas-liquid is dissolved in and is provided with a spoiler in the mixing chamber at least, and the side, bottom that mixing chamber is dissolved in the gas-liquid pressurization is provided with more than one delivery port, and the winding output duct is provided with the pressure regulation constant pressure valve; This motor-mount pump is combined in the top end of hollow body, and the axle of motor-mount pump is entered gas-liquid suck in the mixing chamber through the body top, and on its axle a fixed rotating vane, this rotating vane is provided with staggered sawtooth groove, and this rotating vane is corresponding with the gas-liquid suction lead of gas-liquid suction mixing chamber; By motor-mount pump driven rotary blade high speed rotating, sucking liquid and gas in view of the above enters in the gas-liquid suction mixing chamber, rotating vane high speed rotary-cut simultaneously produces the gas-liquid stirring action, produce careful micro-bubble when making gas be dissolved in the liquid, this micro-bubble and liquid enter the gas-liquid pressurization via the motor-mount pump pressurization through connected entrance and dissolve in the mixing chamber, gas-liquid is prolonged by pushing of blade generation pressure and this chamber spoiler obstruct pressurization and time once more simultaneously, form more micro-bubble again, and then dissolve in liquid (as water), surpass saturation state to reach liquid containing oxygen gas, export in any container via the delivery port adapter again, as the vegetable and fruit detoxification vessel, fish jar pond plant etc.When injecting with upper container, under normal pressure, can separate out super-saturated oxygenous amount by nature by liquid, its oxygen will be formed atomic little bubble, clash into the thing ware utensil that washing vegetable, fruit, food, medical apparatus etc. are cleaned, and remove its residual toxicity sterilization and other chemical substance, detoxifcation etc. by the effect of ozone in water high oxidation, to avoid viral medium, guarantee the edible safety health; And can utilize the method at fish jar, Yu Ponds, plant and swimming pool, the height that increases in the water contains oxygen (gas) amount and cleaning and sterilizing sterilizing function, in order to avoid germ grows, improves the growing environment of material culture in the water, reduces disease.
Be further to understand the utility model, below lift preferred embodiment and conjunction with figs., with concrete constitution content of the present utility model and the effect that reached describes in detail as after.
Description of drawings
The generalized section that Fig. 1 dissolves in blender for the utility model pump pressured gas liquid;
Fig. 2 dissolves in the action schematic diagram of blender for the utility model pump pressured gas liquid;
Fig. 3 uses schematic diagram for the utility model pump pressured gas liquid dissolves in first of blender;
Fig. 4 uses schematic diagram for the utility model pump pressured gas liquid dissolves in second of blender;
Fig. 5 uses schematic diagram for the utility model pump pressured gas liquid dissolves in the 3rd of blender;
Fig. 6 uses schematic diagram for the utility model pump pressured gas liquid dissolves in the 4th of blender;
Fig. 7 uses schematic diagram for the utility model pump pressured gas liquid dissolves in the 5th of blender.
Primary clustering symbol description: 1 hollow body; 11 gas-liquids suck mixing chamber; 111 gas-liquid suction inlets; Mixing chamber is dissolved in the pressurization of 12 gas-liquids; 121 spoilers; 122 delivery ports; 13 connected entrances; 2 gas-liquid suction leads; 21 air inlet pipe; 211 ozone generation devices; 22 water inlet pipes; 31 gases; 4 motor-mount pumps; 41 axles; 42 cover caps; 5 rotating vanes; 51 sawtooth grooves; 61 fish jar pond plants; 62 detoxifcation vessel; 63 swimming pools; 71 micro-bubbles; 81 dishes; 82 medical apparatus; 83 vegetables; 91 pressure regulation constant pressure valves; 92 helical blades; 93 motors.
Embodiment
See also Figure 1 and Figure 2, pump pressured gas liquid of the present utility model dissolves in blender, mainly comprises:
One hollow body 1, the end face of this hollow body 1 is provided with waterproof combined hole (not indicating among the figure), be sequentially provided with from top to bottom in it that gas-liquid sucks mixing chamber 11 and mixing chamber 12 is dissolved in the gas-liquid pressurization, this combined hole sucks mixing chamber 11 with gas-liquid and communicates, and gas-liquid sucks mixing chamber 11 and gas-liquid and pressurizes and dissolve in 12 of mixing chambers and be provided with more than one connected entrance 13, and gas-liquid suction mixing chamber 11 is provided with gas-liquid suction inlet 111 near top one side, this gas-liquid suction inlet 111 is connected with a gas-liquid suction lead 2, this gas-liquid suction lead 2 includes a water inlet pipe 22 that is communicated with and at least one above air inlet pipe 21, this air inlet pipe 21 and water inlet pipe 22 comprise at least each pipe above or simultaneously multitube be connected with other facility that can produce gas with various with ozone generation device 211 (seeing also shown in Figure 4) or while, and this air inlet pipe 21 can with water inlet pipe 22 one-body molded being made, gas-liquid suction lead 2 can be entered gas 31 and water 32 in the gas-liquid suction mixing chamber 11 through gas-liquid suction inlet 111 respectively by air inlet pipe 21 and water inlet pipe 22, this gas-liquid pressurization is dissolved in and is provided with the above spoiler 121 of a slice in the mixing chamber 12 at least, and dissolve in mixing chamber 12 in gas-liquid pressurization and be provided with a delivery port 122 near a side place of bottom, and the winding output duct is provided with pressure regulation constant pressure valve 91, and this pressure regulation constant pressure valve 91 mainly is the control as water flow;
One motor-mount pump 4, the axle 41 of this motor-mount pump 4 enters in the gas-liquid suction mixing chamber 11 through the combined hole of hollow body 1, and this axle 41 is sealing fully with combined hole, there is no any slot, and on axle 41, be consolidated with a rotating vane 5, this rotating vane 5 is corresponding with the gas-liquid suction inlet 111 that gas-liquid sucks mixing chamber 11 1 sides, and rotating vane 5 is provided with laterally and vertically staggered sawtooth groove 51; And these motor-mount pump 4 outsides also are coated with a cover cap 42, with the protection as motor-mount pump 4;
When motor-mount pump 4 starts, its axle 41 promptly can driven rotary blade 5 continuous high speed rotating, air inlet pipe 21 and water inlet pipe 22 by gas-liquid suction lead 2 sucks gas 31 and water 32 in the gas-liquid suction mixing chamber 11 through gas-liquid suction inlet 111 respectively in view of the above, while is by rotating vane 5 and go up sawtooth groove 51 high speed rotary-cuts generation gas-liquid stirring action, cause gas 31 to be soluble in the liquid 32, and produce careful micro-bubble 71, this micro-bubble 71 and liquid 32 are via motor-mount pump 4 pressurizations, promptly can enter the gas-liquid pressurization via connected entrance 13 dissolves in the mixing chamber 12, and dissolve in by gas-liquid pressurization that set spoilers 121 stop water conservancy diversion in the mixing chamber 12, to increase space and the area that gas-liquid is dissolved in, plenty of time bears pressurization to cause bubble 71 to have more, cause liquid 32 to contain oxygen (gas) amount and surpass saturation state, via delivery port 122 bubble 71 is exported in any container again, as: fish jar pond plant 61 (as shown in Figure 3), various detoxifcation vessel 62 are (as Fig. 4, Fig. 5, shown in Figure 6) or swimming pool 63 (as shown in Figure 7) etc.
See also Fig. 4, Fig. 5 and shown in Figure 6, when this careful micro-bubble 71 injects said vesse, under normal pressure, this liquid 32 can be separated out super-saturated oxygenous amount by nature, make its oxygen will form atomic little bubble 71, this micro-bubble 71 can be evenly distributed and clash into the thing ware utensil that flushing dish 81, medical apparatus 82, vegetables 83, fruit, food etc. are cleaned in the gas-liquid, and remove its residual toxicity sterilization and other chemical substance, detoxifcation etc. by the effect of ozone in water high oxidation, avoiding viral medium, and guarantee the edible safety health; Wherein, can install a helical blade 92 in the detoxifcation vessel 62, this helical blade 92 drives by the motor 93 of container bottom, make liquid in the container can be subjected to the drive of helical blade 92 and rotate, cause the micro-bubble liquid body to rotate the strength influence, and vegetables, fruit, food, medical apparatus in the continuous rotating percussion eluant container of entrained liquids rotatory force etc. are cleaned thing, and reach detoxifcation, sterilization effects.
Please consult Fig. 3 and shown in Figure 7 simultaneously, if when being applied to fish jar 61, Yu Ponds, plant or swimming pool 63, the height that can increase in the water contains oxygen (gas) amount and cleaning and sterilizing sterilizing function, in order to avoid germ grows, and then improve the growing environment of material culture in the water, reach the purpose that reduces disease.
For making the utility model more show progressive and practicality, to do a comparative analysis as follows with commonly using article hereby:
Commonly use defective:
1. commonly using fish jar plant only is by the electric inflating device air to be squeezed in the water, so that air It is quite big to enter in the water formed bubble particles, causes this bubble less than normal with the surface area that contacts of water, In addition on the bubble fast rise water surface, more cause oxygen contained in the air of squeezing into to be difficult for and water-soluble solution again, Cause in the water to contain the oxygen rate on the low side, and then jeopardize the existence of water fish class biology.
2. though commonly using the ozone of ozone generation device generation can be with the pesticides removal on vegetables and fruits surface, this ozone exists The bubble particles that generates in the water is thrown away quite big, can cause equally ozone not soluble in water, causes in the water to contain Ozone is not high, causes its usefulness of removing agricultural chemicals not good.
3. commonly use by the porous member the ozone branch how careful bubble mode that sheds, though can slightly improve the content of ozone in water, but because of the flowability of cleaning trough inner water not good, it is still not enough to make the water-soluble content of ozone promote effect, and, still have ozone in water to contain the anxiety of quantity not sufficient away from the water at ozone outlet place.
The utility model advantage:
1. the utility model is to separate out super-saturated oxygenous amount naturally by liquid under normal pressure, will form atomic little bubble comprising ozone or other carrier of oxygen, clashes into the thing ware utensil that washing vegetable, fruit, food, medical apparatus etc. are cleaned.
2. the utility model can dissolve in ozone or other gas in the liquid, to be removed its residual toxicity sterilization and other chemical substance, detoxifcation etc. by the effect of ozone in water high oxidation, to avoid viral medium, guarantees the edible safety health.
3. if the utility model promptly can increase high oxygenous amount and cleaning and sterilizing sterilizing function in the water when being used for fish jar, Yu Ponds, plant or swimming pool, in order to avoid germ grows, improves the growing environment of material culture in the water, reduces disease.
4. the utility model is any when being cleaned thing in flushing, can reach the rapid cleaning effect and saves time.
Claims (6)
1, a kind of pump pressured gas liquid dissolves in blender, it is characterized in that it comprises:
One hollow body, be provided with the gas-liquid suction mixing chamber and the gas-liquid pressurization that are connected more than one in it and dissolve in mixing chamber, this gas-liquid sucks mixing chamber and is provided with more than one gas-liquid suction inlet near the side, top, this suction inlet is to be connected with an above gas-liquid suction lead, this gas-liquid suction lead can be simultaneously enter gas-liquid with gas and water guiding and suck in the mixing chamber, and this gas-liquid dissolved under pressure, the side near the bottom of going into mixing chamber are provided with more than one delivery port; And the winding output duct is provided with the pressure regulation constant pressure valve;
One motor-mount pump, it is the end face that is combined in hollow body, the axle on it places the gas-liquid that enters hollow body and sucks in the mixing chamber, and at the rotating vane that is consolidated with on the axle more than a slice, this rotating vane is provided with laterally and vertically staggered sawtooth groove.
2, pump pressured gas liquid according to claim 1 dissolves in blender, it is characterized in that this gas-liquid suction lead comprises air inlet pipe and the water inlet pipe that is connected more than, and can be provided with more than one suction lead simultaneously multitube be connected with ozone machine or other facility that can produce different gas-liquids.
3, pump pressured gas liquid according to claim 1 dissolves in blender, it is characterized in that this delivery port winding output duct is provided with the pressure regulation constant pressure valve.
4, pump pressured gas liquid according to claim 1 dissolves in blender, it is characterized in that the pressurization of this gas-liquid is dissolved in to be provided with the above spoiler of a slice in the mixing chamber at least.
5, pump pressured gas liquid according to claim 1 dissolves in blender, it is characterized in that this motor-mount pump is outside and is coated with a cover cap in order to the protection motor-mount pump.
6, pump pressured gas liquid according to claim 1 dissolves in blender, it is characterized in that in the container that gas-liquid is guided to blade being set, and the motor that this blade pass is crossed the container bottom drives.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520107359 CN2838272Y (en) | 2005-05-25 | 2005-05-25 | Pump pressed gas-liquid dissolve in mixer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520107359 CN2838272Y (en) | 2005-05-25 | 2005-05-25 | Pump pressed gas-liquid dissolve in mixer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2838272Y true CN2838272Y (en) | 2006-11-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520107359 Expired - Fee Related CN2838272Y (en) | 2005-05-25 | 2005-05-25 | Pump pressed gas-liquid dissolve in mixer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2838272Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104174311A (en) * | 2014-08-15 | 2014-12-03 | 王兴南 | Nano micro bubble generation device for bathing and bathing system |
| CN107158983A (en) * | 2017-06-16 | 2017-09-15 | 广东大任生物科技有限责任公司 | Water-gas mixing device |
| CN107744160A (en) * | 2017-11-17 | 2018-03-02 | 成都智宸科技有限公司 | A kind of comprehensive Intelligent cleaner |
-
2005
- 2005-05-25 CN CN 200520107359 patent/CN2838272Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104174311A (en) * | 2014-08-15 | 2014-12-03 | 王兴南 | Nano micro bubble generation device for bathing and bathing system |
| CN107158983A (en) * | 2017-06-16 | 2017-09-15 | 广东大任生物科技有限责任公司 | Water-gas mixing device |
| CN107744160A (en) * | 2017-11-17 | 2018-03-02 | 成都智宸科技有限公司 | A kind of comprehensive Intelligent cleaner |
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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: 20061122 |