CN203233951U - Generating device of weak acidic hypochlorous disinfectant without power supply - Google Patents
Generating device of weak acidic hypochlorous disinfectant without power supply Download PDFInfo
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- CN203233951U CN203233951U CN 201320000862 CN201320000862U CN203233951U CN 203233951 U CN203233951 U CN 203233951U CN 201320000862 CN201320000862 CN 201320000862 CN 201320000862 U CN201320000862 U CN 201320000862U CN 203233951 U CN203233951 U CN 203233951U
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Abstract
The utility model relates to a generating device of a weak acidic hypochlorous disinfectant without a power supply. The device is characterized by comprising CO2 gas supply, NaClO liquid supply, water supply, disinfectant paths and the like, gas-water mixers and a gas-water control system, wherein the CO2 path is formed by sequentially connecting a gas bottle, a reducing valve, a flow control valve, a mechanical valve and a speed regulating valve, the NaClO path is formed by sequentially connecting a liquid storage tank, a check valve, a flow control valve and a liquid-liquid mixer, and the disinfectant path is formed by sequentially connecting a liquid-liquid mixer, a pH measurer, a speed regulating valve and a disinfectant storage tank. The gas-water control system respectively regulates two air cylinders, mechanical levers and mechanical valves by means of water pressure, buoyancy and air pressure, so that open and close of CO2 gas supply are controlled. CO2 and water are adequately mixed and dissolved in the two gas-water mixers to be prepared into aerated water which enters into the liquid-liquid mixer to be mixed with NaClO arriving by means of siphon principle to be prepared into the disinfectant, and then the mixture enters into the disinfectant storage tank through the pH measurer and the speed regulating valve.
Description
Technical field
The utility model relates to a kind of generating apparatus that does not need the hypochlorous acid thimerosal that power supply controls.
Background technology
Thimerosal take hypochlorous acid as main component is with aqueous sodium hypochlorite solution and diluted mixed in hydrochloric acid at present, perhaps the hydrochloric acid Direct Electrolysis is obtained the thimerosal take hypochlorous acid as main component, also can carry out electrolysis by in the septate electrolytic cell of tool between positive pole and the negative pole, adding sodium chloride, thereby generate hypochloric acid water solution at side of the positive electrode.
But, in the process with aqueous sodium hypochlorite solution and mixed in hydrochloric acid, be difficult to control the dosage of the hydrochloric acid of interpolation, easily produce chlorine (Cl
2) or chlorine dioxide (ClO
2) gas, generally containing the safety instruction that all can have " forbidding using with acid " on the commercially available disinfectant container of sodium chlorite.In addition, be 5.5～6.5 o'clock owing to containing the thimerosal of clorox at pH, the hypochlorous acid molecule content is the highest, and bactericidal effect is also best.If near hypochlorous acid contains proportional high pH5 the regulation electrolytic condition, accurate control device then must be arranged, and in reality, electrolytic condition can only be extended near the control device the pH7.When adding sodium-chloride water solution between positive pole and negative pole, establishing in the septate electrolytic cell, dilute with water after the hypochlorous acid that generates high concentration, when generating by this thimerosal take hypochlorous acid as main component, need in the hypochlorous acid that electrolysis generates, add watery hydrochloric acid and carry out the pH adjustment, but generate the thimerosal of desirable pH, just must strictly control the concentration of watery hydrochloric acid, the thimerosal that generates desired concentration must be adjusted the amount of watery hydrochloric acid, must carry out the control of unreality in order to make concentration and pH reach together desirable value, but actually can only set the scope of pH wider.
In addition, present device all be at electric energy driving, control under finish, and bulky, make, use cost is too high, be difficult to promote the popularization use, this thimerosal generating apparatus not only expends a large amount of electric energy, and the equipment operating place all is in humidity and has in the environment of water simultaneously, very easily leak electricity, the electric shock phenomenon, the life security that threatens the people; The utility model device is that prevention, the control of various diseases is provided convenience, and particularly advantage is more obvious when various burst natural calamity.
The utility model content
For addressing the above problem, the utility model provides a kind of small-sized generating apparatus that does not need the faintly acid hypochlorous acid thimerosal that power supply controls, and comprises CO
2Air feed path, confession water passage, clorox feed flow path, thimerosal path, Bas Discharged path, the gentle water control system of gas-water mixer; Wherein, CO
2The air feed path is connected in sequence by gas cylinder, pressure-reducing valve, flow control valve A, precision pressure adjuster, mechanical valve A, flow speed control valve A; Be formed by connecting by water source, flow control valve B for water passage; Clorox feed flow path is connected in sequence by clorox fluid reservoir, check valve, flow control valve C, liquid liquid mixer; The thimerosal path is connected in sequence by liquid liquid mixer, pH measuring appliance, flow speed control valve D, thimerosal storage tank; The air water control system is to be supplied water to gas-water mixer A by the water source, enter gas-water mixer B through gas-water mixer A in parallel and the connecting path of gas-water mixer B respectively, pass through simultaneously connecting path C, flow speed control valve C, two Y-piece joints, at this moment air is discharged through flow control valve D, and the pressure-acting of water is in cylinder B, after opening mechanical valve A by mechanical lever B, CO
2Gas arrives another mechanical valve B, and mechanical valve B is opened CO under buoyancy power transmission shaft and mechanical lever A effect simultaneously
2Gas arrives cylinder A through flow speed control valve B, keeps opening of mechanical valve B, meanwhile CO
2Gas by flow speed control valve A, be mixed into gas-water mixer A in parallel and gas-water mixer B at T-shaped pipe joint A with water, CO in gas-water mixer A and gas-water mixer B
2Gas fully mixes and is dissolved in the water with water makes carbonated water, and carbonated water is mixed with the liquor natrii hypochloritis who arrives by the liquid siphon principle in the liquid liquid mixer, enters the thimerosal storage tank through pH measuring appliance, flow speed control valve D; Hydraulic pressure descends when closing the water source, and two cylinder pressures reduce, and the buoyancy power transmission shaft descends simultaneously, and at this moment two mechanical valve autoshutdowns have cut off CO
2The air feed path, thus do not need electricity consumption to finish Pneumatic-hydraulic interlocked control overall process, made faintly acid hypochlorous acid thimerosal.
By regulation and control source pressure be 0.1～0.2MPa, flow is 8 liter/mins during flowing water; Regulation and control CO
2The gas precision pressure regulator makes CO
2Gas pressure is 0.35MPa; Thereby so that thimerosal pH remains on 5.5～6.5, make thimerosal reach the strongest bactericidal effect and concentration controlled.
Description of drawings
Fig. 1 is the overall structure figure that does not need the hypochlorous acid thimerosal generating apparatus of power supply.
Wherein: gas cylinder (1), pressure-reducing valve (2), flow control valve A (3), precision pressure adjuster (4), mechanical valve A (5), mechanical valve B (6), Y-piece joint A (7), flow speed control valve A (8), T-shaped pipe joint A (9), flow speed control valve B (10), cylinder A (11), water source (12), flow control valve B (13), gas-water mixer A (14), gas-water mixer B (15), connecting path A (16), connecting path B (17), buoyancy power transmission shaft (18), mechanical lever A (19), connecting path C (20), Y-piece joint B (21), Y-piece joint C (22), cylinder B (23), mechanical lever B (24), flow speed control valve C (25), T-shaped pipe joint B (26), clorox fluid reservoir (27), check valve (28), flow control valve C (29), liquid liquid mixer (30), pH measuring appliance (31), flow speed control valve D (32), thimerosal storage tank (33), flow control valve D (34).
Embodiment
As shown in Figure 1, a kind of generating apparatus that does not need the faintly acid hypochlorous acid thimerosal of power supply is characterized in that, comprises CO
2Air feed path, confession water passage, liquor natrii hypochloritis's feed flow path, thimerosal path, Bas Discharged path, the gentle water control system of gas-water mixer.Wherein, CO
2The air feed path is connected in sequence by gas cylinder (1), pressure-reducing valve (2), flow control valve A (3), precision pressure adjuster (4), mechanical valve A (5), mechanical valve B (6), Y-piece joint A (7), flow speed control valve A (8), T-shaped pipe joint A (9); Be connected in sequence by water source (12), flow control valve B (13), T-shaped pipe joint A (9) for water passage; Liquor natrii hypochloritis's feed flow path is connected in sequence by clorox fluid reservoir (27), check valve (28), flow control valve C (29), liquid liquid mixer (30); The thimerosal path is connected in sequence by T-shaped pipe joint B (26), liquid liquid mixer (30), pH measuring appliance (31), flow speed control valve D (32), thimerosal storage tank (33).The air water control system is that (hydraulic pressure is 0.1～0.2MPa by water source (12) water supply, flowing water is that flow is 8 liter/mins) enter gas-water mixer A (14) after, pass through respectively gas-water mixer A (14) in parallel and the connecting path A (16) of gas-water mixer B (15), connecting path B (17) enters gas-water mixer B (15), pass through simultaneously connecting path C (20), T-shaped pipe joint B (26), flow speed control valve C (25), Y-piece joint B (21) and Y-piece joint C (22), at this moment air is discharged through flow control valve D (34), and the pressure-acting of water is in cylinder B (23), after opening mechanical valve A (5) by mechanical lever B (24), CO
2Gas arrives mechanical valve B (6), and mechanical valve B (6) is opened CO under buoyancy power transmission shaft (18) acts on mechanical lever A (19) simultaneously
2Gas arrives cylinder A (11) by Y-piece joint A (7) through flow speed control valve B (10), keeps opening of mechanical valve B (6), meanwhile CO
2Gas is by Y-piece joint A (7), pass through flow speed control valve A (8), be mixed into gas-water mixer A (14) in parallel and gas-water mixer B (15) at T-shaped pipe joint A (9) with water, CO in gas-water mixer A (14) and gas-water mixer B (15)
2Gas fully mixes and is dissolved in the water with water makes carbonated water, carbonated water is through T-shaped pipe joint B (26), in liquid liquid mixer (30), mix with the liquor natrii hypochloritis who arrives by the liquid siphon principle, enter thimerosal storage tank (33) through pH measuring appliance (31) (pH remains on 5.5～6.5), flow speed control valve D (32).Hydraulic pressure descends when closing the water source, and cylinder A (11) reduces with cylinder B (23) pressure, and buoyancy power transmission shaft (18) descends simultaneously, and at this moment mechanical valve A (5) and mechanical valve B (6) autoshutdown have cut off CO
2The air feed path, thus do not need electricity consumption to finish Pneumatic-hydraulic interlocked control overall process, made faintly acid hypochlorous acid thimerosal and concentration controlled.
It is emphasized that; embodiment described in the utility model is illustrative; rather than determinate; therefore the utility model is not limited to the embodiment described in the embodiment; every by those skilled in the art according to other embodiment that the technical solution of the utility model draws, belong to equally the scope of the utility model protection.
Claims (2)
1. a generating apparatus that does not need the faintly acid hypochlorous acid thimerosal of power supply is characterized in that, comprises CO
2Air feed path, confession water passage, liquor natrii hypochloritis's feed flow path, thimerosal path, Bas Discharged path, the gentle water control system of gas-water mixer; Wherein, CO
2The air feed path is connected in sequence by gas cylinder (1), pressure-reducing valve (2), flow control valve A (3), precision pressure adjuster (4), mechanical valve A (5), mechanical valve B (6), Y-piece joint A (7), flow speed control valve A (8), T-shaped pipe joint A (9); Be connected in sequence by water source (12), flow control valve B (13), T-shaped pipe joint A (9) for water passage; Liquor natrii hypochloritis's feed flow path is connected in sequence by clorox fluid reservoir (27), check valve (28), flow control valve C (29), liquid liquid mixer (30); The thimerosal path is connected in sequence by T-shaped pipe joint B (26), liquid liquid mixer (30), pH measuring appliance (31), flow speed control valve D (32), thimerosal storage tank (33); The air water control system is after entering gas-water mixer A (14) by water source (12) water supply, pass through respectively gas-water mixer A (14) in parallel and the connecting path A (16) of gas-water mixer B (15), connecting path B (17) enters gas-water mixer B (15), pass through simultaneously connecting path C (20), T-shaped pipe joint B (26), flow speed control valve C (25), Y-piece joint B (21) and Y-piece joint C (22), at this moment air is discharged through flow control valve D (34), and the pressure-acting of water is in cylinder B (23), after opening mechanical valve A (5) by mechanical lever B (24), CO
2Gas arrives mechanical valve B (6), and mechanical valve B (6) is opened CO under buoyancy power transmission shaft (18) acts on mechanical lever A (19) simultaneously
2Gas arrives cylinder A (11) by Y-piece joint A (7) through flow speed control valve B (10), keeps opening of mechanical valve B (6), meanwhile CO
2Gas is by Y-piece joint A (7), pass through flow speed control valve A (8), be mixed into gas-water mixer A (14) in parallel and gas-water mixer B (15) at T-shaped pipe joint A (9) with water, CO in gas-water mixer A (14) and gas-water mixer B (15)
2Gas fully mixes and is dissolved in the water with water makes carbonated water, carbonated water is through T-shaped pipe joint B (26), in liquid liquid mixer (30), mix with the liquor natrii hypochloritis who arrives by the liquid siphon principle, enter thimerosal storage tank (33) through pH measuring appliance (31), flow speed control valve D (32); Hydraulic pressure descends when closing the water source, and cylinder A (11) reduces with cylinder B (23) pressure, and buoyancy power transmission shaft (18) descends simultaneously, and at this moment mechanical valve A (5) and mechanical valve B (6) autoshutdown have cut off CO
2The air feed path, thus do not need electricity consumption to finish Pneumatic-hydraulic interlocked control overall process, made faintly acid hypochlorous acid thimerosal.
2. a kind of generating apparatus that does not need the faintly acid hypochlorous acid thimerosal of power supply according to claim 1 is characterized in that, the regulation and control source pressure is 0.1～0.2MPa, and flow is 8 liter/mins during flowing water; Regulation and control CO
2The gas precision pressure regulator makes CO
2Gas pressure is 0.35MPa, thus make thimerosal pH remain on 5.5～6.5 and concentration controlled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320000862 CN203233951U (en) | 2013-01-05 | 2013-01-05 | Generating device of weak acidic hypochlorous disinfectant without power supply |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320000862 CN203233951U (en) | 2013-01-05 | 2013-01-05 | Generating device of weak acidic hypochlorous disinfectant without power supply |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203233951U true CN203233951U (en) | 2013-10-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320000862 Expired - Lifetime CN203233951U (en) | 2013-01-05 | 2013-01-05 | Generating device of weak acidic hypochlorous disinfectant without power supply |
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| Country | Link |
|---|---|
| CN (1) | CN203233951U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103027073A (en) * | 2013-01-05 | 2013-04-10 | 马惠祥 | Generating device for weak hypochlorous acid disinfectant with no need for power supply |
-
2013
- 2013-01-05 CN CN 201320000862 patent/CN203233951U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103027073A (en) * | 2013-01-05 | 2013-04-10 | 马惠祥 | Generating device for weak hypochlorous acid disinfectant with no need for power supply |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131016 Effective date of abandoning: 20140903 |
|
| RGAV | Abandon patent right to avoid regrant |