CN2178239Y - Bryophyte remover for cistern - Google Patents
Bryophyte remover for cistern Download PDFInfo
- Publication number
- CN2178239Y CN2178239Y CN 93243966 CN93243966U CN2178239Y CN 2178239 Y CN2178239 Y CN 2178239Y CN 93243966 CN93243966 CN 93243966 CN 93243966 U CN93243966 U CN 93243966U CN 2178239 Y CN2178239 Y CN 2178239Y
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- CN
- China
- Prior art keywords
- electrode assembly
- remover
- bryophyte
- water reservoir
- water
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Abstract
The utility model relates to a bryophyte remover for a cistern. A direct current output port of a conducting wire is communicated with positive current and negative current, and the conducting wire is connected with a discharge electrode assembly. One end of the discharge electrode assembly is arranged in the cistern. The stored water in the reservoir serves as conducting medium. After the discharge electrode assembly is connected with the current, a magnetic field is generated, and the utility model has water wave current and ionization. The hydrogen ion solubility in the water is changed and reduced, and pH valve of the water is changed into slight basicity. Simultaneously, after the discharge electrode assembly is connected with current, positive ions can be released. After the discharge electrode assembly is connected with current, the growing environment of the stored water in the reservoir is changed, and the algae growth is inhibited.
Description
The utility model relates to a kind of bryophyte remover, particularly relates to a kind of bryophyte remover that suppresses the water reservoir of algae, moss growth.
Algae substances grows in moist local easily, so, we can find algae in the place of many humidities, the growth of moss, as the river, the water reservoir that water storage is used (comprises general water storage tower, cooling tower, swimming pool etc.), yet, moss, algae grows is in the river, perhaps can provide general planktonic organism or fish as food, but, it then can significantly bring human many bad influences in water reservoir if being grown in, with water storage tower, moss is longer than the inwall or the water delivery tube wall of water storage tower, tend to so derive how deleterious bacterium or other biology, and then cause the reduction of drinking-water quality, and also can cause simultaneously the obstruction of pipeline, cause the puzzlement in the cleaning.
With regard to general bigger cold air room; all need to utilize the recycle system of being set up based on cooling tower to provide refrigerating compressor required cooling circulating water; by recirculated water the heat that refrigerating compressor produces is taken out of; the environment of general cooling tower humidity is an algae; moss is the place of growth easily; so; for preventing the growth of moss; the general pharmaceutical chemicals that adopts is handled (as alga inhibitor); though but this type of chemical has the effect that suppresses growth for algae; but in the recycle system pipeline of cooling tower, produce dirt easily; in case and the generation of dirt is arranged in the pipeline of the recycle system; often will have influence on the heat conduction efficiency of whole circulation system greatly; the running usefulness of whole air-cooling system is reduced; so; for eliminating this type of dirt; usually can in the recycle system, add many scale removers; but scale remover itself all belongs to the pharmaceutical chemicals of severe corrosive; therefore, need again to add again some erosion resistancies pharmaceutical chemicals in case in the locking system all devices attacked by corrosive.
The recycle system that above-mentioned present cooling tower forms, it is to go to solve algae grows to add a kind of pharmaceutical chemicals, add the other pharmaceutical chemicals again and prevent to overcome the problem that this kind pharmaceutical chemicals is produced, so, tend to cause operating the number that is difficult for control at any time or grasps pharmaceutical quantities, or the program of handling, simultaneously, in case it is not good that each pharmaceutical chemicals dosage mixes, or handling procedure is unreasonable, the often easier breeding that causes other bacterium is so with regard to environmental engineering, made another kind of source of pollution nothing but again.
Simultaneously, if general moss growing environment is suitable, just can cover with a slice in about two days, therefore, whether the operator often needs to go constantly to note observing the cooling tower recycle system has moss or dirt to produce, replenishing suitable pharmaceutical chemicals at any time, then be easy to make pipeline long-pending plug dirt or moss if observe again, at this moment every a period of time, to remove again and I'm afraid that handy a large amount of scale remover, so, the equipment pipeline of the recycle system is corroded, so then essential meticulous in the removing work.
Main purpose of the present utility model is that a kind of bryophyte remover of water reservoir is being provided, it is that DC output end just is connected with, the lead of negative current is connected on the discharging electrode assembly, the water storage of one end in contact in water reservoir of discharging electrode assembly, and the mat water storage is as the medium of conduction, make discharging electrode assembly energising back produce magnetic field, cause the wave current and the ionization of water, change the hydrogen ion solubility that reduces in the water simultaneously, cause the pH value (sour alkali value) of water to change over little alkali, and, also can discharge positive ion after the discharging electrode assembly energising, so the change of water quality by causing after the discharge electrode energising in the water reservoir changes the growing environment of water reservoir fully, and be not suitable for algal grown, and then reach purpose except that tongue.
The purpose of this utility model reaches as follows:
A kind of water reservoir bryophyte remover, it comprises power supply device, one DC output end of power supply device is connected on the discharging electrode assembly, power supply device is provided with the pilot lamp that shows each function, reach and adjust voltage, discharge time, stop, and the main body control dish of positive and negative electrode exchanging electrical current output; It is characterized in that:
Described discharging electrode assembly, its metal barred body by two predetermined cross-sectional shape is formed, wherein the top head of a metal barred body is connected on the lead of power supply device output terminal, the top head of another metal barred body is connected in another lead of output terminal, the outer peripheral edges of top head are covered with and make itself and the isolated insulation lid of water, and a discharge termination of a top the other end is contacted with in the water.
The purpose of this utility model can also following mode reach: the bryophyte remover of described water reservoir is characterized in that: the metal material that discharging electrode assembly adopted is the metal with conductive effect.
The bryophyte remover of described water reservoir is characterized in that: the metal material that discharging electrode assembly adopted can be a copper alloy.
The bryophyte remover of described water reservoir is characterized in that: the metal material that discharging electrode assembly adopted can be an iron alloy.
The bryophyte remover of described water reservoir is characterized in that: the metal material that discharging electrode assembly adopted also can be a silver alloys.
The bryophyte remover of described water reservoir, it is characterized in that: the insulation lid is the calyptra of the unidirectional opening of a tool, be through with an aperture on its end face, little hole peripheral is inserted the rubber pad that a hollow runs through, and supplies the output terminal of main body control dish to pass, and respectively be provided with a grooving on the lid inner edge of aperture both sides, for being inserted in of discharge electrode one end, insulation lid bottom end opening is closed in a flange, and on the flange and be provided with pilot hole for the discharge electrode break-through, its belled periphery also scribbles Resins, epoxy and seals.
Effect of the present utility model is: the utility model makes two metal bar bodies form a positive and negative exchanging electrical current electrode by the control of power supply device, so, one end of positive and negative exchanging electrical current electrode is placed water reservoir, and with the water storage in it as conducting medium, and then make the metal barred body discharge of discharging electrode assembly discharge positive ion, the wave current that produces water and the change of ionization and water ph value, impel the change of water storage growing environment in the water reservoir, cause algae, moss to grow.
The utility model is as removing the used structure of tongue, chemical agent that need not be any is as the generation of control bacterium, algae, therefore, on handling, then can avoid using the problem of environmental pollution that is produced because of pharmaceutical chemicals, and can guarantee to manipulate and guarantee human body safety, for more demonstrating its importance in the environmental pollution prevention and control.
Be elaborated below by most preferred embodiment and accompanying drawing bryophyte remover to water reservoir of the present utility model, in the accompanying drawing:
Fig. 1 is the combination diagrammatic cross-section of the utility model preferred embodiment discharge electrode.
Fig. 2 is the utility model preferred embodiment discharge electrode energising user mode synoptic diagram.
Fig. 3 is that the utility model preferred embodiment discharge electrode cooperates the structural representation that is installed in the water reservoir.
Fig. 4 is the structural representation that the utility model preferred embodiment discharge electrode cooperates installation pipeline.
Fig. 5 is that the utility model preferred embodiment discharge electrode cooperates the top view structural representation that is installed on recycle pump.
Please cooperate and consult shown in Fig. 1,2, a kind of bryophyte remover of water reservoir in the present embodiment, it is to utilize a power supply device 10 out-put supplies on a discharging electrode assembly 20, and discharging electrode assembly 20 places the water storage in the water reservoir 30, by the discharge process of discharging electrode assembly 20, use the growing environment that changes in the water reservoir 30.
Power supply device 10; it consists predominantly of a main body control dish 11 and an output terminal 12; the inside of main body control dish 11 is provided with unicircuit control sparking voltage; electric current; discharge time; function such as stop; and one just; cathodal current exchange output function; and in its card and be provided with corresponding pilot lamp; with the process that shows that entire operation is used; control than easy handling; simultaneously; the input voltage of power supply device 10 can be fit to general 110V or the 220V power supply uses; on it and establish and switch input power source voltage switch; and input voltage; electric current is through power supply device 10 outputs; it is converted into direct current output; and make the lead 121 in its output terminal 12 form a positive electricity output terminal 13 and a negative electricity output terminal 14; owing to have the transformation of electric current positive and negative electrode in the main body control dish 11 of power supply device 10; so the electric current of output terminal 12 leads 121 outputs just also has; negative transformation; just; but the lead 121 of originally exporting positive current is mat main body control dish 11 control conversion output negative currents also; also be the same when opposite; the voltage of output terminal 12 is to be controlled at 3 to 24V low pressure in present embodiment; and its lead 121 periphery one are coated with plastic surface layer 15 protections; to avoid 121 contacts of two leads, prevent promptly that also two leads 121 in output just; contact during negative current.
Discharging electrode assembly 20, it is a principal character of the present utility model, it includes the metal barred body 21 of two predetermined cross-sectional shape, 22, metal barred body 21 is to adopt copper alloy (also can adopt other metal alloy in the enforcement in the present embodiment, as silver alloys, iron alloy etc., also can adopt a copper alloy, the mode of a silver alloys), two metal barred bodies 21, a top of 22 211,221 are connected on two leads 121 of power supply device 10 output terminals 12, and two leads 121 are exported a positive current and a negative current respectively in two metal barred bodies 21, on 22, just form one, negative potential, and two metal barred bodies 21,22 tops 211,221 below barred bodies partly are a discharge termination 212,222, discharge termination 212,222 install the water storage that is contacted with in the water reservoir 30; The top of metal barred body 21,22 the 211, the 221st utilizes an insulation lid to isolate with water, avoids the lead 121 of output terminal 12 to be contacted with water and switches on, generation discharge process and cause the consumption of lead 121 and break; Because of can cooperating, discharging electrode assembly 20 is installed on different pipelines, water reservoir use, so the insulation lid promptly needs to cooperate different accessories to install and fix, but, the essential structure of insulation lid is all identical, for making explanation clear more in detail, now this back segment that is configured in is partly cooperated when installing, give explanation again.
By above-mentioned composite construction, please cooperate shown in Figure 2ly again, discharge electrode 20 is placed a water reservoir 30, with the medium of water, in case can produce following effect after the electrifying electrodes as conduction:
One, in the present embodiment, discharge electrode 20 is to adopt the exchange electrode of the metal barred body 21,22 of copper alloy as positive and negative electric current, so, after 21,22 energisings of metal barred body, electric current conducts to the discharge termination 222 of bearing metal barred body 22 by the discharge termination 212 of positive metal barred body 21 by water medium, forms the circulation of an electric current by this.So, will form a magnetic field 21,22 of positive and negative electrode barred bodies, so, by the magnetic line of force effect in magnetic field, the water storage that will drive in the water reservoir 30 produces a kind of Action of Wave Current; Because the electric current supply of 11 pairs of output terminals of power supply device 10 main body control dishes, 12 leads 121 has the function of positive and negative electrode current switching, so metal barred body 21,22 electric currents of being accepted change constantly, the time be positive electricity, the time be negative electricity, therefore, its to cause the wave current direction also be forward and reverse constantly carrying out.
Two, during metal barred body 21,22 energising, one is a positive electrode, another is negative potential, so the metal barred body 21 that receives positive current promptly disengages positive ion, is to use copper alloy in the present embodiment, so can disengage nominal price cupric ion Cu
++And the nominal price cupric ion also can reach the germ-resistant effect of part, so, because of the metal barred body 21 that has positive current can disengage positive metal ion always, so, the energising effect can consume metal barred body 21 gradually, described in first, power supply device 10 need make the electric current of output terminal 12 leads 121 need positive and negative commutative, main also is also to be to change constantly at the positive and negative electric current that receives that makes each metal barred body 21,22, and then makes two metal barred bodies 21,22 can obtain the balance of certain degree consuming to be taken in.
When three, metal barred body 21,22 is made conducting medium by water and since water this as weak electrolyte, its degree of ionization is very little, and its ionization reaction formula is: H
2O → H
++ OH
-, also be hydrogen ion and the hydrogen-oxygen negative ion that water electrolysis becomes nominal price, after water was energized, hydrogen ion obtained electron reaction and becomes hydrogen to disengage (2H
++ 2e
-→ H
2), cause the minimizing that changes of hydrogen ion solubility in the water, cause the pH value of water to increase, form little alkali.
Four, after positive and negative electrode metal barred body 21,22 energising, also can cause the ionization of water quality,, and then change the growing environment of water quality, cause algae to be not suitable for existence for example with oxonium ion ionization and the ozonize ion.
So, by above-mentioned four effects that produce, produce in the lump, therefore, in case after metal barred body 21,22 begins energising, promptly cause the water storage growing environment in the water reservoir 30 to change the environment that causes algae to obtain to grow rapidly, and then reach the inhibition algal grown, and grown up to the purpose that moss also can't be survived.
Because bryophyte remover can use in pipeline or in the water reservoir, therefore for cooperate different environment its in the design of insulation lid, flange and its assembly that promptly need be combined with different component are airtight, so, for making the application implementation of the present utility model can be comparatively clear and definite, below be installed on the situation of each pipeline of cooling tower now at the utility model, described:
At first, please cooperate consult shown in Figure 3, be that discharging electrode assembly 20 is arranged in cooling tower bottom when being dipped in the water, owing to must avoid power supply device 10 output terminals 12 leads 121 and discharging electrode assembly 20 metal barred bodies 21,22 top 211,221 contact with water, so, the present embodiment design has a kind of insulation lid 40 to cooperate a cylinder 50 to use under this state, wherein, the periphery of cylinder 50 is provided with the perforation circular hole 51 of predetermined number, and the top is shaped to the flange 52 of a sealing, flange 52 central both sides are provided with the pilot hole 53 of perforation for two metal barred bodies 21,22 discharge termination 212,222 pass, simultaneously, for avoiding seepage, at pilot hole 53 and metal barred body 21,22 peripheries that pass are coated with Resins, epoxy 54 and use as sealing; Insulation lid 40 cooperates lid to establish on the flange 52 that is fixed in cylinder 50, respectively be convexly equipped with on its top and form a grooving 41 corresponding to the inner edge of pilot hole 53, be inserted in the location for the top of metal barred body 21,22 211,221, and insulation lid 40 central authorities 41 of two groovings are provided with an aperture 42, be arranged with a rubber ring 43 on it, when the plastic surface layer 15 of power supply source feeding mechanism output terminal 12 leads 121 peripheries passes, contact, reach the effect of leakproof with its inwall periphery.
Secondly, please cooperate consult shown in Figure 4, the discharging electrode assembly 20 T type that is installed on is taken over the enforcement situation in 60, the top of T type adapter 60 is sealed shape, which is provided with pilot hole 61, for metal barred body 21,22 penetrate, also be coated with the usefulness of Resins, epoxy 611 on it as sealing, and be provided with above it one the insulation lid 40, respectively form a grooving 41 on the top inner peripheral of insulation lid 40, with corresponding to pilot hole 61, as fixing metal barred body 21,22 tops 211,221 use, and 41 of two groovings are provided with an aperture 42, are coated with the rubber ring 43 that hollow connects on it again, pass for the output terminal 12 leads 121 outer plastic surface layers 15 that cover, reach the effect of antiseepage.
Please cooperate consult shown in Figure 5, be with metal barred body 21,22 are arranged in the enforcement situation at pump entry place, its main body of desiring to install and fix 70 generally is cylinder-like body, being generally metal material makes, metal barred body 21, the 22nd, be installed on the upper edge of main body 70, for avoiding metal barred body 21,22 contact conduction with main body 70 inwalls, so at metal barred body 21, be provided with the interior cover 71 of plastic material on 22 the periphery again, in order to isolate, above interior cover 71, be provided with an insulation lid 40 equally, the structure of insulation lid is identical with aforesaid insulation lid 40, and it mainly also is to be metal barred body 21,22 top 211,221 make the usefulness of airtight waterproof.
Above-mentioned structure is that the situation that the utility model is installed different sites at cooling tower is implemented to be illustrated, when if desire is applied to swimming pool with the utility model, then the size of metal barred body 21,22 perhaps can be bigger, and the mode that metal barred body 21,22 is installed is also different, but 211,221 junction then must will reach good waterproof effect on the top of output terminal 12 leads 121 of power supply device 10 and metal barred body 21,22.
Claims (6)
1, a kind of water reservoir bryophyte remover, it comprises power supply device, one DC output end of power supply device is connected on the discharging electrode assembly, power supply device is provided with the pilot lamp that shows each function, reach and adjust voltage, discharge time, stop, and the main body control dish of positive and negative electrode exchanging electrical current output; It is characterized in that:
Described discharging electrode assembly, its metal barred body by two predetermined cross-sectional shape is formed, wherein the top head of a metal barred body is connected on the lead of power supply device output terminal, the top head of another metal barred body is connected in another lead of output terminal, the outer peripheral edges of top head are covered with and make itself and the isolated insulation lid of water, and a discharge termination of a top the other end is contacted with in the water.
2, according to the bryophyte remover of the described water reservoir of claim 1, it is characterized in that: the metal material that discharging electrode assembly adopted is the metal with conductive effect.
3, according to the bryophyte remover of the described water reservoir of claim 2, it is characterized in that: the metal material that discharging electrode assembly adopted is a copper alloy.
4, according to the bryophyte remover of the described water reservoir of claim 2, it is characterized in that: the metal material that discharging electrode assembly adopted is an iron alloy.
5, according to the bryophyte remover of the described water reservoir of claim 2, it is characterized in that: the metal material that discharging electrode assembly adopted is a silver alloys.
6, according to the bryophyte remover of the described water reservoir of claim 1, it is characterized in that: the insulation lid is the calyptra of the unidirectional opening of a tool, be through with an aperture on its end face, little hole peripheral is inserted the rubber pad that a hollow runs through, output terminal for the main body control dish passes, and on the lid inner edge of aperture both sides, respectively be provided with a grooving, for being inserted in of discharge electrode one end, insulation lid bottom end opening is closed in a flange, on the flange and be provided with pilot hole for the discharge electrode break-through, its belled periphery also scribbles Resins, epoxy and seals.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 93243966 CN2178239Y (en) | 1993-11-12 | 1993-11-12 | Bryophyte remover for cistern |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 93243966 CN2178239Y (en) | 1993-11-12 | 1993-11-12 | Bryophyte remover for cistern |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2178239Y true CN2178239Y (en) | 1994-09-28 |
Family
ID=33817290
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 93243966 Expired - Fee Related CN2178239Y (en) | 1993-11-12 | 1993-11-12 | Bryophyte remover for cistern |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2178239Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110972688A (en) * | 2019-11-25 | 2020-04-10 | 淮安市绿泉工贸有限公司 | High-efficiency intelligent control underwater mower for underwater moss in crab pond |
-
1993
- 1993-11-12 CN CN 93243966 patent/CN2178239Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110972688A (en) * | 2019-11-25 | 2020-04-10 | 淮安市绿泉工贸有限公司 | High-efficiency intelligent control underwater mower for underwater moss in crab pond |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |