TWM607107U - Water purification device for aquaculture - Google Patents

Abstract

A water purification device for aquaculture, which is set in a water area and includes a float unit set on the water surface of the water area, an electrolysis unit set under the water surface of the water area, and a power supply set on the float unit Unit and an extension unit connected to the float unit. The electrolysis unit includes a cable component connected to the power supply unit and an electrolysis component electrically connected to the cable component and generating oxygen and hydrogen. The extension unit includes a bracket extending in a direction away from the float unit and a culture piece connected to the bracket and suitable for cultivating organisms under the water surface. Since hydrogen and oxygen have the functions of sterilizing and treating impurities in the water area, the input amount of chemical agents is reduced and the environment is more environmentally friendly, so that the breeding piece can obtain an ideal breeding environment for biological growth.

Description

Water purification device for aquaculture

This model relates to a purification device, in particular to a water purification device for aquaculture.

The aquaculture industry uses natural water surfaces or artificial ponds to produce large amounts of economically valuable fish, shellfish, crustaceans, and algae through artificial breeding methods such as stocking, feeding, and eliminating diseases. It is an important economic industry in my country.

1, a conventional aquaculture device includes an electrolysis machine 5 for generating hypochlorous acid water, and an equal pressure dispenser 6 connected to the electrolysis machine 5. The electrolysis machine 5 includes a diaphragm electrode 51 and a DC power supply controller 52 electrically connected to the diaphragm electrode 51 and providing required power. The equal pressure dispenser 6 includes a storage barrel 61 connected to the diaphragm electrode 51 and used to store hypochlorous acid water, a pressure pump 62 connected to the storage barrel 61, and a pressure pump 62 connected to the pressure pump 62 and A dispensing pipe 63 is set in a water area S and can discharge hypochlorous acid water. The dispensing tube 63 is a hard tube of plastic material, and has a plurality of dispensing holes 631 arranged in a straight line and having the same diameter.

When using the aquaculture device, the electrolyzer 5 first receives salt water, and electrolyzes it to produce hypochlorous acid water, which is then transported to the storage barrel 61 for storage. When the water quality needs to be purified, the hypochlorous acid water is pressurized and delivered to the dispensing pipe 63 through the pressure pump 62, and is discharged into the water area S from the dispensing holes 631. Since hypochlorous acid water is a disinfectant, it helps to inhibit the growth of microorganisms such as bacteria, algae, or viruses in the water area S, and to degrade toxic substances in the water, thereby purifying the water quality of the water area S. However, the nature of hypochlorous acid water is relatively unstable, and it will decompose by itself within a short time after being discharged from the dispensing hole 631, so it is difficult to uniformly act in the water area S, and the discharge amount of hypochlorous acid water must match the water area The specification of S and the number of microorganisms in the water are adjusted at any time, which makes it difficult to discharge an appropriate dose. When the discharge is too much, the pH value of S in the water area will decrease a lot, which will affect the growth environment of the cultured organisms. Therefore, how to reduce the provision of a healthy environment to solve the above shortcomings needs to be improved.

Therefore, the purpose of the present invention is to provide a water purification device for aquaculture that does not require the input of chemicals and can avoid environmental problems.

Therefore, the new aquaculture water purification device is suitable for installation in a water area, and includes a float unit suitable for installation on the water surface of the water area, an electrolysis unit suitable for installation under the water surface of the water area, and A power supply unit arranged on the float unit, and an extension unit connected to the float unit. The electrolysis unit includes a cable component connected with the float unit and an electrolysis component electrically connected with the cable component. The electrolysis element is suitable for a first gas and a second gas generated by electrolysis with the water area and used to treat water. The first gas includes oxygen and superoxide, and the second gas is hydrogen. The power supply unit is used for supplying the electric energy required by the electrolysis element, and includes a solar panel electrically connected to the cable element and a city power supply electrically connected to the cable element. The extension unit includes a bracket extending in a direction away from the float unit, and a breeding piece connected to the bracket and suitable for being set under the surface of the water area to cultivate organisms.

The effect of the present invention is to provide the electric energy required by the electrolysis element through the power supply unit, so that the electrolysis element and the fluid in the water area are electrolyzed, so as to produce gas with purifying function of the water area, such as oxygen and hydrogen, for processing The water quality of the water area can inhibit the growth of bacteria, thereby reducing the amount of chemical input, not only can save costs, but also provide a more environmentally friendly growth environment for aquaculture and rich in nutrients required for growth.

Refer to Figures 2 and 3, which are an embodiment of a new type of water purification device for aquaculture, which is suitable for installation in a water area S. In this embodiment, the water area S is a shallow sea farm that stocks oysters and shellfish. This embodiment includes a float unit suitable for being set on the surface of the water area S 1, an electrolysis unit connected to the float unit 1, a power supply unit 3 arranged on the float unit 1, and a connection The extension unit 4 of the float unit 1.

The float unit 1 includes a floating plate 11 suitable for floating on the water area S and forming a through hole 110 penetrating the upper and lower surfaces, and a cord reel 12 arranged on the upper surface of the floating plate 11. Wherein, the floating plate 11 is in the shape of a round cake, which can float on the water area S stably through a more balanced geometric shape. In this embodiment, the floating plate 11 is not limited to the above-mentioned shape and aspect, as long as it can float stably and does not overturn with fluctuations on the water surface.

The electrolysis unit 2 includes an electrolysis element 21 suitable for being set under the water surface of the water area S, and an electrolysis element 21 electrically connected to the electrolysis element 21, and the electrolysis element 21 passes through the through hole 110 and extends to the wire reel 12 to curl, and The surface has a waterproof cable member 22.

The power supply unit 3 is used to supply the electric energy required by the electrolysis element 21, and includes a solar panel 31 arranged on the floating plate 11 and electrically connected to the cable element 22, and a commercial power supply 32 electrically connected to the cable element 22 , And a storage battery 33 disposed on the floating board 11 and electrically connected to the cable member 22, and electrically connected to the solar panel 31 and the mains power supply 32.

The extension unit 4 includes six brackets 41 extending in a direction away from the floating plate 11 and surrounding the floating plate 11, and six brackets 41 respectively connected to the brackets 41 and suitable for being arranged under the surface of the water area S and the electrolytic element 21 is opposite to the upper side, and is used for breeding creatures 42. In this embodiment, the breeding pieces 42 are suspended breeding racks for breeding oysters and shellfish, but not limited to the above, and other crustaceans, algae, fish and other seedlings can also be cultivated.

Specifically, after the electrolysis element 21 is powered and driven by the power supply unit 3, it will electrolyze with the surrounding fluid, and generate a first gas and a second gas discharged from the electrolysis element 21. Wherein, the first gas is oxygen, and the second gas is hydrogen. Compared with the fluid density of the water area S, the density of the first gas and the second gas is smaller, so that the first gas and the second gas will float upward in the form of bubbles and pass through the culture parts 42 around. Since the first gas and the second gas are rich in charges on the surface of the bubbles, it is easier to condense impurities and transport them to the water surface, thereby achieving the effect of removing impurities. In addition, when the first gas and the second gas flow in the water area S, they will rupture due to pressure changes to generate free radicals with high oxidizing power, which can further oxidize the organic matter in the water area S into decomposable substances. Help the biological metabolism and absorption in the water area S, thereby improving the environment. Therefore, the first gas can not only provide breathing for the breeding organisms, but also cooperate with the second gas to treat impurities such as excrement, etc., and to purify the water area S to prevent bacterial growth.

When this embodiment operates on a sunny day, the solar panel 31 of the power supply unit 3 can receive sunlight and convert it into electrical energy, and then transmit it to the electrolysis element 21 through the cable member 22, and drive the electrolysis element 21 to interact with the water area The fluid in S undergoes electrolysis. On the contrary, when the embodiment is operated in cloudy, rainy, or night, the electrolytic element 21 can be directly operated by the power supply of the mains power supply 32 to generate the first gas and the second gas. In addition, it should be noted that the storage battery 33 can usually receive the electric energy from the solar panel 31 or the mains power supply 32 and store it for emergency needs. When the solar panel 31 or the mains power supply 32 fails, etc. When the electrolytic element 21 cannot be continuously provided with power due to factors, the battery 33 will provide power and transmit it to the electrolytic element 21 through the cable element 22 to operate. Through the combination of the above three power supply modes, the electrolysis element 21 can operate normally in the water area S regardless of seasons and weather, and electrolyze with the fluid in the water area S to complete environmental purification and gas supply.

In addition, the brackets 41 and the breeding pieces 42 are not limited in quantity and type, and can be adjusted according to the needs of the breeding environment. That is to say, the breeding pieces 42 can be rafts, hangers or hanging trays. Other common suspended breeding racks, as long as they can move with the float unit 1.

Since the specifications of the aquaculture parts 42 will be adjusted according to environmental requirements, the user can manipulate the reel 12 to adjust the length of the cable part 22 installed in the water area S, thereby controlling the distance of the electrolysis part 21 The depth under the water surface of the water area S is further adjusted to adjust the relative position of the electrolysis element 21 and the culture elements 42 to improve the purification and air supply and breathing efficiency of the first gas and the second gas.

In summary, the water purification device of the new type of aquaculture, through the multiple power supply modes of the power supply unit 3, enables the electrolysis element 21 to electrolyze with the fluid of the water area S at any time, and produce a water purification device capable of treating the water area S The first gas and the second gas of the water quality can not only provide the breathing gas required for cultivating organisms, but also purify the water area S and provide an ideal cultivating environment, so it can indeed achieve the purpose of new cost.

However, the above-mentioned are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: Float unit 11: floating board 110: Through hole 12: Reel 2: Electrolysis unit 21: Electrolytic parts 22: Cable parts 3: Power supply unit 31: Solar Panel 32: Mains power supply 33: battery 4: Extension unit 41: Bracket 42: breeding pieces S: water

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a schematic diagram from a side view, illustrating a conventional aquaculture device; Fig. 2 is a schematic diagram from a side view, illustrating an embodiment of the water purification device for aquaculture of the present invention is set in a water area; and Fig. 3 is a schematic plan view illustrating the relative positions of a float unit and an extension unit of the embodiment.

1: Float unit

11: floating board

110: Through hole

12: Reel

2: Electrolysis unit

21: Electrolytic parts

22: Cable parts

3: Power supply unit

31: Solar Panel

32: Mains power supply

33: battery

4: Extension unit

41: Bracket

42: breeding pieces

S: water

Claims (4)

A water purification device for aquaculture, suitable for being installed in a water area, and containing: A float unit, suitable for installation on the surface of the water area; An electrolysis unit is suitable for being set under the water surface of the water area, and includes a cable element connected to the float unit, and an electrolysis element electrically connected to the cable element. The electrolysis element is suitable for electrolysis with the water area. And a first gas and a second gas used to treat water, the first gas is oxygen, and the second gas is hydrogen; A power supply unit arranged on the float unit and used for supplying the electric energy required by the electrolysis element, the power supply unit including a solar panel electrically connected to the cable element, and a mains power supply electrically connected to the cable element; and An extension unit is connected to the buoyancy unit, and includes a bracket extending away from the buoyancy unit, and a breeding piece connected to the bracket and suitable for cultivating organisms under the water surface. The water purification device for aquaculture according to claim 1, wherein the float unit includes a cord reel connected to the cable member and used for controlling the lifting and lowering of the electrolytic member in the water area. The water purification device for aquaculture according to claim 1, wherein the power supply unit further includes a battery electrically connected to the cable member and electrically connected to the solar panel and the mains power supply. The water purification device for aquaculture according to claim 1, wherein the culture piece is a suspended culture rack.

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