Ornamental fish farming method and aquarium for farming ornamental fishes

Abstract

The invention relates to an aquarium for farming ornamental fishes. The aquarium comprises an aquarium body, a bottom filter pool, sterilizing equipment, a circulating water pump, a water outlet pipe, an upper water pipe, a lower water pipe, a filter and a heating device. The sterilizing equipment comprises an outer shell, a quartz pipe, an ultraviolet lamp and a power line. The aquarium has the advantages that the ultraviolet lamp is arranged in the quartz pipe in a circulating water pipeline, complete flow scheme sterilization of water can be achieved, more comprehensive sterilization can be achieved, and no omitted area exists; the sterilization distance is short, the sterilization effect is good, and the germ kill ratio is 100 percent; the circulating water pump and the ultraviolet lamp are separated, and independent control can be achieved; a lighttight outer wall can effectively prevent ultraviolet light from hurting the human eyes and the skin; a sterilization device and the aquarium body are integrally mounted and are sold at the same time.

Description

technical field [0001] The invention relates to a method and equipment for cultivating ornamental fish, in particular to a method for cultivating ornamental fish and an aquarium for cultivating ornamental fish. Background technique [0002] In recent years, with the improvement of people's environmental quality and quality of life, there are more and more ornamental fish farming enthusiasts; with the application of more high-tech and the cultivation of more ornamental fish species, my country's ornamental fish farming industry has achieved rapid and healthy development. Every spring and summer are the seasons when pathogens and microorganisms in ornamental fish cultured in indoor aquariums frequently occur. If they are not handled properly, the fish will get sick or die. The more common fish diseases caused by bacterial and fungal pathogenic microorganisms mainly include: bacterial spoilage disease, fin rot disease, gill disease, mouth rot disease, vertical scale disease, sa...

AI Technical Summary

Problems solved by technology

The first type is the submersible ultraviolet germicidal lamp. Simply put the ultraviolet lamp in the quartz tube, and fix the quartz tube on the bottom of the aquarium wall with a suction cup. This type of germicidal lamp is easy to produce and low in cost, and the ultraviolet rays can directly irradiate the aquarium. In the inner water body, but due to the light generated by the ultraviolet lamp, the optimal sterilizing distance is within 20mm. If it exceeds this range, its bactericidal ability will decrease as the distance increases.

Therefore, this submersible ultraviolet lamp only plays a bactericidal effect on its surrounding water body, but cannot effectively expand to the whole aquarium. In addition, it needs external electronic equipment such as ballasts and starters, which affects the appearance of the aquarium; The radiated ultraviolet rays can directly irradiate the fish body, and can also directly irradiate the outside of the aquarium through the aquarium wall, thereby causing harm to the fish body and human body

The second type is a new type of ultraviolet sterilizing pump that integrates a circulating filter water pump and an ultraviolet sterilizing lamp. It has the characteristics of small size, beautiful appearance, convenient use, and simple installation. One end of the filter enters the water, and the water flows through the gap between the quartz casing equipped with an ultraviolet lamp and the outer casing, and then flows out from the other end, forming a relatively short-distance circulation flow, so the sterilizing device can only maintain a small part of the water area It is sterilized by ultraviolet lamps, but the sterilization effect on the entire water body in a large-capacity aquarium is poor. The circulating water pump and UV germicidal lamps are integrated into one body. Regardless of the failure of the water pump or the failure of the germicidal lamp, the equipment will not be able to sterilize. Invisibly increased the failure rate of equipment

However, the sterilizing device cannot automatically cut off the power supply. As long as the water flow is flowing, the ultraviolet LED lamp is in the working state. When the new aquarium is "raising water" or newly adding nitrifying bacteria, it is not conducive to the large-scale reproduction of EM bacteria

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