Aquaculture food feed supply equipment and method

Abstract

The invention discloses aquaculture food feed supply equipment. The equipment comprises a feed pond, wherein the upper end of the feed pond is connected with a first diaphragm valve main shell body, the upper left end of the first diaphragm valve main shell body is connected with a first check valve, the upper end of the feed pond is connected with the first check valve and the right end of a jetvalve main shell body in sequence, the upper left end of the jet valve main shell body is connected with the upper end of the feed pond or a shutoff valve or a second diaphragm valve main shell body,the left end of the feed pond is sequentially connected with a diaphragm-type energy storage tank and the left end of the jet valve main shell body, the bottom of the feed pond is connected with the second diaphragm valve main shell body, the right end of the second diaphragm valve main shell body is connected with a plurality of food storage tanks, and the middle part of a jet valve sealing coverarranged on the upper end of the jet valve main shell body is connected with an air compressor. The invention also discloses an aquaculture food feed supply method, and the method comprises the following steps: establishing a feed supply equipment system; performing feed preparation; performing feed intake; and performing feed discharge. The change of the system is realized through two diaphragmvalves, and thereby the automatic suction and discharge of feed is completed.

Description

【Technical field】 [0001] The invention relates to the technical field of aquaculture equipment, in particular to the technical field of aquaculture food and feed supply equipment and methods. 【Background technique】 [0002] The current farms, such as raising fish and shrimp, use feed that is fluid, but the fluidity is not very good. Now such feed is usually packed in barrels, and after a barrel is packed, it is poured into the pond. Commonly used feed is the feed after the crushed seafood is mixed with water. After the feed is mixed, it is generally transported manually, and the workload is huge. If it is transported by machinery, the feed is easy to conform to the machinery; the particles after mechanical wear will be mixed into the feed, and some tiny substances that are harmful to the breeding objects may also be worn out; in addition, there will be pipe residues in the pipeline laying, and it is difficult to clean And other issues. Therefore, an aquaculture food and ...

AI Technical Summary

Problems solved by technology

After the feed is mixed, it is usually transported manually, and the workload is huge.

If it is transported by machinery, the feed is easy to conform to the machinery; the particles after mechanical wear will be mixed into the feed, and some tiny substances that are harmful to the breeding objects may also be worn out; in addition, there will be pipe residues in the pipeline laying, and it is difficult to clean And other issues

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