Intelligent young fish disc feeding machine

Abstract

The invention discloses an intelligent young fish disc feeding machine. The intelligent young fish disc feeding machine comprises an intelligent control system, a power system and a structural framework. The intelligent control system comprises a controlling box and a voltage stabilizer which are mutually connected. The power system comprises an electric disc and a driving motor which are mutually connected, wherein the driving motor is electrically connected with the controlling box. The structural framework comprises a fixing supporting frame, a storage bin, a discharging port and an inducing lamp, wherein the storage bin and the discharging port are fixed to the fixing supporting frame through a load bearing supporting frame, the discharging port is composed of an inner layer round pipe and an outer layer round pipe, one round pipe is connected with the storage bin, the other round pipe is connected with the electric disc, and the two round pipes are provided with an inner notch and an outer notch respectively. The intelligent young fish disc feeding machine is simple in structure and reasonable in design. A traditional feeding machine and an automatic control system are combined, and therefore continuous feeding is realized. The intelligent young fish disc feeding machine has the advantages of being easy and convenient to operate, controllable in process and capable of realizing automatic control in the whole process.

Description

technical field [0001] The invention relates to the field of fish breeding equipment, in particular to a miniature intelligent disc bait feeding machine for juvenile fish. Background technique [0002] In artificial farming activities, the rearing of juvenile fish is very important, and the feeding mode of juvenile fish is different from that of adult fish. In the young fish stage, the metabolism is fast, the appetite is large, and the food grabbing is serious. It needs to be fed again after 2-3 hours after a full meal. The traditional way of splashing the whole pond and feeding a small amount of time not only takes a lot of labor, but also it is difficult to control the time and amount of feeding, which cannot meet the feeding needs of juvenile fish. Feeding in this way for a long time will lead to individual growth differences If the size of the juvenile fish is too large, the size of juvenile fish will be obviously differentiated, and the big fish will eat the small ...

AI Technical Summary

Problems solved by technology

The traditional way of splashing the whole pond and feeding a small amount of time not only takes a lot of labor, but also it is difficult to control the time and amount of feeding, which cannot meet the feeding needs of juvenile fish. Feeding in this way for a long time will lead to individual growth differences If the size of juvenile fish is large, the size of juvenile fish will be obviously differentiated, and the big fish will eat the small fish. At the same time, it will also cause serious consequences such as low feeding rate, low bait utilization rate, slow growth rate, and low survival rate.

[0003] The traditional feeding method is based on people's work and rest time, which cannot meet the feeding rhythm needs of juvenile fish. Moreover, the general bait feeding machine is relatively heavy, large in size, easy to block, and cannot be used for small particle size bait. Suitable for large-scale splashing, not suitable for small-scale feeding of juvenile fish

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