Self-propelled automatic bait casting device

Abstract

The invention relates to a self-propelled automatic bait casting device which is characterized by comprising rails, aquaculture baskets and bait casting machines. The rails are erected above an aquaculture pond, the aquaculture baskets with positioning identification plates are arranged in the aquaculture pond, the bait casting machines can travel along the rails, each bait casting machine comprises a travel trolley and bait casting machine bodies arranged on the travel trolley, and sensors which can be matched with the positioning identification plates are further arranged on the travel trolleys; baits can be discharged by aquaculture basket groups under the control of a bait casting device according to positioning identification plate sensing signals of the sensors when the travel trolleys travel along the rails. Compared with the prior art, the self-propelled automatic bait casting device has the advantage that when the travel trolleys with the bait casting machine bodies and the sensors travel on the rails, the baits can be continuously and precisely cast by hundreds of aquaculture baskets in the single aquaculture pond in bait casting machine travel procedures according to the identification signals generated after the sensors detect the positioning identification plates on the aquaculture baskets.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to a self-propelled automatic bait feeding device capable of accurately feeding each aquaculture basket. Background technique [0002] With the continuous increase of aquaculture feed prices and labor costs, it is an important trend in the development of feeding systems to improve feeding accuracy and feed utilization, reduce labor intensity, reduce labor costs, and improve aquaculture production efficiency through automatic feeding systems. At present, my country has mainly developed feeding equipment for freshwater pond and seawater cage culture, while almost all indoor factory culture is artificially fed, and the amount and time of feeding are basically determined according to the personal experience of the farmers. The timing and quantitative precision are low, and the labor intensity is high. With the rapid development of my country's industrialized aquaculture industry, the scale of...

AI Technical Summary

Problems solved by technology

However, in the daily breeding process, feeding, pesticide application and other processes are important and cumbersome tasks. At present, almost all indoor factory farming is fed manually, and the amount and time of feeding are basically determined according to the personal experience of the farmers. Feed timing and quantitative accuracy are low, and labor intensity is high

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