Intelligent multipurpose culture device

Abstract

The invention discloses an intelligent multipurpose culture device, including a fodder throwing structure, an energy structure, a positioning structure, an oxygenation filter structure, and a detection structure. The fodder throwing structure comprises a top cover, a coaming, and a bottom plate. The energy structure comprises a lithium battery, a photovoltaic cell, a core motor, an intelligent management system, and a connecting plate. The positioning structure comprises a water wing, an impeller, a motor, a bearing plate, a strength support, an underwater range finder, and an ultrasonic rangefinder. The oxygenation filter structure comprises a structure main body, stirring blades, and a transmission shaft. The detection structure comprises a camera, a DO tester, a TDS detection pen, an electronic pH meter, and an electronic thermometer. The culture device satisfies monitoring of aquatic products from cultivation and transport sections to a sales section, and provides powerful supportfor food safety supervision and management. The device changes disadvantages that an existing culture device is single in function, low in blowdown rate, and high in improvement energy dissipation, and improves economic benefits. The structure of the device is improved and optimized, providing convenience for maintenance.

Description

technical field [0001] The invention relates to the field of intelligent breeding equipment, in particular to an intelligent multi-purpose breeding equipment. Background technique [0002] As computer technology and intelligent management systems enter our production and life, farming equipment is an important part of fishery facilities, and its intelligence and efficiency are constantly improving. The innovation of the performance of aquaculture equipment directly affects the production and economic benefits of aquaculture. [0003] However, the existing aquaculture equipment has problems such as high energy consumption, low degree of mechanization and intelligence, and low visibility of monitoring data. Moreover, due to the characteristics of low production and sales thresholds and difficult circulation supervision of aquatic products, safety accidents such as excessive heavy metal ions in breeding, abuse of antibiotics, and drug residues in sales have occurred frequently...

AI Technical Summary

Problems solved by technology

However, the device does not add an intelligent detection system, which makes it impossible to judge whether a sufficient oxygenation effect has been achieved, resulting in unnecessary energy consumption for oxygenation

[0005] For this reason, the present invention proposes the design of intelligent multi-purpose aquaculture equipment based on LAN to improve the problems of aquaculture equipment such as high energy consumption, low degree of mechanization and intelligence, difficult monitoring, and low degree of data visibility.

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