Abalone culturing device integrating disinfection and washing, dead body collection, oxygenation and water quality early warning

Abstract

The invention relates to the field of aquaculture devices and water quality monitoring, and provides a multifunction-in-one culturing device integrating residual feed and feces washing, dead and ill body collection, ozone disinfection, supplement oxygenation and water quality early warning. The culturing device comprises a high pressure air pump, an ozone generator, a solenoid valve, a hollow pipe, an abalone culturing cage body, a hollow air pipe, an abalone dead body collection disc, a dissolved oxygen sensor, a monobus temperature sensor, a sensor conduit and a water quality early warning device. In the multifunction-in-one culturing device integrating residual feed and feces washing, dead and ill body collection, ozone disinfection, supplement oxygenation and water quality early warning, through bubble washing with certain pressure regularly, abalone ill bodies with poor adsorption capacity are washed away and collected in time while supplement oxygenation, cross infection is reduced, which is a very key measure to prevent abalone large-scale disease, and accordingly the survival rate of abalone is increased integrally; through a low power consumption narrow-band Internet of Things technology, different early warning levels are uploaded to a remote platform and managers in time, and the management is timely and convenient; the situation that red tide may occur is warned in time by monitoring multi-layer water body temperature and analyzing a historical trend, and the device has good ecological benefits and economic benefits.

Description

technical field [0001] The invention relates to the field of aquaculture devices and water quality monitoring, in particular to an abalone culture device and a use method integrating disinfection and cleaning, dead body collection, oxygenation and water quality early warning. Background technique [0002] The traditional abalone aquaculture industry, especially the seawater abalone aquaculture in the near-shore fish row, is basically in a state of relying on the sky, and rarely uses modern intelligent instruments. Mutual help and oral teaching for breeding and production. The temperature of seawater can be measured by a thermometer, but the dissolved oxygen in water is rarely measured by farmers, or it is measured irregularly by portable instruments. When abnormal water quality comes, especially when red tides occur, they are often caught off guard or left to their fate, causing huge losses . [0003] However, the usual breeding and production methods are not scientific. I...

AI Technical Summary

Problems solved by technology

The temperature of seawater can be measured by a thermometer, but the dissolved oxygen in water is rarely measured by farmers, or it is measured irregularly by portable instruments. When abnormal water quality comes, especially when red tides occur, they are often caught off guard or left to their fate, causing huge losses

[0003] However, the usual breeding and production methods are not scientific. In addition to the incomplete water quality monitoring, the residual bait and feces are not cleaned up in time, and the abalone's poor physique may cause various diseases.

Moreover, dead abalones and diseased abalones are not cleaned up in time, and cross-infection is easy to form. In addition, further cleaning and disinfection are rarely carried out, and the success rate of breeding is difficult to guarantee.

[0004] In traditional industrialized indoor abalone farming, water quality monitoring, oxygenation and disinfection are generally implemented through different equipment and measures. It is difficult to find out, only when there is a sudden increase in dead abalone, can it be deduced that there may be a group of outbreaks, and then take disinfection and other treatment measures, often the effect of remedial measures at this time is not obvious, or it is already too late

Images