Marine culture environment unmanned information collection system and method

Abstract

The present invention discloses a marine culture environment unmanned information collection system and method, concretely relates to the technical field of marine culture environment monitoring. Thesystem comprises a collection terminal, a cloud and a client. The collection terminal comprises a ship body, the ship body is provided with a signal receiving device (comprising a GPS antenna and an information transmission module antenna), two sides of the ship body are respectively arranged at floating devices, the upper surface of the ship body is provided with a motor, a solar receiving deviceand a wind speed sensor, an anti-collision ultrasonic wave module is arranged at the front section of the ship body, the center of the ship body is provided with a device compartment, a sensor compartment and a discharge compartment, the rail portion of the ship body is provided with a propulsion device, the device compartment is internally provided with a plurality of electronic devices, the sensor compartment is provided with a foldable baffle plate, the sensor compartment is internally provided with a folding rack and a sensor module, and the folding rack drives the stretching of the sensor module under the drive of the motor.

Description

technical field [0001] The invention relates to the technical field of mariculture environment monitoring, in particular to an unmanned information collection system and method for a mariculture environment. Background technique [0002] In recent years, sea cucumber, abalone and other mariculture industries have become more and more large-scale and intensive. In order to pursue economic benefits, the types and densities of aquaculture are also increasing, which directly leads to the deterioration of the water quality of mariculture and affects the quality of cultured products. Growth and development, diseases occur from time to time, the economic benefits of farmers are damaged, and the breeding area needs to be stationed for a long time, which wastes a lot of manpower, material and financial resources. Based on this, the research on the automatic monitoring system of mariculture has attracted the attention of scholars and researchers. The development of sensor technology a...

AI Technical Summary

Problems solved by technology

[0002] In recent years, sea cucumber, abalone and other mariculture industries have become more and more large-scale and intensive. In order to pursue economic benefits, the types and densities of aquaculture are also increasing, which directly leads to the deterioration of the water quality of mariculture and affects the quality of cultured products. Growth and development, diseases occur from time to time, the economic benefits of farmers are damaged, and the breeding area needs personnel to be stationed for a long time, which wastes a lot of manpower, material and financial resources. Based on this, the research on the automatic monitoring system of mariculture has attracted the attention of scholars and researchers. The development of sensor technology and embedded system technology provides the possibility for automatic monitoring of marine aquaculture environmental parameters such as pH value, temperature, oxygen content, etc.

However, the existing systems based on sensor technology have basically realized the automatic collection and processing of data in the breeding environment, but there are problems such as complicated wired detection and wiring, difficult movement of monitoring points, slow data transmission rate, high value of CS architecture equipment, and excessive collection points. Single and other issues

Images