Sea cucumber culturing and selling managing system based on internet of things and 3S technology

Abstract

The invention discloses a sea cucumber culturing and selling managing system based on the internet of things and the 3S technology. The sea cucumber culturing and selling managing system is provided with a fishery culturing information sensor and RFID (radio frequency identification) tags put on the sea cucumbers; the output end of the fishery culturing information sensor is connected with a microprocessor A; the microprocessor A is connected with a CCD (charge-coupled device) camera, a GPS (global positioning system) module and a RFID tag reader which corresponds to the RFID tags; the output of the microprocessor A is connected with a ZigBee communication module A; the ZigBee communication module A is correspondingly provided with a ZigBee communication module B; the ZigBee communication module B is connected with a microprocessor B; the microprocessor B is connected with a digital signal processor and a 3G communication module A; the 3G communication module A is correspondingly provided with a 3G communication module B; the 3G communication module B is connected with a three-dimensional WebGIS server through the internet of things and the internet in sequence; and the three-dimensional WebGIS server is connected with a remote user side.

Description

technical field [0001] The present invention relates to a fishery breeding and sales management system, in particular to a real-time, remote and comprehensive monitoring of fishery breeding comprehensive information, information query of sea cucumber sales management, and real-time monitoring of sea cucumber sales status based on the Internet of Things and 3S technology sea cucumber breeding and sales management system. Background technique [0002] Various water quality elements in aquaculture waters (water temperature, salinity, pH value, dissolved oxygen, ammonia nitrogen, etc.) are important factors that directly affect the survival, reproduction and growth of marine organisms in aquaculture areas. For the most basic monitoring items in breeding, the existing monitoring methods all adopt manual on-the-spot observation. Since marine fishery breeding areas are mainly concentrated in nearshore waters, not only the water bodies are diverse and changeable, but also the locat...

AI Technical Summary

Problems solved by technology

Since the marine fishery breeding areas are mainly concentrated in nearshore waters, not only the water bodies are diverse and changeable, but also the locations are mostly remote and scattered. To grasp the ecological water quality information of the marine fishery breeding areas in time, avoid the pollution accidents caused by various aquaculture water bodies. In order to reduce the economic loss, a large amount of manual labor is required for frequent on-site inspections, which is time-consuming and laborious, and increases the cost of breeding

In addition, the existing monitoring methods cannot timely understand and grasp the fishing and sales status of sea cucumbers.

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