Real-time monitoring live fish logistics system

Abstract

The invention discloses a real-time monitoring live fish logistics system which comprises a live fish tank body, a water inlet system and a sewage discharge system are symmetrically arranged on the live fish tank body, and water treatment equipment is arranged between the water inlet system and the sewage discharge system in a communicating mode. The water treatment equipment comprises a primary filter box, a front filter, a disinfection aeration system, a rear depth filter, a temperature control system and an oxygenation system which are sequentially communicated, the water outlet end of the sewage discharge system is communicated with the primary filter box, the oxygenation system is communicated with the water inlet system, and the water outlet end of the sewage discharge system is communicated with the rear depth filter. Therefore, sewage discharged by the sewage discharge system is treated by the water treatment equipment and then circularly enters the live fish tank body through the water inlet system. According to the live fish logistics system capable of monitoring in real time, the water body in the live fish tank body can be rapidly and efficiently treated, the water quality index monitored in real time and the accurate data of the operation condition of water treatment equipment are obtained, meanwhile, real-time positioning of the logistics system is achieved, and the biological safety, vitality and freshness of live aquatic products arriving at a destination are ensured.

Description

Technical field: [0001] The invention relates to the field of living aquatic products logistics, in particular to a real-time monitoring live fish logistics system. Background technique: [0002] With the continuous improvement of people's life quality in our country, the domestic consumption structure is also rapidly upgraded and improved, and the proportion of aquatic products in the daily dietary structure is increasing day by day. In particular, people's demand for live aquatic products remains very strong, but the existing There is a lack of a high-efficiency live fish logistics system for real-time data monitoring in the technology. [0003] At present, the logistics system for live fish has a simple structure, consisting only of oxygen cylinders or Dewar tanks, storage and transportation tanks, and pressure monitors in vehicles. Carbon dioxide, ammonia nitrogen, and mucus produced by stress in the water body have not been quickly processed, there are no real-time dat...

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Problems solved by technology

[0003] At present, the logistics system for live fish has a simple structure, consisting only of oxygen cylinders or Dewar tanks, storage and transportation tanks, and pressure monitors in vehicles. Carbon dioxide, ammonia nitrogen, and mucus produced by stress in the water body have not been quickly processed, there are no real-time data monitoring and management systems and automatic alarm systems for major water quality indicators and system operation status, and the quality of live fish reaching the destination is not guaranteed, etc.

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