Crab apartment device with monitoring function

Abstract

The invention provides a crab apartment device with a monitoring function. The crab apartment device comprises a crab apartment, an automatic monitoring device, tracks, supports, a power wire, a tackle device, a supporting plate, a controller, a first servo motor, a first belt pulley device, first pulley blocks, second pulley blocks, a second belt pulley block, a second servo motor, casings, an automatic telescopic device, a third servo motor, a screw, a nut, a telescopic rod, a camera device, a radar life detector, an alarm and an infrared induction remote control unit. The crab apartment device has the advantages as follows: the occupied space is small, averagely, every 100 swimming crabs occupy less than 1 square meter, and resources are saved; pictures of each cell of swimming crabs inthe crab apartment are captured by a camera, workload of staff members is reduced, working efficiency is improved, and manpower is saved; by means of the radar life detector, the life state of the swimming crabs is detected in real time, death of the swimming crabs is avoided, and accurate positioning treatment is realized; and infrared control and monitoring for operation of the device can be realized by the remote control unit, and the operation is simple and convenient.

Description

technical field [0001] The invention relates to a crab apartment device with a monitoring function, which belongs to the technical field of swimming crab breeding. Background technique [0002] Swimming crab is an important economic crab species in China's coastal areas. It grows rapidly and has rich breeding profits. It has become an important cultured species in China's coastal areas. The traditional portunus farming has always occupied a large area and needs to enclose a piece of land by the sea. In addition, because the portunus is a crustacean, it needs to grow up after shelling. When shelling, it is easy to be attacked by natural enemies and kill each other of the same kind. And death leads to low survival rate. According to statistics, only 20% of 10,000 swimming crabs can survive, which greatly weakens the economic benefits of farmers. Aiming at the difficulties of traditional Portunus breeding, combined with the nocturnal biological habits of Portunus crustaceans, ...

AI Technical Summary

Problems solved by technology

[0005] The problem to be solved by the present invention is that existing crab apartments need to manually monitor the growth status of swimming crabs, which cannot realize the defect of automatic monitoring

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