Sea turtle back parasitic shellfish cleaning device

Abstract

The invention belongs to the field of animal protection, and relates to a sea turtle back parasitic shellfish cleaning device. The sea turtle back parasitic shellfish cleaning device comprises a shell; a front fixed groove is fixedly formed in the upper side wall of the shell; clamp sliding blocks in bilateral symmetry are arranged in the front fixed groove in a sliding mode; sea turtle clamping devices are arranged on the lower sides of the clamp sliding blocks; and the sea turtle clamping devices are used for clamping the side wall of the shell of a sea turtle to prevent the sea turtle from moving randomly. According to the invention, parasitic shellfish cleaning can be carried out on the sea turtle living in the ocean; and after the sea turtle is bound, parasitic shellfishes on the back of the sea turtle can be scraped off, parasitic shellfishes with relatively strong adsorption capacity such as barnacles can be pried off, and disinfectant fluid is sprayed to the pried positions, so that acid liquors of the barnacles are prevented from corroding the turtle back, the survival rate of the sea turtles is increased, the diversity of marine organisms is protected, the efficiency of cleaning the parasitic shellfishes is improved, and the manpower expenditure is reduced, and the safety is improved.

Description

technical field [0001] The invention belongs to the field of animal protection, and in particular relates to a device for cleaning sea turtle parasitic shells. Background technique [0002] As we all know, sea turtles are a kind of marine life. The survival of sea turtles proves the diversity of marine life. However, during the life of sea turtles, there are often parasitic shells adsorbed on the back of sea turtles. This parasitic shell is not in a symbiotic relationship with sea turtles. Parasitic The shellfish will be adsorbed on the back of the turtle and release a high-viscosity solution, which will corrode the back of the turtle. At the same time, the weight of the parasitic shell affects the swimming speed of the turtle. As a result, sea turtles eventually die because they cannot swim and cannot prey, which affects the survival rate of sea turtles. In order to improve the survival rate of sea turtles in the ocean, animal protection organizations will catch sea turtles...

AI Technical Summary

Problems solved by technology

[0002] As we all know, sea turtles are a kind of marine life. The survival of sea turtles proves the diversity of marine life. However, during the life of sea turtles, there are often parasitic shells adsorbed on the back of sea turtles. This parasitic shell is not in a symbiotic relationship with sea turtles. Parasitic The shellfish will be adsorbed on the back of the turtle and release a high-viscosity solution, which will corrode the back of the turtle. At the same time, the weight of the parasitic shell affects the swimming speed of the turtle. As a result, sea turtles eventually die because they cannot swim and cannot prey, which affects the survival rate of sea turtles. In order to improve the survival rate of sea turtles in the ocean, animal protection organizations will catch sea turtles for treatment, but the efficiency of artificially shoveling parasitic shells for sea turtles is extremely low, and the operation is improper. It is easy to hurt the turtles. It requires the cooperation of multiple people to complete the operation, and the overall operation is difficult.

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