Ecological agriculture high-density biological culture device

Abstract

The invention relates to the field of biological culture equipment, in particular to an ecological agriculture high-density biological culture device. An escape-proof assembly is internally provided with a feeding assembly, and humidifying assemblies are arranged on the upper portions of the escape-proof assembly and the feeding assembly; a base window is formed in the middle of a base, runs through the base and is shaped like a rectangle; the feeding assembly comprises a sliding plate, sliding grooves, a rake assembly and a collecting assembly, the sliding grooves are fixedly formed in the upper portion of the base and fixed in the two sides of the edge of the base window, the sliding grooves are each shaped like C, the sliding plate is a rectangular metal plate, the sliding plate is matched with the base window, the two sides of the sliding plate are arranged in the sliding grooves, the sliding plate can slide in the sliding grooves, the collecting assembly is attracted to the rear portion of the sliding plate, and the rake assembly is arranged on the front portion of the sliding plate; each humidifying assembly comprises a main water delivery pipe, a branch pipe and an atomization nozzle. Accordingly, the structure is simple and reasonable, snails are not likely to climb out of a breeding room to be lost, and in the snail culture process, a cushion can be replaced conveniently in time.

Description

technical field [0001] The invention relates to the field of biological cultivation equipment, in particular to a high-density biological cultivation device for ecological agriculture. Background technique [0002] The whole body of the snail includes shell, head, neck, shell membrane, foot, viscera, sac and other parts. The spiral shell on the back has various shapes and sizes, including pagoda shape, top shape, conical shape, spherical shape and pipe shape. shape and so on. [0003] In the indoor breeding method of snails, bricks with a height of about 25 cm and a size of 2 to 3 square meters are used indoors, and pine trees with a thickness of more than 10 cm are placed inside the grid, and then the snails are raised. The snail culture density is low and the yield is low. In addition, snails are prone to escape during breeding, because snails are easy to crawl, and the snails will climb out of the breeding pen if you don’t pay attention to them. The snails need to change...

AI Technical Summary

Problems solved by technology

[0003] In the indoor breeding method of snails, bricks are used to build squares with a height of about 25 cm and a size of 2 to 3 square meters indoors, and pine trees with a thickness of more than 10 cm are placed in the squares, and then the snails are raised. The snail culture density is low and the yield is low. In addition, snails are prone to escape during breeding, because snails are easy to crawl, and the snails will climb out of the breeding pen if you don’t pay attention to them. The snails need to change the cushion soil frequently, and the cushion soil on the cushion needs to be replaced every time. The snails are collected one by one, and the cushion can only be replaced after all the snails are collected, which affects the speed and efficiency of replacing the cushion

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