A self-vibrating net raising frog platform

Abstract

The invention discloses a platform for raising frogs with a self-vibrating net, which comprises a floating platform, a vibrating net, a feed hopper and an inclined platform. The vibrating net is horizontally arranged directly above the floating platform. On the edge of the floating platform, a vibrating spring is hung on the lower surface of the vibrating net, and a vibrating ball is hung on the lower end of the vibrating spring; a feed bucket is fixed directly above the middle of the vibrating net through a bracket, and the supporting feet of the bracket are set on the edge of the floating platform. There is a piston baffle at the discharge port, the pulling force of the vibrating net, the sum of the gravity of the pull rope and the piston baffle is balanced with the tension of the pressure spring, and the piston baffle just blocks the discharge port; when the vibrating net vibrates, the piston stops The plate is unbalanced in force, and when it moves upward under the tension of the compression spring, the discharge port is exposed. The present invention raises frogs, and the feed bucket automatically feeds the feed according to the beating of the frogs. The beating of the frogs drives the vibration of the vibrating net, making the bait bounce and jump on the vibrating net, like live bait, which is beneficial to the eating of the frogs, reduces the residue of bait, and vibrates. Net elasticity is adjustable.

Description

technical field [0001] The invention belongs to the technical field of animal breeding, and in particular relates to a platform for raising frogs with self-vibrating nets. Background technique [0002] Artificial breeding tiger frog does not eat dead bait and is difficult to large-scale cultivation, often adopts the direct feeding method of water surface or screen window feeding platform method in the prior art. But two kinds of methods all have very big defect, and wherein the water surface direct feeding method mainly relies on the activity of frog in water to drive water wave to vibrate thereby activating bait, is eaten as live bait by frog then. Its disadvantages are: the waste of bait is too large, there are many residual baits, and the bait is easily polluted by water, which will cause frogs to get sick. And the shortcoming of screen window feeding platform method is: when the individuality of frog is little, can not produce vibration and activate bait, most young fro...

AI Technical Summary

Problems solved by technology

However, both methods have great defects. Among them, the direct feeding method on the water surface mainly relies on the activities of the frogs in the water to drive the water wave vibration to activate the bait, and then the frogs eat it as live bait.

The disadvantages are: the waste of bait is too large, there are many residual baits, and the bait is easily polluted by the water body, which will cause frogs to get sick

And the shortcoming of screen window feeding table method is: when the individuality of frog is little, can't produce vibration and activate bait, most young frogs can't open mouth to eat and starve to die out

When the frogs are large, the plane of the screen window will be stepped on by the frogs and collapse, and the bait will be rolled to the sunken place to form dead bait, causing the frogs not to eat, which wastes the feed and the yield of the frogs is very low

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