Feeding method of quasipaa spinosa

Abstract

The invention discloses a feeding method of quasipaa spinosa, and relates to a feeding technique of batrachia. The feeding method is characterized in that a feeding machine is adopted for feeding, wherein the feeding machine comprises a rack, a material trough, a feeding belt and a driving device; the material trough is hung on the rack; a blanking slot which makes reciprocating turn-back and forms a closed loop is arranged at the bottom of the material trough; a rail corresponding to the blanking slot is arranged on the lower end face of the material trough; the feeding belt is arranged in the rail; the driving device drives the feeding belt to make circulating transmission in the rail; a plurality of blanking holes which are formed at intervals and communicate with the blanking slot are formed in the feeding belt; a dehydration device is arranged around the rail, and comprises an air pipe and a fan connected with the air pipe; and a plurality of air holes facing towards the feeding belt are formed in the air pipe. When a pasty bait and granular bait mixture is put into the material trough of the feeding machine, strip-type vertical bait can be formed on the feeding belt, and circulating movement of the feeding belt is matched, so that an attention of the quasipaa spinosa to the bait can be improved; the feeding of the quasipaa spinosa is facilitated; and a growth cycle of the quasipaa spinosa is shortened.

Description

technical field [0001] The invention relates to a raising technology of frogs, in particular to a raising method of stone frogs. Background technique [0002] In the artificial feeding of stone frogs, feed feeding is generally used, supplemented by fresh bait. Due to the visual characteristics of frogs, it is necessary to move the feed in artificial feeding to cause the frogs to prey. Existing frog feeding machines mainly have two types of designs: one is to use the principle of vibration to drive the feed, and the other is to use the stirring method to drive the feed. Compared with the former, the latter can better avoid adverse effects on the feeding of frogs due to the vibration and noise generated in the vibration, overcome the shortcomings in the artificial breeding of frogs to a large extent, and improve the breeding efficiency. [0003] In the actual feeding, it is found that the vertical bait in motion is more likely to attract the attention of stone frogs, but the...

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Problems solved by technology

[0003] In the actual feeding, it is found that the vertical bait in motion is more likely to attract the attention of stone frogs, but the current stone frog bait is usually granular, so even if the bait is shaken or stirred, the stone frog cannot achieve the best eating enthusiasm , so that the growth rate of the stone frog cannot be improved to the greatest extent

In order to improve the eating enthusiasm of stone frogs, some manufacturers have produced strip-shaped stone frog bait, but during the feeding process, the strip-shaped bait usually cannot keep upright; even in the process of shaking and stirring, most of the strip-shaped bait is still It is horizontal or tends to be horizontal, so the use of strip bait does not improve the eating enthusiasm of stone frogs

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