Weight-based feeding machine

Abstract

The invention discloses a weighing type feeder. A cover (1) is mounted on a box (3), a hasp (2) is mounted between the cover (1) and the box (3), a fixed beam (4) is fixed in the box (3), a weighing sensor (5) is mounted on the fixed beam (4), a weighing hopper (18) is mounted on the other end of the weighing sensor (5) and located in the box (3), a discharge mechanism (11) is mounted on the bottom of the weighing hopper (18), a receiving bucket (14) is mounted under the discharge mechanism (11) and on a throwing mechanism (15), the throwing mechanism (15) is mounted in the box (3), the outlet of the throwing mechanism (15) is aimed at the feed outlet of the box (3), an insertion type rainproof board (16) is mounted over the feed outlet, and a mounting bracket (12) for mounting a controller is mounted in the box (3). The weighing type feeder adopts the weighing sensor to detect the change in the amount of feed in real time, thus realizing a weighed feeding function.

Description

technical field [0001] The invention relates to a feeding machine, in particular to a weighing type feeding machine. Background technique [0002] In the field of aquaculture, feeding machines have become an indispensable farming machinery in the aquaculture industry, but weight-based feeding machines do not yet exist. The currently used feeding machine is to control the length of each start-up time, relying on manual experience, through mechanical adjustment to control the size of the feeding amount, can only roughly control the feeding amount each time, and cannot accurately control each feeding amount If the timer stops, it will cause a box of feed to be thrown out at one time, resulting in a great waste of feed. If there is a trip on the way of feeding, the timer runs faster, and there is agglomerated feed in the feed, it will cause insufficient feed feeding. In a word, the currently used feeding machine cannot fully, rationally and scientifically use the feed. This co...

AI Technical Summary

Problems solved by technology

The currently used feeding machine is to control the length of each start-up time, relying on manual experience, through mechanical adjustment to control the size of the feeding amount, can only roughly control the feeding amount each time, and cannot accurately control each feeding amount If the timer stops, it will cause a box of feed to be thrown out at one time, resulting in a great waste of feed

If there is a trip on the way of feeding, the timer runs faster, and there is agglomerated feed in the feed, it will cause insufficient feed feeding

In short, the currently used feeding machines cannot fully, rationally and scientifically use the feed. This control method cannot control the amount of feed, which forms a bottleneck for the realization of scientific fish farming.

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