Fish belly dissecting and viscera removing machine

Abstract

The invention discloses a fish belly dissecting and viscera removing machine. The fish belly dissecting and viscera removing machine comprises a rack, a guiding and feeding unit, a plurality of fish body fixing units, a fish belly dissecting unit and a viscera sucking-out unit, wherein the rack comprises a bottom rack seated on an operation bottom surface and a supporting rack fixed on the top ofthe bottom rack; the guiding and feeding unit is used for conveying processed fish bodies; the fish body fixing units are used for fixing the processed fish bodies; the fish belly dissecting unit is used for cutting the processed fish bodies fixed on the fish body fixing unit; and the viscera sucking-out unit is used for removing the viscera of the fish bodies. According to the fish belly dissecting and viscera removing machine provided by the invention, the processed fish bodies can be fixed and dissected, viscera are removed and the fish bodies are released in a programmed mode, while the processing quality is guaranteed, the labor intensity of operators is greatly reduced, the viscera of the fish bodies are separated from the processed fish bodies under the action of an adsorption fan,and are guided to a viscera receiving disc to be recovered in time, so that a large amount of fishy smell is prevented, and pollution to the environment is avoided.

Description

technical field [0001] The invention relates to the technical field of fish product processing equipment, in particular to a fish belly dissection and viscera removal machine. Background technique [0002] Fish food is not only delicious, but also rich in nutrition. It is an indispensable delicacy in our life. During the processing of fish products or before cooking, they all go through complicated treatments, among which, laparotomy and viscera removal are one of the important processes. [0003] In current actual production, laparotomy and evisceration are mainly performed manually. This production method is inefficient and difficult to control product quality standards. Especially when dealing with a large amount of raw fish, the labor intensity of the operators is very high; Working machines mainly rely on high-pressure water jets to wash away viscera or hook shovels fixed on the frame to remove viscera. The efficiency of the above viscera removal method is low and the r...

AI Technical Summary

Problems solved by technology

[0003] In current actual production, laparotomy and evisceration are mainly performed manually. This production method is inefficient and difficult to control product quality standards. Especially when dealing with a large amount of raw fish, the labor intensity of the operators is very high; Working machines mainly rely on high-pressure water jets to wash away viscera or hook shovels fixed on the frame to remove viscera. The efficiency of the above viscera removal method is low and the removed viscera and other waste cannot be recycled in time, which will pollute the environment

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