Process for producing fibrous simulated sea foods packaged in hermetically sealed containers
AssigneeNippon Suisan Kabushiki Kaisha
InventorsKazuo Rachi, Shouichi Kubota, Isamu Sasaki
Life of this patent
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Abstract
Fibrous simulated sea foods packaged in hermetically sealed containers are produced by kneading a minced fish meat to which sodium chloride has been added, molding the kneaded meat into the form of noodle-like strips, preparing fibrous fish meat by forming cuttings like the teeth of a comb on the noodle-like strips or cutting the noodle-like strips into the form of noodle-like filaments, sheafing and binding the fibrous fish meat by the use of a binder containing kneaded krill meat, and, after coloring a part of the surface of the bound product according to necessity, heating under pressurization the bound product packaged in a heat-resistant container.
Claims7
A process for producing fibrous simulated sea foods packaged in hermetically sealed containers, which consists essentially of kneading a minced fish meat without sugar to which meat sodium chloride has been added, molding the kneaded meat into the form of noodle-like strips, preparing fibrous fish meat by forming cuttings like the teeth of a comb on the noodle-like strips or cutting the noodle-like strips into the form of noodle-like filaments, subjecting the thus-cut fibrous fish meat to setting in the state of noodle-like strips or noodle-like filaments for a time sufficient to acquire a firm texture, sheafing and binding the fibrous fish meat by the use of a binder containing kneaded krill meat, said kneaded krill meat being used in an amount sufficient to enhance the taste and flavor of said fibrous simulated sea food, and, after coloring a part of the surface of the bound product according to necessity, heating to coagulate said product and then packaging the bound product in a heat-resistant container;
- heating the bound product under pressurization in said container, wherein the pH value of the contents of the container when said product is packaged therein is in the range of 6.0 to 6.7.
Dependencies are inferred from the claim text.