FIELD: food industry.
SUBSTANCE: invention relates to food industry, to production of pelmeni and similar products. Proposed is a method envisaging dough kneading and placement in the form of strips so that to form a dough partition located inside each product body with formation of an enclosed dough shell with the same partition separating the body inner space into the upper and the lower chamber stuffed with filling. A layered shape is imparted to each product; for this purpose four dough layers are included in the composition, namely - the upper and the lower shell layers and the first and the second partition layers, the weight content of structural elements is assumed to be as follows: upper shell layer - 15, upper chamber filling - 20, first partition layer - 15, second partition layer - 15, lower chamber filling - 20, lower shell layer - 15 or upper shell layer - 20, upper chamber filling - 15, first partition layer - 10, second partition layer - 10, lower chamber filling - 25, lower shell layer - 20 or upper shell layer - 15, upper chamber filling - 25, first partition layer - 10, second partition layer - 10, lower chamber filling - 25, lower shell layer - 15 or upper shell layer - 10, upper chamber filling - 25, first partition layer - 8, second partition layer - 10, lower chamber filling - 35, lower shell layer - 12 or upper shell layer - 10, upper chamber filling - 30, first partition layer - 10, second partition layer - 10, lower chamber filling - 30, lower shell layer - 10. The method additionally envisages a central chamber formation so that an upper, a central and a lower chambers stuffed with filling are differentiated within the product body inner space. The central chamber shape is assumed as similar to that of the whole product; for this purpose the first partition layer is designed as bulged upwards with the second layer downwards, the resultant walls curvature replicating that of the corresponding shell layers; the weight percentage of the product structural element is assumed as: upper shell layer - 15, upper chamber filling - 15, central chamber first layer - 15, central chamber filling - 10, central chamber second layer - 15, lower chamber filling - 15, lower shell layer - 15 or upper shell layer - 20, upper chamber filling - 10, central chamber first layer - 10, central chamber filling - 20, central chamber second layer - 10, lower chamber filling - 10, lower shell layer - 20 or upper shell layer - 10, upper chamber filling - 15, central chamber first layer - 10, central chamber filling - 15, central chamber second layer - 10, lower chamber filling - 20, lower shell layer - 20 or upper shell layer - 10, upper chamber filling - 20, central chamber first layer - 10, central chamber filling - 20, central chamber second layer - 10, lower chamber filling - 20, lower shell layer - 10 or upper shell layer - 12, upper chamber filling - 15, central chamber first layer - 8, central chamber filling - 20, central chamber second layer - 8, lower chamber filling - 25, lower shell layer - 12. Additionally proposed is a product manufactured by the said method where the both layers of the partition and/or the central chamber have perforation in the form of round holes with diameter equal to 0.3-3 mm, the number of holes assumed within the range of 1 - 12, depending on the corresponding layers thickness. Such holes are through or single, uniformly arranged across the area of the partition and/or central chamber layers surface. In case of single design the holes arrangement order is assumed as symmetrical to that of their arrangement in the first layer. As filling for all the chambers one uses meat, fish mushroom or combined mince; alternatively, mince is placed but in a single chamber with the other stuffed with potato puree and/or variegated vegetable mixture.
EFFECT: invention is aimed at ensuring versatility and cost efficiency of the products manufacture technology as well as great variety of their taste properties and tones for increase of consumers' demand for such products.
4 cl, 3 dwg, 2 tbl
Authors
Dates
2014-03-10—Published
2011-09-09—Filed