Investigation of the influence of soybean okara on the quality of waffle cups

N. Berezina, Т.О. Kunitsyna, L. Samofalova
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Abstract

The enrichment of recipes for products containing only refined raw materials, such as waffle cups for ice-cream, is a modern trend in relation to such products. The use of soy okara in wet and dried form for these purposes allows us to unlock the potential of this raw material as an improver of the quality of waffle products. In the recipe of the cups, soy okara was introduced instead of flour dry matter in an amount of 10–30% i increments of 5%. In the waffle test, the mass fraction of moisture and spreadability were determined, in finished products – the mass fraction of moisture and wetness. It was found that the use of wet and dry soy okara instead of flour dry matter in the formulations of waffle cups for ice cream can increase the moisture content of the dough by 2,3–4,9% and 3,6–8,8% and reduce its spreadability by 2–13 mm and 2–7 mm, respectively. In ready-made waffle cups, the introduction of wet and dry soy okara contributes to an increase in the mass fraction of moisture by 0,1–0,4% and 0,1–0,9%, a decrease in wetness by 2–22% and 2–15%, respectively, compared with the control sample. According to the totality of indicators, a rational dosage of wet and dry soy okara instead of flour dry matter in the formulations of waffle cups, 15% wet soy okara and 20% dry soy okara are accepted. At the same time, the wetness of finished products is reduced by 5–6%, which will positively affect the consumer properties of finished products when stored with ice cream.
大豆豆渣对华夫杯品质影响的研究
对于只含有精制原料的产品,如冰淇淋的华夫杯,配方的丰富是这类产品的现代趋势。在这些目的中,以干湿形式使用大豆豆渣,使我们能够释放这种原料的潜力,作为华夫饼产品质量的改善剂。在杯子的配方中,以10-30%的量,以5%的增量,加入大豆大豆来代替面粉干物质。在华夫饼试验中,测定了水分的质量分数和涂抹性,在成品中测定了水分和湿度的质量分数。研究发现,用干湿大豆渣代替面粉干物质,可使面团的含水量分别提高2、3 ~ 4、9%和3、6 ~ 8、8%,使面团的铺展力分别降低2 ~ 13 mm和2 ~ 7 mm。在现成的华夫饼杯中,与对照样品相比,引入湿大豆和干大豆使水分的质量分数分别增加了0,1 - 0,4%和0,1 - 0,9%,水分分别减少了2-22%和2-15%。综合各项指标,在华夫杯的配方中,可接受以湿豆渣和干豆渣的合理用量代替面粉干物质,湿豆渣占15%,干豆渣占20%。同时,成品的湿度降低了5-6%,这将对成品与冰淇淋一起储存时的消费性能产生积极的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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