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    • 4. 发明授权
    • Process for expanded pellet production
    • 膨胀丸生产工艺
    • US06242034B1
    • 2001-06-05
    • US09602333
    • 2000-06-23
    • Ajay Rajeshwar BhaskarKevin Charles CoganLewis Conrad KellerV. N. Mohan RaoDavid Ray Warren
    • Ajay Rajeshwar BhaskarKevin Charles CoganLewis Conrad KellerV. N. Mohan RaoDavid Ray Warren
    • A21D806
    • A21C3/04A21C11/16A23L7/122A23L7/13A23L7/135
    • In the process of producing corn-based pellets, preconditioner steam and water addition, as well as extruder water or screw configuration and RPM, can be manipulated to precisely control the cook level, gelatinization, and moisture level of the meal during processing, and level of defects despite minor variation in the characteristics of the corn flour. Specifically, the preconditioner added steam-to-water ratio can be manipulated to effect cook, hydration, and partial gelatinization of the meal. In the extruder, lower extruder rotational speeds increase the residence time and increases cook. With the increase in residence time the volume of bed pack in the extruder increases. This can be reversed by adding water directly into the extruder, thereby decreasing the viscosity of the meal in the extruder. Product bulk density is changed by increasing and decreasing cook of the meal.
    • 在生产玉米基颗粒的过程中,可以处理预处理器蒸汽和水添加以及挤出机水或螺杆构型和RPM,以精确控制加工过程中的煮饭水平,糊化和水分含量,以及水平 的缺陷,尽管玉米粉的特性稍有变化。 具体地说,预处理剂加入蒸汽与水的比例可以被操纵以进行煮食,水合和部分糊化。 在挤出机中,较低的挤出机旋转速度增加了停留时间并增加了煮食。 随着停留时间的增加,挤出机中床料的体积增加。 这可以通过将水直接加入到挤出机中来反转,从而降低挤出机中的粉末的粘度。 通过增加和减少膳食的煮饭来改变产品的体积密度。
    • 10. 发明授权
    • Process for expanded pellet production
    • 膨胀丸生产工艺
    • US06224933B1
    • 2001-05-01
    • US09434622
    • 1999-11-05
    • Ajay Rajeshwar BhaskarV. N. Mohan RaoDavid Ray Warren
    • Ajay Rajeshwar BhaskarV. N. Mohan RaoDavid Ray Warren
    • A21C304
    • A21C3/04A21C11/16A23L7/122A23L7/13A23L7/135
    • In the process of producing masa based expandable pellets, preconditioner steam and water addition, as well as extruder water and RPM, can be manipulated to precisely control the cook level, gelatinization, and moisture level of the meal during processing, and level of defects despite minor variation in the characteristics of the masa flour. Specifically, the preconditioner added steam-to-water ratio can be manipulated to effect cook, hydration, and partial gelatinization of the meal. In the extruder, lower extruder rotational speeds increase the residence time and increases cook. With the increase in residence time the volume of bed pack in the extruder increases. This can be reversed by adding water directly into the extruder, thereby decreasing the viscosity of the meal in the extruder. Product bulk density is changed by increasing and decreasing cook of the meal.
    • 在生产基于马莎的可膨胀颗粒的过程中,可以操纵预处理器蒸汽和水添加以及挤出机水和RPM,以精确地控制加工过程中的煮饭水平,糊化和水分含量以及缺陷水平 金沙粉的特征略有变化。 具体地说,预处理剂加入蒸汽与水的比例可以被操作以进行煮食,水化和部分糊化的餐。 在挤出机中,较低的挤出机旋转速度增加了停留时间并增加了煮食。 随着停留时间的增加,挤出机中床料的体积增加。 这可以通过将水直接加入到挤出机中来反转,从而降低挤出机中的粉末的粘度。 通过增加和减少膳食的煮饭来改变产品的体积密度。