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Flavor Determination for Milk Quality Assessment using Embedded Electronic Noses

机译:使用嵌入式电子鼻确定牛奶质量评估的风味

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A milk of good quality should have a pleasantly sweet and sanitary flavor with similar after taste. One of the most significant quality parameter is the flavor that determines the suitability of milk. The milk is generally transported longer distances to the urban population around large metropolitan centers. Due to increase of population density, the farms sited close to the cities tend to increase their scale of operations.The flavor un-stability in the milk changes the quality of the milk. In many cases the most common flavor defect of milk is feed flavor. It is hard to assess the milk flavor with human nose system. So it is necessary to develop the nostril system to determine the quality of milk based on the odor and flavor. It was done with the development of the embedded artificial electronic olfactory device called electronic nose and is processed and classified using microcontroller. With the help of this Embedded Electronic Noses (EEN) system, it can be easily determine the suitability of milk for consumption. The different flavors have different voltage values (such that different concentrations of gasses in the milk). This method provides a fast, simple, non-expensive and non-destructive method of milk quality assessment and classification. The gases like LPG, Butane, ammonia, ethanol propane were considered here.
机译:优质的牛奶应具有令人愉悦的甜味和卫生味,且余味相似。最重要的质量参数之一是决定牛奶是否合适的风味。牛奶通常被运送到大城市中心附近的城市人口更长的距离。由于人口密度的增加,靠近城市的农场往往会扩大经营规模。牛奶的风味不稳定会改变牛奶的质量。在许多情况下,牛奶最常见的风味缺陷是饲料风味。用人的鼻子系统很难评估牛奶的味道。因此,有必要开发一种鼻孔系统,以根据气味和风味确定牛奶的质量。它是通过开发称为电子鼻的嵌入式人工电子嗅觉设备完成的,并使用微控制器进行处理和分类。借助此嵌入式电子鼻(EEN)系统,可以轻松确定牛奶是否适合食用。不同的风味具有不同的电压值(以使牛奶中的气体浓度不同)。该方法提供了一种快速,简单,经济,无损的牛奶质量评估和分类方法。这里考虑了LPG,丁烷,氨,乙醇丙烷等气体。

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