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Factors affecting the milking performanced of robotic milkers and the possibility of their wide spread dissemination

机译：影响机器人挤奶机的挤奶的因素以及它们广泛传播的可能性

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I clarified the factors affecting the performance of three robotic milkers of L company to gauge the possibility of wide spread dissemination of robotic milkers in Japan. 1) Continuous feeding of silage on the Yoshida Farm provided better milking performance than the periodic feeding on the Baba Farm. 2) L company states that the maximum capacity of a one stall robotic milker is 180 cows per day. This means in a barn with 60 cows there would be 3 milkings per day. The three robotic milkers we tested never reached their maximum capacity. 3) The capacity of robotic milker was in proportion to the number of head to be milked. 4) Milking stall usage was in inverse proportion to milk yield. 5) A robotic milker contributes to reduced labor expenses and an increase in milk yield by increasing the number milkings per day. As a result, a farmer can recoup the investment in a robotic milker in about five years.
机译：我澄清了影响L公司三个机器人挤奶器的表现的因素，以衡量日本机器人挤奶机的广泛传播。 1）在吉士达农场持续喂食青贮饲料提供比巴巴农场的定期喂养更好的挤奶表现。 2）L公司指出，一个失速机器人挤奶器的最大容量每天是180奶牛。 这意味着谷仓，60奶牛每天将有3个挤奶。 我们测试的三个机器人挤奶器从未达到其最大容量。 3）机器人挤奶器的能力与要挤奶的头部的数量成比例。 4）挤奶摊位使用与牛奶产量相反。 5）机器人挤奶器有助于降低劳动力费用，并通过增加每天数量的挤奶来增加牛奶产量。 因此，农民可以在大约五年内收回机器人挤奶器的投资。

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