如何实现热电(珀尔帖)皮兰蒂作为精子保温瓶

Hariyadi Singgih, Subiyantoro Subiyantoro, S. Siswoko
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引用次数: 0

摘要

技术在动物繁殖领域的一种替代应用是人工授精技术(IB)。人工授精工艺(IB)是一种将经过熔化和加工的精子或精液插入女性生殖道的技术。为了获得高质量的水泥,通过稀释保存奶牛精子,然后冷却至5°C(冷却过程)。使用5°C储存水泥的冷却过程将使水泥的使用寿命保持7-10天。为了实现这一目标,保温箱原型被设计为精子储存装置,以确保良好的水泥质量。研究方法是采用热电TEC(珀耳帖)型器件TEC1-12706T200设计原型工具。并使用LM35温度传感器装置对箱内温度进行检测。热水瓶本研究考察了系统达到5.0°C时所需的时间效率,以及加速5.0°C温度性能的影响参数。LM35传感器的可读温度将显示在16x2 LCD监视器上。使用Arduino微控制器的数据处理系统。TEC1-12706T200型热电TEC(珀耳帖)器件在8小时内达到最高工作温度5.5ºC时的测量结果和性能评估。误差为2.5%。这取决于电源(电流)的大小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
KAJIAN IMPLEMENTASI PIRANTI THERMOELECTRIC (PELTIER) SEBAGAI SISTEM PENGATUR SUHU THERMOS PENYIMPAN SPERMATOZOA
One alternative application of technology in the field of animal reproduction is by artificial insemination technology (IB). Artificial Insemination Process (IB) is a technique for inserting spermatozoa or semen which has been melted and processed first into the female genital tract. To obtain good quality cement, cow sperm preservation by dilution and followed by cooling to 5 ° C (chilling process). The chilling process with cement storage using 5 ° C will keep the cement life of 7 to 10 days. For this fulfillment, the Thermos box prototype is designed as a spermatozoa storage device to ensure good cement quality. The research method is design of prototype tool using Thermoelectric TEC (peltier) type device TEC1-12706T200. And use the LM35 temperature sensor device to detect the temperature in the box. Thermos. This study examines the efficiency of time required by the system when it reaches 5.0 ° C. and influential parameters in accelerating the temperature performance of 5.0 ° C. The readable temperature of the LM35 sensor will be displayed on a 16x2 LCD monitor. Data processing system using Arduino Microcontroller. Measurement result and performance assessment of Thermoelectric TEC (peltier) device type TEC1-12706T200 when it reaches maximum working temperature 5,5 º C within 8 hours. has an error of 2.5%. which depends on the size of the power supply (Current) electricity.
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