一种应用于梯度PCR的温度控制装置制造方法及图纸

一种应用于梯度ＰＣＲ的温度控制装置属于生物、医学领域。传统的方法是采用９６孔或者４８孔的单面反应槽，温度控制模块中将加热和制冷用同一个半导体实现，缺点是：用同一个半导体在很短的时间内实现加热、制冷，再加热，这种温度骤变很容易损坏半导体。整个装置从上至下依次为：上盖（Ⅰ）、加热片（Ⅱ）、反应槽（Ⅲ）、制冷片（Ⅳ）和下盖（Ⅴ）。所述的反应槽（Ⅲ）的形状为曲面，曲面凹处用来盛放反应试剂。本发明专利技术提供了一种应用于梯度ＰＣＲ的温度控制装置，通过创新的曲面形状的反应槽的设计与独立实现加热、制冷的方法，反应体系的温度转换速率提高２０％以上，半导体的使用寿命延长５０％以上。

A temperature control device applied to gradient PCR

The utility model relates to a temperature control device used for gradient PCR, which belongs to the biological and medical field. The traditional method is single reaction tank with 96 holes or 48 holes, the temperature control module, heating and cooling with the same semiconductor, the shortcoming is: with the same semiconductor in a very short period of time to achieve heating, refrigeration, heating, the temperature change is very easy to damage the semiconductor. The whole device is made up of an upper cover (I), a heating plate (II), a reaction tank (III), a cooling film (IV) and a lower cover (V). The shape of the reaction tank (III) is curved surface, and the concave surface of the reaction tank is used for containing the reaction reagent. The temperature control device of the invention provides a method for gradient PCR, heating and refrigeration is realized by curved reactive tank design and independent innovation of the temperature conversion reaction rate increased by more than 20%, prolong the service life of more than 50% semiconductor.

【技术实现步骤摘要】

【技术保护点】
一种应用于梯度ＰＣＲ的温度控制装置，其特征在于，整个装置从上至下依次为：上盖（Ⅰ）、加热片（Ⅱ）、反应槽（Ⅲ）、制冷片（Ⅳ）和下盖（Ⅴ）。

【技术特征摘要】

【专利技术属性】
技术研发人员：张清悦，冯继宏，刘长波，
申请(专利权)人：北京工业大学，
类型：发明
国别省市：11[中国|北京]