The utility model discloses a digital transport device of micro fluid between the two microfluidic chip, the device comprises an arc organic polymer transport components, the first end and on the microfluidic chip near the opening side end connected to the second end of second, is located in the hydrophobic layer above and close to second hydrophobic layer, the surface is provided with the transport of hydrophobic layer, transport layer and the first hydrophobic hydrophobic layer is communicated, so that when the first is located in the hydrophobic layer on digital microfluidic transport to second hydrophobic layer, the signal generating device to load the RF signal to the first interdigital transducer, first interdigital transducer generated surface acoustic wave, surface acoustic wave drive in micro fluid movement of the first hydrophobic layer on and makes it move to near the opening, the inertia force of micro fluid motion to transport hydrophobic layer, and then the gravity The micro fluid flows along the transport hydrophobic layer to the second hydrophobic layer, thus realizing the transport of the digital microfluidic between the two microfluidic chips.
【技术实现步骤摘要】
【技术保护点】
一种在两个微流控芯片之间实现数字微流体输运的装置，两个微流控芯片分别为上微流控芯片和下微流控芯片，所述的上微流控芯片的上表面具有一个用于输出数字微流体的开口，其特征在于在两个微流控芯片之间实现数字微流体输运的装置包括弧形有机聚合物输运部件，所述的弧形有机聚合物输运部件的第一端与所述的上微流控芯片靠近所述的开口处的侧端连接，所述的弧形有机聚合物输运部件的第二端位于所述的下微流控芯片的疏水层的上方且靠近所述的下微流控芯片的疏水层，所述的弧形有机聚合物输运部件的表面设置有用于数字微流体输送的输运疏水层，所述的输运疏水层与所述的上微流控芯片的疏水层相连通。
【技术特征摘要】
【专利技术属性】
技术研发人员：章安良，费景臣，叶丽军，
申请(专利权)人：宁波大学，
类型：实用新型
国别省市：97[中国|宁波]
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