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发明授权
CN110385913B 一种高定位精度的电流体动力学喷印方法 有权

一种高定位精度的电流体动力学喷印方法
摘要：
本发明涉及一种高定位精度的电流体动力学喷印方法，其包括以下步骤：1)设置期望起始位置A；2)估算电流体动力学喷印射流的飞行时间和喷印电路图案的位置偏差，确定实际沉积电路图案的起始位置B；3)根据设定的喷印平台的移动速度和电流体动力学喷印射流的飞行时间，确定电流体动力学喷印电路图案时喷印平台的加速度a；4)根据喷印平台的移动速度、电流体动力学喷印射流的飞行时间和喷印电路图案的位置偏差，计算电流体动力学喷印电路图案的实际起始位置(x,y)；5)从电流体动力学喷印电路图案的实际起始位置开始，进行电流体动力学高定位精度的电路图案喷印。
摘要（英）：

The invention relates to a high-positioning-accuracy electrohydrodynamic jet printing method. The high-positioning-accuracy electrohydrodynamic jet printing method comprises the following steps of (1)setting an expected initial position A; (2) estimating the flight time of electrohydrodynamic jet printing jet flow and the position deviation of a jet printed circuit pattern and determining the initial position B of an actual deposition circuit pattern; (3) determining the accelerated speed a of a jet printing platform during electrohydrodynamic jet printing on the pattern according to the setjet printing platform moving speed and the set flight time of the electrohydrodynamic jet printing jet flow; (4) calculating the actual initial position (x,y) of the electrohydrodynamic jet printed circuit pattern according to the moving speed of the jet printing platform, the flight time of the electrohydrodynamic jet printing jet flow and the position deviation of the jet printed circuit pattern; and (5) conducting electrohydrodynamic high-positioning-accuracy jet printing on the circuit pattern from the beginning of the actual initial position of the electrohydrodynamic jet printed circuitpattern.

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