Abstract
The present invention relates to a sample analyzing system with chip-type electrophoresis device. Particularly, the chip-type electrophoresis is connected to a power-driven flowing-type sample-feeding device for guiding samples into the chip-type electrophoresis device. It is able to perform a surface decoration to the sample input vessel on the chip by a regenerating method, thereby preventing the filled samples from attaching on the tube wall of the sample input vessel, so as to increase the sample input rate and decrease the mutual containment of the samples. The present invention utilizes a continuous fluid diverting flow and voltage regulation method on a chip cooperated with a detecting unit, a signal capturing unit, and a signal processing unit to perform a continuous analysis on samples in real time and high speed without being interfered by samples at other time.