| 摘要 |
The present invention relates to an instantaneous cooling unit for a water purifier. The instantaneous cooling unit for a water purifier according to the present invention comprises: a flow path plate in which first flow paths are individually formed on both side walls thereof; closing plates in which second flow paths are individually formed on contact surfaces come in contact with both side walls of the flow path plate, and the second flow paths are communicated with the first flow paths; thermoelectric modules which are formed on both external walls of the closing plates, and cool water flowing inside the first and second flow paths in a thermoelectric manner; heat transfer plates individually interposed between the flow path plate and the thermoelectric modules; and heating modules which individually adhere to both external walls of the thermoelectric modules, and cool radiating surfaces of the thermoelectric modules. Inlet pipes and discharge pipes are connected to both ends of the first and second flow paths. According to the present invention, the supply of cold water, generated by instantaneously cooling water in a thermoelectric manner, can be possible, thereby not requiring a separate water tank in which cold water is stored; and miniaturization and weight lightening can be possible through the thermoelectric modules if applying the same to a water purifier. |
