Cooling system

Abstract

This invention provides a heat dissipation system, comprising: an ice water generating device having an outer ice water outlet pipe and an inner ice water outlet pipe, and forming an ice water outlet chamber; a water storage device connected to the inner ice water outlet pipe and having a water storage outer covering and forming a water storage vacuum chamber; and a cooling device having an outer body, an outer ice water inlet pipe, an inner ice water inlet pipe, and an ice water inlet chamber, the ice water inlet chamber being connected to the water storage vacuum chamber, and connected by the outer cooling water outlet pipe and the inner cooling water outlet pipe. A water pumping device is connected to the outer body, and an inner blocking space is formed inside the outer body. The water pumping device has a drain pipe that connects to the ice water generating device. The ice water generated by the ice water generating device can be blocked by the vacuum of the ice water outlet chamber, the water storage vacuum chamber, and the inner blocking space. This effectively solves the problems of conventional water cooling devices that can only use room temperature water for heat conduction and that using ice water for heat conduction will produce water vapor or water droplets. It achieves the ability to use ice water for rapid heat conduction and cooling, and avoids water vapor from affecting the function of electronic components.

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