A device cooling mechanism that can separate cool and warm air
Microsoft has recently filed a patent application that could revolutionize the way devices are cooled. The patent, titled “Device Cooling”, was filed on April 6, 2022, and was published recently.
The Innovation:The patent describes a unique method for cooling devices, specifically focusing on air cooling. The innovation lies in a temperature-based gas separation assembly that is designed to receive ambient air and separate it into warmer and cooler air.
How It Works:
In general, heat-generating components such as CPU and GPU can be cooled by moving ambient air over them. But the efficiency of this cooling process will be much better if cooler air is passed over the heat-generating components.
This new patent from Microsoft proposes a solution in which the device can separate the air available for cooling the heat-generating components into a warmer stream and a cooler stream. The cooler stream can be used to cool the heat-generating components and the warmer stream can be discarded.
In simple terms, ambient air is separated into two parts: warmer air and cooler air. The warmer air is directed outside the housing of the device, while the cooler air is directed inside.
This innovative approach could potentially enhance the performance of devices by maintaining optimal operating temperatures.
Potential Impact:Heat management is a critical aspect of device performance. Overheating can lead to reduced efficiency, damage to components, and in extreme cases, device failure. By efficiently managing heat generation with this new method, Microsoft’s patent could significantly improve device longevity and reliability.
This patent represents another step forward in Microsoft’s ongoing efforts to innovate and improve user experience. As we continue to demand more performance from our devices, innovations like these will be key to ensuring our technology can keep up.
Download Microsoft Cooling Mechanism PDFsource
