An improved method to manage the flow of heat in an active regenerator in a
magnetocaloric or an electrocaloric heat pump refrigeration system, in which heat exchange …

0003 Most conventional heat pumps, refrigerators, air conditioning, and climate control
devices achieve cooling through a mechanical vapor compression cycle (VCC). Such …

CN 1992.358 A 7/2007 CN 2932237 Y 8, 2007 CN 101.246947. A 8, 2008 CN 10129.1769.
A 10, 2008 CN 101587934. A 11, 2009 CN 101842647. A 9, 2010 EP O194475 A2 9, 1986 …

Examples of the present invention include high electric energy density polymer film
capacitors with high dielectric constant, low dielectric dissipation tangent, and low leakage …

2001/0023591 A1 9, 2001 Maeda et al. 2003/0033818 A1 2/2003 Kucherov et al.
2005/00457O2 A1 3/2005 Freeman et al. 2005, OO86948 A1 4/2005 Milke-Rojo et al. 2005 …

Technologies are generally described herein for electrocaloric effect heat transfer devices,
methods, and systems that may be effective to efficiently transfer and distribute thermal …

BACKGROUND The present disclosure is related to heat transfer devices and methods, and
more specifically to electrocaloric heat pumps and coolers, systems, and methods …

Cooling devices, heat pumps, and climate controlling devices employing an electrocaloric
composite of high thermal conductivity and significant electrocaloric effect are disclosed. The …

4,757,688 4,860,748 4,929,516 5,040,381 5,229,566 5,515,238 5,690,849 6,105,381
6,285,079 6,300,150 6,556,752 6,588,215 6,711,904 6,877,325 7,293.416 7,305,839 …

Technologies are generally described herein for managing heat within a phase change
memory (PCM) structure utilizing electrocaloric effect materials. Some example PCM struc …