Heat energy is lost in every day cooking from the cooking pot by convection and radiation processes. This energy can be saved by heat insulation of the outer surfaces of the cooking pot and the pot cover.
The Energy Saver Cooking Pot consists of a double walled cooking pot and a double walled cooking pot cover and these walls are insulated from each other. The inner surfaces of the walls of the cooking pot and the pot cover are highly polished to minimize the heat lost by radiation and vacuum is produced in the spaces between the walls to reduce the heat lost by convection.
The drawing included in the application shows a cross sectional view of an Energy Saver Cooking Pot which can be made of any size and capacity. The cooking pot has a cylindrical metal cover which has a diameter one inch larger and a length 1 inch shorter than the cooking pot and is strong enough to withstand vacuum. The outer surface of the cooking pot and the inner surface of the outer cylinder are highly polished. Using metal glass seals the outer cylinder is joined to the cooking pot and vacuum is produced in the space between the outer cylinder and the cooking pot.
The cover of the cooking pot consists of two strong metal pieces which have highly polished inside surfaces and are joined together by metal glass seals. Vacuum is produced in the space between the two pieces of the cover. Handles are also welded to the cooking pot and the cover.
Claim—In every day cooking energy can be saved by using the Energy Saver Cooking Pot.
I have already filed a provisional application for this invention. The application number is 61/460,769 and the filing date is Sep. 4, 2011.
Number | Date | Country | |
---|---|---|---|
61460769 | Sep 2011 | US |