SUMMARY If Pascal’s Principle is valid and the industry experts' opinion that no volume change occurs during pressurization of a Bourdon tube is true, proof that Win ˂ Wout can be achieved. We believe that, although indicating the Laws of Thermodynamics require reassessment, the actual extra work potential available is likely minor; however, open doors to significant gains. The purpose of this exercise is to attempt breaking down the psychological barrier causing uncontested acceptance of the Laws of Thermodynamics. I once met a man who claimed to have had the position in both the Federal and Provincial governments assessing such inventions that challenged the status quo. He stated “For the life of me, I could not see why some of those inventions would not work, but we had to reject them anyway because the government could not be seen as supporting such inventions.” We believe this was dishonest and unscientific on the Government's part and retarding to the advancement of real science. We believe it will require only one invention breaking through the unsupported faith in the Laws of Thermodynamics to open the doors to many rejected inventions that will help mankind in addressing the Climate Change threat we all face. The patented invention linked in this report (page 12.214) to the Diamond-shaped fluid powered linkage, system and engine has been assessed by many scientist/engineers. All have agreed with the fact that the new style actuator is more efficient than a convention piston. The basic principle of more efficiency was patented in 1874 by Mr. Reilley. This invention has the potential to provide pollution-free work addressing the Greenhouse Gas issue associated with Climate Change. Progress has been blocked by scientist/engineers/professors who have not provided any supporting explanation of their rejection of the detailed drawings and physical demonstrations, other than quoting the Laws of Thermodynamics. Please send questions or comments. Dave Strain President analystsofpneumatic@bellnet.ca Phone: (905) 640-2333 Fax (905) 640-2444 12.231
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