抄録
I have contrived an Apparatus producing a great deal of compressed air. (See Fig.l, Fig.2)
The mass of Float is much larger than the mass of Weight, so the Float usually floats on the
sea and the Weight is alweys in the ai. As the sea surface gets up-and-down, the Wheel recip
rocates and the Pumps compress air. The compressed air is pressed into the same Air Receiver
from a pair of Piston-pumps.
By the way, it is desired that the Float keeps up big vibration in order to produce the com
pressed air efficiency. For this purpose, the value of ***** (See 3.1 formulas (1), (8)) be
tween 0.2 and 0.25 is satisfactory. Then I design a right Apparatus and simulate the movement
of the Float in the case of wave height 1 (m) and wave period 7 (sec). This example is shown
in Chapter 4. (See Fig.4, Table 1)
On the other hand, the pressure of the compressed air is related to the radius of cylinders in
the piston-pumps. In chapter 5.1 discuss how the movement of the Float produces 8000m^3 com
pressed air of 2 atm (radius 0.2m) or 8 atm (radius 0.08m). These are shown by Figures, a
Graph and Tables. (See Fig.5, 6, 7 & Table 1, 2)
