| 摘要 |
In previous attempts to construct a perpetual motion machine, each device ha s found its own equilibrium without producing the anticipated results. The Reverse-Feed Pressure Motor employs a driving gear which engages an anch or year at its equatorial (at 'nine o'clock, and/or three o'clock). Its shaft is held there via bearings, by a teeter beam which may rotate slightly about the axis of the anchor wheel. On the anchor shaft is an anchor sprocket which must be somewhat smaller than the anchor gear; and on the drive shaft is a drive sprocket. [The ratio of the drive sprocket to the drive gear is equa l to the ratio of the anchor sprocket to the anchor gear.] Chains travel in circuit from the drive sprockets to the anchor sprockets; b ut because of the presence of reversing sprockets located above and below both the anchor and the drive sprockets, the chain must travel such that the drive wheels are caused to rotate in concert with the anchor wheels as they 'fall'-they are held to a constant equatorial station-and so long as pressure is applied to the teeter truck, the drive wheels, and all related wheels, are unable to reach stasis. I.e. The spin function is perpetuated. When a shaft carrying upper direction - reversing sprockets is extended beyond its tree post support, it is able to support a verylarge wheel (even more than double the radius of the anchor wheel) which, owing to the faster spin rate of the feed sprocket, spins very fast, and generates efficient usable energy conversion.
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