초록 ▼

A method to produce natural motions, or self-motion, of animate or inanimate bodies or their parts by the application of pulses at two or more locations on the surface, or inside, of the bodies or their parts. Here, energy is converted into motion in one step. Turn on the pulses, and motion results

A method to produce natural motions, or self-motion, of animate or inanimate bodies or their parts by the application of pulses at two or more locations on the surface, or inside, of the bodies or their parts. Here, energy is converted into motion in one step. Turn on the pulses, and motion results instantly. The mechanism can emulate living motions, and as living motions can take on infinite gaits and forms, so can the mechanism produce infinite forms of motion. Smooth, repeatable, controllable or random motions can be induced. Just as living muscles convert the pulses from the nervous system into natural motion in one step, so will the mechanism convert artificially generated pulse-trains into motion in one step. The dynamic coupling or modulation of waves which travel within a body, and which are caused by artificially generated pulse-trains, produces the desired motions in directions perpendicular to the plane of the pulses. Changing the number of pulse-trains, the frequency and/or the amplitude of the pulses, or other parameters, can vary the speed, gait or form of the motion induced by the pulsing method. The moving bodies can be made to turn sideways, at 90 degrees, or at any other angle.

대표청구항 ▼

1. A method for moving bodies comprising the step of:applying a plurality of pulse-trains, which are produced by one, two, or more sources of mechanical pulses, to the bodies; whereby dynamic coupling of waves produced by said pulses in said bodies induces different motions depending on the frequenc

1. A method for moving bodies comprising the step of:applying a plurality of pulse-trains, which are produced by one, two, or more sources of mechanical pulses, to the bodies; whereby dynamic coupling of waves produced by said pulses in said bodies induces different motions depending on the frequency, amplitude, phase and locations of said pulses and where said motions are in directions perpendicular to the planes of said pulses.