Energy converting device e.g. power plant, for converting inertial energy into local mechanical energy, has rotary mass that is movable along path, and drive device coupled with mass, where rotation of drive device enables movement of path
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Inertial six-dimensional sensor for e.g. civilian area, has counters arranged in straight line such that individual counters are counted in reverse directions and input stage is connected with generator over free space distance at length
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Method for utilization of gravitation coefficient for inertial energy generation, involves moving mass in such a way that one half moves with certain speed in middle and other half moves with average inertial speed
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Non-mechanical inertial Coriolis-based digital turn rate sensor has two very short digital or binary counters orthogonal to optional rotation axis and parallel to each other at distance apart, with signal generator on one feeding both
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Digital inertial velocity sensor for use in navigation platforms, is based on the Sagnac effect, and has a circuit for determining the difference in the time of flights of signals travelling in opposite directions around a circuit
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Digital, inertial, time-based precision determination of geographical location based on use of an expanded electronic, i.e. non-optical or Sagnac effect gyro
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Inertial digital rotational velocity sensor, uses a sensor with two counters whose outputs are used to form a difference factor, the sensor making use of an electronic Sagnac effect
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Method for taking automatic three-dimensional individual global bearings with a high-accuracy clock determines specific locations.
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Code based inertial measurement method in which the value of a physical parameter that varies within defined limits, is determined purely by a time measurement, with a signal of appropriate time period having been first selected
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Global inertial positioning using time-based correction, employs local time measurements, model angular speeds, computer virtual earth model and correlation
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Direct inertial speed measurement comprises using a boundary layer transition between moving material and a vacuum in earth's gravitational field to reduce signal frequency
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Global autonomous determination method of meridian locations involves determining meridian of unknown location by changing known meridian congruent at specified angle in clockwise direction
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Time based global autonomous location registration for navigation application, involves obtaining meridian data by simulating ground terminal movement with respect to local clock
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Global precision positioning system uses local gravity vector and time is autonomous
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Autonomous global positioning method using gyroscopic characteristics by comparing output of three orthogonal rotation rate sensors with components of maximum amplitude of rotation rate of earth
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Method for fast, periodic and low-energy reversal of a rotating vector for a rotating body at high angular velocity consists of two supporting structures in counterrotation and body parts fixed to spoke ends of each supporting structure.
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Gravity motor with utilization of non-linear Doppler effect has two opposite driven rotating masses on ends of rotating high-speed horizontal support structure
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Gravity force motor utilising rotary masses for generation of electrical power
