John W. Ecklins patent describes a unique generator that produces more output power than it consumes
It has two modes of operation: one generates a magnetic field that fluctuates by use of a tiny motor rotating a magnetic shield to power a generator.
The other uses reciprocating motion created by the shield to generate rotational movements that power numerous generators.
By blocking magnetic lines of force with a revolving shield, the Ecklin Brown Generator, a variation on the idea, generates direct electrical output.
Although building the gadget at home could be difficult due to its intricacy, it is possible to leverage the design ideas through smaller modifications that use straight bar cores and ordinary materials.
Exploring Ecklins Patent for Efficient Magnet/Electric Motor Generators:
On March 29, 1974, John W. Ecklin was granted US Patent Number 3,879,622 for a novel magnet/electric motor generator that is said to provide an output larger than the input needed to run it.
Two operating techniques are described in the patent.
In the first approach, a magnetic shield that blocks the attraction between two magnets is rotated by a tiny, low power motor.
A generator is powered by the varying magnetic field created by this spinning.
The diagram illustrates how the motor located at point ‘A’ rotates the shaft and the shielding strips located at point ‘B’.
By aligning these rectangular mu-metal strips with the ends of the magnets, a highly conductive channel for magnetic lines of force is formed, which effectively cancels out the magnetic attraction in the vicinity of point ‘C’.
In this instance, when the left magnet is exposed and the right magnet is protected, a spring loaded traveler travels to the left.
When the right magnet is exposed and the left magnet is shielded, the traveler travels to the right as the motor shaft rotates.
The motion of oscillation is transmitted to point ‘D’ via mechanical linkage, where it drives a generator by rotating a shaft.
It is said that the system generates more output than input since the magnetic shield rotates with relatively little effort, maybe even powering the shields rotating motor.
Although it does so in a different way, the second technique in the patent makes use of the shielding notion.
In this instance, the shielding produces reciprocating motion, which powers two generators by conversion into two rotational movements.
Two ‘A’ labeled magnets are contained and forced together by springs.
At their maximum length, the springs barely pass through the magnetic shield ‘B’.
The magnetic shield is shifted by a tiny electric motor, which makes the magnets oppose one another because of their near North poles.
By compressing the springs, links at position ‘C’ are driven, rotating two shafts to generate power.
The Ecklin Brown Generator is a variant of this device that uses direct electrical output instead of mechanical action.
The same motor and spinning shield are used in this variant, but pickup coils are coiled around a central I- piece composed of laminated iron slivers, which prevents the magnetic lines of force from flowing through.
When the gadget is in its operating configuration, magnetic lines pass through the pickup coils and flow downward.
The magnetic lines go higher through the coils as the motor shaft turns 90 degrees more.
Each revolution of the motor shaft results in four times this flux reversal.
Permanent magnet motors are an alternative to the electric motor used in the Ecklin Brown system for rotating the mu-metal shield.
An important feature of many energy harvesting devices is their toroidal form.
Straight bar cores made of materials such as’soft’ iron or masonry anchors can be used to create a reduced version of the Ecklin Brown generator, notwithstanding its complexity for use in residential construction.
The conical end of masonry anchors should be removed since it negatively affects their magnetic characteristics.
This allows the winding of a helical coil directly on the shaft or on a bobbin that slips onto the shaft, and it is readily accomplished with a hacksaw and vise.
While larger wire increases the current capacity without overheating, more coil turns enhance the voltage output.
A powerful magnetic field is created through the coil by magnets positioned at each end of the core.
A varying magnetic field is created across the coil as a result of the screening arms alternating between the magnets as the motor rotates.
Although setups with two, three or four output coils are also feasible.
The coils can be linked in series to raise voltage or in parallel to enhance current.
Although the designs show the shields mounted directly to the motor driving shaft, improved alignment and the addition of coils and magnets might be achieved by using a separate axle powered by a belt and pulley system.
This configuration may result in more intricate and effective configurations.
Conclusion:
To conclude, a new approach method for magnet/electric motor generators is presented by John W. Ecklins which promises higher output than the necessary input.
The device generates a varying magnetic field that powers a generator by using a tiny motor to spin a magnetic shield.
As an alternative, the design can provide twin rotary outputs with reciprocating motion.
The Ecklin Brown Generator is an additional innovative device that produces direct electrical output via a shield that rotates.
DIY fans may find the patents whole intricacy difficult, but the fundamental ideas may be translated into more manageable, practical designs, showcasing Ecklins innovative technologies everlasting promise.
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