The Perendev magnetic motor was designed to provide a motor that runs on permanent magnets. One key problem was that the powerful magnets used to spin the motor lost their strength and caused the motor to not spin.
It is definitely not an easy task of acquiring intellectual property rights through patents and this process firstly requires a new invention created by the inventor(s) and also the legal advice of a good intellectual property attorney. Any new device must be replicated with the patent application stating the claim to the new idea and submitted to the patent office. The patent office thoroughly examines and tests the device for a few years and may award a patent if they are convinced. It is important to understand that patents are not awarded for claims without a proof of concept prototype to demonstrate the concept.
Howard Johnson created a motor composed of permanent magnets attached to the stator and rotor, however this motor has the permanent magnets optimally arranged so that the magnetic field interactions between the permanent magnets produced an overall balanced repelling-attracting effect. Howard Johnsons motor invention (The HoJo Motor and linear drive) overcome the problems of the Perendev motor because the permanent magnets can re-align their magnetic domains by themselves when the device is operating. Howard Johnson was also awarded several patents for his intellectual contributions.
Edwin Gray created a magnetic motor that uses electromagnets to create a precise magnetic field burst that attracts soft magnetic or permanent magnetic materials. Soft magnetic materials can be made from a variety of elements blended together to form alloy metals or powdered materials. Generally, iron alloy materials are good for attraction because they inherently provide a very high magnetic permeability that strongly interact with magnetic fields. Permanent magnetic materials with high magnetic field strength are generally a combination of rare earth elements, diamagnetic elements, paramagnetic elements and ferromagnetic elements. An efficient electromagnet motor can use electromagnets attached to the stator and soft or hard magnetic materials attached to the rotor. Edwin Gray was awarded patents for his intellectual contribution to the electromagnet motor.
Around the year 2000, Michael Brady built a magnetic motor that spun without an external excitation source. Initially Michael Brady was convinced that the motor he built works, so he decided to apply for a patent. Michael's motor had problems because the permanent magnets in the stator and rotor weakened with continual operation conditions and eventually came to rest. The patent office finished examining the claims in his patent application and rejected it for a number of reasons.
It is definitely not an easy task of acquiring intellectual property rights through patents and this process firstly requires a new invention created by the inventor(s) and also the legal advice of a good intellectual property attorney. Any new device must be replicated with the patent application stating the claim to the new idea and submitted to the patent office. The patent office thoroughly examines and tests the device for a few years and may award a patent if they are convinced. It is important to understand that patents are not awarded for claims without a proof of concept prototype to demonstrate the concept.
Howard Johnson created a motor composed of permanent magnets attached to the stator and rotor, however this motor has the permanent magnets optimally arranged so that the magnetic field interactions between the permanent magnets produced an overall balanced repelling-attracting effect. Howard Johnsons motor invention (The HoJo Motor and linear drive) overcome the problems of the Perendev motor because the permanent magnets can re-align their magnetic domains by themselves when the device is operating. Howard Johnson was also awarded several patents for his intellectual contributions.
Edwin Gray created a magnetic motor that uses electromagnets to create a precise magnetic field burst that attracts soft magnetic or permanent magnetic materials. Soft magnetic materials can be made from a variety of elements blended together to form alloy metals or powdered materials. Generally, iron alloy materials are good for attraction because they inherently provide a very high magnetic permeability that strongly interact with magnetic fields. Permanent magnetic materials with high magnetic field strength are generally a combination of rare earth elements, diamagnetic elements, paramagnetic elements and ferromagnetic elements. An efficient electromagnet motor can use electromagnets attached to the stator and soft or hard magnetic materials attached to the rotor. Edwin Gray was awarded patents for his intellectual contribution to the electromagnet motor.
Around the year 2000, Michael Brady built a magnetic motor that spun without an external excitation source. Initially Michael Brady was convinced that the motor he built works, so he decided to apply for a patent. Michael's motor had problems because the permanent magnets in the stator and rotor weakened with continual operation conditions and eventually came to rest. The patent office finished examining the claims in his patent application and rejected it for a number of reasons.
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Before you buy any magnetic motor plans online, make sure you check Victor Bull' excellent website Top Magnetic Generator to find out the truth behind Ho Jo Motor Plan, which solves the problems with Perendev magnetic motor.
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