According to the magnetic magnetic power design, the relative magnet polarity from strong magnetic to kinetic energy is the work of using the two magnet magnetic fields to continuously combine the polar potential energy of the magnet through the transmission device. The transmission structure is further matched to continuously transmit the kinetic energy of the kinetic energy to the flywheel and the kinetic energy output device.
One: magnetic kinetic energy structure design
(1) Same-sex repellent, opposite-sex attraction, the structural design of the double-crank magnetic combination designed according to this characteristic, the design principle is that when the opposite-phase suction, the two crankshafts run in opposite directions, when the same-sex repels, the two crankshafts run in opposite directions. This produces an operational regulation. When the opposite sex attracts, the two-polar magnets work by moving the crankshaft flywheel far and near. When the same polarity is repelled, the two-polar magnets work by driving the crankshaft flywheel and driving the two-polarity magnets to both ends. In the limit, the magnetic separation plate and the servo rotating device are used to regulate the transition of the magnetic combination. In this way, there are two magnetic potentials that can be converted into kinetic energy advantages, and the transmission structure is used to continuously generate kinetic energy to the flywheel and kinetic energy output device.
(2) The advantage of the dual crankshaft design is that it is designed according to various characteristics of magnetic lines of force. It acts on the direction, speed, time and distance of the combination of the two magnets above the magnetic field. In actual operation, it is found that as the magnets face each other to the closer distance controlled by the crankshaft link, the magnetic plate designed by the steel plate has a strong gravitational force, and when one end is rotated by the rotating device, the same side is repelled. When the magnetic isolation plate needs to be taken out, there is no resistance (specific phenomenon of magnetic) when the magnetic isolation plate is pulled out. In actual operation, it is found that the direction of the magnetic flux line changes direction by the mechanical device, which causes a special phenomenon of magnetic structure change, when the magnetic isolation plate is blocked. When the two magnets are in between, the size, thickness and distance of the magnetic isolation plate are adjusted accurately to produce a balance of two magnetic forces. At this time, one end of the magnet moves laterally without resistance. (One characteristic of the magnetic force only produces a straight suction force and a repulsive force, and the translation is not Resistance) This creates conditions for the two magnets to rotate at one end of the combination.
(3) The magnetic isolation plate is designed by the steel plate according to the required thickness and thickness. When the two magnets are attracted to the design limit, the opposite phase is converted to the same magnetic repulsive magnetic field combination. The combination of magnetic fields.
(4) The rotating device is designed to operate with a servo motor, which acts on the end of the combination of the two polar anisotropic phase magnets when the two polar magnets are operated to the limit of both ends, and the two sides of the two polar anisotropic phase attracting magnets are switched and rotated into the same polarity. The same-sex repelling magnet combination.
(5) Machine transmission device, lubrication system, which acts on the transmission matching and lubrication of the above device. The above structural design is designed based on the structural characteristics of the magnet and the special combination structure generated by the combination of multiple magnets.
Two: the principle of magnetic kinetic energy
In the magnetic power device of the present design, two U-shaped pairs of relative magnet polarities are designed, and the magnetic potential energy of the magnet is continuously combined by the magnetic field of the two magnets to perform work.
The magnetic power unit of the design is designed with a starting device, which is designed to start when starting.
The two U-shaped magnetic blocks designed with strong magnets in the magnetic power device are a set of magnetic potential energy combinations, and are designed to be fixed in the design position of the magnetic power device by a fixed magnet device, which acts on the opposite direction of the two-polar anisotropic magnets at the start of starting. The operation work generates kinetic energy suction to drive the crankshaft of the transmission device, which is the first work.
The magnetic power device is designed with a magnetic isolation plate and a magnetic isolation plate. When the two polar anisotropic magnets are moved to the design limit distance, the magnetic isolation plate of the device with the interlocking magnetic isolation device quickly isolates the magnetic fields of the two polar anisotropy magnets, and the magnetic isolation plate is designed as a steel plate, because the two magnets at this time The distance is relatively close, and the gravitational force generated by the strong attraction of the steel plate produces kinetic energy, which is the second work.
The magnetic power device is designed with a magnetic polarity rotating device in which one end crank device has a servo motor. When the two polar anisotropic magnets are moved to the design limit distance, the device rotates the polarities of the two magnets into a same phase on the crankshaft transmission rod. The repulsive magnetic combination, the magnetic isolation plate of the magnetic isolation device is quickly extracted to form a repulsive force to drive the crankshaft of the transmission, which is the third work.
