Magnified linear power generation system

A magnified linear power generation system for use with a vehicle, the system comprising:

• a linear power generator including:
• a stator including a plurality of electrical coils, a plurality of stator cups, and a fixed shaft, wherein the coils are bobbin-wound coils and each coil is wound around one of the plurality of stator cups, wherein the stator cups are positioned along the fixed shaft;
• a mover including a plurality of magnets and a material between each of the plurality of magnets separating each magnet from the next magnet by a fixed distance, wherein the mover at least partially surrounds the stator;
• and a housing surrounding the mover and the stator, the housing having a non-magnetic outer surface;
• a casing, the casing surrounding the linear power generator;
• and a mechanical magnification component coupled to the mover at a first end and coupled to a force receiving surface of the vehicle at a second end, wherein the mechanical magnification component receives an input mechanical power from the force receiving surface, wherein the input mechanical power includes an input mechanical force and an input mechanical velocity, wherein the mechanical magnification component magnifies the input mechanical velocity to become a magnified mechanical velocity, wherein the mechanical magnification component transfers the magnified mechanical velocity to the mover, and wherein the mover moves along the stator thereby translating the magnified mechanical velocity into electrical energy, wherein the input force is provided in a first direction and wherein the mover moves in a second direction different from the first direction and wherein the mechanical magnification component changes the direction of the force from the first direction to the second direction.

A magnified linear power generation system for use with a vehicle, the system comprising:

• a linear power generator including:
• a mover including a plurality of magnets and a material between each of the plurality of magnets separating each magnet from the next magnet by a fixed distance;
• a stator including a plurality of electrical coils, a plurality of stator cups, and a fixed shaft, wherein the coils are bobbin-wound coils and each coil is placed between two of the plurality of stator cups, wherein the stator cups are positioned along the fixed shaft, and wherein the stator at least partially surrounds the mover;
• and
• a housing, the housing surrounding the mover and the stator, the housing having a non-magnetic outer surface;
• a casing, the casing surrounding the linear power generator;
• a mechanical magnification component coupled to the mover at a first end and coupled to a force receiving surface of the vehicle at a second end;
• and
• a biasing component comprising:
• a compressible material, wherein the compressible material is coupled to the mover on the distal end from the mechanical magnification component, the biasing component applying a biasing force to the mover to position the mover at a neutral location in the system;
• wherein the mechanical magnification component receives an input mechanical power from the force receiving surface, wherein the input mechanical power includes an input mechanical force and input mechanical velocity, the input force applied in a first direction, wherein the mechanical magnification component magnifies the input mechanical velocity to become a magnified mechanical velocity wherein the mechanical magnification component transfers the magnified mechanical velocity to the mover, wherein the magnified mechanical velocity overcomes the biasing force on the mover, wherein the mover moves within the stator in a second direction different from the first direction, the mover thereby translating the magnified mechanical velocity into electrical energy, and wherein the biasing component repositions the mover to the neutral location.

A magnified linear power generation system for comprising:

• a magnified linear power generator including:
• a stator;
• and
• a mover;
• and
• a mechanical magnification component coupled to the mover and coupled to a fixed translator, wherein the mechanical magnification component receives an input power from the fixed translator, wherein the input power includes an input force and an input velocity, the input force applied in a first direction, wherein the mechanical magnification component magnifies the input velocity to become a magnified velocity, wherein the mechanical magnification component transfers the magnified velocity to the linear power generator, wherein the magnified linear power generator is attached to a shipping container having a bottom edge with the fixed translator extending beyond the bottom edge of the shipping container and positioned in contact with a force receiving surface of a vehicle, and wherein the linear power generator translates the magnified velocity into electrical energy.