Energy generation through permanent magnet
The system addresses the challenge of converting mechanical energy into electrical energy by using a rocking base with downward-pointing magnets to activate pressure switches, enhancing energy generation efficiency in confined spaces.
Patent Information
- Application Number
- DE202025002884
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-09-30
- Publication Date
- 2025-12-04
- Estimated Expiration
- 2035-09-30
AI Technical Summary
Existing technologies face challenges in efficiently converting mechanical energy into electrical energy using permanent magnets within confined spaces, particularly due to the limitations of magnet positioning and movement within small, enclosed areas.
A system utilizing downward-pointing permanent magnets on a floating, rocking base with stationary upward-pointing magnets beneath, where the rocking motion of the base activates pressure switches through constant back-and-forth movement, enhancing energy generation.
The system effectively converts mechanical energy into electrical energy by leveraging the rocking motion of magnets to activate pressure switches, improving energy generation efficiency within confined spaces.
Abstract
Description
[0001] These many permanent magnets move in a rolling fashion within small, enclosed areas approximately 6 cm long.
[0002] These downward-pointing permanent magnets are located on a floating, rocking, inwardly curved base. Directly beneath this curved base are stationary, upward-pointing permanent magnets, but only about one permanent magnet is located below the enclosed area, which is approximately 6 cm long.
[0003] The constant back-and-forth rocking of the suspended base causes the numerous fixed permanent magnets underneath to function as pressure switches. This is because the upper permanent magnets are mounted in heavier, more robust housings.
Claims
[1] Energy generation by permanent magnet , characterized by , that the permanent magnet is always polarized in one direction, rolling back and forth over an area approximately 6 cm long. This permanent magnet is located on a rocker-like, floating base. Directly below this approximately 6 cm long floating area is a permanently stationary, polarized permanent magnet which then functions as a pressure switch through the rolling alternating movement of the permanent magnet on the rocking surface.
Citation Information
Patent Citations
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