Self-leveling laser alignment tool and method thereof which compensates for material stiffness of an included pendulum
A self-leveling laser alignment tool and method thereof which provides a laser beam in a substantially truly level or plumb orientation are disclosed. Magnetic attraction is used to compensate for leveling errors of an approximately or partially leveled pendulum platform that is suspended from a flexible support member having a predetermined material stiffness. The material stiffness of the suspension member is compensated by using magnets which pulls the pendulum platform into an orientation that is substantially truly level and plumb.
1. A self-leveling method of a laser alignment tool, said method comprising:
supporting a platform from a pendulum suspension element within the laser alignment tool, said pendulum suspension element having a predetermined material stiffness, and
compensating for the stiffness of the pendulum suspension element with at least one magnetic field to self-level said platform.
2. The method of claim 1 wherein said at least one magnetic field provides at least a regionally linear force around said pendulum suspension element.
3. The method of claim 1 wherein said at least one magnetic field is provided by at least one magnet.
4. The method of claim 1 wherein said at least one magnetic field is provided between a magnetic and a magnetically attractive material, said magnetically attractive material being mounted to said pendulum suspension element.
5. The method of claim 1 wherein said pendulum suspension element is a material selected from the group consisting of wires, springs, and combinations thereof.
6. The method of claim 1 wherein said at least one magnetic field is two regionally linear forces provided by two pairs of magnets situated along the pendulum suspension system and each pair attracting respective ones of a magnetically attractive material.
7. The method of claim 1 further comprising supporting a laser source with said platform.
8. The method of claim 1 further comprising supporting optics with said platform.
9. The method of claim 1 further comprising supporting at least one reflective surface with said platform.
10. The method of claim 1 further comprising damping pendulum oscillation of said platform.
11. The method of claim 1 wherein said at least one magnetic field is two orthogonal magnetic fields provided by two pairs of magnets situated along the pendulum suspension system.
12. A self-leveling laser alignment tool comprising a platform suspended by a pendulous suspension element having a predetermined stiffness which compensates for the stiffness of the pendulum support member with an included magnetic field to self level said platform.
13. The self-leveling laser alignment tool of claim 12 wherein said magnetic field provides a regionally linear force around said pendulum suspension system.
14. The self-leveling laser alignment tool of claim 12 wherein said pendulum suspension element is a material selected from the group consisting of wires, springs, and combinations thereof.
15. The self-leveling laser alignment tool of claim 12 wherein said platform includes a laser source for generating a laser beam.
16. The self-leveling laser alignment tool of claim 12 wherein said platform includes optics.
17. The self-leveling laser alignment tool of claim 12 wherein said platform includes at least one reflective surface.
18. The self-leveling laser alignment tool of claim 12 wherein said magnet field is provided by two pairs of magnets situated along the pendulum suspension system and providing two orthogonal magnetic fields.
19. The self-leveling laser alignment tool of claim 12 further comprising a damping member influencing said pendulum platform to dampen pendulous oscillation of said platform.
20. The self-leveling laser alignment tool of claim 12 further comprising a housing, and wherein said pendulum suspension element is secured to and depending internally in the housing.