Laser level
A laser level including a control mechanism housing which houses a control mechanism, the control mechanism including at least a top surface and a bottom surface. A protective structure extends from the control mechanism housing configured to protect the control mechanism from impact and including an upper structure which extends from a top surface of the control mechanism housing and a lower structure which extends from a bottom surface of the control mechanism housing.
1. A laser level comprising:
a mechanism housing;
a motor in the mechanism housing;
a laser projector configured to project a 360 degree rotary projection laser beam;
a battery pack receptacle on the mechanism housing, the battery pack receptacle configured to receive a battery pack such that at least a substantial portion of the battery pack is outside of the mechanism housing;
a first protective flange spaced apart from the mechanism housing;
a second protective flange spaced apart from the mechanism housing;
wherein the first protective flange is generally parallel to the second protective flange;
wherein the first protective flange is spaced farther apart from the mechanism housing than the second protective flange is spaced apart from the mechanism housing; and
wherein the first protective flange runs roughly parallel to an edge of the mechanism housing.
2. The laser level of claim 1 , wherein the edge of the mechanism housing is an upper edge of the mechanism housing.
3. The laser level of claim 1 , wherein the mechanism housing has a substantially cubical shape.
4. The laser level of claim 1 , further comprising a third protective flange, the third protective flange being generally parallel to the first protective flange and the second protective flange.
5. The laser level of claim 4 , further comprising a fourth protective flange, the fourth protective flange being generally parallel to the first protective flange, the second protective flange, and the third protective flange.
6. The laser level of claim 5 , wherein the mechanism housing is made of a different material than the first protective flange, the second protective flange, the third protective flange and the fourth protective flange.
7. The laser level of claim 6 , wherein the mechanism housing comprises at least one of acrylonitrile butadiene styrene, high impact polypropylene, or high impact polystyrene.
8. The laser level of claim 1 , wherein the first protective flange and the second protective flange have aligned flats configured to allow the laser level to be positioned on its side to project the 360 degree rotary projection laser beam as a vertical beam.
9. A laser level comprising:
a mechanism housing comprising a top, a bottom, a first side, a second side, a third side, and a fourth side;
a motor in the mechanism housing;
a laser projector at the top of the mechanism housing and configured to project a 360 degree rotary projection laser beam;
a battery pack receptacle on the mechanism housing, the battery pack receptacle configured to receive a battery pack such that at least a majority portion of the battery pack is outside of the mechanism housing;
wherein the battery pack receptacle is disposed between a pair of flanges, the flanges being spaced apart from the mechanism housing and being parallel to one another.
10. The laser level of claim 9 , wherein the mechanism housing has a substantially cubical shape.
11. The laser level of claim 10 , wherein the laser level is configured to be positioned on its side to project the 360 degree rotary projection laser beam as a vertical beam.
12. The laser level of claim 11 , further comprising the battery pack engaged with the battery pack receptacle to provide power to the laser level;
wherein the battery pack has a length in a direction parallel to the pair of flanges;
wherein the battery pack has a width perpendicular to the length; and
wherein the length is greater than the width.
13. The laser level of claim 9 , wherein the laser level is configured to be positioned on its side to project the 360 degree rotary projection laser beam as a vertical beam.
14. The laser level of claim 13 , further comprising the battery pack engaged with the battery pack receptacle to provide power to the laser level;
wherein the battery pack has a length in a direction parallel to the pair of flanges;
wherein the battery pack has a width perpendicular to the length; and
wherein the length is greater than the width.
15. The laser level of claim 9 , further comprising the battery pack engaged with the battery pack receptacle to provide power to the laser level;
wherein the battery pack has a length in a direction parallel to the pair of flanges;
wherein the battery pack has a width perpendicular to the length; and
wherein the length is greater than the width.
16. The laser level of claim 9 , further comprising a controller and a collimating lens in the mechanism housing.
17. The laser level of claim 16 , wherein the mechanism housing has a substantially cubical shape.
18. A laser level comprising:
a mechanism housing comprising a top, a bottom, a first side, a second side, a third side, and a fourth side;
a motor in the mechanism housing;
a laser projector at the top of the mechanism housing and configured to project a 360 degree rotary projection laser beam;
a first pair of protective flanges spaced a first distance apart from the mechanism housing;
a second pair of protective flanges spaced a second distance apart from the mechanism housing;
wherein the first distance is greater than the second distance;
wherein the first pair of protective flanges are parallel to one another;
wherein the second pair of protective flanges are parallel to one another;
wherein the first pair of protective flanges are parallel to the second pair of protective flanges; and
further comprising a battery pack receptacle on the mechanism housing and a battery pack engaged with the battery pack receptacle such that at least a majority of the battery pack is outside of the mechanism housing.
19. The laser level of claim 18 , wherein the battery pack has a length in a direction parallel to the first pair of flanges;
wherein the battery pack has a width perpendicular to the length; and
wherein the length is greater than the width.
20. The laser level of claim 19 , wherein the laser level is configured to be positioned on its side to project the 360 degree rotary projection laser beam as a vertical beam.