Super charger components
A pulley assembly having a body, a shaft mount and a plurality of bolts is disclosed. The body is aligned to the shaft mount by providing a tight tolerance between a shoulder portion of the bolt and a neck portion of a counter sunk hole formed in the body. Additionally, an outer surface of the body may have a pattern of friction lines or patches formed by fusing particulate matter to the outer surface with heat generated by a laser beam.
1. A pulley for transmitting rotational motion between first and second rotating shafts of a continuously variable transmission with a belt, the pulley being fixed to the first rotating shaft, the pulley comprising:
first and second parts being traversable closer to or further away from each other, each of the first and second parts mounted onto the first rotating shaft of the continuously variable transmission, each of the first and second parts having a skewed surface which interfaces with the belt and collectively forms a groove, a laser induced friction surface applied to a portion of the skewed surfaces of the first and second parts which engage the belt during operation of the continuously variable transmission, the first and second parts fabricated from a metallic material; and
the laser induced friction surface applied solely to the skewed surfaces of the first and second parts.
2. The pulley of claim 1 wherein a diameter of the pulley is between about 2-4 inches in diameter.
3. The pulley of claim 1 wherein the laser induced friction surface is a friction material laser infused to the skewed surfaces of the first and second parts.
4. The pulley of claim 1 wherein the laser induced friction surface is formed with a laser material removal process applied to the skewed surfaces of the first and second parts.
5. The pulley of claim 1 wherein the laser induced friction surface is formed by a laser to form pits in the skewed surfaces.
6. The pulley of claim 3 wherein the friction material is configured into a pattern on the skewed surfaces of the first and second parts.
7. The pulley of claim 3 wherein the friction material is a powdered material has an average size of between 20-100 microns.