Low aspect ratio screw finder for receipt of a screw for disk drive assembly
View Patent ↗Disclosed is low aspect ratio screw finder for receipt and optimal alignment of a screw. The screw finder may be used in conjunction with a complete screw bit assembly including a screw insertion assembly and a driver. The screw finder includes a screw guide, a screw guide sleeve, and a retraction mechanism. The screw guide is coupled to the screw guide sleeve for movement relative to the screw guide sleeve and provides a surface to abut against the screw to maintain the screw in an optimal orientation for movement from the tube into a bottom portion of the screw insertion assembly. The retraction mechanism retracts the screw guide towards the screw guide sleeve to allow the screw to enter the bottom portion of the screw insertion assembly and to allow the driver to extend through the bottom portion of the screw insertion assembly to engage the head of the screw.
1. A low aspect ratio screw finder for receipt and optimal alignment of a screw, the low aspect ratio screw finder is for use in conjunction with a complete screw bit assembly including a screw insertion assembly and a driver, the low aspect ratio screw finder comprising:
a screw guide, wherein a tube of the screw insertion assembly intersects with the screw guide at an angle;
a screw guide sleeve, wherein the screw guide is a plunger coupled to the screw guide sleeve for movement in and out of the screw guide sleeve, and wherein the screw guide plunger provides a surface to abut against the screw to maintain the screw in an optimal orientation for movement from the tube into a bottom portion of the screw insertion assembly;
a retraction mechanism to retract the screw guide plunger into the screw guide sleeve to allow the screw to enter the bottom portion of the screw insertion assembly and to allow the driver to extend through the bottom portion of the screw insertion assembly to engage the head of the screw; and
an air switch coupled to the screw guide sleeve, the air switch configured to provide air into the screw guide sleeve to cause the screw guide plunger to move to a mating position such that the surface of the screw guide plunger is positioned to abut against the screw to maintain the screw in the optimal orientation for movement from the tube into the bottom portion of the screw insertion assembly.
2. The low aspect ratio screw finder of claim 1 , wherein the air switch is coupled to an air source that transmits high pressure air to the air switch based upon a command from a computer.
3. The low aspect ratio screw finder of claim 1 , wherein the retraction mechanism includes a magnet coupled to the screw guide plunger.
4. The low aspect ratio screw finder of claim 3 , wherein the screw guide sleeve further comprises a sensor to sense the magnet, such that when the magnet is sensed, the sensor indicates to a computer that the retraction mechanism is in the retracted position.
5. The low aspect ratio screw finder of claim 4 , wherein if the sensor does not sense the magnet, the sensor indicates to the computer that the screw guide plunger is in a mating position such that the surface of the screw guide plunger is positioned to abut against the screw to maintain the screw in the optimal orientation.
6. The low aspect ratio screw finder of claim 1 , wherein the screw guide sleeve comprises a plastic material with an interior coating of a metallic material.
7. The low aspect ratio screw finder of claim 6 , wherein the plastic material includes TURCITE material.
8. The low aspect ratio screw finder of claim 1 , wherein the screw includes a low aspect ratio.
9. A method for receipt and optimal alignment of a screw in a complete screw bit assembly that includes a screw insertion assembly and a driver, the method comprising:
inserting a screw guide into the screw insertion assembly, wherein a tube of the screw insertion assembly intersects with the screw guide at an angle;
coupling the screw guide into a screw guide sleeve for movement in and out of the screw guide sleeve, wherein the screw guide is a plunger and provides a surface to abut against the screw to maintain the screw in an optimal orientation for movement from the tube into a bottom portion of the screw insertion assembly;
retracting the screw guide plunger into the screw guide sleeve to allow the screw to enter the bottom portion of the screw insertion assembly and to allow the driver to extend through the bottom portion of the screw insertion assembly to engage the head of the screw; and
providing air into the screw guide sleeve to cause the screw guide plunger to move to a mating position such that the surface of the screw guide plunger is positioned to abut against the screw to maintain the screw in the optimal orientation for movement from the tube into the bottom portion of the screw insertion assembly.
10. The method of claim 9 , wherein providing air is based upon a command from a computer.
11. The method of claim 9 , wherein the screw guide plunger includes a magnet.
12. The method of claim 9 , wherein the screw guide sleeve comprises a plastic material with an interior coating of a metallic material.
13. The method of claim 12 , wherein the plastic material includes TURCITE material.
14. The method of claim 9 , wherein the screw includes a low aspect ratio.