VACUUM NOZZLE ASSEMBLY FOR VACUUM-ASSISTED DRIVER
An assembly device may include a driver base. The assembly device may also include a driver bit having a main body between a base end and a tip end configured to drive a screw and the main body extending along a longitudinal axis, the driver bit configured to attach to the driver base. The assembly device may also include a vacuum adaptor comprising a forward end, a backward end, and an outer shell enclosing a hollow portion and extending along the longitudinal axis, the backward end configured to attach to the driver base. The assembly device may further include a vacuum nozzle comprising a side wall enclosing a cavity extending along the longitudinal axis from a forward open end to a backward open end opposite to the forward open end. The vacuum nozzle is coaxial with the driver bit and the vacuum adaptor. The backward open end is configured to attach to the forward end of the vacuum adaptor.
1 . A vacuum nozzle comprising:
a side wall enclosing a cavity extending along a longitudinal axis from a first open end to a second open end opposite to the first open end; and
a plurality of interior grooves extending from an inner surface of the side wall into the side wall toward an outer surface of the side wall, the plurality of interior grooves extend along the longitudinal axis.
2 . The vacuum nozzle of claim 1 , wherein the vacuum nozzle comprises a plastic.
3 . The vacuum nozzle assembly of claim 1 , wherein the outer wall surface has a first diameter and the inner wall surface has a second diameter.
4 . The vacuum nozzle assembly of claim 3 , wherein the plurality of interior grooves has a depth less than the difference between the first and second diameters.
5 . The vacuum nozzle assembly of claim 1 , wherein the plurality of interior grooves are spaced apart circumferentially on a cross-section perpendicular to the longitudinal axis.
6 . A vacuum nozzle assembly comprising:
a driver bit having a main body between a base end and a tip end configured to drive a screw and the main body extending along a longitudinal axis;
a vacuum adaptor comprising a forward end, a backward end, and an outer shell enclosing a hollow portion and extending along the longitudinal axis; and
a vacuum nozzle comprising a side wall enclosing a cavity extending along the longitudinal axis from a forward open end to a backward open end opposite to the forward open end and being coaxial with the driver bit and the vacuum adaptor, the backward open end configured to attach to the forward end of the vacuum adaptor.
7 . The vacuum nozzle assembly of claim 6 , wherein the hollow portion of the vacuum adaptor is configured to allow the driver bit to extend through.
8 . The vacuum nozzle assembly of claim 6 , wherein the cavity of the vacuum nozzle is configured to allow the driver bit to extend from the backward open end through the forward open end.
9 . The vacuum nozzle assembly of claim 6 , wherein the vacuum adaptor comprises a lock screw positioned on the outer shell to fix the position of the forward end of the vacuum adaptor along the longitudinal axis of the vacuum adaptor relative to the outer shell of the vacuum adaptor.
10 . The vacuum nozzle assembly of claim 6 , wherein the vacuum nozzle has a cylindrical tube shape.
11 . The vacuum nozzle assembly of claim 6 , wherein the backward open end of the vacuum nozzle comprises a plurality of outer threads configured to attach to a plurality of inner threads of the forward end of the vacuum adaptor.
12 . The vacuum nozzle assembly of claim 6 , wherein the vacuum adaptor comprises a vacuum line connection on the outer shell and configured to connect to a vacuum source.
13 . The vacuum nozzle assembly of claim 6 , further comprising a sealing ring on the outer wall of the vacuum nozzle.
14 . The vacuum nozzle assembly of claim 1 , wherein the side wall of the vacuum nozzle has an outer wall surface and an inner wall surface, wherein the vacuum nozzle has a plurality of interior grooves extending from the inner surface of the side wall into the side wall toward the outer surface.
15 . An assembly device comprising:
a driver base;
a driver bit having a main body between a base end and a tip end configured to drive a screw and the main body extending along a longitudinal axis, the driver bit configured to attach to the driver base;
a vacuum adaptor comprising a forward end, a backward end, and an outer shell enclosing a hollow portion and extending along the longitudinal axis, the backward end configured to attach to the driver base; and
a vacuum nozzle comprising a side wall enclosing a cavity extending along the longitudinal axis from a forward open end to a backward open end opposite to the forward open end and being coaxial with the driver bit and the vacuum adaptor, the backward open end configured to attach to the forward end of the vacuum adaptor.
16 . The assembly device of claim 15 , wherein the driver base comprises a bit collect configured to hold the base end of the driver bit.
17 . The assembly device of claim 15 , further comprising a torque nut configured to attach to outer threads of the driver base.
18 . The assembly device of claim 17 , wherein the torque nut is configured to attach to the backward end of the vacuum adaptor.
19 . A method of using the assembly device of claim 15 for holding screws and additional hardware including washers and/or lock washers.
20 . The method of claim 19 , wherein the vacuum nozzle enhances airflow to the vacuum source around the screws and helps provide sufficient vacuum to simultaneously hold the additional hardware including washers and/or lock washers with the screws.