Baluster driver tool and method of using same
A baluster driver tool for rotating a baluster to threadably secure it to a support. The driver tool includes a housing having a connector at one end for connecting it to a drill and a baluster-engaging member at the opposite end for receiving the baluster. The baluster-engaging member includes a cavity that is complementary sized and shaped to receive an end of the baluster. When the drill is activated, the housing rotates about its longitudinal axis causing the baluster to rotate in unison with the housing and securing a threaded end of the baluster into the support. In a second embodiment, a smooth tapered end of a baluster is received within a threaded tapered cavity in the housing. The threads secure the smooth tapered end of the baluster within the cavity so that rotation of the housing causes the baluster to rotate in unison therewith and securing the threaded end of the baluster to the support.
1. A baluster driver tool for connecting a baluster to a support comprising:
a housing having a first and a second end and a longitudinal axis extending therebetween;
a connector disposed on the first end of the housing and adapted to connect the housing to a power tool for rotating the housing about the housing's longitudinal axis; and
a baluster-engaging member provided on the second end of the housing and adapted to engage an end of the baluster, said baluster-engaging member including:
a first central, axially extending cavity that is sized and shaped to receive the end of the baluster therein; and
a second cavity formed in the housing and extending substantially continuously with the first cavity; and wherein the first cavity has at least one straight wall and the second cavity is substantially circular in cross-section; and wherein the second cavity is provided with a baluster-engaging mechanism for securing the baluster in the second cavity; whereby rotation of the housing about the longitudinal axis causes the baluster to rotate and become attached to the support.
2. The baluster driver tool of claim 1 , wherein the baluster-engaging mechanism is threads.
3. The baluster driver tool of claim 1 , wherein the first cavity has a width and the second cavity has a maximum diameter, and the width of the first cavity is greater than the maximum diameter of the second cavity.
4. The baluster driver tool of claim 3 , wherein the second cavity tapers from the maximum diameter proximate the first cavity to a minimum diameter remote from the first cavity.
5. The baluster driver tool of claim 1 , wherein the connector includes:
an opening formed in the first end of the housing; and
a drive shaft having a first end complementary sized and shaped to be received in the opening; and a second end adapted to engage the power tool.
6. The baluster driver tool of claim 5 , wherein the connector further includes:
a locking mechanism for security the drive shaft within the opening.
7. The baluster driver tool of claim 6 , wherein the locking mechanism includes:
a projection formed on one of the drive shaft and a wall in the housing defining the opening;
an indentation formed on one of the drive shaft and the opening wall; and
wherein the projection and the indentation are complementary sized and shaped so the projection is receivable within the indentation.
8. The baluster driver tool of claim 7 , wherein the projection is spring-biased and is movable between a first position where the drive shaft freely enters and exits the opening, and a second position where the drive shaft is locked in the opening.
9. The baluster driver tool of claim 5 , wherein the baluster-engaging member comprises:
a first central, axially extending cavity of generally square cross-section; the first cavity having a width; and
a second central, axially extending cavity of generally circular cross-section, the second cavity having a maximum diameter that is smaller than the width of the first cavity; and wherein the second cavity is disposed between the first cavity and the opening and the first cavity and second cavity are substantially continuous.
10. The baluster driver tool of claim 9 , wherein the first cavity, second cavity and opening are substantially continuous.
11. The baluster driver tool of claim 10 , wherein the opening has a width and the second cavity has a minimum diameter and the width of the opening is bigger than the minimum diameter of the second cavity.
12. The baluster driver tool of claim 1 , wherein the housing is shaped so as to be generally frusto-conical proximate its first end and generally cylindrical proximate its second end.
13. The baluster driver tool of claim 1 , wherein the first cavity is square in cross-section.
14. A baluster driver tool for connecting a baluster to a support; said baluster driver tool comprising:
a housing having a first end and a second end and a longitudinal axis extending therebetween;
a connector disposed on the first end of the housing and adapted to connect the housing to a power tool that is activatable to rotate the housing about the longitudinal axis; wherein the connector includes:
an opening formed in the first end of the housing and having a width;
a drive shaft, complementary sized and shaped to be received in the opening; and
a baluster engaging member provided at the second end of the housing; and wherein at least a Portion of said baluster engaging member is internally threaded and is adapted to engage an end of the baluster, whereby rotation of the housing about the longitudinal axis causes the baluster to rotate and become attached to the support; wherein the baluster-engaging member comprises:
a first central, axially extending cavity of generally square cross-section; the first cavity having a width; and
a second central, axially extending cavity of generally circular cross-section disposed between the first cavity and the opening; wherein the opening and first and second cavities are substantially continuous; and wherein the second cavity has a maximum diameter and a minimum diameter, and the maximum diameter is smaller than the width of the first cavity and the minimum diameter is smaller than the width of the opening; and wherein the second cavity tapers in cross section from the maximum diameter proximate the first cavity to the minimum diameter proximate the opening.
15. The baluster driver tool of claim 14 , wherein the second cavity is surrounded by a wall and at least a portion of the second cavity wall is threaded.
16. The baluster driver tool of claim 14 , wherein the housing is shaped so as to be generally frusto-conical proximate its first end and generally cylindrical proximate its second end.
17. A method of connecting a baluster to a support, wherein the baluster is an elongated member having a first end and a second end and has a thread provided at the first end thereof; and the method comprises the steps of:
providing a housing having:
a connector for connecting the housing to an electrically powered tool for rotating said housing; and
a baluster-engaging member for engaging the baluster; wherein the baluster-engaging member includes:
a first cavity complementary sized and shaded to receive the second end of the baluster therein;
a second cavity of different width and cross-sectional configuration to the first cavity and substantially continuous therewith; and wherein the second cavity includes an interior wall that is at least partially threaded;
connecting the housing to the tool via the connector;
engaging the second end of the baluster in the baluster-engaging member by inserting the second end of the baluster into the first cavity;
twisting the housing into contact with the second end of the baluster until the second end becomes wedged onto the threads on the interior wall of the second cavity; positioning the thread of the first end of the baluster on the support: and
supplying electrical power to the tool to activate the same and to thereby rotate the housing and baluster to threadably connect the first end of the baluster to the support.
18. The method as defined in claim 17 , wherein the housing includes an opening formed therein and the step of connecting the housing to a rotary tool includes:
inserting a first end of a complementary sized and shaped drive shaft into the opening; and
locking the first end of the drive shaft into the housing so that the housing and drive shaft are connected together for rotational movement about the longitudinal axis of the housing.
19. The method as defined in claim 18 , wherein the step of locking the drive shaft in the opening includes the step of:
providing an indentation on one of the drive shaft and a wall surrounding the opening;
providing a complementary shaped and sized projection on the other of the drive shaft and the wall; and
sliding the drive shaft into the opening until the projection becomes engaged in the indentation.
20. The method as defined in claim 19 , further comprising the steps of:
inserting a second end of the drive shaft into a chuck of a drill; and
securing the second end of the drive shaft within the chuck.