Signaling torque driver and method
View Patent ↗A signaling torque driver that includes a casing assembly with a grip portion, a click arm with a fastener-engaging portion that projects from said casing assembly at one end and operably coupled to a torque-limiting means housed within said casing assembly at the other, torque-adjusting means within said casing assembly and coupled to said torque-limiting means for adjusting the torque-limiting means to a desired torque value, audible signaling means operably coupled with said torque-limiting means and/or visual signaling means operably coupled with said torque-limiting means such that an audible and visual indicator is activated to signal that the desired torque has been reached.
1. A signaling torque comprising:
a casing assembly with a grip portion;
a click arm with a fastener-engaging portion that projects from said casing assembly at one end and operably coupled to a torque-limiting means housed within said casing assembly at the other;
torque-adjusting means within said casing assembly and coupled to said torque-limiting means for adjusting the torque-limiting means to a desired torque value; and,
audible signaling means operably coupled with said torque-limiting means such that an audible indicator is activated to signal that the desired torque has been reached;
wherein said torque limiting means includes a cam follower and a click arm, and the audible signaling means is a clicker mechanism operably coupled to said cam follower, and
wherein the cam follower includes an angled edge and the clicker mechanism includes a clicker with a flanged portion, such that when a desired torque value is achieved, the angled edge engages the flanged portion of the cam follower and deflects the clicker, and wherein the clicker also includes a convex surface that becomes depressed when the clicker is deflected thereby emanating an audible signal that the desired torque is achieved.
2. A signaling torque driver comprising:
a casing assembly with a grip portion;
a click arm situated within said casing assembly, wherein said click arm includes a fastener-engaging portion at one end and operably coupled to a torque-limiting means housed within said casing assembly at the other, wherein fastener-engaging portion partially projects from said casing assembly and wherein the casing assembly remains stationary as the fastener engaging portion is able to rotate therebetween;
torque-adjusting means within said casing assembly and coupled to said torque-limiting means for adjusting the torque-limiting means to a desired torque value; fastener-engaging portion;
a fastener-engaging portion having orientation means such that driver is always in the correct orientation which allows the user to tighten the fastener while taking advantage of the desired torque-limiting and signaling torque means; and,
signaling means operably coupled with said torque-limiting means such that an indicator is activated to signal that the desired torque has been reached;
wherein said torque limiting means includes a cam follower and a click arm, and the audible signaling means is a clicker mechanism operably coupled to said cam follower, and
wherein the cam follower includes an angled edge and the clicker mechanism includes a clicker with a flanged portion, such that when a desired torque value is achieved, the angled edge engages the flanged portion of the cam follower and deflects the clicker, and wherein the clicker also includes a convex surface that becomes depressed when the clicker is deflected thereby emanating an audible signal that the desired torque is achieved.