GAUGE FOR IDENTIFYING A WHEEL FASTENER
A gauge for identifying a seat contacting surface configuration of a wheel fastener. The gauge includes a body defining an upper surface and a front face with at least one gauge slot defined in the body. Each gauge slot extends from the top surface and has a circumferential wall extending about a portion thereof with an open area defined in the circumferential wall along the front face and opening into at least a portion of the gauge slot. Each gauge slot including at least a seat portion adjacent the upper surface and defining a seat corresponding with a given seat contacting surface configuration of a wheel fastener. A gauge assembly further including a sizing gauge and a method of identifying a seat contacting surface configuration are further disclosed.
1 . A gauge for identifying a seat contacting surface configuration of a wheel fastener, the gauge comprising:
a body defining an upper surface and a front face with at least one gauge slot defined in the body; each gauge slot extending from the top surface and having a circumferential wall extending about a portion thereof with an open area defined in the circumferential wall along the front face and opening into at least a portion of the gauge slot;
the gauge slot including at least a seat portion adjacent the upper surface and defining a seat corresponding with a given seat contacting surface configuration of a wheel fastener.
2 . The gauge according to claim 1 wherein the body defines at least two gauge slots and the seat portion of each of the gauge slots defines a seat corresponding with a different one of the given seat contacting surface configurations of a wheel fastener.
3 . The gauge according to claim 2 wherein the given seat contacting surface configurations are selected from a group including a flat configuration, a tapered configuration and a radius configuration.
4 . The gauge according to claim 1 wherein the body defines at least three gauge slots and the seat portion of each of the gauge slots defines a seat corresponding with a different one of the given seat contacting surface configurations of a wheel fastener.
5 . The gauge according to claim 4 wherein the given front end configurations are selected from a group including a flat configuration, a tapered configuration and a radius configuration.
6 . The gauge according to claim 1 wherein the wheel fastener is a lug nut.
7 . The gauge according to claim 1 wherein each gauge slot further includes a through bore extending from the respective seat portion.
8 . The gauge according to claim 7 wherein the wheel fastener is a lug nut or a lug bolt.
9 . A gauge assembly comprising:
a support board;
a gauge according to claim 1 secured to the support board; and
a sizing gauge including a plurality of threaded studs, the threaded studs having different diameters and/or thread pitches.
10 . The gauge assembly according to claim 9 wherein the sizing gauge further includes a plurality of threaded bores, the threaded bores having different diameters and/or thread pitches.
11 . A method of identifying a seat contacting surface configuration of a wheel fastener, the method comprising:
a. positioning a seat contacting surface of the wheel fastener in the seat portion of a first of the gauge slots of the gauge according to claim 2 ;
b. observing the wheel fastener seat contacting surface in the seat portion of the first of the gauge slots through the open area;
c. determining if the wheel fastener seat contacting surface properly seats in the seat portion of the first of the gauge slots; and
d. if the wheel fastener seat contacting surface does not properly seat in the seat portion of the first of the gauge slots, repeating steps a-c in another of the gauge slots.
12 . A gauge for sizing a wheel fastener, the gauge comprising:
a body having a predetermined geometric configuration that includes a top surface, a front surface, a back surface, and at least one fastener gauge;
the top surface includes an aperture with a seat dimensioned to receive a fastener with a specific geometric configuration;
the front surface has an opening that exposes a fastener positioned in the seat;
whereby a properly sized fastener can be determined by visual inspection of the fastener within the gauge.
13 . The fastener of claim 12 , wherein an aperture beneath the seat is dimensioned to receive a shaft associated with a fastener and determine whether a shaft is of a proper size for a fastener application.