Measuring and testing device incorporating an air gauge
View Patent ↗The present invention relates to a measuring and testing device incorporating an air gauge capable of measuring dimensional characteristics of a tapered bore of a component. The measuring and testing device has an actuator for moving the air gauge or the component relative to the other so that the measuring and testing device are capable of utilization in an inline process for manufacturing the component.
1. A measuring and testing device for tapered bores of components, the measuring and testing device:
an air gauge having a nozzle capable of determining dimensional characteristics of a tapered bore of a component; and
a detector capable of determining the position of the tapered bore relative to the nozzle wherein the detector is incorporated into an inline process for manufacturing the component, and further wherein the air gauge determines the dimensional characteristics of the tapered bore without contacting peripheral walls defining the tapered bore.
2. The measuring and testing device of claim 1 wherein the detector comprises two air gauge channels.
3. The measuring and testing device of claim 1 wherein the detector is a linear variable displacement transducer.
4. The measuring and testing device of claim 1 wherein the nozzle has a shape and size corresponding to the dimensional characteristics of the tapered bore.
5. The measuring and testing device of claim 1 wherein the nozzle has a plurality of passageways formed in the nozzle for outputting air from the passageways toward the peripheral walls of the tapered bore.
6. The measuring and testing device of claim 4 wherein the air gauge determines the resistance to air flow from the passageways.
7. The measuring and testing device of claim 5 further comprising:
a database in communication with the air gauge, the database storing information related to dimensional characteristics of a predetermined tapered bore.
8. The measuring and testing device of claim 7 wherein the database compares the dimensional characteristics of the predetermined tapered bore to the dimensional characteristics of the tapered bore determined from the air gauge.
9. A measuring and testing device comprising:
an air gauge having a nozzle capable of measuring dimensional characteristics of a tapered bore of a component without contacting peripheral walls of the tapered bore;
an actuator capable of moving the nozzle or the component relative to the other; and
a database in communication with the air gauge, the database storing information related to a predetermined dimensional characteristic of the tapered bore, wherein the predetermined dimensional characteristic is compared to the dimensional characteristic measured by the air gauge.
10. The measuring and testing device of claim 9 wherein the actuator moves the component relative to the nozzle.
11. The measuring and testing device of claim 9 wherein the actuator moves the nozzle relative to the component.
12. The measuring and testing device of claim 9 wherein the nozzle has a pair of upper passages and a pair of lower passages for providing air therethrough.
13. The measuring and testing device of claim 9 wherein the actuator is incorporated into an inline process for manufacturing the component.
14. The measuring and testing device of claim 11 wherein the air gauge determines resistance to air flow from the nozzle.
15. The measuring and testing device of claim 14 wherein the resistance to air flow is used to determine the dimensional characteristics of the tapered bore.
16. The measuring and testing device of claim 15 wherein the component is removed from the inline process if the dimensional characteristics do not correspond to the predetermined dimensional characteristics of the tapered bore.
17. A method of measuring the dimensions of a tapered bore of a component, the method comprising the steps of:
positioning an air gauge or the component such that the air gauge is capable of measuring dimensional characteristics of the tapered bore;
determining the dimensional characteristics of the tapered bore;
comparing the dimensional characteristics of the tapered bore to predetermined dimensional characteristics of the tapered bore; and
determining whether the tapered bore of the component is within selected tolerance limits of the predetermined dimensional characteristics of the tapered bore.
18. The method of claim 17 wherein the component is a knuckle component for a knuckle-corner module assembly.