Spacer for use in precision bonding applications that provides enhanced shear strength
A spacer-locator with integrated locator pins and spacer tabs for use in joining applications. The spacer-locator provides consistent and accurate spacing between mating surfaces and the locator pins provide enhanced location control of the joining components while providing a mechanical advantage to the shear strength at the joint. Also, a spacer-locator for joining at least two objects along mating surfaces, the spacer-locator constraining more than five degrees of freedom for the objects to be joined.
1. A spacer-locator for spacing and locating at least two objects along mating surfaces, the position of the at least two objects described with an x-axis and a y-axis along the mating surfaces, a z-axis perpendicular to the mating surfaces, a psi angle around the z-axis, a phi angle around the x-axis, and a theta angle around the y-axis; the spacer-locator comprising:
at least one spacer tab;
the at least one spacer tab constructed with a predetermined thickness;
the at least one spacer tab operable for separating the at least two objects a predetermined distance along the z-axis; and
at least two locator pins connected by the at least one spacer tab, wherein at least one of the at least two locator pins is operable for constraining movement of the at least two objects along the x-axis and y-axis and the phi angle and theta angle;
wherein the spacer-locator provides a controlled alignment of the at least two objects at the mating surfaces.
2. The spacer-locator of claim 1 , wherein the mating surfaces are planar or non-planar.
3. The spacer-locator of claim 1 , wherein the at least one spacer tab includes at least one fluid channel.
4. The spacer-locator of claim 1 , wherein the spacer-locator is manufactured with the same material as the at least two objects.
5. The spacer-locator of claim 1 , wherein the spacer-locator is integral with one of the mating surfaces.
6. The spacer-locator of claim 1 , wherein each of the at least two locator pins comprise two mating components reversibly or permanently attachable to form the spacer-locator.
7. The spacer-locator of claim 1 , wherein the at least two locator pins enhance the strength of bonding.
8. The spacer-locator of claim 1 , wherein the spacer-locator has similar intrinsic material properties as the mating surfaces.
9. The spacer-locator of claim 8 , wherein the intrinsic material properties include electrical conductivity, thermal expansion, corrosion resistance, and/or aesthetic qualities.
10. A spacer-locator for spacing and locating at least two objects along mating surfaces, the position of the at least two objects described with an x-axis and a y-axis along the mating surfaces, a z-axis perpendicular to the mating surfaces, a psi angle around the z-axis, a phi angle around the x-axis, and a theta angle around the y-axis; the spacer-locator comprising:
at least one spacer tab;
the at least one spacer tab constructed with a predetermined thickness;
the at least one spacer tab operable for separating the at least two objects a predetermined distance along the z-axis; and
at least one locator pin operable for constraining movement of the at least two objects along the x-axis and y-axis and the phi angle and theta angle, wherein the at least one locator pin is non-perpendicular to the mating surfaces;
wherein the spacer-locator provides a controlled alignment of the at least two objects at the mating surfaces.
11. A spacer-locator for spacing and locating at least two objects along mating surfaces, the position of the at least two objects described with an x-axis and a y-axis along the mating surfaces, a z-axis perpendicular to the mating surfaces, a psi angle around the z-axis, a phi angle around the x-axis, and a theta angle around the y-axis; the spacer-locator comprising:
at least one spacer tab;
the at least one spacer tab constructed with a predetermined thickness;
the at least one spacer tab operable for separating the at least two objects a predetermined distance along the z-axis; and
at least one locator pin operable for constraining movement of the at least two objects along the x-axis and y-axis and the phi angle and theta angle, wherein the at least one locator pin is operable to prevent rotation of the objects around the psi angle, and wherein the at least one locator pin has a non-circular cross-section to prevent rotation;
wherein the spacer-locator provides a controlled alignment of the at least two objects at the mating surfaces.
12. The spacer-locator of claim 11 , wherein the at least one locator pin is integral with one of the mating surfaces.
13. The spacer-locator of claim 11 , wherein the at least one spacer tab is integral with one of the mating surfaces.
14. A spacer-locator for spacing and locating at least two objects along mating surfaces, the position of the at least two objects described with an x-axis and a y-axis along the mating surfaces, a z-axis perpendicular to the mating surfaces, a psi angle around the z-axis, a phi angle around the x-axis, and a theta angle around the y-axis; the spacer-locator comprising:
at least one spacer tab;
the at least one spacer tab constructed with a predetermined thickness;
the at least one spacer tab operable for separating the at least two objects a predetermined distance along the z-axis;
at least one locator pin operable for constraining movement of the at least two objects along the x-axis and y-axis and the phi angle and theta angle;
at least one additional locator pin and at least one additional spacer tab; and
the at least one additional locator pin and the at least one additional spacer tab operable for bonding at least one additional object along additional mating surfaces;
wherein the spacer-locator provides a controlled alignment of the at least two objects at the mating surfaces.
15. The spacer-locator of claim 14 , wherein the at least one locator pin is integral with one of the mating surfaces.
16. The spacer-locator of claim 14 , wherein the at least one spacer tab is integral with one of the mating surfaces.
17. A spacer-locator for spacing and locating at least two objects along mating surfaces, the position of the at least two objects described with an x-axis and a y-axis along the mating surfaces, a z-axis perpendicular to the mating surfaces, a psi angle around the z-axis, a phi angle around the x-axis, and a theta angle around the y-axis; the spacer-locator comprising:
at least one spacer tab;
the at least one spacer tab constructed with a predetermined thickness;
the at least one spacer tab operable for separating the at least two objects a predetermined distance along the z-axis;
at least one locator pin operable for constraining movement of the at least two objects along the x-axis and y-axis and the phi angle and theta angle; and
at least one additional spacer tab along an additional mating surface that prevents rotation of at least one of the at least two objects around the psi angle;
wherein the spacer-locator provides a controlled alignment of the at least two objects at the mating surfaces.
18. The spacer-locator of claim 17 , wherein the at least one locator pin is integral with one of the mating surfaces.
19. The spacer-locator of claim 17 , wherein the at least one spacer tab is integral with one of the mating surfaces.
20. The spacer-locator of claim 10 , wherein the at least one locator pin is integral with one of the mating surfaces.
21. The spacer-locator of claim 10 , wherein the at least one spacer tab is integral with one of the mating surfaces.
22. The spacer-locator of claim 11 , wherein the non-circular cross-section is selected from the group consisting of regular polygon and irregular polygon.
23. The spacer-locator of claim 13 , wherein the at least one spacer tab and the at least one additional spacer tab are perpendicular to one another.