Assembly identification by mounting configuration
View Patent ↗The present disclosure provides a method for identification of an electronic assembly, when used multiple times in a larger system, to change its location status in a system based on its mounting configuration. The mounting configuration dictates the identification and thus reduces incorrect identification settings and the need for complicated installation instructions. In at least one embodiment, the identification is determined by the location of a fastener, such as a grounding fastener, on the assembly.
1. A method of establishing an identity for one or more electronic assemblies through one or more mounts that allow mounting of each electronic assembly with an electronic system having a plurality of locations for mounting electronic assemblies, each assembly having a plurality of mounting openings thereon, the method comprising:
positioning a first assembly relative to a plurality of mounts at a first system location so that each of the plurality of mounting openings is aligned with a corresponding mount, thereby configuring the first assembly to be conductively coupled to the first system location via any one of the plurality of mounting openings and its corresponding mount;
coupling the first assembly to the first system location by coupling a conductive fastener with at least one mounting opening and corresponding mount, thereby establishing a mounting opening having a mounting conductive path between the first assembly and the system; and
electronically recognizing with the first assembly which of the mounting openings at the first system location has the mounting conductive path, thereby establishing a first unique identity for the first assembly.
2. The method of claim 1 , further comprising:
uncoupling the first assembly from the system;
positioning the first assembly relative to a plurality of mounts at a second system location so that at least one mounting opening is aligned with a corresponding mount, the second system location being different from the first system location;
coupling the first assembly to the second system location by coupling a conductive fastener with the at least one aligned mounting opening and corresponding mount, thereby establishing a mounting opening having a mounting conductive path between the first assembly and the system, the mounting opening having the mounting conductive path at the second system location being different from the mounting opening having the mounting conductive path at the first system location; and
recognizing which of the mounting openings has the mounting conductive path, thereby establishing a second unique identity for the first assembly.
3. The method of claim 1 , further comprising:
uncoupling the first assembly from the system;
positioning the first assembly relative to a plurality of mounts at a second system location so that at least one mounting opening is aligned with a corresponding mount, the second system location being different from the first system location;
coupling the first assembly to the second system location by coupling a conductive fastener with the at least one aligned mounting opening and corresponding mount, thereby establishing a mounting opening having a mounting conductive path between the first assembly and the system, the mounting opening having the mounting conductive path at the second system location being the same as the mounting opening having the mounting conductive path at the first system location; and
recognizing which of the mounting openings has the mounting conductive path, thereby reestablishing the first unique identity for the first assembly.
4. The method of claim 1 , wherein the mounting conductive path is at least a portion of a ground connection between the first assembly and the system.
5. The method of claim 1 , further comprising recognizing the location of the first assembly within the system relative to one or more other of the plurality of locations in the system.
6. The method of claim 1 , further comprising:
positioning a second assembly relative to a plurality of mounts at a second system location so that at least one mounting opening is aligned with a corresponding mount;
coupling the second assembly to the second system location by coupling a conductive fastener with the at least one mounting opening and corresponding mount, thereby establishing a mounting opening having a mounting conductive path between the second assembly and the system; and
recognizing which of the mounting openings has the mounting conductive path, thereby establishing a first unique identity for the second assembly.
7. The method of claim 1 , wherein each mounting opening aligns with a corresponding mount at the first system location only when the first assembly is oriented in a specific orientation, and wherein the method further comprises positioning the first assembly in the specific orientation.
8. The method of claim 1 , further comprising:
coupling a conductive fastener to a corresponding mount at each of the plurality of mounting openings, thereby forming a first arrangement of mounting conductive paths; and
establishing the first unique identity for the first assembly by recognizing the location of each mounting conductive path in the first arrangement.
9. The method of claim 1 , comprising communicating the first unique identity from the first assembly to the system.
10. The method of claim 1 , further comprising:
uncoupling the first assembly from the first system location;
coupling a second assembly to the first system location in place of the first assembly; and
establishing a first unique identity for the second assembly at the first system location, the first unique identity for the second assembly being the same as the first unique identity for the first assembly.