Effects control module and method of magnetic closure for battery door
An effects control module for a musical instrument has a housing and a battery enclosure assembly rotatably coupled to the housing. The battery enclosure assembly includes a door with a magnetic plate attractive to a surface of the housing to enable final closure of the battery enclosure assembly with respect to the housing absent external force. No external human force is needed to enable and complete final closure of the battery enclosure assembly with respect to the housing after the critical magnetic position of the door. The battery enclosure assembly is disposed on a first side surface of the housing with a battery area and latch configured to contain a battery. A material is disposed on the door to soften the closure. A second side surface of the housing includes a paramagnetic material to provide substantially no magnetic influence from the second side surface of the housing.
1. An effects control module for a musical instrument, comprising:
a stand-alone housing of the effects control module, the stand-along housing including a top surface and a bottom surface opposite the top surface; and
a battery enclosure assembly rotatably coupled to the stand-alone housing, wherein the battery enclosure assembly includes a door with a magnetic plate extending from the door in a direction perpendicular to the door and attractive to the bottom surface of the stand-alone housing to enable final closure of the battery enclosure assembly with respect to the stand-alone housing absent external force.
2. The effects control module of claim 1 , wherein the battery enclosure assembly is disposed on a first side surface of the stand-alone housing.
3. The effects control module of claim 1 , wherein the final closure of the battery enclosure assembly with respect to the stand-alone housing absent external force occurs when the door reaches a critical magnetic position.
4. The effects control module of claim 1 , wherein the battery enclosure assembly includes a latch configured to secure a battery.
5. The effects control module of claim 1 , further including a material disposed on the door to soften the final closure.
6. The effects control module of claim 1 , wherein the battery enclosure assembly includes a battery area configured to contain a battery.
7. An effects control module for a musical instrument, comprising:
a housing of the effect control module; and
a battery enclosure assembly rotatably coupled to the housing, wherein the battery enclosure assembly includes a door and a magnetic material extending perpendicular from the door and attractive to a surface of the housing to enable final closure of the battery enclosure assembly with respect to the housing absent external force.
8. The effects control module of claim 7 , wherein the magnetic material includes a magnetic plate attractive to the surface of the housing.
9. The effects control module of claim 7 , wherein the battery enclosure assembly is disposed on a first side surface of the housing.
10. The effects control module of claim 7 , wherein the final closure of the battery enclosure assembly with respect to the housing absent external force occurs when the battery enclosure assembly reaches a critical magnetic position.
11. The effects control module of claim 7 , further including a material disposed on the door to soften the final closure.
12. The effects control module of claim 7 , wherein the battery enclosure assembly includes a battery area configured to contain a battery.
13. A method of making an effects control module for a musical instrument, comprising:
providing a housing for the effects control module; and
disposing a battery enclosure assembly rotatably coupled to the housing, wherein the battery enclosure assembly includes a door and a magnetic material extending perpendicular from the door and attractive to a surface of the housing to enable final closure of the battery enclosure assembly with respect to the housing absent external force.
14. The method of claim 13 , wherein the magnetic material includes a magnetic plate attractive to the surface of the housing.
15. The method of claim 13 , further including disposing the battery enclosure on a first side surface of the housing.
16. The method of claim 13 , wherein the final closure of the battery enclosure assembly with respect to the housing absent external force occurs when the battery enclosure assembly reaches a critical magnetic position.
17. The method of claim 13 , further including disposing a material on the door to soften the final closure.
18. The method of claim 13 , wherein the battery enclosure assembly includes a battery area configured to contain a battery.