Electronic cymbal assembly and components thereof
Electronic cymbal assemblies are disclosed. Assemblies according to the disclosure can include a single frame and a cover thereon, the cover including a cutout with flat edges to prevent accidental rotation of cymbal assembly components. Assemblies according to the present disclosure can also include non-planar sensors that can be applied to the bell and edge portions of a frame, sensors and frames with respective protrusions and bumps to mate with one another, and cover undersides with non-smooth surfaces to increase sensitivity to user actuation.
1. An electronic cymbal assembly comprising:
a cover, said cover including a noncircular cutout, wherein said noncircular cutout includes at least two flat edges; and
a stopper abutting said cover, wherein said stopper comprises two flat edges abutting said two flat edges of said noncircular cutout.
2. The electronic cymbal assembly of claim 1 , further comprising a cymbal carrier;
wherein said stopper is shaped to define a stopper cutout including at least two flat edges;
wherein said cymbal carrier comprises at least a portion protruding through said stopper cutout;
wherein said portion of said cymbal carrier comprises two flat edges abutting said stopper cutout flat edges.
3. The electronic cymbal assembly of claim 2 , further comprising a washer on said stopper, said washer shaped to define a washer cutout including at least two flat edges, said washer cutout flat edges abutting said cymbal carrier flat edges.
4. An electronic cymbal assembly, comprising:
a frame shaped to define a bell;
a non-planar sensor on said bell, said sensor comprising a first sensor portion on said bell and a second sensor portion on said bell, said first sensor portion distinct from said second sensor portion;
wherein said sensor defines a substantially annular shape.
5. The electronic cymbal assembly of claim 4 , wherein said first sensor portion comprises a first sensor portion first edge overlapping a second sensor portion first edge.
6. The electronic cymbal assembly of claim 4 , wherein said first sensor portion comprises a first sensor portion first edge abutting a second sensor portion first edge.
7. The electronic cymbal assembly of claim 4 , wherein said first sensor portion comprises a first sensor portion first edge proximate, but not contacting, a second sensor portion first edge.
8. The electronic cymbal assembly of claim 7 , wherein said first sensor portion comprises a first sensor portion second edge proximate, but not contacting, a second sensor portion second edge.
9. The electronic cymbal assembly of claim 4 , wherein said sensor is 270° or more around and is less than 360° around.
10. The electronic cymbal assembly of claim 4 , wherein said sensor is 330° or more around and is less than 360° around.
11. The electronic cymbal assembly of claim 4 , further comprising a non-planar edge sensor on an edge of said frame, said edge sensor comprising a first edge sensor portion and a second edge sensor portion, said first edge sensor portion distinct from said second edge sensor portion.
12. The electronic cymbal assembly of claim 4 , wherein said sensor comprises an outer edge and an inner edge, and wherein said sensor is curved as it rises from said outer edge to said inner edge.
13. The electronic cymbal assembly of claim 4 , wherein said sensor comprises an outer edge and an inner edge, and wherein said sensor is flat as it rises from said outer edge to said inner edge so as to be substantially frustoconical.
14. The electronic cymbal assembly of claim 4 , wherein said sensor is 180° or more around and is less than 360° around.
15. The electronic cymbal assembly of claim 4 , wherein said frame comprises protrusions and said sensor is shaped to define holes mating with said protrusions.
16. The electronic cymbal assembly of claim 4 , wherein said sensor comprises a third sensor portion on said bell.
17. The electronic cymbal assembly of claim 1 , wherein said stopper is rigid.
18. The electronic cymbal assembly of claim 1 , wherein said stopper is pliable.
19. The electronic cymbal assembly of claim 1 , wherein said stopper is foam.
20. The electronic cymbal assembly of claim 1 , wherein said two flat edges of said noncircular cutout are part of a regular polygon shape.
21. The electronic cymbal assembly of claim 1 , wherein said two flat edges of said noncircular cutout are part of an irregular polygon shape.
22. The electronic cymbal assembly of claim 1 , wherein said two flat edges of said noncircular cutout are part of a star shape.
23. The electronic cymbal assembly of claim 1 , wherein said noncircular cutout further includes at least a third flat edge, and said stopper comprises a third flat edge abutting said third flat edge of said noncircular cutout.
24. The electronic cymbal assembly of claim 1 , wherein said noncircular cutout and said stopper are substantially the same shape.
25. The electronic cymbal assembly of claim 1 , wherein said noncircular cutout further includes at least one curved edge.
26. An electronic cymbal assembly, comprising:
a frame shaped to define a bell;
a non-planar sensor on said bell, said sensor defining a substantially annular shape and rising from an outer edge of said sensor to an inner edge of said sensor;
wherein said sensor is 180° or more around and is less than 360° around.
27. The electronic cymbal assembly of claim 26 , wherein said sensor further comprises at least a first edge and a second edge, said first edge proximate, but not contacting, said second edge.
28. The electronic cymbal assembly of claim 26 , wherein said sensor is 270° or more around and is less than 360° around.