초록 ▼

A flying disc which, in certain aspects, has a disc body having an outer perimeter and a plurality of cuts, indentations, grooves, and/or weakened areas spaced-apart around the outer perimeter, and at least one portion of the disc body between at least one pair of the cuts, etc., the at least one po

A flying disc which, in certain aspects, has a disc body having an outer perimeter and a plurality of cuts, indentations, grooves, and/or weakened areas spaced-apart around the outer perimeter, and at least one portion of the disc body between at least one pair of the cuts, etc., the at least one portion folded up or down from the disc body, and which, in one aspect, has such folded portions around an entire outer periphery of the disc body. In certain aspects such a disc has a weight or weights, secondary piece or secondary disc connected to the disc body on either the top or bottom thereof, the weight(s), secondary piece or disc, in one aspect, for facilitating flight of and/or for stabilizing the disc body.

대표청구항 ▼

A flying disc which, in certain aspects, has a disc body having an outer perimeter and a plurality of cuts, indentations, grooves, and/or weakened areas spaced-apart around the outer perimeter, and at least one portion of the disc body between at least one pair of the cuts, etc., the at least one po

A flying disc which, in certain aspects, has a disc body having an outer perimeter and a plurality of cuts, indentations, grooves, and/or weakened areas spaced-apart around the outer perimeter, and at least one portion of the disc body between at least one pair of the cuts, etc., the at least one portion folded up or down from the disc body, and which, in one aspect, has such folded portions around an entire outer periphery of the disc body. In certain aspects such a disc has a weight or weights, secondary piece or secondary disc connected to the disc body on either the top or bottom thereof, the weight(s), secondary piece or disc, in one aspect, for facilitating flight of and/or for stabilizing the disc body. essing against a module when the retention clip is interlocked to the socket. 6. The electrical connector of claim 1, wherein said biasing member includes fingers integrally formed with a top surface of said retention clip, said fingers bending downward into said chamber. 7. The electrical connector of claim 1, wherein said biasing member includes fingers integrally formed with said clip end walls, said fingers bending inward to project toward and forcibly engage a module. 8. The electrical connector of claim 1, said biasing member maintaining first engaging surfaces on said contacts in electrical communication with a module. 9. The electrical connector of claim 1, further including a locking protrusion mounted at least one socket end wall of said socket, and an opening in at least one clip end wall of said retention clip, said locking protrusion snapping securely into said opening to secure said retention clip to said socket. 10. The electrical connector of claim 1, further including opposed latches mounted on said socket, each of said opposed latches snapably engaging one of said clip end walls of said retention clip, said opposed latches including protrusions and outer edges located below and recessed inward from said protrusions, said outer edges and protrusions defining a recessed bench receiving one of said clip end walls such that outer surfaces of each of said clip end walls are flush with an outer edge of one of said protrusions. 11. The electrical connector of claim 1, said clip end walls integrally formed with support ribs, said support ribs biasing said clip end walls inward toward one another to snapably engage opposite ends of said socket, said clip end walls being bendable outward to release said socket. 12. The electrical connector of claim 1, said socket including standoffs mounted on a bottom surface of said socket, said standoffs having a predetermined length maintaining a minimum distance between said socket and a circuit board, to prevent said contacts from being crushed during mounting of said socket on the circuit board. 13. The electrical connector of claim 1, wherein said socket further includes a plurality of board locking members including a plurality of board locks projecting downward from said socket, said board locks including retention barbs on a periphery thereof forming an interference fit with corresponding openings in the circuit board. 14. The electrical connector of claim 1, said socket having board lock housings extending outward from opposite sides of said socket, said board lock housings frictionally retaining board locking members of said socket. 15. The electrical connector of claim 1, including a slot extending between said socket and said retention clip to receive a tool to release said retention clip from said socket. 16. The electrical connector of claim 1, said socket end walls and socket side walls laterally and longitudinally locate a module in a desired position relative to said contacts. 17. The electrical connector of claim 1, said socket including keys shaped to mate with corresponding cutouts in a module, said keys ensuring proper orientation of the module. 18. The electrical connector of claim 1, wherein said base of said socket includes latches mounted on said socket end walls, said latches being located on opposite ends of a module, said latches defining an outer envelope of said connector, said latches including recessed benches receiving clip end walls of said retention clip such that said clip end walls are recessed inward within said envelope defined by said latches. 19. An electrical connector for electronically engaging an electronic module with a printed circuit board, comprising: a socket having a base adapted to receive the module, said socket including a plurality of board locking members surface mounting said socket to the circuit board, said socket including a plurality of contact cavities; contacts securely fixed in the contact cavities, each contact hav