Attachment mount and receiver system for removably attaching articles to garments

1. An attachment mount and receiver system for removably attaching articles to a garment comprising:

a receiver having a pocket for receiving an attachment mount, said pocket being bounded by a pair of opposing end walls, a pair of spaced partial front walls extending substantially perpendicularly between said end walls with each said front wall having an end formed integrally with a respective said end wall, a rear wall generally parallel with said front walls and extending perpendicularly between said end walls, said rear wall having opposing ends with each said end being formed integrally with a respective said end wall; said rear wall including a top portion, an inner surface, a bottom portion, and a plurality of spaced openings extending through said rear wall for affixing a support thereto; and

said attachment mount having a pair of opposing side edges; a substantially planar base member containing a front surface, a substantially vertical central part located generally medially of said base member, and a plurality of spaced openings extending through said central part of said base member for affixing an article thereto; said central part of said base member including a raised mounting portion formed integrally with said front surface of said base member and projecting outwardly, said mounting portion being substantially parallel to said from surface of said base member, said openings of said base member, extending through said mounting portion; a pair of spaced tines, each said tine being adjacent respective said side edges and each with a tapered lower extremity and a barb for engaging a lower end of each said end wall of said receiver; and a pair of spaced springs, each said spring having a pair of opposing ends being located between a respective said tine and said central part for permitting compression of said tines toward each other, said springs being uncompressed when said barbs respectively engage said lower ends of said end walls of said receiver.

2. The attachment mount and receiver system as defined in claim 1 , wherein a first said end of each said spring being formed integrally with a proximate side of said central part and a second said end formed integrally with a proximate side of a respective said tine; said tines and said springs selectively removably secure said attachment mount to said receiver.

3. The attachment mount and receiver system as defined in claim 1 , wherein:

said base member of said attachment mount includes a reduced foot portion located generally medially of a bottom portion of said central part of said base member; and

said receiver further includes a complemental socket located generally medially of said bottom portion of said inner surface of said rear wall of said receiver and projecting outwardly from said inner surface for receiving said foot portion, said socket being spaced laterally from each said tine and generally the dimensions of said reduced foot portion.

4. The attachment mount and receiver system as defined in claim 3 , wherein said rear wall of said receiver further includes at least one radial spline connection having an attaching hole extending through said rear wall surrounded by spline connection for affixing said receiver to a complemental spline on a support allowing for said receiver to be affixed at a plurality of angles relative to such support.

5. The attachment mount and receiver system as defined in claim 3 , further comprising resistance means for inhibiting prying of said attachment mount outwardly toward said front walls and away from said receiver.

6. The attachment mount and receiver system as defined in claim 5 , wherein said resistance means include:

said rear wall of said receiver having a plurality of spaced prominences extending generally vertically from said top end of said rear wall; and

said attachment mount having a top portion opposing said foot portion of said base member, said stop portion including a plurality of spaced openings, constructed and arranged to receive said prominences of said rear wall of said receiver there through to intermesh said attachment mount with said receiver.

7. The attachment mount and receiver system as defined in claim 5 , further comprising movable tine blocking means for removably inhibiting inward compression of said tines of said attachment mount when said attachment mount is fully seated within said receiver.

8. The attachment mount and receiver system as defined in claim 7 , wherein said tine blocking means include a pair of spaced, generally planar flanges each located proximate said lower end of a respective said end wall of said receiver and aligned substantially coplanar with said rear wall of said receiver, each said flange having a finger extending outwardly toward said front walls of said receiver; and each said tine of said attachment mount having a rear surface with a depression for receiving said finger of a respective said flange when said attachment mount is fully seated within said receiver to inhibit inward compression of said tines.

9. The attachment mount and receiver system as defined in claim 7 , wherein said tine blocking means include a pair of spaced levers each pivotally attached to said bottom portion of said inner surface of said rear wall of said receiver between said end walls of said receiver, each said lever being movable to block inward compression of a respective proximate said tine of said attachment mount when said attachment mount is fully seated within said receiver and to unblock same.

10. The attachment mount and receiver system as defined in claim 7 , wherein said tine blocking means include an elongated bar having opposing ends extending outwardly toward said front walls of said receiver, said bar being slidingly attached to said bottom portion of said inner surface of said rear wall of said receiver between said end walls of said receiver, said bar being movable to block inward compression of said tines of said attachment mount when said attachment mount fully seated within said receiver and to unblock same.

11. The attachment mount and receiver system as defined in claim 1 , further comprising resistance means for inhibiting prying of said attachment mount outwardly toward said front walls and away from said receiver.

12. The attachment mount and receiver system as defined in claim 11 , wherein said resistance means include:

said rear wall of said receiver having a plurality of spaced prominences extending generally vertically from said top end of said rear wall; and

said attachment mount having a top portion opposing said foot portion of said base member, said top portion including a plurality of spaced openings constructed and arranged to receive said prominences of said rear wall of said receiver there through to intermesh said attachment mount with said receiver.

13. The attachment mount and receiver system as defined in claim 12 , wherein said resistance means include:

a foot portion located generally medially of a bottom portion of said central part of said base member; and

a complemental socket for said foot portion located generally medially of said bottom portion of said inner surface of said rear wall of said receiver and projecting outwardly from said inner surface, said socket being aligned with said foot portion and nestingly maintaining said foot portion therein when said attachment mount is fully seated in said receiver.

14. The attachment mount and receiver system as defined in claim 11 , wherein said resistance means include:

a foot portion located generally medially of a bottom portion of said central part of said base member and laterally spaced from each said partial front end wall; and

a complemental socket for said foot portion located generally medially of said bottom portion of said inner surface of said rear wall of said receiver and projecting outwardly from said inner surface, said socket being aligned with said foot portion and nestingly maintaining said foot portion therein when said attachment mount is fully seated in said receiver.

15. The attachment mount and receiver system as defined in claim 13 , further comprising tine blocking, means for removably inhibiting inward compression of said tines of said attachment mount when said attachment mount is fully seated within said receiver.

16. The attachment mount and receiver system as defined in claim 1 , further comprising movable tine blocking means cooperating between said tines and said receiver for inhibiting inward compression of said tines of said attachment mount when said attachment mount is fully seated within said receiver.

17. The attachment mount and receiver system as defined in claim 16 , further comprising prying resistance means for inhibiting prying of said attachment mount outwardly toward said front walls and away from said receiver.

18. An attachment mount and receiver system for removably attaching articles to a garment comprising:

a receiver with a pocket for receiving an attachment mount, said pocket being bounded by a pair of opposing end walls, a pair of spaced partial front walls extending substantially perpendicularly between said end walls with each said front wall having an end formed integrally with a respective said end wall, a rear wall generally coplanar with said front walls and extending perpendicularly between said end walls, said rear wall having opposing ends with each said end being formed integrally with a respective said end wall;

said rear wall of said receiver having a top portion, an inner surface, a bottom portion, a plurality of spaced openings extending through said rear wall for affixing a support thereto, and at least one radial spline connection having an attaching hole extending through said rear wall surrounded by spline connection for affixing said receiver to a complemental spline on a support allowing for said receiver to be affixed at a plurality of angles relative to such support;

said receiver having a complemental socket located generally medially of said bottom portion of said inner surface of said rear wall of said receiver and projecting outwardly from said inner surface;

said attachment mount having a pair of opposing side edges and a substantially planar base member; said base member containing a front surface, a substantially vertical central part located generally medially of said base member, and a foot portion located generally medially of a bottom portion of said central part to be received within said complemental socket of said receiver, said central part including a raised elongated mounting portion formed integrally with said front surface and projecting outwardly and being substantially parallel to said front surface of said base member, said mounting portion including attaching means for securing an article to said attachment mount;

said attachment mount including a pair of spaced tines resiliency compressible toward each other, each said tine being adjacent respective said side edges of said attachment mount and each with a tapered lower extremity and a barb for engaging a lower end of each said end wall of said receiver; and

said rear wall of said receiver including a plurality of spaced prominences extending generally vertically from said top end of said rear wall; and said attachment mount including a top portion opposing said foot portion of said base member, said top portion including a plurality of spaced openings constructed and arranged to receive and capture said prominences of said rear wall therethrough to intermesh said attachment mount with said receiver.

19. An attachment mount and receiver system for removably attaching articles to a garment, comprising:

a receiver with a pocket for receiving an attachment mount, said pocket being bounded by a pair of opposing end walls, a pair of spaced partial front walls extending substantially perpendicularly between said end walls with each said front wall having an end formed integrally with a respective said end wall, a rear wall generally coplanar with said front walls and extending perpendicularly between said end walls, said rear wall having opposing ends with each said end being formed integrally with a respective said end wall;

said rear wall of said receiver having a top portion, an inner surface, a bottom portion, a plurality of spaced openings extending through said rear wall for affixing a support thereto;

said receiver having a complemental socket located generally medially of said bottom portion of said inner surface of said rear wall of said receiver and projecting outwardly from said inner surface;

said attachment mount having a pair of opposing side edges and a substantially planar base member; said base member containing a front surface, a substantially vertical central part located generally medially of said base member, and a foot portion located generally medially of a bottom portion of said central part to be received within said complemental socket of said receiver, said central part including a raised elongated mounting portion formed integrally with said front surface and projecting outwardly and being substantially parallel to said front surface of said base member, said mounting portion including attaching means for securing an article to said attachment mount and;

said attachment mount including a pair of spaced tines resiliency compressible toward each other and a pair of spaced springs, each said tine being adjacent respective said side edges of said attachment mount and each with a tapered lower extremity and a barb for engaging a lower end of each said end wall of said receiver, each said spring having a pair of opposing ends being located between a respective said tine and said central part of said base member of said attachment mount for permitting compression of said tines toward each other, said springs being uncompressed when said barbs respectively engage said lower ends of said end walls of said receiver, a first said end of each said spring being formed integrally with a proximate side of said central part and a second said end formed integrally with a proximate side of a respective said tine, said tines and said springs selectively removably secure said attachment mount to said receiver.

20. The attachment mount and receiver system as defined in claim 19 , wherein said receiver further includes a pair of spaced levers each pivotally attached to said bottom portion of said inner surface of said rear wall of said receiver between said end walls of said receiver, such that each said lever removably inhibits inward compression of a respective proximate said tine of said attachment mount when said attachment mount is fully seated within said receiver.

21. The attachment mount and receiver system as defined in claim 19 , wherein said receiver further includes an elongated bar having opposing ends extending outwardly toward said front walls of said receiver, said bar slidingly attached to said bottom portion of said inner surface of said rear wall of said receiver between said end walls of said receiver, such that said ends of said bar removably inhibit inward compression of said tines of said attachment mount when said attachment mount is fully seated within said receiver.

22. The attachment mount and receiver as defined in claim 1 wherein said central part mounting portion is vertically elongated, said openings extending through said mounting portion including spaced generally vertically arcuate slots and at least one horizontally elongated arcuate slot spaced above a lower end of said central part.