초록 ▼

A hybrid golf bag, includes a conventional golf bag body with an open top and a closed bottom, a wheel mount attached to the bottom, at least two wheels rotatably connected to the wheel mount, and handle means attached to the golf bag body. The handle means are selectively adapted for both carrying

A hybrid golf bag, includes a conventional golf bag body with an open top and a closed bottom, a wheel mount attached to the bottom, at least two wheels rotatably connected to the wheel mount, and handle means attached to the golf bag body. The handle means are selectively adapted for both carrying and pulling the golf bag body. The golf bag body has a periphery and at least two wheels that extend outside of the periphery. The wheels have a retracted position proximate to the periphery and an extended position away from the periphery. The handle means includes a shoulder strap adapted to be used for carrying the golf bag body, and a rigid push/pull handle that has an extended position and a retracted position.

대표청구항 ▼

A hybrid golf bag, includes a conventional golf bag body with an open top and a closed bottom, a wheel mount attached to the bottom, at least two wheels rotatably connected to the wheel mount, and handle means attached to the golf bag body. The handle means are selectively adapted for both carrying

A hybrid golf bag, includes a conventional golf bag body with an open top and a closed bottom, a wheel mount attached to the bottom, at least two wheels rotatably connected to the wheel mount, and handle means attached to the golf bag body. The handle means are selectively adapted for both carrying and pulling the golf bag body. The golf bag body has a periphery and at least two wheels that extend outside of the periphery. The wheels have a retracted position proximate to the periphery and an extended position away from the periphery. The handle means includes a shoulder strap adapted to be used for carrying the golf bag body, and a rigid push/pull handle that has an extended position and a retracted position. (c) pivoting intersection geometry (40) being interposed between and connected with said first and second angulated tilting surfaces (38A-38B) and cooperating therewith to define at least one wave on said primary sealing geometry (37). 2. The interference type hydrodynamic seal of claim 1, comprising: said pivoting intersection geometry (40) and said first and second angulated tilting surfaces (38A-38B) providing for substantially pivotal positioning of said annular seal body (12) to a first position where said first angulated tilting surface (38A) is oriented for hydrodynamic sealing and to a second position where said second angulated tilting surface (38B) is oriented for hydrodynamic sealing. 3. The interference type hydrodynamic seal of claim 1, comprising: said pivoting intersection geometry (40) being in the form of a curve. 4. The interference type hydrodynamic seal of claim 1, comprising: said pivoting intersection geometry (40) being in the form of a substantially abrupt corner. 5. The interference type hydrodynamic seal of claim 1, comprising: said pivoting intersection geometry (40) being defined by a first curved portion (40A) and a second curved portion (40C) joined by a substantially straight portion (40B). 6. The interference type hydrodynamic seal of claim 1, comprising: said opposed first and second flank surfaces (50A-50B) being disposed in substantially parallel relation. 7. The interference type hydrodynamic seal of claim 1, comprising: said opposed first and second flank surfaces (50A-50B) being disposed in diverging relation. 8. The interference type hydrodynamic seal of claim 1, comprising: said opposed first and second flank surfaces (50A-50B) being disposed in converging relation. 9. The interference type hydrodynamic seal of claim 1, comprising: (a) said first angulated tilting surface (38A) and said first flank surface (50A) being joined by first flank corner treatment (52A); and (b) said second angulated tilting surface (38B) and said second flank surface (50B) being joined by second flank corner treatment (52B); and (c) at least one of said first and second flank corner treatments (52A-52B) being a curve. 10. The interference type hydro dynamic seal of claim 1, comprising: (a) said first angulated tilting surface (38A) and said first flank surface (50A) being joined by a first flank corner treatment (52A); and (b) said second angulated tilting surface (38B) and said second flank surface (50B) being joined by a second flank corner treatment (52B); and (c) at least one of said first and second flank corner treatments (52A-52B) being a curve varying in dimension about the circumference of said annular seal body (12). 11. The interference type hydrodynamic seal of claim 1, comprising: (a) said first angulated tilting surface (38A) and said first flank surface (50A) being joined by a first flank corner treatment (52A); and (b) said second angulated tilting surface (38B) and said second flank surface (50B) being joined by a second flank corner treatment (52B); and (c) at least one of said first and second flank corner treatments (52A-52B) being a chamfer. 12. The interference type hydrodynamic seal of claim 1, comprising: (a) said first angulated tilting surface (38A) and said first flank surface (50A) being joined by a first flank corner treatment (52A); and (b) said second angulated tilting surface (38B) and said second flank surface (50B) being joined by a second flank corner treatment (52B); and (c) at least one of said first and second flank corner treatments (52A-52B) being a substantially abrupt corner. 13. The interference type hydrodynamic seal of claim 1, wherein annular seal body (12) comprising: (a) an energizing section (32) being formed of a resilient material having a defined modulus of elasticity; and (b) an extrusion resistant section (34) being formed of a resilient material having a modulus of elasticity exceeding sai