Outrigger pivot assembly

• US 5,855,088 A
• Filed: 01/02/1998
• Issued: 01/05/1999
• Est. Priority Date: 01/02/1998
• Status: Expired due to Fees

• Current Assignee: LEE, TERRY R.
• Original Assignee: LEE, TERRY R.
• Inventors: Lee, Terry R.
• Primary Examiner(s): PRICE JR, RICHARD THOMAS
• Application Number:
  US09/002,328
• Time in Patent Office: 368 Days
• Field of Search: 43/15, 43/16, 43/21.2, 248/518, 248/523, 248/538, 248/534, 248/514, 248/515, 224/281, 224/282
• US Class Current: 43/21.2
• CPC Class Codes: A01K 91/08 Trolling devices

Abstract

An outrigger pivot assembly structured to rotatably support an outrigger fishing assembly having a shaft bottom end, the pivot assembly including a support housing coupled to a support surface of a boat and structured to generally receive and support a positioning member therein. The positioning member, which is coupled with the shaft bottom end of the outrigger fishing assembly, is structured to rotate the outrigger fishing assembly upon rotation thereof relative to the support housing. A outrigger pivot assembly further includes a handle assembly structured to rotate the positioning member and outrigger fishing assembly upon pivoted movement thereof about a perimeter of the support housing, and a lock assembly having a channel with at least a first position, a second position and a connection segment wherethrough the handle assembly is structured to selectively move when not being retained in place as a result of a structure of said lock assembly.

Claims

1. To rotatably support an outrigger fishing assembly having a shaft bottom end, an outrigger pivot assembly comprising:

a support housing, said support housing being coupled to a support surface,

a positioning member structured to receive the shaft bottom end therein and structured to be matingly engaged with said support housing,

said positioning member being structured to rotate relative to said support housing and to correspondingly rotate the outrigger fishing assembly upon rotation thereof,

a handle assembly extending out from said support housing and structured to rotate said positioning member upon pivoted movement thereof relative to said support housing,

a lock assembly including at least a first position and a second position and structured to selectively retain said handle assembly in said first and said second positions so as to prevent inadvertent movement therefrom,

said lock assembly including a channel defined in said support housing and structured to define said first position, said second position, and a connection segment communicably disposed therebetween, and

said handle assembly being structured to selectively move through said connection segment so as to correspondingly move between said first and said second positions.

2. An outrigger fishing assembly as recited in claim 1 wherein said support housing includes a collar assembly which defines said channel.

3. An outrigger fishing assembly as recited in claim 1 wherein said connection segment is generally narrower than said first position and said second position so as to restrict movement therethrough by said handle assembly.

4. An outrigger fishing assembly as recited in claim 3 wherein said handle assembly includes a connection shaft disposed in said channel, said connection shaft being rotatable between a locked orientation and an unlocked orientation, said unlocked orientation permitting slided movement through said connection segment of said channel and said locked orientation restricting slided movement of said connection shaft out of said first and said second positions and into said connection segment.

5. An outrigger fishing assembly as recited in claim 4 wherein said connection shaft includes a first dimension which is generally wider than said connection segment and confronts said connection segment upon said connection shaft being disposed in said locked orientation, thereby preventing passage of said connection shaft into said connection segment, and a second dimension, which is generally narrower than said connection segment and confronts said connection segment upon said connection shaft being disposed in said unlocked orientation, thereby permitting slided passage of said connection shaft into and through said connection segment.

6. An outrigger fishing assembly as recited in claim 5 wherein said locked orientation includes said handle assembly in a generally vertically disposed, downwardly depending orientation so as to restrict accidental movement into said unlocked orientation due to a normal influence of gravity.

7. An outrigger fishing assembly as recited in claim 1 wherein said handle assembly is coupled directly with said positioning member.

8. An outrigger fishing assembly as recited in claim 7 wherein said handle assembly includes an engagement segment that extends through said support housing and said positioning member includes an engagement slot structured to mate with said engagement segment such that pivoted movement of said handle assembly about a perimeter of said support housing results in corresponding rotation of said positioning member.

9. An outrigger fishing assembly as recited in claim 1 further including a shroud assembly coupled with said handle assembly and structured to rotate about said support housing upon pivoting movement of said handle assembly, said handle assembly being structured to rotate relative to said shroud assembly, and said shroud assembly being structured to conceal said lock assembly and to maintain said handle assembly aligned such that it pivots about a perimeter of said support housing.

10. An outrigger fishing assembly as recited in claim 9 further including a bushing member between said handle assembly and said shroud assembly, said bushing member structured to permit rotation of said handle assembly relative to said shroud assembly while maintaining a sufficient frictional engagement to restrict free, non-affirmative rotation thereof.

11. To rotatably support an outrigger fishing assembly having a shaft bottom end, an outrigger pivot assembly comprising:

a support housing, said support housing being coupled to a support surface,

a positioning member structured to receive the shaft bottom end therein and structured to be matingly engaged with said support housing,

said positioning member being structured to rotate relative to said support housing and to correspondingly rotate the outrigger fishing assembly upon rotation thereof,

a handle assembly extending out from said support housing and structured to rotate said positioning member upon pivoted movement thereof relative to said support housing,

a lock assembly including at least a first position and a second position and structured to selectively retain said handle assembly in said first and said second positions so as to prevent inadvertent movement therefrom,

said lock assembly including a channel defined in said support housing and structured to define said first position, said second position, and a connection segment communicably disposed therebetween,

said handle assembly being structured to selectively move through said connection segment so as to correspondingly move between said first and said second positions,

said connection segment being generally narrower than said first position and said second position so as to restrict movement of said handle assembly therethrough between said first and said second positions,

said handle assembly including a connection shaft structured to be disposed in said channel, said connection shaft being rotatable between a locked orientation and an unlocked orientation,

said unlocked orientation of said handle assembly being structured to permit slided movement of said connection shaft through said connection segment of said channel,

said locked orientation of said handle assembly being structured to restrict slided movement of said connection shaft out of said first and said second positions and into said connection segment, and

a shroud assembly coupled with said handle assembly and structured to rotate about said support housing upon pivoting movement of said handle assembly about a perimeter of said support housing.

12. An outrigger fishing assembly as recited in claim 11 wherein said handle assembly is structured to rotate relative to said shroud assembly and said shroud assembly is structured to conceal said lock assembly and maintain said handle assembly aligned during pivoted movement thereof.

13. An outrigger fishing assembly as recited in claim 11 wherein said connection shaft includes a first dimension which is generally wider than said connection segment and confronts said connection segment upon said connection shaft being disposed in said locked orientation, thereby preventing passage of said connection shaft into said connection segment, and a second dimension, which is generally narrower than said connection segment and confronts said connection segment upon said connection shaft being disposed in said unlocked orientation, thereby permitting slided passage of said connection shaft into and through said connection segment.