Rod holder

• US 9,615,564 B2
• Filed: 05/16/2012
• Issued: 04/11/2017
• Est. Priority Date: 05/20/2011
• Status: Active Grant

• Current Assignee: Michael John William Liney
• Original Assignee: Michael John William Liney
• Inventors: Liney, Michael John William
• Primary Examiner(s): PARSLEY, DAVID J
• Application Number:
  US14/118,702
• Publication Number:
  US 20150000177A1
• Time in Patent Office: 1,791 Days
• Field of Search: 43 212
• CPC Class Codes: A01K 97/10 Supports for rods

Abstract

The present invention is concerned with an improved rod holder, particularly a gunwale rod holder, particularly for use in sports fishing.

Claims

1. A rod holder comprising:

a two-axis gimbal comprising;

a static base portion; and

a driven upper portion;

a shaft extending from said static base portion; and

a shank extending from said driven upper portion and adapted to receive a fishing rod butt,

said driven upper portion configured to be at least partially rotatable about a first axis that passes through said static base portion and at least partially rotatable about a second axis that also passes through said static base portion during use while said rod holder is holding a fishing rod such that the driven upper portion is constrained just to rotation about the first axis and the second axis, said first and second axes being substantially perpendicular to each other

where the two-axis gimbal comprises a ball joint arrangement with;

said static portion comprising a ball joint socket member;

said driven upper portion comprising a ball member;

said shaft extending from said ball joint socket member;

said shank extending from said ball member and adapted to receive a fishing rod butt; and

a ball joint liner located between said ball joint socket member and said ball member,

said ball member defining a slot, said ball joint liner having a finger extending therefrom and mated with and residing in said slot, said finger shaped such that it is able to slide along the length of said slot but is not able to rotate within said slot to provide at least a partially rotational movement about said first axis;

said ball joint socket member defining a shoulder portion which constrains movement of said ball joint liner to provide at least a partially rotational movement about said second axis.

2. A rod holder comprising:

a two-axis gimbal comprising;

a static base portion; and

a driven upper portion;

a shaft extending from said static base portion; and

a shank extending from said driven upper portion and adapted to receive a fishing rod butt,

said driven upper portion configured to be at least partially rotatable about a first axis that passes through said static base portion and at least partially rotatable about a second axis that also passes through said static base portion during use while said rod holder is holding a fishing rod, said first and second axes being substantially perpendicular to each other;

wherein the two-axis gimbal comprises a ball joint arrangement with;

said static portion comprising a ball joint socket member;

said driven upper portion comprising a ball member;

said shaft extending from said ball joint socket member;

said shank extending from said ball member and adapted to receive a fishing rod butt; and

a ball joint liner located between said ball joint socket member and said ball member,

a first component comprising one of said ball joint liner and said ball member defining a slot, a second component comprising the other of said ball joint liner and said ball member having a finger extending therefrom or therethrough and mated with and residing in said slot, said finger shaped such that it is able to slide along the length of said slot to provide at least a partially rotational movement about said first axis;

said ball joint socket member comprising a retaining portion which retains said ball joint liner and/or said ball member in said ball joint socket member and constrains movement of said ball joint liner to provide at least a partially rotational movement about said second axis.

3. A rod holder according to claim 2, wherein said ball member and said ball joint liner adapted such that said ball member is rotatable relative to said ball joint liner about said first axis.

4. A rod holder according to claim 3, wherein said ball joint liner defining a ball joint liner cavity within which said ball member is located, a ball member passage being defined within and traversing said ball member, said rod holder additionally comprising a cross member traversing said ball joint liner cavity via said ball member passage from a first part of said ball joint liner to a second part of said ball joint liner, said ball member being rotatable about an axis defined by said cross member.

5. A rod holder according to claim 4, wherein said cross member is separable from said ball joint liner, and wherein said finger is mated with said cross member.

6. A rod holder according to claim 2, wherein said finger is shaped such that it is able to slide along the length of said slot but is not able to rotate within said slot.

7. A rod holder according to claim 2, wherein said ball member and said shank combined define a ball and shank member, wherein at least one of said ball joint liner and said ball joint socket member defines an upper slot through which said ball and shank member extends, said upper slot constraining movement of said ball and shank member.

8. A rod holder according to claim 7, wherein the part of said ball and shank member located within said upper slot, is able to slide along the length of said upper slot.

9. A rod holder according to claim 2, wherein said ball joint socket member comprises said base portion and said retaining portion, said retaining portion being separable from said base portion, and

said ball joint socket retaining portion abuts said ball joint liner.

10. A rod holder according to claim 2, wherein said finger is separable and detachable from the component part from which it extends.

11. A rod holder according to claim 10, wherein said finger is screwably separable from the component part from which it extends.

12. A rod holder according to claim 11, wherein said finger is slidably separable from the component part from which it extends.

13. A rod holder according to claim 4, wherein said finger extends between said first and second components and at least one of said ball joint socket member and said cross member.

14. A rod holder according to claim 13, wherein said finger comprises a shoulder or other location aiding feature, said shoulder or other location aiding feature abutting with a washer and locating said finger within a recess in said ball joint arrangement, and wherein said washer is wholly or partially located within at least one of said ball joint liner, said ball joint socket member and said ball member.

15. A rod holder according to claim 2, wherein said ball joint liner is fabricated in at least two separate sections.

16. A rod holder according to claim 2, wherein said shank terminates in a hollow flute section, and

said hollow flute section is elongate and is adapted to mate with a fishing rod butt gimbal, wherein said hollow flute section has defined within it a blade or X-shaped section protruding from the base of the flute section for mating with a fishing rod butt gimbal.

17. A rod holder according to claim 2, wherein said shaft terminates in a mating portion adapted to mate with a blade or X-shaped section which protrudes from the base of a rod holder defined in a boat.

18. A rod holder comprising:

a two-axis gimbal comprising;

a static base portion; and

a driven upper portion;

a shaft extending from said static base portion; and

a shank extending from said driven upper portion and adapted to receive a fishing rod butt,

said driven upper portion configured to be at least partially rotatable about a first axis that passes through said static base portion and at least partially rotatable about a second axis that also passes through said static base portion during use while said rod holder is holding a fishing rod, said first and second axes being substantially perpendicular to each other;

wherein the two-axis gimbal comprises a ball joint arrangement with;

said static portion comprising a ball joint socket member;

said driven upper portion comprising a ball member;

said shaft extending from said ball joint socket member;

said shank extending from said ball member and adapted to receive a fishing rod butt; and

a ball joint liner located between said ball joint socket member and said ball member,

said ball joint liner defining a slot, said ball member having a finger extending therefrom and mated with and residing in said slot, said finger shaped such that it is able to slide along the length of said slot but is not able to rotate within said slot to provide at least a partially rotational movement about said first axis;

said ball joint socket member defining a shoulder portion which constrains movement of said ball joint liner to provide at least a partially rotational movement about said second axis.