Fishing line dispenser

Abstract

A fishing line dispenser, the fishing line being wound about a spool having circular walls, and a bore, the dispenser including a base; a “” bracket including a column having front and rear ends, a cylindrical arm having a proximal end rigidly attached to the column's rear end, and having a spindle arm having a proximal end rigidly attached to the column's front end, the spindle arm being fitted for extension into the spool's bore; a pivot joint interconnecting the “” bracket and the base, the pivot joint having first and second halves, first half being positioned at the base's rear end, and the second half including the “” bracket's cylindrical arm; and a concavity positioned within the base for, upon the spindle arm's oppositely lateral extension into the spool's bore and upon downward pivoting of the “” bracket, receiving and frictionally engaging the spool's circular walls.

Claims

1. A fishing line dispenser, the fishing line being wound about a spool, the spool having lateral and oppositely lateral walls having circular edges, the spool further having a bore, the fishing line dispenser comprising: (a) a base having a front end, a rear end, a lateral side, and an upper surface; (b) a “” bracket comprising a column having front and rear ends, the “” bracket further comprising a cylindrical arm having a proximal end rigidly attached to the column's rear end, the “” bracket further comprising a spindle arm having proximal end and distal ends, the proximal end being rigidly attached to the column's front end, the spindle arm being fitted for an oppositely lateral extension into the spool's bore; (c) a pivot joint interconnecting the “” bracket and the base, the pivot joint comprising first and second halves, the pivot joint's first half being positioned at the base's rear end, and the pivot joint's second half comprising the “” bracket's cylindrical arm; and (d) a bearing surface positioned upon the base for, upon the spindle arm's oppositely lateral extension into the spool's bore and upon downward pivoting of the “” bracket, frictionally contacting the spool's lateral and oppositely lateral walls.

2. The fishing line dispenser of claim 1 further comprising a concavity positioned for receipt of the spool's walls, the concavity having lateral and oppositely lateral ends and a floor, the floor comprising the bearing surface.

3. The fishing line dispenser of claim 2 wherein the first joint half comprises a socket fitted for a nesting receipt of the “” bracket's cylindrical arm.

4. The fishing line dispenser of claim 3 wherein the “” bracket is composed of metal bar stock, and wherein the rigid attachments of the “” bracket's cylindrical and spindle arms respectively to the column's rear and front ends comprise substantially 90° bends.

5. The fishing line dispenser of claim 4 wherein the first joint half's socket opens laterally at a rearward end of the base's lateral side.

6. The fishing line dispenser of claim 4 further comprising a stop fixedly attached to or formed wholly with the base, the stop being positioned for, upon the concavity's receipt of the spool's lateral and oppositely lateral walls, resisting oppositely lateral movement of the spool.

7. The fishing line dispenser of claim 6 wherein the concavity comprises a laterally facing wall, and wherein the stop comprises said wall.

8. The fishing line dispenser of claim 7 wherein the spindle arm has a distal end positioned at or oppositely laterally from the laterally facing wall.

9. The fishing line dispenser of claim 7 further comprising an extraction stop fixedly attached to the base, the extraction stop being adapted for, upon the socket's nesting receipt of the cylindrical arm, resisting lateral movement of the “” bracket.

10. The fishing line dispenser of claim 9 wherein the extraction stop comprises a hook and spring arm combination.

11. The fishing line dispenser of claim 10 wherein the spring arm has proximal and distal ends, the hook being attached to said distal end and being fitted for engaging the column.

12. The fishing line dispenser of claim 11 wherein the fixed attachment of the extraction stop to the base positions the spring arm rearwardly from the concavity.

13. The fishing line dispenser of claim 12 wherein the hook and spring arm combination is adapted for, upon the extension of the spindle arm into the spool's bore and upon the concavity's receipt of the spool's lateral and oppositely lateral walls, frictionally engaging said walls' circular edges with the concavity's floor.

14. The fishing line dispenser of claim 13 wherein the concavity's floor is arcuately curved.

15. The fishing line dispenser of claim 2 further comprising at least a first clearance slot, said slot being fitted for nestingly receiving the spindle arm and being positioned at the concavity's lateral end.

16. The fishing line dispenser of claim 15 further comprising a second clearance slot fitted for nestingly receiving the spindle arm's distal end, the second clearance slot being positioned at the concavity's oppositely lateral end.

17. The fishing line dispenser of claim 1 further comprising a line shear plate fixedly attached to the base.

18. The fishing line dispenser of claim 17 further comprising a “U” slot and catch tab combination, the “U” slot extending through the line shear plate and the catch tab extending from the line shear plate.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view of a preferred embodiment of the instant inventive fishing line dispenser.

(2) FIG. 2 redepicts the structure of FIG. 1, the view of FIG. 2 additionally showing a spool of fishing line.

(3) FIG. 3 redepicts the structure of FIG. 1 in exploded view.

(4) FIG. 4 is an upper plan view of the structure depicted in FIG. 1.

(5) FIG. 5 is a sectional view of the structure of FIG. 2, as indicated in FIG. 2.

DETAILED DESCRIPTION OF A PREFERRED EMBODIMENT

(6) Referring now to the drawings and in particular simultaneously to Drawing FIGS. 1-3, and 5, a preferred embodiment of the instant inventive fishing line dispenser is referred to generally by Reference Arrow 1. The dispenser 1 preferably comprises a rectangular base component which is referred to generally by Reference Arrow 2. The base 2 has an upper surface 3 and has a lower surface which is preferably fabricated via an injection molding process to present a matrix of downwardly opening concavities 5 and stiffening ridges 7. The provision of such concavities advantageously promotes the invention's materials and cost economies objectives, and a bulk reduction objective. As an alternative to the injection molded base 2 represented in the drawings, the invention's base may suitably, though less desirably, comprise a solid wooden, plastic, or laminate composite slab. The base 2 further has a front end 8, a rear end 10, a lateral side 4, and an oppositely lateral side 6, the rectangle of the base preferably being oblongated in the direction of its front to rear dimension.

(7) Preferred specialized features of the base include a bearing surface formed at the floor 14 of an upwardly opening concavity 12. While the bearing surface may suitably comprise a plain flat upper surface of the base, the concavity 12 including a curved floor 14 is preferred, such concavity advantageously forming a lateral spool slide stopping wall 16 and an oppositely lateral spool slide stopping wall 18. In the preferred embodiment, such lateral and oppositely lateral slide stopping walls 16 and 18 are respectively slotted by lateral and oppositely lateral spindle arm clearance slots 17 and 19. Such walls 16 and 18 and slots 17 and 19 perform functions including defining the concavity 12, stopping axial motions of a spool 60, and compactly receiving a spindle arm 30, such functions being further discussed below.

(8) A further functional feature of the base component 2 comprises a socket 20 which preferably extends oppositely laterally into and opens laterally at the rearward end of the base's side wall 4. Such specially positioned socket 20 comprises a pivot joint half, the function of which is further discussed below.

(9) A further functional feature of the base 2 comprises a spring arm recess 23 having screw eyes 22 and 24. The functions of such components 22,23,24, include compact storage and spool down force enhancement, and are further discussed below.

(10) A further specialized functional feature of the base 2 comprises a line shear plate recess 80 which is preferably positioned at the forward end 8 of the base 2, the function of such recess 80 being further discussed below.

(11) Referring simultaneously to FIGS. 1-4, a further structural component of the instant inventive fishing line dispenser comprises a “” bracket which, similarly with the common structure and configuration of a capital letter “”, has a column section and has a pair of rightwardly extending arms extending from the column's upper and lower ends. A preferred configuration of the instant invention's “” bracket is referred to generally in FIG. 3 by Reference Arrow 26, and the capital letter “” configuration of the bracket 26 is most clearly shown in FIG. 4. The “” bracket has a column portion 28, a cantilevering upper/rearward cylindrical arm 36, and a cantilevering lower/forward spindle arm 30.

(12) The “” bracket's cantilevering cylindrical arm 36 is preferably rigidly attached to the rearward end of the column 28 by means of a substantially 90° bend 40, and the cantilevering spindle arm 30 is similarly rigidly attached to the forward end of the column 28 by means of a second substantially 90° bend 34. The distal or oppositely lateral end 38 of the “” bracket's cylindrical arm 36 is preferably fitted for receipt within and for an oppositely lateral extension into the socket 20. Upon nesting receipt of arm 36 within socket 20 as indicated in FIGS. 1, 2, 4, and 5, the combination of such socket and such arm advantageously comprises first and second halves of a pivot joint.

(13) Similarly with the cylindrical arm 36's capacity for an oppositely lateral extension into socket 20, the “” bracket's spindle arm 30 is preferably fitted for an oppositely lateral extension into and through the bore 70 of the bulk spool 60 of fishing line 72, such spool 60 being of the type commonly purchased in fishing tackle shops. Upon installation of the spool 60 over spindle arm 30 in the manner indicated in FIG. 2, the “” bracket 26 be pivoted downwardly to cause the spool's lateral and oppositely lateral walls 62 and 69 to extend downwardly into the concavity 12. Such downward pivoting and spool extension preferably continues until the peripheral circular edges 64 and 68 of such walls frictionally engage the arcuately curved floor 14 of the concavity 12.

(14) In active use of the instant inventive fishing line dispenser 1, a fisherman may initially assemble the spool 60 and the “” bracket 26 as indicated in FIG. 2. Thereafter, the fisherman may attach an end 74 of the spooled fishing line 72 to a fishing reel (not depicted within views), and may operate such reel to progressively unwind the fishing line 74 from the spool 60. Such unwinding progressively rotates the spool clockwise according to the view of FIG. 2, and during such spool rotation the circular edges 64 and 68 slidably move against the floor 14 of the concavity 12. Forwardly directed frictional forces applied by the floor 14 to the edges 64 and 68 damp any kinetic spinning motion of the spool 60 during such reel winding, advantageously preventing slackening of the fishing line.

(15) Means for enhancing such slack preventing frictional forces experienced between edges 64 and 68 and floor 14 may be advantageously provided by the instant invention, such means preferably comprising a spring arm and hook combination which, referring to FIG. 3, is referred to generally by Reference Arrow 42. Such combination 42 preferably has a spring steel arm portion 46 which includes a pair of screw eyes 48 and 50 situated at such arm's proximal end. A curved hook 44 is wholly formed with the spring arm 46 at such arm's distal end, such hook 44 preferably being fitted to at least engage the upper surface of the “” bracket's column 28. For purposes of compactness of the device, the spring arm 46 portion of the hook and spring arm combination 42 is preferably fitted for downward receipt into recess 23 within the upper surface 3 of the base 2. Such recess 23 preferably includes screw eyes 22 and 24, and screws 52 and 54 preferably secure the proximal end of arm 46 at eyes 22 and 24. Such proximal end attachment advantageously allows the hooked distal end 44 of the arm 46 to deflect or splay upwardly and to normally bias downwardly against the “” bracket's column 28. The downwardly directed force exerted by the hook and spring arm combination 42 against the “” bracket 26 advantageously drives the spool 60 along with its frictional circular edges 64 and 68 against the curved floor 14 of the concavity 12, such frictional contact enhancing the floor's line slack preventing function.

(16) As indicated in FIGS. 2 and 5, the distal or tail end of the hook 44 preferably further extends to laterally overlie the lateral aspect of the “” bracket's column 28, such further extension advantageously allowing the hook and arm combination 42 to further function as an extraction stop which resists lateral sliding motion of the cylindrical arm 36 out of socket 20. Accordingly, the hook and spring arm combination 42 within recess 23 advantageously multiply functions for maintenance of the dispenser 1 in its assembled configuration, as depicted in FIG. 1, for enhancing the down force applied to the spool 60 and to the floor 14 of the concavity 12, and facilitating compact storage of the device.

(17) While the lower aspects of the spool walls 62 and 69 reside within concavity 12, as indicated in FIG. 2, the oppositely lateral wall 18 of the concavity 12 advantageously functions as a slide stop which prevents any oppositely lateral sliding motion of the spool 60 along the spindle arm 30. To further prevent a disengagement of the spool 60 from the spindle arm 30, the spindle arm 30 preferably has a distal or oppositely lateral extension which causes its extreme distal end 32 to reside at or slightly extend oppositely laterally from the laterally facing surface of the concavity's oppositely lateral wall 18. Upon compact downwardly pivoting of the spindle arm 30, such oppositely lateral spindle arm extension preferably positions the distal end 32 of the spindle arm 30 within slot 19.

(18) The above described recessing of the hook and spring arm combination 42 within recess 23 assists the instant inventive fishing line dispenser in performance of the compact storage function, such recessing eliminating upward protrusion of the spring arm 46 while the device is not in active use. In order to further such compact storage function, the spool receiving concavity 12 is preferably further opened by the spindle arm receiving slots 17 and 18, such slots being respectively positioned at the lateral and oppositely lateral ends of the concavity 12. In the preferred embodiment, such slots 17 and 18 have a depth equal to the diameter of the spindle arm 30, and such slots are positioned so that the downward pivoting of the “” bracket 26 may continue until the proximal end 35 and distal end 32 of the spindle arm 30 are respectively received within slots 17 and 18. Upon such downward pivoting, the upper aspect of the spindle arm 30 preferably compactly resides at an elevation underlying that of the upper surface 3 of the base plate 2. Accordingly, the preferred recessing of both the hook and spring arm combination 42 and the spindle arm 30 allows the entirety of the fishing line dispenser 1 to be stored within a compact space or sales packaging box having an interior height dimension no greater than that of the base plate 2.

(19) Referring simultaneously to FIGS. 1, 2, and 5, in many circumstances, the fishing line 72 dispensed from the spool 60 to a fishing reel (not depicted within views) will fill such reel while portions of the fishing line remain wound about the spool 60. To accommodate for such circumstances, fishing line shearing means are preferably installed at and upon the base plate 2, such means advantageously cutting the fishing line and separating the spool 60 from such fishing reel. In a preferred embodiment, a fishing line shear plate 81 is mounted within recess 80 at the forward wall 8 of the base plate 2, such plate 81 being mounted by means of mounting screws 85. A “U” slot and catch tab combination 82 punched within such plate 81 may advantageously laterally catch an oppositely lateral passage of the fishing line 72, and may shear the fishing line at the sharply angled vertex between the plate 81 and the tab 82.

(20) While the principles of the invention have been made clear in the above illustrative embodiment, those skilled in the art may make modifications in the structure, arrangement, portions and components of the invention without departing from those principles. Accordingly, it is intended that the description and drawings be interpreted as illustrative and not in the limiting sense, and that the invention be given a scope at least commensurate with the appended claims.