Not Applicable
The invention relates to a fishing reel. More particularly, it relates to a fly-fishing reel having an integrated incremental meter device for keeping a tally along with a modular weight system for customizing the weight of the fly-fishing reel.
The sport of fishing has developed with technology to improve performance and reduce weight of components as well as a focus on conservation and artisanship. Specifically, a focus on catch and release to help conserve native species of fish is increasingly popular. As will be appreciated by those who enjoy and are skilled in the art of fishing, particularly fly fishing, it is desirable to balance the rod and reel at the grip in the fisherman's hand. It is also desirable to catch and release fish to preserve them and to keep track of the day's catch. The attached invention discloses an incremental metering device integrated into the fishing reel to tally fish caught. In addition, this invention also includes the ability to precisely match the performance of a fishing reel with the rod to which it is attached. More specifically, artisan fishing rods made of bamboo and other materials are often heavier than state-of-the-art carbon or fiberglass rods and not well balanced when coupled to modern compact and lightweight fishing reels. However, it remains desirable to have a small diameter reel for many fishing situations. These two features create a reel that addresses two needs for the modern fisherman.
The fly-fishing reel of the present invention includes an integrated incremental meter integrated into the reel mount with a magnified viewing window and detent alignment for incrementally advancing the meter in order to keep a tally of selected data, such as the number of fish caught/released, the number of miles hiked to a selected fishing spot, days spent fishing, or other data the angler may wish to tally. Further, internal to the reel, several removable weights allow the user to increase or decrease the total weight of a compact diameter reel to balance the rod to the fisherman's preference. This is particularly valuable when used with custom rods or artisan rods that are typically heavier than carbon or fiberglass. As will be recognized by those skilled in the art, these heavier reels require a larger diameter, and thus heavier, reel to maintain a desired balance point. However, it is often desirable to use a smaller diameter, more compact, reel. The device of the present invention utilizes a modular weight system for customizing the weight of the fly-fishing reel in order for an angler to use the fly-fishing reel with a variety of fly rods and still maintain a desired balance point. In this regard, by selectively altering the weight of the fly-fishing reel with the modular weight system, the balance point of the rod with the fly-fishing reel of the present invention mounted thereon can be adjusted. The fishing-reel of the present invention further includes a line retainer clip.
The above-mentioned features of the invention will become more clearly understood from the following detailed description of the invention read together with the drawings in which:
The present invention is a fly-fishing reel 10 having an incremental metering device for keeping a tally of selected data. Fly-fishing reel 10 further includes a modular weight system integrated into fly-fishing reel 10 in a simple, readily adjustable, and compact manner.
Fly-fishing reel 10 of the present invention utilizes a modular, interchangeable weighting system in order to allow the user to balance and match fly-fishing reel 10 to wood, carbon, or fiber glass rods of differing lengths and weights. While the present invention is described herein as a fly-fishing reel, there is no intention on the part of the inventor herein to limit the invention to fly-fishing but rather encompasses and could be utilized in conjunction with other types of fishing reels. While the present invention is not intended to be limited to a particular size fishing reel, in an exemplary embodiment, fly-fishing reel 10 is a small, compact reel. As will be recognized by those skilled in the art, fly-fishing reel 10 includes a reel foot, defined herein as hanger plate 30, which engages the reel seat (not shown) of the fly-rod 15. Fly-fishing reel 10 further includes a frame 40 having an inner surface 45, a spool 50 having an arbor 60, a line guard 50, and a handle 70, which, as will be recognized by those skilled in the art, allows the user to wind the spool 50.
The ability to adjust the weight of fly-fishing reel 10 and thereby adjust the balance point 20, allows the user to use compact, smaller diameter reels with longer and heavier rods. The number and size of the modular weights can be varied. In this regard, in an exemplary embodiment, fly-fishing reel 10, utilizes at least two removable weights, defined for purposes of illustration herein as an outer counterweight 100 and an inner counterweight 110. In an exemplary embodiment, outer counterweight 100 and an inner counterweight 110 are in a concentric relationship and are removably securable to the frame 40, preferably to the inner surface 45 of the frame 40, by means of threaded fasteners 120. Further, the fact that outer counterweight 100 and an inner counterweight 110 are removably securable to the inner surface 45 of frame 40 allows the user to increase or decrease the total weight of a compact diameter fly-fishing reel 10 to balance the rod to the fisherman's preference. As stated above, the number of modular weights is variable and can be increased. This is particularly valuable when used with custom rods that are heavier than carbon or fiberglass and a small diameter fly-fishing reel 10 is desired. The weighting system could be discrete weights or fill material such as powder-based weight, a dense liquid weight, beads, magnets, wire-shaped weight etc. In an exemplary embodiment, the modular weights are different sizes, define arcuate circular segments and define substantially concentric counterweights, i.e. outer counterweight 100 and an inner counterweight 110. This arrangement allows four different weight combinations to be utilized thus allowing for greater adjustment of a preferred balance point. In this regard, and in order of lightest to heaviest combinations, fly-fishing reel 10 could be utilized alone; without an additional counterweight; fly-fishing reel 10 could be utilized with only the inner counter weight 110; fly-fishing reel 10 could be utilized with only the outer counterweight 100; or fly-fishing reel 10 could be utilized with both outer counterweight 100 and an inner counterweight 110 as illustrated in the Figures. Further, it will be appreciated that counterweights 100 and 110 could be made from various dense metals such as brass, lead, palladium, tungsten, or platinum. It will also be appreciated that counterweights 100 and 110 could be split such that four arcuate counterweights are provided for greater variability of weight combinations. Additionally, fly-fishing reel 10 further includes a front and rear line retainer clip 80 secured to the base of hanger plate 30 for securing the fishing line when not in use.
The incremental metering assembly 150 shown in the Figures is, in an exemplary embodiment, a mechanical device. The incremental metering assembly 150 is comprised of an incremental meter wheel 160 having numeric indicia 165, detent ball bearings 175 and springs 185 adapted for detent alignment for positioning the meter wheel 160, and a magnifier lens 195 adapted to make selected numeric indicia 165 easier to read. The incremental meter assembly 150 is integrated into the hanger plate 30 with a viewing window defined by meter lens 195. Incremental metering assembly 150 could incorporate a single incremental metering wheel 160 or could incorporate multiple dials for tallying different data sets. The incremental metering assembly 150 can also be used for tracking data other than fish caught such as miles walked, days spent fishing, etc. Further, the incremental meter system could also be electronic. In this regard, as illustrated in
It will be appreciated by those skilled in the art that fly-fishing reel 10 of the present invention also includes an adjustable, variable drag providing fine adjustment across a wide dynamic range of drag. In this regard, fishing-reel 10 utilizes a click and pawl variable drag system having a directional pawl cam 275, a drag gear 280, at least a pair of thrust bearings 285 and a cork washer 290. The directional pawl cam 275 engages drag gear 280. The pawl cam 275 is adapted to provide compact high-load drag resistance in one direction. Further, it will be appreciated that it is desirable to be able to reverse the take-up reel direction in order to accommodate both right- and left-hand anglers. In this regard, by removing screws 295 and reversing pawl cam 275 and re-securing the pawl cam 275 to the inner surface 45 of the frame, the take-up reel direction can be reversed. A wire clicker 300 engages a clicker gear 305 on the inner surface of the spool 50 and provides audible click in both directions. The spring loaded drag knob 310 provides fine adjustment and large dynamic range drag.
While the present invention has been illustrated by description of several embodiments and while the illustrative embodiments have been described in detail, it is not the intention of the applicant to restrict or in any way limit the scope of the appended claims to such detail. Additional modifications will readily appear to those skilled in the art. The invention in its broader aspects is therefore not limited to the specific details, representative apparatus and methods, and illustrative examples shown and described. Accordingly, departures may be made from such details without departing from the spirit or scope of applicant's general inventive concept.
This application claims the benefit of U.S. Provisional Patent Application No. 62/477,007, filed on Mar. 27, 2017, which is incorporated herein in its entirety by reference.
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Number | Date | Country | |
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20180271079 A1 | Sep 2018 | US |
Number | Date | Country | |
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62477007 | Mar 2017 | US |