Fixed spool fishing reel

There is disclosed a fixed spool fishing reel having a spool holder and a winding mechanism including a rotary bail arm, and a spool having a spool portion on which the line is wound with a skirt portion of larger diameter than the spool portion, the spool portion having, or the skirt portion having on its rim adjacent the spool portion, a pommel over which a loop of line from the spool can be trained to be retained thereon, when it is pulled axially at the end of a cast, to check the cast but to be automatically released therefrom as a result of a pull on the line rotating the spool and/or the bail arm to alter the angular deviation of the line around the pommel.

This invention relates to fixed spool fishing reels.

Conventional such reels have a spool holder and a winding mechanism including a rotary bail arm, and a spool, usually interchangeable, having a spool portion, on which the line is wound, with a skirt portion of larger diameter than the spool portion and which serves to mount the spool in the reel.

The skirt portion in most designs of fixed spool reel has a line retaining clip, this being situated on the rim of the skirt portion adjacent the spool portion. Its intended purpose is to hold the end of the line, when the spool is not being used, and prevent the line from unravelling.

When fishing using a rod fitted with a fixed spool reel it is desirable or even essential to limit the distance that the bait is propelled when casting.

A common method is to find an optimum position by casting short of the target and estimating a further amount of line that could be payed out safely. The angler then secures the line on the spool with an elastic band or similar or to use the line clip (usually fitted on a fixed spool reel). The line is wound back on to the reel and recast towards the target area, this time the cast is limited by the securing means but a further amount of line may be required to reach the target spot. This entails removing the tether, paying out more line and resecuring it to the spool. This process may have to be repeated several times.

The use of an elastic is labourious and it does not stand up to repeated casting, it can also interfere with the windings on the spool.

The use of the line clip is more convenient but in general it is not designed for this purpose (it is to secure the end of the line to prevent the line coming off the spool when not in use). In practice it is difficult to hook the line under and because of the pressure exerted by the clip it causes line damage; this is made worse when it is used as a casting limiter by the “snatch” which occurs as the line reaches this limit. It can be disastrous if a fish surges as it acts as a solid stop that can cut through the line. In any event, line damage is intolerable.

The present invention provides a means for securing a loop of line for the purpose of target casting that is more convenient to use than the elastic band or conventional line clip, and which does not cause any damage to the line.

The invention comprises a fixed spool fishing reel having a spool holder and a winding mechanism including a rotary bail arm, and a spool having a spool portion on which the line is wound with a skirt portion of larger diameter than the spool portion, the spool portion having, or the skirt portion having on its rim adjacent to the spool portion, a pommel over which a loop of line from the spool can be trained to be retained thereon when it is pulled axially at the end of a cast, to check the cast, but to be automatically released therefrom as a result of a pull on the line rotating the spool and/or the bail arm to alter the angular deviation of the line around the pommel.

The pommel may have a shallow undercut—as compared to the deep undercut of the conventional line retention clip—and a line exit portion that has a surface which guides the line out of the undercut as the exiting line is pulled towards the axial direction of the spool.

The pommel may have an associated line retainer of flexible construction.

A plurality of pommels may be spaced around the spool.

The drawings illustrate a fixed spool fishing reel11having a foot12by which it is secured to the butt of a rod13. The reel11has a winding mechanism comprising a winding handle14and a gearbox15by which a bail arm16is rotated which winds the line17on to a spool18and which can be set to an “off” position to allow the line to run freely overend the spool18for casting. Although termed “fixed spool”, the spool18is actually able to rotate freely or against an adjustable drag, or be locked against rotation, the mode being set by controls on the reel.

The spool18is removable, so that a different spool, with a different weight of line, can be substituted.FIG. 2shows a conventional spool18comprising a spool portion18aon which the line17is wound and a skirt portion18bby which it is mounted in the reel11. The skirt portion18bhas a line retaining clip19on its rim adjacent the spool portion18a. The line17is shown retained in this clip, which is intended to hold the end of the line, when the spool is not in use, against the line17unravelling.

This clip19is sometimes used by anglers for target casting. In order accurately to hit a selected spot, the angler limits the cast by means of a tether at the appropriate line location on the reel. The clip19is used as the tether, but it is not really suitable—it has not been designed for this purpose—as it can damage the line, and damaged line means lost catches.

The invention replaces the clip19with a pommel21as seen inFIG. 3, and as shown in more detail inFIGS. 6 and 7. The pommel21has a shallow undercut22and a line exit portion23that has a surface which guides the line17out of the undercut portion22as the exiting line is pulled towards the axial direction of the spool18.

This action is best illustrated inFIGS. 3,4and5. In the situation ofFIG. 3, where a loop17aof line17from the spool18is trained over the pommel21, the situation being at the end of a cast, when the line17is being pulled axially off the spool. In this situation, the line17is caught on the pommel and no further line can escape.

In the position ofFIG. 4, the line is trained over the pommel21and the roller of the bail arm16. As the bail arm16and the pommel21move relatively to the position ofFIG. 5, the angle of the line17on the pommel21changes so as to slip it off the pommel—this can allow a fish to run with the bait, without risking damage to the line.

A rubber or spring plastics material line retainer24holds the line17against accidentally falling out from engagement with the pommel.

The pommel21can thus be used exactly as the prior art line retaining clip19is used—or, rather, misused—without the attendant disadvantages of line damage or breakage.

A line retaining clip19can still, of course, be provided—the pommel21may be fabricated on top of it.

The pommel arrangement may be moulded in or machined out of the rim of the spool18.

On some reels, the spool and skirt are separate—on such reels, the pommel can be arranged on the skirt portion exactly as if it was integral with the spool, or, of course, on the rim of the spool itself.

In practice, as the spool of line rotates towards the position of the bale arm roller, the tether is released some distance before the bale arm roller becomes aligned with the tether.

Because of the curved nature of the tether no damage to the line takes place even with continuous casting of heavy weights or feeders, etc.

A plurality of pommels may, of course, be arranged around the spool.

The tether may be adapted for use on left or right hand wind reels, or alternatively, for use equally on both, and because of its rugged construction it can be used with heavy breaking strain lines as well as light breaking strain line.

Chromium plating or similar plating may help to reduce friction on the tether.

An electronic indication may also be of assistance to the angler to indicate that the tether has been released.