US2854200A

US2854200A - Level winding spinner reel

Info

Publication number: US2854200A
Application number: US583099A
Authority: US
Inventors: John F Montgomery
Original assignee: Individual
Current assignee: Individual
Priority date: 1956-05-07
Filing date: 1956-05-07
Publication date: 1958-09-30
Anticipated expiration: 1975-09-30

Description

Sept. 30, 1958 J. F. MONTGOMERY LEVEL WINDING SPINNER REEL Filed May 7, 1956 Jamar A fiowraaw ey E Y M W 'ATTUR/VEV United States LEVEL WINDING SPINNER REEL John F. Montgomery, Indianapolis, Ind.

Application May 7, 1956, Serial No. 583,099

7 Claims. (Cl. 242--84.21)

This invention relates to a spinning type reel which may be employed for casting, trolling, or even still fishing.

Primary objects of the invention are to provide a simple construction with the minimum number of parts rugged in nature, permitting a relatively low cost of production; a positively non-rotating line spool; means for level winding of the line about the spool; a spooling member always in fixed connection with the line winding crank; winding of the line either in a clockwise or anti-clockwise direction, and a line flow, variable braking action without actual pressure against the line itself in a snubbing action.

These and many other objects and advantages of the invention will become apparent to those versed in the art in the following description in one particular form of the invention as illustrated in the accompanying drawing, in which,

Fig. 1 is a view in longitudinal, horizontal, diametrical section through a structure embodying the invention;

Fig. 2 is a view in vertical section on the line 2-2 in Fig. 1;

Fig. 3 is a view in transverse vertical section on the line 33 in Fig. 1;

Fig. 4 is a view in side elevation of the finger of the level winding mechanism; and

Fig. 5 is a view in end elevation of the finger.

In the one form of the invention as now best known to me, and as illustrated in the drawing, there is a body generally cylindrical in nature, hollow and having an internal end wall 11 from which extends in substantially the same plane an external annular flange 12.

A shaft 13 is revolubly mounted through the wall 11 axially of the body 10, and carries a bevel gear 14 within the body 10. A second bevel gear 15 is fixed to the end of a spindle 16 which extends radially through the outer curved wall of the body 10, supported by a bearing 17, to have the gear 15 in constant mesh with the gear 14 Within the body 10. The spindle 16 carries a double ended crank 13 on its outer end in a fixed manner to have the outturned finger grips 19 and 20 secured at respective ends thereof.

A shell 21 extends axially and outwardly from the wall 11, and receives the shaft 13 therethrough. Within the shell 21, there is a sleeve 22 slidingly fitting within the shell, and slidingly receiving the shaft 13 therethrough. The shaft 13 has a crossing right and left hand thread 23 therearound within the shell 21.

The sleeve 22 carries a radially extending pin 24 to be rotatable about an axis extending radially of the sleeve. The pin 24 has an end thread follower 25, Figs. 4 and 5, constantly engaged in the thread 23. This combination of the threaded shaft 13, the surrounding sleeve 22, and the pin 24 is the well known assembly of a level winding apparatus commonly employed in fishing reels.

A line spool 26 is revolubly mounted about the outside of the shell 21, but is held positively against turning around the shell 21 by means of a pin 27 carried by the sleeve 22, extending through a slot 28 longitudinally of the shell 2,854,200 Patented Sept. 30, 1958 ice 21 and entering the spool 26, Fig. 1. The pin 27 therefore prevents turning of the sleeve 22 about the shaft 13 and also the turning of the spool 26 about the shell 21 so that the sleeve 22 and the spool 26 are confined to longitudinal travel in respect to the shell 21.

The shaft 13 extends axially beyond the shell 21 by a reduced diameter portion 29. The entire shaft 13 and the extension 29 are axially bored to receive slidingly Within the bore 3-8 a rod 31. This rod 31 has a length appearing within the housing body 10 and slidably extends on through into the reduced diameter portion 29. A collar 32 is slidingly carried along the shaft extension 29, and carries a pin 33 which extends diametrically through the extension 2* through a slot 34, and this pin 33 also extends diametrically through an end portion of the rod 31. Thus, the collar 32 may be reciprocated along the shaft extension 29 by axial shifting of the rod 31 through the shaft. The structure in this regard is best shown in Fig. 2.

The shaft extension 29 terminates by a threaded end portion 6%), the slot or bifurcation extending through this end portion. There is a shoulder 35 appearing between the end portion 6a; and the portion of the shaft extension on which the collar 32 slides.

A spooling member 36 of a bell shape centrally receives the end portion 61) therethrough, and a nut 37 is employed to clamp the member 36 against the shoulder 35 so that the member 36 will be rotatably carried by turning of the shaft 13.

Within the member 36, there is an arm 38 extending inwardly thereof, and on this arm 38 there is a rocking lever 39 pivoted by one end thereto. A spooling finger 41 is rockably connected to the other end of the rocking lever 39, and extends generally radially to have its outer end guided through an opem'ng 41 through the major diameter portion of the member 36. The finger is normally urged to the position shown in Fig. 1 whereby its outer end does not extend beyond the outer surface of the member 36, and this inward urging of the pin 40 is accomplished in any suitable manner, such as by a spring 42 interposed between the inner surface of the member 36 and an abutment 43 on the finger. The rocking lever is in the path of the collar 32 whereby shifting of the collar 32 along the shaft extension 29 will rock the lever 39 outwardly and in turn push the finger 4% to extend beyond the outer surface of the member 36 The rod 31 extends, as above indicated, axially of the body 111, and carries a short length of a worm 44 in a fixed position thereon spaced from a gear 14. Surrounding the rod 31 between the gear 14 and the worm 44 is a coil spring 45 normally positioning the rod 31 as indicated in Fig. l. The worm 44 may be made either a separate or an integral part of the rod 31, herein shown, Fig. 2, as being an integral part.

The rod 31 extends on beyond the worm 44 to carry a head 46 of any suitable shape, herein shown as being frusto-conical. This head 45 serves two purposes, namely as a member by which the rod 31 may be pushed axially of the shaft 13, and also as a brake member.

The body 10 carries an enclosing cap 47. Axially extending through this cap 47 is a plunger 48 axially aligned with the rod 31. This plunger 48 carries an external head 49 and between that head 4? and the cap 47 and surrounding the plunger 48 is a coil spring 50 normally urging the head 49 outwardly from the cap 47. This outward travel of the plunger 48 is limited by a stop 51 on the inside of the cap 47, fixed to the plunger 43. This stop 51 is normally spaced from the head 46, but serves to bear thereagainst when the plunger head 49 is pushed inwardly toward the cap 47. The stop member 51 is provided with 'a matching cup inner end '52 to engage frictionally around the head 46. The internal diameter of the cup 52 maybe made to be such .thatflthe head 46 is engaged before it strikes'the bottom of the cup, or theflat end of the'head and'the flatbottomof the-cup 52 may serve as the braking surface betweenthe-two members.

A dog '53 isrockably carried within the body 10, herein shown in the one particular form as being pivoted to the cap 47 toextendinwardly therefrom andhave a'finger 54 engage between the threads of the worm '44, the dog 53 being yieldingly urged'theretowardby'means of a spring 55. %Furthermore, this dog 53'has a portion, herein shown as the shoulder 56 lying in the path of but normally spaced fromthe rim of'the cup 52. Travel inwardly of the body bythe cup '52 will disengage-the finger 54 from-the worm '44.

While not necessaryin the overall combination, yet it is advisable to provide a closure cap 57 to protect the spooling member '36, the spool 26, and'the level winding mechanism from the elements 'as well as from sand and mud which are generally encountered in a fishing expedition. This cap 57 is provided with an eyelet 58, and is engaged about the periphery-of the flange 12. The line 59 carried about the spool 26 extends upwardly over and around the spooling member 36, and thence downwardly and outwardly throughtheeyelet58 toextend along the pole (not shown). It is to be understood thatthe device described will be mounted on the pole in any suitable or conventional manner, the details of which do not enter into the invention per-se.

Operation Assuming that the spool '26 is'empty to begin with, the cap '57 is removed, andthecrank 18is turned to drive the shaft 13 until the spool 26 is brought to its position substantially againstthe wall 11. This travel of the spool 26 is set up as the shaft 13 turns by the pin or follower finger 24 feeding the sleeve 22 along the shell 21 by the engagement of the portion in the thread 23, in turn liding the pin 27 along the slot 28 thus carrying the spool 26 -along theshell 21 accordingly. 7

With the spool 26 in that position adjacent the Wall 11, the'line 59 maybe wound around the spool, and then'carriedstherefrom upwardly and around the spooling mem- --ber'36 and threaded .through the eyelet 58, and then the cap '57 is positioned over the flange 12.

Assuming that thefisherman wants to cast, the structure with all of the .elements positioned as indicated in Fig. 1 is :allowed to .remain as shown, and the cast is made whereupon the line 59 is free to travel from .the spool 26 around the periphery of the .spooling member 36 and outthrough the eyelet 58. The free running of the line 59 may be stopped by pushing on the button 49 to carry the cup 52 against the head 46 and thu push the rod 131 axially of the shaft13 and carry the collar 32 against the rocking lever 39 to force the finger outwardly from the periphery of the spooling member 36, and thus have the outer end of the finger 40 to be in the path of the 'line 59 as it comes around the spooling member. Without holding the crank 18, this will serve as a braking action on the free running of the line 59, since the spooling member 36 withsuflicient outward pull on the line 59 will turn, and also cause the gears 14 and 15 .to turn, this condition being indicated by the turning of the crank 18. Of course the line 59 may be completely stopped from running out of the reel by holding the crank 18against turning, and at the same-time holding the button 49 in its inward position of travel. Release of the button 49 permits thespring 50 to disengage the cup member 52 from the head 46, and allow the spring to return the rod 31 to its normal position, the dog 53 .beingreleased also so that its finger 54 will drop on the worm 44, and as the rod 31 comes back, the finger 54 will find its position between adjacent threads of the worm 44.

To rewind the line 59 on the spool 26, the button 49 is again depressed, 'to'carry the-finger 40 outwardly "beyond the periphery of the @ooling member 36, and the crank 18 is then turned by either one of the members 19 or 20 so that the spooling member 36 is turning and at the same time the line 59 is carried around the spooling member 36 in sliding engagement with the end of the finger 40 so that the line .59 isithus wrapped around the spool 26, at the same time thespool 26 .is being reciprocated along'th'e shell '21 by the levelwindin'g mechanism. it is to be noted that when the butt0n'49 is sufficiently depressed, that is the cup 52 is urged forciblyv against the head 46, enough pressure-canbe exerted toprevent rotation of the shaft 13,by reason of the pin 33 extending across the shaft extension 29 thus restraining turning of the shaft 13. In this manner, a positive stoppage of the outward travel of the line 59 is set up so that in such a condition, the crank 18 itself does not turn. The line may be paid out as conditions require --by releasing somewhat the :pressure on the button 49, and then the line again stopped by additional pressure applied against the button 49.

Now there is an automatic line winding-in action without touching the button 49. This actionis setup through travel of the worm 44 along the dog finger 54. In this action, turning of the crank 18 in a line winding direction, causes the shaft 13 to turn and also turns the rod 31 causing the rod 31 to travel longitudinally of the shaft v1.3 and advance the-collar 32 to extend the finger 40 into line engagement-by reason of the screwthread action between the Worm 44 and the finger 54. This longitudinal travel of the rod 31 ceases-when the finger-54 drops back of the worm 44, between itand. the head 46. Thefinger thus retains the rod 31 in the line winding position until released by pushing on the button 49 lifting the dog 53 to allow the spring 45 to .shiftthe-rod 31'back :and bringthe worm 44 into the path of the finger 54 which, upon release of the button 49 will allow the finger to drop. into the:worm thread and normally hold the rod 31 against longitudinal travel, until the .crank 18 is again turned or the button 49 pushed.

While I have herein shown and describedmy invention in the one best'form as .nowvknown to me, the description has been made in reference to simplest possible. form in respect to bearings and the like, it being understood-of course that suitable anti-friction bearings maybe employed particularly for the shaft 13 where it extends through the wall 11,=and other changes maybe ,madeall without departing fromthe spirit of the invention and I therefore do not (1%l18-t0b6 limited tothat precise form beyond the limitations which may be imposed by the following claims. I claim:

1. A fishing reel comprising abody; a hollow cylindrical member extending from the body; a shaft rotatably extending from the body and axially through said..mem-

ber; .means carried by the body for rotating said shaft;

I crossing right and left hand threads around said shaft within said member; a sleeve about said shaft within said member; a pin carried .by the sleeve extending into the paths of said threads;.a.spool carried-on said member; said member being slotted longitudinally along one side thereof; a pininterconnecting said sleeve and said spool through said slot setting up a reciprocating travelofsaid spool while holdingthe spool against rotation about the member; said shaft'being fixed against longitudinal travel; a spooling member fixed to androtatable with said shaft beyond said cylindrical member; a finger reciprocably carried by said spooling member to'have an end portion extendible beyond and retractible from the periphery of the spooling member; a rod slidably extending longitudinally into said shaft, and by an end portion extending into said body; a collar about said s'lidable shaft; said rod adapted .to shift said collar along the shaft and shift said finger into its extended position; and means adjacent the 5 end of said rod Within said body adapted to shift said rod to shift said finger.

2. The structure of claim 1 in which said rod is rotatively connected with said shaft, and braking means resisting shaft rotation interposed between said rod and said rod shifting means.

3. A fishing reel comprising a shaft; means for driving the shaft; a line spool mounted concentrically of the shaft; rectilinear spool drive means reciprocating the spool longitudinally of the shaft, said spool being held against revolving about the shaft; a line spooling member fixed on said shaft adjacent said spool; a line engaging finger carried by said member extendible beyond and retractible from the periphery of the member; a rod slidably carried within and longitudinally of and rotatably driven by said shaft; a slide member about said shaft; means interconnecting the slide member through said shaft With said rod; means interposed between said slide member and said finger setting up travel of the finger actuated by travel of said slide member; a brake member for resisting rotation of the rod and shaft at the end of and normally removed from said shaft; and means shifting said brake member into braking action.

4. The structure of claim 3 in which there is a latch member normally retaining said rod in a finger extended position; said latch means being released by travel of said brake member toward said rod.

5. The structure of claim 3 in Which there is spring means urging said rod into a finger retracted position; threaded latch means adapted to extend said finger; said latch means comprising a worm about said rod and a dog yieldingly urged against said worm causing said rod upon its rotation to advance said finger to extended position, the Worm threads terminating in respect to said dog when said finger is in said extended position; said dog being moved from the path of said Worm by said shifting of said brake member.

6. A fishing reel comprising a body; a shaft revolubly carried by the body; means driving said shaft; a spool carried by the body longitudinally shiftable thereof; means reciprocating said spool and maintaining it against rotation relative to said body; a spooling member fixed on said shaft axially of and adjacent to said spool; a rod reciprocably extending through said shaft; means revolubly interconnecting the rod and the shaft; a finger reciprocable through said spooling member to projected and retracted position and biased to a retracted position within the member; means actuated by travel of said rod toward said member urging said finger outwardly of the member; means biasing said rod to a finger retracted position; an abutment on said rod; a dog in the path of the abutment normally biased theretoward to drop behind the abutment when said rod is shifted to said finger projected position; a plunger axially aligned with said rod normally removed from and shiftable into braking contact with said rod and adapted to shift said rod to finger projected position; said dog being also in the path of said plunger to be moved out of the path of said abutment by the shifting of said plunger.

7. The structure of claim 6 in which said abutment has a threaded portion extending therearound and said dog entering said threaded portion upon a line rewind rota tion of said shaft, rotation of the shaft turning said rod to advance the rod by means of said dog-to-thread engagement to extend said finger from said member.

References Cited in the file of this patent UNITED STATES PATENTS 2,515,896 Rakoczy July 18, 1950 2,538,153 Guthrie Jan. 16, 1951 2,583,465 Brown Jan. 22, 1952 2,670,908 Hill Mar. 2, 1954