CN1317234A - Handle for braking wire guider - Google Patents

Handle for braking wire guider Download PDF

Info

Publication number
CN1317234A
CN1317234A CN01116263A CN01116263A CN1317234A CN 1317234 A CN1317234 A CN 1317234A CN 01116263 A CN01116263 A CN 01116263A CN 01116263 A CN01116263 A CN 01116263A CN 1317234 A CN1317234 A CN 1317234A
Authority
CN
China
Prior art keywords
leg
trigger piece
stretches out
guiding device
cable guiding
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN01116263A
Other languages
Chinese (zh)
Inventor
罗伊·斯蒂纳
康永吉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Brunswick Corp
Original Assignee
Brunswick Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from US09/545,940 external-priority patent/US6267311B1/en
Application filed by Brunswick Corp filed Critical Brunswick Corp
Publication of CN1317234A publication Critical patent/CN1317234A/en
Pending legal-status Critical Current

Links

Images

Classifications

    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K89/00—Reels
    • A01K89/01—Reels with pick-up, i.e. with the guiding member rotating and the spool not rotating during normal retrieval of the line
    • A01K89/0108—Pick-up details
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K89/00—Reels
    • A01K89/01—Reels with pick-up, i.e. with the guiding member rotating and the spool not rotating during normal retrieval of the line
    • A01K89/01121—Frame details

Landscapes

  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Animal Husbandry (AREA)
  • Biodiversity & Conservation Biology (AREA)
  • Fishing Rods (AREA)

Abstract

A rotor assembly for a fishing reel comprises a rotor having a first rotational axis, a bail assembly that is repositionable relative to the rotor between cast and retrieve positions, and a trigger that is movable relative to the rotor around a second axis between normal and actuated positions. The bail assembly is movable from the retrieve position toward the cast position as an incident of the trigger moving from the normal position to the actuated position. The trigger has a forward projecting leg. A gripping portion is applied to the forward projecting leg to facilitate engagement of the forward projecting leg by a user.

Description

The trigger piece that is used for the braking wire device
The application is same pendent application No.09/189 at that time, divide an application for one of 684, the former submitted on November 10th, 1998, its denomination of invention is " having the reel on the fishing rod of the cable guiding device that activates with trigger piece ", authorize now, its patent No. is a U.S. Patent No. 6,056,221.
The present invention relates to the reel of fishing rod, more particularly, relate to a kind of fishing rod reel with cable guiding device (bail assembly), this cable guiding device can move to the parabola position from the take-up position selectively by the operation trigger piece.
A kind of well-known fishing rod has adopted one thereon with the rotor of a cable guiding device with the reel structure.This cable guiding device can be reorientated between a parabola position and a take-up position.On the take-up position of cable guiding device, the rotation of rotor makes cable guiding device twine fishline around a spool.By cable guiding device is repositioned onto on the parabola position from the take-up position, just can freely emit the hook line from spool.
There are several modification in this class reel, and they allow to reorientate cable guiding device by different modes.In the simplest form of this system, require the user to grasp cable guiding device and make its swing, so that cable guiding device is moved to the parabola position from the take-up position.
For fear of must directly engaging with cable guiding device, the trigger piece of once in some this reel, packing into.In one form, trigger piece is contained on the rotor, to follow its motion.Adopt such trigger piece, rotor is reorientated, trigger piece directly being placed on below the fishing rod, thereby allow the user to hold fishing rod and reorientate trigger piece with one.When trigger piece when its normal position moves to its actuated position, one or a few finger that activates trigger piece draws back fishline from the fishline roller, thereby fishline is held by finger, and prevents that fishline from being emitted thus when beginning parabola.Subsequently, the user is by desired direction pushing fishing rod and unclamp fishline simultaneously, to carry out parabola.
In another form, trigger piece is contained on the coiling wheel carrier, thereby rotor rotates with respect to trigger piece.The assignee provides a kind of reel of this class at this, and it can be considered to HYPERCAST Fishing reel.HYPERCAST Fishing reel will be designed so that trigger piece can reorientate cable guiding device, and no matter the position of rotation of rotor how.HYPERCAST The structure of a kind of form of fishing reel is shown in U.S. Patent No. 5,620, in 149.
The assignee also provides another feature of its reel at this, and this feature makes that need not the operator contacts fishline in whole parabola operation.The assignee thinks that this feature is SNAPSHOT The fishline maintaining body.Reel with this feature has adopted the arm that can swing, and this arm has a pin at its free end away from the swing position of arm.The operation of trigger piece is carried out and is reorientated cable guiding device and reorientate two kinds of functions of pin arm.When trigger piece activated, cable guiding device moved to the parabola position from the take-up position.When activating fully, pin arm is moved, thereby free-ended pin be positioned at control line on the cable guiding device near, to control fishline and to prevent that it from emitting.Pin arm is subjected to the spring bias voltage, thereby when unclamping trigger piece, pin arm is reorientated, and so that pin is moved apart control line, thereby emits fishline, and this moment, cable guiding device remained on the parabola position.This feature is in U.S. Patent No. 4,921, and 188 and No.5, shown in 154,369.
SNAPSHOT The cable guiding device with the trigger piece operation in the fishline maintaining body is successfully proposed for many years by this assignor.By adopting some to have to be contained in the reel of epitrochanterian trigger piece, trigger piece is mounted to can be around an axis swing that intersects with the axis of oscillation of cable guiding device.Trigger piece promotes pin arm with cam, and the latter pushes cable guiding device to the parabola position from the take-up position with cam again.
The grip portions of tradition trigger piece is used the hard material manufacturing usually, and its sense of touch may be bad.The user may feel under the weather, particularly after the repetitive operation trigger piece.
In one form, the present invention relates to a kind of rotor assembly that is used for fishing reel, this rotor assembly comprises rotor, a cable guiding device and a trigger piece with one first rotation, wherein said cable guiding device can be reorientated between parabola position and take-up position with respect to rotor, and described trigger piece can move between normal position and actuated position around one second axis with respect to rotor.When making trigger piece when the normal position moves to actuated position, cable guiding device can be shifted to the parabola position from the take-up position.Trigger piece has a leg that stretches out forward.On this leg that stretches out forward, be provided with a grip portions, so that the leg that user's grasping is stretched out forward.
In one form, the leg that stretches out is forward then used the second material manufacturing different with first material with the first material manufacturing, grip portions.
Comparable first material softness of second material.
In one form, second material is the polymer with Durometer A hardness 60～75.
In one form, the leg that stretches out forward has a free end, and grip portions surrounds the free end of the leg that stretches out forward.
In one form, be provided with a projection on one in leg that stretches out forward and grip portions, and being provided with a dimple that is used for projection in leg that stretches out forward and grip portions another, this dimple and projection complementation are with leg and the grip portions interlocking that will stretch out forward.
Dimple can be made of an elongated slot on the leg that stretches out forward.
On the leg that stretches out forward, can limit a plurality of dimples by a plurality of elongated slots.
In one form, the whole leg that stretches out forward that passes of elongated slot extends.
The invention still further relates to a kind of trigger piece that is used to activate the cable guiding device on the fishing reel, this trigger piece has a mounting portion that can be fixed on the bearing that is used for trigger piece, so that trigger piece can be moved between normal position and actuated position, thereby between parabola position and take-up position, change cable guiding device, described trigger piece also has leg that stretches out and the grip portions that is added on the leg that stretches out, the latter helps the leg that user's grasping stretches out and operates on it, so that trigger piece is changed over actuated position from the normal position.
The leg that stretches out can be with the first material manufacturing, and grip portions is with a kind of second material manufacturing different with first material.
Comparable first material softness of second material.
Second material can be the polymer with Durometer A hardness 60～75.
In one form, the leg that stretches out has a free end, and grip portions surrounds the free end of the leg that stretches out.
In one form, be provided with a projection on one in leg that stretches out and grip portions, and be provided with a dimple that is used for above-mentioned projection in leg that stretches out and grip portions another, this dimple and projection complementation are with leg and the grip portions interlocking that will stretch out.
In one form, dimple is made of an elongated slot on the leg that stretches out.
Can limit a plurality of dimples by a plurality of elongated slots on the leg that stretches out.
In one form, the whole leg ground that stretches out that passes of elongated slot extends.
In one form, the leg that stretches out has a length, and trigger piece has one second long leg and the 3rd long leg, and second long leg has one section length of extending transverse to the length direction of the leg that stretches out, and the 3rd length has a length of extending transverse to the length direction of second long leg.
In one form, the mounting portion is positioned on the 3rd leg and a jack that is used for installation elements is arranged.
Brief description of drawings
Fig. 1 is the decomposition diagram that the part of fishing reel is represented in a schematic way, and it has a rotor assembly of the present invention that is combined in wherein;
Fig. 2 is the front elevation of rotor assembly shown in Figure 1, and wherein trigger piece is in the normal position on rotor assembly, and cable guiding device then is in the take-up position thereon;
Fig. 3 is the end view of rotor assembly shown in Fig. 1 and 2, and wherein trigger piece moves to actuated position from the normal position of Fig. 2, and cable guiding device then moves to the parabola position from the take-up position of Fig. 2;
Fig. 4 is the view similar to Fig. 3, and trigger piece is in the normal position among the figure, and cable guiding device then is in the take-up position;
Fig. 5 is the view similar to Fig. 3, and wherein the rotor assembly central axis that is in the position shown in Figure 3 and the sub-component that rotates has rotated 90 °;
Fig. 6 is the view similar to Fig. 5, and wherein rotor assembly is in position shown in Figure 4;
Fig. 7 is the perspective view of the amplification of trigger piece, and wherein grip portions is removed from it;
Fig. 8 is the perspective view of the improved form of rotor assembly, and wherein trigger piece is in actuated position on rotor assembly, and cable guiding device then is in the parabola position on rotor assembly; And
Fig. 9 is the perspective view of rotor shown in Figure 8, and wherein trigger piece is in the normal position, and cable guiding device then is in the take-up position.
At first, wherein indicate a fishing reel with label 10 referring to Fig. 1, it have one be combined in wherein according to rotor assembly 12 of the present invention.
Should be understood that at first the present invention relates generally to the actuating of cable guiding device 14, this cable guiding device is contained on the rotor 16, in order to swing between a parabola position (seeing Fig. 3 and 5) and a take-up position (seeing Fig. 2 and 4).Have the different mechanism around central axis 18 driving rotors such as rotor 16 of countless versions at present, described central axis extends longitudinally with respect to reel 10.In U.S. Patent No. 5,004, unique example has been shown in 182, the disclosure of this patent is combined into list of references herein.Because this mechanism is not an essential characteristics of the present invention, so only it is carried out general description herein.
In Fig. 1, coiling wheel carrier 20 provides a bearing for operating mechanism 22, and rotor 16 constitutes the part of this operating mechanism.By a crank 24 rotation is passed on the axle 26 that rotor 16 is housed on it.When cable guiding device 14 was in the take-up position, this rotation was wrapped on the spool 28 fishline.
Spool 28 is contained in and passes on the axle 30 that rotor 16 and pinion extend to a swing mechanism (not shown), and this pinion has the part of protracting shown in a usefulness label 26 parts, and this swing mechanism is the part of operating mechanism 22.Axle 30 and the spool 28 on it move back and forth along axis 18 by swing mechanism, so that fishline is evenly distributed on the spool 28.
The details of rotor assembly 12 is described now.Rotor 16 is made of a cylinder 34, and this cylinder combines with wall 36 in its back.The first and second radially relative cable guiding device ears 38,40 from wall 36 stretch out forward and with axis 18 almost parallels, thereby between cable guiding device ear 38,40 and cylinder 34, keep a small gap.
Cable guiding device 14 comprises first and second arms 42,44 and is connected therebetween control line 46.At an end 48 places of control line 46, a fishline roll assembly 50 is arranged on the tie point place of control line 46 and pressure hook arm 42, to work by traditional approach.
Arm 44 has an erection column 52, and it radially upcountry extends through a hole 54 of passing cable guiding device ear 40.Arm 42 has a straight basically surface 55, this surface with respect to first axle 18 radially inwardly, and arm 42 is contained on another cable guiding device ear 38 by a pin 56, thus, erection column 52 and pin 56 guiding are swung around second axis 58 with respect to rotor 20 as the cable guiding device 14 of a unit.Cable guiding device ear 38 has a straight substantially surface 59, and it directly exposes and face the surface 55 of the arm of cable guiding device.When cable guiding device 14 is reorientated, led relative to one another in surface 55,59 around second axis 58.Erection column 52 is held in place with traditional clip 60,62 respectively with pin 56.
Cable guiding device 14 is driven into parabola position or take-up position swingably by the bias mechanism 64 of an off-centre.Eccentric bias mechanism 64 has traditional structure.Briefly, Pian Xin bias mechanism 64 comprises that an axle spare 66, is coupling and receives an element 68 and a helical spring 70.Axle part 66 has a column 72, and it is contained on the arm 42 of cable guiding device swingably in a position of departing from second axis 58.Axle part 66 is through springs 70 and pass to be coupling and receive the hole 74 of element 68 and stretch out.Be coupling and receive element 68 column 76 is arranged, this column is imported in the cable guiding device ear 38, so that be parallel to the rotation of column 72 and be spaced from the axis rotation of a segment distance around one.
Column 72,76 will relatively be located, thereby when cable guiding device 14 was shifted to the take-up position, spring 70 was at axle spare 66 and the effect of receiving between the element 68 that is coupling, so as on cable guiding device 14 the one-revolution square, cable guiding device 14 is driven into the take-up position fully.In case cable guiding device 14 is shifted to the parabola position from the take-up position, crosses eccentric position, then spring 70 is at axle spare 66 and the effect of receiving between the element 68 that is coupling, so that cable guiding device 14 is driven into the parabola position fully.
Cable guiding device 14 can be repositioned onto the parabola position from the take-up position by the collaborative arrangement of trigger piece 78, pin arm 80 and cable guiding device arm 42.Trigger piece 78 is contained on the column 82 of cable guiding device ear 38, and can swing between normal position shown in Fig. 2,4 and 6 and the actuated position shown in Fig. 3,5 around the 3rd axis 84.The pin arm 80 of cooperating with trigger piece 78 is contained on the ear 38 by a pin 86, thereby can be around four axistyle 88 with respect to rotor 20 rotations.
When cable guiding device 14 is in the take-up position, the pin arm 80 that trigger piece 78 makes trigger piece 78 contact with pin arm 80 and promotes along the direction of arrow 90 to rotate around axis 88 to the swing of actuated position from the normal position.When doing like this, the edge 92 on the pin arm 80 rests on the column 94 of arm 42.Column 94 and axis 58 are staggered, thereby the effect of edge 92 on column 94 along the direction of arrow 96 around axis 58 cursors 42, this makes cable guiding device 14 move to outside the eccentric position between parabola position and the take-up position from the take-up position, and Pian Xin bias mechanism 64 is driven into the parabola position fully with cable guiding device 14 thus.
Now referring again to Fig. 2～7, they clearly show that the structure of trigger piece 78, pin arm 80 and the cooperation relation between them and with the cooperation relation of cable guiding device 14.Trigger piece 78 has one first long leg 98, and it has one section length of radially extending basically with respect to first axle 18.Trigger piece 78 has one second long leg 100, its have one section with respect to rotor basically along the part of circumferentially extending, that is to say, have one section along one around first axle 18 and be in substantially parallel relationship to the length that the direction of the 3rd axis 84 is extended.Trigger piece 78 has the 3rd long leg 102 that stretches out forward, and it has one section and is arranged essentially parallel to the length that first axle 18 extends.In the embodiment shown, an integrated member that limits first, second and the 3rd long leg 98,100,102 is arranged.
First long leg 98 of trigger piece 78 is fixed on the column 82 of cable guiding device ear 38 by a screw 104.Column 82 is positioned near the front end 105 of cable guiding device ear 38, and this front end 105 limits the top extension of rotor 20.Second long leg 100 has one to be essentially straight edge 106, and this edge extends along a straight line that is arranged essentially parallel to the 3rd axis 84.
Pin arm 80 has a slight curving shape that has a mounting portion 108 of thickening, and pin 86 passes this mounting portion and extends.Pin arm 80 has a slope shape part 110, it pin arm 80 from the mounting portion 108 increase with respect to first axle 18 ground when moving forward radially outstanding.The slope shape part 110 of pin arm 80 stops at leading edge 112 places of bending, and the position of described leading edge is to lean against on the straight edge 106 of trigger piece 78.When trigger piece 78 along the direction of arrow 114 (Fig. 1) when axis 84 is put to actuated position from the normal position, the straight edge 106 on the trigger piece 78 moves backward and leans against on the curved edge 112 of slope shape part 110 of pin arm 80.The continuation of trigger piece 78 swing makes straight edge 106 little by little with the cam-like structure pin arm 80 is pushed into as shown in Figure 3 the second place from as shown in Figure 4 primary importance along the direction of arrow 90.
Pin arm 80 has a recess that limits an actuation edge 118 that engages with column 94 on the cable guiding device arm 42.Column 94 is with respect to axis 58 biasings, thereby the swing from the primary importance to the second place of pin arm 80 is driven cable guiding device arm 42 to the parabola position from the take-up position by column 94, and cross the eccentric position of cable guiding device 14, thus, Pian Xin bias mechanism 64 is driven into the parabola position fully with cable guiding device 14.
Because trigger piece 78 is swung on cable guiding device ear 38 and is constructed trigger piece 78 as shown in figure, so trigger piece 78 needn't radially outwards be stacked on the cable guiding device arm 42 with respect to first axle 18.The 3rd axis 84 is preferably radially with respect to the inboard of first axle 18 on surface 59.So just allow to adopt the less trigger piece 78 of profile.
Relation between the axis 18,58,84,88 helps the cable guiding device action.The 3rd axis 84 of trigger piece 78 is positioned at the front of the axis 88 of the axis 58 of cable guiding device arm and pin arm.By trigger piece 78, can on cable guiding device 14, produce a favourable torque, and not need the user on trigger piece 78, to act on excessive power or trigger piece 78 is moved past big a unacceptable hunting range.
Thereby pin arm 80 has one to be embedded in wherein the pin 120 that stretches out from the free end 122 of pin arm 80 by the mode of cantilever beam.Pin 120 integrally moves as one with pin arm 80.When cable guiding device 14 is in the parabola position and pin arm 80 when being in the second place, pin 120 and the control line 46 that is adjacent are taked first kind of relation (seeing the dotted line position of Fig. 3), wherein, allow by the fishline of emitting around the unwinding freedom of motion of axis 18 on the spool 28.When cable guiding device 14 was in the parabola position, by pin arm 80 being repositioned at as using the second place shown in the solid line among Fig. 3, pin 120 was taked second kind of relation with control line 46.In the case, make the fishline of emitting from spool 28 on pin 120 and stop by emitting from reel 28 around the unwinding campaign of axis 18.
When cable guiding device 14 was in the take-up position, pin arm 80 was pushed into primary importance by torsionspring 124.Spring 124 has the round-shaped of band offset ends 126,128, and described end is stretched into respectively in pin arm 80 and the cable guiding device ear 38.Make spring 124 stressed, thereby usually pin arm 80 is biased into primary importance.The biasing force that produces on pin arm 80 also makes the curved edge 112 of pin arm 80 engage with trigger piece 78 and it is turned to its normal position.
Now the rotor assembly 12 from being in state shown in Figure 4 that is to say, when cable guiding device 14 is in the take-up position and the state of trigger piece 78 when being in the normal position begins the operating sequence of description trigger piece 78, pin arm 80 and cable guiding device 14.Move trigger piece 78 by the direction along arrow 114, the edge 106 usefulness cams on the trigger piece 78 promote pin arm 80, and effect one power backward on the curved edge 112 of pin arm 80 is to produce the moving towards the second place of pin arm 80.When this happens, pin arm edge 118 drives the column 94 on the cable guiding device arms 42, cable guiding device 14 is moved run off its eccentric position, and thus, eccentric bias mechanism 64 is driven into the parabola position with cable guiding device 14.When trigger piece 78 remained on the actuated position, pin arm 80 remained on the second place, and pin 120 is held in aforesaid second kind of relation with control line 46.Therefore, can prevent that fishline from emitting from spool 28.The user pushes reel and fishing rod in the desired direction when keeping this state, and unclamps trigger piece 78 simultaneously.Because cable guiding device 14 is in the parabola position, and trigger piece 78 is released, spring 124 is driven into primary importance with pin arm 80 to returning.When this happens, the curved edge 112 on the pin arm 80 acts on the trigger piece edge 106, so that trigger piece 78 is pushed back to the normal position.
Then, by crank 24 rotors 20, make cable guiding device 14 be back to the take-up position automatically.As shown in Figure 1, this frees connecting rod 130 by one and finishes, this free connecting rod cable guiding device 14 when the take-up position moves to the parabola position by the column on the cable guiding device arm 44 132 from a retracted position toward rear drive.Make and free connecting rod 130 and resisting the power that produces by helical spring 134 and move on to an extended position to its loading.When rotor 20 goes to the parabola position with cable guiding device 14, be in extended position free connecting rod 130 lean against the coiling wheel carrier 20 a part on work, and promoted forward by cam thus, so that the leading edge of freeing on the connecting rod 130 136 leans against on the column 132 of cable guiding device arm 44, thereby cable guiding device is pushed into the take-up position from the parabola position.
On cable guiding device ear 40, be provided with a removable lid 138, free connecting rod 130 and it is held in place, allow near it simultaneously with intercepting and capturing.On cable guiding device ear 38, be provided with similar, a removable lid 140, with the bias mechanism of intercepting and capturing and restriction is eccentric 64.
For the ease of operation trigger piece 78, a grip portions 142 is set on the 3rd long leg 102.Grip portions 142 is made of a kind of material that preferably is different from the material that constitutes the 3rd long leg 102.The material manufacturing that the 3rd long leg 102 usefulness can be born the operating physical force that is applied to it, this material can for example be metal, plastics or composite.The material manufacturing that grip portions 142 the most handy senses of touch are comfortable.The material of making grip portions 142 cans be compared to the material softness that constitutes the 3rd long leg 102 most.Polymer with Durometer A hardness 60～75 is suitable for this purpose.Polymer can be by preform, so that be pressed on the free end 144 of leg 102, to surround free end 144.Another kind of scheme is grip portions 142 to be molded on the due position around the 3rd long leg 102 ground.
In the embodiment shown, the 3rd trigger piece long leg 102 has the cross-sectional area that reduces perpendicular to the length of leg 102, thus, limits forward an annular shoulder 145 around trigger piece leg 102.The part 146 that size reduces forms the part of supporting grip portions 142.Part 146 have back to, straight surface 147,148 basically, directly apply polymer thereon.Between surface 147,148, partly, preferably limit the dimple slit 149 in a row of the trigger piece part 146 that reduces by diameter fully.Molded polymer flows in the slit 149 polymer on trigger piece part 146, is formed on the projection in the slit 149, and it is with grip portions 142 locks in place.The mobile backward prevention that is subjected to annular shoulder 145 further of grip portions.
Another kind of scheme is, shown in the dotted line among Fig. 7, can adopt one or more projection 150 to replace slit 149, perhaps unites use with slit 149.Polymer flows around projection 150, thus, in case polymer cure and be fixed with a dimple with projection 150 complementations therein just forms interlocked usefulness.
Above-mentioned layout provides the favorable mechanical advantage.Simultaneously, this arrange to allow trigger piece that less contour structures is arranged, the bigger finger space of maintenance one between this fishing rod that allows to be equipped with reel 10 thereon and the trigger piece 78.In addition, because the profile of trigger piece 78 is less, can make the centrifugal force that needs balance very limited.
In Fig. 8 and 9, show a improved form according to rotor assembly of the present invention with label 150.Rotor assembly 150 is with the difference of rotor assembly 12, with trigger piece 78 corresponding trigger pieces 152 be contained on the cable guiding device ear 155 one with cable guiding device ear 38 on the edge 154 of the relative circumferentially spaced in corresponding edge 156 (Fig. 1) on.Trigger piece 152 is with pin arm 158 and cable guiding device 160 operation and collaborative works, and its mode is with described identical at reel 10, and pin arm 158 and cable guiding device 160 correspond respectively to pin arm 80 and cable guiding device 14.
Aforesaid disclosure to specific embodiment is intended to the notion widely that illustrates that the present invention comprises.

Claims (20)

1. one kind is used for the rotor assembly that fishing rod is used reel, and described rotor assembly comprises:
Rotor with one first rotation, this rotor has the front-end and back-end that separate each other with respect to first axle vertically;
A cable guiding device, it can be reorientated between parabola position and take-up position with respect to rotor; And
A trigger piece, it can move between normal position and actuated position around one second axis with respect to rotor;
Cable guiding device makes trigger piece can shift to the parabola position from the take-up position when the normal position moves to actuated position,
It is characterized by, trigger piece has a leg that stretches out forward, and is provided with a grip portions that is applied on this leg that stretches out forward, so that the described leg that stretches out forward of user's grasping.
2. the fishing rod that is used for as claimed in claim 1 is characterized by with the rotor assembly of reel, and the leg that stretches out forward is with the first material manufacturing, and the grip portions second material manufacturing different with first material.
3. the rotor assembly that is used for fishing rod with reel as claimed in claim 2 is characterized by, and second material is than first material softness.
4. the rotor assembly that is used for fishing rod with reel as claimed in claim 3 is characterized by, and second material is the polymer with Durometer A hardness 60～75.
5. the rotor assembly that is used for fishing rod with reel as claimed in claim 3 is characterized by, and the leg that stretches out forward has a free end, and grip portions surrounds the free end of the leg that stretches out forward.
6. the rotor assembly that is used for fishing rod with reel as claimed in claim 3, it is characterized by, be provided with a projection on one in leg that stretches out forward and grip portions, and be provided with a dimple that is used for this projection in leg that stretches out forward and grip portions another, described dimple and projection complementation are with leg and the grip portions interlocking that will stretch out forward.
7. the rotor assembly that is used for fishing rod with reel as claimed in claim 6 is characterized by, and dimple is limited by an elongated slot on the leg that stretches out forward.
8. the fishing rod that is used for as claimed in claim 6 is characterized by with the rotor assembly of reel, is provided with a plurality of dimples that limited by a plurality of elongated slots on protruding leg forward.
9. the rotor assembly that is used for fishing rod with reel as claimed in claim 7 is characterized by, and elongated slot passes completely through the leg that stretches out forward and extends.
10. trigger piece that is used to activate the cable guiding device on the fishing reel, described trigger piece comprises:
A mounting portion, it can be fixed on a bearing that is used for trigger piece, so that allow trigger piece between normal position and actuated position, to move, conversion cable guiding device between parabola position and take-up position thus;
A leg that stretches out; With
A grip portions that is applied on the leg that stretches out, it is convenient to the leg that user's grasping stretches out and operates on it, so that trigger piece is changed to actuated position from the normal position.
11. trigger piece as claimed in claim 10 is characterized by, the leg that stretches out is with the first material manufacturing, and the grip portions second material manufacturing different with first material.
12. trigger piece as claimed in claim 11 is characterized by, second material is than first material softness.
13. trigger piece as claimed in claim 12 is characterized by, second material is the polymer with Durometer A hardness 60～75.
14. trigger piece as claimed in claim 12 is characterized by, the leg that stretches out has a free end, and grip portions surrounds the free end of the leg that stretches out.
15. trigger piece as claimed in claim 12, it is characterized by, be provided with a projection on one in leg that stretches out and grip portions, and be provided with a dimple that is used for this projection in leg that stretches out and grip portions another, this dimple and projection complementation are with leg and the grip portions interlocking that will stretch out.
16. trigger piece as claimed in claim 15 is characterized by, dimple is limited by an elongated slot on the leg that stretches out.
17. trigger piece as claimed in claim 15 is characterized by, and is provided with a plurality of dimples that limited by a plurality of elongated slots on the leg that stretches out.
18. trigger piece as claimed in claim 15 is characterized by, elongated slot fully passes the leg that stretches out and extends.
19. trigger piece as claimed in claim 10, it is characterized by, the leg that stretches out has a length, and trigger piece comprises one second long leg and one the 3rd long leg, described second long leg has one section length transverse to the length direction extension of the leg that stretches out, and the 3rd long leg has one section length transverse to the length direction extension of second long leg.
20. trigger piece as claimed in claim 19 is characterized by, the mounting portion is positioned on the 3rd long leg and comprises a jack that is used for an installed part.
CN01116263A 2000-04-10 2001-04-09 Handle for braking wire guider Pending CN1317234A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
US09/545,940 US6267311B1 (en) 1998-11-10 2000-04-10 Trigger for actuating a bail assembly
US09/545,940 2000-04-10

Publications (1)

Publication Number Publication Date
CN1317234A true CN1317234A (en) 2001-10-17

Family

ID=24178153

Family Applications (1)

Application Number Title Priority Date Filing Date
CN01116263A Pending CN1317234A (en) 2000-04-10 2001-04-09 Handle for braking wire guider

Country Status (2)

Country Link
KR (1) KR20010091040A (en)
CN (1) CN1317234A (en)

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5301898A (en) * 1979-12-29 1994-04-12 Shimano, Inc. Outer spool type spinning reel having improved bail arm control mechanism
US4824040A (en) * 1986-01-16 1989-04-25 Zebco Corporation Quick bail opening system for fishing reel
US4932616A (en) * 1988-09-12 1990-06-12 Berkley, Inc. Bail release mechanism for a spinning fishing reel
JPH1075692A (en) * 1996-09-05 1998-03-24 Mamiya Op Co Ltd Bail arm mechanism for spinning reel
US6056221A (en) * 1998-11-10 2000-05-02 Brunswick Corporation Fishing reel with trigger actuated bail assembly

Also Published As

Publication number Publication date
KR20010091040A (en) 2001-10-22

Similar Documents

Publication Publication Date Title
CN1865077A (en) Position control mechanism for bicycle control device
CN1042605C (en) Electromechanical fastener driving tool
CN1942380A (en) Adhesive tape dispenser
CN1064913C (en) Speed changing operation device for bicycle
CN1820898A (en) Impact tool
CN1198301A (en) Adjustable brake for baitcast reel
CN1773210A (en) Tape measure with automatic blade extension mechanism
CN1631129A (en) Spinning-reel reciprocating device
CN1610627A (en) Manual bicycle
CN1121963C (en) Cable protector mechanism
CN1695443A (en) Dual bearing reel
CN101038063A (en) Clamping device and stand with clamping device
CN1088020C (en) Bicycle brake device
CN1639537A (en) Tape measures
CN1106143C (en) Spinning reel
CN1486602A (en) Reciprocating motion apparatus for rotary reel
CN1339251A (en) Rolling tube locking mechanism of double bearing line winder
CN1575648A (en) Sound generating device for a dual bearing reel
CN1196403C (en) Double-bearing reel
CN1096829C (en) Spinning reel
CN1094366A (en) Tag attacher
CN1298217C (en) Rotor brake of rotating reel
CN1317234A (en) Handle for braking wire guider
CN1123290C (en) Fishing reel
CN1344492A (en) Reciprocating moving mechanism of rotary reel

Legal Events

Date Code Title Description
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C06 Publication
PB01 Publication
C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication