CN204599066U - Dual bearing reel - Google Patents
Dual bearing reel Download PDFInfo
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- CN204599066U CN204599066U CN201520207190.4U CN201520207190U CN204599066U CN 204599066 U CN204599066 U CN 204599066U CN 201520207190 U CN201520207190 U CN 201520207190U CN 204599066 U CN204599066 U CN 204599066U
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- driving lever
- reel
- grip member
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- shake
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Abstract
The utility model is dual bearing reel, in the dual bearing reel of lever pull-toggle type, can avoid carrying out volume lift operations to grip member under reel is in the state rotated freely.Grip member (3) arranges projection (27), this projection (27) abuts with driving lever (6) when being rotated towards fishline winding direction by grip member (3) when driving lever (6) is in and rotates freely region (A), by this projection (27), with the volume lift operations of grip member (3) by driving lever (6) from the assigned position (B1) rotating freely region (A) and automatically shake Braking region (B).
Description
Technical field
The utility model relates to a kind of dual bearing reel possessing drawbench structure, and this drawbench structure corresponds to the moving axially of spool spindle produced by driving lever makes the brake force of reel change.
Background technology
Such as use fish (the fishing hereinafter referred to as drawing hook) of drawing hook ((Japanese: ジ グ) metal plug) just prevailing.Draw hook and fish (Japanese: ジ ギ Application グ), usually require large volume lift, therefore, mostly adopt the dual bearing reel (for example, referring to patent document 1) that volume lift is stronger than spinning roller bobbin winder bracket.
Draw hook to fish, when releasing fishline, on the one hand reel free is rotated, fishline is released by the weight by fishhook, on the other hand, when being stung fishhook by fish in sedimentation way, or fishhook is when dropping on seabed, river bed, to the turning effort brake force of the unwinding direction of reel, and operating handle carries out volume liter, and reel is rotated towards winding direction.
Patent document 1: Japanese Unexamined Patent Publication 2004-135683 publication
Utility model content
Dual bearing reel is divided into starlike pull-toggle type (Japanese: ス タ ー De ラ グ mode) and lever pull-toggle type (Japanese: レ バ ー De ラ グ mode) these two kinds substantially, starlike pull-toggle type, normally in the rotary transfer machine rotation of grip member being delivered to reel via drawbench structure, be provided with clutch, when this clutch is in dissengaged positions, reel is allowed to rotate freely from grip member release.And, when clutch is in on-state, reel can be rotated towards fishline winding direction along with the rotary manipulation of grip member, and, the rotation of the unwinding direction of reel is given and draws by starlike the brake force dialled handle and adjust.And this clutch, releases the state of fishline from becoming dissengaged positions, automatically switch to on-state with by handle linkedly towards the operation of winding direction.For this reason, do not need the handover operation carrying out separately giving brake force for the rotation of the unwinding direction to reel when being transitioned into volume lift operations, but thus cause complex structure owing to being provided with clutch.
On the other hand, in the dual bearing reel of lever pull-toggle type, being provided with the drawbench structure of the brake force of the shake operation change reel corresponding to driving lever, being positioned at when making driving lever when rotating freely region (off-position), remove the braking of drawbench structure and allow reel free to rotate.The dual bearing reel of this lever pull-toggle type, not arrange as starlike pull-toggle type and clutch handle being switched to mutually linkedly on-state towards the operation of winding direction from dissengaged positions, therefore, when being transitioned into volume lift operations, oneself driving lever must be operated Braking region and gives brake force from rotating freely region shake to reel.But, if do not note being transitioned into volume lift operations under driving lever is in the state rotating freely region, or time is delayed in the shake operation of driving lever, so, hook not only can be caused to be tangled or cause fish escape, and haling firmly to drag and fishline is sent rapidly and cause reel to rotate rapidly along with the fish risen to the bait, the fishline be wound on reel can be absorbed in and produce so-called silk gap phenomenon, fishline complexity may be caused to be wound around, and this is problem to be solved in the utility model just.
The purpose of this utility model proposes, the first technical scheme to solve these problems in view of said circumstances, is a kind of dual bearing reel, possesses: bobbin winder bracket body, grip member, this grip member is used for rolling up and rises fishline, only carries out rotary manipulation towards a direction, the reel of winding fishline, rotatably support the spool spindle of this reel, around this spool spindle shake driving lever freely, shake corresponding to this driving lever makes the cam mechanism of above-mentioned spool spindle movement vertically, drawbench structure, this drawbench structure has the detent of braking the rotation of above-mentioned reel, and the brake force of this detent is changed corresponding to the axial movement of above-mentioned reel, with the rotary transfer machine rotation of above-mentioned grip member being delivered to above-mentioned reel via above-mentioned drawbench structure, above-mentioned driving lever is configured to, shaken by the direction identical towards the rotary manipulation direction with grip member, what rotate from allowing reel free rotates freely the Braking region of region transfers to the turning effort brake force to reel, the feature of described dual bearing reel is: on above-mentioned grip member, be provided with bar abutting part, this bar abutting part is positioned at the rotary manipulation with this grip member the driving lever rotating freely region and abuts, this driving lever is made to shake the assigned position in Braking region, and, after making driving lever shake assigned position, rotary manipulation with grip member makes bar abutting part leave from driving lever, make the pivot of grip member eccentric from the shake center of driving lever.
According to the first technical scheme, make reel from the fishline being in free rotation state send operation be transitioned into volume lift operations time, do not need the shake operation carrying out driving lever, can not only fast transition to volume lift operations, and can avoid producing the bad situation that occurs when the shake operation forgetting driving lever.
Accompanying drawing explanation
Fig. 1 is the side view of the dual bearing reel that embodiment of the present utility model relates to.
Fig. 2 is the X-X sectional view of Fig. 1.
Fig. 3 (A) ~ Fig. 3 (D) is the key diagram of the shake representing the driving lever that the rotary manipulation with grip member produces.
Fig. 4 is the sectional view of the dual bearing reel representing the second embodiment.
Embodiment
Below, for embodiment of the present utility model, be described with reference to the accompanying drawings.In Fig. 1 and Fig. 2, 1 is the dual bearing reel of driving lever mode, this dual bearing reel 1 possesses bobbin winder bracket body 2, be used for roll up rise fishline only towards the grip member 3 of a direction rotary manipulation, the reel 4 of winding fishline, rotatably support the spool spindle 5 of reel 4, driving lever 6 is freely shaken around spool spindle 5, shake position corresponding to driving lever 6 makes the cam mechanism 7 of spool spindle 5 movement vertically, there is the detent 8 of braking the rotation of reel 4 and the drawbench structure 9 that changes of the movement brake force of this detent 8 being corresponded to the axis of above-mentioned spool spindle 5, with the rotary transfer machine 10 rotation of grip member 3 being delivered to reel 4 via drawbench structure 9.Below, relevant portion of the present utility model is described successively.
The cylinder portion 4a that reel 4 possesses winding the fishline integratedly and discoid flange portion 4b extended towards external diameter direction from its both ends, left and right, rotatably being supported on spool spindle 5 via being configured in a pair of bearings for the inner circumferential side of portion 4a 11, being driven in the movement (carrying out following movement) of the axis of spool spindle 5.
Drawbench structure 9 has the detent 8 of friction catch mode, and this detent 8 has to draw to be dialled packing ring 12 and draws driver plate 13 and be made up of it.Draw and dial packing ring 12 is inlaid in a flange portion 4b of reel 4 exterior side in the mode that can rotate integrally, draw driver plate 13 to be rotatably supported on spool spindle 5, and, link via rotary transfer machine 10 and grip member 3.And, as as shown in the first half of Fig. 2, drawing group packing ring 12 with under the state of drawing driver plate 13 to be separated, allow rotating freely of reel 4, but as shown in the Lower Half of Fig. 2, when the movement of the axis corresponding to spool spindle 5, draw and dial packing ring 12 with when drawing driver plate 13 to contact, the rotation of the frictional force produced therebetween to reel 4 is braked.
Rotary transfer machine 10 to be configured to spool spindle 5 in flat shape, have undertaken rotating by the rotary manipulation of grip member 3 handle axle 14, all-in-one-piece large diameter gear 15 is set with this this handle axle 14, is rotatably arranged on the small-diameter gear 16 on spool spindle 5 and is made up of it.Small-diameter gear 16 and large diameter gear 15 with engage and link into an integrated entity with drawing driver plate 13.Handle axle 14 is supported on bobbin winder bracket body 2 via unilateral bearing 17 in the mode that only can rotate freely to a direction, thus, only allow a direction (clockwise direction in Fig. 1) rotary manipulation of grip member 3 towards fishline winding direction, and the rotation of this grip member 3 is delivered to reel 4 via handle axle 14, large diameter gear 15, small-diameter gear 16, drawbench structure 9.
Cam mechanism 7 has along the cam 18 of the axially-aligned of spool spindle 5 and cam disc 19 and is made up of it.Cam 18 and driving lever 6 rotate integratedly, and on the other hand, cam disc 19 to be arranged on spool spindle 5 and can not to rotate.When the shake operation that cam 18 corresponds to driving lever 6 rotates, the cam surface abutted with cam disc 19 carries out displacement, and thereupon, cam disc 19 moves axially along spool spindle 5.And, cam disc 19 abuts via the preset button 20 of lining 21 with the end being screwed in spool spindle 5, therefore, mobile opposing spring 22 elastic force that spool spindle 5 corresponds to cam disc 19 moves vertically, the movement of drawing group packing ring 12 be driven in the axis of this spool spindle 5 chimeric with reel 4 is moved vertically, carries out the brake force adjustment of above-mentioned drawbench structure 9 thus.In addition, when the preset button 20 of rotating operation, corresponding its is retreated, and the primary position of the axis of spool spindle 5 changes, thereby, it is possible to the size of brake force when adjustment makes driving lever 6 be positioned at the optional position of Braking region B.
Driving lever 6 is configured in the right side of bobbin winder bracket body 2 in the present embodiment, but, can with the axle center of spool spindle 5 for shake center C2 freely carries out shake operation, in its shake opereating specification, setting allow reel 4 rotate freely rotate freely region A, and the Braking region B of brake force to the turning effort drawbench structure 9 of reel 4.As shown in Figure 1, driving lever 5 is by shaking towards the direction (clockwise direction in Fig. 1) identical with the direction of rotation of grip member 3, and be transitioned into Braking region B from rotating freely region A, and, the brake force of drawbench structure 9 is changed corresponding to its shake position.In addition, the dual bearing reel 1 of present embodiment, possesses the bar maintaining body 23 of the shake position keeping driving lever 6, engaged with the multiple hole 24a be formed on dish 24 by the ball 23a forming this mechanism, thus the shake position of driving lever 6 is periodically remained on rotate freely region A and Braking region B.
Grip member 3 is configured in the right side (that side identical with driving lever 6) of bobbin winder bracket body 2 in the present embodiment, and radicle have the axially end being fixed on handle axle 14 arm 25, and be arranged on this arm 25 end head handle button 26 and be made up of it.And, grip member 3 by hold handle button 26 rotate and centered by the axle center of handle axle 14 C1 rotate, in the case, as described above, allow only towards a direction (clockwise direction in Fig. 1) rotary manipulation of fishline winding direction.
Above-mentioned grip member 3 arm 25 is flexed into crank-like at middle part, thus make side, termination half portion than butt side half portion closer to bobbin winder bracket body 2, and, side, the termination half portion of arm 25 is being provided with the projection 27 (be equivalent to of the present utility model bar abutting part) outstanding towards bobbin winder bracket body 2 side.This projection 27 is used for abutting with the driving lever 6 rotating freely region A when being rotated towards fishline winding direction (clockwise direction) by grip member 3, this driving lever 6 being shaken the assigned position B1 of Braking region B, with being screwed into be located in, the bolt 27a of the screw 25a on the arm 25 and nut 27b fastening with this bolt 27a being formed.
At this, the pivot C1 (axle center of handle axle 14) of grip member 3 is eccentric from the shake center C2 (axle center of spool spindle 5) of driving lever 6, projection 27, with the rotational trajectory L of the rotary manipulation of grip member 3, only with from rotating freely the driving lever 6 of region A to the assigned position 21 of Braking region B is intersected.Thus, as shown in Figure 3, projection 27 when by grip member 3 towards fishline winding direction (clockwise direction) rotary manipulation time, abut with the driving lever 6 rotating freely region A, this driving lever 6 is shaken the assigned position B1 of Braking region B, after shake to this assigned position B1, be separated from driving lever 6, and, then, when by grip member 3 towards fishline winding direction rotary manipulation time, projection 27 is positioned at assigned position B1, do not interfere with driving lever 6, and, driving lever 6 by by grip member 3 towards fishline winding direction (clockwise direction) rotary manipulation automatically from the assigned position B1 rotating freely region A and shake Braking region B, and remain on this assigned position B1.In addition, the brake force of the driving lever 6 at B1 place, assigned position, can carry out size adjustment by the preset button 20 of rotating operation.And, when making driving lever 6 be positioned at the large Braking region B of braking-force ratio assigned position B1, driving lever 6 shakes operation along clockwise direction from assigned position B1, but, the driving lever 6 being positioned at the large Braking region B of braking-force ratio assigned position B1 departs from from the rotational trajectory L of projection 27, therefore, when being rotated towards fishline winding direction by grip member 3, do not worry that projection 27 and driving lever 6 are interfered and misplace.
In the present embodiment formed as described above, dual bearing reel 1 has bobbin winder bracket body 2, volume rises fishline and only towards the grip member 3 of a direction rotary manipulation, the reel 4 of winding fishline, rotatably support the spool spindle 5 of reel 4, driving lever 6 is freely shaken around spool spindle 5, corresponding to the cam mechanism 7 that spool spindle 5 moves in the axial direction by the shake of driving lever 6, there is the detent 8 of braking the rotation of reel 4 and make the brake force of this detent 8 corresponding to the drawbench structure 9 moving axially change of spool spindle 5, the rotation of grip member 3 is delivered to the rotary transfer machine 10 of reel 4 via drawbench structure 9, and, above-mentioned driving lever 6 is configured to, by shaking towards the direction identical with the rotary manipulation direction of grip member 3 from the Braking region B that region A is transitioned into the turning effort brake force to reel 4 that rotates freely allowing reel 4 to rotate freely, wherein, above-mentioned grip member 3 is provided with projection 27, this projection 27 with this grip member 3 rotary manipulation be positioned at the driving lever 6 rotating freely region A and abut, this driving lever 6 is shaken the assigned position B1 of Braking region B, and, after driving lever 6 is shaken to assigned position B1, rotary manipulation with grip member 3 makes projection 27 be separated from driving lever 6, the pivot C1 of grip member 3 is eccentric from the shake center C2 of driving lever 6.
And, when driving lever 6 is when being positioned at grip member 3 under the state rotating freely region A towards fishline winding direction rotary manipulation, be arranged on projection 27 on grip member 3 and be positioned at the driving lever 6 rotating freely region A and abut, this driving lever 6 is shaken the assigned position B1 of Braking region B, consequently, when by reel 4 from the fishline being in free rotation state send state transit directly to fishline volume lift operations, even if oneself does not carry out shake operation to driving lever 6, driving lever 6 also automatically can shake from rotating freely region A the assigned position B1 being displaced to Braking region B with grip member 3 towards the rotary manipulation interlock of winding direction.Thus, when by reel 4 from the fishline being in free rotation state send be transitioned into volume lift operations, do not need the shake operation carrying out driving lever 6, can fast transition to volume lift operations, and the worrying bad situation shake forgetting driving lever 6 can avoided to operate and occur when reel 4 is in free rotation state, such as, hook can be avoided to be tangled or cause fish to escape, cause the bad situations such as the complicated winding of fishline because there is silk gap phenomenon.
And, be used for making above-mentioned driving lever 6 automatically from the mechanism rotating freely region A and be displaced to Braking region B, for only arranging the simple structure of projection 27 on grip member 3, and do not relate to the interior of dual bearing reel 1, therefore, have and not only easily implement and can cost be suppressed, and the advantage of follow-up expansion can be carried out.
In addition, the utility model is not limited to above-mentioned embodiment certainly, such as, in the above-described embodiment, arm 25 is flexed into crank-like, but also like that, arm 25 can will be made the shape from the radicle be fixed on handle axle 14 to the straight extension of the end head of mounting knob button 26 by the second embodiment as shown in Figure 4.And, in the above-described embodiment, projection 27 is formed the bolt 27a of the screw 25a on arm 25 with being screwed into be located in, but, also can the projection 28 (bar abutting part) as shown in above-mentioned second embodiment, and bonding for arm 25 or be welded.
[description of reference numerals]
1 dual bearing reel
2 bobbin winder bracket bodies
3 grip members
4 reels
5 spool spindles
6 driving levers
7 cam mechanisms
8 detent
9 drawbench structures
10 rotary transfer machines
27,28 projections.
Claims (1)
1. a dual bearing reel, possesses:
Bobbin winder bracket body;
Grip member, this grip member is used for rolling up and rises fishline, only carries out rotary manipulation towards a direction;
The reel of winding fishline;
Rotatably support the spool spindle of this reel;
Around this spool spindle shake driving lever freely;
Shake corresponding to this driving lever makes the cam mechanism of above-mentioned spool spindle movement vertically;
Drawbench structure, this drawbench structure has the detent of braking the rotation of above-mentioned reel, and the brake force of this detent is changed corresponding to the axial movement of above-mentioned reel; With
The rotation of above-mentioned grip member is delivered to the rotary transfer machine of above-mentioned reel via above-mentioned drawbench structure,
Above-mentioned driving lever is configured to, shaken by the direction identical towards the rotary manipulation direction with grip member, what rotate from allowing reel free rotates freely the Braking region of region transfers to the turning effort brake force to reel, and the feature of described dual bearing reel is:
Above-mentioned grip member is provided with bar abutting part, this bar abutting part is positioned at the rotary manipulation with this grip member the driving lever rotating freely region and abuts, this driving lever is made to shake the assigned position in Braking region, and, after making driving lever shake assigned position, rotary manipulation with grip member makes bar abutting part leave from driving lever, makes the pivot of grip member eccentric from the shake center of driving lever.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014004278U JP3193871U (en) | 2014-08-12 | 2014-08-12 | Double bearing reel |
| JP2014-004278U | 2014-08-12 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204599066U true CN204599066U (en) | 2015-09-02 |
Family
ID=52596002
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520207190.4U Active CN204599066U (en) | 2014-08-12 | 2015-04-08 | Dual bearing reel |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP3193871U (en) |
| CN (1) | CN204599066U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI684406B (en) | 2015-03-27 | 2020-02-11 | 日商島野股份有限公司 | Double bearing reel |
| JP7389524B1 (en) * | 2023-04-03 | 2023-11-30 | 有限会社太田紙工 | Handle arm structure for jigging |
-
2014
- 2014-08-12 JP JP2014004278U patent/JP3193871U/en active Active
-
2015
- 2015-04-08 CN CN201520207190.4U patent/CN204599066U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| JP3193871U (en) | 2014-10-23 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |