CN101204147A - Spool assembly for spinning reel - Google Patents
Spool assembly for spinning reel Download PDFInfo
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- CN101204147A CN101204147A CNA2007103021847A CN200710302184A CN101204147A CN 101204147 A CN101204147 A CN 101204147A CN A2007103021847 A CNA2007103021847 A CN A2007103021847A CN 200710302184 A CN200710302184 A CN 200710302184A CN 101204147 A CN101204147 A CN 101204147A
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- spool
- installing component
- main part
- reel
- tube main
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Abstract
An object of the present invention is to make it possible to easily attach a sound producing mechanism to a spool of a spinning reel and to compactly dispose the spool. An annular attachment member to which a hitting member of a sound producing mechanism is attached is detachably/reattachably mounted and fixed in an attachment recess that is formed to be annularly concaved in an inner peripheral portion of a bobbin trunk. Here, the annular attachment member is completely mounted in the attachment recess that is formed to be annularly concaved. Accordingly, it is possible to easily attach the attachment member to the attachment recess, and it is also possible to uniformly maintain the weight balance of a spool in the peripheral direction. In addition, here, the attachment member is mounted in the attachment recess. Thus, the attachment member is not likely to protrude backward from a rear end portion of the bobbin trunk, compared to the conventional configuration. Accordingly, it is possible to compactly dispose the spool.
Description
Technical field
The present invention relates to spool, the particularly spool of spinning-reel, it is arranged on the fishing line reel main body and can moves forward and backward with respect to the fishing line reel main body, and fishing line is wrapped in the spool periphery.
Background technology
In general, spinning-reel has fishing line reel main body, rotor and spool, and wherein, this rotor rotatably is bearing on the fishing line reel main body, and this spool is configured in rotor the place ahead and periphery is wound with fishing line.
This spool has line tube main part, front flange portion and tubular skirt section, and wherein, this line tube main part periphery is wound with fishing line; This front flange portion is provided with the leading section of online tube main part, and the diameter of front flange portion is greater than the maximum outside diameter of line tube main part; This cylindric skirt section is provided with the rearward end of online tube main part, and the diameter in skirt section is greater than the maximum outside diameter of line tube main part.In the spinning-reel that unloads power member front positioning type, the inside of online tube main part has by what a plurality of power of unloading sheets constituted and unloads force mechanisms and (for example, the opening 2004-81097 number with reference to the Japanese patent gazette spy) such as sound generating mechanisms of sounding when unloading the force mechanisms action.
This sound generating mechanism has synthetic resin making sheet shape parts and plectane parts, and this plate-shaped member is mounted the rearward end of online tube main part via the mount pad of monomer, and these plectane parts and plate-shaped member connect and sounding.Mount pad is the circular-arc parts that form in interior week of tube main part rearward end along the line, and the rearward end of the fixing online tube main part of screw thread.The spool axle is fastened on interior week of plectane parts in mode non-rotatable and that can not move backward, and the plectane parts work as the spool supporting base, is used to limit spool and moves backward.Plectane parts periphery is formed with jog, and by the relative rotation of plectane parts with plate-shaped member, plate-shaped member and jog connect and sounding.
As mentioned above, in the spool of the band sound generating mechanism of prior art, utilize mount pad, plate-shaped member is installed the rearward end of online tube main part.Yet, in the spool, be to utilize a sheet metal integrally formed line tube main part and skirt section, the rearward end of line tube main part is thinner usually.Therefore, be difficult to install and be fixed for installing the mount pad of plate-shaped member.In addition, the mount pad that is used to install plate-shaped member is outstanding from the rearward end of line tube main part, thereby, can not shorten the axial length of spool axle, therefore, be difficult to install compactly spool.
As mentioned above, the spool of prior art has sound generating mechanism, and plate-shaped member is installed by mount pad, and this mount pad is by the rearward end of the fixing online tube main part of screwed part.Thereby, when in the process of making spool mount pad being installed, need the mounting screw parts, simultaneously plate-shaped member is installed on the mount pad.Therefore, may need a lot of times and time and assemble sound generating mechanism.
Summary of the invention
The objective of the invention is to, sound generating mechanism can be easily mounted on the spool of spinning-reel, and can dispose spool compactly.
Another object of the present invention is, can more easily carry out the assembling of sound generating mechanism in the spool of spinning-reel.
The spool of spinning-reel of the present invention is, can be set up and fishing line is wrapped in the spool of the spinning-reel on its periphery with respect to the mode that the fishing line reel main body moves forward and backward, it has: cylindric line tube main part, and fishing line is wrapped on its periphery; Front flange portion, its leading section radius vector from line tube main part is outstanding to foreign side; Back flange part, its rearward end radius vector from line tube main part is outstanding to foreign side; Cylindric skirt section, its top ends from the back flange part is outstanding to axial rearward direction; Recess is installed, and the interior perimembranous of the online tube of its mode with rear aperture main part forms with annular recess; And ring-type installing component, it in recess is installed, is equipped with at least a portion of sound generating mechanism, wherein with removable mode mount on the installing component, this sound generating mechanism utilizes with the relative rotation of spool axle sounding, and this spool axle can not rotate with respect to the fishing line reel main body.Line tube main part, front flange portion, back flange part and skirt section are integrally formed by metal parts.Installing component is the parts that synthetic resin is made.
In this spool, at least a portion of sound generating mechanism is installed in the ring-type installing component, and in recess was installed, the interior perimembranous of the online tube of this installation recess main part formed with annular recess this installing component with removable mode mount.Here, the ring-type installing component is installed in the installation recess that forms with annular recess, installs in the recess so easily installing component is assembled into, and can keep the circumferential weight balancing of spool equably.Here, installing component is installed in to be installed in the recess, so installing component is difficult to give prominence to backward from the rearward end of line tube main part, spool can be installed compactly.Under this situation, do not need installing component is installed the rearward end of online tube main part or back flange part, so can make the thickness attenuation of line tube main part or back flange part.In addition, under this situation, can adopt when for example integrally formed technology such as forging and molding or punch process easily forms front flange portion, back flange part and skirt section, also the installing component that can adopt synthetic resin to make makes whole spool lightweight.
Among the present invention, also preferably have: inward flange portion, its interior perimembranous radius vector from line tube main part is inwardly given prominence to the side, and its rear surface is as the bottom surface that recess is installed; The assembling recess, the interior perimembranous of the online tube of its mode with open front main part forms with annular recess, and with the front surface of inward flange portion as the bottom surface; The ring-type build-up member, its with removable mode mount the assembling recess in; And attaching parts, it is connected with build-up member installing component under inward flange portion is mounted parts and state that build-up member is seized on both sides by the arms.This situation is compared with the situation that for example forms screwed hole in inward flange portion, because of making the thickness attenuation of inward flange portion, so can further make whole spool lightweight.
Among the present invention, also preferred attaching parts are screwed part, and its either party from the leading section of the rearward end of installing component and build-up member is inserted into.Either party and inward flange portion have the through hole that is used to insert screwed part respectively in installing component, the build-up member.Appoint the opposing party to have in installing component and the build-up member and is communicated with the also screwed hole of threaded engagement screwed part with through hole.Under this situation, can utilize simple structure to come connection parts and build-up member.
Among the present invention, also preferred installing component is mounted in the mode that rear end face is positioned at line tube main part perimembranous.Under this situation, installing component is assemblied in fully to be installed in the recess, so installing component fully can be not outstanding backward from the rearward end of line tube main part, thereby can dispose spool more compactly.
Among the present invention, also preferred sound generating mechanism has: the sounding parts, and it is assemblied on the spool axle in non-rotatable mode, and has to speak at outer peripheral face and use jog; Impact member, its base end part is fixed on the installing component, and its top ends connects and sounding with jog when spool rotates repeatedly; And loading component, it loads impact member to the sounding parts.Under this situation, can utilize simpler structure to make sounding parts sounding reliably, and can send clear and melodious sound.
Among the present invention, also preferred impact member is mounted in the mode that base end part is positioned at line tube main part perimembranous.Under this situation, the base end part of impact member is positioned at line tube main part perimembranous, so impact member self is not outstanding backward from line tube main part rearward end, thereby can dispose spool more compactly.
Among the present invention, also preferably from the rear of line tube main part with removable mode mount installing component.Be formed at interior all rear flank portion of line tube main part by fastener.Fastener is engaged to by fastener by elasticity, and installing component is fixed on the line tube main part.In this spool, from the rear of line tube main part with removable mode mount installing component, on this installing component sound generating mechanism is installed, be formed at interior all rear flank portion of line tube main part by fastener, fastener is engaged to by fastener by elasticity, thereby installing component is fixed on the line tube main part.Particularly, for example the O type circle made from elastomer engages to line tube main part with installing component elasticity, the hooking sheet elasticity that maybe will be arranged on the installing component engages on the fastening groove that forms on the line tube main part, like this, unlike prior art, use screwed part, line tube main part dismounting installing component relatively just, thus can easily carry out the dismounting of sound generating mechanism.
Among the present invention, also preferably have: inward flange portion, its interior perimembranous radius vector from line tube main part is inwardly given prominence to the side, and its rear surface is as the bottom surface that recess is installed; Cylindrical flange portion, its rear surface from inward flange portion is rearward outstanding, and with the side of lateral surface as the installation recess.Under this situation, installing component is assembled in to be installed in the recess, so that installing component is difficult to from the rearward end of line tube main part is outstanding backward, thereby can dispose spool compactly.
Among the present invention, be the endless groove that circumferentially forms on the outer circumferential side edge of cylindrical flange portion preferably also by fastener.Fastener is the O type circle that elastomer is made, and its mode with monomer is arranged on the installing component rearward end, and interior perimembranous is assembled in the endless groove, and installing component is pushed the inward flange portion that is fixed on.Under this situation, the O type circle that elastomer is made is assemblied in the endless groove, thereby installing component elasticity is engaged to line tube main part, like this, can easily carry out the dismounting of sound generating mechanism.
Among the present invention, be first fastening groove that is formed at all sides in the line tube main part preferably also by fastener.Fastener is formed as one in the outer circumferential side of installing component leading section and first hooking sheet that ends with the first fastening groove elasticity card.Under this situation, first hooking sheet of installing component is engaged to first fastening groove of all sides in the line tube main part, thereby installing component elasticity is engaged to line tube main part, like this, can easily carry out the dismounting of sound generating mechanism.
Among the present invention, be second fastening groove that is formed at cylindrical flange portion outer circumferential side preferably also by fastener.Fastener is formed as one in the interior all sides of installing component leading section and second hooking sheet that ends with the second fastening groove elasticity card.Under this situation, second hooking sheet of installing component is engaged to second fastening groove of cylindrical flange portion outer circumferential side, thereby installing component elasticity is engaged to line tube main part, like this, can easily carry out the dismounting of sound generating mechanism.
Among the present invention, in a plurality of locating slots that also preferred described installing component forms by the interior perimembranous that a plurality of locator protrusions is engaged at described line tube main part, positioning and fixing is to the interior perimembranous of line tube main part, wherein, this locating slot is along circumferentially phase shifting configuration, and this locator protrusions is formed at and a line tube main part side in opposite directions.Under this situation, by simple structure installing component is located and is locked online tube main part.
Adopt the present invention, in the spool of spinning-reel, sound generating mechanism is installed on the ring-type installing component, this installing component with removable mode mount in recess is installed, the interior perimembranous of the online tube of this installation recess main part forms with annular recess, so can easily installing component be assembled in the installation recess, and can dispose spool compactly.
In addition, adopt the present invention, in the spool of spinning-reel, sound generating mechanism is installed on the installing component, this installing component is with the online tube of removable mode mount main part rear, is formed at all rear flank portion in the line tube main part by fastener, and fastener is engaged to by fastener by elasticity, thereby installing component is fixed to line tube main part, so can easily carry out the dismounting of sound generating mechanism.
Description of drawings
Fig. 1 is the end view that adopts the spinning-reel of an embodiment of the present invention.
Fig. 2 is the side cutaway view of described spinning-reel.
Fig. 3 is the exploded perspective view of described spinning-reel.
Fig. 4 is the amplification profile of the spool of described spinning-reel.
Fig. 5 is the rearview of described spool behind the assembling installing component.
Fig. 6 is the front view of described installing component.
Fig. 7 is the rearview of described installing component.
Fig. 8 is the rear portion amplification stereogram of described spool.
Fig. 9 is the main parallax stereogram of described installing component.
Figure 10 is the exploded perspective view of described spool and described installing component.
Figure 11 be other embodiments with the corresponding figure of Fig. 4.
Figure 12 be other embodiments with the corresponding figure of Fig. 4.
Figure 13 be other embodiments with the corresponding figure of Fig. 4.
Embodiment
As shown in Figure 1, adopt the spinning-reel of an embodiment of the present invention to have handle 1, fishing line reel main body 2, rotor 3 and spool 4, wherein, fishing line reel main body 2 rotations relatively of these fishing line reel main body 2 carrying-handles 1, handle 1.Rotor 3 rotatably is bearing in the front portion of fishing line reel main body 2.Spool 4 is wrapped in outer peripheral face with fishing line, and is configured in the front portion of rotor 3 in the mode that can move forward and backward.Handle 1 can be installed in the left side or the right of fishing line reel main body 2.
As Fig. 2, shown in Figure 3, fishing line reel main body 2 has fishing line wheel body 2a and cover 2b (with reference to Fig. 3), and wherein, this fishing line wheel body 2a inside has the space, this cover 2b is installed on the fishing line wheel body 2a in removable mode, is used for the space of inaccessible fishing line wheel body 2a.Fishing line reel main body 2 also has main body protection department 26, and this main body protection department 26 covers the rear portion of fishing line wheel body 2a and the rear portion of cover 2b.
Fishing line wheel body 2a is for example made by light-alloys such as magnesium alloy or aluminium alloys, and with integrally formed along the T font pole mount pad 2c of fore-and-aft direction extension at an upper portion thereof.As shown in Figure 2, be provided with rotor driven mechanism 5 and swing mechanism 6 in the space of fishing line wheel body 2a.As shown in Figure 3, the front end of fishing line reel main body 2a is formed with the first flange 2d1 and cylindrical portion 2e, and wherein, this first flange 2d1 is roughly semicircle and constitutes circular flange part 2d, and this cylindrical portion 2e top end opening and its diameter are less than the diameter of flange part 2d.The top of the first flange 2d1 has the via hole 2j that the top ends of instruments such as screwdriver can be passed through, and this screwdriver is used to rotate set bolt 28, so that main body protection department 26 is fixed.After utilizing set bolt 28 that main body protection department 26 is installed, should be by hole 2j by cap 29 obturations.Cylindrical portion 2e is last near on the base end part of flange part 2d one side, is formed with section and is slotted to justifying the mounting groove 2f of shape.The brake component 58 of rotor arrestment mechanism 57 is installed on the mounting groove 2f as shown in Figure 3.
The front end of cover 2b is formed with and is roughly the semicircular second flange 2d2, and this second flange 2d2 and the first flange 2d1 constitute the round flange 2d of portion.Front surface at the second flange 2d2 is formed with plate-like portion 2i, is penetrated with set bolt 80 on this plate-like portion 2i.The purpose that plate-like portion 2i is set is, utilizes set bolt 80 that the front threads of cover 2b is fixed on the fishing line wheel body 2a.Plate-like portion 2i is in the outstanding forward formation in the outside of the sealing 2h of department of assembly, and the 2h of sealing department of assembly roughly becomes " C " font, is used to install seal member 25.Plate-like portion 2i is the long plate portion of above-below direction, and its two ends are formed with 1 couple of through hole 2k, are penetrated with set bolt 80 in this through hole 2k.Part between the through hole 2k is littler than the overhang of through hole 2k.That is, plate-like portion 2i two ends roughly protrude semicircle with identical thickness, form from the second flange 2d2 is outstanding between the two ends, and slightly rearward more recessed than the center of through hole 2k.
" C " font parts that seal member 25 is made for synthetic resin are used for the flange separating part of seal cover parts 2b and fishing line wheel body 2a.Separating part at fishing line wheel body 2a and cover 2b is equipped with switching part 56 described later, and switching part 56 can be removed or load onto.
Be formed with recess 2g on the mounting groove 2f of cylindrical portion 2e, dispose plate-like portion 2i among this recess 2g.Among this recess 2g projecting part 81 is installed, this projecting part 81 is used to prevent brake component 58 depressions.Recess 2g is recessed to form along the profile of plate-like portion 2i, and it is roughly semicircle that two concave ends of its above-below direction become, and more outstanding forward than mid portion.Plate-like portion 2i is fixed among the recess 2g of fishing line wheel body 2a by two set bolts 80.Therefore, the screwed hole 2m of set bolt 80 threaded engagement is between the upper and lower in being configured in recess 2g.
As shown in Figure 3, main body protection department 26 is installed on fishing line wheel body 2a and the depressed part 2n with liner 26b via the position cooperation, and wherein, this fishing line wheel body 2a comprises pole mount pad 2c, and this depressed part 2n is formed at the rear portion of cover 2b.Main body protection department 26 bolt 28 that is fixed is fixed on the fishing line wheel body 2a.Main body protection department 26 has the bar-shaped hub 26a of portion, and screwing among this bar-shaped hub 26a of portion has set bolt 28.The rear portion of fishing line wheel body 2a is run through on the top of the 26a of hub portion, and is projected into the band of column parts 27 a little distances in interval described later position in opposite directions.
As shown in Figure 3, set bolt 28 runs through the inside of band of column parts 27 and screws in the 26a of hub portion of main body protection department 26, and main body protection department 26 is fixed on the fishing line wheel body 2a.Band of column parts 27 are cartridge, and are engaged on the fishing line wheel body 2a under the state that is positioned all around.Before the assembling, threaded portion is configured on the band of column parts 27 in advance, under this state, set bolt 28 is installed on the fishing line wheel body 2a, after cover 2b is fixed, utilize the instruments such as screwdriver that are inserted into through by hole 2j, set bolt 28 is rotated to fastening direction, and then main body protection department 26 is fixed on the fishing line wheel body 2a via band of column parts 27.
In this fishing line reel main body 2, be used for the set bolt 82 that cover 2b is fixed on the fishing line wheel body 2a is covered by main body protection department 26, set bolt 80 is covered by rotor 3, therefore can't see the bolt class from the outside.In addition, the set bolt 28 that is used to install main body protection department 26 is also covered by cap 29.Therefore, the bolt class can be to not exposing outside, thereby outward appearance is simply clean and tidy.
As shown in Figure 2, rotor driven mechanism 5 has face gear 11 and pinion 12, and wherein, this face gear 11 is with master gear 10 rotations that are fixed with handle 1, and this pinion 12 meshes with this face gear 11.Pinion 12 forms tubular, and the central part of rotor 3 is run through in the front portion of pinion 12, and is fixed on the rotor 3 by nut 13.The axial pars intermedia and the rearward end of pinion 12 rotatably are bearing on the fishing line reel main body 2 via bearing 14a, 14b respectively.
Spool axle 15 is via unloading the central part that force mechanisms 60 is connected spool 4, and swing mechanism 6 is used to make spool axle 15 to move and then spool 4 is moved along equidirectional along fore-and-aft direction.Swing mechanism 6 has spiral shell axle 21, slide block 22 and idler gear 23, and wherein, these spiral shell axle 21 configured in parallel are below spool axle 15; This slide block 22 moves forward and backward along spiral shell axle 21; This idler gear 23 is fixed on the top of spiral shell axle 21.The rear end of spool axle 15 is fixed on the slide block 22 in non-rotatable mode.Idler gear 23 is meshed with pinion 12.
As shown in Figure 2, rotor 3 has rotor subject 7, first cap assembly 33 and 1 couple second cap assembly 34a, 34b, and wherein, this rotor subject 7 can be the center rotation with first X of fore-and-aft direction with respect to fishing line reel main body 2; This first cap assembly 33 covers the rear portion of rotor subject 7; This second cap assembly 34a, 34b cover the lateral surface of the first rotor arm 31, second rotor arm 32.
Rotor subject 7 is for example made for aluminium alloy, and it is connected on the pinion 12 in non-rotatable mode, but can be with respect to 2 rotations of fishing line reel main body.Rotor subject 7 has: tube portion 30, and its rear portion has can be configured in cylindrical portion 2e inner depressed part 30a, and this cylindrical portion 2e is positioned at the front portion of fishing line reel main body 2; First, second rotor arm 31,32, it is connected the mutual position and the extension forward with tube portion 30 intervals in opposite directions in rear portion of a portion 30; And the hub portion (not shown) of a pair of tubular, it is respectively in the outstanding backward formation in the mutual position in opposite directions of the radially foreign side of depressed part 30a.
As shown in Figure 2, rotor 3 also has a pair of bracket (not shown) and a pair of set bolt (not shown), this bracket is ended in a pair of hub portion of above-mentioned tubular by card respectively, can move along the projected direction (fore-and-aft direction) of this hub portion, but can not move along the direction (rotor 3 radially) that intersects with projected direction, this set bolt is fixed to first cap assembly 33 on the rotor subject 7.Bracket is set on a pair of second cap assembly 34a, the 34b, and extends to first, second rotor arm 31,32.Under bracket was engaged to state in the above-mentioned a pair of hub portion, this set bolt was connected to first cap assembly 33 on the rotor subject 7.
The forwardly interior all sides of tube portion 30 have the discoideus 30d of wall portion, and are formed with the 30e of annular hub portion at the central part of the 30d of wall portion, and the 30e of this annular hub portion connects being attached thereto with the mode of pinion 12 one rotation.The front portion of pinion 12 engages to the center of the 30e of this hub portion in non-rotatable mode, utilizes the nut 13 that screws in pinion 12 tops, and rotor subject 7 is fixed on the pinion 12.
First cap assembly 33 constitutes in the mode that covers rotor subject 7 rear portions around depressed part 30a.Dispose a pair of and above-mentioned a pair of hub portion through hole (not shown) in opposite directions on first cap assembly 33, be penetrated with set bolt in this through hole.Set bolt edge and first axial arrangement that X is parallel.Therefore, through hole is also along identical direction configuration.Through hole has a pair of stage portion (not shown), and this stage portion is taken in the head of set bolt.Thus, the head of set bolt is not outstanding backward.Be formed with circular open (not shown) on first cap assembly 33, the flange part 2d of this opening and fishing line reel main body 2 separates a little gap of about 0.5～1.5mm.
The second cap assembly 34a covers the outside of the first rotor arm 31, and is connected on the first rotor arm 31 by the set bolt (not shown) that screws in the first rotor arm 31.The second cap assembly 34a is connected by the three-dimensional bending curve with the first rotor arm 31 with first cap assembly 33.Therefore, even the second cap assembly 34a has dislocation slightly, just may between itself and the first rotor arm 31 and first cap assembly 33, produce step on fore-and-aft direction.The bracket that is arranged on the second cap assembly 34a is the plate-like portion of essentially rectangular, and its base end part utilizes a plurality of ribs (not shown) to be strengthened.The top of this bracket is formed with through hole (not shown), is penetrated with one and engaging with it in the above-mentioned hub portion in the through hole.Thus, this bracket is engaged to this hub portion, and this bracket can move along the projected direction (fore-and-aft direction) of this hub portion, but can not move along the direction (rotor 3 radially) that intersects with projected direction.The top ends of the second cap assembly 34a is slotted to roughly semicircle, leads arm (bail) support unit 40 with configurable first fishing line described later.
The second cap assembly 34b covers the outside of second rotor arm 32, and the bolt that is fixed (not shown) and with it the nut part of threaded engagement (not shown) be fixed on second rotor arm 32.The second cap assembly 34b also is connected by the three-dimensional bending curve with second rotor arm 32 with first cap assembly 33.Therefore, even the second cap assembly 34b has dislocation slightly, just may between itself and second rotor arm 32 and first cap assembly 33, produce step on fore-and-aft direction.Another bracket that is arranged on the second cap assembly 34b is identical with bracket above-mentioned, is the essentially rectangular plate-like portion, and its base end part utilizes a plurality of ribs (not shown) to be strengthened.The top of this another bracket is formed with through hole (not shown), is penetrated with another and engaging with it in the above-mentioned hub portion in the through hole.Thus, this bracket is also engaged in this hub portion, and this bracket can move along the projected direction (fore-and-aft direction) of this hub portion, but can not move along the direction (rotor 3 radially) that intersects with projected direction.The top of the second cap assembly 34b is formed with and is used to the stop hole (not shown) that card ends nut part, and this nut part is with the set bolt threaded engagement and can not rotate by relative stop hole.Set bolt is fixed to the second cap assembly 34b on the rotor subject 7, and, also function as follows: support that second fishing line described later is led arm support unit 42 and second fishing line is led arm support unit 42 its swing relatively.
Here, the hub portion of above-mentioned a pair of tubular is extended through on the bracket, and only limiting the second cap assembly 34a, 34b radially moves, and allow the second cap assembly 34a, 34b to move along fore-and-aft direction, like this, when the parts that will contain first cap assembly 33 are fixed on the rotor subject 7, do not improve machining accuracy, just can reduce step between each cap assembly 33,34a, the 34b or the step between each cap assembly 33,34a, 34b and the rotor subject 7 to greatest extent.
That is, lead the state of arm reversing device (not shown) etc. when getting off assemble rotor 3 taking in fishing line, the hub portion of above-mentioned a pair of tubular is interted on the through hole of bracket, thereby bracket is engaged in this a pair of hub portion.Under this state, the second cap assembly 34a, 34b are installed on the rotor subject 7, next, first cap assembly 33 are installed from the rear of rotor subject 7.Then, the second cap assembly 34a, 34b are moved along fore-and-aft direction, reducing the step of the second cap assembly 34a, 34b and rotor subject 7 as far as possible, and utilize set bolt that the second cap assembly 34a, 34b are fixed on optimal position on the rotor subject 7.Next, make set bolt intert through hole and it is screwed in above-mentioned a pair of hub portion, thus, first cap assembly 33 is fixed on the rotor subject 7.At this moment, when producing step between the second cap assembly 34a, 34b and the rotor subject 7, can unclamp the front and back position that set bolt is adjusted the second cap assembly 34a, 34b a little.
First fishing line is led arm support unit 40 is installed in the first rotor arm 31 tops in the mode that can swing outer circumferential side.The top that first fishing line is led arm support unit 40 is equipped with fishing line cylinder 41, and this fishing line cylinder 41 is used for the fishing line spool 4 that leads.Second fishing line is led arm support unit 42 is installed in second rotor arm, 32 tops in the mode that can swing interior all sides.
The fishing line cylinder 41 and second fishing line are led and are fixed with fishing line between the arm support unit 42 and lead arm 43, and this fishing line is led arm 43 and formed by bending wire, is roughly " U " font.Utilize this first fishing line to lead arm support unit 40, second fishing line and lead arm support unit 42, fishing line cylinder 41 and fishing line and lead arm 43 and constitute fishing lines and lead arm 44, this fishing line is led arm 44 and is used for the fishing line spool 4 that leads.Fishing line is led arm 44 and can be decontroled between the attitude at fishing line shown in Figure 2 guiding attitude and the fishing line after the counter-rotating of fishing line guiding attitude and swing.
As shown in Figure 2, tube portion 30 internal configurations of rotor 3 have reverse rotation preventing mechanism 50, and this reverse rotation preventing mechanism 50 is used to stop/remove the counter-rotating of rotor 3.The roller-type one way clutch 51 and the switching mechanism 52 of wheel idle running in reverse rotation preventing mechanism 50 has, this switching mechanism 52 switches one-way clutch 51 between operating state (counter-rotating blocked state) and non-action status (counter-rotating License Status).
The second cap assembly 34b inside has been taken in fishing line and has been led the arm reversing device, and it links in the rotation towards winding fishing line direction of handle 1, makes fishing line lead arm 44 and gets back to fishing line winding attitude from fishing line relieving attitude.Fishing line is led the arm reversing device and is had hook switch mechanism (not shown), moving-member (not shown) and described switching part 56, wherein, this hook switch mechanism leads arm 44 with fishing line and decontrols attitude and the loading of fishing line winding attitude to fishing line, stop is between two condition, and this moving-member links and leads the swing of arm 44 and move forward and backward in fishing line.The top of hook switch mechanism and moving-member is engaged to first fishing line and is led the lower surface of arm support unit 40.When rotor 3 rotated along winding fishing line direction, the rear end of moving-member then contacted with switching part 56 and moves to its top, and moves forward, and made fishing line lead arm 44 and got back to fishing line winding attitude.Moving-member also constitutes rotor arrestment mechanism 57, and engages with described brake component 58 when fishing line is decontroled attitude, with brake rotors 3 it can not be rotated.As shown in Figure 3, brake component 58 is for along the annular resilient parts that circumferentially are formed with a plurality of recess 58a at interval, itself and mounting groove 2f friction apply, and wherein, this recess 58a engages with the top of moving-member.
As shown in Figure 2, spool 4 is configured between the first rotor arm 31 and second rotor arm 32 of rotor 3, and is installed to the top of spool axle 15 via unloading force mechanisms 60.As shown in Figure 4, spool 4 has the 4c of front flange portion in line tube main part 4a, tubular skirt section 4b and big footpath, and wherein, this line tube main part 4a periphery is wound with fishing line; The rear of the online tube of this tubular skirt section 4b main part 4a is integrally formed with it; The 4c of this front flange portion is provided with the front end of online tube main part 4a.The 4c of front flange portion has 4d of inward flange portion and the ring-type outward flange 4e of portion, the 4d of this inward flange portion is outstanding to foreign side from the leading section radius vector of line tube main part 4a, and it is integrally formed with line tube main part 4a, the 4e of this outward flange portion is installed in the outer circumferential side of the 4d of inward flange portion in removable mode, and is made by for example hard ceramic.The 4e of outward flange portion is fixed on the 4d of inward flange portion by flange fixed part 9.Skirt section 4b has back flange part 4f and cylindrical portion 4g cylindraceous, and this back flange part 4f is outstanding to foreign side from the rearward end radius vector of line tube main part 4a, and radially the top ends of foreign side is outstanding to axial rearward direction from back flange part 4f for this cylindrical portion 4g.As shown in Figure 4, line tube main part 4a, skirt section 4b and the 4d of inward flange portion are the cylinder-like part with two sections of sizes, the forging and molding of its punch process by aluminium alloy for example or magnesium alloy or aluminium alloy is integrally formed, and utilizes the clutch shaft bearing 45 and second bearing 46 to be installed on the spool axle 15 in rotating mode.
As Fig. 4, shown in Figure 5, line tube main part 4a has: fishing line is wrapped in the cylindrical portion 16 of periphery; Staged plectane portion 17, it is formed at interior all sides of cylindrical portion 16; Tubular support 18a, 18b that the end is arranged, it is given prominence to before and after all side direction in cylindrical portion 16 and forms; Recess 19 is installed, and its mode with rear aperture is recessed to form in the interior perimembranous (backward) of cylindrical portion 16; Ring-type installing component 20, it in recess 19 is installed, is equipped with sound generating mechanism 90 with removable mode mount on the installing component 20, and this sound generating mechanism 90 is because of the sounding that relatively rotates of itself and spool axle 15.The front portion of cartridge 16 is formed with internal thread part 16a, screws in the external thread part 9a of flange fixed part 9 in this internal thread part 16a.The inboard of support 18a, 18b is equipped with clutch shaft bearing 45, second bearing 46, and clutch shaft bearing 45, second bearing 46 are assemblied on the spool axle 15 via tubular holding member (not shown).The rear of line tube main part 4a is provided with sound generating mechanism 90, and this sound generating mechanism 90 is because of the relative rotation sounding of spool 4 with spool axle 15.
As Fig. 4, shown in Figure 8, it is annular recessed portion that recess 19 is installed, and it is surrounded by the wall portion that the outer peripheral face by the inner peripheral surface at cylindrical portion 16 rear portions and support 18b constitutes, and is the bottom with the rear surface of plectane portion 17.Here, plectane portion 17 is from the inwardly square outstanding inward flange portion of line tube main part 4a radius vector, its rear surface is for installing the bottom surface of recess 19, and support 18b is that its lateral surface is for installing the side of recess 19 from the rearward outstanding cylindrical flange portion in the rear surface of plectane portion 17.It is ring-type that recess 19 is installed, and all shapes are consistent with the peripheral shape of installing component 20 in it, so that when the ring-type installing component 20 of split setting is installed, the interior all shapes of recess 19 and the peripheral shape of installing component 20 is installed matches.Install recess 19 have by endless groove constitute by fastener 19a, this circumferentially is recessed to form on the outer circumferential side edge of support 18b by fastener 19a, be used for the elasticity card and end fastener 20a, this fastener 20a is made of 3 places of all sides in installing component 20 leading sections and installing component 20 integrally formed hooking sheets.As shown in Figure 4, by fastener 19a is slot part, its inboard at support 18b outer circumferential side (front) is along circumferentially being recessed to form, and nearby the contacted mode of inner peripheral surface of a side (rear end side) and fastener 20a elasticity card be only with it with the top ends of fastener 20a by fastener 19a.
As shown in Figure 8, installation recess 19 has the card that is made of circular-arc pocket recess and ends recess 19b, wherein, this card ends recess 19b circumferentially being recessed to form in a plurality of positions of interval different distance (for example 3) along the outer peripheral face of support 18b, and end protruding 20b (with reference to Fig. 9) with card and fasten, this card ends circumferentially in a plurality of positions of interval different distance (for example 3) outstanding form of protruding 20b along installing component 20 top inner peripheral surfaces.End protruding 20b and be engaged to this card and end recess 19b by blocking, can be with installing component 20 along circumferentially fixing and locating with respect to support 18a.As shown in Figure 8, recess 19 is installed is had the engaging recess 19c that constitutes by circular-arc pocket recess, this engaging recess 19c circumferentially is recessed to form at two local multiposition (for example two) along cylindrical portion 16 inner peripheral surfaces, and fasten with hub portion 20c (with reference to Fig. 9), two places that the 20c of this hub portion made progress in 20 outer peripheral face weeks of installing component, a part of radius vector is to the tab-like one-tenth of foreign side.Here, by the 20c of hub portion being engaged on the engaging recess 19c, the tolerable radius vector is to the outstanding big footpath 20c of hub portion of foreign side.
As Fig. 4, Fig. 6, Fig. 7, Fig. 9 and shown in Figure 10, installing component 20 is the ring-type mount pad with spool axle 15 concentric arrangement, be used to install the aftermentioned impact member 92 of sound generating mechanism 90, this sound generating mechanism 90 is by the sounding with the relative rotation of spool axle 15, and installing component 20 is ring-types that synthetic resin is made.As Fig. 4, shown in Figure 5, installing component 20 is accommodated in the modes of installing in the recess 19 with integral body and is assembled fixingly, and when installing component 20 is installed in when installing on the recess 19, the rear end face of installing component 20 is positioned at the opening surface front side that recess 19 is installed.As Fig. 4, shown in Figure 9, installing component 20 has the fastener 20a that is made of hook-shaped hooking sheet, and this fastener 20a uniformly-spaced is integrally formed at three positions of all sides in installing component 20 leading sections, is used for and being ended by fastener 19a elasticity card of recess 19 is installed.Fastener 20a is the synthetic resin hooking sheet, so elastically deformable, the minimum diameter of installing component 20 (the imaginary circle diameter that the top ends of three fastener 20a of imagination connection forms) is slightly littler than the external diameter of support unit 18b, but than big slightly by the external diameter of latch for printed circuit 19a bottom, be beneficial to installing component 20 is set to when installing in the recess 19, the top ends of installing component 20 with engaged by the rear surface elasticity of fastener 19a.
As shown in Figure 9, installing component 20 has circular-arc locking protrusion 20b, this locking protrusion 20b is along circumferentially outstanding formation the in a plurality of positions of interval different distance (for example 3) of installing component 20 top inner peripheral surfaces, and can end recess 19b (with reference to Fig. 8) with card and fasten, this card only recess 19b is made of the circular-arc pocket recess that forms at support 18b outer peripheral face.Card ends protruding 20b and is configured between three fastener 20a, protrudes in all sides and integrally formed with it in the installing component 20.Be engaged to only recess 19b of card by this card being ended protruding 20b, can be with installing component 20 along circumferentially fixing and locating with respect to support 18a.As shown in Figure 9, installing component 20 has the 20c of hub portion, two places that the 20c of this hub portion made progress in 20 outer peripheral face weeks of installing component, with a part radially foreign side be circular-arc outstanding mode and be formed, the circular-arc outstanding part that is of the 20c of hub portion fastens with engaging recess 19c (with reference to Fig. 8), and this engaging recess 19c is recessed to form at the inner peripheral surface of cylindrical portion 16.Here, by the 20c of hub portion being engaged on the engaging recess 19c, the tolerable radius vector is to the outstanding big footpath 20c of hub portion of foreign side.
As Fig. 4, shown in Figure 10, sound generating mechanism 90 is being assembled under the state at installing component 20 rear portions, at the rear portion of installing component 20 endless member 98 is installed, the diameter of this endless member 98 is greater than the diameter of installing component 20, and the rear portion of endless member 98 is equipped with the annular plate-like parts 99 of a part of breach.Installing component 20 has internal thread 20d, this internal thread 20d is three local formation at interval, be formed with the three through hole 98a of place on the endless member 98, be formed with the three through hole 99a of place on the plate-shaped member 99, be communicated with through hole 98a, through hole 99a respectively and 3 screwed parts 100 are installed from the rear, like this, endless member 98 and plate-shaped member 99 can be fixed on the installing component 20.Here, sound generating mechanism 90 is being assembled under the state at installing component 20 rear portions, endless member 98 and plate-shaped member 99 are being fixed on the installing component 20, like this, can prevent that sound generating mechanism 90 is from installing component 20 disengagements.
As shown in Figure 7, the rear surface of installing component 20 is formed with cavern part 20f, and (for example 4 positions) are recessed to form this cavern part 20f in a plurality of positions.Cavern part 20f is a circular-arc recess of avoiding 3 internal thread hole 20d, and by endless member 98 and plate-shaped member 99 being fixed to the rear portion of installing component 20, cavern part 20f is to exposing outside.Here, by forming cavern part 20f, and utilize the installation of endless member 98 and plate-shaped member 99 not allow recess to exposing outside, thereby seek the lightweight of installing component 20.
As Fig. 4, shown in Figure 5, sound generating mechanism 90 has: sounding parts 91, and it to be can not being fitted thereon relative to the mode that spool axle 15 rotates, and has to speak at outer peripheral face and use jog 91a; Impact member 92, its mode with 4 rotations of spool relatively is mounted, and at spool 4 when unwinding direction rotates, connect and sounding with jog 91a repeatedly; And loading component 93, it loads impact member 92 to sounding parts 91.Sounding parts 91 are metal tubular ratchet, and are installed on the spool axle 15 in non-rotatable mode, and sounding parts 91 peripheral parts are formed with to speak uses jog 91a.Jog 91a is provided with along the circumferential interval of tube portion outer peripheral face and forms zigzag, only allows the rotation of spool 4 to unwinding direction.The interior perimembranous of sounding parts 91 is fixed on the spool axle 15 in non-rotatable mode, and works as the rearward mobile parts of restriction spool 4.Impact member 92 is installed to the rear surface of installing component 20 by bolt member 94, and can be the center swing by the axle parallel with spool axle 15, and impact member 92 is for having the hook-like parts of claw 92a, and the reciprocal and jog 91a of this claw 92a connects and sounding.As shown in Figure 4, impact member 92 is mounted in the mode that base end part is positioned at line tube main part 4a perimembranous.Loading component 93 is by around the bolt member of installing around installing component 20 rear end faces 94, and with impact member 92 to the contacted direction loading of claw 92a and jog 91a.With regard to the sound generating mechanism 90 of this structure, when unwinding direction rotated, claw 92a is the slow angle surface of butt jog 91a repeatedly at spool 4, thus sound generating mechanism 90 sounding.
Unloading the rotation of 60 pairs of spools 4 of force mechanisms brakes, unload force mechanisms 60 and have the power of unloading adjustment knob 61 and detent 62, wherein, this unloads the top threaded engagement that power is adjusted knob 61 and spool axle 15, this detent 62 power of being unloaded is adjusted knob 61 and is pushed, thereby spool 4 is braked.As shown in Figure 4, the power of unloading is adjusted knob 61 and is had circular knob parts 63, knob accessory 65 and pressing component 64, wherein, and these knob parts 63 and spool axle 15 threaded engagement; This knob accessory 65 is fixed on the knob parts 63; This pressing component 64 is pushed and 63 rotations of knob relatively by knob parts 63.As shown in Figure 4, detent 62 has multi-disc (for example 3) and unloads the power packing ring.This unloads the power packing ring and takes in online tube main part 4a inside.
Next operation and the action to fishing line reel describes.
When throwing bait, make fishing line lead arm 44 and reverse to the unwrapping wire attitude.Like this, first fishing line is led arm support unit 40 and second fishing line and is led 42 swings of arm support unit.Under this state, hook the fishing line fishing rod of jettisoninging simultaneously with the forefinger of hand of holding fishing rod.So, fishing line is taken advantage of a situation because of the weight of fishhook assembly and is emitted.After the entry of fishhook assembly, make handle 1 along twining the rotation of fishing line direction, then rotor 3 utilizes rotor driven mechanism 5 to twining the rotation of fishing line direction, and fishing line is led arm 44 and led the arm reversing device by fishing line and reset to fishing line and twine attitude, the counter-rotating of rotor 3 is prevented from, thereby stops fishing line to be emitted.
When twining fishing line, make handle 1 along twining the rotation of fishing line direction.Like this, this rotation passes to rotor 3 via face gear 11, pinion 12, thus rotor 3 rotations.When rotor 3 rotations, then be wound on the spool 4 by the fishing line of fishing line cylinder 41 guiding.Work as braking maneuver, when spool rotates to unwinding direction, as previously mentioned, the slow angle surface of the reciprocal butt male and fomale(M﹠F) of claw 92a 91a, thereby sound generating mechanism 90 sounding.
In the spool 4 of this spinning-reel, ring-type installing component 20 with removable mode mount in recess 19 is installed, wherein, the impact member 92 of sound generating mechanism 90 is installed on this ring-type installing component 20, and the interior perimembranous of 19 online main part 4a of this installation recess forms with annular recess.Here, ring-type installing component 20 is installed in the installation recess 19 that forms with annular recess fully, thus easily installing component 20 is installed to recess 19 is installed, but and homogeneous keep the circumferential weight balancing of spool 4.In addition, install in the recess 19 because of installing component 20 is installed in, so compare with existing structure, installing component 20 is difficult to from the rearward end of line tube main part 4a rearward outstanding, so can dispose spool 4 compactly.
In addition, in the spool 4 of this spinning-reel, the impact member 92 of sound generating mechanism 90 is installed on the installing component 20, with the fastener 20a elasticity of installing component 20 engage to install recess 19 by on the fastener 19a, like this, unlike prior art, use screwed part, just the installing component 20 that recess 19 dismounting are provided with sound generating mechanism 90 can be installed relatively, thereby can easily carry out the dismounting of sound generating mechanism 90.
[other embodiments]
(a) in the above-described embodiment, with the fastener 20a elasticity of installing component 20 engage to install recess 19 by on the fastener 19a, thereby installing component 20 is fixed on the installation recess 19, yet, as shown in figure 11, the O type circle 95 that also can utilize elastomer to make ends installing component 20 elasticity cards on installation recess 19.Installing component 20 as shown in figure 11 is the endless member that the tubular at the end is arranged, it is mounted in rear portion inner peripheral surface, the plectane portion 17 contacted modes with cylindrical portion 16, this cylindrical portion 16 is as the wall portion that recess 19 is installed, and this plectane portion 17 is as the bottom that recess 19 is installed.Installing component 20 be the tabular support 18b that extends to plectane portion 17 contacted parts towards interior all sides, this support 18b is a cylindrical flange portion, the O type circle 95 that the top ends 20e of installing component 20 utilizes elastomer to make is pressed against the rear surface as the plectane portion 17 of the bottom that recess 19 is installed, wherein, this O type circle 95 is installed in the assembling slot part 19d, and this assembling slot part 19d is recessed to form at the outer peripheral face of support 18b.The top ends 20e that the wall portion of assembling slot part 19d inboard is configured in installing component 20 is the wall inboard of a side nearby, therefore can utilize O type circle 95 that elastomer makes that the top ends 20e of installing component 20 is forwards pushed.Here, the O type circle 95 that utilizes elastomer to make engages to installing component 20 elasticity to be installed in the recess 19, like this, unlike prior art, use instruments such as screwdriver, just the installing component 20 that recess 19 dismounting are provided with sound generating mechanism 90 can be installed relatively, thereby can easily carry out the dismounting of sound generating mechanism 90.
(b) in the above-described embodiment, be formed at outer circumferential side by fastener 19a as the support 18b of cylindrical flange portion, fastener 20a is formed at interior all sides of installing component 20 leading sections, with the fastener 20a elasticity card of installing component 20 end install recess 19 by fastener 19a in, thus, installing component 20 is fixed in the installation recess 19, yet, as shown in figure 12, also can be following structure: be provided with by fastener 19a and fastener 20a, this is made of the endless groove that all sides in the line tube main part 4a form by fastener 19a, this fastener 20a the leading section outer circumferential side of installing component 20 form and with ended by fastener 19a elasticity card, with the fastener 20a elasticity of installing component 20 engage to install recess 19 by in the fastener 19a.Here, with the fastener 20a of installing component 20 engage to that all sides form in the line tube main part 4a by on the fastener 19a, thereby installing component 20 elasticity that will be provided with sound generating mechanism 90 engage on the line tube main part 4a, thereby can easily carry out the dismounting of sound generating mechanism 90.
(c) in the above-described embodiment, with the fastener 20a elasticity of installing component 20 engage to install recess 19 by in the fastener 19a, thus installing component 20 is fixed to and installs in the recess 19, yet, installing component 20 to being installed, recess 19 fixing methods only is not limited to the elasticity card, as shown in figure 13, also available installing component 20 and build-up member 96 are seized plectane portion 17 on both sides by the arms, and utilize attaching parts 97 that installing component 20 screw threads are fixed to and install in the recess 19.
Installing component 20 shown in Figure 13 is an endless member, it is assembled in rear portion inner peripheral surface, the plectane portion 17 contacted modes with cylindrical portion 16, wherein, the rear portion inner peripheral surface of this cylindrical portion 16 is as the wall portion that recess 19 is installed, and this plectane portion 17 is as the bottom that recess 19 is installed.It is the assembling recess 19e of bottom surface that the front portion of plectane portion 17 is provided with the front surface of plectane portion 17, and this assembling recess 19e is recessed to form in the form of a ring in interior all sides of cylindrical portion 16 mode with open front.In the assembling recess 19e, so that ring-type build-up member 96 can be housed from the mode of the place ahead dismounting.Here, be installed to build-up member 96 in the assembling recess 19e and its front surface with plectane portion 17 is contacted, under this state, be installed to installing component 20 in the assembling recess 19e from the rear and its rear surface with plectane portion 17 is contacted, seize plectane portion 17 on both sides by the arms with two parts, and from rear insertion attaching parts 97, these attaching parts 97 are bolt member, thereby attaching parts 97 and build-up member 96 threaded engagement, like this, plectane portion 17 is being mounted under the state that parts 20 and build-up member 96 seize on both sides by the arms connection parts 20 and build-up member 96.Under this situation, compare with the situation that for example in plectane portion 17, forms screwed hole, because of reducing the thickness of plectane portion 17, so can make spool 4 whole lightweights.
Claims (12)
1. the spool of a spinning-reel, it to be can being set up with respect to the mode that the fishing line reel main body moves forward and backward, and fishing line is wrapped on its periphery, it is characterized in that the spool of described spinning-reel has:
Cylindric line tube main part, described fishing line is wrapped on its periphery;
Front flange portion, its leading section radius vector from described line tube main part is outstanding to foreign side;
Back flange part, its rearward end radius vector from described line tube main part is outstanding to foreign side;
Cylindric skirt section, its top ends from described back flange part is outstanding to axial rearward direction;
Recess is installed, and its mode with rear aperture forms with annular recess in the interior perimembranous of described line tube main part;
The ring-type installing component, it in described installation recess, is equipped with at least a portion of sound generating mechanism with removable mode mount on this installing component, wherein, described sound generating mechanism utilization is sounding with the relative rotation of spool axle, and described spool axle can not rotate with respect to the fishing line reel main body
Described line tube main part, described front flange portion, described back flange part and described skirt section are integrally formed by metal parts,
Described installing component is the parts that synthetic resin is made.
2. the spool of spinning-reel as claimed in claim 1 is characterized in that,
The spool of described spinning-reel also has:
Inward flange portion, its interior perimembranous radius vector from line tube main part is inwardly given prominence to the side, and its rear surface is as the bottom surface of described installation recess;
The assembling recess, its mode with open front forms with annular recess in the interior perimembranous of described line tube main part, and with the front surface of described inward flange portion as the bottom surface;
The ring-type build-up member, its with removable mode mount in described assembling recess;
Attaching parts, under the state that described inward flange portion is seized on both sides by the arms by described installing component and described build-up member, described attaching parts are connected with described build-up member described installing component.
3. the spool of spinning-reel as claimed in claim 2 is characterized in that,
Described attaching parts are screwed part, and its either party from the leading section of the rearward end of described installing component and described build-up member is inserted into,
Either party described in described installing component, the described build-up member and described inward flange portion have the through hole that inserts described screwed part respectively,
Appoint the opposing party to have in described installing component and the described build-up member and is communicated with the also screwed hole of the described screwed part of threaded engagement with described through hole.
4. the spool of spinning-reel as claimed in claim 1 is characterized in that,
Described installing component is mounted in the mode that rear end face is positioned at described line tube main part perimembranous.
5. the spool of spinning-reel as claimed in claim 1 is characterized in that,
Described sound generating mechanism has: the sounding parts, and it is assemblied on the described spool axle in non-rotatable mode, and has to speak at outer peripheral face and use jog; Impact member, its base end part are fixed on the described installing component, and its top ends connects and sounding with described jog when described spool rotates repeatedly; And loading component, it loads described impact member to described sounding parts.
6. the spool of spinning-reel as claimed in claim 5 is characterized in that,
Described impact member is mounted in the mode that base end part is positioned at described line tube main part perimembranous.
7. the spool of spinning-reel as claimed in claim 1 is characterized in that,
From the rear of described line tube main part with the described installing component of removable mode mount,
The spool of described spinning-reel also has by fastener and fastener, the described interior all rear flank portion that is formed at described line tube main part by fastener, described fastener is engaged to described by fastener by elasticity, and described installing component is fixed on the described line tube main part.
8. the spool of spinning-reel as claimed in claim 1 is characterized in that,
The spool of described spinning-reel also has:
Inward flange portion, its interior perimembranous radius vector from described line tube main part is inwardly given prominence to the side, and the rear surface is as the bottom surface of described installation recess;
Cylindrical flange portion, its rear surface from described inward flange portion is rearward outstanding, and with the side of lateral surface as described installation recess.
9. the spool of spinning-reel as claimed in claim 8 is characterized in that,
Described by fastener be outer circumferential side in described cylindrical flange portion along the endless groove that circumferentially forms,
Described fastener is the O type circle that elastomer is made, and its mode with monomer is arranged on described installing component rearward end, and interior perimembranous is assembled in the described endless groove, and described installing component is pushed the described inward flange portion that is fixed on.
10. the spool of spinning-reel as claimed in claim 8 is characterized in that,
Described is first fastening groove that is formed at all sides in the described line tube main part by fastener,
Described fastener is formed as one in the outer circumferential side of described installing component leading section and first hooking sheet that ends with the described first fastening groove elasticity card.
11. the spool of spinning-reel as claimed in claim 8 is characterized in that,
Described is second fastening groove that is formed at described cylindrical flange portion outer circumferential side by fastener,
Described fastener is formed as one in the interior all sides of described installing component leading section and second hooking sheet that ends with the described second fastening groove elasticity card.
12. the spool of spinning-reel as claimed in claim 7 is characterized in that,
In a plurality of locating slots that described installing component forms by the interior perimembranous that a plurality of locator protrusions is engaged at described line tube main part, positioning and fixing is to the interior perimembranous of described line tube main part, wherein, described locating slot is along circumferentially phase shifting configuration, and described locator protrusions is formed at and a described line tube main part side in opposite directions.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006341292A JP4934420B2 (en) | 2006-12-19 | 2006-12-19 | Spinning reel spool |
| JP341292/2006 | 2006-12-19 | ||
| JP2006341293A JP4963227B2 (en) | 2006-12-19 | 2006-12-19 | Spinning reel spool |
| JP341293/2006 | 2006-12-19 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101204147A true CN101204147A (en) | 2008-06-25 |
| CN101204147B CN101204147B (en) | 2011-03-23 |
Family
ID=39564817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007103021847A Active CN101204147B (en) | 2006-12-19 | 2007-12-18 | Spool assembly for spinning reel |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4934420B2 (en) |
| CN (1) | CN101204147B (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105230584A (en) * | 2015-10-30 | 2016-01-13 | 朱之鸿 | Spinning wheel type fishing reel with protective device |
| CN110012875A (en) * | 2017-12-20 | 2019-07-16 | 株式会社岛野 | The spool and fishing line reel of fishing line reel |
| CN110012881A (en) * | 2017-11-22 | 2019-07-16 | 株式会社岛野 | Double-bearing fish-line wheel |
| CN111316960A (en) * | 2018-12-14 | 2020-06-23 | 株式会社岛野 | Fishing reel cover |
| TWI827304B (en) * | 2021-10-29 | 2023-12-21 | 日商古洛布萊股份有限公司 | Spinning reel reel for fishing |
Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4977189A (en) * | 1972-12-01 | 1974-07-25 | ||
| JPS52143396A (en) * | 1976-05-25 | 1977-11-29 | Nippon Kokan Kk <Nkk> | Controlling method of reactor built in island |
| JPS6368771A (en) * | 1986-09-10 | 1988-03-28 | Mazda Motor Corp | Engine controller |
| JP2003009731A (en) * | 2001-07-02 | 2003-01-14 | Shimano Inc | Parts assembly of reel for fishing |
| JP2003210081A (en) * | 2002-01-22 | 2003-07-29 | Shimano Inc | Part assembly of fishing reel |
| US6688545B2 (en) * | 2002-01-22 | 2004-02-10 | Shimano Inc. | Fishing-reel sounding device |
| JP2004105097A (en) * | 2002-09-19 | 2004-04-08 | Daiwa Seiko Inc | Reel for fishing |
| JP4512425B2 (en) * | 2004-06-09 | 2010-07-28 | 株式会社シマノ | Spinning reel master gear |
| JP4500629B2 (en) * | 2004-08-27 | 2010-07-14 | 株式会社シマノ | Sounding mechanism of spinning reel |
-
2006
- 2006-12-19 JP JP2006341292A patent/JP4934420B2/en active Active
-
2007
- 2007-12-18 CN CN2007103021847A patent/CN101204147B/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105230584A (en) * | 2015-10-30 | 2016-01-13 | 朱之鸿 | Spinning wheel type fishing reel with protective device |
| CN110012881A (en) * | 2017-11-22 | 2019-07-16 | 株式会社岛野 | Double-bearing fish-line wheel |
| CN110012875A (en) * | 2017-12-20 | 2019-07-16 | 株式会社岛野 | The spool and fishing line reel of fishing line reel |
| CN111316960A (en) * | 2018-12-14 | 2020-06-23 | 株式会社岛野 | Fishing reel cover |
| TWI827304B (en) * | 2021-10-29 | 2023-12-21 | 日商古洛布萊股份有限公司 | Spinning reel reel for fishing |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4934420B2 (en) | 2012-05-16 |
| JP2008148640A (en) | 2008-07-03 |
| CN101204147B (en) | 2011-03-23 |
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