Spinning-reel cam drive
Technical field
The present invention relates to mechanical field, relate in particular to a kind of spinning-reel cam drive.
Background technology
The wire-arranging mechanism of existing spinning-reel generally uses two kinds of designs, and general low end structure adopts travelling gear band movable slider to make main shaft and line wheel produce the action that has moved back and forth winding displacement, and this kind of design cannot complete uniform winding displacement.And the structure of high-end product realizes reciprocating motion with the guide rod with two-way multi-circle spiral flow groove of CNC processing, and need realize deceleration by series of gears, this kind of design is difficult to manufacture, and cost is too high.
For above problem, the invention provides a kind of simple in structure, can the even winding displacement of high-quality realization and easy to operate spinning-reel cam drive.
Summary of the invention
The object of the present invention is to provide a kind of simple in structure, can the even winding displacement of high-quality realization and easy to operate spinning-reel cam drive.
To achieve these goals, technical scheme of the present invention is: a kind of spinning-reel cam drive is provided, comprise fishing vessel main body, rocking arm, swinging arm motor unit, main shaft, ratch, clutch shaft bearing, the second bearing, bearing fixed seat, the first gear, the second gear, the 3rd gear, the 4th gear, line shell component, line wheel, gear shaft, the first cam, the second cam and trundle, described swinging arm motor unit is placed in described fishing vessel main body, the input of described swinging arm motor unit and described rocking arm join, the spindle hole of trend before and after described fishing vessel main body is provided with, the front of described spindle hole is communicated with successively and is provided with ratch container cavity and bearing container cavity, the rear end of described ratch and described clutch shaft bearing are installed in respectively in described ratch container cavity and described bearing container cavity, the output of described swinging arm motor unit and the rear end of described ratch join, slide and be inserted in described clutch shaft bearing and described ratch and put in described spindle hole in the rear end of described main shaft, the front end of corresponding described fishing vessel main body outside the solid sheathed described ratch of described the second bearing, described bearing fixed seat is placed on outside the outer ring of described the second bearing admittedly, described the first geared sleeve is located at outside described ratch and is fixed in the front end of described bearing fixed seat, described line shell component comprises line shell main body, line shell protecgulum and line shell bonnet, described line shell protecgulum and described line shell bonnet are fixed in respectively front end and the rear end of described line shell main body, described line shell protecgulum, corresponding position, the middle part tooth punching bar hole of described line shell main body and described line shell bonnet, the front end of described ratch is inserted in described ratch hole, described line wheel is sheathed on outside described line shell component, the middle part of the described line wheel formation wire casing that concaves, on described line wheel, have wire wheel axis hole, the front end of described main shaft inserts in described wire wheel axis hole admittedly, one side of the corresponding described main shaft of described line shell main body is provided with gear axis hole, described gear shaft is inserted in described gear axis hole, described the second gear and the 3rd gear are rotatably connected respectively in rear end and the front end of described gear shaft, described the second gear is meshed with described the first gear, the number of teeth of the number of teeth of the first gear and the 4th gear differs one to three, the number of teeth of described the second gear equates with the number of teeth of described the 3rd gear, described the first cam and described the second cam are placed in described line wheel and are sheathed on outside described main shaft, described the first cam joins and forms a skewed slot tilting forward and back in described the second cam, described the 4th gear is fixed in the rear end of described the first cam, described the 3rd gear is meshed with described the 4th gear, the corresponding described skewed slot of described main shaft place has screwed hole, one end of described trundle inserts in described screwed hole admittedly, the other end of described trundle slides and is arranged in described skewed slot.
Described spinning-reel cam drive also comprises line wheel pad, and described line wheel pad is sheathed on described main shaft, and is placed in the front of corresponding described second cam in inner side of described line wheel.
Described spinning-reel cam drive also comprises hold-down screw, on described line shell protecgulum, line shell main body and described line shell bonnet, correspondence has screw respectively, described hold-down screw screws successively and is inserted in corresponding described screw, thereby makes described line shell protecgulum and described line shell bonnet be fixed in respectively front end and the rear end of described line shell main body.
Compared with prior art, wire-arranging mechanism of the present invention is simple and compact for structure, and can realize the even winding displacement of high-quality.
By following description also by reference to the accompanying drawings, it is more clear that the present invention will become, and these accompanying drawings are used for explaining embodiments of the invention.
Accompanying drawing explanation
Fig. 1 is the structural representation of spinning-reel cam drive of the present invention.
Fig. 2 is the cutaway view of spinning-reel cam drive of the present invention.
Fig. 3 is the partial exploded view of spinning-reel cam drive of the present invention.
Fig. 4 is the cutaway view along hatching A-A in Fig. 1.
Embodiment
Referring to figs. 1 to Fig. 4, spinning-reel cam drive 100 of the present invention comprises fishing vessel main body 10, rocking arm 15, swinging arm motor unit, main shaft 25, ratch 30, clutch shaft bearing 35, the second bearing 40, bearing fixed seat 45, the first gear 50, the second gear 55, the 3rd gear 60, the 4th gear 61, line shell component 65, line wheel 68, gear shaft 70, the first cam 75, the second cam 80 and trundle 85.
Described swinging arm motor unit is placed in described fishing vessel main body 10.The input of described swinging arm motor unit and described rocking arm 15 join.The spindle hole 111 of trend before and after described fishing vessel main body 10 is provided with.The front of described spindle hole 111 is communicated with successively and is provided with ratch container cavity 112 and bearing container cavity 113.The rear end of described ratch 30 and described clutch shaft bearing 35 are installed in respectively in described ratch container cavity 112 and described bearing container cavity 113.The rear end of the output of described swinging arm motor unit and described ratch 30 joins.Slide and be inserted in described clutch shaft bearing 35 and described ratch 30 and put in described spindle hole 111 in the rear end of described main shaft 25.The front end of corresponding described fishing vessel main body 10 outside the solid sheathed described ratch 30 of described the second bearing 40.Described bearing fixed seat 45 is placed on outside the outer ring of described the second bearing 40 admittedly.Described the first gear 50 is sheathed on outside described ratch 30 and is fixed in the front end of described bearing fixed seat 45.Described line shell component 65 comprises line shell main body 651, line shell protecgulum 652 and line shell bonnet 653.Described line shell protecgulum 652 and described line shell bonnet 653 are fixed in respectively front end and the rear end of described line shell main body 651.The corresponding position, middle part of described line shell protecgulum 652, described line shell main body 651 and described line shell bonnet 653 has ratch hole 6511.The front end of described ratch 30 is inserted in described ratch hole 6511.Described line wheel 68 is sheathed on outside described line shell component 65, and the middle part of described line wheel 68 concaves and forms wire casing 681, on described line wheel 68, has wire wheel axis hole 682, and the front end of described main shaft 25 inserts in described wire wheel axis hole 682 admittedly.One side of described line shell main body 651 corresponding described main shafts 25 is provided with gear axis hole 6512.Described gear shaft 70 is inserted in described gear axis hole 6512.Described the second gear 55 and the 3rd gear 60 are rotatably connected respectively in rear end and the front end of described gear shaft 70.Described the second gear 55 is meshed with described the first gear 50, and the number of teeth of the number of teeth of the first gear 50 and the 4th gear 61 differs one to three, and the number of teeth of described the second gear 55 equates with the number of teeth of described the 3rd gear 60.Described the first cam 75 and described the second cam 80 are placed in described line wheel 68 and are sheathed on outside described main shaft 25, and described the first cam 75 joins and forms a skewed slot tilting forward and back 801 in described the second cam 80.Described the 4th gear 61 is fixed in the rear end of described the first cam 75, and described the 3rd gear 60 is meshed with described the 4th gear 61.The corresponding described skewed slot of described main shaft 25 801 places have screwed hole 251, and one end of described trundle 85 inserts in described screwed hole 251 admittedly, and the other end of described trundle 85 slides and is arranged in described skewed slot 801.
Preferably, described spinning-reel cam drive 100 also comprises line wheel pad 90.Described line wheel pad 90 is sheathed on described main shaft 25, and is placed in the front of corresponding described second cam 80 in inner side of described line wheel 68.
Particularly, described spinning-reel cam drive 100 also comprises hold-down screw 95.On described line shell protecgulum 652, line shell main body 651 and described line shell bonnet 653, correspondence has screw (not shown) respectively, described hold-down screw 95 screws successively and is inserted in corresponding described screw, thereby makes described line shell protecgulum 652 and described line shell bonnet 653 be fixed in respectively front end and the rear end of described line shell main body 651.
Particularly, described swinging arm motor unit comprises hexagonal mandrel 201 and fluted disc 202.One end of described hexagonal mandrel 201 is connected with described rocking arm 15, and the other end of described hexagonal mandrel 201 and described fluted disc 202 join, and described fluted disc 202 is meshed with the rear end of described ratch 30.
When assemble line shell spinning-reel cam drive 100 of the present invention is worked, rotate rocking arm 15, rocking arm 15 is with active toothed disk 202 to rotate by hexagonal mandrel 201, fluted disc 202 engages with ratch 30, drive ratch 30 to rotate, ratch 30 rotates by the first gear 50 on the supporting drive bearing fixed seat 45 of clutch shaft bearing 35 and the second bearing 40, the first gear 50 drives the second gear 55 to rotate, the second gear 55 transmits to rotate by gear shaft 70 and rotates to the 3rd gear 60, the 3rd gear 60 drives the first cam 75 and the second cam 80 to rotate by the 4th gear 61, the first cam 75 is synchronizeed with described the second cam 80 when rotation, skewed slot 801 drives trundle 85 to slidably reciprocate along skewed slot 801 front and back, thereby drive main shaft 25 to move back and forth, finally be with moving-wire wheel 68 to move back and forth, realize even winding displacement.
Wire-arranging mechanism of the present invention is simple and compact for structure, and can realize the even winding displacement of high-quality.
In conjunction with most preferred embodiment, present invention is described above, but the present invention is not limited to the embodiment of above announcement, and should contain the various modifications of carrying out according to the essence of the present embodiment, equivalent combinations.