CN201438835U

CN201438835U - String winder with multi-direction rotating string wheel

Info

Publication number: CN201438835U
Application number: CN2009201587489U
Authority: CN
Inventors: 张聪亮
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-12
Filing date: 2009-06-12
Publication date: 2010-04-21
Anticipated expiration: 2019-06-12
Also published as: JP2010284163A

Abstract

The utility model relates to a string winder with a multi-direction rotating string wheel. A containing space and a combining part are arranged in the base of the main body of the string winder, two side walls are respectively provided with an axle hole leading to the outer side, slide blocks are respectively arranged on the external part of axle holes, rotating shafts are respectively and movably arranged in the slide groove of each slide block in a penetrated mode, the two rotating shafts penetrate into both sides of the string wheel of a counterpoint steering device in the containing space, a relative overturn seat which can rotate toward multi directions is hinged with the outer side of the string wheel, and then a drive device is pivoted on a rotating shaft at one side of the base. A connecting shaft is meshed with a driving gear set to drive the string wheel of a steering device to rotate, a rotating device is pivoted on the rotating shaft at the other side of the base, and then the driving gear set is meshed with a driven gear set to drive the slide blocks at both sides of the base so as to drive the two rotating shafts to link the overturn seat and the string wheel of the steering device to do multi-direction varying overturn, so pull force can be enhanced for winding string during string collecting, the string wheel can be rotated clockwise and anticlockwise during string throwing and string collecting, and then distorted fishlines can be turned back to straight lines so as to reduce the resistance of throwing lines.

Description

The winder of the multidirectional rotary line wheel of tool

Technical field

The utility model provides the winder of the multidirectional rotary line wheel of a kind of tool, You Zhike is for the winder of the default wire rod of multidirectional adjustment rotational line wheel folding and unfolding, use for being incorporated on the fishing rod, when parabola, take-up, cooperate the multidirectional rotation of rotational line wheel, the function and the effect of the high pulling capacity when promoting take-up, the resistance when reducing parabola.

Background technology

The raising of national life level in recent years, people are more and more paid attention to for outdoor activity, whenever stopping two in week or continuous vacation, except the daily life system of work and sleep, just can be used as the open air goes for an outing in early spring, the time of outing and motion, and utilize motion to promote the metabolism of health, add near under suffered deep experience of large natural environment and the edifying, not only can allow people discharge excessive tight pressure in the life, keep being in a cheerful frame of mind and loosening, can avoid simultaneously ciril disease to take place and influence the health of health, and it is just all flourish down because of the idea and the related industry thereof of outdoor activity, make fishing activity fast development already be one of popular for many years motion, therefore, just there are many people to utilize fishing to be engaged in outdoor activity, wherein, angle with the pond again, small stream angles and the sea angles three kinds of fishing modes the most common, and fishing not only needs weather, environmental condition such as current etc. in many ways cooperate, for fingerling, angle the multiple fishing skills such as bait of method and use to need carefulness to study intensively especially, a kind of cultivation of can saying so is careful and patient, allow the people not influenced by external environment, a kind of dynamic stress-relieving activity of getting down to think deeply.

In addition, because the more multiple fishing mode that is divided into is angled in the sea, mainly can include ship angles, rock angles and angle etc. on the beach, add also rich and variedization comparatively of fingerling in the sea, changeable for hobby, the fan who stimulates, have more pure attraction, and the employed winder of traditional fishing tackle, divide into two kinds of spinning wheel type winder and twin axle winders haply, if the structure with the spinning wheel type winder is an example, see also shown in Figure 13, end view for spinning wheel type winder commonly used, it is provided with the foot rest A1 on default fishing rod capable of being combined in pedestal A one side, and be articulated with swivel mount B and line wheel B1 thereof in the in addition side activity of the adjacent foot rest A1 of pedestal A, and line wheel B1 was parallel to each other for upright being with default fishing rod, when the user carries out parabola to default fishing rod, raise conductor loop B2, the fishline D that line can be taken turns the last winding of B1 takes advantage of a situation and pulls out, at this moment, fishline D does not drive line wheel B1 and rotates synchronously, and can reduce the resistance of fishline D when parabola relatively, make things convenient for the user with fishline D pull out fast line wheel B1 outside, and can effectively do the parabola action of long distance; When the user carries out spiral to default fishing rod, only the handle C that need rotate on the pedestal A comes driven rotary frame B to do rotation, the rotor B21 that fishline D can be articulated by conductor loop B2, twine to be directed on the line wheel B1 near 90 degree angle turnovers, but therefore the pulling capacity of kind mode when twining is less relatively, when parabola, the fishline revolution can't be in line, fishline D distortion is tangled when easily causing automatic outlet, so that it can't take turns the spiral action that B1 does high pulling capacity to line, and tangle the generation resistance because of distortion when desiring to dish out fishline D, and influence the distance that fishline D dishes out.

Moreover, if the structure with the twin axle winder is an example, see also shown in Figure 14, end view for twin axle winder commonly used, it is provided with the foot rest A1 on default fishing rod capable of being combined in pedestal A one side, and in the wired B1 that takes turns of pedestal A internal activity pivot joint, and line wheel B1 is horizontal and be vertical mutually with default fishing rod, when the user carries out parabola to default fishing rod, the fishline D that its line wheel B1 is twined can take advantage of a situation along the slide B4 conductor loop B41 on the guide rod B3 and pull out, at this moment, fishline D rotates synchronously for driving line wheel B1, but therefore the resistance of kind mode when parabola is relatively large, with cause its fishline D can't be pulled out fast line wheel B1 outside, can not effectively do long apart from the parabola action, and when parabola if the situation of brake too early occurs, then cause fishline D resilience to return, and if brake is too late, cause line wheel B1 to concern because of centrifugal force, and in the fishline D that will the dish out reversing loop line wheel B1, and generation fishline D is entangled with the winding situation; When the user carries out spiral to default fishing rod, only need rotate in handle C on the pedestal A and drive line wheel B1 and do rotation, fishline D directly is wound on the line wheel B1 along the slide B4 conductor loop B41 on the guide rod B3.

Therefore, how to improve when winder commonly used has high pulling capacity, parabola when spiral and can reduce resistance again, avoid when spiral or parabola, being hindered, be the relevant manufacturer that is engaged in the industry and desire most ardently the direction place that research improves.

Summary of the invention

So the inventor, passes through constantly design, revises with the many years of experience of being engaged in the industry via assessing in many ways and considering because above-mentioned deficiency commonly used and disappearance are collected related data, the beginning is designed the winder of the multidirectional rotary line wheel of this kind tool.

Main purpose of the present utility model is the pedestal that is the main body of this winder, and this pedestal and be respectively equipped with the joint portion of tool accommodation space in internal face two sides of accommodation space, and be respectively equipped with the axis hole of perforation to the outside by these inside accommodation space two sidewalls, be respectively equipped with slide block in each axis hole outside in these pedestal two outsides again, then in the chute of each axis hole and each slide block respectively activity wear rotating shaft, this transfer activity is hubbed in the accommodation space of this pedestal, and be provided with in the relative formula overturning seat of the multidirectional rotary moveable of two side joint portion intercropping, and be provided with the line wheel that twines for default wire rod in this relative formula overturning seat inside, and this line to take turns two sides be to be respectively equipped with being positioned at the external axle rod in these pedestal two side shaft holes, then in two external axle rods, be provided with conjugate foramen, be embedded in the set inlay card groove of relative formula overturning seat respectively with two external axle rods again for the flexible blocking of the rotating shaft in two axis holes; This drive unit is hubbed at the rotating shaft side that passes in this pedestal one side shaft hole, is provided with the connecting axle in this rotating shaft side movable telescopic contraposition, and the drive gear set of the line wheel rotation that drives rotating shaft interlock transfer is arranged in this couple axle external engagement; This whirligig is hubbed at the rotating shaft side that passes in other the side shaft hole of this pedestal, be provided with the pull bar group that drives the turn of driving tooth wheels, and these driving tooth wheels are engaged with the driven tooth wheels of these pedestal two side slides of driving with the multidirectional conversion upset of the overturning seat, the line crop rotation that drive two rotating shaft interlock transfers.

And rotating shaft penetrates in the accommodation space and the line of contraposition transfer is taken turns two sides, and line wheel is outer then be articulated with can multidirectional rotation relative formula overturning seat, drive unit again is pivoted in the rotating shaft of pedestal one side, be engaged with drive gear set by connecting axle, can drive the line wheel rotation of transfer, whirligig is pivoted in the rotating shaft of other side of pedestal, then with driving tooth wheels engagement driven tooth wheels, drive pedestal two side slides to drive the overturning seat of two rotating shaft interlock transfers, the multidirectional conversion rotation of line crop rotation, the overturning seat of turning winder then, the angle of line wheel, can make the parabola of long distance, then when take-up, improve the pulling capacity spiral, and in parabola, during take-up with suitable, the mode rotary line wheel can turn round the shape that be in line with the fishline of distortion counterclockwise, reaches the purpose that reduces the parabola resistance.

Description of drawings

Fig. 1 is a stereo appearance figure of the present utility model;

Fig. 2 is three-dimensional exploded view of the present utility model (one);

Fig. 3 is three-dimensional exploded view of the present utility model (two);

Fig. 4 is a three-dimensional cutaway view of the present utility model;

Fig. 5 is a top plan view of the present utility model

Fig. 6 turns to the start top plan view for the line wheel of the utility model winder;

Fig. 7 is the kind of drive stereo appearance figure of the utility model whirligig and line wheel;

Fig. 8 is rotated counterclockwise end view for the line wheel of the utility model winder;

Fig. 9 is rotated counterclockwise vertical view for the line wheel of the utility model winder;

Figure 10 takes turns the end view that turns clockwise for the line of the utility model winder;

Figure 11 takes turns the vertical view that turns clockwise for the line of the utility model winder;

Figure 12 is the stereo appearance figure of the utility model preferred embodiment;

Figure 13 is the end view of spinning wheel type winder commonly used;

Figure 14 is the end view of twin axle winder commonly used.

Description of reference numerals

The 1-main body; The 11-pedestal; The 1222-displacement rails; The 110-accommodation space; The 1223-cover plate; The 111-joint portion; The 13-axis hole; The 1110-accommodation space; The 14-slide block; The 112-foot rest; The oblique protuberance of 141-; The 113-guide-track groove; 142-ejection face; The 12-lid; The 143-supporting surface; The 121-location division; The 144-chute; The 122-operating space; The 145-limit sliding chutes; Room in the 1221-; The 2-transfer; The 21-overturning seat; The 2244-long guideway; The 211-base portion; The 2245-guide rod; The 212-support arm; The 2246-sliding card cage; 213-inlay card groove; The 23-articulated section; 2131-arc backstop; The 230-central shaft hole; Conduit in the 214-; The 231-pivot connected slot; The 2141-sliding part; The 232-pivoted body; The 2142-back-moving spring; 233-positioning rail groove; The 2143-yoke frame; The right stop of 2331-; The 2144-long guideway; 2332-left side stop; The 2145-guide rod; The 234-rotating disk; The 2146-sliding card cage; The 2341-abutment shaft; The 22-overturning seat; 2342-slippage push rod; The 221-base portion; The 235-drive-connecting shaft; The 222-support arm; The 2351-tripping spring; 223-inlay card groove; The 2352-axle sleeve; 2231-arc backstop; 24-line wheel; Conduit in the 224-; The 241-external axle rod; The 2241-sliding part; The 2411-concave ring groove; The 2242-back-moving spring; The 2412-conjugate foramen; The 2243-yoke frame; The 3-drive unit; The 31-rotating shaft; The 322-linked gear; The 311-connecting axle; The spacing guide rod of 323-; 312-connects gear; The 324-slip base; The 313-fitting portion; 325-arch connecting rod; The 314-stop ring; 326-lead slotted eye; The 315-spring; The 327-turning cylinder; The 316-keeper; The 33-handle; The 3161-locating shaft; The 331-nut; The 32-drive gear set; The 332-stay; The 321-driven wheel; The 4-whirligig; 41-driving tooth wheels; The 431-driven gear; The 411-driving gear; The 4311-projection; The 412-driving wheel; 432-drives rotating disk; The 4121-power transmission shaft; 4321-drives guide pillar; The 4122-extension spring; 433-drives axle; The 413-buffering wheel; The driven rotating disk of 434-; The 4131-buffer body; 4341-drives guide pillar; The 4132-buffer spring; The 435-runner; 42-pull bar group; The 4351-projection; The 421-main tie; The 436-drive division; The 422-subtie; 4361-first bevel gear; The 4221-pusher rod; 4362-second bevel gear; 43-driven tooth wheels; The 4363-engaging lever; The 5-fishing rod; The 6-fishline; The A-pedestal; The A1-foot rest; The B-swivel mount; B1-line wheel; The B3-guide rod; The B2-conductor loop; The B4-slide; The B21-rotor; The B41-conductor loop; The C-handle; The D-fishline.

Embodiment

For reaching above-mentioned purpose and effect, technological means that the utility model adopted and structure thereof, drawing now illustrates in detail that with regard to preferred embodiment of the present utility model its feature and function are as follows, understand fully in order to do profit.

See also shown in Fig. 1,2,3,4, be stereo appearance figure of the present utility model, three-dimensional exploded view (), three-dimensional exploded view (two) and three-dimensional cutaway view, can find out by clear among the figure, the utility model includes main body 1, transfer 2, drive unit 3 and whirligig 4, thus with regard to the main member of this case and feature describes in detail as after; Wherein:

This main body 1 is by being made up of the lid 12 of pedestal 11 and two sides, and pedestal 11 inside have accommodation space 110, and accommodation space 110 internal faces two sides are respectively equipped with joint portion 111, each graft union 111 is interior for having accommodation space 1110, and extend in 111 outsides, a side joint portion wherein and to be provided with foot rest 112, again in two side wall surfaces in addition of accommodation space 110 relative two side joint portions 111, for being respectively equipped with axis hole 13 to connect to pedestal 11 outsides, then be provided with guide-track groove 113 respectively in 13 places, pedestal 11 outside two side shaft holes, can in two side rails grooves 113, install slide block 14 respectively, two slide blocks, 14 outer surfaces all are provided with the oblique protuberance 141 that generally is trapezoidal, its oblique protuberance 141 sides are formed with ejection face 142, and ejection face 142 is for tiltedly extending slide block 14 surfaces, and ejection face 142 is supporting surface 143 places of convergent in oblique protuberance 141 apical margins, tiltedly then laterally cut open on the protuberance 141 and be provided with chute 144, vertically cut open adjacent to chute 144 1 sides again and be provided with limit sliding chutes 145, and the chute 144 of two slide blocks 14 corresponds respectively to the axis hole 13 of accommodation space 110 2 sidewalls; Have in pedestal 11 2 outsides again and be corresponding lid 12, and all be provided with the location division 121 that is aligned with axis hole 13 positions on two lids, 12 internal faces, and be provided with operating space 122 in a side cover body 12 outer surfaces, and room 1221 in operating space 122, having, be provided with by interior room 1221 sides again and connect outside displacement rails 1222, and operating space 122 is covered with cover plate 1223 in interior room 1221 outside mask.

This transfer 2 is for having the overturning seat 21 that two relative formulas articulate, 22, and each

overturning seat

21,22 base portion 211,221, be extended with support arm 212 respectively in the same way by two sides, 222, and in two overturning

seats

21,22 two side support arms 212,222 joints, for being provided with articulated section 23, and articulated section 23 is provided with pivot connected slot 231 for two support arms 212 in a rollover swivel base 21, other promptly is provided with pivoted body 232 at turn on one's side two support arms 222 of swivel base 22, and in each pivot connected slot 231, the center of pivoted body 232 is respectively equipped with the central shaft hole 230 of perforation, again in a side pivot connected slot 231, central shaft hole 230 peripheries of pivoted body 232, be equipped with the positioning rail groove 233 of different angles of revolution, and this pivot connected slot 231 relatively, central shaft hole 230 positions of pivoted body 232 are provided with rotating disk 234, rotating disk 234 is provided with abutment shaft 2341 to be arranged in central shaft hole 230, and on the surface of rotating disk 234 for convexing with slippage push rod 2342, can embed in the positioning rail groove 233 of different angles of revolution, the pivot connected slot 231 of other side, the central shaft hole 230 of pivoted body 232, for being equipped with drive-connecting shaft 235, and drive-connecting shaft 235 1 sides are for being arranged with tripping spring 2351 and axle sleeve 2352 respectively; In addition in relative

formula overturning seat

21,22 base portion 211, be respectively equipped with the inlay card groove 213 of U-shaped shape on 221,223, and to being positioned at each inlay card groove 213,223 outsides are respectively equipped with arc backstop 2131,2231, and each base portion 211, conduit 214 in 221 and in being respectively equipped with, 224, for interior conduit 214,224 with inlay card groove 213,223 connect mutually, conduit 214 in each again, be equipped with sliding part 2141 in 224 respectively, 2241, and each sliding part 2141,2,241 one sides and interior conduit 214, between 224 inner walls, for having held back-moving spring 2142 respectively, 2242, each sliding

part

2141,2241 in addition side then by conduit in each 214,224 outsides wear

yoke frame

2143,2243 are held, and in each yoke frame 2143, on 2243 for being provided with long guideway 2144,2244, and activity is equipped with a plurality of guide rods 2145 respectively, 2245, and relative

formula overturning seat

21,22 two base portions 211,221 is inboard for being provided with line wheel 24, this line is taken turns 24 2 sides and is then convexed with external axle rod 241 respectively, and be respectively equipped with concave ring groove 2411 in each external axle rod 241, and external axle rod 241 inside then are provided with conjugate foramen 2412, can utilize line to take turns the external axle rod 241 of 24 2 sides, be embedded at each base portion 21 respectively, each inlay card groove 213 of 22, in 223, and 2411 of the concave ring grooves on each external axle rod 241 can supply each base portion 211 respectively, each sliding part 2141 in 221,2241 with sliding card cage 2146,2246 slip blockings.

This drive unit 3 is by being made up of a plurality of rotating shafts 31, drive gear set 32 and handle 33, be arranged with connecting axle 311 in a rotating shaft 31 sides wherein, and connecting axle 311 is provided with connection gear 312, and a side is for being provided with fitting portion 313, outer surface also convexes with stop ring 314, and side is arranged with spring 315 in addition, and another rotating shaft 31 is respectively equipped with fitting portion 313, stop ring 314, the side in addition of fitting portion 313 is arranged with spring 315 relatively, and is nested with, is hubbed on the locating shaft 3161 of keeper 316; Again with the connection gear 312 in the side rotating shaft 31, driven wheel 321 engagements for drive gear set 32, then be engaged with linked gear 322 respectively in driven wheel 321 2 sides, and be equipped with spacing guide rod 323 on the linked gear 322 respectively, and on two spacing guide rods 323, be connected with slip base 324, be provided with arch connecting rod 325 in 324 of two slip bases again, and on arch connecting rod 325, cut open and be provided with lead slotted eye 326; In addition in driven wheel 321 for being equipped with turning cylinder 327, turning cylinder 327 side in addition is connected with the handle 33 that can drive drive gear set 32 rotations, and on the turning cylinder 327 for being provided with stay 332, for a plurality of nuts 331 of adjusting, changing handle 33 surfaces with after turning cylinder 327 is connected, utilize stay 332 combination that locked, and can adjust hron spacing between handle 33 and the turning cylinder 327, the moment of conversion swing handle 33.

This whirligig 4 is by driving tooth wheels 41, pull bar group 42 and driven tooth wheels 43 are formed, and driving gear 411 1 sides of driving tooth wheels 41 are connected with the power transmission shaft 4121 in driving wheel 412, and on the power transmission shaft 4121 for being provided with buffering wheel 413, and support buffer body 4131 with buffering wheel 413 bottoms, buffer spring 4132, be provided with a plurality of extension springs 4122 in driving wheel 412 1 sides in addition, be the main tie 421 that is articulated with pull bar group 42 with driving wheel 412 away from the in addition side of driving gear 411 again, and be pivoted with subtie 422 in main tie 421 sides, and subtie 422 side surfaces then convex with pusher rod 4221; Moreover, driving gear 411 1 sides of driving tooth wheels 41, be the driven gear 431 that is engaged with driven tooth wheels 43, driven gear 431 outer surfaces are for convexing with projection 4311, and driven gear 431 other sides drive rotating disk 432 for being provided with, and in driving rotating disk 432 sides of adjacent driven gear 431, drive guide pillar 4321 for convexing with, drive rotating disk 432 other sides and be provided with drive axle 433 again, then be provided with driven rotating disk 434 and runner 435 in driving axle 433 other sides, and driven rotating disk 434 sides of adjacent runner 435, drive guide pillar 4341 for convexing with, and runner 435 also convexes with projection 4351 in the side surface in addition away from driven rotating disk 434; Be articulated with drive division 436 in driving on the axle 433 in addition, and drive division 436 is in driving on the axle 433, be arranged with first bevel gear 4361, and the vertical direction in first bevel gear, 4,631 one sides is engaged with second bevel gear 4362, and has protruded out engaging lever 4363 with second bevel gear 4362 toward the side in addition away from first bevel gear 4361.

Above-mentioned each member is when assembling, utilize the accommodation space 110 in the pedestal 11 of main body 1, for transfer 2 is set, drive unit 3 and whirligig 4, this whirligig 4 is for being provided with relative formula overturning seat, and be relative formula overturning seat 21 in the accommodation space 110 for transfer 2,22, line is taken turns 24 activities and is pivoted, relative

formula overturning seat

21,22 with two side articulated sections 23, be hubbed at respectively in the accommodation space 1110 of joint portion 111 of accommodation space 110 2 sides, accommodation space 1110 is stretched into the abutment shaft 2341 of rotating disk 234 in one side articulated section 23, after side articulated section 23 promptly penetrates accommodation space 1110 with drive-connecting shaft 235 in addition, sheathed tripping spring 2351 is positioned in the accommodation space 1110 with axle sleeve 2352 again, and with relative formula overturning seat 21, the yoke frame 2143 of 22 sides, 2243, utilize a plurality of guide rods 2144,2244 are hubbed at two limits of a side accommodation space 1110 respectively; And transfer 2 utilizes line to take turns 24 2 side external axle rods 241 again, be cross-placed on overturning seat 21 respectively, inlay card groove 213 on 22,223 places also protrude outside, promptly with the conjugate foramen 2412 of two side external axle rods 241, respectively to being positioned at the set axis hole 13 of accommodation space 110 2 side wall surfaces, and axis hole 13 outsides wear contraposition for drive unit 3 respectively with two rotating shafts 31 relatively, and with the fitting portion 313 of two rotating shafts 31, pass the chute 144 that 13 outsides, two side shaft holes are positioned at guide-track groove 113 inner slides 14 respectively, and the stop ring 314 that makes two rotating shafts 31 supports respectively and is attached on the supporting surface 143 of two slide blocks, 14 sides, and with the fitting portion 313 of two side rotating shafts 31, be embedded in respectively in the conjugate foramen 2412 of two external axle rods 241, and a side rotating shaft 31 is located at connecting axle 311 for rank outside axis hole 13, and driven wheel 321 and two side linked gears 322 on the connecting axle 311, then be hubbed at pedestal 11 lateral surfaces, the spacing guide rod 323 that is connected with two linked gears 322 again, penetrate the accommodation space 110 of pedestal 11, and with the slip base 324 that is pivoted on the two spacing guide rods 323, arch connecting rod 325 is taken turns 24 tops to the line that is positioned at accommodation space 110; And again by the chute 144 of the slide block 14 of other side rotating shaft 31 outside axis hole 13, for being connected whirligig 4, whirligig 4 is for penetrating the chute 144 of slide block 14 with the power transmission shaft 4121 of driving wheel 412 1 sides, and connection driving gear 411, and be articulated in driving gear 411 in the guide-track groove 113 of pedestal 11 1 sides, and with the driven gear 431 of the driven tooth wheels 43 of driving gear 411 sides engagements, the projection 4311 that utilizes driven gear 431 surfaces to be convexly equipped with, be hubbed in the spacing slide rail 145 of slide block 14 1 sides, and the driving-disc 432 of driven gear 431 other sides is again to drive guide pillar 4321, penetrate in the long guideway 2144 of yoke frame 2143 of transfer 2 one rollover swivel bases 21, and driving rotating disk 432 other sides then stretches through into the accommodation space 1110 of pedestal 11 1 side joint portions 111 to drive axle 433, and to drive second bevel gear 4362 of the drive division 436 on the axle 433, be hubbed at the abutment shaft 2341 of the rotating disk 234 of transfer 2 in the contraposition accommodation space 1110 by engaging lever 4363, drive axle 433 side and with the driving guide pillar 4341 of driven rotating disk 434 in addition, penetrating transfer 2 turns on one's side in the long guideway 2244 of yoke frame 2243 of swivel base 22 sides in addition, and in drive guide pillar 4341 in addition side in conjunction with runner 435, and runner 435 is arranged in the sliding-rail groove 113 of pedestal 11 other sides, and with runner 435 in addition the projection 4351 on the sides be hubbed in the chute 144 of the slide block 14 in the sliding-rail groove 113, and cover with lid 12 respectively at pedestal 11 sides of accommodation space 110 2 sides, and the whirligig 4 that articulates with pedestal 11 1 side slides 14 places, the pull bar group 42 that is articulated by driving wheel 412 1 sides, pass with main tie 421 outside the cover plate 1223 of operating space 122,422 displacement rails 1222 by room 1,221 one sides in the operating space 122 of subtie pass, again with pedestal 11 turning cylinder 327 that connected of the driven wheel 321 of side drive device 3 drive gear set 32 in addition, pass lid 12 with turning cylinder 327 1 sides and supply handle 33 with nut 331 contraposition interlockings with stay 332 outward, promptly by main body 1, transfer 2, drive unit 3 and whirligig constitute winder of the present utility model for 4 groups.

Yet, aforementioned the utility model preferred embodiment is that to be respectively equipped with joint portion 111 with accommodation space 110 forward and backward two sides be explanation, but when practical application, then be not be with this as limitation, also can be on accommodation space 110 madial walls for having at least one or more than one joint portion 111.

And above-mentioned transfer 2 in line take turns 24 2 sides external axle rod 241, for the fitting portion 313 of drive unit 3 two rotating shafts 31 1 sides, can be the shrinkage pool or the nose bar that are corresponding movable inlay card, its fitting portion 313 that rotating shaft 31 only need be provided is for to take turns 24 corresponding external axle rod 241 movable inlay cards with line, and by the driven wheel 321 of drive gear set 32, engagement drives the connection gear 312 of connecting axle 311, and drives rotating shafts 31 and then interlock with connecting axle 311 and be rotary state in line wheel 24 and get final product; And the drive division 436 of whirligig 4 can be gear train, the device of tool such as drive link or belt and roller transmission power, wherein, gear train is on the drive axle 431 respectively at the rotating disk 234 of transfer 2 and whirligig 4, be provided with first bevel gear 4361 and second bevel gear 4362 that are mutual oblique engagement, just in the time of can rotating by the drive axle 431 of whirligig 4, drive drive division 436 interlocks synchronously and do movable rotation in the rotating disk 234 of transfer 2, and then make transfer 2 be subjected to be multidirectional deviation angle after the driven in rotation, such as the simple and easy modification and the equivalent structure that use the utility model specification and graphic content to do change, all should in like manner be contained in the claim of the present utility model, close and give Chen Ming.

See also Fig. 4,5,6, shown in 7, be three-dimensional cutaway view of the present utility model, top plan view, the line wheel of winder turns to the start top plan view, the kind of drive stereo appearance figure of whirligig and line wheel, find out by knowing shown in the figure, winder of the present utility model is when the user uses, can pull in the main tie 421 of the pull bar group 42 of whirligig 4 when counterclockwise rotating, rotating with counter clockwise direction by subtie 422, and pass through pusher rod 4221 promotion main ties 421 towards counterclockwise rotating, a plurality of extension springs 4122 that can utilize driving wheel 412 sides of driving tooth wheels 41 to be connected with, and the buffering wheel 413 established of power transmission shaft 4121 places, buffer body 4131 and buffer spring 4132, adjust suitable elastic resistance, the power transmission shaft 4121 of driving wheel 412 is rotated in the process of interlock drive divisions 436, can not cause the situation of any swing when pull bar group 42 is influenced by external force easily; And can be by the driving gear 411 of driving tooth wheels 41, driven gear 431 interlocks that drive driven tooth wheels 43 are in the runner 435 and the drive division 436 that drive on the axle 433, make the projection 4311 of its driven gear 431 and

runner

435,4351 respectively at pedestal 11 left sides, slide displacement in the limit sliding chutes 145 of right two side slides 14, can do toward the action of polyslip location along guide-track groove 113 internal faces by interlock slide block 14, at this moment, the oblique protuberance 141 of two slide blocks 14 just can the side direction ejection in two rotating shafts 31 of drive unit 3, and after the stop ring 314 of two rotating shafts 31 is stressed, promptly make the fitting portion 313 of two rotating shafts 31 withdraw from the conjugate foramen 2412 that line is taken turns 24 2 sides respectively, and make two rotating shafts 31 compress spring 315 respectively in connecting axle 311, be strain on the keeper 316, and make the stop ring 314 of two rotating shafts 31, respectively along the ejection face 142 of the oblique protuberance 141 of two slide blocks 14, axial slip is to supporting surface 143 positions, and then makes and be positioned at pedestal 11 left sides, the rotating shaft 31 of right two sides can break away from the restriction of the conjugate foramen 2412 of the external axle rod 241 on the line wheel 24 of transfer 2 respectively.

And when the drive division 436 of driving gear 411 drive driven gears 431 interlocks on driving axle 433 rotates, can drive relative formula one rollover swivel base 21 synchronously by drive division 436 in transfer 2, then with the sliding card cage 2146 of its side sliding part 2141, buckle is taken turns concave ring groove 2411 on the 24 1 side external axle rods 241 in line, the external axle rod 241 that line is taken turns 24 1 sides is embedded in inlay card groove 213 places of overturning seat 21 base portions 211, and the yoke frame 2243 in the swivel base 22 of turning on one's side in addition, then be subjected to driving axle 433 driving guide pillar 4341 drives of side runner 435 in addition, with the sliding part 2241 in the conduit 224 in yoke frame 2243 pushing tows, make the sliding card cage 2246 of sliding part 2241, then withdraw from line wheel 24 concave ring groove 2411 of the external axle rod 241 of side in addition, and sliding part 2241 and roof pressure be the back-moving spring 2242 of side in addition, even line wheel 24 is the external axle rod 241 of side in addition, in the inlay card groove 213 that is located in the swivel base 21 of turning on one's side in addition; Just can be the axle center by the drive-connecting shaft 235 of rotating disk 234 and other side, promptly in the support arm 212 of a side, the rotating disk 234 that articulated section 23 is pivoted on 222, utilize two support arms 212 of slippage push rod 2342 in a side articulated section 23,222, in the positioning rail groove 233 of relative formula, be slide displacement, and make slippage push rod 2342 in positioning rail groove 233, by support arm 212,222 positioning rail groove 233, the right stop 2331 of the positioning rail groove 233 of clockwise direction rotation-sliding to a support arm 222, the driven tooth wheels 43 of whirligig 4 are to drive the driving guide pillar 4321 of rotating disk 432 simultaneously, interlock two

yoke frames

2143,2243, and the external axle rod 241 of the line of interlock transfer 2 wheel 24 other sides, leave the inlay card groove 223 of the swivel base 22 of turning on one's side in addition, and take turns 24 1 side external axle rods 241 by line, be positioned the inlay card groove 213 of overturning seat 21, even line wheel 24 presents clockwise direction right rotation 90 degree angles with overturning seat 21, and then the upright state of formation that can turn clockwise; And drive relative formula overturning seat 21 once more in transfer 2 at the drive division 436 of driven

tooth wheels

43,22, support arm 212 in a side, the rotating disk 234 that articulated section 23 is pivoted on 222, by two support arms 212 of slippage push rod 2342 in a side articulated section 23,222, be slide displacement in the positioning rail groove 233 of formula relatively, and make slippage push rod 2342 right stop 2331 by the positioning rail groove 233 of a support arm 222 in positioning rail groove 233, oppositely rotate in a counter-clockwise direction and slide onto support arm 212, in 222 the positioning rail groove 233, and can be the axle center by the drive-connecting shaft 235 of rotating disk 234 and other side, and a rollover swivel base 21 of interlock transfer 2 and line wheel 24 thereof, present oppositely counterclockwise to anticlockwise 90 degree angles, and then make line wheel 24 can be rotated counterclockwise the formation horizontal state, and line wheel 24 241 contrapositions of external axle rod of side in addition is equipped in the inlay card groove 223 of the swivel base 22 of turning on one's side in addition, and sliding part 2241 in the interior conduit 224 of this overturning seat 22, then be subjected to back-moving spring 2242 pushing tows, slip into inlay card groove 223 places with sliding card cage 2246 again, and inlay card lambda line wheel 24 is in addition in the concave ring groove 2411 of side external axle rods 241, line wheel 24 resetted and be level to stand on sidelong in the accommodation space 110 of pedestal 1 and (please consult Fig. 8 simultaneously, shown in 9).

In addition, if sliding card cage 2246 with the moving part 2241 that breaks away in addition of transfer 2, the concave ring groove 2411 of buckle on line wheel 24 other side external axle rods 241, with line wheel 24 in addition the external axle rod 241 of side be embedded in inlay card groove 223 places of overturning seat 22 base portions 221, and the yoke frame 2143 in the rollover swivel base 21, then be subjected to driving driving guide pillar 4321 drives of axle 433 1 side drive rotating disks 432, with the sliding part 2141 in the conduit 214 in yoke frame 2143 pushing tows, make the sliding card cage 2146 of sliding part 2141, then withdraw from line and take turns the concave ring groove 2411 of the external axle rod 241 of 24 1 sides, and sliding part 2141 and roof pressure be the back-moving spring 2142 of side in addition, even line is taken turns the external axle rod 241 of 24 1 sides, in the inlay card groove 223 that is located in a rollover swivel base 22; Just can be the axle center by the drive-connecting shaft 235 of rotating disk 234 and other side, promptly in the support arm 212 of a side, the rotating disk 234 that articulated section 23 is pivoted on 222, utilize two support arms 212 of slippage push rod 2342 in a side articulated section 23,222, in the positioning rail groove 233 of relative formula, be slide displacement, and make slippage push rod 2342 in positioning rail groove 233, by support arm 212,222 positioning rail groove 233, counterclockwise rotation-sliding is to the left stop 2332 of the positioning rail groove 233 of another support arm 222, the driven tooth wheels 43 of whirligig 4 are to drive the driving guide pillar 4321 of rotating disk 432 simultaneously, interlock two

yoke frames

2143,2243, and the line of interlock transfer 2 is taken turns the external axle rod 241 of 24 1 sides, leave the inlay card groove 213 of the swivel base 21 of turning on one's side in addition, and by line wheel 24 side external axle rod 241 in addition, be positioned the inlay card groove 223 of overturning seat 22, spend angles even line wheel 24 presents counterclockwise with overturning seat 22 to anticlockwise 90, and then can be rotated counterclockwise the upright state of formation; And drive relative formula overturning seat 21 once more in transfer 2 by the drive division 436 of driven

tooth wheels

43,22, support arm 212 in a side, the rotating disk 234 that articulated section 23 is pivoted on 222, by two support arms 212 of slippage push rod 2342 in a side articulated section 23,222, be slide displacement in the positioning rail groove 233 of formula relatively, and make slippage push rod 2342 left stop 2332 by the positioning rail groove 233 of a support arm 212 in positioning rail groove 233, oppositely in a clockwise direction rotation-sliding to support arm 212, in 222 the positioning rail groove 233, and can be the axle center by the drive-connecting shaft 235 of rotating disk 234 and other side, and turn on one's side the in addition swivel base 22 and the line wheel 24 thereof of interlock transfer 2, present reverse clockwise direction right rotation 90 degree angles, and then make the line wheel 24 formation horizontal state that can turn clockwise, and line wheel 24 241 contrapositions of external axle rod of side in addition is equipped in the inlay card groove 213 of a rollover

swivel base

21, and 2141 of sliding parts are subjected to back-moving spring 2142 pushing tows in the interior conduit 214 of this overturning seat 21, slip into inlay card groove 213 places with sliding card cage 2146 again, and in the concave ring groove 2411 of inlay card lambda line wheel 24 other side external axle rods 241, make line wheel 24 reset and be level and stand on sidelong in the accommodation space 110 of pedestal 1.(please consulting simultaneously shown in Figure 10,11)

In addition, because rotating seat 2 is positioned with tripping spring 2351 in drive-connecting shaft 235 outer rims of other side support arm 22, and tripping spring 2351 is for providing the rotating seat reverse reset power that 2 turns reset required, so can make rotating seat 2 whole turn reseting procedures more stable.

See also Fig. 8,9,10,11, shown in 12, for the line of the utility model winder wheel is rotated counterclockwise end view, the line wheel of winder is rotated counterclockwise vertical view, the line of winder is taken turns the end view that turns clockwise, the line of winder is taken turns the vertical view that turns clockwise, the stereo appearance figure of preferred embodiment, find out by knowing shown in the figure, winder of the present utility model can be by main body 1 in the set foot rest 112 of pedestal 11 1 sides, be installed on the default fishing rod 5, when the user carries out the action of parabola to default fishing rod 5, rotate towards counter clockwise direction for pulling in the pull bar group 42 of whirligig 4, driving the transfer 2 and the line wheel 24 thereof of accommodating pedestal 11 inside synchronously presents to anticlockwise 90 degree angles, also can pull the pull bar group 42 of whirligig 4 rotates toward the clockwise direction, the transfer 2 and the line wheel 24 of being accommodated with synchronous drive pedestal 11 inside present to right rotation 90 degree angles, line wheel 24 left-handed or dextrorotation modes then, with default fishing rod 5 be parallel to each other form erectility after, the default fishline 6 that can take turns line on 24 to be twined, lead slotted eye 326 along slip base 324 in arch connecting rod 325 is taken advantage of a situation and is dished out, and in the process of parabola, default fishline 6 does not drive line wheel 24 synchronously and rotates, so can reduce the default resistance of fishline 6 when parabola relatively, with make things convenient for the user will preset fast fishline 6 pull out line wheel 24 outside, and can effectively do the parabola action of long distance.

From the above, when the user carries out the action of take-up to default fishing rod 5, can pull in the pull bar group 42 of whirligig 4 and rotate toward the clockwise direction, driving the transfer 2 and the line wheel 24 thereof of accommodating pedestal 11 inside synchronously presents to right rotation 90 degree angles, or the pull bar group 42 of pulling whirligig 4 is rotated towards counter clockwise direction, transfer 2 and line wheel 24 with synchronous drive pedestal 11 inside present to anticlockwise 90 degree angles, and with the default fishing rod 5 mutual horizontal states of vertical formation after, handle 33 drive line wheels 24 by tumbler 3 are a rotation again, lead slotted eye 326 along slip base 324 in arch connecting rod 325 is taken advantage of a situation and is furled, and in the process of take-up, default fishline 6 rotates synchronously with line wheel 24, make fishline 6 on average furl online the wheel on 24 smoothly, can prevent effectively that fishline 6 is offset online 24 the side of taking turns in the process that furls, or be wound to line and take turns 24 outsides, to avoid fishline 6 distortions, one of one-tenth deeply attached to each other, make fishline 6 keep smooth directly suitable, this, just can increase the pulling capacity of line wheel 24 when spiral relatively, be wound in the spiral action (as shown in figure 12) of doing high pulling capacity on the line wheel 24 to make things convenient for the user will preset fishline 6.

So, principal character of the present utility model is to contain transfer 2 in the pedestal 11 of main body 1, make its relative

formula base portion

21,22 in two side support arms 212, articulated section 23 on 222 is respectively with rotating disk 234, in drive-connecting shaft 235 and pedestal 11 accommodation spaces 110, joint portion 111 movable pivot joints of dual side-edge, and a plurality of rotating shafts 31 of drive unit 3 are for being arranged in pedestal 11 left sides respectively, in the chute 144 of right two side slides 14 and the axis hole 13 of guide-track groove 113, and take turns the state that 24 2 sides present blocking or disengaging with the line of transfer 2, be engaged on the connection gear 312 of connecting axle 311 of a side rotating shaft 31 with the drive gear set 32 of drive unit 3 again, rotate for driving line wheel 24, the power transmission shaft 4121 of its whirligig 4 driving tooth wheels 41 is for to be piercing in outside the chute 144 of pedestal 11 slide blocks 14 in addition, and the drive axle 433 by driven tooth wheels 43 passes pedestal 11 left sides respectively, right two sides, so that the projection 4311 of driven gear 431 and

runner

435,4351 pass respectively in the limit sliding chutes 145 of slide block 14 correspondences, be connected in transfer 2 one side support arms 212 with the drive division 436 that drives axle 433 again, abutment shaft 2341 on 222 the rotating disk 234, then can drive 24 rotations of transfer 2 and line thereof wheel synchronously and be multidirectional deviation angle by drive division 436, forming upright or horizontal rotation status, and have following advantage:

The utility model is pulled in the pull bar group 42 of whirligig 4 towards clockwise or when counterclockwise rotating as the user, for driving driven tooth wheels 43 by driving tooth wheels 41, the 14 side direction ejections of interlock pedestal 11 2 side slides break away from line wheel 24 in rotating shaft 31, then can connect the drive division of establishing 436 and drive line wheel 24 synchronously for driven tooth wheels 43, relative formula overturning seat 21,90 degree angles are rotated in 22 rotations to the left or to the right, and make line wheel 24 form upright or horizontal rotation status, can be when making the utility model on default fishing rod 5, carry out parabola with a left side, right upset is upright mode and reduces resistance, and also can be left during spiral, the right side is turned into horizontal mode required high pulling capacity is provided, can make the parabola of long distance, then when take-up, improve the pulling capacity spiral, and in parabola, during take-up with suitable, counterclockwise mode rotary line wheel 24, shape can be in line fishline 6 revolutions of distortion, reach the purpose that reduces the parabola resistance, and then can reach and significantly increase its range of applicability, and significantly improve function and effect on whole the use.

More than be illustrative to description of the present utility model; and it is nonrestrictive; those skilled in the art is understood, and can carry out many modifications, variation or equivalence to it within spirit that claim limits and scope, but they will fall in the protection domain of the present utility model all.

Claims

1. the winder of the multidirectional rotary line wheel of tool for the default wire rod of multidirectional adjustment rotational line wheel folding and unfolding, is characterized in that, comprises at least: main body, transfer, drive unit and whirligig, wherein:

This main body is the pedestal that is provided with inner tool accommodation space, and this pedestal and be respectively equipped with the joint portion of tool accommodation space in internal face two sides of accommodation space, and be respectively equipped with the axis hole of perforation to this pedestal outside by these accommodation space two sidewalls, be respectively equipped with slide block in the axis hole outside in these pedestal two outsides again, in the chute of each slide block respectively activity be equipped with rotating shaft;

This transfer activity is hubbed in the accommodation space of this pedestal, and be provided with in the relative formula overturning seat of the multidirectional rotary moveable of two side joint portion intercropping, and be provided with the line wheel that twines for default wire rod in this relative formula overturning seat inside, and this line to take turns two sides be to be respectively equipped with being positioned at the external axle rod in these pedestal two side shaft holes, then in two external axle rods, be provided with conjugate foramen, be embedded in the set inlay card groove of relative formula overturning seat respectively with two external axle rods again for the flexible blocking of the rotating shaft in two axis holes;

This drive unit is hubbed at the rotating shaft side that passes in this pedestal one side shaft hole, is provided with the connecting axle in this rotating shaft side movable telescopic contraposition, and the drive gear set of the line wheel rotation that drives rotating shaft interlock transfer is arranged in this couple axle external engagement;

This whirligig is hubbed at the rotating shaft side that passes in other the side shaft hole of this pedestal, be provided with the pull bar group that drives the turn of driving tooth wheels, and these driving tooth wheels are engaged with the driven tooth wheels of these pedestal two side slides of driving with the multidirectional conversion upset of the overturning seat, the line crop rotation that drive two rotating shaft interlock transfers.

2. the winder of the multidirectional rotary line wheel of tool according to claim 1 is characterized in that this pedestal is in the outside wall surface of a side joint portion, is provided with the foot rest that is fixedly arranged on outside default pole body; And the axis hole outside in these pedestal two outsides is respectively equipped with sliding-rail groove, embed in each sliding-rail groove respectively and do slippage for two slide blocks, and chute two sides in two slide block lateral surfaces are respectively equipped with the oblique protuberance that exposes the sliding-rail groove outside, and be provided with these driving tooth wheels for whirligig in the chute side of each oblique protuberance, the limit sliding chutes of driven tooth wheels interlock two slide blocks past polyslip in each sliding-rail groove, and these driven tooth wheels have the axle of drive, and these drive axle two sides pass pedestal two sides respectively and are positioned at sliding-rail groove, be provided with driven gear respectively at the two side branches of the drive axle in two sliding-rail grooves again, runner, and this driven gear is engaged in this driving tooth wheels, and respectively at driven gear, the runner outside is provided with the projection in the limit sliding chutes that embeds two slide blocks respectively, then two slide blocks are in the set oblique protuberance of side, outer surface is provided with the ejection face that is obliquely extended to the slide block side by this supporting surface side respectively again for forming supporting surface respectively.

3. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, the relative formula overturning seat of this transfer, be extended with support arm in the same way by base portion two sides respectively, and respectively at being respectively equipped with the articulated section outside each support arm, and on two support arms of a side articulated section, be respectively equipped with the positioning rail groove of the different angles of revolution of tool, be provided with the rotating disk in the accommodation space that is incorporated into the pedestal joint portion again in two support arm inboards of tool positioning rail groove, and be the slippage push rod that is provided with activity slippage in the positioning rail groove of two support arms on the rotating disk.

4. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, relative formula overturning seat two sides of this transfer, for being respectively equipped with the articulated section of overturning relatively for each overturning seat, and two articulated sections activity respectively are articulated in this pedestal two side engagement portion, then a side articulated section is to be provided with the rotating shaft that is positioned graft union tool tripping spring, and in addition the side articulated section then is provided with rotating disk, and in rotating disk is provided with the accommodation space that penetrates the graft union and the abutment shaft that is connected with drive division.

5. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, this whirligig passes pedestal one side and is provided with the pull bar group, and this pull bar group then is provided with the main tie and the subtie of mutual interlock, main tie is for being connected with in the driving tooth wheels, subtie and being connected with in the driven tooth wheels, and the driven tooth wheels are the drive axle that is provided with in the accommodation space that places the joint portion, and in driving the drive division that axle is provided with interlock transfer rotation start, and this drive division is to be provided with first bevel gear that is oblique relatively engagement, second bevel gear, this first bevel gear is installed in and drives on the axle, this second bevel gear then is connected with in transfer, and the main tie of this pedestal one side is this driving gear that is provided with the driving tooth wheels, and then is arranged with the buffering wheel with buffer body restriction rotating speed between this driving gear and main tie.

6. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, this whirligig is for being provided with relative formula overturning seat, be installed in the accommodation space between the pedestal two side joint portions of main body, and by the multidirectional upset of the drive carrying out of the driven tooth wheels in the side joint portion, and the base portion of relative formula overturning seat, for being respectively equipped with the inlay card groove of line wheel two side external axle rod blockings, and each inlay card groove, and is respectively equipped with the Resistance level wheel with respect to each inlay card groove outside and goes up and twine default wire rod and be offset to outside arc backstop being positioned at the axis hole of these pedestal two sides for respectively; And be to be respectively equipped with the interior conduit that the inlay card groove connects in the base portion of this relative formula overturning seat, and conduit wears sliding part in each, and shore between this sliding part one side and interior conduit wall back-moving spring is arranged, side is provided with the yoke frame that is stretched into the slippage of pushing tow sliding part by interior conduit outside in addition, and each yoke frame is convex character shape, and be provided with for each yoke frame activity and be hubbed at a plurality of guide rods in set guide hole pedestal one side joint portion in, and driven to hold sliding part slippage in interior conduit by the driven tooth wheels for each yoke frame.

7. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, the drive gear set of this drive unit, be provided with the connection gear in connecting axle, and utilize the connection gears engaged that driven wheel is arranged, and outside two sides of driven wheel are engaged with linked gear respectively, stretch through into the interior spacing guide rod of pedestal accommodation space and be socketed on respectively on each linked gear, penetrate with the slip hole of each spacing guide rod again for slip base two sides, then be provided with the arch connecting rod between two slip holes, the arch connecting rod is provided with for the default wire rod of guiding and is wound in the lead slotted eye that line is taken turns; And be equipped with turning cylinder in the driven wheel, turning cylinder also drives the handle that drive unit rotates, and is to be provided with the stay of adjusting a plurality of nut contraposition interlockings of conversion radius of turn for handle on this turning cylinder.

8. the winder of the multidirectional rotary line wheel of tool according to claim 1, it is characterized in that, the pedestal of this main body is in two outsides, be respectively equipped with corresponding lid, and be respectively equipped with in two side cover body inside being positioned at the location division in pedestal two side shaft holes, and for being hubbed on the location division behind the sheathed spring of rotating shaft in two axis holes.