CN204264385U - A kind of scooter - Google Patents
A kind of scooter Download PDFInfo
- Publication number
- CN204264385U CN204264385U CN201420743791.2U CN201420743791U CN204264385U CN 204264385 U CN204264385 U CN 204264385U CN 201420743791 U CN201420743791 U CN 201420743791U CN 204264385 U CN204264385 U CN 204264385U
- Authority
- CN
- China
- Prior art keywords
- seat
- mounting hole
- wheel
- erecting frame
- road wheel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Automatic Cycles, And Cycles In General (AREA)
Abstract
The utility model embodiment discloses a kind of scooter, and structure is simple, light, can stretch and fold, and efficiently solves the problem of carrying inconvenience.The utility model scooter comprises: seat-assembly and moving assembly; Seat-assembly comprises seat 10 and is movably arranged on above described moving assembly by seat rotation assembly 20; Moving assembly comprises: main body erecting frame 30, left and right move ahead wheel assembly 40,50 and wheel assembly 60; The left and right wheel assembly 40,50 that moves ahead is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30; Wheel assembly 60 is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30; Closed-center system is established in main body erecting frame 30; Move ahead in wheel assembly and establish engine installation, be electrically connected with closed-center system, move for ordering about the wheel assembly that moves ahead, seat rotation sends instruction, makes mobile device use differential principle to turn to.
Description
Technical field
The utility model relates to a kind of field of mechanical technique, relates to scooter further.
Background technology
Scooter refers to the vehicle for the purpose of riding instead of walk and accessory appliances, sometimes can refer to the automobile of step, Electrical Bicycle, electric cycle, two-wheeled self-equalizing scooter at home.The scooter in industry referred to refers generally to electric cycle.
All there is complex structure in current electric cycle, Electrical Bicycle, two-wheeled self-equalizing scooter etc., and the not portative problem of heaviness.
Utility model content
A kind of scooter that the utility model provides, structure is simple, light, can stretch and fold, and efficiently solves the problem of carrying inconvenience.
A kind of scooter that the utility model provides, specifically comprises:
Seat-assembly and moving assembly;
Seat-assembly comprises seat 10, is movably arranged on above described moving assembly by seat rotation assembly 20;
Moving assembly comprises:
Main body erecting frame 30, left and right move ahead wheel assembly 40,50 and wheel assembly 60;
The left and right wheel assembly 40,50 that moves ahead is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30;
Wheel assembly 60 is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30;
Establish closed-center system in main body erecting frame 30, in order to move ahead, wheel assembly provides electric energy;
Move ahead in wheel assembly and establish engine installation, being electrically connected with closed-center system, moving for ordering about the wheel assembly that moves ahead.
Optionally,
Seat-assembly comprises:
By back of seat pipe 11, symmetrical two seat tubes 14,15, the seat 10 that forms of seat cloth 12 and back of seat cloth 13;
The seat fixation kit be made up of permanent seat 16 and seat movement seat 17 after permanent seat before seat 18, seat fixed plate 19, seat;
Seat cloth 13 one end is enclosed within left seat tube 14, and the other end is enclosed within right seat tube 15, and back of seat cloth 12 is enclosed within back of seat pipe 11;
Back of seat pipe 11 is flexibly connected with permanent seat after seat 16;
The two ends of seat tube are flexibly connected with permanent seat before seat 18 and seat fixed plate 19 one end respectively, and the other end is flexibly connected with permanent seat after seat 16;
Optionally,
Seat tube comprises curve and the first spacer of being connected with curve and the second spacer;
First spacer one end is connected with curve, and the other end offers seat tube mounting hole, laterally offers the first chute of hollow out in the middle part of the first spacer;
Second spacer one end is connected with curve, and the other end offers buckle, laterally offers the second chute of hollow out in the middle part of the second spacer;
After seat, permanent seat 16 is the semi-surrounding cavity surrounded by a bottom surface and three sides, left and right sidewall has the first side wall mounting hole 161 and the second side wall mounting holes 162, after seat, between permanent seat 16 two side, far-end is long sidewall, this long sidewall being offered four long side wall mounting holes, is long sidewall first mounting hole 163, long sidewall second mounting hole 164, long sidewall the 3rd mounting hole 165, long sidewall the 4th mounting hole (not shown) respectively;
Long sidewall first mounting hole 163 and long sidewall second mounting hole 164 in the same horizontal line, higher than long sidewall the 3rd mounting hole 165 and long sidewall the 4th mounting hole place horizon;
After seat, the bottom surface of permanent seat 16 is provided with bottom surface first mounting hole 166, bottom surface second mounting hole 167 and the first reverse projection 168;
Seat movement seat 17 is the rectangular plate of middle fluted 171, plate body two ends are symmetrical arranged four seat movement seat mounting holes respectively, two, one end, is respectively seat movement seat first mounting hole 172, seat movement seat second mounting hole 172, seat movement seat the 3rd mounting hole 173, seat movement seat the 4th mounting hole 174;
Before seat, permanent seat 18 is the gusset of side L-type, bottom surface is provided with bottom surface the 3rd mounting hole, bottom surface the 4th mounting hole and second oppositely projection 186, gusset wall is offered permanent seat mounting hole before five seats, permanent seat the 4th mounting hole 184 before permanent seat the 3rd mounting hole 183, seat before permanent seat second mounting hole 182, seat before permanent seat first mounting hole 181, seat before seat respectively, permanent seat the 5th mounting hole 185 before seat;
Seat fixed plate 19 is offered the 3rd chute 191 and the 4th chute 192 of hollow out, seat fixed plate 19 1 edge mid point offers gap 193;
After seat, bottom surface first mounting hole 166 of permanent seat 16 aligns with seat movement seat the 3rd mounting hole 173, is connected by screw, and after seat, bottom surface second mounting hole 167 of permanent seat 16 aligns with seat movement seat the 4th mounting hole 174, is connected by screw;
Before seat, bottom surface the 3rd mounting hole 183 of permanent seat 18 aligns with seat movement seat first mounting hole 172, is connected by screw, and before seat, the bottom surface the 4th of permanent seat 18 fills hole by aliging with seat movement seat second mounting hole 172, is connected by screw;
First fixing rivet is arranged on long sidewall first mounting hole 163, and the second fixing rivet is arranged on long sidewall second mounting hole 164, and the 3rd fixing rivet and the 4th fixing rivet are arranged on long sidewall the 3rd mounting hole 165 and long sidewall the 4th mounting hole respectively;
After seat, permanent seat 16 is connected with right seat tube 15,4th fixing rivet is arranged on long sidewall the 4th mounting hole through the second chute 1521, right seat tube 15 can in the second chute 1521 scope, with the 4th fixing rivet for fixed point is slided, when right seat tube 15 slides into predetermined angular, buckle 1522 is stuck on the 3rd fixing rivet, right seat tube 15 is stopped mobile;
Left seat tube 14 is connected with permanent seat after seat 16 with right seat tube 15 symmetry;
Seat fixed plate 19 is connected with right seat tube 15, and seat fixed plate 16, through the 4th chute 192 of seat fixed plate 19, is arranged on seat tube mounting hole 1512 by the 5th fixing rivet;
6th fixing rivet to be arranged on before the seat of permanent seat 18 before seat on permanent seat the 5th mounting hole 185 through the first chute 1511 of right seat tube 15, right seat tube 15 can be slided for fixing a point with the 6th fixing rivet in the first chute 1511 scope, 7th fixing rivet to be arranged on before the seat of permanent seat 18 before seat on permanent seat the 4th mounting hole 184, on seat fixed plate 19, gap 193 agrees with mutually with the 7th fixing rivet, when right seat tube 15 moves, the 5th fixing rivet is subject to the restriction of the 4th chute 192;
Left seat tube 14 is connected with permanent seat before seat 18 with right seat tube 15 symmetry;
Back of seat pipe 11 comprises U-shaped supervisor 111, is responsible for 111 one end connection First chair back pipe fixed plates 112, the other end connects the second back of seat pipe fixed plate 113, First chair back pipe fixed plate 112 has on back of seat pipe first mounting hole 1121, second back of seat pipe fixed plate and have back of seat pipe second mounting hole 1131;
The span of back of seat pipe 11 is less than the length of permanent seat 16 after seat, First chair back pipe fixed plate 112 and the second back of seat pipe fixed plate 113 are placed in permanent seat about 16 two inside sidewalls after seat just, back of seat pipe 11 to be movably connected in after seat on permanent seat about 16 sidewall by rivet, the first side wall mounting hole 161 aligns with back of seat pipe first mounting hole 112, and the second side wall mounting holes 162 aligns with back of seat pipe second mounting hole 1131.
Optionally,
Seat rotation assembly 20 comprises: turning cylinder 21, first pad 26, swing locating cover 22, swing positioning seat 23, seat movement positioning seat 24, clutch shaft bearing 25, second pad 27, and torsion spring 28 and limited post 29;
The first pad 26 that turning cylinder 21 passes successively, the seat movement positioning seat axis hole 241 swinging locating cover 22, swing positioning seat 23, seat movement positioning seat 24) clutch shaft bearing 25, second pad 27, described turning cylinder 21 lower end riveting is opened, and prevents turning cylinder 21 from departing from;
Clutch shaft bearing 25 is accommodated in seat movement positioning seat 24, and turning cylinder 21 can rotate in clutch shaft bearing 24;
The groove 171 of seat movement seat 17 has seat rotation axis hole 176, bottom seat movement seat 17, is provided with screens 177;
Turning cylinder 21 is through seat rotation axis hole 176, and seat movement positioning seat 24 is flexibly connected with main body erecting frame 30 by screw;
Limited post 29 is arranged on the spacing column base 242 of seat movement positioning seat 24;
Reverse center, torsion spring 28 two ends curls into ring part 282,283, two ends lean out intermediate transverse girder portion 281 formation and lean out portion 284,285, crossbeam portion 281 is stuck in and is provided with in screens 177 fixing bottom seat movement seat 17, leans out portion 284,285 and is positioned at limited post 29 both sides;
Described swing locating cover 22 installs Hall element 91, the magnetic stripe 92 on described swing positioning seat (23).
Optionally,
Main body erecting frame 30 comprises:
Frame 31, left cap 32, right cap 33, left front road wheel erecting frame 34, right front road wheel erecting frame 35 and trailing wheel erecting frame 36;
Frame 31 comprises: box body portion 312 and assembled portion 311;
Box body portion 312 is the first cavity that upper and lower, forward and backward wall surrounds, for receiving closed-center system;
Assembled portion 311 comprises the second cavity of being surrounded by upper and lower, forward and backward wall and side-looking is the gusset of L-type, gusset horizontal expansion face is offered two frame axis holes, be respectively frame first axis hole 3111 and frame second axis hole, frame Triaxial hole 3112 and frame the 4th axis hole are offered in the position of the second relative two frame axis holes in cavity bottom surface, frame first axis hole 3111 aligns with frame Triaxial hole 3112, and frame second axis hole aligns with described frame the 4th axis hole;
Trailing wheel erecting frame 36 is arranged on below frame 31 by two U-shaped strut members 37,38, and left cap 32, right cap 33 are arranged on frame 31 both sides by several screws respectively;
Two the front road wheel erecting frames 34,35 in left and right are arranged in frame 31 respectively by left and right locked component 381,382.
Optionally,
The horizontal advancement holes of up/down perforation is offered in right front road wheel erecting frame 35 one end;
Right locked component 381 comprises: clamp ring 3811, the 3rd pad 3812, nut 3813, axle nail 3814, spring 3815, axle nail cover 3816, the 4th pad 3817, locking moving valve 3818;
Axle nail 3814 comprises: one end is provided with whorl 38141, the axle nail main part 38143 of screw connection, and caliber is greater than the gear part 38142 at other positions, and axle nail 3814 is through horizontal advancement holes; Being socketed clamp ring the 3811, three pad 3812 between whorl 38141 and gear part 38142 end face is enclosed within clamp ring 3811, and whorl 38141 and nut 3813 spin;
Gear part 38142 bottom surface next coming in order socket spring 3815 and axle nail cover 3816, spring 3815 one end is against on gear part 38142 bottom surface, and the other end is against on axle nail cover 3816, and the 4th pad 3817 is enclosed between axle nail cover 3816 and locking moving valve 3818;
Offer through hole bottom axle nail 3814, locking moving valve 3818 is followed closely 3814 by rivet and axle and is flexibly connected.
Optionally,
The left and right wheel assembly 40,50 that moves ahead is flexibly connected with road wheel erecting frame before left and right 34,35 by left and right coupling assembling;
Before left and right, the tube chamber inside of road wheel erecting frame has Track desigh, and left and right moves ahead wheel assembly 40,50 can slip road wheel erecting frame 34,35 in before left and right;
Left coupling assembling comprises:
Upper and lower two rotary axle box 3911,3913, be rotationally connected axle 3912 through the horizontal advancement holes of left front road wheel assembly 40, one end is connected with upper rotary axle box 3911, one end is connected with lower rotary axle box 3913, two rotary axle box 3911,3913 match with track, and the wheel assembly 40,50 that moves ahead about making can slide in road wheel erecting frame 34,35 before left and right;
Right coupling assembling and left coupling assembling symmetry are arranged between right front road wheel erecting frame 35 and right front road wheel assembly 50.
Optionally,
The left and right wheel assembly 40,50 that moves ahead is symmetrical arranged, and left front road wheel assembly 40 comprises:
Front road wheel first body 41, front road wheel second body 42, front road wheel the 3rd body 43, and be fixed on the left front road wheel 44 on front road wheel the 3rd body 43 by rivet;
Have Track desigh in the tube chamber of front road wheel first body 41, the caliber of front road wheel second body 42 is less than front road wheel first body 41 and front road wheel the 3rd body 43, and front road wheel second body 42 can slide in front road wheel first body 41;
Front road wheel second body 42 middle bent, front road wheel first body 41 is stretched in one end, the other end with stretch into front road wheel the 3rd body 43, and to be attached thereto by screw;
Front road wheel the 3rd body 43 and front road wheel 44 are fixed by screw;
Left front road wheel 44 comprises:
Pedal support 441, outer rim 442, tire 443, interior rim 444, first gear 445, second bearing 446, the 3rd bearing 447, second gear 448 and motor 449;
Motor 449 comprises: motor fixed cover 4491, movement 4492 and motor cover 4493;
Interior rim 444 coordinates with outer rim 442, tire 443 is sleeved on interior rim 444, ring gear is established inside interior rim 444, engage with the first gear 445, this first gear 445 engages with the second gear 446, second gear 446 coordinates with movement 4492, and described movement 4492 is accommodated in described fixed cover 4491, and motor cover 4493 is flexibly connected with described fixed cover by screw.
Road wheel erecting frame 34,35 is also provided with left and right the second locked component before left and right, left locked component comprises:
Locking bed 3914, eccentric lock 3916, eccentric lock headgear 3917, C type snap ring 3918, detent valve 3919;
Edge, locking bed 3914 two ends turnup, matches with the outside track had outside the body of road wheel erecting frame before left and right 34,35, and locking bed 3914 to be connected by screw before left and right bottom road wheel erecting frame 34,35;
Locking bed 3914 also has elastic portion, and elastic portion far-end has a through hole, and eccentric lock 3916 is through this through hole, and eccentric lock headgear 3917, C type snap ring 3918 are enclosed within eccentric lock 3916, fixing bottom detent valve 3919 and eccentric lock 3916.
Optionally,
Wheel assembly comprises:
Trailing wheel first body 61, trailing wheel second body 62, trailing wheel the 3rd body 63, trailing wheel body permanent seat 64, rear-wheel bearing 65, wheel cover permanent seat 66, rear wheel frame 67, first trailing wheel 681, second trailing wheel 682, left and right idle pulley fixed plate 691,692;
Trailing wheel second body 62 middle bent, one end is by screw socket trailing wheel first body 61, and the other end is by screw socket the 3rd body 63, and the caliber of trailing wheel second body 62 is all less than trailing wheel first body 61 and trailing wheel the 3rd body 62;
Trailing wheel the 3rd body 63 is connected with trailing wheel body permanent seat 64 by screw;
Trailing wheel body permanent seat 64 is U-shaped plate, and U-shaped plate two side is connected with trailing wheel the 3rd body 63, and trailing wheel axis hole is offered in its bottom surface, and hind axle 641 is through trailing wheel axis hole, rear-wheel bearing 65 and wheel cover permanent seat 66; Wheel cover permanent seat 66 is connected with rear wheel frame 67 by screw; First trailing wheel 681 is movably installed in rear wheel frame 67 by screw; Left and right idle pulley fixed plate 691,692 is fixed on rear wheel frame 67 both sides, and the second trailing wheel 682 is installed in the middle of left and right idle pulley fixed plate 691,692 by screw;
Trailing wheel erecting frame 36 and wheel assembly 60 junction are also provided with the 3rd locked component 70, comprise: adjustment seat 71, locking moving valve 73, loosening and tightening wheel 74, adjustment seat 71 is arranged on main body erecting frame 30 rear end, locking moving valve 73 is connected with adjustment seat 71 axle, and loosening and tightening wheel 74 is connected with locking moving valve 73 axle.
Optionally,
Be provided with bottom main body erecting frame 30: controller 81, be connected by telescopic elastic connection lead 83 between controller 81 with main body erecting frame 30, controller 81 has some gear regulation speed;
Main body erecting frame 30 is also provided with main supply switch 82, and correspondence arranges indicator lamp 85, and charging hole (84).
As can be seen from the above technical solutions, the utility model embodiment has the following advantages:
The scooter that the utility model provides, move ahead wheel assembly 40,50 and wheel assembly 60 of left and right can rotate on main body erecting frame 30, and it is inner at main body erecting frame 30 to stretch after using, and reduces the placement space of device, is convenient for carrying; There is no big-block engine in the utility model, but adopt the mode of f-w-d, alleviate installation weight.Thus, it is simple, light that the utility model has structure, advantages such as can stretching and fold, efficiently solves the problem of carrying inconvenience.Further, this utility model adopts electric energy to provide kinetic energy, has the effect of energy environment protection.
Accompanying drawing explanation
Fig. 1 is a kind of scooter embodiment front elevation in the utility model;
Fig. 2 is a kind of scooter embodiment seat-assembly structural blast figure in the utility model;
Fig. 3 is right seat tube constructional drawing in Fig. 2;
Fig. 4 is fixed seat structure figure after seat in Fig. 2;
Fig. 5 is seat movement holder structure figure in Fig. 2;
Fig. 6 is fixed seat structure figure before seat in Fig. 2;
Fig. 7 is back of seat duct ligation composition in Fig. 2;
Fig. 8 is seat rotation assembly exploded view in Fig. 2;
Fig. 9 is a kind of scooter embodiment moving assembly exploded view in utility model;
Figure 10 is local structural graph in Fig. 9;
Figure 11 is the wheel assembly exploded view that moves ahead in Fig. 9;
Figure 12 is front road wheel exploded view in Fig. 9;
Figure 13 is that in the utility model, a kind of scooter embodiment moves ahead wheel mounting structure transparent view;
Figure 14 is that in Fig. 9, the second locked component installs signal exploded view;
Figure 15 is a kind of scooter embodiment second locked component mounting structure cutaway view in the utility model;
Figure 16 is wheel assembly exploded view in Fig. 9;
Figure 17 is the 3rd locked component exploded view in Fig. 9;
Figure 18 is a kind of scooter embodiment upward view in the utility model;
Figure 19 is a kind of scooter embodiment turning principle schematic in the utility model.
Detailed description of the invention
A kind of scooter that the utility model provides, structure is simple, light, can stretch and fold, and efficiently solves the problem of carrying inconvenience.
Refer to Fig. 1, a kind of scooter that the utility model provides, specifically comprise:
Seat-assembly and moving assembly;
Seat-assembly comprises seat 10, is movably arranged on above described moving assembly by seat rotation assembly 20;
Moving assembly comprises:
Main body erecting frame 30, left and right move ahead wheel assembly 40,50 and wheel assembly 60;
The left and right wheel assembly 40,50 that moves ahead is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30; The wheel assembly 40,50 that moves ahead about it should be noted that is connected with main body erecting frame 30 axle, the left and right wheel assembly 40,50 that moves ahead can sway in main body erecting frame 30, and main body erecting frame 30 has storage left and right to move ahead wheel assembly 40,50 space, left and right moves ahead the part of wheel assembly 40,50 can indentation main body erecting frame 30.
Wheel assembly 60 is flexibly connected with main body erecting frame 30, and a part can in retraction main body erecting frame 30; It should be noted that wheel assembly 60 is connected with main body erecting frame 30 axle, main body erecting frame 30 has the space of storage wheel assembly 60, wheel assembly 60 part can indentation main body erecting frame 30.
Establish closed-center system in main body erecting frame 30, in order to move ahead, wheel assembly provides electric energy; It should be noted that this closed-center system can be rechargeable battery, storage battery etc.Move ahead in wheel assembly and establish engine installation, being electrically connected with closed-center system, moving for ordering about the wheel assembly that moves ahead.
In the present embodiment, the scooter that the utility model provides, move ahead wheel assembly 40,50 and wheel assembly 60 of left and right can rotate on main body erecting frame 30, and it is inner at main body erecting frame 30 to stretch after using, and reduces the placement space of device, is convenient for carrying; There is no big-block engine in the utility model, but adopt the mode of f-w-d, alleviate installation weight.Thus, it is simple, light that the utility model has structure, advantages such as can stretching and fold, efficiently solves the problem of carrying inconvenience.
A kind of scooter that the utility model provides, comprises further:
Seat-assembly, refers to Fig. 2, specifically comprises: by back of seat pipe 11, symmetrical two seat tubes 14,15, the seat 10 that forms of seat cloth 12 and back of seat cloth 13; The seat fixation kit be made up of permanent seat 16 and seat movement seat 17 after permanent seat before seat 18, seat fixed plate 19, seat;
Seat cloth 13 one end is enclosed within left seat tube 14, and the other end is enclosed within right seat tube 15, and back of seat cloth 12 is enclosed within back of seat pipe 11; Back of seat pipe 11 is flexibly connected with permanent seat after seat 16;
The two ends of seat tube are flexibly connected with permanent seat before seat 18 and seat fixed plate 19 one end respectively, and the other end is flexibly connected with permanent seat after seat 16.
It should be noted that seat tube is symmetrical, for right seat tube:
Refer to Fig. 3, the first spacer 151 and the second spacer 152 that right seat 15 comprises curve 153 and is connected with curve 153; First spacer 151 one end is connected with curve 153, and the other end offers the first chute 1512 laterally offering hollow out in the middle part of seat tube mounting hole 1511, first spacer 151; Second spacer 152 one end is connected with curve 153, and the other end offers buckle 1522, laterally offers the second chute 1521 of hollow out in the middle part of the second spacer;
Refer to Fig. 4, after seat, permanent seat 16 is the semi-surrounding cavity surrounded by a bottom surface and three sides, left and right sidewall has the first side wall mounting hole 161 and the second side wall mounting holes 162, after seat, between permanent seat 16 two side, far-end is long sidewall, this long sidewall being offered four long side wall mounting holes, is long sidewall first mounting hole 163, long sidewall second mounting hole 164, long sidewall the 3rd mounting hole 165, long sidewall the 4th mounting hole (not shown) respectively; Long sidewall first mounting hole 163 and long sidewall second mounting hole 164 in the same horizontal line, higher than long sidewall the 3rd mounting hole 165 and long sidewall the 4th mounting hole place horizon; After seat, the bottom surface of permanent seat 16 is provided with bottom surface first mounting hole 166, bottom surface second mounting hole 167 and the first reverse projection 168;
Refer to Fig. 5, seat movement seat 17 is the rectangular plate of middle fluted 171, plate body two ends are symmetrical arranged four seat movement seat mounting holes respectively, two, one end, is respectively seat movement seat first mounting hole 172, seat movement seat second mounting hole 172, seat movement seat the 3rd mounting hole 173, seat movement seat the 4th mounting hole 174;
Refer to Fig. 6, before seat, permanent seat 18 is the gusset of side L-type, bottom surface is provided with bottom surface the 3rd mounting hole, bottom surface the 4th mounting hole and second oppositely projection 186, gusset wall is offered permanent seat mounting hole before five seats, permanent seat the 4th mounting hole 184 before permanent seat the 3rd mounting hole 183, seat before permanent seat second mounting hole 182, seat before permanent seat first mounting hole 181, seat before seat respectively, permanent seat the 5th mounting hole 185 before seat;
It should be noted that, seat movement seat 17 is the design goal of centre fluted 171 is the intensity strengthening seat movement seat 17, and groove 171 has plate body to be stamped to form, and plays the effect of reinforced rib, first reverse protruding 168, with the second oppositely projection 186 and supporting setting of groove 171.
Refer to Fig. 2, seat fixed plate 19 is offered the 3rd chute 191 and the 4th chute 192 of hollow out, seat fixed plate 19 1 edge mid point offers gap 193; After seat, bottom surface first mounting hole 166 of permanent seat 16 aligns with seat movement seat the 3rd mounting hole 173, is connected by screw, and after seat, bottom surface second mounting hole 167 of permanent seat 16 aligns with seat movement seat the 4th mounting hole 174, is connected by screw;
Refer to Fig. 2 to Fig. 6, before seat, bottom surface the 3rd mounting hole 183 of permanent seat 18 aligns with seat movement seat first mounting hole 172, be connected by screw, before seat, the bottom surface the 4th of permanent seat 18 fills hole by aliging with seat movement seat second mounting hole 172, is connected by screw;
First fixing rivet is arranged on long sidewall first mounting hole 163, and the second fixing rivet is arranged on long sidewall second mounting hole 164, and the 3rd fixing rivet and the 4th fixing rivet are arranged on long sidewall the 3rd mounting hole 165 and long sidewall the 4th mounting hole respectively;
After seat, permanent seat 16 is connected with right seat tube 15,4th fixing rivet is arranged on long sidewall the 4th mounting hole through the second chute 1521, right seat tube 15 can in the second chute 1521 scope, with the 4th fixing rivet for fixed point is slided, when right seat tube 15 slides into predetermined angular, buckle 1522 is stuck on the 3rd fixing rivet, right seat tube 15 is stopped mobile;
Left seat tube 14 is connected with permanent seat after seat 16 with right seat tube 15 symmetry;
Seat fixed plate 19 is connected with right seat tube 15, and seat fixed plate 16, through the 4th chute 192 of seat fixed plate 19, is arranged on seat tube mounting hole 1512 by the 5th fixing rivet;
6th fixing rivet to be arranged on before the seat of permanent seat 18 before seat on permanent seat the 5th mounting hole 185 through the first chute 1511 of right seat tube 15, right seat tube 15 can be slided for fixing a point with the 6th fixing rivet in the first chute 1511 scope, 7th fixing rivet to be arranged on before the seat of permanent seat 18 before seat on permanent seat the 4th mounting hole 184, on seat fixed plate 19, gap 193 agrees with mutually with the 7th fixing rivet, when right seat tube 15 moves, the 5th fixing rivet is subject to the restriction of the 4th chute 192.
It should be noted that, left seat tube 14 is connected with permanent seat before seat 18 with right seat tube 15 symmetry; Concrete connection mode is identical with right seat tube, does not repeat, and in the present embodiment, seat can be opened along covering of the fan, with closed.
Refer to Fig. 2 to Fig. 7, back of seat pipe 11 comprises U-shaped supervisor 111, is responsible for 111 one end connection First chair back pipe fixed plates 112, the other end connects the second back of seat pipe fixed plate 113, First chair back pipe fixed plate 112 has on back of seat pipe first mounting hole 1121, second back of seat pipe fixed plate and have back of seat pipe second mounting hole 1131;
The span of back of seat pipe 11 is less than the length of permanent seat 16 after seat, First chair back pipe fixed plate 112 and the second back of seat pipe fixed plate 113 are placed in permanent seat about 16 two inside sidewalls after seat just, back of seat pipe 11 to be movably connected in after seat on permanent seat about 16 sidewall by rivet, the first side wall mounting hole 161 aligns with back of seat pipe first mounting hole 112, and the second side wall mounting holes 162 aligns with back of seat pipe second mounting hole 1131.
Refer to Fig. 2 and Fig. 8, scooter embodiment in the utility model comprises further: seat rotation assembly 20, specifically comprise: turning cylinder 21, first pad 26, swing locating cover 22, swing positioning seat 23, seat movement positioning seat 24, clutch shaft bearing 25, second pad 27, and torsion spring 28 and limited post 29;
The first pad 26 that turning cylinder 21 passes successively, the seat movement positioning seat axis hole 241 swinging locating cover 22, swing positioning seat 23, seat movement positioning seat 24) clutch shaft bearing 25, second pad 27, described turning cylinder 21 lower end riveting is opened, and prevents turning cylinder 21 from departing from;
Clutch shaft bearing 25 is accommodated in seat movement positioning seat 24, and turning cylinder 21 can rotate in clutch shaft bearing 24; The groove 171 of seat movement seat 17 has seat rotation axis hole 176, bottom seat movement seat 17, is provided with screens 177; Turning cylinder 21 is through seat rotation axis hole 176, and seat movement positioning seat 24 is flexibly connected with main body erecting frame 30 by screw; Limited post 29 is arranged on the spacing column base 242 of seat movement positioning seat 24; Reverse center, torsion spring 28 two ends curls into ring part 282,283, two ends lean out intermediate transverse girder portion 281 formation and lean out portion 284,285, crossbeam portion 281 is stuck in and is provided with in screens 177 fixing bottom seat movement seat 17, leans out portion 284,285 and is positioned at limited post 29 both sides;
Refer to Fig. 9, the main body erecting frame 30 of a kind of scooter in the utility model comprises:
Frame 31, left cap 32, right cap 33, left front road wheel erecting frame 34, right front road wheel erecting frame 35 and trailing wheel erecting frame 36;
Frame 31 comprises: box body portion 312 and assembled portion 311;
Box body portion 312 is the first cavity that upper and lower, forward and backward wall surrounds, for receiving closed-center system;
Assembled portion 311 comprises the second cavity of being surrounded by upper and lower, forward and backward wall and side-looking is the gusset of L-type, gusset horizontal expansion face is offered two frame axis holes, be respectively frame first axis hole 3111 and frame second axis hole, frame Triaxial hole 3112 and frame the 4th axis hole are offered in the position of the second relative two frame axis holes in cavity bottom surface, frame first axis hole 3111 aligns with frame Triaxial hole 3112, and frame second axis hole aligns with described frame the 4th axis hole;
Trailing wheel erecting frame 36 is arranged on below frame 31 by two U-shaped strut members 37,38, and left cap 32, right cap 33 are arranged on frame 31 both sides by several screws respectively;
Two the front road wheel erecting frames 34,35 in left and right are arranged in frame 31 respectively by left and right locked component 381,382.
Refer to Figure 10, the horizontal advancement holes of up/down perforation is offered in right front road wheel erecting frame 35 one end; Right locked component 381 comprises: clamp ring 3811, the 3rd pad 3812, nut 3813, axle nail 3814, spring 3815, axle nail cover 3816, the 4th pad 3817, locking moving valve 3818; Axle nail 3814 comprises: one end is provided with whorl 38141, the axle nail main part 38143 of screw connection, and caliber is greater than the gear part 38142 at other positions, and axle nail 3814 is through horizontal advancement holes; Being socketed clamp ring the 3811, three pad 3812 between whorl 38141 and gear part 38142 end face is enclosed within clamp ring 3811, and whorl 38141 and nut 3813 spin; Gear part 38142 bottom surface next coming in order socket spring 3815 and axle nail cover 3816, spring 3815 one end is against on gear part 38142 bottom surface, and the other end is against on axle nail cover 3816, and the 4th pad 3817 is enclosed between axle nail cover 3816 and locking moving valve 3818; Offer through hole bottom axle nail 3814, locking moving valve 3818 is followed closely 3814 by rivet and axle and is flexibly connected.
The left and right wheel assembly 40,50 that moves ahead is flexibly connected with road wheel erecting frame before left and right 34,35 by left and right coupling assembling; Before left and right, the tube chamber inside of road wheel erecting frame has Track desigh, and left and right moves ahead wheel assembly 40,50 can slip road wheel erecting frame 34,35 in before left and right;
Refer to Figure 10, left coupling assembling comprises:
Upper and lower two rotary axle box 3911,3913, be rotationally connected axle 3912 through the horizontal advancement holes of left front road wheel assembly 40, one end is connected with upper rotary axle box 3911, one end is connected with lower rotary axle box 3913, two rotary axle box 3911,3913 match with track, and the wheel assembly 40,50 that moves ahead about making can slide in road wheel erecting frame 34,35 before left and right;
Right coupling assembling and left coupling assembling symmetry are arranged between right front road wheel erecting frame 35 and right front road wheel assembly 50.
Scooter in the utility model, the left and right wheel assembly 40,50 that moves ahead is symmetrical arranged, refer to Figure 11, left front road wheel assembly 40 comprises: front road wheel first body 41, front road wheel second body 42, front road wheel the 3rd body 43, and be fixed on the left front road wheel 44 on front road wheel the 3rd body 43 by rivet; Have Track desigh in the tube chamber of front road wheel first body 41, the caliber of front road wheel second body 42 is less than front road wheel first body 41 and front road wheel the 3rd body 43, and front road wheel second body 42 can slide in front road wheel first body 41; Front road wheel second body 42 middle bent, front road wheel first body 41 is stretched in one end, the other end with stretch into front road wheel the 3rd body 43, and to be attached thereto by screw; Front road wheel the 3rd body 43 and front road wheel 44 are fixed by screw;
Refer to Figure 12 and Figure 13, be respectively left front road wheel exploded view and assembly drawing, left front road wheel 44 comprises:
Pedal support 441, outer rim 442, tire 443, interior rim 444, first gear 445, second bearing 446, the 3rd bearing 447, second gear 448 and motor 449; Motor 449 comprises: motor fixed cover 4491, movement 4492 and motor cover 4493;
Interior rim 444 coordinates with outer rim 442, tire 443 is sleeved on interior rim 444, ring gear is established inside interior rim 444, engage with the first gear 445, this first gear 445 engages with the second gear 446, second gear 446 coordinates with movement 4492, and this movement 4492 is accommodated in described fixed cover 4491, and motor cover 4493 is flexibly connected with described fixed cover by screw.
The scooter that the utility model provides comprises further: before left and right, road wheel erecting frame 34,35 is also provided with left and right the second locked component, refer to Figure 14 with the second left locking piece, the second left locked component comprises:
Locking bed 3914, eccentric lock 3916, eccentric lock headgear 3917, C type snap ring 3918, detent valve 3919;
Edge, locking bed 3914 two ends turnup, matches with the outside track had outside the body of left front road wheel erecting frame 34, and locking bed 3914 to be connected by screw before left and right bottom road wheel erecting frame 34; Locking bed 3914 also has elastic portion, and elastic portion far-end has a through hole, and eccentric lock 3916 is through this through hole, and eccentric lock headgear 3917, C type snap ring 3918 are enclosed within eccentric lock 3916, fixing bottom detent valve 3919 and eccentric lock 3916.
It should be noted that, the second right locking piece is identical with the second left locking piece, and assembling is symmetrical with the second left locking piece, does not repeat.
Refer to Figure 15 below, specifically describe the effect of the second locking piece, for the second left locking piece:
It should be noted that, left front road wheel erecting frame 34 near with the sidewall of left front road wheel first body 41 junction on have a square hole 341, this square hole 341 aperture is slightly larger than left front road wheel first body 41 caliber, when left front road wheel first body 41 is folded to left front road wheel erecting frame 34 upright position, left front road wheel first body 41 aligns with square hole 341, and left front road wheel first body 41 can insert square hole 341.
It should be noted that before using this scooter, need left front road wheel first body 41 can insert square hole 341, right front road wheel is also like this.
Refer to Figure 16, detent valve 3919 on second locking piece is pressed down, the elastic portion of locking bed 3914 produces deformation, left front road wheel first body 41 can continue to insert square hole 341, lifts detent valve 3919, and eccentric lock 3916 just enters in the horizontal advancement holes of left front road wheel first body 41, rotational lock valve 3919, drive eccentric lock 3916 to rotate, eccentric lock 3916 compresses with the inwall of left front road wheel first body 41, thus reaches the object of locking.
Refer to Figure 16, scooter wheel assembly 60 of the present utility model comprises:
Trailing wheel first body 61, trailing wheel second body 62, trailing wheel the 3rd body 63, trailing wheel body permanent seat 64, rear-wheel bearing 65, wheel cover permanent seat 66, rear wheel frame 67, first trailing wheel 681, second trailing wheel 682, left and right idle pulley fixed plate 691,692; Trailing wheel second body 62 middle bent, one end is by screw socket trailing wheel first body 61, and the other end is by screw socket the 3rd body 63, and the caliber of trailing wheel second body 62 is all less than trailing wheel first body 61 and trailing wheel the 3rd body 62; Trailing wheel the 3rd body 63 is connected with trailing wheel body permanent seat 64 by screw;
Trailing wheel body permanent seat 64 is U-shaped plate, and U-shaped plate two side is connected with trailing wheel the 3rd body 63, and trailing wheel axis hole is offered in its bottom surface, and hind axle 641 is through trailing wheel axis hole, rear-wheel bearing 65 and wheel cover permanent seat 66; Wheel cover permanent seat 66 is connected with rear wheel frame 67 by screw; First trailing wheel 681 is movably installed in rear wheel frame 67 by screw; Left and right idle pulley fixed plate 691,692 is fixed on rear wheel frame 67 both sides, and the second trailing wheel 682 is installed in the middle of left and right idle pulley fixed plate 691,692 by screw;
Refer to Figure 17, trailing wheel erecting frame 36 and wheel assembly 60 junction are also provided with the 3rd locked component 70, comprise: adjustment seat 71, locking moving valve 73, loosening and tightening wheel 74, adjustment seat 71 is arranged on main body erecting frame 30 rear end, locking moving valve 73 is connected with adjustment seat 71 axle, and loosening and tightening wheel 74 is connected with locking moving valve 73 axle.
It should be noted that, 3rd locked component 70 can realize the function adjusting wheel assembly 60 length, and wheel assembly 60 extracts optional position out from trailing wheel erecting frame 36, the locking moving valve 73 of pressure the 3rd locked component 70, loosening and tightening wheel 74 is pressed on wheel assembly 60 thereupon, plays the effect of locking.
Because the utility model relates to bilateral symmetry, be therefore only described with wherein side in the de-scription, the structure of side is identical with it in addition, and relation of installing is symmetrical with it, does not therefore repeat.
Above scooter embodiment physical construction of the present utility model is described, refers to Figure 18 below, scooter electric control structure of the present utility model is described:
Be provided with bottom main body erecting frame 30: controller 81, be connected by telescopic elastic connection lead 83 between controller 81 with main body erecting frame 30, controller 81 has some gear regulation speed; Main body erecting frame 30 is also provided with main supply switch 82, and correspondence arranges indicator lamp 85, and charging hole 84, and indicator lamp divides red light and green light two kinds of colors, when charging, when red, when main supply switch 82 is opened, green light.
Refer to Figure 19, scooter embodiment of the present utility model comprises further:
Be arranged on the Hall element 91 swung on locating cover 22, be arranged on the magnetic stripe 92 swung on positioning seat 23.
It should be noted that, Hall element 91 has two, symmetrical installation, and magnetic stripe 92 also has two to be placed in below two Hall elements respectively, when swinging locating cover 22, with swing positioning seat 23, relative motion occurring, one end Hall element leaves magnetic stripe, as left end Hall element leaves left end magnetic stripe, now, left front road wheel speed reduces, and right front road wheel speed is constant, scooter is left-handed turning then, otherwise identical.Therefore above-mentioned relate to achieve scooter turn demand.
Those skilled in the art can be well understood to, and for convenience and simplicity of description, the specific works process of the device of foregoing description, with reference to the corresponding process in preceding method embodiment, can not repeat them here.In several embodiments that the application provides, should be understood that, disclosed device can realize by another way.
Above embodiment only in order to the technical solution of the utility model to be described, is not intended to limit; Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of the utility model.
Claims (10)
1. a scooter, is characterized in that, comprising:
Seat-assembly and moving assembly;
Described seat-assembly comprises seat (10), is movably arranged on above described moving assembly by seat rotation assembly (20);
Described moving assembly comprises:
Main body erecting frame (30), left and right move ahead wheel assembly (40,50) and wheel assembly (60);
The left and right wheel assembly (40,50) that moves ahead is flexibly connected with described main body erecting frame (30), and a part can in main body erecting frame (30) described in retraction;
Described wheel assembly (60) is flexibly connected with described main body erecting frame (30), and a part can in main body erecting frame (30) described in retraction;
Establish closed-center system in described main body erecting frame (30), in order to move ahead, wheel assembly provides electric energy;
Move ahead in wheel assembly and establish engine installation, being electrically connected with described closed-center system, moving for ordering about the wheel assembly that moves ahead.
2. scooter according to claim 1, is characterized in that,
Described seat-assembly comprises:
The seat (10) be made up of back of seat pipe (11), symmetrical two seat tubes (14,15), seat cloth (12) and back of seat cloth (13);
The seat fixation kit be made up of permanent seat (16) and seat movement seat (17) after permanent seat before seat (18), seat fixed plate (19), seat;
Described seat cloth (13) one end is enclosed within left seat tube (14), and the other end is enclosed within right seat tube (15), and described back of seat cloth (12) is enclosed within described back of seat pipe (11);
Described back of seat pipe (11) is flexibly connected with permanent seat (16) after described seat;
The two ends of seat tube are flexibly connected with permanent seat before seat (18) and seat fixed plate (19) one end respectively, and the other end is flexibly connected with permanent seat after seat (16).
3. scooter according to claim 2, is characterized in that,
Described seat tube comprises curve and the first spacer of being connected with curve and the second spacer;
Described first spacer one end is connected with described curve, and the other end offers seat tube mounting hole, laterally offers the first chute of hollow out in the middle part of described first spacer;
Described second spacer one end is connected with described curve, and the other end offers buckle, laterally offers the second chute of hollow out in the middle part of described second spacer;
After described seat, permanent seat (16) is the semi-surrounding cavity surrounded by a bottom surface and three sides, left and right sidewall has the first side wall mounting hole (161) and the second side wall mounting holes (162), after described seat, between permanent seat (16) two side, far-end is long sidewall, described long sidewall being offered four long side wall mounting holes, is long sidewall first mounting hole (163), long sidewall second mounting hole (164), long sidewall the 3rd mounting hole (165), long sidewall the 4th mounting hole respectively;
Described long sidewall first mounting hole (163) and long sidewall second mounting hole (164) in the same horizontal line, higher than described long sidewall the 3rd mounting hole (165) and described long sidewall the 4th mounting hole place horizon;
After described seat, the bottom surface of permanent seat (16) is provided with bottom surface first mounting hole (166), bottom surface second mounting hole (167) and first oppositely protruding (168);
Described seat movement seat (17) is the rectangular plate of middle fluted (171), plate body two ends are symmetrical arranged four seat movement seat mounting holes respectively, two, one end, is respectively seat movement seat first mounting hole (172), seat movement seat second mounting hole (172), seat movement seat the 3rd mounting hole (173), seat movement seat the 4th mounting hole (174);
The gusset that before described seat, permanent seat (18) is side L-type, bottom surface is provided with bottom surface the 3rd mounting hole, bottom surface the 4th mounting hole and second oppositely protruding (186), gusset wall is offered permanent seat mounting hole before five seats, permanent seat the 4th mounting hole (184) before permanent seat the 3rd mounting hole (183), seat before permanent seat second mounting hole (182), seat before permanent seat first mounting hole (181), seat before seat respectively, permanent seat the 5th mounting hole (185) before seat;
Described seat fixed plate (19) is offered the 3rd chute (191) and the 4th chute (192) of hollow out, described seat fixed plate (19) edge's mid point offers gap (193);
After described seat, align with described seat movement seat the 3rd mounting hole (173) in the bottom surface first mounting hole (166) of permanent seat (16), be connected by screw, after seat, align with described seat movement seat the 4th mounting hole (174) in the bottom surface second mounting hole (167) of permanent seat (16), is connected by screw;
Before described seat, align with described seat movement seat first mounting hole (172) in the bottom surface the 3rd mounting hole (183) of permanent seat (18), be connected by screw, before described seat, the bottom surface the 4th of permanent seat (18) fills hole by aliging with described seat movement seat second mounting hole (172), is connected by screw;
First fixing rivet is arranged on described long sidewall first mounting hole (163), second fixing rivet is arranged on described long sidewall second mounting hole (164), and the 3rd fixing rivet and the 4th fixing rivet are arranged on described long sidewall the 3rd mounting hole (165) and described long sidewall the 4th mounting hole respectively;
After described seat, permanent seat (16) is connected with right seat tube (15), described 4th fixing rivet is arranged on described long sidewall the 4th mounting hole through described second chute (1521), described right seat tube (15) can in described second chute (1521) scope, with described 4th fixing rivet for fixed point is slided, when right seat tube (15) slides into predetermined angular, buckle (1522) is stuck on the 3rd fixing rivet, right seat tube (15) is stopped mobile;
Described left seat tube (14) is connected with permanent seat (16) after described seat with described right seat tube (15) symmetry;
Seat fixed plate (19) is connected with right seat tube (15), seat fixed plate (16), through the 4th chute (192) of seat fixed plate (19), is arranged on seat tube mounting hole (1512) by the 5th fixing rivet;
6th fixing rivet to be arranged on before the seat of permanent seat (18) before seat on permanent seat the 5th mounting hole (185) through first chute (1511) of right seat tube (15), right seat tube (15) can be slided for fixing a point with the 6th fixing rivet in the first chute (1511) scope, 7th fixing rivet to be arranged on before the seat of permanent seat (18) before seat on permanent seat the 4th mounting hole (184), the upper gap (193) of seat fixed plate (19) agrees with mutually with the 7th fixing rivet, when described right seat tube (15) is mobile, 5th fixing rivet is subject to the restriction of the 4th chute (192),
Described left seat tube (14) is connected with permanent seat (18) before described seat with described right seat tube (15) symmetry;
Described back of seat pipe (11) comprises U-shaped supervisor (111), supervisor (111) one end connects First chair back pipe fixed plate (112), the other end connects the second back of seat pipe fixed plate (113), First chair back pipe fixed plate (112) has back of seat pipe first mounting hole (1121), the second back of seat pipe fixed plate has back of seat pipe second mounting hole (1131);
The span of described back of seat pipe (11) is less than the length of permanent seat (16) after seat, described First chair back pipe fixed plate (112) and the second back of seat pipe fixed plate (113) are placed in two inside sidewalls in permanent seat (16) left and right after described seat just, described back of seat pipe (11) to be movably connected in after seat on the sidewall of permanent seat (16) left and right by rivet, described the first side wall mounting hole (161) is alignd with described back of seat pipe first mounting hole (112), described second side wall mounting holes (162) is alignd with described back of seat pipe second mounting hole (1131).
4. scooter according to claim 1, is characterized in that,
Described seat rotation assembly (20) comprising: turning cylinder (21), the first pad (26), swing locating cover (22), swing positioning seat (23), seat movement positioning seat (24), clutch shaft bearing (25), the second pad (27), and torsion spring (28) and limited post (29);
The first pad (26) that described turning cylinder (21) passes successively, swing locating cover (22), swing positioning seat (23), the seat movement positioning seat axis hole (241) of seat movement positioning seat (24), clutch shaft bearing (25), the second pad (27), described turning cylinder (21) lower end riveting is opened, and prevents turning cylinder (21) from departing from;
Described clutch shaft bearing (25) is accommodated in described seat movement positioning seat (24), and described turning cylinder (21) can rotate in described clutch shaft bearing (24);
The groove (171) of described seat movement seat (17) has seat rotation axis hole (176), and described seat movement seat (17) bottom is provided with screens (177);
Described turning cylinder (21) is through described seat rotation axis hole (176), and described seat movement positioning seat (24) is flexibly connected with described main body erecting frame (30) by screw;
Described limited post (29) is arranged on the spacing column base (242) of seat movement positioning seat (24);
Reverse center, described torsion spring (28) two ends curls into ring part (282,283), two ends lean out intermediate transverse girder portion (281) formation and lean out portion (284,285), described crossbeam portion (281) is stuck in described seat movement seat (17) bottom and is provided with in screens (177) fixing, described in lean out portion (284,285) and be positioned at described limited post (29) both sides;
Described swing locating cover (22) installs Hall element (91), the magnetic stripe (92) on described swing positioning seat (23).
5. scooter according to claim 1, is characterized in that,
Described main body erecting frame (30) comprising:
Frame (31), left cap (32), right cap (33), left front road wheel erecting frame (34), right front road wheel erecting frame (35) and trailing wheel erecting frame (36);
Described frame (31) comprising: box body portion (312) and assembled portion (311);
The first cavity that described box body portion (312) surrounds for upper and lower, forward and backward wall, for receiving closed-center system;
Described assembled portion (311) comprises the second cavity of being surrounded by upper and lower, forward and backward wall and side-looking is the gusset of L-type, described gusset horizontal expansion face is offered two frame axis holes, be respectively frame first axis hole (3111) and frame second axis hole, frame Triaxial hole (3112) and frame the 4th axis hole are offered in the position of described second relative two the frame axis holes in cavity bottom surface, described frame first axis hole (3111) is alignd with described frame Triaxial hole (3112), and described frame second axis hole aligns with described frame the 4th axis hole;
Described trailing wheel erecting frame (36) is arranged on described frame (31) below by two U-shaped strut members (37,38), and left cap (32), right cap (33) are arranged on frame (31) both sides by several screws respectively;
Two the front road wheel erecting frames (34,35) in left and right are arranged in frame (31) respectively by left and right locked component (381,382).
6. scooter according to claim 5, is characterized in that,
The horizontal advancement holes of up/down perforation is offered in described right front road wheel erecting frame (35) one end;
Described right locked component (381) comprising: clamp ring (3811), the 3rd pad (3812), nut (3813), axle nail (3814), spring (3815), axle nail cover (3816), the 4th pad (3817), locking moving valve (3818);
Described axle nail (3814) comprising: one end is provided with whorl (38141), axle nail main part (38143) of screw connection, and caliber is greater than the gear part (38142) at other positions, described axle nail (3814) is through described horizontal advancement holes; Be socketed described clamp ring (3811) between described whorl (38141) and described gear part (38142) end face, described 3rd pad (3812) is enclosed within described clamp ring (3811), described whorl (38141) and described nut (3813) spin;
Described gear part (38142) bottom surface next coming in order socket spring (3815) and axle nail cover (3816), described spring (3815) one end is against on gear part (38142) bottom surface, the other end is against on described axle nail cover (3816), and described 4th pad (3817) is enclosed between described axle nail cover (3816) and described locking moving valve (3818);
Through hole is offered in described axle nail (3814) bottom, and described locking moving valve (3818) is followed closely (3814) by rivet with described axle and is flexibly connected.
7. scooter according to claim 5, is characterized in that,
The left and right wheel assembly (40,50) that moves ahead is flexibly connected with road wheel erecting frame before described left and right (34,35) by left and right coupling assembling;
Before described left and right, the tube chamber inside of road wheel erecting frame has Track desigh, described left and right move ahead wheel assembly (40,50) can before described left and right in road wheel erecting frame (34,35) slide;
Described left coupling assembling comprises:
Upper and lower two rotary axle box (3911,3913), be rotationally connected axle (3912) through the horizontal advancement holes of left front road wheel assembly (40), one end is connected with upper rotary axle box (3911), one end is connected with lower rotary axle box (3913), described lower two rotary axle box (3911,3913) are matched with described track, make described left and right move ahead wheel assembly (40,50) can before described left and right in road wheel erecting frame (34,35) slide;
Described right coupling assembling and described left coupling assembling symmetry are arranged between described right front road wheel erecting frame (35) and described right front road wheel assembly (50).
8. scooter according to claim 5, is characterized in that,
The left and right wheel assembly (40,50) that moves ahead is symmetrical arranged, and described left front road wheel assembly (40) comprising:
Front road wheel first body (41), front road wheel second body (42), front road wheel the 3rd body (43), and the left front road wheel (44) on front road wheel the 3rd body (43) is fixed on by rivet;
Have Track desigh in the tube chamber of described front road wheel first body (41), the caliber of described front road wheel second body (42) is less than described front road wheel first body (41) and front road wheel the 3rd body (43); Described front road wheel second body (42) can be slided in described front road wheel first body (41);
Described front road wheel second body (42) middle bent, described front road wheel first body (41) is stretched in one end, the other end with stretch into described front road wheel the 3rd body (43), and to be attached thereto by screw;
Described front road wheel the 3rd body (43) and described front road wheel (44) are fixed by screw;
Left front road wheel (44) comprising:
Pedal support (441), outer rim (442), tire (443), interior rim (444), the first gear (445), the second bearing (446), the 3rd bearing (447), the second gear (448) and motor (449);
Motor (449) comprising: motor fixed cover (4491), movement (4492) and motor cover (4493);
Interior rim (444) coordinates with outer rim (442), tire (443) is sleeved on interior rim (444), ring gear is established in interior rim (444) inner side, engage with the first gear (445), this first gear (445) engages with the second gear (446), second gear (446) coordinates with movement (4492), described movement (4492) is accommodated in described fixed cover (4491), and motor cover (4493) is flexibly connected with described fixed cover by screw;
Before described left and right, road wheel erecting frame (34,35) is also provided with left and right the second locked component, described left locked component comprises:
Locking bed (3914), eccentric lock head (3916), eccentric lock headgear (3917), C type snap ring (3918), detent valve (3919);
Described locking bed (3914) edge, two ends turnup, match with the outside track had outside the body of road wheel erecting frame before left and right (34,35), locking bed (3914) is connected by screw road wheel erecting frame (34,35) bottom before left and right; Described locking bed (3914) also has elastic portion, described elastic portion far-end has a through hole, described eccentric lock head (3916) is through this through hole, described eccentric lock headgear (3917), C type snap ring (3918) are enclosed within described eccentric lock head (3916), and described detent valve (3919) is fixing with described eccentric lock head (3916) bottom.
9. scooter according to claim 5, is characterized in that,
Described wheel assembly comprises:
Trailing wheel first body (61), trailing wheel second body (62), trailing wheel the 3rd body (63), trailing wheel body permanent seat (64), rear-wheel bearing (65), wheel cover permanent seat (66), rear wheel frame (67), the first trailing wheel (681), the second trailing wheel (682), left and right idle pulley fixed plate (691,692);
Described trailing wheel second body (62) middle bent, one end is socketed described trailing wheel first body (61) by screw, the other end is socketed described trailing wheel the 3rd body (63) by screw, and the caliber of described trailing wheel second body (62) is all less than described trailing wheel first body (61) and trailing wheel the 3rd body (62);
Described trailing wheel the 3rd body (63) is connected with described trailing wheel body permanent seat (64) by screw;
Described trailing wheel body permanent seat (64) is U-shaped plate, described U-shaped plate two side is connected with described trailing wheel the 3rd body (63), trailing wheel axis hole is offered in its bottom surface, and hind axle (641) is through described trailing wheel axis hole, described rear-wheel bearing (65) and described wheel cover permanent seat (66); Described wheel cover permanent seat (66) is connected with described rear wheel frame (67) by screw; Described first trailing wheel (681) is movably installed in described rear wheel frame (67) by screw; Described rear wheel frame (67) both sides are fixed in described left and right idle pulley fixed plate (691,692), and the second trailing wheel (682) is installed in the middle of left and right idle pulley fixed plate (691,692) by screw;
Described trailing wheel erecting frame (36) and described wheel assembly (60) junction are also provided with the 3rd locked component (70), comprise: adjustment seat (71), locking moving valve (73), loosening and tightening wheel (74), described adjustment seat (71) is arranged on described main body erecting frame (30) rear end, described locking moving valve (73) is connected with described adjustment seat (71) axle, and described loosening and tightening wheel (74) is connected with described locking moving valve (73) axle.
10. scooter according to claim 1, is characterized in that,
Be provided with in main body erecting frame (30) bottom: controller (81), be connected by telescopic elastic connection lead (83) between controller (81) with main body erecting frame (30), controller (81) has some gear regulation speed;
Main body erecting frame (30) is also provided with main supply switch (82), correspondence arranges indicator lamp (85), and charging hole (84).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420743791.2U CN204264385U (en) | 2014-11-26 | 2014-11-26 | A kind of scooter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420743791.2U CN204264385U (en) | 2014-11-26 | 2014-11-26 | A kind of scooter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204264385U true CN204264385U (en) | 2015-04-15 |
Family
ID=52799268
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420743791.2U Expired - Fee Related CN204264385U (en) | 2014-11-26 | 2014-11-26 | A kind of scooter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204264385U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104443183A (en) * | 2014-11-26 | 2015-03-25 | 佛山市南海百梓福五金塑料制品有限公司 | Scooter |
-
2014
- 2014-11-26 CN CN201420743791.2U patent/CN204264385U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104443183A (en) * | 2014-11-26 | 2015-03-25 | 佛山市南海百梓福五金塑料制品有限公司 | Scooter |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106080908B (en) | The electric bicycle of integrated self-balancing wheelbarrow | |
| EP2857300A1 (en) | Tricycle having two foldable wheels | |
| CN103407528A (en) | Self-balancing electric monocycle with extendable handlebars | |
| CN205469550U (en) | Intelligence electric scooter | |
| CN203199112U (en) | Wheel-variable type bicycle | |
| CN204264385U (en) | A kind of scooter | |
| CN204895720U (en) | Skateboard vehicle | |
| CN104443183A (en) | Scooter | |
| CN103818504A (en) | Electro-tricycle with frames extensible | |
| CN208291408U (en) | A kind of student's daily life balance car | |
| CN208453162U (en) | The electric bicycle of integrated self-balancing wheelbarrow | |
| CN109973933A (en) | The car light dimming mechanism that a kind of installation is simple and required precision is low | |
| CN106114730B (en) | A kind of electric boosted tricycle of fast folding | |
| CN201849598U (en) | Light electric vehicle capable of being folded | |
| CN212500827U (en) | Electric bicycle | |
| CN204801969U (en) | Stand -type full foot control electric motor car | |
| CN208683031U (en) | A kind of electric assisted bicycle vehicle frame | |
| CN209208944U (en) | A kind of portable folding is ridden instead of walk following vehicle | |
| CN205759592U (en) | Dual-purpose electric slide plate balance car | |
| CN209159880U (en) | Manpower tramples wooden handcart | |
| CN208306850U (en) | A kind of electrodynamic balance is automobile-used to reverse connection structure | |
| CN205707059U (en) | A kind of mini electric vehicle | |
| CN106178406B (en) | A kind of electrodynamic balance vehicle | |
| CN106080932B (en) | A kind of multifunction electric bicycle | |
| CN106178405B (en) | A kind of electric body building vehicle |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150415 Termination date: 20191126 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |