CN107697217A - The wheel connector of Intelligent magnetic suspension bicycle - Google Patents
The wheel connector of Intelligent magnetic suspension bicycle Download PDFInfo
- Publication number
- CN107697217A CN107697217A CN201710919702.3A CN201710919702A CN107697217A CN 107697217 A CN107697217 A CN 107697217A CN 201710919702 A CN201710919702 A CN 201710919702A CN 107697217 A CN107697217 A CN 107697217A
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- China
- Prior art keywords
- wheel
- ball
- chute
- connector
- groove
- 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.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62M—RIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
- B62M1/00—Rider propulsion of wheeled vehicles
- B62M1/36—Rider propulsion of wheeled vehicles with rotary cranks, e.g. with pedal cranks
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J50/00—Arrangements specially adapted for use on cycles not provided for in main groups B62J1/00 - B62J45/00
- B62J50/20—Information-providing devices
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J99/00—Subject matter not provided for in other groups of this subclass
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62K—CYCLES; CYCLE FRAMES; CYCLE STEERING DEVICES; RIDER-OPERATED TERMINAL CONTROLS SPECIALLY ADAPTED FOR CYCLES; CYCLE AXLE SUSPENSIONS; CYCLE SIDE-CARS, FORECARS, OR THE LIKE
- B62K25/00—Axle suspensions
- B62K25/02—Axle suspensions for mounting axles rigidly on cycle frame or fork, e.g. adjustably
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62M—RIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
- B62M11/00—Transmissions characterised by the use of interengaging toothed wheels or frictionally-engaging wheels
- B62M11/02—Transmissions characterised by the use of interengaging toothed wheels or frictionally-engaging wheels of unchangeable ratio
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Transportation (AREA)
- Motorcycle And Bicycle Frame (AREA)
Abstract
The wheel connector of Intelligent magnetic suspension bicycle, include revolver circle and buckle, lock bolt, left screw, right screw and right wheel circle are buckled, be connected for the wheel rim and vehicle frame with wheel；Wheel connector is provided with left support magnet and right support magnet, wheel is provided with left magnet ring and right magnet ring, left magnet ring produces a magnetic suspension force with the interaction of left support magnet, right magnet ring produces a magnetic suspension force with the interaction of right support magnet, reduces the ball of wheel connector and the frictional force of wheel rim；During use, wheel connector is fixedly connected with vehicle frame, the wheel rim of wheel is clasped using the left chute and right rail of wheel connector, rolled and connected using the upper left ball of chute, left side ball and lower-left ball and wheel rim, and roll connection using upper right ball, right side ball and the bottom right ball and wheel rim of right rail, implement the rotation connection of wheel and vehicle frame, save the axletree, spoke and tripod of common wheel.
Description
Technical field
The present invention relates to a kind of wheel connector of exercycle, the wheel connection of particularly a kind of Intelligent magnetic suspension bicycle
Device.
Background technology
At present, the bicycle of aerobic exercise body-building, its wheel include spoke, axletree and three pin for supporting axletree
Frame, a kind of wheel connector of Intelligent magnetic suspension bicycle of wheel without spoke and without axletree have turned into bicycle connection car
The needs of wheel.
The content of the invention
The present invention seeks to overcome the deficiencies in the prior art, there is provided a kind of Intelligent magnetic of wheel without spoke and without axletree
The wheel connector of suspension bicycle, the cost of Intelligent magnetic suspension bicycle is reduced, implement vehicle frame using a kind of wheel connector
With the rotation connection of wheel, the frictional force of magnetic suspension force reduction wheel connector and wheel is utilized.
The technical solution used in the present invention is：Intelligent magnetic suspension bicycle, include handlebar, wheel, vehicle frame, driving
Mechanism and wheel connector, handlebar and vehicle frame are connected with a wheel connector respectively, and wheel connector connects with wheel
Connect；Wheel is provided with wheel rim and tire, and tire is connected with wheel rim, and wheel includes front-wheel and trailing wheel, and front-wheel includes preceding wheel rim
And front tyre, preceding wheel rim are connected with front tyre；Trailing wheel includes rear rim and rear tyre, and rear rim is connected with rear tyre；
Drive mechanism includes left threading, right threading, pedal spindle, isolator, drive gear, preceding sector gear, connecting shaft and rear fan
The foot-operated axle sleeve of shape gear, drive shaft and vehicle frame is dynamic to be connected, left threading and right threading and foot-operated axis connection, pedal spindle with
Isolator is connected, and isolator is connected with drive gear, and drive gear engages with preceding sector gear, and preceding sector gear connects with connecting shaft
Connect, connecting shaft is connected with rear sector gear, and the middle axle sleeve of connecting shaft and vehicle frame is dynamic to be connected；The rear rim of trailing wheel is provided with quilt
Moving gear, rear sector gear engage with driven gear, for driving Intelligent magnetic suspension bicycle to advance；Handlebar moves with vehicle frame matches somebody with somebody
Connection is closed, wheel connector is connected with handlebar, for utilizing handlebar control front wheel shimmy；Wheel connector is provided with chute,
Chute is provided with ball；Wheel connector be provided with two, a wheel connector is connected with handlebar, another wheel connector and
Vehicle frame is connected, and the wheel connector being connected with handlebar is connected with front-wheel, and the wheel connector being connected with vehicle frame is connected with trailing wheel；
The chute for the wheel connector being connected with front-wheel and the dynamic mating connection of the preceding wheel rim of front-wheel, between being provided between the chute and preceding wheel rim
Gap, the ball of the chute contact with preceding wheel rim；The chute for the wheel connector being connected with trailing wheel and the dynamic cooperation of the rear rim of trailing wheel
Connection, is provided with gap between the chute and rear rim, the ball of the chute contacts with rear rim, after the driven gear of trailing wheel is located at
On the rear rim of wheel, driven gear is integrally formed with rear rim, and drive gear and driven gear are sector gear；Wheel connects
Device is provided with support magnet, and the wheel rim of wheel is provided with magnet ring, and the support magnet of wheel connector is located at the magnet ring opposite of wheel rim,
The supporting surface of support magnet is located at the opposite of the outer ring surface of magnet ring, supports the pole polarity and magnet ring of the supporting surface of magnet
The pole polarity of outer ring surface is identical, wheel rim is produced a magnetic suspension force to wheel connector；Magnetic suspension bicycles include hair
Motor, rear camera, controller and GPS device, the shell of generator are fixedly connected with vehicle frame, and the rotary shaft of generator is with after
Wheel rim is dynamic to be connected；For rear camera on the wheel cover of vehicle frame, controller is provided with display screen, controller by power line and
Generator is connected, and controller is connected by control line with camera and GPS device.
The application method of Intelligent magnetic suspension bicycle is：In use, human body is sitting on the saddle of vehicle frame, the gravity of human body leads to
Vehicle frame is crossed to be transferred to the wheel connector being connected with front-wheel and be transferred on the wheel connector being connected with trailing wheel, using with it is preceding
The component of human bady gravitational is transferred to the preceding wheel rim of front-wheel by the ball for taking turns the chute of the wheel connector of connection, connects using with trailing wheel
The component of human bady gravitational is transferred to the rear rim of trailing wheel by the ball of the chute of the wheel connector connect, and by front-wheel and after
Take turns the gravity for transport of human body to ground；The support magnet of magnet ring and wheel connector on wheel rim produces mutually exclusive magnetic
Field force, i.e. magnetic suspension force, the component of human bady gravitational is supported using the magnetic suspension force, reduces the friction of the ball and wheel rim of chute
Power；When driving the advance of Intelligent magnetic suspension bicycle, both hands hold handlebar, and both feet step on left threading and right threading, pass through left foot
Step on and right threading drives pedal spindle to rotate, pedal spindle drives drive gear to rotate by isolator, and drive gear is fanned before driving
Shape pinion rotation, preceding sector gear drive connecting shaft to rotate, and sector gear rotates after connecting shaft drives, after rear sector gear driving
The driven gear of wheel rim rotates, and utilizes left threading and right threading driving to drive what Intelligent magnetic suspension bicycle advanced so as to reach
Purpose；During turn, both hands swing handlebar, and the wheel connector being connected with handlebar follows handlebar to swing, wheel connection
Device drives front wheel shimmy by the ball of its chute, implements the turning operation of Intelligent magnetic suspension bicycle；During rear wheel, trailing wheel
Rear rim drive installation on vehicle frame generator rotate, provided using electrical power generators, and by power line for controller
Power supply, rear camera on wheel cover is by the display screen 37 of the transmission of video behind Intelligent magnetic suspension bicycle to controller 33
On, to grasp the situation behind Intelligent magnetic suspension bicycle；Controller is converted into trailing wheel using the power supply signal of generator
Tach signal, and the tach signal is shown on a display screen, as the benchmark index of body-building, the benchmark index of the body-building by
Tach signal is formed with the time of tach signal occurs, and rotating speed is faster and the time is longer, and the benchmark index of the body-building is bigger, says
Phaneroplasm power is better；GPS device is contacted with GPS system, and the position signalling of Intelligent magnetic suspension bicycle is transferred into display screen.
The wheel connector of Intelligent magnetic suspension bicycle, include revolver circle buckle, to lock bolt, left screw, right screw with
And right wheel circle is buckled, it is connected for the wheel rim and handlebar or vehicle frame with wheel；Revolver circle is buckled by lock bolt and right wheel
Circle button is fixedly connected, and revolver circle is buckled to be fixedly connected by left screw with handlebar 1 or vehicle frame, right wheel circle buckle by right screw and
Handlebar or vehicle frame are fixedly connected；Revolver circle, which is buckled, is provided with left chute, and right wheel circle, which is buckled, is provided with right rail, the chute of wheel connector
The right rail buckled by the left chute and right wheel circle of revolver groove button is formed；Left chute is provided with upper left ball, lower-left ball and a left side
Pearl is sidewindered, right rail is provided with upper right ball, bottom right ball and right side ball, and the ball of the chute of wheel connector is rolled by upper left
Pearl, lower-left ball, left side ball, upper right ball, bottom right ball and right side ball are formed；What the wheel rim of wheel was buckled with revolver circle
Left chute is dynamic to be connected, and what right wheel circle was buckled has right rail is dynamic to be connected, the wheel rim of wheel and upper left ball, lower-left ball,
Left side ball, upper right ball, bottom right ball and right side ball contact, upper left ball, lower-left ball and left side ball and a left side
Chute is dynamic to be connected, upper right ball, bottom right ball and right side ball and the dynamic mating connection of right rail；Wheel connector is provided with
Magnet is supported, support magnet includes left support magnet and right support magnet, and the wheel rim of wheel is provided with magnet ring, magnet ring bag
Left magnet ring and right magnet ring are included；The left support magnet of wheel connector is located at the left magnet ring opposite of wheel rim, left support
The left support face of magnet is located at the opposite of the left outside anchor ring of left magnet ring, pole polarity and the left side in the left support face of left support magnet
The pole polarity of the left outside anchor ring of magnet ring is identical；The right support magnet of wheel connector is located at the right magnet ring opposite of wheel rim,
The right support face of right support magnet is located at the opposite of the right outer ring surface of right magnet ring, the magnetic pole pole in the right support face of right support magnet
Property is identical with the pole polarity of the right outer ring surface of right magnet ring；Wheel rim is set to produce a magnetic suspension force to wheel connector.
The application method of the wheel connector of Intelligent magnetic suspension bicycle is：The wheel for installing Intelligent magnetic suspension bicycle connects
When connecing device, upper left ball and left side ball are installed prior to the left chute that revolver circle is buckled, in the right rail installation that right wheel circle is buckled
Upper upper right ball and right side ball；Then revolver circle is buckled and right wheel circle is buckled on the wheel rim of wheel, using to locking spiral shell
Revolver circle is buckled to buckle with right wheel circle and linked together by bolt, is buckled revolver circle using left screw and is connected with handlebar or vehicle frame, profit
Right wheel circle is buckled with right screw and is connected with handlebar or vehicle frame, revolver circle is buckled and right wheel circle is buckled and handlebar or vehicle frame
Link together；The upper left ball and left side ball for making left chute contact with wheel rim, make upper right ball on right rail and
Right side ball contacts with wheel rim；Left stud is installed in the left screw of left chute again, makes lower-left ball and wheel in left stud
Circle contact, right stud is installed in the right screw of right rail, the bottom right ball of right stud is contacted with wheel rim；Buckle revolver circle
And right wheel circle is buckled and gap is left between wheel rim, enable the left chute that wheel rim is buckled along revolver circle and the right rail that right wheel circle is buckled
Rotate, meanwhile, buckled using revolver circle, right wheel circle is buckled, upper left ball, left side ball, lower-left ball, upper right ball, right side ball
And bottom right ball links together wheel rim and handlebar or vehicle frame；During vehicle wheel rotation, upper left ball, left side ball, a left side
Lower ball, upper right ball, right side ball and bottom right ball follow the wheel rim of wheel to rotate and roll, and implement wheel and handlebar
Or the connection of vehicle frame, save the axletree, spoke and tripod of common wheel；While vehicle wheel rotation, in the wheel of wheel
The magnet ring of circle produces magnetic suspension force to the left magnet ring on wheel connector and right magnet ring, will using the magnet ring of wheel rim
Wheel connector suspends, and reduces upper left ball and the frictional force of upper right ball and wheel rim, turns a wheel more laborsaving.
The beneficial effects of the invention are as follows：Intelligent magnetic suspension bicycle, include handlebar, wheel, vehicle frame, drive mechanism with
And wheel connector, handlebar and vehicle frame are connected with a wheel connector respectively, wheel connector is connected with wheel；Wheel
Connector is provided with chute, and chute is provided with ball；Human bady gravitational is transferred to front-wheel and trailing wheel using wheel connector, by preceding
Wheel and trailing wheel are transferred to ground；Wheel connector is provided with support magnet, and the wheel rim of wheel is provided with magnet ring, makes wheel rim to wheel
Connector produces a magnetic suspension force, reduces the frictional force of ball and wheel rim；In use, pin step on drive mechanism left threading and
Right threading, rear wheel is driven, advanced by rear wheel drive Intelligent magnetic suspension bicycle；Intelligent magnetic suspension bicycle is provided with control
Device, rear camera, display screen and generator, situation below is shown by rear camera and display screen, and using aobvious
Show that device shows the benchmark index of its body-building according to the speed of body-building stepping car.
The wheel connector of Intelligent magnetic suspension bicycle, include revolver circle buckle, to lock bolt, left screw, right screw with
And right wheel circle is buckled, it is connected for the wheel rim and vehicle frame with wheel；Wheel connector is provided with left support magnet and right support magnetic
Iron, wheel are provided with left magnet ring and right magnet ring, and left magnet ring produces a magnetic suspension force with the interaction of left support magnet,
Right magnet ring produces a magnetic suspension force with the interaction of right support magnet, reduces the friction of the ball and wheel rim of wheel connector
Power；In use, wheel connector is fixedly connected with vehicle frame, using the left chute and right rail of wheel connector by the wheel of wheel
Circle clasps, and is rolled and connected using the upper left ball of chute, left side ball and lower-left ball and wheel rim, and utilizes right rail
Upper right ball, right side ball and bottom right ball connect with being rolled with wheel rim, implement the rotation connection of wheel and vehicle frame, save general
Be open to traffic axletree, spoke and the tripod of wheel.
Brief description of the drawings
Fig. 1 is Intelligent magnetic suspension bicycle structure schematic diagram；
Fig. 2 is Fig. 1 top view；
Fig. 3 is the structural representation of no spoke wheel connector；
Fig. 4 is the structural representation of no spoke wheel connector.
Embodiment
The present invention is further detailed with specific embodiment below according to accompanying drawing：
Fig. 1 left view as shown in Intelligent magnetic suspension bicycle structure schematic diagram as shown in Figure 1 and Fig. 2, and shown in Fig. 3
The structural representation and Fig. 4 without spoke wheel connector shown in the structural representation without spoke wheel connector；Intelligent magnetic
Suspension bicycle, include handlebar 1, wheel 2, vehicle frame 3, drive mechanism 4 and wheel connector 5, handlebar 1 and vehicle frame
3 are connected with a wheel connector 5 respectively, and wheel connector 5 is connected with wheel 2；Wheel 2 is provided with wheel rim 6 and tire 7, wheel
Tire 7 is connected with wheel rim 6, and wheel 2 includes front-wheel 8 and trailing wheel 9, and front-wheel 8 includes preceding wheel rim 10 and front tyre 11, preceding wheel rim
10 are connected with front tyre 11；Trailing wheel 9 includes rear rim 12 and rear tyre 13, and rear rim 12 is connected with rear tyre 13；Driving
Mechanism 4 includes left threading 14, right threading 15, pedal spindle 16, isolator 17, drive gear 18, preceding sector gear 19, connecting shaft
20 and rear sector gear 21, the foot-operated axle sleeve 22 of drive shaft 11 and vehicle frame 3 is dynamic to be connected, left threading 14 and right threading 15
It is connected with pedal spindle 16, pedal spindle 16 is connected with isolator 17, and isolator 17 is connected with drive gear 18, and drive gear 18 is with before
Sector gear 19 is engaged, and preceding sector gear 19 is connected with connecting shaft 20, and connecting shaft 20 is connected with rear sector gear 21, connecting shaft 20
Move and be connected with the middle axle sleeve 23 of vehicle frame 3；The rear rim 12 of trailing wheel 9 is provided with driven gear 24, rear sector gear 21 and quilt
Moving gear 24 engages, for driving Intelligent magnetic suspension bicycle to advance；Handlebar 1 and the dynamic mating connection of vehicle frame 3, wheel connector
5 are connected with handlebar 1, for controlling front-wheel 8 to swing using handlebar 1；Wheel connector 5 is provided with chute 25, and chute 25 is provided with
Ball 26；Wheel connector 5 is provided with two, and a wheel connector 5 is connected with handlebar 1, another wheel connector 5 and car
Frame 3 is connected, and the wheel connector 5 being connected with handlebar 1 is connected with front-wheel 8, the wheel connector 5 being connected with vehicle frame 3 and trailing wheel 9
Connection；The chute 25 for the wheel connector 5 being connected with front-wheel 8 and the dynamic mating connection of the preceding wheel rim 10 of front-wheel 8, the chute 25 is with before
Gap is provided between wheel rim 10, the ball 26 of the chute 25 contacts with preceding wheel rim 10；The wheel connector 5 being connected with trailing wheel 9
The dynamic mating connection of rear rim 12 of chute 25 and trailing wheel 9, is provided with gap, the rolling of the chute 25 between the chute 25 and rear rim 12
Pearl 26 contacts with rear rim 12, and the driven gear 24 of trailing wheel 9 is on the rear rim 12 of trailing wheel 9, driven gear 24 and rear rim
12 are integrally formed, and drive gear 18 and driven gear 24 are sector gear；Wheel connector 5 is provided with support magnet 27, wheel 2
Wheel rim 6 be provided with magnet ring 28, the support magnet 27 of wheel connector 5 is located at the opposite of magnet ring 28 of wheel rim 6, supports magnet 27
Supporting surface 29 be located at magnet ring 28 outer ring surface 30 opposite, support magnet 27 supporting surface 29 pole polarity and magnet ring
The pole polarity of 28 outer ring surface 30 is identical, wheel rim 6 is produced a magnetic suspension force to wheel connector 5；Intelligent magnetic suspension is certainly
Driving includes generator 31, rear camera 32, controller 33 and GPS device 34, and shell and the vehicle frame 3 of generator 31 are fixed
Connection, rotary shaft 35 and the dynamic mating connection of rear rim 12 of generator 31；Rear camera 32 is located on the wheel cover 36 of vehicle frame 3,
Controller 33 is provided with display screen 37, and controller 33 is connected by power line with generator 31, and controller 33 is by control line with after
Camera 32 and GPS device 34 connect.
The application method of Intelligent magnetic suspension bicycle is：In use, human body is sitting on the saddle 38 of vehicle frame 3, the weight of human body
Power is transferred to the wheel connector 5 being connected with front-wheel 8 by vehicle frame 3 and is transferred to the wheel connector 5 being connected with trailing wheel 9
On, the component of human bady gravitational is transferred to front-wheel 8 using the ball 26 of the chute 25 for the wheel connector 5 being connected with front-wheel 8
Preceding wheel rim 10, after the component of human bady gravitational is transferred to using the ball 26 of the chute 25 for the wheel connector 5 being connected with trailing wheel 9
The rear rim 12 of wheel 9, and by front-wheel 8 and trailing wheel 9 by the gravity for transport of human body to ground；Magnet ring 28 on wheel rim 6 with
The support magnet 27 of wheel connector 5 produces mutually exclusive electromagnetic force, and the component of human bady gravitational is supported using the magnetic suspension force,
Reduce the ball 26 of chute 25 and the frictional force of wheel rim 6；When driving the advance of Intelligent magnetic suspension bicycle, both hands hold handlebar 1,
Both feet step on left threading 14 and right threading 15, drive pedal spindle 16 to rotate by left threading 14 and right threading 15, pedal spindle 16
Drive gear 18 is driven to rotate by isolator 17, sector gear 19 rotates before drive gear 18 drives, the preceding band of sector gear 19
Dynamic connecting shaft 20 rotates, and sector gear 21 rotates after connecting shaft 20 drives, and rear sector gear 21 drives the passive tooth of rear rim 12
Wheel 24 rotates, so as to reach the purpose for utilizing left threading 14 and the driving driving Intelligent magnetic suspension bicycle of right threading 15 to advance；
During turn, both hands swing handlebar 1, and the wheel connector 5 being connected with handlebar 1 follows handlebar 1 to swing, the wheel connector
5 drive front-wheel 8 to swing by the ball 26 of its chute 25, implement the turning operation of Intelligent magnetic suspension bicycle；Trailing wheel 9 rotates
When, the drive installation of rear rim 12 of trailing wheel 9 rotates in the generator 31 on vehicle frame 3, is generated electricity using generator 31, and pass through power supply
Line is that controller 33 provides power supply, and the rear camera 32 on wheel cover 36 arrives the transmission of video behind Intelligent magnetic suspension bicycle
On the display screen 37 of controller 33, to grasp the situation behind Intelligent magnetic suspension bicycle；Controller 33 utilizes generator 31
Power supply signal be converted into the tach signal of trailing wheel 4, and the tach signal is included on display screen 37, the ginseng as body-building
Examine index, the benchmark index of the body-building is by tach signal and occurs time of tach signal and forms, rotating speed is faster and the time more
Long, the benchmark index of the body-building is bigger, illustrates that muscle power is better；GPS device 34 contacts with GPS system, by Intelligent magnetic suspension voluntarily
The position signalling of car is transferred to display screen 37.
In order to implement to drive Intelligent magnetic suspension bicycle to advance using left threading 14 and right threading 15, left threading 14 and
When the drive pedal spindle 16 of right threading 15 rotates counterclockwise, pedal spindle 16 drives drive gear 18 by inverse by isolator 17
Clockwise rotates, and sector gear 19 moves in the direction of the clock before drive gear 18 drives, and preceding sector gear 19 drives connection
Axle 20 moves in the direction of the clock, and sector gear 21 moves in the direction of the clock after connecting shaft 20 drives, the rear band of sector gear 21
The driven gear 24 of dynamic rear rim 12 rotates counterclockwise, and the driven gear 24 of rear rim 12 drives Intelligent magnetic suspension voluntarily
Car moves forward；When left threading 14 and the drive pedal spindle 16 of right threading 15 move in the direction of the clock, isolator 12 slides, single
Drive gear 18 is not driven to rotate to device 12.
In order to implement to save the wheel shaft and spoke of wheel 2, and implement handlebar 1 and vehicle frame 3 and front and back wheel 2
Connection, ensure that wheel 2 can rotate；Wheel connector 5 includes front wheel connector 39 and trailing wheel connector 40, front wheel connector
39 are fixedly connected with handlebar 1, and front wheel connector 39 and the dynamic mating connection of front-wheel 8, trailing wheel connector 40 is fixed with vehicle frame 3 to be connected
Connect, trailing wheel connector 40 and the dynamic mating connection of trailing wheel 9；The chute 25 of wheel connector 39 is provided with multiple balls 26, multiple balls 26
Contacted with the preceding wheel rim 10 of front-wheel 8, multiple balls 26 are located at the preceding wheel rim upper surface 41 of preceding wheel rim 10 and preceding wheel rim lower surface
42, the chute 25 of front wheel connector 39 is in contactless state with preceding wheel rim 10, and the support magnet 27 of front wheel connector 39 is with before
The magnet ring 28 of wheel rim 10 is in contactless state；The chute 25 of trailing wheel connector 40 is provided with multiple balls 26, multiple balls 26
Contacted with the rear rim 12 of trailing wheel 9, multiple balls 26 are located at the rear rim upper surface 43 and rear rim lower surface of rear rim 12
44, chute 25 and the rear rim 12 of trailing wheel connector 40 are in contactless state, and the support magnet 27 of trailing wheel connector 40 is with after
The magnet ring 28 of wheel rim 12 is in contactless state.
In order to implement to drive front-wheel 8 to rotate using trailing wheel 9, when Intelligent magnetic suspension bicycle advances, trailing wheel 9 drives front-wheel 8
Rotate counterclockwise, when the rear rim 12 of trailing wheel 9 rotates counterclockwise, positioned at the rear rim upper surface of rear rim 12
43 ball 26 follows rear rim 12 to rotate and roll in the direction of the clock, and the ball 26 is in rolling contact with rear rim 12；It is located at
The ball 26 of the rear rim lower surface 44 of rear rim 12 follows rear rim 12 to rotate and roll counterclockwise, the ball 26 with
Rear rim 12 is in rolling contact；When Intelligent magnetic suspension bicycle advances, when the preceding wheel rim 10 of front-wheel 8 rotates counterclockwise, position
Wheel rim 10 is rotated and rolled in the direction of the clock before ball 26 in the preceding wheel rim upper surface 41 of preceding wheel rim 10 follows, the ball 26
It is in rolling contact with preceding wheel rim 10；Ball 26 positioned at the preceding wheel rim lower surface 42 of preceding wheel rim 10 follow before wheel rim 10 rotate and by inverse
Clockwise is rolled, and the ball 26 is in rolling contact with preceding wheel rim 10.
In order to implement the gravity using wheel connector 5, vehicle frame 3, front-wheel 8 and the distribution support human body of trailing wheel 9, front-wheel connects
The angle of the first center line 45 and horizontal plane that connect device 39 is 45° angle, the second center line 46 and horizontal plane of trailing wheel connector 40
Angle be 45° angle, the first center line 45 and the angle of the second center line 46 are 90 ° of angles；It is preceding when Intelligent magnetic suspension bicycle advances
Take turns the first center line 45 of connector 39 and horizontal angle keeps constant, and the second center line 46 of trailing wheel connector 40
Keep constant with horizontal angle, the angle of the first center line 45 and the second center line 46 keeps constant；Front wheel connector 39
Multiple balls 26 of chute 25 be distributed in the both sides of the first center line 45.
In order to human body weight transfer to front-wheel 8, prevent handlebar 1 with front-wheel 8 from separating, before being controlled using handlebar 1
Wheel 8 is swung, and ensures that front-wheel 8 can rotate, and includes two balls 26 of front left located at 45 ball 26 in front of the first center line
And two balls 26 of front right, the front left center line of two balls 26 of the front left is identical, and the front left center line points to the axle of front-wheel 8
Line；The front right center line of two balls 26 of the front right is identical, and the front right center line points to the axis of front-wheel 8；Located at the first center
The ball 26 of the back of line 45 includes two balls 26 of two balls 26 of rear left and rear right, the rear left of two balls 26 of rear left
Center line is identical, and the rear left center line points to the axis of front-wheel 8；The rear right center line of two balls 26 of the rear right is identical, after this
Right center line points to the axis of front-wheel 8；When front-wheel 8 rotates, before 45 two balls 26 of front left in front of the first center line
Left center line maintains the state for pointing to the axis of front-wheel 8 all the time, located at 45 two balls 26 of front right in front of the first center line
Front right center line maintains the state for pointing to the axis of front-wheel 8 all the time；Two balls 26 of rear left located at the back of the first center line 45
Rear left center line maintain all the time point to the axis of front-wheel 8 state, two balls of rear right located at the back of the first center line 45
26 rear right center line maintains the state for pointing to the axis of front-wheel 8 all the time.
In order to human body weight transfer to trailing wheel 9, prevent vehicle frame 3 with trailing wheel 9 from separating, utilize trailing wheel 9 to drive 8 turns of front-wheel
It is dynamic；Multiple balls 26 of the chute 25 of trailing wheel connector 40 are distributed in the both sides of the second center line 46；Located at the second center line 46
Ball 26 in front includes two balls 26 of two balls 26 of front left and front right, the preceding left center of two balls 26 of the front left
Line is identical, and the front left center line points to the axis of trailing wheel 9；The front right center line of two balls 26 of the front right is identical, in the front right
Heart line points to the axis of trailing wheel 9；Ball 26 located at the back of the second center line 46 includes two balls 26 of rear left and rear right
Two balls 26, the rear left center line of two balls 26 of the rear left is identical, and the rear left center line points to the axis of trailing wheel 9；After this
The rear right center line of right two balls 26 is identical, and the rear right center line points to the axis of trailing wheel 9；When trailing wheel 9 rotates, located at second
The front left center line of two balls 26 of front left in front of center line 46 maintains the state for pointing to the axis of trailing wheel 8 all the time, located at the
The front right center line of two center lines, 46 two balls 26 of front right in front maintains the state for pointing to the axis of trailing wheel 9 all the time；It is located at
The rear left center line of two balls 26 of rear left of the back of the second center line 46 maintains the state for pointing to the axis of trailing wheel 9 all the time, if
Maintain the state for pointing to the axis of trailing wheel 9 all the time in the rear right center line of two balls 26 of rear right of the back of the second center line 46.
In order to implement the brake of Intelligent magnetic suspension bicycle, handlebar 1 is provided with preceding parking brake 47, and preceding parking brake 47 includes preceding brake
Handlebar 48, front brake line 49 and front brake dish folder 50, front brake dish folder 50 are fixedly connected with front wheel connector 39, front brake dish
The dynamic mating connection in front brake face 51 of folder 50 and preceding wheel rim 10, front brake are connected 48 by front brake line 49 and front brake dish folder 50
Connect；When preceding parking brake 47 brakes, hand pinches front brake 48, and front brake draws front brake dish folder 50 by front brake line 52 48 and clamped
The front brake face 51 of preceding wheel rim 10；Handlebar 1 is provided with rear parking brake 52, and rear parking brake 52 includes rear braking 53, rear brake fare 54
And rear braking dish folder 55, rear braking dish folder 55 are fixedly connected with trailing wheel connector 40, rear braking dish folder 55 and rear rim 12
Rear braking face 56 is dynamic to be connected, and rear braking is connected 53 by rear brake fare 54 with rear braking dish folder 55；Parking brake 52 brakes afterwards
When, hand pinches rear braking 53, and rear braking draws the rear brake of the clamping rear rim 12 of rear braking dish folder 55 53 by rear brake fare 54
Car face 56.
Folded to be distributed, vehicle frame 3 includes front frame 57, Rear frame 58 and folder 59, and front frame 57 passes through folding
Folded device 59 is connected with Rear frame 58.
The wheel connector 5 of Intelligent magnetic suspension bicycle, include revolver circle and buckle 60, to lock bolt 61, left screw 62, the right side
Screw 63 and right wheel circle buckle 64, are connected for the wheel rim 6 and handlebar 1 or vehicle frame 3 with wheel 2；It is logical that revolver circle buckles 60
Cross and lock bolt 61 is buckled by 64 with right wheel circle is fixedly connected, revolver circle is buckled 60 and fixed by left screw 62 with handlebar 1 or vehicle frame 3
Connection, right wheel circle are buckled 64 and are fixedly connected by right screw 63 with handlebar 1 or vehicle frame 3；Revolver circle buckles 60 and is provided with left chute 65,
Right wheel circle buckles 64 and is provided with right rail 66, and the chute 25 of wheel connector 5 buckles 60 left chute 65 by revolver groove and right wheel circle is buckled
64 right rail 66 is formed；Left chute 65 is provided with upper left ball 67, lower-left ball 68 and left side ball 69, and right rail 66 is provided with
Upper right ball 70, bottom right ball 71 and right side ball 72, the ball 26 of the chute 25 of wheel connector 5 by upper left ball 67,
Lower-left ball 68, left side ball 69, upper right ball 70, bottom right ball 71 and right side ball 72 are formed；The wheel rim 6 of wheel 2 with
Revolver circle buckle 60 left chute 65 it is dynamic be connected, right wheel circle, which buckles 64, has right rail 66 is dynamic be connected, the wheel rim 6 of wheel 2
Contacted with upper left ball 67, lower-left ball 68, left side ball 69, upper right ball 70, bottom right ball 71 and right side ball 72, it is left
Upper ball 67, lower-left ball 68 and left side ball 69 and left chute 65 are dynamic to be connected, upper right ball 70, bottom right ball 71 with
And right side ball 72 and the dynamic mating connection of right rail 66；Wheel connector 5 is provided with support magnet 27, and support magnet 27 includes a left side
Support magnet 73 and right support magnet 74, the wheel rim 6 of wheel 2 are provided with magnet ring 28, and magnet ring 28 includes left magnet ring 75
And right magnet ring 76；The left support magnet 73 of wheel connector 5 is located at the opposite of left magnet ring 75 of wheel rim 6, left support magnet
73 left support face 77 is located at the opposite of the left outside anchor ring 78 of left magnet ring 75, the magnetic pole in the left support face 77 of left support magnet 73
Polarity is identical with the pole polarity of the left outside anchor ring 78 of left magnet ring 75；The right support magnet 74 of wheel connector 5 is located at wheel rim 6
The opposite of right magnet ring 76, the right support face 79 of right support magnet 74 is located at the opposite of the right outer ring surface 80 of right magnet ring 76, right
Support the pole polarity in the right support face 79 of magnet 74 identical with the pole polarity of the right outer ring surface 80 of right magnet ring 76；Make wheel rim
6 pairs of wheel connectors 5 produce a magnetic suspension force.
The wheel connector 5 of Intelligent magnetic suspension bicycle, includes two groups of balls 26, and every group of ball 26 includes upper left rolling
Pearl 67, lower-left ball 68, left side ball 69, right rail 66 are provided with upper right ball 70, bottom right ball 71 and right side ball 72, respectively
One；Left chute 65 is provided with upper left pearl groove 81, lower-left pearl groove 82 and left side pearl groove 83, and upper left ball 67 is dynamic with upper left pearl groove 81
It is connected, lower-left ball 68 and lower-left pearl groove 82 are moved and be connected, left side ball 69 and the dynamic mating connection of left side pearl groove 83；It is right
Chute 66 is provided with upper right pearl groove 84, bottom right pearl groove 85 and right side pearl groove 86, and upper right ball 70 connects with the dynamic cooperation of upper right pearl groove 84
Connect, bottom right ball 71 is moved with right side pearl groove 86 and is connected with the dynamic mating connection of bottom right pearl groove 85, right side ball 72.
In order to implement the installation of wheel connector 5 and front-wheel 8 or trailing wheel 9 and be connected, left chute 65 is provided with left screw
87, left screw 87 is provided with left stud 88, and left stud 88 is threadably secured with left screw 87 and is connected, and lower-left pearl groove 82 is located at left spiral shell
On post 88, lower-left ball 68 is in the lower-left pearl groove 82 of left stud 88；Right rail 66 is provided with right screw 89, and right screw 89 is provided with
Right stud 90, right stud 90 are threadably secured with right screw 89 and are connected, and bottom right pearl groove 85 is on right stud 90, bottom right ball
68 in the bottom right pearl groove 85 of right stud 90.
The application method of the wheel connector of Intelligent magnetic suspension bicycle is：The wheel for installing Intelligent magnetic suspension bicycle connects
When connecing device 5, the left chute 65 that 60 are buckled prior to revolver circle installs upper left ball 67 and left side ball 69, and 64 are buckled in right wheel circle
Right rail 66 installs upper right ball 70 and right side ball 72；Then by revolver circle buckle 60 and right wheel circle buckle 64 and be buckled in wheel
On 2 wheel rim 6, linked together using revolver circle being buckled into 60 to lock bolt 61 buckleing 64 with right wheel circle, using left screw 62 by a left side
Wheel rim button 60 is connected with handlebar 1 or vehicle frame 3, and right wheel circle is buckled into 64 using right screw 63 connects with handlebar 1 or vehicle frame 3
Connect, by revolver circle buckle 60 and right wheel circle buckle 64 and linked together with handlebar 1 or vehicle frame 3；Roll the upper left of left chute 65
Pearl 67 and left side ball 69 contact with wheel rim 6, the upper right ball 70 on right rail 66 and right side ball 72 is connect with wheel rim 6
Touch；Left stud 88 is installed in the left screw 87 of left chute 65 again, the lower-left ball 68 in left stud 88 is connect with wheel rim 6
Touch, right stud 90 is installed in the right screw 89 of right rail 66, the bottom right ball 71 of right stud 90 is contacted with wheel rim 6；Make
Revolver circle buckle 60 and right wheel circle buckle and leave gap between 64 and wheel rim 6, enable wheel rim 6 along revolver circle buckle 60 left chute 65 with
And right wheel circle is buckled 64 right rail 66 and rotated, meanwhile, buckle 60, right wheel circle using revolver circle and buckle 64, upper left ball 67, left side ball
69th, lower-left ball 68, upper right ball 70, right side ball 72 and bottom right ball 71 connect wheel rim 6 and handlebar 1 or vehicle frame 3
It is connected together；Wheel 2 rotate when, upper left ball 67, left side ball 69, lower-left ball 68, upper right ball 70, right side ball 72 with
And bottom right ball 71 follows the wheel rim 6 of wheel 2 to rotate and roll, implement the connection of wheel 2 and handlebar 1 or vehicle frame 3, save
Axletree, spoke and the tripod of common wheel；While wheel 2 rotates, wheel 2 wheel rim 6 magnet ring 28 to car
Take turns the left magnet ring 75 on connector 5 and right magnet ring 76 produces magnetic suspension force, connected wheel using the magnet ring 28 of wheel rim 6
The suspension of device 5 is connect, the frictional force of upper left ball 67 and upper right ball 70 and wheel rim 6 is reduced, rotates wheel 2 and more save
Power；When the wheel connector of Intelligent magnetic suspension bicycle is installed, the upper left ball 67 of left chute 65 is first installed on left chute 65
Upper left pearl groove 81 in, the left side ball 69 of left chute 65 is installed in the left side pearl groove 83 of left chute 65；By right rail 66
Upper right ball 70 be installed in the upper right pearl groove 84 of right rail 66, the right side ball 72 of right rail 66 is installed on right rail 66
Right side pearl groove 86 in.
In order to implement being reliably connected for wheel connector 5 and wheel 2, and keep the rotation of wheel 2 smooth；Chute 25 is set
There are upper groove surface 91, middle groove face 92, lower groove face 93 and side channel face 94, wheel rim 6 is provided with extrados 95, middle cambered surface 96, intrados 97
And wheel side 98, the upper groove surface 91 of chute 25 are located at the opposite of the extrados 95 of wheel rim 6, the middle groove face 92 of chute 25 is positioned at wheel
The opposite of the middle cambered surface 96 of circle 6, the lower groove face 93 of chute 25 are located at the opposite of the intrados 97 of wheel rim 6, the side channel face of chute 25
94 positioned at the opposite of the wheel side 98 of wheel rim 4；The radius of the left outside anchor ring 78 of the left magnet ring 75 of wheel rim 6 and the outer arc of wheel rim 6
The radius in face 95 is identical, the radius phase of the radius of the right outer ring surface 80 of the right magnet ring 76 of wheel rim 6 and the extrados 95 of wheel rim 6
Together；The radius in the left support face 77 of the left support magnet 73 of wheel connector 5 is more than the half of the left outside anchor ring 78 of left magnet ring 75
Footpath, there is gap between the left support face 77 of left support magnet 73 and the left outside anchor ring 78 of left magnet ring 75；The right side of wheel connector 5
The radius of right support face 79 of magnet 74 is supported more than the radius of the right outer ring surface 80 of right magnet ring 76, the right branch of right support magnet 74
There is gap between support face 79 and the right outer ring surface 80 of right magnet ring 76；Upper groove surface 91, middle groove face 92 and the lower groove face of chute 25
93 arc shape is arc surface, and the arc shape of the extrados 95 of wheel rim 6, middle cambered surface 96 and intrados 97 is arc surface,
The arc shape of the upper groove surface 91 of chute 25, middle groove face 92 and lower groove face 93 and the extrados 95 of wheel rim 6, middle cambered surface 96 and
The arc shape of intrados 97 is identical.
The radius of the upper groove surface 91 of described chute 25 is more than the radius of the extrados 95 of wheel rim 6, the middle cambered surface 96 of wheel rim 6
Radius be more than chute 25 middle groove face 92 radius, the radius of the intrados 97 of wheel rim 6 is more than the lower groove face 93 of chute 25
Radius；Gap is provided between the extrados 95 of described wheel rim 6 and the upper groove surface 91 of chute 25, the gap is 0.5 millimeter to 1 milli
Rice；Gap is provided between the middle cambered surface 96 of wheel rim 6 and the middle groove face 92 of chute 25, the gap is 0.5 millimeter to 1 millimeter；Wheel rim 6
Intrados 97 and chute 25 lower groove face 93 between be provided with gap, the gap is 0.5 millimeter to 1 millimeter；The wheel side of wheel rim 6
Gap is provided between 98 and the side channel face 94 of chute 25, the gap is 0.5 millimeter to 1 millimeter；The left support of left support magnet 73
Gap between face 77 and the left outside anchor ring 78 of left magnet ring 75 is 0.5 millimeter to 1 millimeter；The right support face of right support magnet 74
Gap between 79 and the right outer ring surface 80 of right magnet ring 76 is 0.5 millimeter to 1 millimeter.
When described wheel 2 rotates, the extrados 95 of upper left ball 67 and upper right ball 70 along wheel rim 6 rolls, lower-left
Ball 68 and bottom right ball 71 cambered surface 83 along the middle cambered surface 96 of wheel rim 6 roll, left side ball 69 and the edge of right side ball 72
The wheel side 98 of wheel rim 6 rolls；When wheel 2 rotates, left magnet ring 75 and right support magnet 74 follow wheel rim 6 to rotate, and are located at
The left support magnet 73 on the opposite of left outside anchor ring 78 of left magnet ring 75 constantly produces mutually exclusive magnetic suspension with left magnet ring 75
Power；Constantly produced positioned at the right support magnet 74 on the opposite of right outer ring surface 80 of right magnet ring 76 and right magnet ring 76 mutually exclusive
Magnetic suspension force.
It is connected and installs with wheel 2 in order to facilitate wheel connector 5, left stud 88 is provided with left set screw hole 99, left
Set screw hole 99 is provided with left set screw 100, and left set screw 100 is fixedly connected with left set screw hole 99, left regulation spiral shell
Silk 100 contacts with lower-left ball 68；Right stud 90 is provided with right set screw hole 101, and right set screw hole 101 is provided with right regulation spiral shell
Silk 102, right set screw 102 is fixedly connected with right set screw hole 101, and right set screw 102 contacts with bottom right ball 71；Peace
When dress revolver circle buckles 60, first left stud 88 is screwed in the left screw 87 of left chute 65, left set screw 100 is then screwed in into a left side
In the left set screw hole 99 of stud 88, left set screw 100 is withstood lower-left ball 68, make lower-left ball 68 and wheel rim 6
Middle cambered surface 96 contacts；When installation right wheel circle buckles 64, first right stud 90 is screwed in the right screw 89 of right rail 66, then by right tune
Section screw 102 is screwed in the right set screw hole 101 of right stud 90, right set screw 102 is withstood bottom right ball 71, is made bottom right
Ball 71 contacts with the middle cambered surface 96 of wheel rim 6.
In order to implement the installation of tire 7 and wheel rim 6 and be reliably connected, wheel rim 6 is provided with tire 7, wheel rim 6 and tire 7
Positioned at revolver circle 60 are buckled to buckle in 64 with right wheel circle, tire 7 and revolver circle buckle 60 and right wheel circle buckle 64 and have gap, avoid tire 7
With revolver circle buckle 60 and right wheel circle buckle 64 and rub；Wheel rim 6 is provided with the dovetail groove 103 of annular, and tire 7 is provided with the left dovetail of annular
Right the dovetail rail 105 and anticreep post 106 of rail 104, annular, installation gap is provided between left dovetail rail 104 and right dovetail rail 105
107, in the dovetail groove 103 of the left dovetail rail 104 of tire 7 and right dovetail rail 105 insertion wheel rim 6, anticreep post 106 is against left swallow
Installation gap 107 between tail rail 104 and right dovetail rail 105, anticreep post 106 be provided with it is multiple, anticreep post 106 is distributed in tire 7
It is interior.
When described revolver circle buckles 60 and buckles 64 with right wheel circle and be connected, the tire 7 of wheel 2 is first installed on to the wheel rim 6 of wheel 2
On, then recycle revolver circle is buckled into 60 to lock bolt 61 to buckle 64 with right wheel circle and be connected；Described tire 7 is installed on wheel 2
During wheel rim 6, the left dovetail rail 104 of tire 7 is clamped with right dovetail rail 105 using fixture, makes left dovetail rail 104 and right dovetail rail
105 contacts, left dovetail rail 104 and right dovetail rail 105 are embedded in the dovetail groove 103 of wheel rim 6, when fixture is decontroled, left dovetail
Rail 103 flicks with right dovetail rail 105 in the presence of its elastic material forces, makes between left dovetail rail 104 and right dovetail rail 105
Installation gap 107 recover.
The wheel connector of described Intelligent magnetic suspension bicycle is in use, the gravity of human body is applied by wheel connector 6
Be added on the tire 7 of wheel 2, when tire 7 contacts with ground, contacted with ground corresponding to the position of tire 7 anticreep post 106 constantly insert
Enter the installation gap 107 between left dovetail rail 104 and right dovetail rail 105, prevent left dovetail rail 104 with right dovetail rail 105 from taking off
From dovetail groove 103；When ground is left in the corresponding position of tire 7, the material forces of the anticreep post 106 of the position in tire 7
The installation gap 107 of the position is left under effect, so constantly circulation.
The external diameter of described anticreep post 106 is equal to or more than the clipping room between left dovetail rail 104 and right dovetail rail 105
Gap 107, the lower shape of anticreep post 106 is circular shape, to facilitate anticreep post 106 to insert and exit installation gap 107；Intelligence
Can magnetic suspension bicycles wheel connector in use, when anticreep post 106 is inserted into the bottom 108 of dovetail groove 103, anticreep post
106 are withstood by the bottom 108 of dovetail groove 103, no longer move down, and increase the support force of tire 7.
Claims (10)
1. the wheel connector of Intelligent magnetic suspension bicycle, a kind of Intelligent magnetic suspension bicycle includes handlebar（1）, wheel
（2）, vehicle frame（3）, drive mechanism（4）And wheel connector（5）, wheel connector（5）Provided with two, handlebar（1）With one
Individual wheel connector（5）Connection, the wheel connector（5）With wheel（2）Front-wheel（8）Connection, vehicle frame（3）With another wheel
Connector（5）Connection, the wheel connector（5）With trailing wheel（9）Connection；It is characterized in that：Described Intelligent magnetic suspension bicycle
Wheel connector（5）, include revolver circle and buckle（60）, to lock bolt（61）, left screw（62）, right screw（63）And right wheel
Circle button（64）, it is used for and wheel（2）Wheel rim（6）And handlebar（1）Or vehicle frame（3）Connection；Revolver circle is buckled（60）Pass through
To locking bolt（61）Buckled with right wheel circle（64）It is fixedly connected, revolver circle is buckled（60）Pass through left screw（62）With handlebar（1）Or
Vehicle frame（3）It is fixedly connected, right wheel circle is buckled（64）Pass through right screw（63）With handlebar（1）Or vehicle frame（3）It is fixedly connected；Revolver
Circle button（60）Provided with left chute（65）, right wheel circle buckles（64）Provided with right rail（66）, wheel connector（5）Chute（25）By a left side
Race button（60）Left chute（65）And right wheel circle is buckled（64）Right rail（66）Form；Left chute（65）Provided with upper left ball
（67）, lower-left ball（68）And left side ball（69）, right rail（66）Provided with upper right ball（70）, bottom right ball（71）And
Right side ball（72）, wheel connector（5）Chute（25）Ball（26）By upper left ball（67）, lower-left ball（68）, it is left
Sidewinder pearl（69）, upper right ball（70）, bottom right ball（71）And right side ball（72）Form；Wheel（2）Wheel rim（6）With a left side
Wheel rim button（60）Left chute（65）Dynamic to be connected, right wheel circle is buckled（64）Have right rail（66）It is dynamic to be connected, wheel（2）
Wheel rim（6）With upper left ball（67）, lower-left ball（68）, left side ball（69）, upper right ball（70）, bottom right ball（71）With
And right side ball（72）Contact, upper left ball（67）, lower-left ball（68）And left side ball（69）With left chute（65）It is dynamic to match somebody with somebody
Close connection, upper right ball（70）, bottom right ball（71）And right side ball（72）With right rail（66）It is dynamic to be connected；Wheel connects
Connect device（5）Provided with support magnet（27）, support magnet（27）Include left support magnet（73）And right support magnet（74）, car
Wheel（2）Wheel rim（6）Provided with magnet ring（28）, magnet ring（28）Include left magnet ring（75）And right magnet ring（76）；Car
Take turns connector（5）Left support magnet（73）Positioned at wheel rim（6）Left magnet ring（75）Opposite, left support magnet（73）Left branch
Support face（77）Positioned at left magnet ring（75）Left outside anchor ring（78）Opposite, left support magnet（73）Left support face（77）Magnetic
Pole polarity and left magnet ring（75）Left outside anchor ring（78）Pole polarity it is identical；Wheel connector（5）Right support magnet
（74）Positioned at wheel rim（6）Right magnet ring（76）Opposite, right support magnet（74）Right support face（79）Positioned at right magnet ring
（76）Right outer ring surface（80）Opposite, right support magnet（74）Right support face（79）Pole polarity and right magnet ring（76）
Right outer ring surface（80）Pole polarity it is identical；Make wheel rim（6）To wheel connector（5）Produce a magnetic suspension force.
2. the wheel connector of Intelligent magnetic suspension bicycle according to claim 1, it is characterised in that：Described Intelligent magnetic
The wheel connector of suspension bicycle（6）Include two groups of balls（26）, every group of ball（26）Include upper left ball（67）, it is left
Lower ball（68）, left side ball（69）, right rail（66）Provided with upper right ball（70）, bottom right ball（71）And right side ball
（72）, each one；Left chute（65）Provided with upper left pearl groove（81）, lower-left pearl groove（82）And left side pearl groove（83）, upper left ball
（67）With upper left pearl groove（81）It is dynamic to be connected, lower-left ball（68）With lower-left pearl groove（82）It is dynamic to be connected, left side ball
（69）With left side pearl groove（83）It is dynamic to be connected；Right rail（66）Provided with upper right pearl groove（84）, bottom right pearl groove（85）And right side
Pearl groove（86）, upper right ball（70）With upper right pearl groove（84）It is dynamic to be connected, bottom right ball（71）With bottom right pearl groove（85）It is dynamic to match somebody with somebody
Close connection, right side ball（72）With right side pearl groove（86）It is dynamic to be connected.
3. the wheel connector of Intelligent magnetic suspension bicycle according to claim 2（6）, it is characterised in that：A described left side
Chute（65）Provided with left screw（87）, left screw（87）Provided with left stud（88）, left stud（88）With left screw（87）Pass through spiral shell
Line is fixedly connected, lower-left pearl groove（82）Located at left stud（88）On, lower-left ball（68）Located at left stud（88）Lower-left pearl groove
（82）It is interior；Right rail（66）Provided with right screw（89）, right screw（89）Provided with right stud（90）, right stud（90）With right screw
（89）It is threadably secured connection, bottom right pearl groove（85）Located at right stud（90）On, bottom right ball（68）Located at right stud（90）
Bottom right pearl groove（85）It is interior.
4. the wheel connector of Intelligent magnetic suspension bicycle according to claim 3（6）, it is characterised in that：Described cunning
Groove（25）Provided with upper groove surface（91）, middle groove face（92）, lower groove face（93）And side channel face（94）, wheel rim（6）Provided with extrados
（95）, middle cambered surface（96）, intrados（97）And wheel side（98）, chute（25）Upper groove surface（91）Positioned at wheel rim（6）It is outer
Cambered surface（95）Opposite, chute（25）Middle groove face（92）Positioned at wheel rim（6）Middle cambered surface（96）Opposite, chute（25）Under
Groove face（93）Positioned at wheel rim（6）Intrados（97）Opposite, chute（25）Side channel face（94）Positioned at wheel rim（4）Wheel side
（98）Opposite；Wheel rim（6）Left magnet ring（75）Left outside anchor ring（78）Radius and wheel rim（6）Extrados（95）Half
Footpath is identical, wheel rim（6）Right magnet ring（76）Right outer ring surface（80）Radius and wheel rim（6）Extrados（95）Radius phase
Together；Wheel connector（5）Left support magnet（73）Left support face（77）Radius be more than left magnet ring（75）Left outside ring
Face（78）Radius, left support magnet（73）Left support face（77）With left magnet ring（75）Left outside anchor ring（78）Between have between
Gap；Wheel connector（5）Right support magnet（74）Right support face（79）Radius is more than right magnet ring（76）Right outer ring surface
（80）Radius, right support magnet（74）Right support face（79）With right magnet ring（76）Right outer ring surface（80）Between have between
Gap.
5. the wheel connector of Intelligent magnetic suspension bicycle according to claim 4（6）, it is characterised in that：Described cunning
Groove（25）Upper groove surface（91）, middle groove face（92）And lower groove face（93）Arc shape be arc surface, wheel rim（6）Extrados
（95）, middle cambered surface（96）And intrados（97）Arc shape be arc surface, chute（25）Upper groove surface（91）, middle groove face
（92）And lower groove face（93）Arc shape and wheel rim（6）Extrados（95）, middle cambered surface（96）And intrados（97）'s
Arc shape is identical.
6. the wheel connector of Intelligent magnetic suspension bicycle according to claim 5（6）, it is characterised in that：Described cunning
Groove（25）Upper groove surface（91）Radius be more than wheel rim（6）Extrados（95）Radius, wheel rim（6）Middle cambered surface（96）Half
Footpath is more than chute（25）Middle groove face（92）Radius, wheel rim（6）Intrados（97）Radius be more than chute（25）Lower groove
Face（93）Radius.
7. the wheel connector of Intelligent magnetic suspension bicycle according to claim 6（6）, it is characterised in that：Described wheel
Circle（6）Extrados（95）With chute（25）Upper groove surface（91）Between be provided with gap, the gap is 0.5 millimeter to 1 millimeter；Wheel
Circle（6）Middle cambered surface（96）With chute（25）Middle groove face（92）Between be provided with gap, the gap is 0.5 millimeter to 1 millimeter；Wheel
Circle（6）Intrados（97）With chute（25）Lower groove face（93）Between be provided with gap, the gap is 0.5 millimeter to 1 millimeter；Wheel
Circle（6）Wheel side（98）With chute（25）Side channel face（94）Between be provided with gap, the gap is 0.5 millimeter to 1 millimeter；It is left
Support magnet（73）Left support face（77）With left magnet ring（75）Left outside anchor ring（78）Between gap be 0.5 millimeter to 1
Millimeter；Right support magnet（74）Right support face（79）With right magnet ring（76）Right outer ring surface（80）Between gap be 0.5
Millimeter is to 1 millimeter.
8. the wheel connector of Intelligent magnetic suspension bicycle according to claim 7, it is characterised in that：Described left stud
（88）Provided with left set screw hole（99）, left set screw hole（99）Provided with left set screw（100）, left set screw（100）
With left set screw hole（99）It is fixedly connected, left set screw（100）With lower-left ball（68）Contact；Right stud（90）Provided with the right side
Set screw hole（101）, right set screw hole（101）Provided with right set screw（102）, right set screw（102）With right regulation
Screw hole（101）It is fixedly connected, right set screw（102）With bottom right ball（71）Contact.
9. the wheel connector of Intelligent magnetic suspension bicycle according to claim 8（6）, it is characterised in that：Described wheel
Circle（6）Provided with tire（7）, wheel rim（6）And tire（7）Buckled positioned at revolver circle（60）Buckled with right wheel circle（64）It is interior, tire（7）With
Revolver circle is buckled（60）And right wheel circle is buckled（64）There is gap, avoid tire（7）Buckled with revolver circle（60）And right wheel circle is buckled（64）
Friction.
10. the wheel connector of Intelligent magnetic suspension bicycle according to claim 9（6）, it is characterised in that：Described wheel
Circle（6）Dovetail groove provided with annular（103）, tire（7）Left dovetail rail provided with annular（104）, annular right dovetail rail（105）
And anticreep post（106）, left dovetail rail（104）With right dovetail rail（105）Between be provided with installation gap（107）, tire（7）A left side
Dovetail rail（104）And right dovetail rail（105）Embedded wheel rim（6）Dovetail groove（103）It is interior, anticreep post（106）Against left dovetail
Rail（104）With right dovetail rail（105）Between installation gap（107）, anticreep post（106）Provided with multiple, anticreep post（106）Uniformly
In tire（7）It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710919702.3A CN107697217A (en) | 2017-09-30 | 2017-09-30 | The wheel connector of Intelligent magnetic suspension bicycle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710919702.3A CN107697217A (en) | 2017-09-30 | 2017-09-30 | The wheel connector of Intelligent magnetic suspension bicycle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107697217A true CN107697217A (en) | 2018-02-16 |
Family
ID=61184435
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710919702.3A Pending CN107697217A (en) | 2017-09-30 | 2017-09-30 | The wheel connector of Intelligent magnetic suspension bicycle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107697217A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108791652A (en) * | 2018-06-14 | 2018-11-13 | 秦小桀 | A kind of bicycle of unidirectional installation wheel |
-
2017
- 2017-09-30 CN CN201710919702.3A patent/CN107697217A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108791652A (en) * | 2018-06-14 | 2018-11-13 | 秦小桀 | A kind of bicycle of unidirectional installation wheel |
| CN108791652B (en) * | 2018-06-14 | 2024-03-05 | 秦小桀 | Bicycle with unidirectional wheel |
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Application publication date: 20180216 |
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