CN106926959A - Both hands both legs are made a concerted effort riding bicycle assemble method - Google Patents

Abstract

The present invention relates to bicycle assemble method, both hands both legs are made a concerted effort riding bicycle assemble method, the bicycle includes that bogie car handle, front fork steering spindle, Chinese herbaceous peony wheel assembly, steering front rail, back wheels of vehicle component, wheel crotch, main frame of vehicle body, central shaft chain wheel, blockchain bar, right pedal turn part, left pedal component and vehicle seats, it is main to include conventional part assembling, the assembling of distinguishing characteristics component and necessary part assembling, it is characterized in that：Described distinguishing characteristics component number of assembling steps is as follows：Left pedal axle is connected with power-assisted connecting rod, power-assisted swing rod is connected with main frame of vehicle body, power-assisted swing rod is connected with power-assisted connecting rod, being connected, turning to, front rail is connected power-assisted swing rod with main frame of vehicle body, bogie car handle is connected with front rail is turned to bogie car.The beneficial effects of the invention are as follows：Upper pendulum round bar is first passed through into crossbeam slotted eye from the bottom to top, then connecting rod put hole is enclosed and swing rod connects rotatable fixation between hole with even balance staff pin, order is made a concerted effort, and assembling is smooth.

Description

Both hands both legs are made a concerted effort riding bicycle assemble method

Technical field

The present invention relates to bicycle assemble method, International Classification of Patents is B62M, and especially a kind of both hands both legs make a concerted effort to ride Row bicycle assemble method.

Background technology

At present, people can only be reinforced when all kinds of bicycles are ridden with both legs, when long range is ridden at a high speed or is gone up a slope over long distances , it is necessary to apply larger power for a long time when riding, both legs are usually in fatigue state.Now both arms, chest, waist, belly Leisure state is substantially at, feels more light.Standard bicycle limits the performance of the overall strength of people, does not reach and rides certainly During driving, all-around exercises, efficiently quick effect.One, China authorizes patent of invention " carrying upper limb auxiliary driving device ", Application No. 200910017427.1, accomplishes for arm strength to aid in both legs, but this application there are the following problems：First it is to turn It is that split is designed to reinforcing assembly and transmission reversing assembly, and is separately fixed on the support of below the crossbeam, complex structure, Loosely, kinetic equation loss is more in mechanical transmission course, and unsightly；Next to that gimbal coupling easy quilt in use Extrusion damage, causes direction controlling dumb, and danger occurs when serious；Maximum unreasonable part is using 3 grades of chains Transmission, not only kinetic equation loss is big, and chain between foot chain wheel and rear wheel sprocket easily comes off, and the chain for coming off is squeezed Between two sprocket wheels on pedal spindle, repair difficult.

Content of the invention technical assignment of the invention is directed to the deficiencies in the prior art, aids in doing work using lever, there is provided one Reasonable in design, simple structure, easily bicycle of riding are planted, to solve the problems, such as to be proposed in above-mentioned background technology, is realized efficient Ride, improve the purpose of speed.Specific method is as follows：

Both hands both legs are made a concerted effort riding bicycle assemble method, and the bicycle includes bogie car handle, front fork steering spindle, car front wheels Part, steering front rail, back wheels of vehicle component, wheel crotch, main frame of vehicle body, central shaft chain wheel, blockchain bar, right pedal turn part, left pedal group The fixed steering vertical rod in lower section is had front fork through hole by part and vehicle seats, described bogie car on described main frame of vehicle body, front fork leads to It is rotatable cooperation between hole and described front fork steering spindle；Activity fixed vehicle seats in cant beam upper end after vehicle frame；Vehicle frame is followed by Head and back vent grillage between by rotation pivot pin can rotation be connected, be fixedly connected between back vent grillage and seat column jecket lower end Buffer spring, fixed back wheels of vehicle component and flying wheel on trailing wheel fork handle；Vehicle frame central siphon has middle shaft through-hole, in middle shaft through-hole Rotatable fixed sprocket wheel axis, by driving chain transmitting torque between card sprocket wheel and rear flying wheel；Turning to vertical rod lower end has Symmetric coaxial bar, symmetric coaxial bar turns to steel shaft and controls to turn to front rail left and right turn by two；It is main to include conventional part group Dress, the assembling of distinguishing characteristics component and necessary part assembling, it is characterized in that：Described distinguishing characteristics component number of assembling steps is as follows：

（One）, left pedal axle is connected with power-assisted connecting rod

Connecting rod is pedaled into hole snare on axle stiff dough section is pedaled, axle sprocket wheel section is pedaled and is passed through pedal back-up ring successively and pedal axle fixing hole, pedal Nut coordinates fastening with axle stud is pedaled, and pedal back-up ring and pedal nut are close into the plane of card sprocket wheel two together, covers plate bolt Coordinate pedal cage plate fixed cover on left pedal axle with cage plate screw so that power-assisted connecting rod can rotation fortune relative to left pedal axle It is dynamic；

（Two）, power-assisted swing rod is connected with main frame of vehicle body

Upper pendulum round bar is passed through into crossbeam slotted eye from the bottom to top, supporting circular holes alignment holder through-hole, swing rod pivot pin passes through supporting circular holes It is fixed on holder through-hole so that power-assisted swing rod can swinging motion relative to power-assisted swing rod；

（Three）, power-assisted swing rod is connected with power-assisted connecting rod

Connecting rod being passed through with even balance staff pin and putting that hole is enclosed and swing rod connects hole, connecting rod pendulum hole circle and swing rod are connected into rotatable fixation between hole, So that power-assisted connecting rod can swinging motion relative to power-assisted swing rod；

（Four）, power-assisted swing rod and bogie car be being connected

To turn to that casing tube internal hole is rotatable to be enclosed within upper pendulum round bar, symmetric coaxial bar axial line and swing rod pivot pin axial line are located at same One highly, when bogie car is rotation power-assisted swing rod can not be driven to rotate, and bogie car is same driving power-assisted swing rod when moving back and forth Step swing；

（Five）, turn to front rail be connected with main frame of vehicle body

The steering connecting shaft turned on front rail is passed through after front fork through hole and is inserted among steering spindle connecting hole, turn to connection pivot pin Connecting hole pin-and-hole and connection pin hole are passed through successively, will be turned to connecting shaft and are fixedly connected with steering spindle down tube so that front fork through hole It is rotatable cooperation between described front fork steering spindle；Pipe is combined with front fork steering spindle and limits front fork through hole and exist in steering spindle Axial dipole field is done in front fork steering spindle；

（Six）, bogie car is connected with front rail is turned to

First by wherein one turn to steel shaft on swing rod bulb can space rotation be fixed on side to the spherical-concave-surface of bar half with to lid Between half spherical-concave-surface, then by another turn to steel shaft on swing rod bulb can space rotation be fixed on opposite side to the ball impression of bar half Face and between the spherical-concave-surface of lid half；

First by wherein one turn to steel shaft on swing rod bulb can space rotation be fixed on side to the spherical-concave-surface of bar half with to lid Between half spherical-concave-surface, then by another turn to steel shaft on swing rod bulb can space rotation be fixed on opposite side to the ball impression of bar half Face and between the spherical-concave-surface of lid half.

Wherein one is turned in steel shaft front fork bulb again can space rotation be fixed on the spherical-concave-surface of front bar half of side with Between the spherical-concave-surface of protecgulum half, then by another turn to front fork bulb in steel shaft can space rotation be fixed on the front bar half of opposite side Between spherical-concave-surface and the spherical-concave-surface of protecgulum half；

Again by another turn to front fork bulb in steel shaft can space rotation be fixed on the spherical-concave-surface of front bar half of side with protecgulum half Between spherical-concave-surface, then by another turn to front fork bulb in steel shaft can space rotation be fixed on the spherical-concave-surface of front bar half of opposite side Between the spherical-concave-surface of protecgulum half.

The beneficial effects of the invention are as follows：

（One）, on the horizontal camber beam of vehicle frameSetCrossbeam slotted eye, and crossbeam slotted eye both sides be arranged to swing rod bearing, and pendulum There is holder through-hole on rod bearing so that turning to vertical rod and power-assisted swing rod can be done centered on the swing rod pivot pin on holder through-hole Forward and backward pendular motion, with the hands the point that most efficiently does work of thrust and pulling force makes up two acting dead points of both legs pin respectively, it is ensured that disk Face sprocket wheel, without acting dead point, reaches the effect to driving chain continuous doing work on motion circumference, realizes carrying with simple structure Riding speed purpose high.

（Two）, left side swing rod bulb and the swing rod bulb and front fork bulb on front fork bulb and right side, between this four points Constitute parallelogram；Be located at sustained height with reference to symmetric coaxial bar axial line and swing rod pivot pin axial line, bogie car and turn Still can make forward thrust or back pull when turning to vertical rod to act, reach straight line and turn condition can give that " low level is dead Point " and " high-order dead point " make up acting.

（Three）, turn to front rail lower section have steering connecting shaft and connection pin hole；There is steering spindle down tube front-wheel fork top With steering spindle connecting hole, turn to connection pivot pin and pass through connecting hole pin-and-hole and connection pin hole successively, connecting shaft will be turned to and turned to Axle down tube is fixedly connected；So that being rotatable cooperation between front fork through hole and described front fork steering spindle；Guan Yuqian in steering spindle Fork steering spindle is combined and limits front fork through hole and do axial dipole field in front fork steering spindle.

（Four）, first upper pendulum round bar passed through into crossbeam slotted eye from the bottom to top, then connecting rod is put into hole circle and swing rod with even balance staff pin Even rotatable fixation between hole, order is made a concerted effort, is assembled smooth；To turn to casing tube internal hole it is rotatable be enclosed within it is upper pendulum round bar on, symmetrically Sustained height is located at axostylus axostyle axial line and swing rod pivot pin axial line, when bogie car is rotation power-assisted swing rod can not be driven to rotate, So that bogie car handle still can be while drive pendulum before and after power-assisted swing link synchronous while making go to action when moving back and forth It is dynamic.

Brief description of the drawings

Fig. 1 is front left side stereo appearance figure of the invention.

Fig. 2 is right lateral side stereo appearance figure of the invention.

Fig. 3 is vertical view outside drawing of the invention.

Fig. 4 be Fig. 1 in by two steering steel shaft 120 profiles, 20 degree of left steering.

Fig. 5 is the present position partial enlarged drawing of steering steel shaft 120 in Fig. 4.

Fig. 6 is the independent view of the steering steel shaft 120 in Fig. 5.

Fig. 7 is the front fork steering assembly stereogram in Fig. 1.

Fig. 8 is the knuckle section component stereogram in Fig. 7.

Fig. 9 is the independent stereogram of steering front rail 201 in Fig. 8.

Figure 10 is the independent stereogram of steering protecgulum 252 in Fig. 8.

Figure 11 is the stereogram of front-wheel fork 202 in Fig. 7.

Figure 12 is by turning to the profile of the central axis of vertical rod 167 and the central axis of symmetric coaxial bar 108 in Fig. 1.

Figure 13 is the position partial enlarged drawing of symmetric coaxial bar 108 in Figure 12.

Figure 14 is the independent enlarged drawing of steering bonnet 152 in Figure 12.

Figure 15 is that the bogie car in Figure 12 is combined stereogram 100 with sleeve pipe 168 is turned to.

Figure 16 is that the independent profile of steering sleeve pipe 168 in Figure 12 is rotated by 90 °.

Figure 17 is that the chassis assembly in Fig. 1 combines vertical with power-assisted swing rod 600 and back vent grillage 303 and trailing wheel fork handle 305 Body figure.

Figure 18 is unloading except the stereogram after power-assisted swing rod 600 in Figure 17.

Figure 19 is the independent stereogram of power-assisted swing rod 600 in Figure 17.

Figure 20 is the stereogram of power-assisted connecting rod 650 in Fig. 1.

Figure 21 is the profile along the axial line of left pedal pivot pin 588 in left pedal component 508 in Figure 20.

Figure 22 is the stereogram of vehicle seats 700 in Fig. 1.

Specific embodiment

Both hands both legs are made a concerted effort riding bicycle assemble method, the bicycle include bogie car 100, front fork steering spindle 217, Chinese herbaceous peony wheel assembly 200, turn to front rail 201, back wheels of vehicle component 300, wheel crotch 305, main frame of vehicle body 400, central shaft chain wheel 500, Blockchain bar 530, right pedal turns part 504, left pedal component 508 and vehicle seats 700, and described bogie car respectively sets 100 both sides Left brake lever 103 and right brake lever 102 are put, front brake lock 203 is fixed on before front-wheel fork 202, rear brake brake 350 is consolidated It is scheduled on below back vent grillage 303, rear braking flexible cord is connected between rear brake brake 350 and left brake lever 103（Omitted in figure）, Front brake flexible cord is connected between front brake lock 203 and right brake lever 102（Omitted in figure）.

Turning to the upper end of vertical rod 167 has steering square 104, and turning on square 104 has square through hole 149, in square through hole 149 100,100 two ends are cased with handle Anti-slip cover 148 to fixed described bogie car by bogie car；Front fork steering assembly includes turning to Members and front-wheel fork 202, there is front fork steering spindle 217 between knuckle section component and front-wheel fork 202.

Described main frame of vehicle body 400 is made up of cant beam 407 after the horizontal camber beam 406 of cant beam before vehicle frame 405, vehicle frame and vehicle frame, There is pipe 402 before vehicle frame between cant beam 405 and the horizontal camber beam 406 of vehicle frame before frame, there is front fork through hole 421 before vehicle frame in pipe 402, front fork leads to It is rotatable cooperation between hole 421 and described front fork steering spindle 217.

There is vehicle frame central siphon 450 before vehicle frame after cant beam 405 and vehicle frame between cant beam 407, vehicle frame central siphon 450 has axis to lead to Hole 455, the upper end of cant beam 407 is ined succession seat column jecket 730 after vehicle frame, and there are seat dead slot 774, seat column jecket in the upper end of seat column jecket 730 730 upper ends have locking screw holes 794 to lead to seat dead slot 774, and there are seat handle 747, seat handle 747 and seat in the lower section of vehicle seats 700 To be slidably matched between dead slot 774, handwheel screw 749 and the threaded engagement of locking screw holes 794 simultaneously lock seat handle 747.

There is joint 433 after vehicle frame the lower end of cant beam 407 after vehicle frame, by rotation between joint 433 and back vent grillage 303 after vehicle frame Pivot pin 430 can rotation be connected, be fixedly connected buffer spring 340 between back vent grillage 303 and the lower end of seat column jecket 730, Be connected by spring latch-locking 734 between the upper end of buffer spring 340 and the lower end of seat column jecket 730, the lower end of buffer spring 340 with It is connected by lock pin under spring 343 between plane on back vent grillage 303, the rear of back vent grillage 303 is symmetrically arranged with rear wheel fork Handle 305, there is trailing wheel fixing hole 322 on trailing wheel fork handle 305, fixed back wheels of vehicle component 300, back wheels of vehicle on trailing wheel fixing hole 322 There is rear flying wheel 307 side of component 300.

Central shaft chain wheel 500 is made up of sprocket wheel axis 512 and card sprocket wheel 515, and axle fixing hole is pedaled in sprocket wheel card 515 554, rotatable fixed sprocket wheel axis 512 in middle shaft through-hole 455, by driving-chain between card sprocket wheel 515 and rear flying wheel 307 The transmitting torque of bar 530；The both sides of central shaft chain wheel 500 have right pedal to turn part 504 and left pedal component 508 respectively, used as improvement：

There is crossbeam slotted eye 464 on the horizontal camber beam 406 of described vehicle frame, there is paired swing rod bearing 460 both sides of crossbeam slotted eye 464, put There is holder through-hole 466 on rod bearing 460；Can the fixed described power-assisted swing rod 600 of rotation, power-assisted swing rod on holder through-hole 466 600 include lower straight swing rod 601 and under turn swing rod 602, under turn the lower end of swing rod 602 and there is swing rod to connect hole 656, the lower stage casing of straight swing rod 601 On have a supporting circular holes 606, the lower upper end of straight swing rod 601 is upper pendulum round bar 610；

The two ends of power-assisted connecting rod 650 have connecting rod pendulum hole circle 626 and connecting rod to pedal hole circle 623 respectively.

As further improvement：Described left pedal component 508 includes left pedal axle 588, pedal cage plate 589, cage plate spiral shell Nail 586, pedal back-up ring 523 and pedal nut 533, there are cage plate screw 581, the other end of left pedal axle 588 in the one end of left pedal axle 588 Axle bumper shoulder 582 is pedaled successively, axle stiff dough section 583 is pedaled, is pedaled axle sprocket wheel section 584 and pedal axle stud 585, coordinate on cage plate screw 581 There is set plate bolt 586 to block pedal cage plate 589, the rotatable fixed cover of pedal cage plate 589 pedals axle hard on left pedal axle 588 Face section 583 and connecting rod are rotatable cooperation between pedaling hole circle 623, pedal axle sprocket wheel section 584 and are located at and pedal among axle fixing hole 554, are pedaled The inner side of axle fixing hole 554 has pedal nut 533 to coordinate fastening with axle stud 585 is pedaled, and pedaling the inner side of axle fixing hole 554 has pedal back-up ring 523, pedal back-up ring 523 is enclosed within to be pedaled in axle sprocket wheel section 584, and connecting rod pedals hole circle 623 and is located at pedal back-up ring 523 and pedals axle bumper shoulder 582 Between have 1.5 millimeters of axial gaps.

As further improvement：Connecting rod pendulum hole circle 626 and swing rod are hinged between connecting hole 656 by even balance staff pin 560, and branch holds round It is hinged by swing rod pivot pin 666 between hole 606 and holder through-hole 466.

As further improvement：Turn to the two ends of steel shaft 120 has swing rod bulb 121 and front fork bulb 122 respectively.

As further improvement：The described lower end of steering vertical rod 167 turns to sleeve pipe 168 with upper pendulum circle to turn to sleeve pipe 168 It is rotatable cooperation between bar 610；Turning between sleeve pipe 168 and steering ring tube 164 has transition canalis spinalis 141, turns to ring tube 164 it is cylindrical on be arranged symmetrically symmetric coaxial bar 108, the axial line of symmetric coaxial bar 108 and the described axial line of swing rod pivot pin 666 Positioned at sustained height, 1.2 times that the internal diameter size of ring tube 164 is the paired foreign steamer Guo's size of swing rod bearing 460 are turned to.

As further improvement：Have on the outer face of symmetric coaxial bar 108 of both sides to bar screw 145 and to the ball impression of bar half Face 159, to having on the spherical-concave-surface 159 of bar half to half mouthful 157 of bar；In pairs with having on the inner face of hubcap 152 to lid through hole 142 and right The spherical-concave-surface 156 of lid half, to having on the spherical-concave-surface 156 of lid half to half mouthful 153 of lid；Lid screw 154 is passed through to lid through hole 142 with to bar Screw 145 coordinates, and is fixed the outer face of symmetric coaxial bar 108 is close to the inner face of hubcap 152 in pairs, to half mouthful 157 of bar Swung with being shuttled for turning to steel shaft 120 to the complete square opening of half mouthful 153 of lid composition, to the spherical-concave-surface 159 of bar half with to the spherical-concave-surface of lid half Described swing rod bulb 121 is accommodate between 156.

As further improvement：There are front brake fixing threaded hole 221, the lower section of front-wheel fork 202 in the described front of front-wheel fork 202 Front-wheel fork handle 242 is symmetrically arranged with, there is front-wheel fixing hole 241 lower end of front-wheel fork handle 242, fixed car on front-wheel fixing hole 241 Front component 200；There is steering spindle down tube 207 top of front-wheel fork 202, and the epimere of steering spindle down tube 207 has steering spindle connecting hole 228, there is connecting hole pin-and-hole 282 on steering spindle down tube 207 is cylindrical, connecting hole pin-and-hole 282 leads to steering spindle connecting hole 228.

As further improvement：Described knuckle section component includes turning to front rail 201 and cross bar end cap 254, turns to There are pipe 227 in steering spindle the lower section of front rail 201, there is front fork steering spindle 217 in steering spindle under pipe 227, has under front fork steering spindle 217 Connecting shaft 218 is turned to, turning to has connection pin hole 281 in connecting shaft 218；Turn to connecting shaft 218 and steering spindle connecting hole 228 it Between detachably coordinate, turn to connection pivot pin 280 pass through successively connecting hole pin-and-hole 282 and connection pin hole 281, connecting shaft will be turned to 218 are fixedly connected with steering spindle down tube 207.

As further improvement：There are front bar screw 245 and the ball impression of front bar half in the described both ends of the surface of steering front rail 201 , there is front bar in face 259 half mouthful 257 on the spherical-concave-surface 259 of front bar half；There is protecgulum through hole 242 and preceding before in pairs on stem cover 252 inner face The spherical-concave-surface 256 of lid half, has protecgulum half mouthful 253 on the spherical-concave-surface 256 of protecgulum half；Protecgulum screw 254 passes through protecgulum through hole 242 and front bar Screw 245 coordinates, will it is paired before the inner face of stem cover 252 be close to steering the both ends of the surface of front rail 201 fix, half mouthful 257 of front bar With half mouthful of 253 complete square opening of composition of protecgulum for turning to the shuttle swing of steel shaft 120, the spherical-concave-surface 259 of front bar half and the spherical-concave-surface of protecgulum half Described front fork bulb 122 is accommodate between 256.

As further improvement：The outer face of symmetric coaxial bar 108 of size and both sides between the steering both ends of the surface of front rail 201 It is equal sized, the swing rod bulb 121 and front fork bulb 122 in left side and the swing rod bulb 121 and front fork bulb 122 on right side, this four Parallelogram is constituted between individual point.

Number of assembling steps is divided into each part and assembles the splicing assembling and part between respectively：

First, conventional part assembling is as follows：

（One）, in advance bogie car is fixed on square through hole 149 100, in advance by rear brake brake 350 and front brake lock 203 Bogie car is respectively and fixedly installed to 100 both sides, a pair of handle Anti-slip covers 148 are respectively fitted over bogie car 100 two ends in advance；

（Two）, in advance central shaft chain wheel 500 is fixed on middle shaft through-hole 455, right pedal is turned into part 504 in advance is fixed in sprocket wheel On axle 512；Central shaft chain wheel 500 is fixed on middle shaft through-hole 455 in advance；

（Three）, in advance Chinese herbaceous peony wheel assembly 200 is fixed on front-wheel fixing hole 241, front brake lock 203 is fixed on front brake in advance On fixing threaded hole 221；

（Four）, in advance by between joint after vehicle frame 433 and back vent grillage 303 by rotation pivot pin 430 can rotation be connected, in advance Rear brake brake 350 is fixed on below back vent grillage 303, in advance by between the upper end of buffer spring 340 and the lower end of seat column jecket 730 Be connected by spring latch-locking 734, in advance by between plane on the lower end of buffer spring 340 and back vent grillage 303 by under spring Lock pin 343 is connected, and back wheels of vehicle component 300 is fixed on trailing wheel fixing hole 322 together with rear flying wheel 307 in advance；

2nd, the assembling of distinguishing characteristics component is as follows：

（One）, left pedal axle 588 is connected with power-assisted connecting rod 650

Connecting rod is pedaled into hole circle 623 it is enclosed within and pedal in axle stiff dough section 583, pedals axle sprocket wheel section 584 and pass through successively and pedal back-up ring 523 and pedal axle Fixing hole 554, pedal nut 533 coordinates fastening with axle stud 585 is pedaled, and pedal back-up ring 523 and pedal nut 533 are close to together In 515 liang of planes of card sprocket wheel, set plate bolt 586 coordinates the fixed cover of pedal cage plate 589 in left pedal axle with cage plate screw 581 On 588 so that power-assisted connecting rod 650 can swinging motion relative to left pedal axle 588；

（Two）, power-assisted swing rod 600 is connected with main frame of vehicle body 400

Upper pendulum round bar 610 is passed through into crossbeam slotted eye 464, the alignment holder through-hole 466 of supporting circular holes 606, swing rod pivot pin from the bottom to top 666 pass through supporting circular holes 606 is fixed on holder through-hole 466 so that power-assisted swing rod 600 can rotation relative to power-assisted swing rod 600 Motion；

（Three）, power-assisted swing rod 600 is connected with power-assisted connecting rod 650

Connecting rod pendulum hole circle 626 being passed through with even balance staff pin 560 and swing rod connecting hole 656, connecting rod pendulum hole circle 626 is connected into hole 656 with swing rod Between rotatable fixation so that power-assisted connecting rod 650 can swinging motion relative to power-assisted swing rod 600；

（Four）, power-assisted swing rod 600 is connected with bogie car 100

To turn to that the endoporus of sleeve pipe 168 is rotatable to be enclosed within upper pendulum round bar 610, the axial line of symmetric coaxial bar 108 and swing rod pivot pin 666 Axial line is located at sustained height, when bogie car is 100 rotation power-assisted swing rod 600 can not be driven to rotate, before and after bogie car does 100 The synchronous swing of power-assisted swing rod 600 is driven during swing；

（Five）, turn to front rail 201 be connected with main frame of vehicle body 400

The steering connecting shaft 218 turned on front rail 201 is passed through after front fork through hole 421 and is inserted among steering spindle connecting hole 228, Steering connection pivot pin 280 passes through connecting hole pin-and-hole 282 and connection pin hole 281 successively, will turn under connecting shaft 218 and steering spindle Pipe 207 is fixedly connected so that be rotatable cooperation between front fork through hole 421 and described front fork steering spindle 217；Managed in steering spindle 227 combine with front fork steering spindle 217 and limit front fork through hole 421 and do axial dipole field in front fork steering spindle 217；

（Six）, bogie car 100 with turn to front rail 201 be connected

First by wherein one turn to steel shaft 120 on swing rod bulb 121 can space rotation be fixed on side to the spherical-concave-surface of bar half 159 and between the spherical-concave-surface 156 of lid half, then by another turn to swing rod bulb 121 in steel shaft 120 can space rotation be fixed on Opposite side to the spherical-concave-surface 159 of bar half and between the spherical-concave-surface 156 of lid half；

First by wherein one turn to steel shaft 120 on swing rod bulb 121 can space rotation be fixed on side to the spherical-concave-surface of bar half 159 and between the spherical-concave-surface 156 of lid half, then by another turn to swing rod bulb 121 in steel shaft 120 can space rotation be fixed on Opposite side to the spherical-concave-surface 159 of bar half and between the spherical-concave-surface 156 of lid half.

Wherein one is turned in steel shaft 120 front fork bulb 122 again can space rotation be fixed on the front bar hemisphere of side Between concave surface 259 and the spherical-concave-surface 256 of protecgulum half, then by another turn to steel shaft 120 on front fork bulb 122 can space rotation consolidate It is scheduled between the spherical-concave-surface 259 of front bar half of opposite side and the spherical-concave-surface 256 of protecgulum half；

Again by another turn to front fork bulb 122 in steel shaft 120 can space rotation be fixed on the spherical-concave-surface 259 of front bar half of side Between the spherical-concave-surface 256 of protecgulum half, then by another turn to steel shaft 120 on front fork bulb 122 can space rotation be fixed on separately Between the spherical-concave-surface 259 of front bar half and the spherical-concave-surface 256 of protecgulum half of side；

3rd, necessary part assembling is as follows：

（One）, the seat handle 747 of the lower section of vehicle seats 700 inserted among seat dead slot 774, by handwheel screw 749 and locking screw The threaded engagement of hole 794 locks seat handle 747 so that vehicle seats 700 are fixed on proper height；

（Two）, by rear braking flexible cord（Omitted in figure）Two ends are connected with rear brake brake 350 and left brake lever 103 respectively, will Front brake flexible cord（Omitted in figure）Two ends are connected with front brake lock 203 and right brake lever 102 respectively；

（Three）, driving chain 530 is placed on card sprocket wheel 515 and rear flying wheel 307, by driving chain 530 by moment of torsion Pass to rear flying wheel 307.

In embodiment, card sprocket wheel 515 and rear flying wheel 307 are located at left side, it is also possible to positioned at right side.

Ride feature：

（One）, in ride such as Fig. 1 to Fig. 3 and Figure 12 and Figure 17, right pedal turns the most anteposition that part 504 is located at motion circumference Put, left pedal component 508 be located at motion circumference rearmost position, both hands grip Anti-slip cover 148, such as conventional bicycle, Right legs and feet step on pedal right pedal turn part 504 acting play maximum effect, left legs and feet be placed on left pedal component 508 without acting；This When, connecting rod pedals the rearmost position that hole circle 623 also is located at moving circumference, and power-assisted connecting rod 650 is overall to be approximately at sprocket wheel axis 512 Horizontal level does not do work；

（Two）, when right pedal turns part 504 and is located at the extreme lower position of motion circumference, left pedal component 508 is located at motion circumference Extreme higher position, both are respectively at " the low level dead point " and " high-order dead point " for running into conventional bicycle simultaneously, and at this moment, connecting rod is pedaled Hole circle 623 also is located at moving the extreme higher position of circumference, and the both hands rearward pulling force of grip Anti-slip cover 148 drives power-assisted swing rod Upper pendulum round bar 610 on 600 does rear pendular motion centered on the swing rod pivot pin 666 on holder through-hole 466, on power-assisted swing rod 600 Lower straight swing rod 601 and under turn the swing rod of swing rod 602 and its lower end and connect hole 656 and be with the swing rod pivot pin 666 on holder through-hole 466 Preceding pendular motion is done at center, drives power-assisted connecting rod 650 to travel forward by even balance staff pin 560, and connecting rod pedals hole circle 623 and sprocket wheel axis 512 are approximately at upright position drives left pedal component 508 to travel forward with maximum effect；

（Three）, when right pedal turn part 504 be located at motion circumference rearmost position, left pedal component 508 be located at motion circumference most Front position, both hands grip Anti-slip cover 148, such as conventional bicycle, left legs and feet are stepped on and pedal the acting of left pedal component 508 performance most Large effect, right legs and feet are placed on right pedal and turn on part 504 without acting；At this moment, connecting rod pedals hole circle 623 and also is located at motion circumference most Front position, the entirety of power-assisted connecting rod 650 is approximately at horizontal level and does not do work with sprocket wheel axis 512；

（Four）, when right pedal turns part 504 and is located at the extreme higher position of motion circumference, left pedal component 508 is located at motion circumference Extreme lower position, both are respectively at " the low level dead point " and " high-order dead point " for running into conventional bicycle simultaneously, and at this moment, connecting rod is pedaled Hole circle 623 also is located at moving the extreme lower position of circumference, and the both hands forward thrust of grip Anti-slip cover 148 drives power-assisted swing rod Upper pendulum round bar 610 on 600 does preceding pendular motion centered on the swing rod pivot pin 666 on holder through-hole 466, on power-assisted swing rod 600 Lower straight swing rod 601 and under turn the swing rod of swing rod 602 and its lower end and connect hole 656 and be with the swing rod pivot pin 666 on holder through-hole 466 Rear pendular motion is done at center, drives power-assisted connecting rod 650 to move backward by even balance staff pin 560, and connecting rod pedals hole circle 623 and sprocket wheel axis 512 are approximately at upright position drives left pedal component 508 to move backward with maximum effect

（Five）, when needing to turn in ride, in such as Fig. 4 to Fig. 6, to turn left as a example by 20 degree, bogie car 100 with Steering vertical rod 167 is axle center, and to be arranged symmetrically symmetric coaxial bar 108 also same on the 20 degree of related steering ring tubes 164 that turn left are cylindrical Step is turned left 20 degree,

The swing rod bulb 121 in left side is axle center also 20 degree of left-hand rotation counterclockwise to turn to vertical rod 167, by the steering steel shaft in left side The 120 front fork bulbs 122 for dropping left side are that axle center is synchronous with front fork steering spindle 217 to turn left 20 degree counterclockwise；

By means of the integral rigidity of front rail 201 is turned to, the front fork bulb 122 on right side is axle center also inverse time with front fork steering spindle 217 Pin turns left 20 degree, and the swing rod bulb 121 on right side is dropped to turn to vertical rod 167 for axle center synchronization by the steering steel shaft 120 on right side Turn left 20 degree counterclockwise；Turn to front rail 201 and turn left 20 degree to drive front-wheel fork handle 242 left together with Chinese herbaceous peony wheel assembly 200 counterclockwise Turn 20 degree, reach steering purpose；

In steering procedure, due to turning to front rail 201 and the synchronous rotary of symmetric coaxial bar 108 so that the steering steel shaft 120 of both sides Keep angle constant together with swing rod bulb 121 and front fork bulb 122, alternately moved before and after only doing.

Additionally, the axial line of symmetric coaxial bar 108 is located at sustained height with the axial line of swing rod pivot pin 666, bogie car is 100 Hes Turning to vertical rod 167 still can make forward thrust or back pull action when turning to, and reaching straight line and turn condition can give " low level dead point " and " high-order dead point " makes up acting.

Both hands forward thrust and back pull acting are alternately stepped on reference to both legs pin and pedaled, it is ensured that card sprocket wheel 515 is on motion circumference Without acting dead point, the effect to the continuous doing work of blockchain bar 530 is reached, realize improving riding speed purpose with simple structure.

The substantive distinguishing features of the above-mentioned protrusion of the present invention, bring following significant progressive effect：

（One）, on the horizontal camber beam 406 of vehicle frameSetCrossbeam slotted eye 464, and the both sides of crossbeam slotted eye 464 be arranged to swing rod branch Seat has holder through-hole 466 on 460, and swing rod bearing 460 so that turn to vertical rod 167 and power-assisted swing rod 600 can be logical with bearing Forward and backward pendular motion is done centered on swing rod pivot pin 666 on hole 466, with the hands thrust and the most efficient of pulling force do work point more respectively Mend two acting dead points of both legs pin, it is ensured that card sprocket wheel 515, without acting dead point, is reached to blockchain bar 530 on motion circumference Effect of continuous doing work, realizes improving riding speed purpose with simple structure.

（Two）, left side swing rod bulb 121 and the swing rod bulb 121 and front fork bulb 122 on front fork bulb 122 and right side, Parallelogram is constituted between this four points；It is located at reference to the axial line of symmetric coaxial bar 108 and the axial line of swing rod pivot pin 666 same Highly, bogie car 100 and turn to vertical rod 167 turn to when still can make forward thrust or back pull action, reach straight line and Turn condition can give " low level dead point " and " high-order dead point " and make up acting.

（Three）, turn to the lower section of front rail 201 and have steering connecting shaft 218 and connection pin hole 281；The top of front-wheel fork 202 There are steering spindle down tube 207 and steering spindle connecting hole 228, turn to connection pivot pin 280 and pass through connecting hole pin-and-hole 282 and connecting shaft successively Pin-and-hole 281, will turn to connecting shaft 218 and is fixedly connected with steering spindle down tube 207；So that front fork through hole 421 turns with described front fork To being rotatable cooperation between axle 217；Pipe 227 is combined with front fork steering spindle 217 and limits front fork through hole 421 preceding in steering spindle Axial dipole field is done in fork steering spindle 217.

（Four）, first upper pendulum round bar 610 passed through into crossbeam slotted eye 464 from the bottom to top, then connecting rod is put into hole with company balance staff pin 560 Circle 626 and swing rod connect rotatable fixation between hole 656, and order is made a concerted effort, and assemble smooth；The rotatable set of endoporus of sleeve pipe 168 will be turned to On upper pendulum round bar 610, the axial line of symmetric coaxial bar 108 is located at sustained height, bogie car handle with the axial line of swing rod pivot pin 666 Power-assisted swing rod 600 can not be driven to rotate during 100 rotation so that bogie car still can be same while making go to action 100 When the synchronous swing of power-assisted swing rod 600 is driven when moving back and forth.

Claims (1)

1. both hands both legs are made a concerted effort riding bicycle assemble method, and the bicycle includes bogie car (100), front fork steering spindle (217), Chinese herbaceous peony wheel assembly (200), steering front rail (201), back wheels of vehicle component (300), wheel crotch (305), main frame of vehicle body (400), central shaft chain wheel (500), blockchain bar (530), right pedal turn part (504), left pedal component (508) and vehicle seats (700), The fixed steering vertical rod (167) in (100) lower section is had front fork through hole by described bogie car on described main frame of vehicle body (400) (421) it is, rotatable cooperation between front fork through hole (421) and described front fork steering spindle (217)；After vehicle frame on cant beam (407) The fixed vehicle seats (700) of end activity；Can be put by rotation pivot pin (430) between joint (433) and back vent grillage (303) after vehicle frame Turn to be connected, buffer spring (340), rear wheel fork are fixedly connected between back vent grillage (303) and seat column jecket (730) lower end Fixed back wheels of vehicle component (300) and flying wheel (307) on handle (305)；Vehicle frame central siphon (450) has middle shaft through-hole (455), Rotatable fixed sprocket wheel axis (512) in middle shaft through-hole (455), by passing between card sprocket wheel (515) and rear flying wheel (307) Dynamic chain (530) transmitting torque；Turning to vertical rod (167) lower end has symmetric coaxial bar (108), and symmetric coaxial bar (108) is by two Root turns to steel shaft (120) control and turns to front rail (201) left and right turn；It is main to include conventional part assembling, distinguishing characteristics component groups Dress and necessary part assembling, it is characterized in that：Described distinguishing characteristics component number of assembling steps is as follows：

（One）, left pedal axle (588) is connected with power-assisted connecting rod (650)

By connecting rod pedal hole circle (623) be enclosed within pedal axle stiff dough section (583) on, pedal axle sprocket wheel section (584) pass through pedal back-up ring successively (523) and pedal axle fixing hole (554), pedal nut (533) coordinates fastening with axle stud (585) is pedaled, by pedal back-up ring (523) and Pedal nut (533) is close to the plane of card sprocket wheel (515) two together, and set plate bolt (586) coordinates with cage plate screw (581) will Pedal cage plate (589) fixed cover is on left pedal axle (588) so that power-assisted connecting rod (650) can be put relative to left pedal axle (588) Transhipment is dynamic；

（Two）, power-assisted swing rod (600) is connected with main frame of vehicle body (400)

Upper pendulum round bar (610) is passed through into crossbeam slotted eye (464) from the bottom to top, supporting circular holes (606) are directed at holder through-hole (466), Swing rod pivot pin (666) passes through supporting circular holes (606) and is fixed on holder through-hole (466) so that power-assisted swing rod (600) is relative to helping Power swing rod (600) can swinging motion；

（Three）, power-assisted swing rod (600) is connected with power-assisted connecting rod (650)

With even balance staff pin (560) passes through connecting rod pendulum hole circle (626) and swing rod connects hole (656), by connecting rod pendulum hole circle (626) and swing rod Even rotatable fixation between hole (656) so that power-assisted connecting rod (650) can swinging motion relative to power-assisted swing rod (600)；

（Four）, power-assisted swing rod (600) and bogie car be connected (100)

To turn to that sleeve pipe (168) endoporus is rotatable to be enclosed within pendulum round bar (610), symmetric coaxial bar (108) axial line and swing rod Pivot pin (666) axial line is located at sustained height, and bogie car can not drive power-assisted swing rod (600) to rotate, turn to when (100) are rotated Power-assisted swing rod (600) synchronization swing is driven when handlebar (100) moves back and forth；

（Five）, turn to front rail (201) be connected with main frame of vehicle body (400)

The steering connecting shaft (218) turned on front rail (201) is passed through into front fork through hole (421) and inserts steering spindle connecting hole afterwards (228) among, turn to connection pivot pin (280) and pass through connecting hole pin-and-hole (282) and connection pin hole (281) successively, by the company of steering Spindle (218) is fixedly connected with steering spindle down tube (207) so that front fork through hole (421) and described front fork steering spindle (217) it Between be rotatable cooperation；(227) are managed in steering spindle to combine with front fork steering spindle (217) and limit front fork through hole (421) in front fork Steering spindle does axial dipole field on (217)；

（Six）, bogie car (100) with steering front rail (201) be connected

The swing rod bulb (121) that first wherein one is turned on steel shaft (120) can space rotation be fixed on side to bar hemisphere With between the spherical-concave-surface of lid half (156), then the swing rod bulb (121) another turned in steel shaft (120) can be empty for concave surface (159) Between rotation be fixed on opposite side to the spherical-concave-surface of bar half (159) between the spherical-concave-surface of lid half (156)；

The swing rod bulb (121) that first wherein one is turned on steel shaft (120) can space rotation be fixed on side to bar hemisphere With between the spherical-concave-surface of lid half (156), then the swing rod bulb (121) another turned in steel shaft (120) can be empty for concave surface (159) Between rotation be fixed on opposite side to the spherical-concave-surface of bar half (159) between the spherical-concave-surface of lid half (156).

Wherein one is turned on steel shaft (120) front fork bulb (122) again can space rotation be fixed on the front bar hemisphere of side Between concave surface (259) and the spherical-concave-surface of protecgulum half (256), then the front fork bulb (122) another turned in steel shaft (120) can be empty Between rotation be fixed between the spherical-concave-surface of the front bar half (259) of opposite side and the spherical-concave-surface of protecgulum half (256)；

Again by another turn to front fork bulb (122) in steel shaft (120) can space rotation be fixed on the ball impression of front bar half of side Between face (259) and the spherical-concave-surface of protecgulum half (256), then the front fork bulb (122) another turned in steel shaft (120) can space Rotation is fixed between the spherical-concave-surface of the front bar half (259) of opposite side and the spherical-concave-surface of protecgulum half (256).