CN101058327A

CN101058327A - Peg-top-wheel driven bicycle

Info

Publication number: CN101058327A
Application number: CN 200710095998
Authority: CN
Inventors: 吉辰政太郎; 赵庚丑
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-18
Filing date: 2007-04-04
Publication date: 2007-10-24

Abstract

The invention relates to a gyroscope wheel driven bicycle using force to reduce air resistance. The frame is made of the slide track and the rear frame, front fixed with standpipe, rear with backward armchair, steering structure made of operation pole linking handle and universal steering, and installed to the standpipe together with the forklift, cables on the handle, forks with front wheel, drive structure composed of steering, steering pole, universal steering, pedal, sliding wheel, active pulley, gyroscope wheel, cables and pulleys to stuff to the slide track with cables on the gyroscope twisted to connect with the cable and the handle, through the pull and active pulley to push the cable to rotate and drive the bicycle. It improves the longer distance of the bicycle with high speed.

Description

Gyroscope wheel driven bicycle

Technical field the present invention relates to a kind of bicycle, particularly relates to a kind of gyroscope wheel driven bicycle.

The chain drive that the known bicycle of background technology is made up of by pedal, crank throw, sprocket wheel, chain and flywheel pin by manpower drives.So-called chain drive bicycle, because gauge is in mainly being exerted oneself by shank, also gauge can not form the optimum regime that human body is exerted oneself in the gyro frequency of shank for this reason, the air resistance that produces when adding known bicycle walking has limited the F-Zero of bicycle.

Summary of the invention the present invention has overcome deficiency of the prior art, and providing a kind of can exert oneself with people's all-around exercises, can reduce motion frequency, and can reduce the gyroscope wheel driven bicycle of air resistance.In order to solve the technical matters of above-mentioned existence, the present invention adopts following technical proposals: vehicle frame is made up of slideway and back vehicle frame, and the slideway front end is fixed with preceding standpipe, and the layback seat is housed on the back vehicle frame; Rudder steering mechanism connects handlebar and universal rudderpost by steering rod, and on the standpipe, handlebar is provided with the rope connection and fastens before installing to the car fork again, and the car fork is equipped with front vehicle wheel; Driver train comprises handlebar, steering rod and universal rudderpost, also has pedal, slideway wheel, movable pulley, gyro wheel and rope, and pedal, slideway wheel and the coaxial slideway of packing into of movable pulley, gyro wheel are provided with the rope communication port and install under the vehicle frame of back with major semiaxis and rear wheel; Behind rope connection and the winding gyro wheel, be connected to handlebar, make rope rotary gyro two-wheel driving bicycle by the pulling force of handlebar and the thrust of movable pulley through movable pulley.Wherein the back vehicle frame is, axle bearing lays respectively at the outside of major semiaxis and semi-minor axis, and bearing slopes inwardly the top of rear wheel, and gravity is vertically given ground by bearing center with the earth point of rear wheel mutually.The seat of wherein swinging back is that backup plate is fixed on the vehicle frame of back by the layback axle, and with adapter shaft connection seat board, the seat board front end is equipped with pulley and can slides on the vehicle frame of back.Wherein universal rudderpost is, a side of center cross connects the steering rod universal-joint, and opposite side connects car fork universal-joint, can rotate the car fork in the time of steering rod pulling rope at any time.Wherein the gyro wheel is, dress clockwork spring in the clockwork spring wheel, dress overriding clutch in the rope pulley, peripheral hardware rope interface, the clockwork spring wheel is connected with rope pulley, and a side is installed in major semiaxis bearing side by the gyro wheel bearing, and opposite side is installed on the gyro wheel bearing support by the gyro wheel bearing, gyro is taken turns the major semiaxis of overriding clutch rotation when pulled, and clockwork spring rotary gyro wheel reverses during line relaxation.

Compared with prior art, the invention has the beneficial effects as follows, can exert oneself with all-around exercises, reduce motion frequency, improved train on, reduced air resistance simultaneously and made bicycle more extend distanceization and high-speedization, improved the degree of utilizing of bicycle, and be of value to the development and utilization that promotes new material new process.

Description of drawings Fig. 1 is the scheme drawing of gyroscope wheel driven bicycle

Fig. 2 is the scheme drawing of back vehicle frame

Fig. 3 is the scheme drawing of layback seat

Fig. 4 is the scheme drawing of universal rudderpost

Fig. 5 is the scheme drawing of gyro wheel

Front standpipe 2 rear vehicle frames 3 layback seats 4 handlebars 5 Steering Rods 6 universal rudderpost 7 cars of the explanation slideway 1 of symbol are pitched 8 rope coupling bars, 9 front vehicle wheels, 10 pedals, 11 slideways and are taken turns 12 movable pulleys, 13 ropes, 14 gyros and take turns 15 rear wheels, 16 Steering Rod universal joints, 17 cross axles, 18 cars fork universal joint, 19 major semiaxis, 20 gyro wheel bearings, 21 major semiaxis bearings, 22 clockwork springs, 23 freewheel clutches, 24 rope interfaces, 25 clockwork springs and take turns 26 rope pulleies, 27 seat boards, 28 backup plates, 29 coasters, 30 connecting axles, 31 layback axles, 32 gyro wheel bearing supports, the 33 major semiaxis supports of bearing, 34 semi-minor axis 35 among the figure

The specific embodiment describes in further detail the present invention below in conjunction with the accompanying drawing and the specific embodiment:

Among Fig. 1, in the vehicle frame part of gyroscope wheel driven bicycle, slideway 1 is the straight beam that there are vertical equity opening and vertical vertical openings in a middle part, and present embodiment has adopted four tubing two ends to reinforce shaping, and wherein two of downsides can seal reinforcement.Preceding standpipe 2 wide-angle tilts are fixed on the front end of slideway 1, are used for connecting rudder steering mechanism.Back vehicle frame 3 utilizes horizontal gusseted to be connected the rear of slideway 1, can use bolt for the ease of dismounting.Be provided with coaster road, layback pedestal and the steering rod support of dress layback seat 4 above the back vehicle frame 3, be provided with gyro wheel bearing support and major semiaxis bearing support below, both sides are provided with Wheel bearing support and brake support frame.Layback seat 4 be installed in back vehicle frame 3 above, adjust the ground positive pressure that front and back position can alleviate front vehicle wheel 10.In the rudder steering mechanism part of gyroscope wheel driven bicycle, a horizontal middle part of handlebar 5 is provided with rope coupling bar 9, and being connected the portion of making also with steering rod, built-in spring folds so that it makes progress.Steering rod 6 is connected with universal rudderpost 7, and universal rudderpost 7 is connected with car fork 8 and is installed on the preceding standpipe 2.In the driver train part of gyroscope wheel driven bicycle, handlebar 5, steering rod 6 and universal rudderpost 7 existing steering functions drive function in addition, have formed the mechanism that spurs rope in steering above the waist.Pedal 11, slideway wheel 12 and the movable pulley 13 coaxial slideways 1 of packing into, pedal 11 is provided with the sole plane, be installed in the two ends of axle, slideway wheel 12 has two, the outside is processed with guide rib, be installed in the middle part of axle, about on slideway, roll respectively, movable pulley 13 is installed in the central authorities of axle and hangs with rope 14.Gyro wheel 15 is provided with the rope communication port and is contained in below the vehicle frame 3 of back with major semiaxis and rear wheel 16.Behind rope connection and the winding gyro wheel 15, be connected to handlebar 5, make rope 14 rotary gyros wheel 15 driving bicycles by the pulling force of handlebar 5 and the thrust of movable pulley 13 through movable pulley 13.

Among Fig. 2, the Y-axis of back vehicle frame 3 supports the outside that lays respectively at major semiaxis 20 and semi-minor axis 35, and major semiaxis 20, semi-minor axis 35 and rear wheel 16 are installed in the inboard that Y-axis supports.Y-axis is equipped with bearing under supporting, and they slope inwardly the top of rear wheel, make the wheel shaft gravity balance.Gravity is vertically given ground by bearing center with the earth point of rear wheel mutually.Major semiaxis bearing 22 is equipped with in the inner of major semiaxis 20, is contained on the major semiaxis bearing support 34, be fixed on the back vehicle frame 3 below.Gyro wheel 15 is installed in the inboard of major semiaxis 20,21, one of two gyro wheel bearings and major semiaxis bearing 22 coaxial being connected on the major semiaxis bearing support 34, another is contained on the gyro wheel bearing support 33, also be fixed on back vehicle frame 3 below.Back vehicle frame 3 can be made as the twice longeron and reduce height.Back vehicle frame 3 can be equipped and face upward relief bracket later.

Among Fig. 3, adapter shaft 31 connects seat board 28 and backup plate 29, and backup plate 29 is provided with layback axle 32, backup plate 29 is fixed on the vehicle frame of back, seat board 28 front ends are equipped with coaster 30, and coaster 30 can slide on the coaster road of layback seat, are connected with spring between the lower end of backup plate 29 and the back vehicle frame.The layback seat has recovered the seat state often, backup plate 29 layback during layback, and it is advancing slip that adapter shaft 31 promotes seat board 28, and height is prized in the rear end of seat board 28 simultaneously.

Among Fig. 4, universal rudderpost is that a side of center cross 18 connects steering rod universal-joint 17, and opposite side connects car fork universal-joint 19, and steering rod universal-joint 17 is connected with steering rod, and car fork universal-joint 19 is connected with the car fork.The effect that universal rudderpost performance drives during handlebar pulling rope makes the steering rod heave and set, and the effect of universal rudderpost performance steering when handlebar rotates steering rod makes about the car fork to turn to.

Among Fig. 5, dress clockwork spring 23 in the clockwork spring wheel 26, the outer end of clockwork spring 23 is connected with clockwork spring wheel 26, and its inner is connected with gyro wheel bearing support 33.Dress overriding clutch 24 in the rope pulley 27, rope pulley 27 peripheral hardware rope interfaces 25.Can process the spiral rope groove on the circular conical surface of rope pulley 27, also can process the spiral chain drum, so that import rope and chain, all right machining chain roller on the circular conical surface is so that roller is gone into chain.Present embodiment has adopted does not have processing on the circular conical surface, rope freely is involved in rope pulley 27.Rope pulley 27 is a plug-in package, and each is replaced parts and is processed to different taperings in order to selecting for use.Clockwork spring wheel 26 is connected with rope pulley 27, and a side is installed in major semiaxis bearing 22 sides by gyro wheel bearing 21, fixes with major semiaxis bearing support 34, and opposite side is installed on the gyro wheel bearing support 33 by gyro wheel bearing 21.Two gyro wheel bearings 21 and major semiaxis bearing 22 are all concentric with major semiaxis 20.Overriding clutch 24 rotated major semiaxis 20 when rope pulley 27 was spurred by rope, rotation when major semiaxis 20 surmounts, and clockwork spring 23 rotates 26 reverses of clockwork spring wheel during line relaxation.

Below in conjunction with the operation of gyroscope wheel driven bicycle, further specify technical characterictic of the present invention.The people is seated in layback seat 4, and both feet respectively tread in pedal 11, and both hands are respectively held the handle of handlebar 5, and extended legs with thighs is pedaled out pedal during walking, both hands drawing handle, people's trunk bending backwards; Both hands are sent handle back to when recovering action, and both feet are regained.Slideway wheel 12 is advancing slip along slideway 1 when pedaling out pedal 11, movable pulley 13 is pushed away give as security rope 14; Handlebar 5 and steering rod 6 are fulcrum drawing rope 14 with universal rudderpost 7 during the drawing handle.Gyro was taken turns 15 rotations when rope 14 was subjected to pushing away signature and drawing, and clockwork spring 23 tightens simultaneously, was subjected to the relaxation force of clockwork spring 23 to make gyro take turns 15 reverse rollback ropes 14 during payout 14.

In operating process, 13 pairs of rope pulls from rope coupling bar 9 of movable pulley are fixed pulley, only change the direction of pulling force, to being movable pulley to the rope pull with gyro wheel 15, have reduced the distance of pedaling out, make upper and lower limb torque equilibrium simultaneously.The length that the institute's drawing of exerting oneself of upper and lower limb and the motion of waist abdomen thoracic dorsal goes out rope 14 is the length that is wrapped in the rope 14 on the rope pulley 27, and its pulling force is the propulsive effort of 14 pairs of gyro wheels 15 of rope.When line uniform velocity was given birth in rope 14 tension induced labors, the rope 14 that is wrapped on rope pulley 27 circular conical surfaces can make rope pulley 27 produce angular acceleration.Transmission simultaneously of universal rudderpost 7 and conversion turn to, have a down dip on the steering rod 6 during transmission, and handlebar 5 swing drawing ropes 14 generation propulsive efforts, handlebar 5 rotated about together with steering rod 6 and rotates car fork 8 generation steering-wheel efforts when conversion turned to.Back vehicle frame 3 and layback seat 4 have reduced the center of gravity of bicycle and human body, have reduced frontal area.Center of gravity can be moved before the back axle line, adjust 16 pairs of ground-surface positive pressures of rear wheel, reduce the rolling resistance of front vehicle wheel 10.Pedal, handle can rotate, and seat can be faced upward the volt that sits up, with person who happens to be on hand for an errand's car one.

Claims

1. a gyroscope wheel driven bicycle comprises vehicle frame, rudder steering mechanism and driver train etc., it is characterized in that, described vehicle frame is made up of slideway and back vehicle frame, and the slideway front end is fixed with preceding standpipe, and the layback seat is housed on the back vehicle frame; Rudder steering mechanism connects handlebar and universal rudderpost by steering rod, and on the standpipe, handlebar is provided with the rope connection and fastens before installing to the car fork again, and the car fork is equipped with front vehicle wheel; Driver train comprises handlebar, steering rod and universal rudderpost, also has pedal, slideway wheel, movable pulley, gyro wheel and rope, and pedal, slideway wheel and the coaxial slideway of packing into of movable pulley, gyro wheel are provided with the rope communication port and install under the vehicle frame of back with major semiaxis and rear wheel; Behind rope connection and the winding gyro wheel, be connected to handlebar, make rope rotary gyro two-wheel driving bicycle by the pulling force of handlebar and the thrust of movable pulley through movable pulley.

2. according to the described back of claim 1 vehicle frame, it is characterized in that axle bearing lays respectively at the outside of major semiaxis and semi-minor axis, bearing slopes inwardly the top of rear wheel, and gravity is vertically given ground by bearing center with the earth point of rear wheel mutually.

3. according to the described layback seat of claim 1, it is characterized in that backup plate is fixed on the vehicle frame of back by the layback axle, and connect seat board that the seat board front end is equipped with pulley and can slides on the vehicle frame of back with adapter shaft.

4. according to the described universal rudderpost of claim 1, it is characterized in that a side of center cross connects the steering rod universal-joint, opposite side connects car fork universal-joint, can rotate the car fork in the time of steering rod pulling rope at any time.

5. according to the described gyro wheel of claim 1, it is characterized in that, dress clockwork spring in the clockwork spring wheel, dress overriding clutch in the rope pulley, peripheral hardware rope interface, the clockwork spring wheel is connected with rope pulley, one side is installed in major semiaxis bearing side by the gyro wheel bearing, opposite side is installed on the gyro wheel bearing support by the gyro wheel bearing, and gyro is taken turns the major semiaxis of overriding clutch rotation when pulled, and clockwork spring rotary gyro wheel reverses during line relaxation.