Summary of the invention
Object of the present invention is that a kind of can fold, folding device bicycle of override type up and down of being easy to carry and putting will be provided.The object of the present invention is achieved like this: upper and lower override type folding device bicycle, comprises vehicle frame, vehicle seat, front fork, foldable bar vertical pipe, handlebar, front-wheel, trailing wheel, man power driving mechanism and electric propulsion system, is characterized in that: vehicle frame is by front head tube, front-axle beam pipe, folder, back rest pipe, lower seat pipe, back vent, back pack support and driving Connection Block form, and vehicle seat is connected in lower pipe, and front fork is rotationally connected with in front head tube, foldable bar vertical pipe is fixedly connected with front fork, and the top of foldable bar vertical pipe connects handlebar, and front-wheel is installed on front fork, back pack support and trailing wheel are installed on back vent, and man power driving mechanism comprises fix shaft, treadle, engaging lug, foot-operated, pendulum, bent axle, countershaft, prime sprocket wheel, prime minor sprocket, rear class sprocket wheel, flywheel, prime chain and rear class chain, bent axle and countershaft are rotationally connected with and drive on Connection Block, fix shaft is fixedly connected on the below that drives Connection Block, and two of fix shaft is socketed two treadles, is connected with two and rides on two treadles, on two treadles, be also connected with two engaging lugs, two engaging lugs are rotationally connected two pendulums, and two pendulums are rotationally connected with two of bent axle, connect prime sprocket wheel on bent axle, prime minor sprocket and rear class sprocket wheel are connected in countershaft, and flywheel is connected in trailing wheel, prime chain be wire-wrapped in prime sprocket wheel and and prime minor sprocket on, rear class chain is wire-wrapped on rear class sprocket wheel and flywheel, electric drive system comprises motor, Vehicular battery, battery case, controller and master cock, motor is configured in trailing wheel, and Vehicular battery and controller are positioned in battery case, and battery case is placed in back pack support.
The invention has the beneficial effects as follows: adopt the mode of trampling up and down, while making to ride, the comfort level of bipod improves, and driving one-body moldedly on Connection Block has a cup, makes to produce simpler, convenient, adopted vehicle frame and vertical folding mode, made this car carry and put more convenient.
Accompanying drawing explanation
Fig. 1 is section of structure of the present invention
Fig. 2 is the appearance figure on right side of the present invention
Fig. 3 is the design sketch after of the present invention folding
In figure: 1---vehicle frame, 2---vehicle seat, 3---front fork, 4---foldable bar vertical pipe, 5---handlebar, 6---front-wheel, 7---trailing wheel, 8---man power driving mechanism, 9---electric drive system; Wherein vehicle frame 1 comprises: 11---front head tube, and 12---front-axle beam pipe, 13---folder, 14---back rest pipe, 15---lower pipe, 16---back vent, 17---drive Connection Block, 18---back pack support; Man power driving mechanism 8 also comprises: 81---fix shaft, and 821---treadle, 822---engaging lug, 823---foot-operated, 83---pendulum, 84---bent axle, 85---countershaft, 86---prime sprocket wheel, 871---prime minor sprocket, 872---rear class sprocket wheel, 88---flywheel, 891---prime chain, 892---rear class chain; Electric drive system 9 also comprises: 91---motor, and 92---Vehicular battery, 93---battery case, 94---controller, 95---master cock; Master cock 95 also comprises: 951---control lock, 952---and speed control crank, 953---power-off brake lever.
The specific embodiment
According to Fig. 1, Fig. 2, the described folding device bicycle of override type up and down, comprises vehicle frame 1, vehicle seat 2, front fork 3, foldable bar vertical pipe 4, handlebar 5, front-wheel 6, trailing wheel 7, driver train 8 and electric drive system 9;
Described vehicle frame 1, comprise front head tube 11, front-axle beam pipe 12, folder 13, back rest pipe 14, lower seat pipe 15, back vent 16, drive Connection Block 17 and back pack support 18, described front head tube 11 is welded to connect described front-axle beam pipe 12, described front-axle beam pipe 12 is welded to connect described folder 13, described folder 13 is welded to connect described back rest pipe 14, described back rest pipe 14 is welded to connect lower described pipe 15, lower described pipe 15 is welded to connect described back vent 16, the bottom of described lower pipe 16 is welded to connect described driving Connection Block 17, the top of described lower pipe 15 is furnished with the pipe clamp with quick detach, described driving Connection Block 17 is that both sides are upper and lower corresponding respectively with two bearings bowl, bottom is with a mutual box-like blanked part to perforation, the rear upper angle of described driving Connection Block 17 and the transverse pipe of described back vent 16 have been welded to connect an oblate pipe, reinforcement as described back vent 16, below described back rest pipe 14 and described lower pipe 15 junctions, be welded with reinforcement, the front end of described back pack support 18 is by screw bolt and nut and described anterior connection of back vent 16, the rear portion of described back pack support 18 is connected in two of described trailing wheel 7 wheel shafts by two strut bars, the framework of placing described battery case 93 is arranged at the bottom of described back pack support 18.
Described vehicle seat 2 comprises seat of honour pipe and saddle, and described seat of honour pipe is connected in lower described pipe 15, and the top of described seat of honour pipe connects described saddle;
Described front fork 3 is rotated and is connected by front fork accessory and described front head tube 11, and described front-wheel 6 is installed on described front fork 3, and described trailing wheel 7 is installed on the rear end of described back vent 16;
Described foldable bar vertical pipe 4, comprise handle riser, vertical folder, inside extending tube with the pipe clamp of quick detach, the top of the vertical folder of described handle connects described handle riser, the below of the vertical folder of described handle connects described inside extending tube, the top of described handle riser connects the described pipe clamp with quick detach, described inside extending tube penetrates in described front fork tube, and it is fixing by described inside extending tube and described front fork 3 to be furnished with hanging bolt and swollen plug, described 5 one-tenth T-shaped of handlebar, described handlebar 5 is connected in described handle riser.
Described man power driving mechanism 8, comprise fix shaft 81, treadle 821, engaging lug 822, foot-operated 823, pendulum 83, bent axle 84, countershaft 85, prime sprocket wheel 86, prime minor sprocket 871, rear class sprocket wheel 872, flywheel 88, prime chain 891 and rear class chain 892, described fix shaft 81 is slightly thick in the middle of being, the axle shape metal piece that two is slightly thin, the middle part of described fix shaft 81 be welded to connect in the bottom of described driving Connection Block 17 to perforation in, described treadle 821 is headband pores, the metal rod like parts of another headband screw, the front portion of described treadle 821 is welded to connect described engaging lug 822, the pore turning set of described two treadles 821 is connected to two of described fix shaft 81, described in stubborn the connecing of screw of described treadle 821 foot-operated 823, described engaging lug 822 is to be converted into flute profile, flute profile both sides are with mutual through hole, described engaging lug 822 to perforation by lock bolt is connected with a bearing hole of described pendulum 83, described pendulum 83 is sliced pieces of the aluminium formulation of 8-shaped, in two holes of 8 words, be inlaid with two bearings, another bearing hole of described two pendulums 83 is connected on two minor axises of described bent axle 84, described bent axle 84 is by an axis, two crank element and two minor axises form, described axis is double headed roller side's tenon, the metal shaft of two top band screws, described crank element is the square hole of a headband circle counterbore, the metal piece of another headband screw, two described crank element are divided left crank element and are had crank element, described left crank element is fixedly connected with described prime sprocket wheel 86, prime sprocket wheel 86 described in described left crank element inconjunction with is socketed on the square tenon of the left head of described axis, described right crank element is socketed on the square tenon of the right head of described axis, and fixing in the screw on described axis two tops with two bolts, make the screw of two cranks become 180 ° of symmetry shapes, again two described minor axises are fastened in the screw of described two crank element, it is cylindric that described minor axis is one, another headband thread, described bent axle 84 is connected in the lower in cup of described driving Connection Block 17 by two bearings, described countershaft 85 is connected in the upper in cup of described driving Connection Block 17 by two bearings, described countershaft 85 is positioned at the left side and the right side of described driving Connection Block 17, twist respectively and connect described prime minor sprocket 871 and described rear class sprocket wheel 872, described flywheel 88 is installed on the right side of described trailing wheel 72, on prime sprocket wheel 86 described in described prime chain 891 is wire-wrapped in and described prime minor sprocket 871, on rear class sprocket wheel 872 described in described rear class chain 892 is wire-wrapped in and described flywheel 88.
Described electric drive system 9 comprises: motor 91, Vehicular battery 92, battery case 93, controller 94 and master cock 95, described motor 91 is brushless hub electric motors, described motor 91 configures combination with the wheel hub one of described trailing wheel 72, described Vehicular battery 92 is lithium cell groups of series connection, described controller 94 is brushless motor controllers, described Vehicular battery 92 and described controller 94 are all positioned in described battery case, described battery case 93 is positioned in described back pack support 18, described master cock 95 comprises power supply control lock 951, speed control crank 952 and power-off brake lever 953, described power supply is controlled the rear portion that lock 951 is installed on described battery case 93, described speed control crank 952 is installed on the described right upper of described handlebar 5, described power-off brake lever 953 is installed on a left side for described handlebar 5, right upper, described power supply is controlled lock 951, described speed control crank 952 and described power-off brake lever 953, by connection lead, be connected with described controller 94 with connector, described controller 94 is connected with described motor 91 with described Vehicular battery 92 with connector by connection lead.