CN103241334A - Pedal-powered/motor-driven double-power four-wheeler - Google Patents
Pedal-powered/motor-driven double-power four-wheeler Download PDFInfo
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- CN103241334A CN103241334A CN2013101815927A CN201310181592A CN103241334A CN 103241334 A CN103241334 A CN 103241334A CN 2013101815927 A CN2013101815927 A CN 2013101815927A CN 201310181592 A CN201310181592 A CN 201310181592A CN 103241334 A CN103241334 A CN 103241334A
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Abstract
A pedal-powered/motor-driven double-power four-wheeler comprises a chassis frame, a hood frame, two front wheels, two back wheels, two shock absorbers, seats, a steering mechanism, a chain transmission mechanism, a motor-driven mechanism, a horn, headlamps, steering lamps, tail lamps, rearview mirrors, a front shield plate, windscreens, a top shield plate and a back shield plate. The pedal-powered/motor-driven double-power four-wheeler is characterized in that the chassis frame is formed by welding five transversely parallel cross beams, four longitudinally parallel longitudinal beams, an upper bracket tube, a lower bracket tube, a front support tube, three support tubes and four hanging lugs. The hood frame is formed by welding two parallel and symmetrical pentagonal steel frames, four transversely parallel cross beams, two shifting forks and two hanging lugs. The pedal-powered/motor-driven double-power four-wheeler has the advantages of being simple in structure, low in manufacturing cost, strong in functions by being configured with pedal-powered/motor-driven double powers, high in driving stability, comfortable, small in size, environmentally friendly, clean and free of emission.
Description
Technical field
The invention belongs to car, particularly a kind of manpower, electronic double dynamical four-wheeled.
Background technology
Domestic battery-driven car is in recent years extensively had an optimistic view of because of the energy-conserving and environment-protective prospect, but current techniques is still immature, the electric weight of battery of electric vehicle unit weight storage in the market is less, once charging back stroke is undesirable, and the life-span is short, use cost height, battery-charging station infrastructure construction are quite not enough, take place not have electricity in the halfway easily, situation such as battery breaking-up.
Summary of the invention
The present invention is in order to remedy the deficiency on the existing battery-driven car function, designed a kind of electric weight and can use manpower, the electronic double dynamical four-wheeled that chain drive is exercised instead when not enough.
The present invention is achieved through the following technical solutions:
Manpower of the present invention, electronic double dynamical four-wheeled comprise chassis frame, hood vehicle frame, two front-wheels, two trailing wheels, two Shock absorbers, vehicle seats, steering hardware, chain drive, motor drive mechanism, car loudspeaker, car headlight, steering indicating light, tail-light, back mirror, shroud upper panel, Windshield, overhead guard plate and rear cowls.Car loudspeaker, car headlight, steering indicating light, tail-light are connected by circuit control system control and with battery, and battery pack is located at the vehicle seats below.Shroud upper panel, Windshield, overhead guard plate and rear cowl are fixedly mounted on the hood vehicle frame successively.The car headlight is located at the shroud upper panel middle and upper part, and steering indicating light and back mirror are located at and are positioned at car headlight both sides on the hood vehicle frame, and tail-light is located at rear vehicle.
Chassis frame is by four longerons of laterally parallel five crossbeams and parallel longitudinal and go up trustships, trustship down, a preceding arm, three arms, four hangers and be welded.Crossbeam and longeron plane are criss-cross arranged, and the side is Jiong shape.The top of preceding arm and an arm and last trustship welding, bottom are welded in chassis frame second crossbeam and chassis frame the 3rd crossbeam middle part.The bottom of two other arm is welded in chassis frame second crossbeam and chassis frame the 3rd crossbeam middle part with following trustship welding, top.Before be quadrangle on arm and three the arm vertical surface and arrange, preceding arm and the overlay of three arm planar central axle phases together and be parallel to longeron, last trustship is parallel to crossbeam with following trustship and center-point aligns with the crossbeam center-point.Four hangers are located at chassis frame the 3rd crossbeam and top, chassis frame the 5th crossbeam two ends respectively.Front-wheel is located at the two ends of chassis frame first crossbeam respectively by the break-in joint; Trailing wheel is located at the two ends of hind axle respectively; The chassis frame end by bearings on hind axle.
The hood vehicle frame is welded by two parallel and symmetrical pentagon steelframes, four horizontal parallel crossbeams, two forks and two hangers.Hood vehicle frame first crossbeam is located at the front upper part of pentagon steelframe, and hood vehicle frame second crossbeam is located at the preceding bottom of pentagon steelframe, and hood vehicle frame the 3rd crossbeam and hood vehicle frame the 4th crossbeam are located at the rear lower of pentagon steelframe.Two forks are located at the middle and lower part of two pentagon steelframes respectively, and two hangers are located at the bottom, two ends of hood vehicle frame the 4th crossbeam respectively.The upper end of Shock absorber is linked to hanger on the hood vehicle frame by bolt, and the lower end of Shock absorber is linked to hanger on chassis frame the 5th crossbeam by bolt.Fork is linked to hanger on chassis frame the 3rd crossbeam by bolt, and making car body is that center of oscillation can swing up and down with the bolt of this fork connecting portion, realizes the damping effect of car.
Steering hardware is made up of handlebar, deflecting bar, direction plate, Linkage steering and break-in joint.When rotating handlebar, connect the break-in joint by deflecting bar, direction plate and left and right Linkage steering, make two front-wheel steerings, direction plate is fixed on the deflecting bar lower end, and deflecting bar is located in the preceding arm; Left and right Linkage steering two ends movable connection structure is prong like or universal ball joint structure.
Chain drive is made up of two cranks, two stretchers, a drive sprocket, a driven minor sprocket, a driven hinge wheel, flywheel, two circle chains.Be provided with an axis within the last trustship, be provided with bearing between last trustship two ends and the axis, the axis right side is provided with drive sprocket and a crank, and the axis left side is provided with a crank, installation foot pedal on the crank.Be provided with an axis within the following trustship, be provided with bearing between following trustship two ends and the axis, the axis left side is provided with driven hinge wheel, and the right side is provided with driven minor sprocket.Drive sprocket links with driven minor sprocket, and driven minor sprocket and driven hinge wheel are coaxial, and driven hinge wheel links with flywheel, and flywheel is located on the hind axle.
Motor drive mechanism is made up of electrical motor, battery pack, circuit control system, flywheel, a circle chain.Electrical motor is located at chassis frame the 5th crossbeam lower end, and electrical motor links with flywheel, and this flywheel is located on the hind axle.Battery pack is located at hood vehicle frame the 3rd crossbeam and the 4th crossbeam top, and vehicle seats is located at battery pack top.
The invention has the beneficial effects as follows, low cost of manufacture simple in structure, dispose electronic, manpower is double dynamical, and is powerful, riding stability height, and comfortable, miniaturization, environment-protecting clean do not have discharging.
Description of drawings
Fig. 1 is the general assembly schematic perspective view of manpower, electronic double dynamical four-wheeled.
Fig. 2 is the side-looking structural representation of manpower, electronic double dynamical four-wheeled.
Fig. 3 is the chassis frame combination scheme drawing of manpower, electronic double dynamical four-wheeled.
Fig. 4 is the chassis frame schematic perspective view of manpower, electronic double dynamical four-wheeled.
Fig. 5 is the hood vehicle frame schematic perspective view of manpower, electronic double dynamical four-wheeled.
1. hood vehicle frames among the figure, 2. Windshield, 3. back mirror, 4. steering indicating light, 5. car headlight, 6. shroud upper panel, 7. fork, 8. chassis frame, 9. Linkage steering, 10. deflecting bar, 11. front-wheels, 12. battery pack, 13. electrical motors.14. trailing wheel, 15. Shock absorbers, 16. vehicle seats, 17. tail-light, 18. cranks, 19. chains, 20. the overhead guard plate, 21. rear cowls, 22. break-ins joint, 23. handlebar, 24. direction plates, 25. driven minor sprockets, 26. driven hinge wheel, 27. drive sprockets, 28. hangers, 29. flywheel, 30. hind axles, trustship on 31., 32. preceding arm, 33. times trustships, 34. arms, 35. chassis frame second crossbeam, 36. chassis frame the 3rd crossbeam, 37. stretchers, 38. chassis frames the 5th crossbeam, 39. chassis frame first crossbeam, 40. hood vehicle frame first crossbeam, 41. pentagon steelframes, 42. hood vehicle frames, second crossbeam, 43. hood vehicle frame the 3rd crossbeam, 44. hood vehicle frames the 4th crossbeam.
The specific embodiment
A specific embodiment is told as follows in conjunction with Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5:
A kind of manpower, electronic double dynamical four-wheeled comprise chassis frame 8, hood vehicle frame 1, two front-wheels 11, two trailing wheels 14, two Shock absorbers 15, vehicle seats 16, steering hardware, chain drive, motor drive mechanism, car headlight 5, steering indicating light 4, tail-light 17, back mirror 3, shroud upper panel 6, Windshield 2, overhead guard plate 20 and rear cowls 21.Car headlight 5, steering indicating light 4, tail-light 17 are connected by circuit control system control and with battery pack 12, and battery pack 12 is located at vehicle seats 16 belows.Shroud upper panel 6, Windshield 2, overhead guard plate 20 and rear cowl 21 are fixedly mounted on the hood vehicle frame 1 successively.Car headlight 5 is located at shroud upper panel 6 middle and upper parts, and steering indicating light 4 and back mirror 3 are located at and are positioned at car headlight 5 both sides on the hood vehicle frame 1, and tail-light 17 is located at rear vehicle.
Chassis frame 8 is by four longerons of laterally parallel five crossbeams and parallel longitudinal and go up trustships 31, trustship 33 down, a preceding arm 32, three arms 34, four hangers 28 and be welded.Crossbeam and longeron plane are criss-cross arranged, and the side is Jiong shape.The top of preceding arm 32 and an arm 34 and last trustship 31 welding, the bottom is welded in chassis frame second crossbeam 35 and chassis frame the 3rd crossbeam 36 middle parts.The bottom of two other arm 34 and following trustship 33 welding, top is welded in chassis frame second crossbeam 35 and chassis frame the 3rd crossbeam 36 middle parts.Before be quadrangle on arm 32 and three arm 34 vertical surface and arrange, preceding arm 32 and the 34 planar central axle phase overlays of three arms together and be parallel to longeron, last trustship 31 is parallel to crossbeam with following trustship 33 and center-point aligns with the crossbeam center-point.Four hangers 28 are located at chassis frame the 3rd crossbeam 36 and top, chassis frame the 5th crossbeam 38 two ends respectively.Front-wheel 11 is located at the two ends of chassis frame first crossbeam 39 respectively by break-in joint 22; Trailing wheel 14 is located at the two ends of hind axle 30 respectively; Chassis frame 8 ends by bearings on hind axle 30.
Steering hardware is made up of handlebar 23, deflecting bar 10, direction plate 24, Linkage steering 9 and break-in joint 22.When rotating handlebar 23, connect break-in joint 22 by deflecting bar 10, direction plate 24 and left and right Linkage steering 9, two front-wheels 11 are turned to, direction plate 24 is fixed on deflecting bar 10 lower ends, and deflecting bar 10 is located in the preceding arm 32; Left and right Linkage steering 9 two ends movable connection structures are prong like or universal ball joint structure.
Chain drive is made up of two cranks 18, two stretchers 37, a drive sprocket 27, a driven minor sprocket 25, a driven hinge wheel 26, flywheel 29, two circle chains 19.Be provided with an axis within the last trustship 31, be provided with bearing between last trustship 31 two ends and the axis, the axis right side is provided with drive sprocket 27 and a crank 18, and the axis left side is provided with a crank 18, installation foot pedal 37 on the crank 18.Be provided with an axis within the following trustship 33, be provided with bearing between following trustship 33 two ends and the axis, the axis left side is provided with driven hinge wheel 26, and the right side is provided with driven minor sprocket 25.Drive sprocket 27 links with driven minor sprocket 25, and driven minor sprocket 25 and driven hinge wheel 26 are coaxial, and driven hinge wheel 26 links with flywheel 29, and flywheel 29 is located on the hind axle 30.
Motor drive mechanism is made up of electrical motor 13, battery pack 12, circuit control system, flywheel 29, a circle chain 19.Electrical motor 13 is located at chassis frame the 5th crossbeam 38 lower ends, and electrical motor 13 links with flywheel 29, and this flywheel 29 is located on the hind axle 30.Battery pack 12 is located at hood vehicle frame the 3rd crossbeam 43 and hood vehicle frame the 4th crossbeam 44 tops, and vehicle seats 16 is located at battery pack 12 tops.
Claims (6)
1. a manpower, electronic double dynamical four-wheeled, comprise chassis frame, hood vehicle frame, two front-wheels, two trailing wheels, two Shock absorbers, vehicle seats, steering hardware, chain drive, motor drive mechanism, car loudspeaker, car headlight, steering indicating light, tail-light, back mirror, shroud upper panel, Windshield, overhead guard plate and rear cowls, it is characterized by: car loudspeaker, car headlight, steering indicating light, tail-light are connected by circuit control system control and with battery, and battery pack is located at the vehicle seats below; Shroud upper panel, Windshield, overhead guard plate and rear cowl are fixedly mounted on the hood vehicle frame successively; The car headlight is located at the shroud upper panel middle and upper part, and steering indicating light and back mirror are located at and are positioned at car headlight both sides on the hood vehicle frame, and tail-light is located at rear vehicle.
2. manpower according to claim 1, electronic double dynamical four-wheeled, it is characterized by: chassis frame is by four longerons of laterally parallel five crossbeams and parallel longitudinal and go up trustship, following trustship, a preceding arm, three arms, four hangers are welded, crossbeam and longeron plane are criss-cross arranged, the side is Jiong shape, the top of preceding arm and an arm and last trustship welding, the bottom is welded in chassis frame second crossbeam and chassis frame the 3rd crossbeam middle part, the bottom of two other arm and following trustship welding, top is welded in chassis frame second crossbeam and chassis frame the 3rd crossbeam middle part, be the quadrangle layout on preceding arm and three arm vertical surface, before arm and the overlay of three arm planar central axle phases together and be parallel to longeron, last trustship is parallel to crossbeam with following trustship and center-point aligns with the crossbeam center-point, four hangers are located at chassis frame the 3rd crossbeam and top, chassis frame the 5th crossbeam two ends respectively, front-wheel is located at the two ends of chassis frame first crossbeam respectively by the break-in joint, trailing wheel is located at the two ends of hind axle respectively, the chassis frame end by bearings on hind axle.
3. manpower according to claim 1, electronic double dynamical four-wheeled, it is characterized by: the hood vehicle frame is by two parallel and symmetrical pentagon steelframes, four horizontal parallel crossbeams, two forks and two hangers are welded, hood vehicle frame first crossbeam is located at the front upper part of pentagon steelframe, hood vehicle frame second crossbeam is located at the preceding bottom of pentagon steelframe, hood vehicle frame the 3rd crossbeam and hood vehicle frame the 4th crossbeam are located at the rear lower of pentagon steelframe, two forks are located at the middle and lower part of two pentagon steelframes respectively, two hangers are located at the bottom, two ends of hood vehicle frame the 4th crossbeam respectively, the upper end of Shock absorber is linked to hanger on the hood vehicle frame by bolt, the lower end of Shock absorber is linked to hanger on chassis frame the 5th crossbeam by bolt, fork is linked to hanger on chassis frame the 3rd crossbeam by bolt, making car body is that center of oscillation can swing up and down with the bolt of this fork connecting portion, realizes the damping effect of car.
4. manpower according to claim 1, electronic double dynamical four-wheeled, it is characterized by: steering hardware is made up of handlebar, deflecting bar, direction plate, Linkage steering and break-in joint, when rotating handlebar, connect the break-in joint by deflecting bar, direction plate and left and right Linkage steering, make two front-wheel steerings, direction plate is fixed on the deflecting bar lower end, and in the arm, left and right Linkage steering two ends movable connection structure was prong like or universal ball joint structure before deflecting bar was located in.
5. manpower according to claim 1, electronic double dynamical four-wheeled, it is characterized by: chain drive is by two cranks, two stretchers, a drive sprocket, a driven minor sprocket, a driven hinge wheel, a flywheel, two circle chains are formed, be provided with an axis within the last trustship, be provided with bearing between last trustship two ends and the axis, the axis right side is provided with drive sprocket and a crank, the axis left side is provided with a crank, installation foot pedal on the crank, be provided with an axis within the following trustship, be provided with bearing between following trustship two ends and the axis, the axis left side is provided with driven hinge wheel, the right side is provided with driven minor sprocket, and drive sprocket links with driven minor sprocket, and driven minor sprocket and driven hinge wheel are coaxial, driven hinge wheel links with flywheel, and flywheel is located on the hind axle.
6. manpower according to claim 1, electronic double dynamical four-wheeled, it is characterized by: motor drive mechanism is made up of electrical motor, battery pack, circuit control system, flywheel, a circle chain, electrical motor is located at chassis frame the 5th crossbeam lower end, electrical motor links with flywheel, this flywheel is located on the hind axle, battery pack is located at hood vehicle frame the 3rd crossbeam and the 4th crossbeam top, and vehicle seats is located at battery pack top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013101815927A CN103241334A (en) | 2013-05-16 | 2013-05-16 | Pedal-powered/motor-driven double-power four-wheeler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013101815927A CN103241334A (en) | 2013-05-16 | 2013-05-16 | Pedal-powered/motor-driven double-power four-wheeler |
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| Publication Number | Publication Date |
|---|---|
| CN103241334A true CN103241334A (en) | 2013-08-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013101815927A Pending CN103241334A (en) | 2013-05-16 | 2013-05-16 | Pedal-powered/motor-driven double-power four-wheeler |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104192242A (en) * | 2014-09-25 | 2014-12-10 | 姚国强 | Multifunctional buggy |
| CN113424700A (en) * | 2021-07-29 | 2021-09-24 | 张结花 | Small-size sunflower harvesting equipment |
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| CN2353628Y (en) * | 1998-09-18 | 1999-12-15 | 李伦 | Domestic tricycle-type miniszed automobile |
| US6152251A (en) * | 1997-10-22 | 2000-11-28 | Suzuki Kabushiki Kaisha | Power assist bicycle |
| CN1460623A (en) * | 2003-06-17 | 2003-12-10 | 张向阳 | Miniature four-wheel car |
| CN2604368Y (en) * | 2003-03-24 | 2004-02-25 | 曹志强 | Manpower four-wheeled vehicle |
| CN201882137U (en) * | 2010-12-09 | 2011-06-29 | 陈章雨 | Motor-driven four-wheeler chassis steering gear structure |
| CN202593788U (en) * | 2012-02-11 | 2012-12-12 | 戴维峰 | Reclining pedal, electric and solar driven closed type four-wheel bicycle |
-
2013
- 2013-05-16 CN CN2013101815927A patent/CN103241334A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6152251A (en) * | 1997-10-22 | 2000-11-28 | Suzuki Kabushiki Kaisha | Power assist bicycle |
| CN2353628Y (en) * | 1998-09-18 | 1999-12-15 | 李伦 | Domestic tricycle-type miniszed automobile |
| CN2604368Y (en) * | 2003-03-24 | 2004-02-25 | 曹志强 | Manpower four-wheeled vehicle |
| CN1460623A (en) * | 2003-06-17 | 2003-12-10 | 张向阳 | Miniature four-wheel car |
| CN201882137U (en) * | 2010-12-09 | 2011-06-29 | 陈章雨 | Motor-driven four-wheeler chassis steering gear structure |
| CN202593788U (en) * | 2012-02-11 | 2012-12-12 | 戴维峰 | Reclining pedal, electric and solar driven closed type four-wheel bicycle |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104192242A (en) * | 2014-09-25 | 2014-12-10 | 姚国强 | Multifunctional buggy |
| CN113424700A (en) * | 2021-07-29 | 2021-09-24 | 张结花 | Small-size sunflower harvesting equipment |
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Application publication date: 20130814 |