CN204916035U - Improve recreational vehicle of structure - Google Patents
Improve recreational vehicle of structure Download PDFInfo
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- CN204916035U CN204916035U CN201520655303.7U CN201520655303U CN204916035U CN 204916035 U CN204916035 U CN 204916035U CN 201520655303 U CN201520655303 U CN 201520655303U CN 204916035 U CN204916035 U CN 204916035U
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Abstract
The utility model discloses an improve recreational vehicle of structure, including the automobile body, set up before the automobile body upper end the steering wheel, set up the seat on the automobile body and set up in the drive base of automobile body bottom, the drive base includes that chassis, drive wheel, control drive crop rotation axial pivoted driving motor, a plurality of retinue drive crop rotation axial pivoted from driving wheel and the drive mechanism who is used for the radial rotation of control drive crop rotation that is connected through a connecting rod with the steering wheel, the drive wheel includes the shaft, sets gradually in the profile and the cover tire of round off -axial, and the both sides terminal surface of profile is fixed with an apron respectively, and driving motor takes in in two apron, and the shaft of driving motor's pivot and drive wheel links, the effect: place the drive wheel in the driving motor in, occupation space is little, and the energy -conserving material of economizing is easy to assemble, and the rotation of driving motor direct drive drive wheel, does not need the middle transmission parts for drive wheel power is strong, the climbing is strong, fast, the fault rate low, and then, the utility model discloses excellent in use effect.
Description
Technical field
The utility model relates to recreation facility equipment technical field, specifically, relates to a kind of fun vehicle of modified node method.
Background technology
Fun vehicle, as the term suggests a kind of main confession is used for the mobile facility equipment that children play, and it is widely used in various recreation ground.
Fun vehicle of the prior art, its driving base that generally all there is vehicle body, bearing circle and be connected to bearing circle, corresponding driving base is then provided with drive wheel, controls to drive the drive motor of crop rotation axial rotation, controls to drive the transmission device of crop rotation radial rotary and some retinues to drive the flower wheel of crop rotation axial rotation, corresponding transmission device is then connected with bearing circle by bearing circle pipe link.
The fun vehicle of this kind of structure, it controls to drive the drive motor of crop rotation axial rotation to be generally all arranged at outside drive wheel, namely be fixed on respective drive base, its defect is: the drive motor volume used is large, take up room large, fitting operation bothers, and corresponding drive motor is when driving corresponding drive wheel to rotate, it not Direct driver, but need loaded down with trivial details intermediate transmission mechanism, and then, its drive wheel differential force, velocity of rotation is slow, climb poor, and, because of corresponding drive motor band brush and gear, make fault rate high, time in use for a long time, easy to wear, make service life short.
By this, for present situation, existing fun vehicle is improved, especially associated drive mechanism is improved, design a in respective drive wheel in centrally-mounted driving, to make the fun vehicle of the modified node method of respective drive motor direct-drive respective drive wheel, make to take up room little, easy for installation, and make that respective drive wheel power is strong, climbing is strong, speed is fast, failure rate is low etc., then be necessary, it must have application value.
Utility model content
The purpose of this utility model is to overcome the deficiency of above-mentioned prior art and the fun vehicle of a kind of modified node method provided.
The technical scheme that the utility model solution prior art problem adopts is: a kind of fun vehicle of modified node method, comprise vehicle body, be arranged at the bearing circle of the front upper end of vehicle body, be arranged at the seat on vehicle body and be arranged at the driving base of body bottom, it is characterized in that: the transmission device in order to control described driving crop rotation radial rotary that described driving base is comprised underframe, drive wheel, the drive motor of control described driving crop rotation axial rotation, the flower wheel of some retinues described driving crop rotation axial rotation and is connected with described bearing circle by a pipe link;
Wherein, described drive wheel comprises wheel shaft, be set in turn in profile outside described wheel shaft and cover tire, the both sides end face of described profile is detachable is respectively fixed with a cover plate, and described drive motor is accommodated in cover plate described in two, and the wheel shaft of the rotating shaft of described drive motor and described drive wheel is connected.
Below above technical scheme is further elaborated:
Preferably, described driving base also comprises the bearing fixed seat in order to fixing described transmission device of the front end being arranged at described underframe, and described bearing fixed seat comprises bearing fixed seat A and bearing fixed seat B;
Wherein, described transmission device comprises horizontally disposed main synchronizing wheel, from synchronizing wheel and in order to connect described main synchronizing wheel and the described synchrodrive wheel belt from synchronizing wheel;
Described main synchronizing wheel has a spindle rod, and described main synchronizing wheel is arranged in the upper end of described spindle rod; Described have one from axostylus axostyle from synchronizing wheel, is describedly positioned at the described upper end from axostylus axostyle from synchronizing wheel; Described spindle rod and described from axostylus axostyle being fixed on described underframe respectively by described bearing fixed seat A and the movable rotation of bearing fixed seat B.
Preferably, described bearing fixed seat A comprises upper cap A and lower cover cap A; Described spindle rod is fixed with an a head bearing A and lower bearing A in the lower end of described main synchronizing wheel, and on described underframe, vertical direction has first through hole suitable with described spindle rod;
Wherein, described spindle rod is arranged in described first through hole, with the upper surface and the lower surface that make described head bearing A and lower bearing A lay respectively at described underframe; Described upper cap A is sheathed on the upper end of described spindle rod, and is fixed on the upper surface of described underframe, to make between the mobilizable upper surface being sticked in described upper cap A and described underframe of described head bearing A; Described lower cover cap A is sheathed on the lower end of described spindle rod, and is fixed on the lower surface of described underframe, and to make, described lower bearing A is mobilizable to be sticked between described lower cover cap A and the lower surface of described underframe.
Preferably, described bearing fixed seat B comprises upper cap B and lower cover cap B; Describedly from axostylus axostyle, be fixed with an a head bearing B and lower bearing B in the described lower end from synchronizing wheel, on described underframe vertical direction have one with described second through hole suitable from axostylus axostyle;
Wherein, describedly described second through hole is arranged in from axostylus axostyle, with the upper surface and the lower surface that make described head bearing B and lower bearing B lay respectively at described underframe; Described upper cap B is sheathed on the described upper end from axostylus axostyle, and is fixed on the upper surface of described underframe, to make between the mobilizable upper surface being sticked in described upper cap B and described underframe of described head bearing B; Described lower cover cap B is sheathed on the described lower end from axostylus axostyle, and is fixed on the lower surface of described underframe, and to make, described lower bearing B is mobilizable to be sticked between described lower cover cap B and the lower surface of described underframe.
Preferably, the end of described pipe link is rotationally connected by the upper end of a universal-joint and described spindle rod; The described lower end from axostylus axostyle is fixed with an inverted U bogie truck, and described in two, the middle part of cover plate is respectively equipped with a via hole, and the via hole of wheel shaft on the described cover plate of these drive wheel both sides of described drive wheel stretches out, and is fixed on described inverted U bogie truck;
When the described bearing circle of rotation, with make described spindle rod drive described from spindle rotation time, described driving crop rotation radial rotary.
Preferably, described driving base also comprises the fixed installation position of the control capsule in order to the described drive motor of fixing control being arranged at described underframe rear end and the battery case of powering for described control capsule, described fixed installation position comprises a base plate and two and is arranged at inverted U fixed frame on described base plate, and the upper end of inverted U fixed frame described in two is respectively equipped with the adjusting bolt in order to play fastening described control capsule and battery case that is through to its lower end.
Preferably, described drive motor is electrically connected with described control capsule by the power lead being arranged in described via hole.
Preferably, described driving base also comprises two and is arranged at the limiting stopper in order to limit described inverted U bogie truck left-right rotation angle on described underframe, and limiting stopper described in two lays respectively at the both sides of described inverted U bogie truck.
Preferably, described main synchronizing wheel and be evenly provided with multiple dentate groove respectively from the wheel face be connected with described synchrodrive wheel belt of synchronizing wheel, the inner end surface of described synchrodrive wheel belt is provided with the suitable serration of multiple and described dentate groove, described synchrodrive wheel belt by multiple described serration and multiple described dentate groove respectively with described main synchronizing wheel and be meshed from synchronizing wheel.
Preferably, described drive motor is high-speed permanent-magnet brushless motor.
The beneficial effects of the utility model are:
The fun vehicle of one, a kind of modified node method provided by the utility model, corresponding drive motor is built in described drive wheel, on the one hand, make to take up room and greatly reduce, make energy-saving material, also convenient installation, on the other hand, the rotation of the corresponding drive wheel of corresponding drive motor Direct driver, does not need intermediate transmission parts, makes when driving described drive wheel to rotate, described drive wheel power is strong, climbing is strong, speed is fast, failure rate is low, and then the utility model is practical, result of use is good.
Two, the utility model has additional bearing fixed seat A and bearing fixed seat B, make described spindle rod and described from axostylus axostyle respectively movable rotation be fixed on described underframe, make in the process used, described spindle rod and described good from axostylus axostyle stationarity, steadiness is good, and be sheathed in corresponding first through hole because of corresponding head bearing A and lower bearing A, make when described spindle rod rotates, all can not there is stuck phenomenon in described head bearing A and lower bearing A, and then described spindle rod rotation sensitieness is good; In like manner, because corresponding head bearing B and lower bearing B is sheathed in corresponding second through hole, make described from spindle rotation time, also can not there is stuck phenomenon in described head bearing B and lower bearing B, and then, described good from spindle rotation sensitieness; Thus integral structure of the present utility model is more solid and reliable, overall rotation alerting ability is better.
They are three years old, in the utility model embodiment, described main synchronizing wheel and be evenly provided with multiple dentate groove respectively from the wheel face be connected with described synchrodrive wheel belt of synchronizing wheel, the inner end surface of described synchrodrive wheel belt is provided with the suitable serration of multiple and described dentate groove, described synchrodrive wheel belt by multiple described serration and multiple described dentate groove respectively with described main synchronizing wheel and be meshed from synchronizing wheel, so, namely described synchrodrive wheel belt of the present utility model and described main synchronizing wheel and good from engagement property between synchronizing wheel is made, not easily get loose, also can not break, and then, the utility model long service life.
Four, drive motor is built in the technical scheme in described drive wheel by the utility model, can not only be applied on fun vehicle, it also can be applicable to the car body of the band drive wheel of other types, as Intelligent electric toy car, electric bumper car, electronic racing car etc., and the utility model is in the improvement of technology, and not needing increases too many cost, thus, the utility model must have good market popularization value, and the utility model can very welcome, can effectively be popularized.
Accompanying drawing explanation
Fig. 1 is the integral structure schematic diagram one of the fun vehicle of the utility model modified node method;
Fig. 2 is the integral structure schematic diagram two of the fun vehicle of the utility model modified node method;
Fig. 3 is in the utility model embodiment, the integral structure schematic diagram one that described driving base is connected with described bearing circle;
Fig. 4 is the enlarged drawing of A in Fig. 3;
Fig. 5 is in the utility model embodiment, the integral structure schematic diagram two that described driving base is connected with described bearing circle;
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Drawing reference numeral:
Vehicle body 10;
Seat 101;
Bearing circle 20;
Underframe 30;
Drive wheel 40;
Wheel shaft 401; Profile 402; Tire 403; Cover plate 404;
Flower wheel 50;
Pipe link 60;
Transmission device 70;
Main synchronizing wheel 701; Spindle rod 7011; From synchronizing wheel 702; From axostylus axostyle 7021; Synchronous wheel belt 703;
Bearing fixed seat A80;
Upper cap A801; Lower cover cap A802;
Bearing fixed seat B90;
Upper cap B901; Lower cover cap B902;
Universal-joint 100;
Inverted U bogie truck 110;
Fixed installation position 120;
Base plate 1201; Inverted U fixed frame 1202; Adjusting bolt 1203;
Power lead 130;
Limiting stopper 140.
Detailed description of the invention
Below with reference to drawings and the specific embodiments describe in detail the technical solution of the utility model so as clearer, understand invention essence of the present utility model intuitively.
Fig. 1 is the integral structure schematic diagram one of the fun vehicle of the utility model modified node method; Fig. 2 is the integral structure schematic diagram two of the fun vehicle of the utility model modified node method; Fig. 3 is in the utility model embodiment, the integral structure schematic diagram one that described driving base is connected with described bearing circle; Fig. 4 is the enlarged drawing of A in Fig. 3; Fig. 5 is in the utility model embodiment, the integral structure schematic diagram two that described driving base is connected with described bearing circle;
Shown in composition graphs 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5;
The fun vehicle of a kind of modified node method provided by the utility model, the driving base comprising vehicle body 10, be arranged at the bearing circle 20 of the front upper end of vehicle body 10, be arranged at the seat 101 on vehicle body 10 and be arranged at bottom vehicle body 10, is characterized in that: described driving base is comprised underframe 30, drive wheel 40, controls the flower wheel 50 that described drive wheel 40 makes the drive motor of axial rotation, the described drive wheel of some retinues 40 makes axial rotation and the transmission device 70 making radial rotary in order to control described drive wheel 40 be connected with described bearing circle 20 by a pipe link 60;
Wherein, described drive wheel 40 comprises wheel shaft 401, be set in turn in profile 402 outside described wheel shaft 401 and cover tire 403, the both sides end face of described profile 402 is detachable is respectively fixed with a cover plate 404, described drive motor is accommodated in cover plate 404 described in two, and the wheel shaft 401 of the rotating shaft of described drive motor and described drive wheel 40 is connected.
So, the fun vehicle of a kind of modified node method provided by the utility model, corresponding drive motor is built in described drive wheel 40, on the one hand, make to take up room and greatly reduce, make energy-saving material, also convenient installation, on the other hand, the rotation of the corresponding drive wheel 40 of corresponding drive motor Direct driver, do not need intermediate transmission parts, make when driving described drive wheel 40 to rotate, described drive wheel 40 power be strong, climbing is strong, speed is fast, failure rate is low, and then, the utility model is practical, and result of use is good.
Further, in the utility model embodiment, described driving base also comprises the bearing fixed seat in order to fixing described transmission device 70 of the front end being arranged at described underframe 30, and described bearing fixed seat comprises bearing fixed seat A80 and bearing fixed seat B90;
Wherein, described transmission device 70 comprises horizontally disposed main synchronizing wheel 701, from synchronizing wheel 702 and in order to connect described main synchronizing wheel 701 and the described synchrodrive wheel belt 703 from synchronizing wheel 702;
Described main synchronizing wheel 701 has a spindle rod 7011, and described main synchronizing wheel 701 is arranged in the upper end of described spindle rod 7011; Described have one from axostylus axostyle 7021 from synchronizing wheel 702, is describedly positioned at the described upper end from axostylus axostyle 7021 from synchronizing wheel 702; Described spindle rod 7011 and described from axostylus axostyle 7021 being fixed on described underframe 30 respectively by described bearing fixed seat A80 and the movable rotation of bearing fixed seat B90.
Further, described bearing fixed seat A80 of the present utility model comprises upper cap A801 and lower cover cap A802; Described spindle rod 7011 is fixed with a head bearing A (not shown) and lower bearing A (not shown) in the lower end of described main synchronizing wheel 701, and on described underframe 30, vertical direction has first through hole suitable with described spindle rod 7011;
Wherein, described spindle rod 7011 is arranged in described first through hole, with the upper surface and the lower surface that make described head bearing A (not shown) and lower bearing A (not shown) lay respectively at described underframe 30; Described upper cap A801 is sheathed on the upper end of described spindle rod 7011, and is fixed on the upper surface of described underframe 30, to make between the described mobilizable upper surface being sticked in described upper cap A801 and described underframe 30 of head bearing A (not shown); Described lower cover cap A802 is sheathed on the lower end of described spindle rod 7011, and is fixed on the lower surface of described underframe 30, and to make, described lower bearing A (not shown) is mobilizable to be sticked between described lower cover cap A802 and the lower surface of described underframe 30.
Meanwhile, described bearing fixed seat B90 of the present utility model comprises upper cap B901 and lower cover cap B902; Describedly from axostylus axostyle 7021, be fixed with a head bearing B (not shown) and lower bearing B (not shown) in the described lower end from synchronizing wheel 702, on described underframe 30 vertical direction have one with described second through hole suitable from axostylus axostyle 7021;
Wherein, describedly described second through hole is arranged in from axostylus axostyle 7021, with the upper surface and the lower surface that make described head bearing B (not shown) and lower bearing B (not shown) lay respectively at described underframe 30; Described upper cap B901 is sheathed on the described upper end from axostylus axostyle 7021, and is fixed on the upper surface of described underframe 30, to make between the described mobilizable upper surface being sticked in described upper cap B901 and described underframe 30 of head bearing B (not shown); Described lower cover cap B902 is sheathed on the described lower end from axostylus axostyle 7021, and is fixed on the lower surface of described underframe 30, and to make, described lower bearing B (not shown) is mobilizable to be sticked between described lower cover cap B902 and the lower surface of described underframe 30.
Accordingly, the end of described pipe link 60 of the present utility model is rotationally connected with the upper end of described spindle rod 7011 by a universal-joint 100; The described lower end from axostylus axostyle 7021 is fixed with an inverted U bogie truck 110, described in two, the middle part of cover plate 404 is respectively equipped with a via hole, the via hole of wheel shaft 401 on the described cover plate 404 of these drive wheel 40 both sides of described drive wheel 40 stretches out, and is fixed on described inverted U bogie truck 110;
When the described bearing circle 20 of rotation, with make described spindle rod 7011 drive described rotate from axostylus axostyle 7021 time, described drive wheel 40 makes radial rotary.
So, because the utility model has additional bearing fixed seat A80 and bearing fixed seat B90, make described spindle rod 7011 and described from axostylus axostyle 7021 respectively movable rotation be fixed on described underframe 30, make in the process used, described spindle rod 7011 and described good from axostylus axostyle 7021 stationarity, steadiness is good, and be sheathed in corresponding first through hole because of corresponding head bearing A (not shown) and lower bearing A (not shown), make when described spindle rod 7011 rotates, all can not there is stuck phenomenon in described head bearing A (not shown) and lower bearing A (not shown), and then, it is good that described spindle rod 7011 rotates sensitieness, in like manner, because corresponding head bearing B (not shown) and lower bearing B (not shown) are sheathed in corresponding second through hole, make described rotate from axostylus axostyle 7021 time, also stuck phenomenon can not be there is in described head bearing B (not shown) and lower bearing B (not shown), and then described to rotate sensitieness from axostylus axostyle 7021 good, thus integral structure of the present utility model is more solid and reliable, overall rotation alerting ability is better.
Further, in the specific implementation, described driving base of the present utility model also comprises the fixed installation position 120 of the control capsule in order to the described drive motor of fixing control being arranged at described underframe 30 rear end and the battery case of powering for described control capsule, described fixed installation position 120 comprises a base plate 1201 and two and is arranged at inverted U fixed frame 1202 on described base plate 1201, and the upper end of inverted U fixed frame 1202 described in two is respectively equipped with the adjusting bolt 1203 in order to play fastening described control capsule and battery case that is through to its lower end.
So, corresponding control capsule and battery case are installed on described base plate 1201, then by control capsule described in fit and battery case two described in the adjusting bolt 1203 of upper end of inverted U fixed frame 1202 can be tightened fixing, it can not be got loose.
Further, in the utility model embodiment, described drive motor is electrically connected with described control capsule by the power lead 130 being arranged in described via hole.
Further, during concrete enforcement, described driving base of the present utility model also comprises two and is arranged at the limiting stopper 140 in order to limit described inverted U bogie truck 110 left-right rotation angle on described underframe 30, and limiting stopper 140 described in two lays respectively at the both sides of described inverted U bogie truck 110.
So, spacing by limiting stopper described in two 140, can make the slewing area of described inverted U bogie truck 110 limited, and make it be unlikely to transition when turning to and make the operations such as sudden stop, the utility model is turned on one's side, and the utility model safety factor is improved greatly.
In a preferred approach, spacing by limiting stopper described in two 140, the slewing area of described inverted U bogie truck 110 scope can be rotated in positive and negative 160 degree.
It is emphasized that, in preferred version, described main synchronizing wheel 701 of the present utility model and be evenly provided with multiple dentate groove respectively from the wheel face be connected with described synchrodrive wheel belt 703 of synchronizing wheel 702, the inner end surface of described synchrodrive wheel belt 703 is provided with the suitable serration of multiple and described dentate groove, described synchrodrive wheel belt 703 by multiple described serration and multiple described dentate groove respectively with described main synchronizing wheel 701 and be meshed from synchronizing wheel 702.
So, namely make described synchrodrive wheel belt 703 of the present utility model and described main synchronizing wheel 701 and good from engagement property between synchronizing wheel 702, not easily get loose, also can not break, and then, the utility model long service life.And in the specific implementation, described main synchronizing wheel 701 and describedly all adopt aluminum alloy material from synchronizing wheel 702, then reinforcing bar is embedded with in described synchrodrive wheel belt 703, thus, described main synchronizing wheel 701 of the present utility model, long service life from synchronizing wheel 702 and synchrodrive wheel belt 703, durability is strong.
It should be noted that, in the utility model embodiment, described drive motor is high-speed permanent-magnet brushless motor.Namely described drive motor brushless gearless of the present utility model, makes itself wear-resistant, failure rate is low, long service life.
You need to add is that, when specifically implementing, described flower wheel 50 is provided with four, and four described flower wheels 50 are arranged at the corner of described underframe 30 respectively, and the adjustable length of described synchrodrive wheel belt 703 of the present utility model.
And, seat 101 on described vehicle body 10 of the present utility model is set to Double-seat, described bearing circle 20 is arranged at the front upper end of described vehicle body 10, and be positioned at the front of the main driving position of described Double-seat, the front of the co-driver of described Double-seat is provided with an auxiliary direction dish flushed with described bearing circle 20, and described auxiliary direction dish is fixed on described underframe 30 by a fixed link.
Other embodiments etc., at this, do not do casehistory one by one.
In sum, the fun vehicle of a kind of modified node method provided by the utility model, corresponding drive motor is built in described drive wheel 40, on the one hand, make to take up room and greatly reduce, make energy-saving material, also convenient installation, on the other hand, the rotation of the corresponding drive wheel 40 of corresponding drive motor Direct driver, do not need intermediate transmission parts, make when driving described drive wheel 40 to rotate, described drive wheel 40 power be strong, climbing is strong, speed is fast, failure rate is low, and then, the utility model is practical, and result of use is good.
And, the utility model has additional bearing fixed seat A80 and bearing fixed seat B90, make described spindle rod 7011 and described from axostylus axostyle 7021 respectively movable rotation be fixed on described underframe 30, make in the process used, described spindle rod 7011 and described good from axostylus axostyle 7021 stationarity, steadiness is good, and be sheathed in corresponding first through hole because of corresponding head bearing A and lower bearing A, make when described spindle rod 7011 rotates, all can not there is stuck phenomenon in described head bearing A and lower bearing A, and then, it is good that described spindle rod 7011 rotates sensitieness, in like manner, because corresponding head bearing B and lower bearing B is sheathed in corresponding second through hole, make described rotate from axostylus axostyle 7021 time, also can not there is stuck phenomenon in described head bearing B and lower bearing B, and then described to rotate sensitieness from axostylus axostyle 7021 good, thus integral structure of the present utility model is more solid and reliable, overall rotation alerting ability is better.
Meanwhile, in the utility model embodiment, described main synchronizing wheel 701 and be evenly provided with multiple dentate groove respectively from the wheel face be connected with described synchrodrive wheel belt 703 of synchronizing wheel 702, the inner end surface of described synchrodrive wheel belt 703 is provided with the suitable serration of multiple and described dentate groove, described synchrodrive wheel belt 703 by multiple described serration and multiple described dentate groove respectively with described main synchronizing wheel 701 and be meshed from synchronizing wheel 702, so, namely described synchrodrive wheel belt 703 of the present utility model and described main synchronizing wheel 701 and good from engagement property between synchronizing wheel 702 is made, not easily get loose, also can not break, and then, the utility model long service life.
Accordingly, drive motor is built in the technical scheme in described drive wheel 40 by the utility model, can not only be applied on fun vehicle, it also can be applicable to the car body of the band drive wheel 40 of other types, as Intelligent electric toy car, electric bumper car, electronic racing car etc., and the utility model is in the improvement of technology, do not need to increase too many cost, thus the utility model must have good market popularization value, the utility model can very welcome, can effectively be popularized.
The foregoing is only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. the fun vehicle of a modified node method, comprise vehicle body, be arranged at the bearing circle of the front upper end of vehicle body, be arranged at the seat on vehicle body and be arranged at the driving base of body bottom, it is characterized in that: the transmission device in order to control described driving crop rotation radial rotary that described driving base is comprised underframe, drive wheel, the drive motor of control described driving crop rotation axial rotation, the flower wheel of some retinues described driving crop rotation axial rotation and is connected with described bearing circle by a pipe link;
Wherein, described drive wheel comprises wheel shaft, be set in turn in profile outside described wheel shaft and cover tire, the both sides end face of described profile is detachable is respectively fixed with a cover plate, and described drive motor is accommodated in cover plate described in two, and the wheel shaft of the rotating shaft of described drive motor and described drive wheel is connected.
2. the fun vehicle of modified node method according to claim 1, it is characterized in that: described driving base also comprises the bearing fixed seat in order to fixing described transmission device of the front end being arranged at described underframe, and described bearing fixed seat comprises bearing fixed seat A and bearing fixed seat B;
Wherein, described transmission device comprises horizontally disposed main synchronizing wheel, from synchronizing wheel and in order to connect described main synchronizing wheel and the described synchrodrive wheel belt from synchronizing wheel;
Described main synchronizing wheel has a spindle rod, and described main synchronizing wheel is arranged in the upper end of described spindle rod; Described have one from axostylus axostyle from synchronizing wheel, is describedly positioned at the described upper end from axostylus axostyle from synchronizing wheel; Described spindle rod and described from axostylus axostyle being fixed on described underframe respectively by described bearing fixed seat A and the movable rotation of bearing fixed seat B.
3. the fun vehicle of modified node method according to claim 2, is characterized in that: described bearing fixed seat A comprises upper cap A and lower cover cap A; Described spindle rod is fixed with an a head bearing A and lower bearing A in the lower end of described main synchronizing wheel, and on described underframe, vertical direction has first through hole suitable with described spindle rod;
Wherein, described spindle rod is arranged in described first through hole, with the upper surface and the lower surface that make described head bearing A and lower bearing A lay respectively at described underframe; Described upper cap A is sheathed on the upper end of described spindle rod, and is fixed on the upper surface of described underframe, to make between the mobilizable upper surface being sticked in described upper cap A and described underframe of described head bearing A; Described lower cover cap A is sheathed on the lower end of described spindle rod, and is fixed on the lower surface of described underframe, and to make, described lower bearing A is mobilizable to be sticked between described lower cover cap A and the lower surface of described underframe.
4. the fun vehicle of modified node method according to claim 2, is characterized in that: described bearing fixed seat B comprises upper cap B and lower cover cap B; Describedly from axostylus axostyle, be fixed with an a head bearing B and lower bearing B in the described lower end from synchronizing wheel, on described underframe vertical direction have one with described second through hole suitable from axostylus axostyle;
Wherein, describedly described second through hole is arranged in from axostylus axostyle, with the upper surface and the lower surface that make described head bearing B and lower bearing B lay respectively at described underframe; Described upper cap B is sheathed on the described upper end from axostylus axostyle, and is fixed on the upper surface of described underframe, to make between the mobilizable upper surface being sticked in described upper cap B and described underframe of described head bearing B; Described lower cover cap B is sheathed on the described lower end from axostylus axostyle, and is fixed on the lower surface of described underframe, and to make, described lower bearing B is mobilizable to be sticked between described lower cover cap B and the lower surface of described underframe.
5. the fun vehicle of modified node method according to claim 4, is characterized in that: the end of described pipe link is rotationally connected by the upper end of a universal-joint and described spindle rod; The described lower end from axostylus axostyle is fixed with an inverted U bogie truck, and described in two, the middle part of cover plate is respectively equipped with a via hole, and the via hole of wheel shaft on the described cover plate of these drive wheel both sides of described drive wheel stretches out, and is fixed on described inverted U bogie truck;
When the described bearing circle of rotation, with make described spindle rod drive described from spindle rotation time, described driving crop rotation radial rotary.
6. the fun vehicle of modified node method according to claim 5, it is characterized in that: described driving base also comprises the fixed installation position of the control capsule in order to the described drive motor of fixing control being arranged at described underframe rear end and the battery case of powering for described control capsule, described fixed installation position comprises a base plate and two and is arranged at inverted U fixed frame on described base plate, and the upper end of inverted U fixed frame described in two is respectively equipped with the adjusting bolt in order to play fastening described control capsule and battery case that is through to its lower end.
7. the fun vehicle of modified node method according to claim 6, is characterized in that: described drive motor is electrically connected with described control capsule by the power lead being arranged in described via hole.
8. the fun vehicle of modified node method according to claim 5, it is characterized in that: described driving base also comprises two and is arranged at the limiting stopper in order to limit described inverted U bogie truck left-right rotation angle on described underframe, and limiting stopper described in two lays respectively at the both sides of described inverted U bogie truck.
9. the fun vehicle of modified node method according to claim 2, it is characterized in that: described main synchronizing wheel and be evenly provided with multiple dentate groove respectively from the wheel face be connected with described synchrodrive wheel belt of synchronizing wheel, the inner end surface of described synchrodrive wheel belt is provided with the suitable serration of multiple and described dentate groove, described synchrodrive wheel belt by multiple described serration and multiple described dentate groove respectively with described main synchronizing wheel and be meshed from synchronizing wheel.
10. the fun vehicle of the modified node method according to any one of claim 1-9, is characterized in that: described drive motor is high-speed permanent-magnet brushless motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520655303.7U CN204916035U (en) | 2015-08-27 | 2015-08-27 | Improve recreational vehicle of structure |
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| CN201520655303.7U CN204916035U (en) | 2015-08-27 | 2015-08-27 | Improve recreational vehicle of structure |
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