CN109665014A - Box-type folding electric vehicle - Google Patents
Box-type folding electric vehicle Download PDFInfo
- Publication number
- CN109665014A CN109665014A CN201710973979.4A CN201710973979A CN109665014A CN 109665014 A CN109665014 A CN 109665014A CN 201710973979 A CN201710973979 A CN 201710973979A CN 109665014 A CN109665014 A CN 109665014A
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- Prior art keywords
- component
- wheel
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- support
- hinge
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62K—CYCLES; CYCLE FRAMES; CYCLE STEERING DEVICES; RIDER-OPERATED TERMINAL CONTROLS SPECIALLY ADAPTED FOR CYCLES; CYCLE AXLE SUSPENSIONS; CYCLE SIDE-CARS, FORECARS, OR THE LIKE
- B62K15/00—Collapsible or foldable cycles
- B62K15/006—Collapsible or foldable cycles the frame being foldable
- B62K15/008—Collapsible or foldable cycles the frame being foldable foldable about 2 or more axes
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62M—RIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
- B62M6/00—Rider propulsion of wheeled vehicles with additional source of power, e.g. combustion engine or electric motor
- B62M6/40—Rider propelled cycles with auxiliary electric motor
Abstract
The present invention relates to a kind of box-type folding electric vehicles, including vehicle body component, front wheel supporting component, faucet assembly, rear wheel support component and mounting component.For vehicle body component by the cabinet that skeleton, car body rear side skeleton, vehicle bottom skeleton and shell form on front side of car body, the top of car body is cavity structure.Box-type folding electric vehicle of the present invention folds and unfolds easy, quick, vehicle body component upper cavity can deposit things；After folding completely, front wheel supporting component, wheel assembly, faucet assembly and mounting component and vehicle body component are fully integrated, shape is in body structure feature, the body of rod for being embedded in the faucet assembly of vehicle body upper portion cavity top can be used as the lift-pull handle of cabinet, when partially folded, faucet assembly can be used as handlebar stem push-and-pull retinue, easy to carry.
Description
Technical field
The present invention relates to a kind of box-type folding electric vehicles being convenient for carrying.
Background technique
Folding electric bicycle has increasingly obtained liking for people due to its Green Travel, portable feature.Mesh
Preceding well known folding electric bicycle, function of only riding instead of walk, and volume after folding and shape are not fully up to expectations, fold and unfold
Operate not easy enough, it is not convenient enough to carry.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of foldings and the easy to operate, carrying portable of expansion, while can deposit
Put the box-type folding electric vehicle of article.
The technical scheme adopted by the invention is that:
A kind of box-type folding electric vehicle, including vehicle body component, front wheel supporting component, faucet assembly, rear wheel support component, seat
Frame component, battery component.
The cabinet that the vehicle body component is made of car body front side skeleton, car body rear side skeleton, vehicle bottom skeleton and shell,
The top of car body is cavity structure.
The front wheel supporting component is made of front-wheel, front-wheel support, front-wheel support casing, and the top of front-wheel support is hollow
Standpipe, front-wheel support casing is socketed on the standpipe on front-wheel support top.
The faucet assembly by leading bracket, left handlebar, right handlebar, turn to standpipe, brake forming, turn to during standpipe is
Hollow structure turns to top and the left handlebar, right handlebar hinge of standpipe.
The rear wheel support component is made of rear-wheel and motor, rear-wheel main support, rear wheel support, and rear wheel support is with after
Wheel main support is slidably socketed.
The mounting component is made of seat support and seat cushion.
Connection is realized by upper joint sleeve pipe and lower joint sleeve pipe between the front wheel supporting component and the faucet assembly,
The lower end of upper joint sleeve pipe and the upper end of lower joint sleeve pipe pass through pin shaft coaxial link in car body anterior bone top of the trellis, front-wheel support
The top of top standpipe is linked with the lower end for turning to standpipe by pin shaft, first connection frame one end and front-wheel support casing hinge,
Frame hinge on front side of the first connection frame other end and car body, front wheel supporting component, lower joint sleeve pipe and the first connection frame are folding
It is placed on front side of car body in skeleton groove, faucet assembly and upper joint sleeve pipe fold the top sky for being placed on vehicle body upper portion cavity
Between.
The rear wheel support component and the mounting component are realized by third connection frame to link, one end of third connection frame
With the top hinge of two struts of rear-wheel main support, the other end of third connection frame and the rear end hinge of seat support, rear wheel
Two struts of bracket and two, the top strut of rear-wheel main support are slidably socketed, and are linked in rear wheel support component and mounting component
When expansion, one group of axis locking rear-wheel main support and rear wheel support at third connection frame and rear-wheel main support hinge, rear-wheel
The top of submounts and car body posterior bony top of the trellis hinge, the front end of seat support and car body posterior bony top of the trellis hinge, second connects
Connect skeleton underneath hinges, the other end and rear-wheel main support hinge on rear side of one end and car body of frame, rear wheel support component and mounting group
Part linkage is folded to pack up and is placed on rear side of car body.
Forward wheel components and front-wheel support lower part in the front wheel supporting component are placed in car body bottom side front, institute after folding
The lower part for stating rear-wheel and motor and rear-wheel main support is placed in car body bottom rear after folding.
The lower end junction of front-wheel support and front-wheel support casing is equipped with one group of ball, and prevents front-wheel support equipped with axis
It is slided up and down with front-wheel support casing, the lower end junction of upper joint sleeve pipe and leading bracket is equipped with one group of ball, and is equipped with card
Axis prevents upper joint sleeve pipe from sliding up and down with leading bracket.
Upper joint sleeve pipe and lower joint sleeve pipe are equipped with clamping mechanism, and clamping mechanism is locked under riding condition and dilatory state
Fixed, when faucet assembly is packed up to vehicle body component upper cavity, clamping mechanism is unlocked.
The two sides of the faucet bracket component are equipped with one group of clamping mechanism, and left handlebar, right handlebar are slided equipped with axis
The tank circuit and lock hole, under dilatory state, two buttons for pressing clamping mechanism make to unlock, and pull at faucet assembly backward,
Front wheel supporting component is started to spread out along lower joint sleeve pipe slide downward, front wheel supporting component, with front-wheel support top standpipe upper end
The steering standpipe of hinge slide downward simultaneously in leading bracket, and turns to the left handlebar of standpipe hinge, right handlebar in its tank circuit
Lower linkage expansion is acted on axis, until the left and right handlebar of faucet assembly is fully deployed, front-wheel when left and right handlebar and axis lock
Support component is fully deployed；Under riding condition, two buttons for pressing clamping mechanism make to unlock, and push hard leading group forward
Part, front wheel supporting component are started to shrink along lower joint sleeve pipe upward sliding, front wheel supporting component, on the standpipe of front-wheel support top
The steering standpipe of hinge upward sliding simultaneously in leading bracket is held, and turns to the left handlebar of standpipe hinge, right handlebar in its slot
Road and the lower linkage of axis effect are packed up, until the left and right handlebar of faucet assembly is contracted in completely when left and right handlebar and axis lock
Leading bracket lower part two sides, front wheel supporting component are packed up completely.
One display screen is set at the top of leading bracket, sets speed control crank and start button on right handlebar, is propped up in faucet
The top of frame is equipped with the locking realized when one group of clamping mechanism is folded for faucet assembly with car body, in the lower pole of leading bracket
The two sides of body are equipped with groove and are used to place brake handle when left and right handlebar is packed up.
One end of third connection frame and rear-wheel main support hinge is equipped with a pair of of axis, the rear end of third connection frame and seat support
The other end of hinge is equipped with control mechanism, and a pair of of the axis for being placed in third connection frame one end is connected with a pair of of thin tightwire, passes through steel
When noose pipe is connected to control mechanism, mounting component and rear wheel support component by the linkage expansion of third connection frame, the main branch of rear-wheel
Frame is locked along rear wheel support slide downward by a pair of of axis of third connection frame one end and the card hole of rear wheel support, after
Wheel support component and mounting component are fully deployed, and when pressing the button of third connection frame one end control mechanism, thin tightwire is pulled
Axis makes to unlock, and presses down on mounting component, mounting component and rear wheel support component and is packed up by the linkage of third connection frame, rear-wheel
Main support is stowed on rear side of car body along rear wheel support upward sliding, mounting component and rear wheel support member collapses, by being placed in vehicle
The locking of body rear lower clamping mechanism.
The beneficial effects of the present invention are: folding and unfolding easy, quickly, vehicle body component upper cavity can store the object of carrying
Product；After folding completely, front wheel supporting component, wheel assembly, faucet assembly and mounting component and vehicle body component are fully integrated, shape
In body structure, the body of rod for being embedded in the faucet assembly of vehicle body upper portion cavity top can be used as the lift-pull handle of cabinet, and part is rolled over
When folded, faucet assembly can be used as handlebar stem push-and-pull retinue, easy to carry.
Detailed description of the invention
Fig. 1 is that component of the invention constitutes figure.
Fig. 2 is three-dimensional structure diagram of the invention.
Fig. 3 is front view of the invention.
Fig. 4-1 is front wheel supporting component perspective view of the invention.
Fig. 4-2 is front wheel supporting component parts exploded view of the invention.
Fig. 5-1 is wheel assembly perspective view of the invention.
Fig. 5-2 is wheel assembly exploded view of the invention.
Fig. 6-1 is faucet assembly perspective view of the invention.
Fig. 6-2 is faucet assembly exploded view of the invention.
Fig. 7-1 is mounting component perspective view of the invention.
Fig. 7-2 is mounting component parts exploded view of the invention.
Fig. 8-1 is vehicle body component perspective view of the invention.
Fig. 8-2 is vehicle body component of the invention and is placed in exploded view in vehicle body component.
Perspective view when Fig. 9 is push-and-pull retinue state of the invention.
Figure 10-1, Figure 10-2 are the perspective view when present invention folds completely.
Figure 11-1, Figure 11-2 are front wheel supporting component of the present invention and faucet assembly connection figure.
Figure 12-1, Figure 12-2 are upper joint sleeve pipe of the present invention and lower joint sleeve pipe connection figure.
Figure 13-1, Figure 13-2 are third connection frame of the present invention and its appurtenances connection figure.
In figure: A, vehicle body component；B, front wheel supporting component；C, faucet assembly；D, rear wheel support component；E, mounting component；
1, car body；2, lower joint sleeve pipe；3, front-wheel support casing；4, the first connection frame；5, front-wheel support；6, upper joint sleeve pipe；7, turn
To standpipe；8, pin shaft；9, leading bracket；10, left handlebar；11, brake handle；13, front-wheel；16, ball；18, axis；19, axis；
20, axis；21, sliding button；23, pin shaft；28, pin shaft；30, clamping mechanism；32, clamping mechanism；33, leading bracket cover；35, block
Close mechanism；36, clamping mechanism；37, battery component；40, rear wheel support；41, rear-wheel main support；42, motor；45, rear-wheel；
46, seat support；47, the second connection frame；48, third connection frame；49, axis；53, cable encasing-tube；58, rear brake；59, pin shaft；
60, seat cushion；61, it rides；65, folding and unfolding control mechanism is ridden；68, trundle；69, control circuit；72, clamping mechanism；73, preceding brake
Lock；74, display screen；75, right handlebar；76, speed control crank；80, control mechanism.
Specific embodiment
Specific embodiments of the present invention will be further explained with reference to the accompanying drawing.
Present embodiment case is as shown in Figure 1, the size being fully deployed: length is respectively 112 centimetres, 58 centimetres,
108 centimetres, front-wheel and hind axle are away from being 85 centimetres；As shown in Figure 10-1, Figure 10-2, complete folded size: length
Respectively 46 centimetres, 22 centimetres, 60 centimetres；As shown in figure 9, size when push-and-pull retinue state: length is respectively 46 centimetres,
22 centimetres, 98 centimetres；20 centimetres of front-wheel, rear wheel diameter, width are 35 millimeters；The cavity size of vehicle body upper portion can deposit things: 368
X210 millimeters X400 millimeters of millimeter, about 31 liters of volume, cavity is in the rectangular shape of rule, and portion's cavity is apart from car body on the car body
At 45 millimeters of top, the cavity body that cloth is used to close storage article is pushed up with one layer, pushes up and has zipper on cloth.
As shown in Figure 1, the box-type folding electric vehicle of present embodiment case, including vehicle body component (A), front wheel supporting component
(B), faucet assembly (C), rear wheel support component (D), mounting component (E).Vehicle body component (A) is by skeleton, car body on front side of car body
The cabinet of rear side skeleton, vehicle bottom skeleton and shell composition, the top of car body are the cuboid cavity structure of rule, a left side for car body
Right two side lower parts are two sealable cavity body structures, are the open sky in front and back side and bottom side between the two cavity body structures
Chamber, the cavity shell for the weight for further mitigating car body, vehicle body upper portion use cloth material.
As shown in Fig. 4-1, Fig. 4-2, front wheel supporting component (B) is by front-wheel (13), front-wheel support (5), front-wheel support set
(3), preceding brake (73) composition are managed, the top of front-wheel support (5) is hollow standpipe, and front-wheel support casing (3) is socketed in front-wheel
On the standpipe on bracket (5) top.
As shown in Fig. 6-1, Fig. 6-2, faucet assembly (C) is by leading bracket (9), left handlebar (10), right handlebar (75), steering
Standpipe (7), left brake (11), right brake (11) form, turn to standpipe (7) be hollow structure, turn to standpipe top and
Left handlebar (10), right handlebar (75) hinge.
As shown in Fig. 5-1, Fig. 5-2, rear wheel support component (D) by rear-wheel (45) and motor (42), rear-wheel main support (41),
Wheel support (40), rear brake (58) composition, rear wheel support (40) are slidably socketed with rear-wheel main support (41) afterwards.
As shown in Fig. 7-1, Fig. 7-2, mounting component (E) is made of seat support (46) and seat cushion (60).
As shown in Fig. 2, passing through upper joint sleeve pipe (6) and lower joint sleeve between front wheel supporting component (B) and faucet assembly (C)
It manages (2) and realizes connection, the lower end of upper joint sleeve pipe (6) and the upper end of lower joint sleeve pipe (2) are existed by pin shaft (28) coaxial link
Car body anterior bone top of the trellis, the riser top ends on front-wheel support (5) top are linked with the lower end for turning to standpipe (7) by pin shaft (8),
Frame hinge on front side of first connection frame (4) one end and front-wheel support casing (3) hinge, the first connection frame (4) other end and car body,
Front wheel supporting component (B), lower joint sleeve pipe (2) and the first connection frame (4) are placed in after folding on front side of car body in skeleton groove, dragon
Head assembly (C) and upper joint sleeve pipe (6) fold the headspace for being placed on vehicle body upper portion cavity；Rear wheel support component (D) and seat
Frame component (E) passes through the both ends hinge of third connection frame (48) and realizes linkage, one end of third connection frame (48) and rear-wheel master
The top hinge of two struts of bracket (41), the other end of third connection frame (48) and the rear end hinge of seat support (46), after
Two struts of wheel support (40) and two, the top strut of rear-wheel main support (41) are slidably socketed, in rear wheel support component
(D) one group of axis (49) when being unfolded with mounting component (E) linkage, at third connection frame (48) and rear-wheel main support (41) hinge
Rear-wheel main support (41) and rear wheel support (40) are locked, the top of rear wheel support (41) and car body posterior bony top of the trellis are cut with scissors
Chain, the front end of seat support (46) and car body posterior bony top of the trellis hinge, one end of the second connection frame (47) and car body rear side skeleton
Underneath hinges, the other end and rear-wheel main support (41) hinge, rear wheel support component (D) and mounting component (3) are in the second connection frame
(47) and under the cooperation of third connection frame (48) link expansion and folding, is stowed on rear side of car body after folding；Front wheel supporting component
(B) forward wheel components and front-wheel support (5) lower part in is placed in the front of car body bottom side open spaces, rear wheel support group after folding
The lower part of rear-wheel (45) and motor (42) and rear-wheel main support (41) in part (D) is placed in car body bottom side open spaces after folding
Rear portion；Vehicle body component (A) sealable cavity body in lower part two sides two is for disposing battery component (37), control circuit (69)
Component disposes two groups of trundles (68) at the bottom side front and back end vehicle body component (A), disposes two behind the two sides vehicle body component (A) at bottom
A foot-operated (61) when rear-wheel main support (41) folds, press the hemispherical button of foot-operated folding and unfolding control mechanism (65), and control is foot-operated
(61) it is upwards collected through, when rear-wheel main support (41) is unfolded, rides folding and unfolding control mechanism (65) by spring force and push foot-operated (61)
Expansion hemispherical button pop-up simultaneously；The lower end junction of front-wheel support (5) and front-wheel support casing (3) is equipped with one group of ball
(16), and being equipped with axis (19) prevents front-wheel support (5) from sliding up and down with front-wheel support casing (3), upper joint sleeve pipe (6) and dragon
The lower end junction of head bracket (9) is equipped with one group of ball (16), and being equipped with axis (18) prevents upper joint sleeve pipe (6) and faucet from propping up
Frame (9) slides up and down；Upper joint sleeve pipe (6) and lower joint sleeve pipe (2) are equipped with clamping mechanism, under riding condition and dilatory state
Clamping mechanism is locked under spring force effect by axis (20), turns to standpipe (7) and the standpipe on front-wheel support (5) top is in
Coaxial state is stirred the sliding button in clamping mechanism, is blocked when faucet assembly (C) is packed up to the preparation of vehicle body component (A) upper cavity
Axis (20) is moved up and is unlocked；The two sides of leading bracket (9) component are equipped with one group of clamping mechanism (30), (32), left handlebar
(10), right handlebar (75) is equipped with the axis sliding tank circuit and lock hole, under dilatory state, presses clamping mechanism (30), (32)
Two buttons make to unlock, and pull at faucet assembly (C) backward, front wheel supporting component (B) is along lower joint sleeve pipe (2) to downslide
Dynamic, front wheel supporting component (B) starts to spread out, and props up with the steering standpipe (7) of front-wheel support (5) top standpipe upper end hinge in faucet
Slide downward simultaneously in frame (9) is made with the left handlebar (10) of standpipe (7) hinge, right handlebar (75) is turned in its tank circuit and axis
It is unfolded with lower linkage, until the left and right handlebar of faucet assembly (C) is fully deployed, front wheel supporting when left and right handlebar and axis lock
Component (B) is also fully deployed simultaneously, under riding condition, presses clamping mechanism (30), two buttons of (32) make to unlock, and to
Before push hard faucet assembly (C), front wheel supporting component (B) is opened along lower joint sleeve pipe (2) upward sliding, front wheel supporting component (B)
Begin to shrink, with the steering standpipe (7) of front-wheel support (5) top standpipe upper end hinge in leading bracket (9) upward sliding simultaneously,
It links and packs up under its tank circuit and axis effect with the left handlebar (10), right handlebar (75) of steering standpipe (7) hinge, until left and right
When handlebar and axis lock, the left and right handlebar of faucet assembly is contracted in leading bracket (9) lower part two sides, front wheel supporting group completely
Part (B) also while is completely packed up；One display screen (74) are set at the top of leading bracket (9), is equipped with and opens on right handlebar (75)
Dynamic button, the faucet assembly when the top of leading bracket (9) is equipped with one group of clamping mechanism (35), (36) are used in complete fold
(C) with the locking of car body, groove is equipped in the two sides of the lower part body of rod of leading bracket (9) and is used to put when left and right handlebar is packed up
Brake is set (11)；One end of third connection frame (48) and rear-wheel main support (41) hinge is equipped with a pair of of axis (49), and third connects
The rear end for connecing frame (48) and seat support (46) is equipped with control mechanism (80) by the other end of pin shaft (59) hinge, is placed in third company
A pair of of the axis (49) for connecing frame (48) one end is connected with a pair of of thin tightwire, is connected to control mechanism by cable encasing-tube (53)
(80), one group of spring is equipped in control mechanism (80), mounting component (E) and rear wheel support component (D) pass through third connection frame
(48) when linkage expansion, rear-wheel main support (41) is along rear wheel support (40) slide downward, by third connection frame (48) one end
The card hole of a pair of of axis (49) and rear wheel support (40) locks, and rear wheel support component (D) and mounting component (E) are opened up completely
It opens, when pressing the button of third connection frame (48) one end control mechanism (80), thin tightwire pulls axis (49) to make to unlock, downwards
It presses mounting component (E), mounting component (E) and rear wheel support component (D) are packed up by third connection frame (48) linkage, rear-wheel master
Bracket (41) folds after being stowed in car body along rear wheel support (40) upward sliding, mounting component (E) and rear wheel support component (D)
Side, by being placed in car body rear lower clamping mechanism (72) locking.
The power supply line of box-type folding electric vehicle of the present invention, signal wire, brake cable (including thin tightwire and spool) are used and are hidden
Mode.Front wheel brake line on faucet assembly (C) passes through hollow steering standpipe (7), hollow front-wheel support (5) and preceding brake
(73) it connects；Power supply line, signal wire on faucet assembly (C) is by turning to standpipe (7), front-wheel support (5) top, the first connection
Frame (4), car body bottom side cavity upper wall pipeline are connect with control circuit (69)；Brake cable on faucet assembly (C) is vertical by turning to
Manage (7), front-wheel support (5) top, the first connection frame (4), car body bottom side cavity upper wall pipeline, the second connection frame (47), rear-wheel
The lower part of main support (41) is connect with rear brake (58)；The power supply line of motor, signal wire by the lower part of rear-wheel main support (41),
Second connection frame (47), car body bottom side cavity upper wall pipeline are connect with control circuit (69).
Box-type folding electric vehicle of the present invention, folding process are as follows:
Normally state is as shown in Figure 1 and Figure 2 when riding, and both hands press leading bracket (9) two sides clamping mechanism when parking
(30), the button of (32) makes to unlock, and pushes hard forward faucet assembly (C), and front wheel supporting component (B) and faucet assembly (C) link
It folds, front wheel supporting component (B) is contracted on front side of car body in groove, and forward wheel components and front-wheel support (5) lower part are contracted in car body
The front of bottom side open spaces, two handlebar synchronous of faucet assembly (C) are in leading bracket (9) two sides, and faucet props up at this time
Frame (9) two sides clamping mechanism (30), (32) lock again, two trundle of Vehicular body front contact to earth and together with rear-wheel it is stable support it is whole
A car body, cyclist get off to press to be located at below the rear end mounting component (E) on third connection frame (48) control mechanism (80) and press
Button unlocks a pair of of axis (49) by a pair of of thin tightwire, firmly pushes mounting component (E), mounting component (E) and rear wheel support
Component (D) linkage folds and intercouples and be finally contracted in the groove of skeleton on rear side of car body, rear-wheel and motor and rear-wheel master
The lower part of bracket (41) is contracted in the rear portion of car body bottom side open spaces, by being placed in car body rear lower clamping mechanism (72) locking,
Two trundle of rear vehicle contacts to earth, as shown in figure 9, box-type folding electric vehicle becomes dilatory state from riding condition；It dials up
Sliding button (21) positioned at upper joint sleeve pipe (6) two sides clamping mechanism makes to unlock, and faucet assembly (C) is folded to vehicle body upper portion cavity
It is placed in vehicle body upper portion cavity top, as shown in Figure 10-1, box-type folding electric vehicle becomes completely folded state from dilatory state,
The body of rod of leading bracket (9) is lift-pull handle.
Claims (6)
1. a kind of box-type folding electric vehicle, including vehicle body component (A), front wheel supporting component (B), faucet assembly (C), rear wheel support
Component (D), mounting component (E), battery component, it is characterised in that:
The vehicle body component (A) is by the cabinet that skeleton, car body rear side skeleton, vehicle bottom skeleton and shell form on front side of car body.
The front wheel supporting component (B) is made of front-wheel (13), front-wheel support (5), front-wheel support casing (3), front-wheel support (5)
Top be hollow standpipe, front-wheel support casing (3) is socketed on the standpipe on front-wheel support (5) top, front-wheel support casing
(3) it is slidably socketed with lower joint sleeve pipe (2).
The faucet assembly (C) is by leading bracket (9), left handlebar (10), right handlebar (75), steering standpipe (7), brake (11)
Composition, turning to standpipe (7) is hollow structure, turns to top and left handlebar (10), right handlebar (75) hinge of standpipe (7).
The rear wheel support component (D) is by rear-wheel (45) and motor (42), rear-wheel main support (41), rear wheel support (40) group
At rear wheel support (40) is slidably socketed with rear-wheel main support (41).
The mounting component (E) is made of seat support (46) and seat cushion (60).
Pass through upper joint sleeve pipe (6) and lower joint sleeve pipe (2) between the front wheel supporting component (B) and the faucet assembly (C)
Connection, the lower end of upper joint sleeve pipe (6) and the upper end of lower joint sleeve pipe (2) are by pin shaft (28) coaxial link in car body anterior bone
Top of the trellis, the riser top ends on front-wheel support (5) top are linked with the lower end for turning to standpipe (7) by pin shaft (8), the first connection frame
(4) frame hinge on front side of one end and front-wheel support casing (3) hinge, the first connection frame (4) other end and car body, front wheel supporting group
Part (B), lower joint sleeve pipe (2) and the first connection frame (4) are placed in after folding on front side of car body in skeleton groove, faucet assembly (C)
And upper joint sleeve pipe (6) folds the headspace for being placed on vehicle body upper portion cavity.
The rear wheel support component (D) is connect with the mounting component (E) by third connection frame (48), third connection frame (48)
One end and rear-wheel main support (41) two struts top hinge, the other end of third connection frame (48) and seat support (46)
Rear end hinge, two struts of rear wheel support (40) are slidably socketed with two, the top strut of rear-wheel main support (41),
When rear wheel support component (D) and mounting component (E) linkage are unfolded, at third connection frame (48) and rear-wheel main support (41) hinge
One group of axis (49) locking rear-wheel main support (41) and rear wheel support (40), the top of rear wheel support (41) and car body rear side
Skeleton top hinge, the front end of seat support (46) and car body posterior bony top of the trellis hinge, one end of the second connection frame (47) and vehicle
Skeleton underneath hinges, the other end and rear-wheel main support (41) hinge on rear side of body, rear wheel support component (D) and mounting component (E) join
Dynamic folding, which is packed up, to be placed on rear side of car body.
Forward wheel components and front-wheel support (5) lower part in the front wheel supporting component (B) are placed in car body bottom side front after folding,
The lower part of the rear-wheel and motor and rear-wheel main support (41) is placed in car body bottom rear after folding.
2. box-type folding electric vehicle according to claim 1, it is characterised in that:
The lower end junction of front-wheel support (5) and front-wheel support casing (3) is equipped with one group of ball (16), and it is anti-to be equipped with axis (19)
Only front-wheel support (5) is slided up and down with front-wheel support casing (3), the lower end junction of upper joint sleeve pipe (6) and leading bracket (9)
Equipped with one group of ball (16), and being equipped with axis (18) prevents upper joint sleeve pipe (6) from sliding up and down with leading bracket (9).
3. box-type folding electric vehicle according to claim 1, it is characterised in that:
Upper joint sleeve pipe (6) and lower joint sleeve pipe (2) are equipped with clamping mechanism, and clamping mechanism is locked under riding condition and dilatory state
It is fixed, the clamping mechanism unlock when faucet assembly (C) is packed up to the folding of vehicle body component (A) upper cavity.
4. box-type folding electric vehicle according to claim 1, it is characterised in that:
The two sides of described faucet bracket (9) component are equipped with one group of clamping mechanism, and left handlebar (10), right handlebar (75) are equipped with card
Axis slides the tank circuit and lock hole, under dilatory state, presses clamping mechanism (30), two buttons of (32) make to unlock, and backward
It pulls at faucet assembly (C), front wheel supporting component (B) starts along lower joint sleeve pipe (2) slide downward, front wheel supporting component (B)
Expansion, with the steering standpipe (7) of front-wheel support (5) top standpipe upper end hinge in leading bracket (9) slide downward simultaneously, with
Left handlebar (10), right handlebar (75) the linkage expansion under its tank circuit and axis effect for turning to standpipe (7) hinge, until left handlebar
(10), when right handlebar (75) and axis lock, left handlebar (10), the right handlebar (75) of faucet assembly (C) are fully deployed, front-wheel branch
Support component (B) is fully deployed, and under riding condition, presses clamping mechanism (30), two buttons of (32) make to unlock, and use forward
It pushes faucet assembly (C), front wheel supporting component (B) starts to receive along lower joint sleeve pipe (2) upward sliding, front wheel supporting component (B)
Contracting, with the steering standpipe (7) of front-wheel support (5) top standpipe upper end hinge in leading bracket (9) upward sliding simultaneously, and turn
It links and packs up under its tank circuit and axis effect to the left handlebar (10), right handlebar (75) of standpipe (7) hinge, until left handlebar
(10), when right handlebar (75) and axis lock, left handlebar (10), the right handlebar (75) of faucet assembly (C) are contracted in leading bracket
(9) lower part two sides, front wheel supporting component (B) are packed up completely.
5. box-type folding electric vehicle according to claim 1, it is characterised in that:
One display screen (74) are set at the top of leading bracket (9), speed control crank (76) is set on right handlebar (75) and starting is pressed
Button, realization and vehicle when the top of leading bracket (9) is equipped with one group of clamping mechanism (35), (36) are folded for faucet assembly (C)
The locking of body is equipped with groove in the two sides of the lower part body of rod of leading bracket (9) and is used to pack up in left handlebar (10), right handlebar (75)
When place brake (11).
6. box-type folding electric vehicle according to claim 1, it is characterised in that:
One end of third connection frame (48) and rear-wheel main support (41) hinge is equipped with a pair of of axis (49), third connection frame (48) with
The other end of the rear end hinge of seat support (46) is equipped with control mechanism (80), is placed in a pair of of axis of third connection frame (48) one end
(49) it is connected with a pair of thin tightwire, is connected to control mechanism (80) by cable encasing-tube (53), mounting component (E) and rear wheel support
When component (D) is by third connection frame (48) linkage expansion, rear-wheel main support (41) along rear wheel support (40) slide downward, by
A pair of of axis (49) of third connection frame (48) one end and the card hole of rear wheel support (40) lock, rear wheel support component (D)
It is fully deployed with mounting component (E), when pressing the button of third connection frame (48) one end control mechanism (80), thin tightwire is pulled
Axis (49) makes to unlock, and presses down on mounting component (E), and mounting component (E) and rear wheel support component (D) pass through third connection frame
(48) linkage is packed up, and rear-wheel main support (41) is along rear wheel support (40) upward sliding, mounting component (E) and rear wheel support component
(D) it folds and is stowed on rear side of car body, by being placed in car body rear lower clamping mechanism (72) locking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710973979.4A CN109665014A (en) | 2017-10-17 | 2017-10-17 | Box-type folding electric vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710973979.4A CN109665014A (en) | 2017-10-17 | 2017-10-17 | Box-type folding electric vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109665014A true CN109665014A (en) | 2019-04-23 |
Family
ID=66141537
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710973979.4A Pending CN109665014A (en) | 2017-10-17 | 2017-10-17 | Box-type folding electric vehicle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109665014A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11571354B2 (en) * | 2019-08-26 | 2023-02-07 | Jack Boyd | Walker specialized for trail use |
| US20230218471A1 (en) * | 2019-08-26 | 2023-07-13 | Jack Boyd | Walker Specialized for Trail Use |
-
2017
- 2017-10-17 CN CN201710973979.4A patent/CN109665014A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11571354B2 (en) * | 2019-08-26 | 2023-02-07 | Jack Boyd | Walker specialized for trail use |
| US20230218471A1 (en) * | 2019-08-26 | 2023-07-13 | Jack Boyd | Walker Specialized for Trail Use |
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| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20190423 |
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| WD01 | Invention patent application deemed withdrawn after publication |