CN109572901A - A kind of collapsible vehicle using motor and collapsible luggage - Google Patents
A kind of collapsible vehicle using motor and collapsible luggage Download PDFInfo
- Publication number
- CN109572901A CN109572901A CN201910085171.1A CN201910085171A CN109572901A CN 109572901 A CN109572901 A CN 109572901A CN 201910085171 A CN201910085171 A CN 201910085171A CN 109572901 A CN109572901 A CN 109572901A
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- China
- Prior art keywords
- transverse slat
- vertical plate
- wheel
- vehicle
- component
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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
-
- A—HUMAN NECESSITIES
- A45—HAND OR TRAVELLING ARTICLES
- A45C—PURSES; LUGGAGE; HAND CARRIED BAGS
- A45C9/00—Purses, Luggage or bags convertible into objects for other use
-
- A—HUMAN NECESSITIES
- A45—HAND OR TRAVELLING ARTICLES
- A45C—PURSES; LUGGAGE; HAND CARRIED BAGS
- A45C9/00—Purses, Luggage or bags convertible into objects for other use
- A45C2009/005—Purses, Luggage or bags convertible into objects for other use into a vehicle, e.g. scooter
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Motorcycle And Bicycle Frame (AREA)
- Handcart (AREA)
Abstract
The invention discloses a kind of collapsible vehicle using motor and collapsible luggages.Wherein, to include bottom end by front fork be installed with the vehicle body vertical plate component of the first wheel to vehicle using motor and makees overturning connection by shaft connector and vehicle body vertical plate component and rear end is provided with the foot-operated transverse slat component of the second wheel；It is provided with one on the rear surface of vehicle body vertical plate component for accommodating the accommodation groove of foot-operated transverse slat component, at the center of front fork and is located above the first wheel and is provided with distribution in the vertical direction and sleeve is in the steering shaft in one of end of shaft connector.Vehicle body vertical plate component of the invention and foot-operated transverse slat component selection global shape are configured similarly to the structure of plate, accommodating space is provided using accommodation groove for foot-operated transverse slat component, from enabling two components to be folded into the complete plate structure object of one piece of approximation, it can effectively avoid and be similar to traditional folded vehicle and be easy to appear that vehicle using motor volume after folding is big, occupied space is big, is not easy to the problems such as transportation because handlebar portion and pedal part cannot store folding completely.
Description
Technical field
The present invention relates to the vehicles and technical field of living goods, especially a kind of collapsible vehicle using motor and helped based on this
Power vehicle is formed by collapsible luggage.
Background technique
Currently, people fold for the storage to article, carry gradually increasing for the conveniences such as transport requirement, it is all kinds of to roll over
The article of stacked has been widely used, such as folding bike, scooter, Work tool or even luggage class etc..With existing
Foldable skate-board for, since the structure by connector is limited, vertical column of handrail part and foot pedal part mostly can only
Opposite rotation is carried out to collapse, although the function that storage folds can be realized to a certain extent, folded structural body
Product still can occupy very large space, not readily portable or storage；And generally only have vertical column of handrail part that there is telescopicing performance,
And foot pedal part, armrest portion, even wheel portion then can not be folded or be stretched, so that folded cunning
Thus the planform very irregular of wooden handcart also reduces its portability energy and aesthetic appearance.
Summary of the invention
In view of the deficiency of the prior art, the first purpose of this invention is to provide a kind of collapsible power-assisted
Vehicle；Second object of the present invention is that providing one kind is formed by collapsible luggage based on above-mentioned vehicle using motor.
To achieve the goals above, first technical solution that the present invention uses are as follows:
A kind of collapsible vehicle using motor, it include a bottom end by a front fork be installed with the vehicle body vertical plate component of the first wheel with
And overturning connection made by shaft connector and vehicle body vertical plate component and rear end is provided with the foot-operated transverse slat component of the second wheel；Institute
It states and is provided with an accommodation groove for being used to accommodate foot-operated transverse slat component on the rear surface of vehicle body vertical plate component, at the center of the front fork
And be located at the first wheel above be provided in the vertical direction distribution and sleeve in one of end of shaft connector
Turn to shaft.
Preferably, the vehicle body vertical plate component includes supporting vertical plate and is installed in the top of supporting vertical plate by the lockset that stretches
End side and make under the control of flexible lockset relative to supporting vertical plate vertical direction expanding-contracting action retractable handle, the front fork
It is installed in the bottom end of supporting vertical plate, the accommodation groove is set to the main body on the rear surface of supporting vertical plate and with foot-operated transverse slat component
Partial chamfered shape matches.
Preferably, first wheel is power wheel, and second wheel is directive wheel, in the foot-operated transverse slat component
And/or energy-storage battery and drive control plate are packaged in supporting vertical plate, first wheel and energy-storage battery are controlled with driving respectively
Making sheet electrical connection.
Preferably, the retractable handle include lateral semicanal, two transversely semicanals axial direction be embedded in laterally half
In pipe and inner end passes through the shaft and lateral semicanal of a transversely radial direction distribution for semicanal respectively and makees the cross of overturning connection
It is locked in supporting vertical plate to casing, two sides for being concurrently distributed in lateral semicanal and main part by flexible lockset
Telescopic rod and two be concurrently distributed on the peripheral wall of lateral semicanal and with the integrally formed positioning pipe sleeve of lateral semicanal, it is described
The top of telescopic rod inserts and is fixed in corresponding positioning pipe sleeve, and inserting is by one and transverse pipe in the every lateral casing
Set is in the lever being coaxially distributed.
Preferably, the flexible lockset includes two and is sheathed on telescopic rod and locks on the top end part of supporting vertical plate
Limit casing and the lock housing that is linked together two limit casings, there are two in the longitudinal direction of lock housing for encapsulation in the lock housing
Heart line is the electromagnetic lock core of the symmetrical distribution in boundary, and each electromagnetic lock core includes an electromagnetic coil and one along electromagnetism
The central axes of coil are arranged in the electromagnetism plug lock tongue in electromagnetic coil, offer on the peripheral wall of the limit casing for powering
The end of magnetic core stick lock tongue aligns the limit slide opening worn, is arranged along the longitudinal direction on the peripheral wall of the main part of the telescopic rod
There are several to be used for the end of electromagnetism plug lock tongue and aligns the locking position for plugging together or being attracted.
Preferably, be additionally provided in the lock housing for power magnetic core stick lock tongue through distribution and be located at electromagnetic lock core with it is right
The guiding limitator between the limit casing of side is answered, the guiding limitator is in coaxial distribution with corresponding electromagnetic coil including one
Limit shell, be formed on the inner wall of limit shell and along the directive slide track of axial directional distribution, the fixation for being parallel to electromagnetic coil
In on electromagnetism plug lock tongue blade fin, be opened on blade fin for the sliding mouth of the chimeric guiding of directive slide track contraposition and
Be held on blade fin and limit shell inner wall between and the locking pressure spring with electromagnetism plug lock tongue parallel distributed.
Preferably, the supporting vertical plate includes main board portion and is set to two longitudinal end sides of main board portion for stretching handle
The end of hand aligns the telescopic sleeve plugged together, and the accommodation groove is formed between main board portion and two telescopic sleeves；The front fork
Including transversal arms, it is formed in the left and right ends of transversal arms and aligns the rank for inserting and being locked in the bottom tube mouth of telescopic sleeve
Reach bar portion, the left and right ends for being formed in transversal arms and be in the yoke portion that is reversely distributed, first axletree with bar portion is connected
It is connected between two yoke portions, the steering shaft is set on transversal arms and is located between two yoke portions.
Preferably, the foot-operated transverse slat component includes that front end is made to overturn connection by shaft connector and vehicle body vertical plate component
Support transverse slat and by the rear end side of support transverse slat be plugged in support transverse slat in flexible transverse slat, the surface of the flexible transverse slat
It is provided with elastic latch fitting on wall and in the contour area of support transverse slat, is offered on the support transverse slat for for snap lock
The second chimeric lockhole of part contraposition, second wheel are installed in the rear end side of flexible transverse slat and expose to support transverse slat.
Preferably, it is in that the wheel carrier of class " u "-shaped and an axis are connected in the two of wheel carrier that second wheel, which includes a global shape,
Wheel body between a longitudinal side arm on the lateral side arm of the wheel carrier and is located at the opposite side of wheel body and is provided with first flank of tooth
Disk is provided with one in the rear end face of the flexible transverse slat and is distributed and is meshed with the first flank of tooth disk in coaxial with the first flank of tooth disk
The second flank of tooth disk, axis is connected with a blocking lever on the peripheral wall of first flank of tooth disk, is arranged on the peripheral wall of second flank of tooth disk
Have for the interlocking button for blocking lever contraposition engaging.
Second technical solution that the present invention uses are as follows:
A kind of collapsible power-assisted luggage, it includes luggage main body, it further includes several global shapes in class concave
Locking plate and an above-mentioned a kind of collapsible vehicle using motor；
It is offered on the siding of the luggage main body for the embedded slot chimeric for the contraposition of vehicle body vertical plate component, the locking plate
Lateral part be held between vehicle body vertical plate component and the groove face of embedded slot and with vehicle body vertical plate component locking be integrated, it is described
The longitudinal portion of locking plate is formed with bonding jumper after bending, the bonding jumper is stacked and placed in the panel surfaces of luggage main body and and case
Packet body lock is solidified as a whole.
As the above scheme is adopted, the present invention passes through pivot when being attached two different components
Mutual rotation and the fixed effect that can be achieved between the first connector and the second connector are acted on, and then two components is made to form phase
Foldable structure state and deployed configuration state between mutually；Entire connecting-piece structure simple structure, small in size, light weight, operation and
It is easy to carry quick, conducive to manufacturing and can be used as standard component as the standby redundancy in later period to come using with very strong reality
With value and market popularization value.
Detailed description of the invention
Fig. 1 is the vehicle using motor of the embodiment of the present invention in the structural schematic diagram being unfolded under use state；
Fig. 2 is structural schematic diagram of the vehicle using motor of the embodiment of the present invention under folding storage state；
Fig. 3 is the structural decomposition diagram of the vehicle body vertical plate component of the embodiment of the present invention；
Fig. 4 is the structural schematic diagram of the first retractable handle of the embodiment of the present invention；
Fig. 5 is structural schematic diagram of second of the retractable handle of the embodiment of the present invention under receiving state；
Fig. 6 is the structural schematic diagram of second of retractable handle of the embodiment of the present invention in the deployed state；
Fig. 7 is the cross section structure schematic diagram of the first flexible lockset of the embodiment of the present invention；
Fig. 8 is the structural decomposition diagram of the second flexible lockset of the embodiment of the present invention；
Fig. 9 is the cross section structure schematic diagram of the second flexible lockset of the embodiment of the present invention；
Figure 10 is the structural relation schematic diagram between the supporting vertical plate of the embodiment of the present invention and the first wheel；
Figure 11 is the structural decomposition diagram of the foot-operated transverse slat component of the embodiment of the present invention
Figure 12 is the structural decomposition diagram using the vehicle using motor of the first shaft connector；
Figure 13 is the structural decomposition diagram using the vehicle using motor of second of shaft connector；
Figure 14 is the structural decomposition diagram using the vehicle using motor of the third shaft connector；
Figure 15 is the structural decomposition diagram of the power-assisted luggage of the embodiment of the present invention.
Specific embodiment
The embodiment of the present invention is described in detail below in conjunction with attached drawing, but the present invention can be defined by the claims
Implement with the multitude of different ways of covering.
As shown in figs. 1 to 14, a kind of collapsible vehicle using motor provided in this embodiment, it includes that a bottom end passes through a front fork
11 be installed with the vehicle body vertical plate component of the first wheel 12 and by shaft connector a and vehicle body vertical plate component make overturning connection and
Rear end is provided with the foot-operated transverse slat component of the second wheel 21；One is provided on the rear surface of vehicle body vertical plate component for accommodating foot
The accommodation groove b for stepping on transverse slat component is provided at the center of front fork 11 and positioned at the top of the first wheel 12 and divides in the vertical direction
Cloth and sleeve are in the steering shaft 13 in one of end of shaft connector a.Structure design is being carried out to vehicle using motor as a result,
When, vehicle body vertical plate component and foot-operated transverse slat component select global shape to be configured similarly to the structure of plate, connect when using shaft
When meeting device a and carrying out overturning folding storage to vehicle body vertical plate component and foot-operated transverse slat component, using being set on vehicle body vertical plate component
Accommodation groove b provide accommodating space for foot-operated transverse slat component, so that two components can be folded into one block of complete plate of approximation
Shape works can effectively avoid and hold due to handlebar portion cannot store folding with pedal part completely similar to traditional folded vehicle
Easily occur that vehicle using motor volume after folding is big, occupied space is big, is not easy to the problems such as transportation；Simultaneously as the first wheel 12
It is the bottom end of vehicle body vertical plate component to be installed in by front fork 11, and vehicle body vertical plate component is to connect by turning to shaft 13 through shaft
Connect what device a was attached with foot-operated transverse slat component, so as to turn using vehicle body vertical plate component to the action of entire vehicle using motor
To control.It is noted that above structure form can be applied completely but be not limited to such as on-electric scooter, toy for children
Vehicle, Segway Human Transporter, old man's vehicle using motor etc..
Certainly, the shaft connector a of the present embodiment can be according to the actual situation using such as hinged shaft, folding at present on the market
Deng the connector with certain angle turn over function, see also connector construction shown in Figure 12 to Figure 14, to abundant
The structure type and overturning folding mode of vehicle using motor: wherein:
Shaft connector a as shown in figure 12 then mainly by 55, two adjusting locksets 53 of third connector, pass through steering shaft
The first connector 51 being rotationally connected on front fork 11 of bar 13 and the second company being fixed on the front end side of foot-operated transverse slat component
Fitting 52 forms；The rear end side of first connector 51 is provided with the first fluted disc 56, is then equipped with and the on third connector 55
One fluted disc 56 is meshed and by one of the second fluted disc 57 for adjusting lockset 53 and locking, and third connector 52 is upper
Then pass through shaft 54 in the opposite end of the second fluted disc 57 and rotate with the second connector 52 and connect and lockset is adjusted by another
53 lock；As a result, the second connector 52 is able to drive foot-operated transverse slat component relative to the first connector 51 with shaft
54 central axes are the overturning within the scope of 90 degree of rotation axis work, and the second connector 52 can be then driven using third connector 52
Together with foot-operated transverse slat component simultaneously relative to the first connector 51 using the corresponding central axes for adjusting lockset 52 as rotation axis
Make the rotation of 360 degree of ranges；After being contained in accommodation groove b for foot-operated transverse slat component or transferring out from accommodation groove b inward turning
It carries out using creating structural condition.
As shown in fig. 13 that shaft connector a mainly by by turn to shaft 13 be rotationally connected on front fork 11 first
Connector 51 and the second connector 52 being fixed on the front end side of foot-operated transverse slat component form, and the front end of the second connector 52 is logical
The rear end for crossing shaft 54 and the first connector 51 rotates connection and the two is locked by adjusting lockset 53, so as to make
It obtains the second connector 52 and is able to drive foot-operated transverse slat component relative to the first connector 51 using the central axes of shaft 54 as rotary shaft
Line makees the overturning within the scope of 90 degree, and foot-operated transverse slat components containing is transferred out simultaneously in accommodation groove b or from accommodation groove b varus
Expansion use is carried out relative to vehicle body vertical plate component.
Shaft connector a as shown in figure 14 mainly by by turn to shaft 13 be rotationally connected on front fork 11 first
Connector 51 and the second connector 52 being fixed on the front end side of foot-operated transverse slat component form, and the second connector 52 passes through adjusting
Lockset 53 is locked on the first connector 51 in a manner of tilting and being stacked, and is all provided on the apparent surface of two connectors
It is equipped with engagement fluted disc 58, so that the second connector 52 is able to drive foot-operated transverse slat component relative to the first connector 51 the
Make the rotation of 180 degree in plane where the surface of a connection piece 51, thus by foot-operated transverse slat components containing in accommodation groove b or
Person carries out expansion use relative to vehicle body vertical plate component.
For the folding shrinking performance for enhancing entire vehicle using motor, to improve its portability, the vehicle body vertical plate component of the present embodiment
The tip side of supporting vertical plate 14 is installed in including supporting vertical plate 14 and by the lockset 15 that stretches and in the control of flexible lockset 15
It can make the retractable handle 16 of the expanding-contracting action of vertical direction relative to supporting vertical plate 14 down, wherein it is vertical that front fork 11 is installed in support
The bottom end of plate 14, and accommodation groove b is then set on the rear surface of supporting vertical plate 14 and with the main part of foot-operated transverse slat component
Chamfered shape matches.The bottom end of retractable handle 16 is plugged in the top of supporting vertical plate 14 by the mode that inserting can be used as a result,
In end, and carry out using flexible lockset 15 locking of relative position between the two；When to entire vehicle using motor progress folding storage
When, foot-operated transverse slat component is contained in accommodation groove b in advance, flexible lockset 15 is then manipulated and is unlocked, so that retractable handle
16 main part is incorporated in completely in supporting vertical plate 14, is finally manipulated flexible lockset 15 again and is locked, can be realized at this time
The structural volume of entire vehicle using motor is contracted to minimum；Conversely, after vehicle using motor is unfolded, user can be according to itself condition
By the height for the adjustment retractable handle 16 of lockset 15 that stretches, (also can be regarded as: retractable handle 16 in supporting vertical plate 14 by being pulled out
Length), to carry out the manipulation of vehicle using motor.
Electronic performance for that can be vehicle using motor creates conditions, to form the devices such as Segway Human Transporter, the present embodiment
The first wheel 12 be power wheel (it can be made of tire, the drive motor being placed in tire etc.), the second wheel 21 is then to lead
To wheel, meanwhile, energy-storage battery (not shown) and driving control are packaged in foot-operated transverse slat component and/or in supporting vertical plate 14
Making sheet (not shown), the first wheel 12 and energy-storage battery are electrically connected with drive control plate respectively.Energy-storage battery is utilized as a result,
Movement for the first wheel 12 provides energy, and the regulation to vehicle using motor operating mode is realized by drive control plate.
For the practical performance for enriching entire vehicle using motor to the maximum extent, as shown in figure 4, the retractable handle 16 of the present embodiment wraps
Include lateral casing 161, by lateral casing 161 axial ends sleeve in lateral casing 161 lever 162 and two it is parallel
The telescopic rod that ground is distributed in the side of lateral casing 161 and main part is locked in supporting vertical plate 14 by the lockset 15 that stretches
163, between the top end part of two telescopic rods 163 and the position of neighbouring lateral casing 161 is installed with one and makees with drive control plate
The display screen 164 and control assembly of electrical connection (are not shown in the figure, can open and close key, charging interface etc. by such as switching
Composition).It as a result, can be by the main part of entire retractable handle 16 in the way of inserting by telescopic rod 163 and flexible lockset 15
It is locked in supporting vertical plate 14, using telescopic rod 163 up and down direction telescopic moving can be carried out relative to supporting vertical plate 14, comes real
The height adjustment of existing retractable handle 16；Simultaneously as lever 162 be assemblied in a manner of sleeve in lateral casing 161, therefore
Can by by lever 162 by pulled out in lateral casing 161 adjust retractable handle 16 width (in actual design, can be in cross
The electronic components such as the Hall element being electrically connected with drive control plate are set into casing 161, so as to operator's energy
It is enough that the regulation to vehicle using motor speed is realized by rotation lever 162)；In addition, can real-time display using the display screen 164 of setting
Such as speed, accumulator electric-quantity etc. information.
Certainly, structure type as shown in Figure 5 and Figure 6 can also be used in the main part of the retractable handle 16 of the present embodiment,
That is: retractable handle 16 include the axial direction of lateral semicanal 166, two transversely semicanal 166 be embedded in lateral semicanal 166 and
Inner end passes through one respectively, and transversely the shaft 167 of the radial direction distribution of semicanal 166 and the lateral work of semicanal 166 overturn connection
161, two sides for being concurrently distributed in lateral semicanal 166 of lateral casing and main part are locked in branch by flexible lockset 15
It supports the telescopic rod 163 (being not shown in Fig. 5, can refer to Fig. 4 and carry out structure setting) in vertical plate 14 and two is concurrently distributed
With on the peripheral wall of lateral semicanal 166 and with the integrally formed positioning pipe sleeve 168 of lateral semicanal 166, the top of telescopic rod 163 inserts
And be fixed in corresponding positioning pipe sleeve 168, and inserted in every lateral casing 161 by one with lateral pipe sleeve 161 in coaxial
The lever 162 of distribution is (if it can use single tubular body structure or by dry and hard tubular structure object according to the actual situation with coaxial
The mode of layering sleeve is assembled).It, can be first by lateral casing 161 as a result, when needing to adjust the width of retractable handle 16
By being overturn in lateral semicanal 166, then again by lever 162 by being pulled out in corresponding lateral casing 161, can be realized to stretching
The width adjusting of contracting handle 16, the on the contrary then achievable storage to entire retractable handle, to guarantee that retractable handle 16 forms minimum
Volume structure.
It is the flexible lockset 15 of guarantee to the effect of the position locking of retractable handle 16, as shown in fig. 7, the present embodiment is flexible
Lockset 15 include two limit casings 151 being sheathed on telescopic rod 163 and lock on the top end part of supporting vertical plate 14 and
One lock housing 152 for being linked together two limit casings 151, there are two be with the center line of lock housing 152 for encapsulation in lock housing 152
The locking bar 153 of the symmetrical distribution in boundary, the outer end of each locking bar 153 is through the peripheral wall of respective side limit casing 151 point
Cloth, inner end are provided with interior voussoir 154, meanwhile, a radial direction work along locking bar 153 is embedded on the peripheral wall of lock housing 152
The release tab 155 of reciprocating motion, on release tab 155 setting there are two respectively with one in voussoir 154 it is corresponding and with it is right
The interior voussoir 154 answered makees the outer voussoir 156 slid against, and is clamped between each interior voussoir 154 and the inner wall of lock housing 152
One with locking bar 153 is in the reset spring 157 that is coaxially distributed；The main part sleeve of telescopic rod 163 in supporting vertical plate 14, and
Several are offered in the vertical direction on the peripheral wall of the main part of telescopic rod 163 to be used to insert for the outer end contraposition of locking bar 153
The first lockhole 165 closed.As a result, behind operator's being unlocked by pressing key 155, outer voussoir 156 squeezing to interior voussoir 154 is utilized
Effect is pressed, the direction for making interior voussoir 154 be able to drive center line of the corresponding locking bar 153 towards lock housing 152 carries out movement (at this time again
Position spring 157 is in compressed state), finally to make the outer end of locking bar 153 by extracting in the first lockhole 165, at this point, operation
Personnel can lift retractable handle 16 or pressing retractable handle 16, to carry out the height adjustment of retractable handle 16；Work as stretching handle
After hand 16 is adjusted to predetermined position, release tab 155 can be unclamped, outer voussoir 156 releases the limitation of internal voussoir 154, makes
In voussoir 154 reset spring 157 elastic force effect under move locking bar 153 towards away from lock housing 152 center line direction into
Row movement, and it is inserted into the outer end of locking bar 153 in corresponding first lockhole 165, to complete to the opposite of retractable handle 16
The locking of position.
Certainly, it intelligent locking control is carried out to the position of retractable handle 16 creates conditions to can be realized, the present embodiment
Flexible lockset 15 electromagnetic type lockset as shown in Figure 8 and Figure 9 can also be used, it may be assumed that flexible lockset 15 includes two and is sheathed on and stretches
On contracting bar 163 and two limit casings 151 are linked as by limit casing 151 and one of the locking on the top end part of supporting vertical plate 14
The lock housing 152 of one, there are two using the longitudinal centre line of lock housing 152 as the symmetrical distribution in boundary for encapsulation in lock housing 152
Electromagnetic lock core 61, and each electromagnetic lock core 61 includes that an electromagnetic coil 611 and one is worn along the central axes of electromagnetic coil 611
In the electromagnetism plug lock tongue 612 in electromagnetic coil 611, offered on the peripheral wall of limit casing 151 for magnetic core stick lock of powering
The end of tongue 612 aligns the limit slide opening 613 worn, and sets along the longitudinal direction on the peripheral wall of the main part in telescopic rod 163
Being equipped with the locking position that the end contraposition that several are used for electromagnetism plug lock tongue 612 is plugged together or is attracted, (it can be adopted according to the actual situation
It is plugged together or is embedded in so that the end of electromagnetism plug lock tongue 612 is carried out contraposition with the cavernous structure object being opened on telescopic rod 163
In the magnetic adsorption plate on telescopic rod 163 so that the end of electromagnetism plug lock tongue 612 carries out contraposition actuation, it may be assumed that be equivalent to described previously
And the first lockhole 165).As a result, by the operation of control system of switching on or off electricity and the positive counter current of application to electromagnetic coil 611, i.e.,
Make electromagnetism plug lock tongue 612 in electromagnetic coil 611 back and forth along the central axes of electromagnetic coil 611 using the principle of electric magnetisation
Feed motion can be plugged together or be pull-in on locking position when the end of electromagnetism plug lock tongue 612 is stretched out by limit slide opening 613,
To realize the position locking to entire retractable handle 16 by the position locking to telescopic rod 163；Conversely, then can be by electromagnetism
Plug lock tongue 612 is accommodated in lock housing 152, so that user voluntarily adjusts the height of retractable handle 16.In the specific implementation, electromagnetism
Coil 611 can by be installed in lock housing 152 outer cylindrical casing 6111, by one of end face of outer cylindrical casing 6111 along its axial direction
Make formation and the interior shell 6112 stretched out by another end face of outer cylindrical casing 6111 after extending and is packaged in by interior shell 6112
Outer wall and the inner wall of outer cylindrical casing 6111 be formed by the coil 6113 of cavity space and constitute, and electromagnetism plug lock tongue 612 then may be used
Using segmentation structure, it may be assumed that by be arranged in interior shell 6112 electromagnetism plug 6121, be set to the end of electromagnetism plug 6121
And the lock tongue 6122 for exposing to the distribution of outer cylindrical casing 6111 is constituted.With this, when carrying out positive and negative power supply to coil 6113, electricity can be made
Magnetic core stick 6121 drives lock tongue 6122 to move back and forth relative to limit slide opening 613, to realize the unlock to telescopic rod 163
Or latch functions.
It is moved back and forth to guarantee that electromagnetism plug lock tongue 612 is able to carry out orientation, and enhances its lock to telescopic rod 163 simultaneously
Determine effect, be additionally provided in lock housing 152 for power magnetic core stick lock tongue 612 through distribution and be located at electromagnetic lock core 61 with it is corresponding
Guiding limitator between the limit casing 151 of side, guiding limitator are in coaxial distribution with corresponding electromagnetic coil 611 including one
Limit shell 615, be formed in limit shell 615 inner wall on and along be parallel to electromagnetic coil 611 axial directional distribution guiding
Sliding rail 616, is opened on blade fin 617 for directive slide track the blade fin 617 being fixed on electromagnetism plug lock tongue 612
The chimeric guiding of 616 contrapositions is slided mouth (being not marked in figure) and is held between blade fin 617 and the inner wall for limiting shell 615 simultaneously
With the locking pressure spring 614 of 612 parallel distributed of electromagnetism plug lock tongue.As a result, using directive slide track 616 and blade fin 617 it
Between alignment, guarantee electromagnetism plug lock tongue 612 can only move back and forth along the axial direction of electromagnetic coil 611, work as electricity
When magnetic core stick lock tongue 612 is accommodated in lock housing 152, locking pressure spring 614 is in confined state, when electromagnetism plug lock tongue 612
During end is stretched out by limit slide opening 613, electromagnet core stick lock can guarantee under the elastic force release action of locking pressure spring 614
The end of tongue 612 is plugged together or is pull-in on locking position securely.
For the structure for optimizing entire vehicle body vertical plate component to the maximum extent, the supporting vertical plate 14 of the present embodiment includes main board portion
141 and two of main board portion 141 longitudinal end sides are set to so that the end of retractable handle 16 aligns the telescopic sleeve plugged together
142, accommodation groove b are formed between main board portion 141 and two telescopic sleeves 142；And front fork 11 then includes transversal arms 111, shape
At in the left and right ends of transversal arms 111 and align inserting and be locked in telescopic sleeve 142 bottom tube mouth in linking bar portion
112, the left and right ends of transversal arms 111 are formed in and are in the yoke portion 113 being reversely distributed, the first wheel with bar portion 112 is connected
12 axis are connected between two yoke portions 113, and turn to shaft 13 and be then set on transversal arms 111 and be located at two yoke portions
Between 113.As a result, can using telescopic sleeve 112 as the storage member of the main part of retractable handle 16 come using using stretching
The cooperation of Heat-Shrinkable Tubings 112 and main board portion 141 is to form the accommodation groove b that can store foot-operated transverse slat component, thus for the maximum extent
It reduces the folded structural volume of vehicle using motor and guarantees that the planarization of its folded structure creates condition, be conducive to power-assisted
Vehicle carries out folding storage and carries transport.
To guarantee that foot-operated transverse slat component can be accommodated in completely in vehicle body vertical plate component, to avoid because riding transverse slat component
Length the dimensions of vehicle body vertical plate component is caused to limit, to enhance the folding storage performance of entire car body, this implementation
The foot-operated transverse slat component of example include front end by shaft connector a and vehicle body vertical plate component make the support transverse slat 31 of overturning connection with
And the flexible transverse slat 32 in support transverse slat 31 is plugged in by the rear end side of support transverse slat 31, flexible transverse slat 32 surface wall (such as
Left and right sidewall) on and be located at support transverse slat 31 contour area in be provided with elastic latch fitting 33, meanwhile, support transverse slat 31 on open
Equipped with for second lockhole 34 chimeric for the contraposition of elastic latch fitting 33, the second wheel 21 is then installed in the rear end side of flexible transverse slat 32
And expose to support transverse slat 31.It, can be horizontal according to support as a result, using the contraposition engomphosis relation of elastic latch fitting 33 and the second lockhole 34
The existing opposite two states for stretching expansion and relative constriction storage between plate 31 and flexible transverse slat 32, in support transverse slat 31
The left and right sides of front end and the left and right sides of rear end open up the second lockhole 34 respectively, thus when by flexible transverse slat 32 by propping up
It can make in the second lockhole 34 of the chimeric opposite position of elastic latch fitting 33 after pulling back in support transverse slat 31 to predetermined position to realize
Relative position of the two under such state it is sealed；After flexible transverse slat 32 is pushed forward into support transverse slat 31 to predetermined position
Also it can realize that relative position of the two under such state is sealed.Certainly, the second lockhole 34 can also stretching along flexible transverse slat 32
Several are arranged in contracting direction, to realize the adjusting of the foot-operated transverse slat component of different length；And in support transverse slat 31 and flexible transverse slat
It under 32 relative constrictions to most short status, then can be accommodated in completely in accommodation groove b, to release foot-operated transverse slat group to the maximum extent
Length limitation of the part to vehicle body vertical plate component or accommodation groove b.In addition, the elastic latch fitting 33 of the present embodiment can be according to the actual situation
Be made of components such as spring, locking bar or hoodles with realize its can support transverse slat 31 side wall compress or release action under
It can be compressed or be embedded in the second lockhole 34.
To avoid because foot-operated transverse slat component is after being accommodated in accommodation groove b, because the structural factor needs of the second wheel 21 account for
With accommodation groove b excessive spatial position or because the structure of the second wheel 21 influences foot-operated transverse slat components containing in accommodation groove b
Effect and cause the structure out-of-flatness after folding of entire vehicle using motor or occupied space big, the second wheel 21 packet of the present embodiment
Include the wheel body that a global shape is connected between two longitudinal side arms of wheel carrier 211 in the wheel carrier 211 and an axis of class " u "-shaped
212 (it should be pointed out that being the structure constructions based on itself in horizontal and vertical be described to the second wheel), are taking turns
It is provided with the first flank of tooth disk 213 on the lateral side arm of frame 211 and positioned at the opposite side of wheel body 212, correspondingly, in flexible transverse slat 32
Rear end face on be provided with one and be distributed and the second tooth for being meshed with the first flank of tooth disk 213 with the first flank of tooth disk 213 in coaxial
Face 214, meanwhile, axis is connected with a blocking lever 215 on the peripheral wall of the first flank of tooth disk 213, on the peripheral wall of the second flank of tooth disk 214
It is provided with for the interlocking button 216 for the contraposition engaging of blocking lever 215.The first flank of tooth disk 213 and the second flank of tooth disk are utilized as a result,
Contraposition snap-fit relationship between contraposition meshing relation and blocking lever 215 between 214 and interlocking button 216, can make the second wheel
21 relative to flexible transverse slat 32 (that is: foot-operated transverse slat component) can rotate and locked, thus when foot-operated transverse slat component quilt
After being accommodated in accommodation groove b, it can be made to be placed in accommodating by adjusting direction of second wheel 21 relative to foot-operated transverse slat component
The notch direction side of slot b, and then guarantee that foot-operated transverse slat component is stored completely.
Structure and function based on above-mentioned vehicle using motor as shown in figure 15 and combine Fig. 1 to Figure 14, and the present embodiment also provides
A kind of collapsible power-assisted luggage, it include luggage main body 41, several global shapes in class concave locking plate 42 and
A kind of one above-mentioned collapsible vehicle using motor；Wherein, it is offered on the siding of luggage main body 41 for for vehicle body vertical plate component pair
The chimeric embedded slot c in position, the lateral part of locking plate 42 is held on vehicle body vertical plate component (specially supporting vertical plate 14) and embedded slot c
Groove face between and with vehicle body vertical plate component (specially supporting vertical plate 14) locking be integrated, meanwhile, in longitudinal portion of locking plate 42
It is formed with bonding jumper 43 after being allocated as bending, bonding jumper 43 is stacked and placed in the panel surfaces of luggage main body 41 and locks with luggage main body 41
It is solidified as a whole.The handlebar portion of vehicle using motor can removably be locked using the cooperation of locking plate 42 and bonding jumper 43 as a result,
Gu, due to the presence of embedded slot c and accommodation groove b, aloowing folded vehicle using motor finally quilt in luggage main body 41
It is completely housed in embedded slot b, to be conducive to improve the integrality of the surface structure of luggage and realize the structure of luggage
The performance of component folding storage.
The above description is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all utilizations
Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content is applied directly or indirectly in other correlations
Technical field, be included within the scope of the present invention.
Claims (10)
1. a kind of collapsible vehicle using motor, it is characterised in that: it includes the vehicle body that a bottom end is installed with the first wheel by a front fork
Vertical plate component and overturning connection is made by shaft connector and vehicle body vertical plate component and rear end is provided with the foot-operated of the second wheel
Transverse slat component；An accommodation groove for being used to accommodate foot-operated transverse slat component is provided on the rear surface of the vehicle body vertical plate component, it is described
At the center of front fork and be located at the first wheel above be provided in the vertical direction distribution and sleeve in shaft connector wherein
Steering shaft in one end.
2. a kind of collapsible vehicle using motor as described in claim 1, it is characterised in that: the vehicle body vertical plate component includes that support is vertical
Plate and the tip side of supporting vertical plate is installed in by the lockset that stretches and is made under the control of flexible lockset relative to supporting vertical plate
The retractable handle of the expanding-contracting action of vertical direction, the front fork are installed in the bottom end of supporting vertical plate, and the accommodation groove is set to branch
It supports on the rear surface of vertical plate and matches with the chamfered shape of the main part of foot-operated transverse slat component.
3. a kind of collapsible vehicle using motor as claimed in claim 2, it is characterised in that: first wheel is power wheel, described
Second wheel is directive wheel, is packaged with energy-storage battery and drive control plate in the foot-operated transverse slat component and/or in supporting vertical plate,
First wheel and energy-storage battery are electrically connected with drive control plate respectively.
4. a kind of collapsible vehicle using motor as claimed in claim 2, it is characterised in that: the retractable handle include lateral semicanal,
The axial direction of two transversely semicanals is embedded in lateral semicanal and inner end passes through the radial direction side of a transversely semicanal respectively
Make lateral casing, two sides for being concurrently distributed in lateral semicanal and the master of overturning connection to the shaft of distribution and lateral semicanal
Body portion passes through the telescopic rod and two peripheral walls being concurrently distributed with lateral semicanal that lockset is locked in supporting vertical plate that stretch
It is upper and with the integrally formed positioning pipe sleeve of lateral semicanal, the top of the telescopic rod inserts and is fixed on corresponding positioning pipe sleeve
It is interior, it is inserted in the every lateral casing by one with lateral pipe sleeve in the lever being coaxially distributed.
5. a kind of collapsible vehicle using motor as claimed in claim 4, it is characterised in that: the flexible lockset includes two and is sheathed on
On telescopic rod and lock limit casing on the top end part of supporting vertical plate and the lock that is linked together two limit casings
Shell, there are two using the longitudinal centre line of lock housing as the electromagnetic lock core of the symmetrical distribution in boundary, Mei Gesuo for the interior encapsulation of the lock housing
It states electromagnetic lock core and includes an electromagnetic coil and one be arranged in electromagnetism plug in electromagnetic coil along the central axes of electromagnetic coil
Lock tongue offers on the peripheral wall of the limit casing and aligns the limit slide opening worn, institute for the end for magnetic core stick lock tongue of powering
The end contraposition being provided with along the longitudinal direction on the peripheral wall of the main part of telescopic rod several for electromagnetism plug lock tongue is stated to insert
The locking position closed or be attracted.
6. a kind of collapsible vehicle using motor as claimed in claim 5, it is characterised in that: be additionally provided in the lock housing for powering
Magnetic core stick lock tongue is through distribution and the guiding limitator between electromagnetic lock core and the limit casing of respective side, the guiding limit
Position device include one with corresponding electromagnetic coil be in coaxially be distributed limit shell, be formed in limit shell inner wall on and edge be parallel to electricity
The directive slide track of the axial directional distribution of magnetic coil, is opened in blade fin at the blade fin being fixed on electromagnetism plug lock tongue
On for the sliding mouth of the chimeric guiding of directive slide track contraposition and be held between blade fin and the inner wall for limiting shell and and electromagnetism
The locking pressure spring of plug lock tongue parallel distributed.
7. a kind of collapsible vehicle using motor as claimed in claim 2, it is characterised in that: the supporting vertical plate include main board portion and
Two longitudinal end sides of main board portion are set to so that the end of retractable handle aligns the telescopic sleeve plugged together, the accommodation groove is formed
Between main board portion and two telescopic sleeves；The front fork includes transversal arms, left and right ends for being formed in transversal arms and right
Position inserting and the linking bar portion being locked in the bottom tube mouth of telescopic sleeve, the left and right ends for being formed in transversal arms and and joining rod
Portion is in the yoke portion being reversely distributed, and first axletree is connected between two yoke portions, and the steering shaft is set to transverse direction
On arm and it is located between two yoke portions.
8. a kind of collapsible vehicle using motor as described in claim 1, it is characterised in that: the foot-operated transverse slat component includes that front end is logical
It crosses shaft connector and vehicle body vertical plate component makees the support transverse slat of overturning connection and is plugged in branch by the rear end side of support transverse slat
The flexible transverse slat in transverse slat is supportted, in the surface wall of the flexible transverse slat and to be located at setting in the contour area of support transverse slat flexible
Latch fitting, described support are offered on transverse slat for second lockhole chimeric for the contraposition of elastic latch fitting, and second wheel is installed in
The rear end side of flexible transverse slat simultaneously exposes to support transverse slat.
9. a kind of collapsible vehicle using motor as claimed in claim 8, it is characterised in that: second wheel includes a global shape
The wheel body between two longitudinal side arms of wheel carrier, the lateral side arm of the wheel carrier are connected in the wheel carrier and an axis of class " u "-shaped
Opposite side that is upper and being located at wheel body is provided with the first flank of tooth disk, and one and first tooth are provided in the rear end face of the flexible transverse slat
Face is in coaxial the second flank of tooth disk for being distributed and being meshed with the first flank of tooth disk, and axis is connected with one on the peripheral wall of first flank of tooth disk
Blocking lever is provided on the peripheral wall of second flank of tooth disk for buckleing for the interlocking of blocking lever contraposition engaging.
10. a kind of collapsible power-assisted luggage, it includes luggage main body, it is characterised in that: it further includes that several global shapes are in
The locking plate of class concave and an a kind of collapsible vehicle using motor as claimed in any one of claims 1-9 wherein；
It is offered on the siding of the luggage main body for the embedded slot chimeric for the contraposition of vehicle body vertical plate component, the cross of the locking plate
It is integrated to being partially held between vehicle body vertical plate component and the groove face of embedded slot and locking with vehicle body vertical plate component, the locking plate
Longitudinal portion bend after be formed with bonding jumper, the bonding jumper be stacked and placed in the panel surfaces of luggage main body and with luggage master
Body locking is integrated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910085171.1A CN109572901B (en) | 2019-01-29 | 2019-01-29 | Foldable moped and foldable case and bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910085171.1A CN109572901B (en) | 2019-01-29 | 2019-01-29 | Foldable moped and foldable case and bag |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109572901A true CN109572901A (en) | 2019-04-05 |
| CN109572901B CN109572901B (en) | 2020-10-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910085171.1A Active CN109572901B (en) | 2019-01-29 | 2019-01-29 | Foldable moped and foldable case and bag |
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| Country | Link |
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| CN (1) | CN109572901B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114209139A (en) * | 2021-12-13 | 2022-03-22 | 安徽创夫子科技有限公司 | Intelligent luggage case |
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| EP1138590A1 (en) * | 2000-03-31 | 2001-10-04 | Raoul Allaman | Luggage scooter device |
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| Publication number | Publication date |
|---|---|
| CN109572901B (en) | 2020-10-27 |
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